H01M   4/00  \	0	0	5H050	H01M   4/00	48	ŶˡΣ	Electrodes
H01M   4/02  \	1	1	5H050	H01M   4/02	396	ʪʤޤϳʪͭŶˡΣ	Electrodes composed of, or comprising, active material [2]
H01M   4/02  A	1	0	5H050	H01M   4/02	359	ʬवӤŶ	Cell electrodes classified in 10/36
H01M   4/02  Z	1	0	5H050	H01M   4/02	2926	¾Τ	Others
H01M   4/04  \	2	2	5H050	H01M   4/04	66	¤ˡ̡Σ	Processes of manufacture in general [2]
H01M   4/04  A	2	0	5H050	H01M   4/04	2630	ӤŶ	Secondary cell electrodes
H01M   4/04  Z	2	0	5H050	H01M   4/04	2957	¾Τ	Others
H01M   4/06  \	2	2	5H050	H01M   4/06	493	켡ӤŶˡΣ	Electrodes for primary cells [2]
H01M   4/06  A	2	0	5H050	H01M   4/06	155		Cathode
H01M   4/06  B	2	1	5H050	H01M   4/06	307	ŲӤΤΤΡ㡧ռӤˡ	for cells with water soluble electrolytes, e.g. cathode of cells filled with electrolyte
H01M   4/06  C	2	2	5H050	H01M   4/06	461	ŲӤΤΤΡ㡧륯󥷥Ӥˡ	for cells with neutral electrolytes, e.g. cathode of Leclanche cells
H01M   4/06  D	2	2	5H050	H01M   4/06	434	륫ŲӤΤΤ	for cells with alkali electrolytes
H01M   4/06  E	2	3	5H050	H01M   4/06	578	ޥ󥬥Ŷˡ̣ͣϢ	Manganese dioxide electrodes (MnO2)
H01M   4/06  F	2	3	5H050	H01M   4/06	325	ʪŶ	Silver oxide electrodes
H01M   4/06  G	2	4	5H050	H01M   4/06	304	̲Ŷˡ̣磰	Divalent silver oxide (silver peroxide) electrodes (AgO)
H01M   4/06  H	2	4	5H050	H01M   4/06	179	Ŷ˹ޤ	Compositions of electrode mixes
H01M   4/06  J	2	1	5H050	H01M   4/06	231	ŲӤΤΤ	for cells with non-water soluble electrolytes
H01M   4/06  K	2	2	5H050	H01M   4/06	651	ͭŲӤΤΤ	for cells with organic electrolytes
H01M   4/06  L	2	3	5H050	H01M   4/06	509	ޥ󥬥Ŷˡ̣ͣϢ	Manganese dioxide electrodes (MnO2)
H01M   4/06  M	2	3	5H050	H01M   4/06	159	եĲݥܥŶˡ̡̣ãơͣ	Carbon fluoride electrodes ((CF)n)
H01M   4/06  N	2	2	5H050	H01M   4/06	295	ŲӤΤΤ	for cells with solid electrolytes
H01M   4/06  P	2	0	5H050	H01M   4/06	264	ˡ㡧Ӥˡ	Anodes, e.g. anode for hybrid cells
H01M   4/06  Q	2	1	5H050	H01M   4/06	152	ŲӤΤΤΡ㡧ռӤˡ	for cells with water soluble electrolytes, e.g. anode of cells filled with electrolyte
H01M   4/06  R	2	2	5H050	H01M   4/06	484	ŲӤΤΤΡ㡧륯󥷥ӤΰŶˡ	for cells with neutral salt electrolytes, e.g. zinc electrode for Leclanche cells
H01M   4/06  S	2	2	5H050	H01M   4/06	102	륫ŲӤΤΤ	for cells with alkali electrolytes
H01M   4/06  T	2	3	5H050	H01M   4/06	627	Ŷ	Zinc electrodes
H01M   4/06  U	2	4	5H050	H01M   4/06	606	Ŷ	Gel electrodes
H01M   4/06  V	2	1	5H050	H01M   4/06	145	ŲӤΤΤ	for cells with non-water soluble electrolytes
H01M   4/06  W	2	2	5H050	H01M   4/06	186	ͭŲӤΤΤ	for cells with organic electrolytes
H01M   4/06  X	2	3	5H050	H01M   4/06	526	Ŷ	Lithium electrodes
H01M   4/06  Z	2	0	5H050	H01M   4/06	204	¾ΤΡ㡧ѷŶˡ	Others, e.g. connecting electrodes for aggregate cells
H01M   4/08  \	3	3	5H050	H01M   4/08	116	¤ˡΣ	Processes of manufacture [2]
H01M   4/08  A	3	0	5H050	H01M   4/08	187	¤	Arrangements for manufacture
H01M   4/08  B	3	0	5H050	H01M   4/08	86	ˤ¤ˡ	Processes for manufacture of cathodes
H01M   4/08  C	3	1	5H050	H01M   4/08	93	ŲӤŶˤ¤ˡ㡧ռӤˤ¤ˡ	Processes for manufacture of electrodes for cells with water soluble electrolytes
H01M   4/08  D	3	2	5H050	H01M   4/08	118	ŲӤΤΤΡ㡧륯󥷥Ӥˤ¤ˡ	for cells with neutral salt electrolytes, e.g. processes of manufacture for anode of Leclanche cells
H01M   4/08  E	3	2	5H050	H01M   4/08	93	륫ŲӤΤΤ	for cells with alkali electrolytes
H01M   4/08  F	3	3	5H050	H01M   4/08	163	ޥ󥬥Ŷˡ̣ͣϢ	Manganese dioxide electrodes (MnO2)
H01M   4/08  G	3	3	5H050	H01M   4/08	154	ʪŶ	Silver oxide electrodes
H01M   4/08  H	3	4	5H050	H01M   4/08	132	̲Ŷˡ̣磰	Divalent silver oxide (silver peroxide) electrodes (AgO)
H01M   4/08  J	3	1	5H050	H01M   4/08	46	ŲӤΤΤ	for cells with non-water soluble electrolytes
H01M   4/08  K	3	2	5H050	H01M   4/08	164	ͭŲӤΤΤ	for cells with organic electrolytes
H01M   4/08  L	3	3	5H050	H01M   4/08	232	ޥ󥬥Ŷ	Manganese dioxide electrodes (MnO2)
H01M   4/08  M	3	3	5H050	H01M   4/08	51	եĲݥܥŶ	Carbon fluoride electrodes ((CF)n)
H01M   4/08  N	3	2	5H050	H01M   4/08	66	ŲӤΤΤ	for cells with solid electrolytes
H01M   4/08  Z	3	0	5H050	H01M   4/08	76	¾	Others
H01M   4/10  \	4	4	5H050	H01M   4/10	0	ĺİ̤줿Ŷˡʤɡ꡼Σ	of pressed electrodes with central core, i.e. dollies [2]
H01M   4/12  \	4	4	5H050	H01M   4/12	181	ζ°ޤϹŶˡʳʪȤƤιʪѤΣȣͣˡΣ	of consumable metal or alloy electrodes (use of alloy compositions as active materials H01M 4/38) [2]
H01M   4/12  A	4	0	5H050	H01M   4/12	60	ˤ¤ˡ㡧Ӥˤ¤ˡ	Processes for manufacture of cathodes, e.g. processes for manufacture of anodes for hybrid cells
H01M   4/12  B	4	1	5H050	H01M   4/12	27	ŲӤΤΤΡ㡧ռӤˤ¤ˡ	for cells with water soluble electrolytes, e.g. anode of cells filled with electrolyte
H01M   4/12  C	4	2	5H050	H01M   4/12	93	ŲӤΤΤΡ㡧륯󥷥Ӥˤ¤ˡ	for cells with neutral salt electrolytes, e.g. processes of manufacture for anode of Leclanche cells
H01M   4/12  D	4	2	5H050	H01M   4/12	141	륫ŲӤΤΤ	for cells with alkali electrolytes
H01M   4/12  E	4	3	5H050	H01M   4/12	160	Ŷ	Gel electrodes
H01M   4/12  F	4	1	5H050	H01M   4/12	91	ŲӤΤΤ	for cells with non-water soluble electrolytes
H01M   4/12  G	4	2	5H050	H01M   4/12	186	ͭŲӤΤΤ	for cells with organic electrolytes
H01M   4/12  Z	4	0	5H050	H01M   4/12	53	¾	Others
H01M   4/13  \	2	2	5H050	H01M   4/13	17658	ŲѤŶˡ㡥ѤΤΡ¤ˡΣ	Electrodes for accumulators with non-aqueous electrolyte, e.g. for lithium-accumulators; Processes of manufacture thereof
H01M   4/131  \	3	3	5H050	H01M   4/131	6868	ʣʪޤʣʪ뤤ϻʪޤϿʪκʪ㡥̣ãϣʬȤŶˡΣ	Electrodes based on mixed oxides or hydroxides, or on mixtures of oxides or hydroxides, e.g. LiCoOx [2010.01]
H01M   4/1315  \	4	4	5H050	H01M   4/1315	58	ϥ󸶻ҤޤΡ㡥̣ãϣƣΣ	containing halogen atoms, e.g. LiCoOxFy [2010.01]
H01M   4/133  \	3	3	5H050	H01M   4/133	5271	úǼ㡥شֲʪޤϣãƣʬȤŶˡΣ	Electrodes based on carbonaceous material, e.g. graphite-intercalation compounds or CFx [2010.01]
H01M   4/134  \	3	3	5H050	H01M   4/134	5741	°ӣޤϹʬȤŶˡΣ	Electrodes based on metals, Si or alloys [2010.01]
H01M   4/136  \	3	3	5H050	H01M   4/136	2465	ʪʪʳ̵ʪ㡥βʪʪƥ벽ʪϥʪޤϣ̣ãƣʬȤŶˡΣ	Electrodes based on inorganic compounds other than oxides or hydroxides, e.g. sulfides, selenides, tellurides, halogenides or LiCoFy [2010.01]
H01M   4/137  \	3	3	5H050	H01M   4/137	806	ŵݥޡʬȤŶˡΣ	Electrodes based on electro-active polymers [2010.01]
H01M   4/139  \	3	3	5H050	H01M   4/139	11036	¤ˡΣ	Processes of manufacture [2010.01]
H01M   4/1391  \	4	4	5H050	H01M   4/1391	2283	ʣʪޤʣʪ뤤ϻʪޤϿʪκʪ㡥̣ãϣʬȤŶˤ¤ˡΣ	of electrodes based on mixed oxides or hydroxides, or on mixtures of oxides or hydroxides, e.g. LiCoOx [2010.01]
H01M   4/13915  \	5	5	5H050	H01M   4/13915	21	ϥ󸶻ҤޤΡ㡥̣ãϣƣΣ	containing halogen atoms, e.g. LiCoOxFy [2010.01]
H01M   4/1393  \	4	4	5H050	H01M   4/1393	1811	úǼ㡥شֲʪޤϣãƣʬȤŶˤ¤ˡΣ	of electrodes based on carbonaceous material, e.g. graphite-intercalation compounds or CFx [2010.01]
H01M   4/1395  \	4	4	5H050	H01M   4/1395	2470	°ӣޤϹʬȤŶˤ¤ˡΣ	of electrodes based on metals, Si or alloys [2010.01]
H01M   4/1397  \	4	4	5H050	H01M   4/1397	972	ʪʪʳ̵ʪ㡥βʪʪƥ벽ʪϥʪޤϣ̣ãƣʬȤŶˤ¤ˡΣ	of electrodes based on inorganic compounds other than oxides or hydroxides, e.g. sulfides, selenides, tellurides, halogenides or LiCoFy [2010.01]
H01M   4/1399  \	4	4	5H050	H01M   4/1399	391	ŵݥޡʬȤŶˤ¤ˡΣ	of electrodes based on electro-active polymers [2010.01]
H01M   4/14  \	2	2	5H050	H01M   4/14	99	ѶġΣ	Electrodes for lead-acid accumulators [2]
H01M   4/14  P	2	0	5H050	H01M   4/14	134	ץƼ	of Plante electrodes
H01M   4/14  Q	2	0	5H050	H01M   4/14	2140	ڡݥȼ	of pasted electrodes
H01M   4/14  R	2	0	5H050	H01M   4/14	208	ĥɼ	of clad electrodes
H01M   4/14  Z	2	0	5H050	H01M   4/14	450	¾Τ	Others
H01M   4/16  \	3	3	5H050	H01M   4/16	70	¤ˡΣ	Processes of manufacture [2]
H01M   4/16  E	3	0	5H050	H01M   4/16	89	¤	Processes for manufacture
H01M   4/16  Z	3	0	5H050	H01M   4/16	292	¾ΤΡ̥ĥɼĤ¤ˡ	Others (processes for manufacture of clad electrodes)
H01M   4/18  \	4	4	5H050	H01M   4/18	60	ץƼġΣ	of Plante electrodes [2]
H01M   4/20  \	4	4	5H050	H01M   4/20	162	ڡȼġΣ	of pasted electrodes [2]
H01M   4/20  M	4	0	5H050	H01M   4/20	155	ʣΡ㤨бȼΤʤͤѤ	using composite bases, e.g. lead louver and resin frame
H01M   4/20  Q	4	0	5H050	H01M   4/20	306	¤	Arrangements for manufacture
H01M   4/20  Z	4	0	5H050	H01M   4/20	1040	¾Τ	Others
H01M   4/21  \	5	5	5H050	H01M   4/21	130	ڡȼĤδΣ	Drying of pasted electrodes [2]
H01M   4/22  \	4	4	5H050	H01M   4/22	461	ĤβΣ	Forming of electrodes [2]
H01M   4/23  \	5	5	5H050	H01M   4/23	268	ζĤδޤ¸Σ	Drying or preserving electrodes after forming [2]
H01M   4/24  \	2	2	5H050	H01M   4/24	143	륫ѶġΣ	Electrodes for alkaline accumulators [2]
H01M   4/24  G	2	0	5H050	H01M   4/24	343	ɥߥ̣ãͶ	Cadmium (Cd) electrodes
H01M   4/24  H	2	0	5H050	H01M   4/24	611	̣ڣͶ	Zinc (Zn) electrodes
H01M   4/24  J	2	0	5H050	H01M   4/24	1705	ǵ¢Ŷ	Hydrogen storage metal electrodes
H01M   4/24  Z	2	0	5H050	H01M   4/24	959	¾ΤΡʶ̤ζĤޤࡣʤ˥ĥʣΣ˶Ĥϣʣ˶ĤϣŸͭꡣ	Others (including common electrodes.  Assign nickel (Ni) electrodes to 4/32 or silver (Ag) electrodes to 4/34.)
H01M   4/26  \	3	3	5H050	H01M   4/26	231	¤ˡΣ	Processes of manufacture [2]
H01M   4/26  E	3	0	5H050	H01M   4/26	559	ˤ¤ˡ	Methods for manufacture of cathodes
H01M   4/26  F	3	0	5H050	H01M   4/26	245	ˤ¤ˡ	Methods for manufacture of anodes
H01M   4/26  G	3	1	5H050	H01M   4/26	491	ɥߥ̣ãͶˤ¤ˡ	Methods for manufacture of cadmium (Cd) electrodes
H01M   4/26  H	3	1	5H050	H01M   4/26	130	̣ڣͶˤ¤ˡ	Methods for manufacture of zinc (Zn) electrodes
H01M   4/26  J	3	1	5H050	H01M   4/26	795	ǵ¢Ŷˤ¤ˡ	Methods for manufacture of hydrogen storage metal electrodes
H01M   4/26  Z	3	0	5H050	H01M   4/26	734	¾ΤΡ̶̤ζĤޤࡣ	Others (including common electrodes.)
H01M   4/28  \	4	4	5H050	H01M   4/28	436	ʪôΤؤΣ	Precipitating active material on the carrier [2]
H01M   4/29  \	5	5	5H050	H01M   4/29	168	ŵŪˡˤΡΣ	by electrochemical methods [2]
H01M   4/30  \	4	4	5H050	H01M   4/30	178	ðΣ	Pressing [2]
H01M   4/32  \	3	3	5H050	H01M   4/32	1882	˥åʪޤϿʪġΣ	Nickel oxide or hydroxide electrodes [2]
H01M   4/34  \	3	3	5H050	H01M   4/34	76	ʪޤϿʪġΣ	Silver oxide or hydroxide electrodes [2]
H01M   4/36  \	2	2	5H050	H01M   4/36	864	ʪǷʪήγʪκΣ	Selection of substances as active materials, active masses, active liquids [2]
H01M   4/36  A	2	0	5H050	H01M   4/36	4431	ʣ	Composite materials
H01M   4/36  B	2	1	5H050	H01M   4/36	2041	ʪηǤ	in forms of mixture
H01M   4/36  C	2	1	5H050	H01M   4/36	10788	ؾʪηǤ	in forms of layered product
H01M   4/36  D	2	0	5H050	H01M   4/36	2462	ʾγʪޤ	containing more than one active material
H01M   4/36  E	2	1	5H050	H01M   4/36	6696	ۤʤγʪޤ	containing active materials of different composition
H01M   4/36  Z	2	0	5H050	H01M   4/36	339	¾Τ	Others
H01M   4/38  \	3	3	5H050	H01M   4/38	469	ǤޤϹΣ	of elements or alloys [2]
H01M   4/38  A	3	0	5H050	H01M   4/38	1739	ǵ¢	Hydrogen storage metals
H01M   4/38  Z	3	0	5H050	H01M   4/38	9943	¾Τ	Others
H01M   4/40  \	4	4	5H050	H01M   4/40	1834	륫°ȤΣ	Alloys based on alkali metals [2]
H01M   4/42  \	4	4	5H050	H01M   4/42	1688	ȤΣ	Alloys based on zinc [2]
H01M   4/44  \	4	4	5H050	H01M   4/44	281	ɥߥȤΣ	Alloys based on cadmium [2]
H01M   4/46  \	4	4	5H050	H01M   4/46	827	ޥͥޤϥߥ˥ȤΣ	Alloys based on magnesium or aluminium [2]
H01M   4/48  \	3	3	5H050	H01M   4/48	6985	̵ʪޤ̵ʪΣ	of inorganic oxides or hydroxides [2,2010.01]
H01M   4/485  \	4	4	5H050	H01M   4/485	5689	ڶ°뤿ʣʪޤʣʪ㡥̣ԣ飲ϣ̣ԣ飲ϣƣʣȣͣȣͣͥˡΣ	of mixed oxides or hydroxides for inserting or intercalating light metals, e.g. LiTi<sub>2</sub>O<sub>4</sub> or LiTi<sub>2</sub>OxFy (H01M 4/505, H01M 4/525 take precedence) [2010.01]
H01M   4/50  \	4	4	5H050	H01M   4/50	1673	ޥ󥬥Σ	of manganese [2,2010.01]
H01M   4/505  \	5	5	5H050	H01M   4/505	14694	ڶ°뤿Υޥ󥬥ͭʣʪޤʣʪ㡥̣ͣϣ̣ͣϣƣΣ	of mixed oxides or hydroxides containing manganese for inserting or intercalating light metals, e.g. LiMn<sub>2</sub>O<sub>4</sub> or LiMn<sub>2</sub>OxFy [2010.01]
H01M   4/52  \	4	4	5H050	H01M   4/52	2249	˥å롤ХȤޤŴΣ	of nickel, cobalt or iron [2,2010.01]
H01M   4/525  \	5	5	5H050	H01M   4/525	15942	ڶ°뤿ŴХȤޤϥ˥åͭʣʪޤʣʪ㡥̣Σϣ̣ãϣ̣ãϣƣΣ	of mixed oxides or hydroxides containing iron, cobalt or nickel for inserting or intercalating light metals, e.g. LiNiO<sub>2</sub>, LiCoO<sub>2</sub> or LiCoOxFy [2010.01]
H01M   4/54  \	4	4	5H050	H01M   4/54	540	Σ	of silver [2]
H01M   4/56  \	4	4	5H050	H01M   4/56	213	Σ	of lead [2]
H01M   4/57  \	5	5	5H050	H01M   4/57	483	ȳɡʤȱʪޤʴΣ	of "grey lead", i.e. powders containing lead and lead oxide [2]
H01M   4/58  \	3	3	5H050	H01M   4/58	10325	ʪʪʳ̵ʪ㡥βʪʪƥ벽ʪϥʪޤϣ̣ãƣݥꥢ˥¤ͭ벽ʪ㡥ޤϥۥΣ	of inorganic compounds other than oxides or&nbsp;hydroxides, e.g. sulfides, selenides, tellurides, halogenides or LiCoFy [2,2010.01]
H01M   4/583  \	4	4	5H050	H01M   4/583	1340	úǼ㡥شֲʪޤϣãƣΣ	Carbonaceous material, e.g. graphite-intercalation compounds or CFx [2010.01]
H01M   4/587  \	5	5	5H050	H01M   4/587	9574	ڶ°뤿ΤΡΣ	for inserting or intercalating light metals [2010.01]
H01M   4/60  \	3	3	5H050	H01M   4/60	2599	ͭʪΣ	of organic compounds [2]
H01M   4/62  \	2	2	5H050	H01M   4/62	1999	ǷʪԳʬ㡥ޡŶޡΣ	Selection of inactive substances as ingredients for active masses, e.g. binders, fillers [2]
H01M   4/62  A	2	0	5H050	H01M   4/62	268	륯󥷥	for Leclanche cells
H01M   4/62  B	2	0	5H050	H01M   4/62	1477	ݻ	for lead-acid accumulators
H01M   4/62  C	2	0	5H050	H01M   4/62	3206	륫	for alkali cells
H01M   4/62  Z	2	0	5H050	H01M   4/62	20542	¾Τ	Others
H01M   4/64  \	2	2	5H017	H01M   4/64	106	ôΤޤϽΡΣ	Carriers or collectors [2]
H01M   4/64  A	2	0	5H017	H01M   4/64	2149	ôΡΰ̡¾ӤղáѤΡ¾ǤȤʣ繽¤ͭΡɤ֤ΡжŶˤΤΤΤޤࡣ͡졦եΤΡ¤ˡ͡Ŷˤ³ϣȣͣ³ƳΤϣȣͣȣͣ̾ˤȤ줺ŶˤôΡΰʳ¾ʬह뤳ȡ	Carriers or collectors in general (adding or sharing other applications, with compound structures with other elements (including those arranged in jacket or for twin electrodes) foils or films, methods of manufacture in general) (connecting electrodes H01M50/531, connecting conductors H01M50/528,H01M50/531. Assign to other classifications except for carriers or collectors without being influenced by expression.)
H01M   4/64  B	2	1	5H017	H01M   4/64	503	Ƴƴ¦̤ôΡΡƳŶƴӴ̡˰̡ŶŶˤޤ̤ܿˤôΤ佸Ρ͡	Carriers or collectors on internal interface of conductive containers (conductive electrode containers, carriers or collectors at contact interface of electrodes or mixes compressed or filled in battery cans or lids)
H01M   4/64  Z	2	0	5H017	H01M   4/64	39	¾Τ	Others
H01M   4/66  \	3	3	5H017	H01M   4/66	146	ʪΣ	Selection of materials [2]
H01M   4/66  A	3	0	5H017	H01M   4/66	8701	ʪʪʣࡤ졦졦ɽ̽ϰʲΤΤޤ̡֡͡ѹפϣãä硥	Selecting substances (substances or compositions, materials, composite materials, coatings, paint films or surface treated; including those classified under 4/70 or lower) (based on C 22 C if it writes alloys for &hellip;)
H01M   4/66  Z	3	0	5H017	H01M   4/66	52	¾Τ	Others
H01M   4/68  \	4	4	5H017	H01M   4/68	106	ӤΤΤΡΣ	for use in lead-acid accumulators [2]
H01M   4/68  A	4	0	5H017	H01M   4/68	915	ʬȤ°̡֡ѱפϣãã	Metals mainly made of lead ((lead-based alloy for &hellip;) main classification C 22 C 11/00)
H01M   4/68  Z	4	0	5H017	H01M   4/68	448	¾ΤΡ̤¾ʪ¾ζ°ʬȤΡ顤ʣ	Others (selecting other substances; mainly made of other metals, resins, composite materials)
H01M   4/70  \	3	3	5H017	H01M   4/70	49	ޤϷħΤΡΣ	characterised by shape or form [2]
H01M   4/70  A	3	0	5H017	H01M   4/70	1774	ʿġΤʤΡ̥ĥɾΤΤϣ	of sheet or cylindrical bodies (rods 4/75)
H01M   4/70  Z	3	0	5H017	H01M   4/70	334	¾ΤΡ̣ȡ	Others (cf. 4/78.)
H01M   4/72  \	4	4	5H017	H01M   4/72	10	ʻҡΣ	Grids [2]
H01M   4/72  A	4	0	5H017	H01M   4/72	106	ʻҰ	Grids in general
H01M   4/72  Z	4	0	5H017	H01M   4/72	37	¾Τ	Others
H01M   4/73  \	5	5	5H017	H01M   4/73	103	ӤΤΤΡ㡥ե졼ץ졼ȡΣ	for lead-acid accumulators, e.g. frame plates [2]
H01M   4/73  A	5	0	5H017	H01M   4/73	926	ʬȤ°ʤ	made of metals based on lead
H01M   4/73  Z	5	0	5H017	H01M   4/73	349	¾ΤΡ̤¾κʤΡ¾ζ°ʬȤΡʣࡤȤʣ繽¤ͭ֡ʪѤΣ	Others (made of other materials; based on other metals, containing composite materials or synthetic resin materials, using meshes or woven materials 4/74)
H01M   4/74  \	5	5	5H017	H01M   4/74	125	־ޤϿʪѥɥ᥿饹Σ	Meshes or woven material; Expanded metal [2]
H01M   4/74  A	5	0	5H017	H01M   4/74	269	ѥǥɥ᥿ѤΡ̡֡ĥ᥿¤ˡ£ģȡ	Using expanded metal (see B21D/04 for Methods of manufacturing ..... Metal)
H01M   4/74  B	5	1	5H017	H01M   4/74	754	ݻӤΤΤ	using expanded metals (methods of manufacture for &hellip; metals cf. B 21 D 31/04.)
H01M   4/74  C	5	0	5H017	H01M   4/74	781	֡ʪѤΡ̥ѥɥ᥿饹	for lead-acid accumulators
H01M   4/74  D	5	1	5H017	H01M   4/74	120	ݻӤΤΤ	for lead-acid accumulators
H01M   4/74  Z	5	0	5H017	H01M   4/74	66	¾Τ	Others
H01M   4/75  \	4	4	5H017	H01M   4/75	20	۸ޤϺĹҡΣ	Wires, rods, or strips [2]
H01M   4/75  A	4	0	5H017	H01M   4/75	133	ݻӤΤΤΡ̥ĥɡݥ֥鼰ŶˤοĶ	for lead-acid accumulators (core metal for clad or tubular electrodes)
H01M   4/75  Z	4	0	5H017	H01M   4/75	573	¾ӤΤΤΡúޤ	for other cells (including carbon rods)
H01M   4/76  \	4	4	5H017	H01M   4/76	20	ʪݻ뤿Ρ㡥塼֡ץΣ	Containers for holding the active material, e.g. tubes, capsules [2]
H01M   4/76  A	4	0	5H017	H01M   4/76	472	ݻӤΤΤΡ̥ĥɡݥ֥ɤȤθ̥͡ĥɼŶˤι¤ϣʲ	for lead-acid accumulators (clad, tubular pipes, or fastening thereof) (Assign overall electrode structures of clad type to 4/14 or lower.)
H01M   4/76  Z	4	0	5H017	H01M   4/76	80	¾ӤΤΤΡ̥륫ӤΥݥĥȼŶ	for other cells (for pocket electrodes of alkali cells)
H01M   4/78  \	4	4	5H017	H01M   4/78	8	ľޤϱʳη㡥Σ	Shapes other than plane or cylindrical, e.g. helical [2]
H01M   4/78  A	4	0	5H017	H01M   4/78	199	ʿġΰʳ¾η	Shapes other than flat or cylindrical
H01M   4/78  Z	4	0	5H017	H01M   4/78	9	¾ΤΡʿġΤϣ	Others (plane or cylindrical 4/70)
H01M   4/80  \	4	4	5H017	H01M   4/80	159	ġ㡥ƷġΣ	Porous plates, e.g. sintered carriers [2]
H01M   4/80  A	4	0	5H017	H01M   4/80	547	Ʒġ̡־Ʒ֡£ƣȡ	Sintered carriers (cf. B 22 F 3/10 for sintering arrangements.)
H01M   4/80  B	4	1	5H017	H01M   4/80	228	¤	Shapes or structures
H01M   4/80  C	4	0	5H017	H01M   4/80	1626	ġȯˢΡݥΡݡԿ	Porous carriers (porous materials such as foams, sponges, woven or non-woven materials)
H01M   4/80  Z	4	0	5H017	H01M   4/80	54	¾Τ	Others
H01M   4/82  \	3	3	5H017	H01M   4/82	79	ôΤ¿ʳ¤ˡΣ	Multi-step processes for manufacturing carriers for lead-acid accumulators (single-step processes, <u>see</u> the relevant subclasses, e.g. B21D, B22D) [2]
H01M   4/82  A	3	0	5H017	H01M   4/82	91	ͭ	with synthetic resins
H01M   4/82  Z	3	0	5H017	H01M   4/82	256	¾ΤΡ̺νԤʤ°βùȴ£Ļȡ	Others (cf. B 21 D for processing or pressing of metal sheets without removing material.)
H01M   4/84  \	4	4	5H017	H01M   4/84	21	¤ͭΡΣ	involving casting [2]
H01M   4/84  A	4	0	5H017	H01M   4/84	10	ͭ	with synthetic resins
H01M   4/84  Z	4	0	5H017	H01M   4/84	196	¾ΤΡñ칩ΤΣ£ģ	Others (based on B 22 D 25/04 for single processes)
H01M   4/86  \	1	1	5H018	H01M   4/86	264	ޤˤ줿̵Ŷˡ㡥ǳӤΤΤΡΣ	Inert electrodes with catalytic activity, e.g. for fuel cells [2]
H01M   4/86  B	1	0	5H018	H01M   4/86	4824	ްʳι̣Ԥͥ	Selecting compositions excluding catalysts (T takes precedence.)
H01M   4/86  H	1	1	5H018	H01M   4/86	1314	ޡޤ̣Ԥͥ͡ؤη¤֤ޤࡣ	Selecting water repellents or binding agents (T takes precedence.) (including shapes, structures or arrangements of binding agents)
H01M   4/86  M	1	0	5H018	H01M   4/86	5488	¤ħΡ̣Ԥͥ	characterised by shapes or structures (T takes precedence.)
H01M   4/86  N	1	1	5H018	H01M   4/86	80	ʿİʳηͭΡ̣Ԥͥ	with shapes other than plane (T takes precedence.)
H01M   4/86  T	1	0	5H018	H01M   4/86	1729	ⲹǺưǳӡ㡥ͻŲӡѤ	used for fuels cells operating at high temperatures, e.g.. Cell with molten slat electrolyte
H01M   4/86  U	1	1	5H018	H01M   4/86	1293	¤ħ	characterised by shapes or structures
H01M   4/86  Z	1	0	5H018	H01M   4/86	287	¾Τ	Others
H01M   4/88  \	2	2	5H018	H01M   4/88	210	¤ˡΣ	Processes of manufacture [2]
H01M   4/88  C	2	0	5H018	H01M   4/88	1899	úǤȤŶˤΤΤΡ̣ȡˡԤͥ	for electrodes based on carbon (H, K, T take precedence.)
H01M   4/88  H	2	0	5H018	H01M   4/88	628	̣Ԥͥ͡ؤηˡޤࡣ	Water repellents treatments (T takes precedence.) (including methods for forming water repellent layers)
H01M   4/88  K	2	0	5H018	H01M   4/88	4632	ޤ̣Ԥͥ̿͡ޤôΤؤޤࡣ	Precipitating catalysts (T takes precedence.) (including precipitation of catalysts on carriers)
H01M   4/88  T	2	0	5H018	H01M   4/88	1251	ⲹǺưǳӡ㡥ͻŲӡѤŶˤΤΤ	for electrodes used for fuel cells operating at high temperatures, e.g. molten salt electrolyte
H01M   4/88  Z	2	0	5H018	H01M   4/88	1108	¾Τ	Others
H01M   4/90  \	2	2	5H018	H01M   4/90	78	ޤΣ	Selection of catalytic material [2]
H01M   4/90  B	2	0	5H018	H01M   4/90	883	ʣοޤѤ	using multiple catalysts
H01M   4/90  M	2	0	5H018	H01M   4/90	1991	°̣¤ͥ	Metals or alloys (B takes precedence.)
H01M   4/90  X	2	0	5H018	H01M   4/90	1618	̵ʪ̣¤ͥ	Inorganic compounds (B takes precedence.)
H01M   4/90  Y	2	0	5H018	H01M   4/90	705	ͭʪ̣¤ͥ	Organic compounds (B takes precedence.)
H01M   4/90  Z	2	0	5H018	H01M   4/90	214	¾Τ	Others
H01M   4/92  \	3	3	5H018	H01M   4/92	2350	²ζ°ʣȣͣͥˡΣ	Metals of platinum group (H01M 4/94 takes precedence) [2]
H01M   4/94  \	2	2	5H018	H01M   4/94	134	¿ȻŶˡ㡥ѥ饸졤Σ	Non-porous diffusion electrodes, e.g. palladium membranes, ion exchange membranes [2]
H01M   4/96  \	2	2	5H018	H01M   4/96	183	úǤȤŶˡΣ	Carbon-based electrodes [2]
H01M   4/96  B	2	0	5H018	H01M   4/96	2398		Selecting materials
H01M   4/96  H	2	1	5H018	H01M   4/96	445	ޡޤؤη¤֤ޤࡣ	Selecting water repellents or binding agents (including shapes, structures or arrangements of binding agents)
H01M   4/96  M	2	0	5H018	H01M   4/96	2042	¤ħ	characterised by shapes or structures
H01M   4/96  Z	2	0	5H018	H01M   4/96	56	¾Τ	Others
H01M   4/98  \	2	2	5H018	H01M   4/98	40	͡ŶˡΣ	Raney-type electrodes [2]
H01M   6/00  \	0	0	5H024	H01M   6/00	36	켡ӡ¤Σ	Primary cells; Manufacture thereof [2]
H01M   6/02  \	1	1	5H024	H01M   6/02	5	Ŷˤκȣͣȯǰʳʬι¤κȣͣˡΣ	Details (of electrodes H01M 4/00, of non-active parts H01M 50/00) [2, 2006.01]
H01M   6/02  A	1	0	5H024	H01M   6/02	442	¤	Arrangements for manufacture
H01M   6/02  Z	1	0	5H024	H01M   6/02	610	¾	Others
H01M   6/04  \	1	1	5H024	H01M   6/04	310	ŲӡΣ	Cells with aqueous electrolyte [2]
H01M   6/06  \	2	2	5H024	H01M   6/06	21	ӡʤŲդήư줿ӡΣ	Dry cells, i.e. cells wherein the electrolyte is rendered non-fluid [2]
H01M   6/06  A	2	0	5H024	H01M   6/06	209	Ų	Selection of materials as electrolytes
H01M   6/06  B	2	1	5H024	H01M   6/06	376	륫Ų	Alkali electrolytes
H01M   6/06  C	2	0	5H024	H01M   6/06	667	륫ŲĤ	with alkali electrolytes
H01M   6/06  Z	2	0	5H024	H01M   6/06	314	¾	Others
H01M   6/08  \	3	3	5H024	H01M   6/08	4	å׾ŶˤĤΡΣ	with cup-shaped electrodes [2]
H01M   6/08  A	3	0	5H024	H01M   6/08	895	륫ŲĤ	with alkali electrolytes
H01M   6/08  Z	3	0	5H024	H01M   6/08	942	¾	Others
H01M   6/10  \	3	3	5H024	H01M   6/10	3	ޤޤŤŶˤĤΡΣ	with wound or folded electrodes [2]
H01M   6/10  A	3	0	5H024	H01M   6/10	58	륫ŲĤ	with alkali electrolytes
H01M   6/10  Z	3	0	5H024	H01M   6/10	194	¾	Others
H01M   6/12  \	3	3	5H024	H01M   6/12	9	ľŶˤĤΡΣ	with flat electrodes [2]
H01M   6/12  A	3	0	5H024	H01M   6/12	727	륫ŲĤ	with alkali electrolytes
H01M   6/12  Z	3	0	5H024	H01M   6/12	478	¾	Others
H01M   6/14  \	1	1	5H024	H01M   6/14	26	ŲӡΣ	Cells with non-aqueous electrolyte [2]
H01M   6/14  A	1	0	5H024	H01M   6/14	433	˥	Thionyl chloride cells
H01M   6/14  Z	1	0	5H024	H01M   6/14	168	¾	Others
H01M   6/16  \	2	2	5H024	H01M   6/16	43	ͭŲĤΡʣȣͣͥˡΣ	with organic electrolyte (H01M 6/18 takes precedence) [2]
H01M   6/16  A	2	0	5H024	H01M   6/16	1871	Ų	Selection of materials as electrolytes
H01M   6/16  B	2	0	5H024	H01M   6/16	171	ĥ׾ŶˤĤ	with cup electrodes
H01M   6/16  C	2	0	5H024	H01M   6/16	950	ľŶˤĤ	with sheet electrodes
H01M   6/16  D	2	0	5H024	H01M   6/16	717	ޤޤŤŶˤĤ	with wound or folded electrodes
H01M   6/16  Z	2	0	5H024	H01M   6/16	870	¾	Others
H01M   6/18  \	2	2	5H024	H01M   6/18	55	ŲĤΡΣ	with solid electrolyte [2]
H01M   6/18  A	2	0	5H024	H01M   6/18	500	Ų	Selecting solid electrolytes
H01M   6/18  B	2	1	5H024	H01M   6/18	137	ϥʪ	Halides
H01M   6/18  C	2	2	5H024	H01M   6/18	160	륫°Υϥʪ	Halide alkali metals
H01M   6/18  D	2	1	5H024	H01M   6/18	51	ⲽ	Lithium nitrides
H01M   6/18  E	2	1	5H024	H01M   6/18	1247	ʬ	High-polymers
H01M   6/18  Z	2	0	5H024	H01M   6/18	808	¾	Others
H01M   6/20  \	3	3	5H024	H01M   6/20	66	ⲹ٤ưΡʳǮӣȣͣˡΣ	working at high temperature (deferred-action thermal cells H01M 6/36) [2]
H01M   6/22  \	1	1	5H024	H01M   6/22	5	ŲդήưΣ	Immobilising of electrolyte [2]
H01M   6/22  A	1	0	5H024	H01M   6/22	395	ŲĤ	with neutral salt electrolytes
H01M   6/22  B	1	0	5H024	H01M   6/22	265	륫ŲĤ	with alkali electrolytes
H01M   6/22  C	1	0	5H024	H01M   6/22	243	ͭŲĤ	with organic electrolytes
H01M   6/22  Z	1	0	5H024	H01M   6/22	23	¾	Others
H01M   6/24  \	1	1	5H025	H01M   6/24	32	Ųհ켡ӡΣ	Cells comprising two different electrolytes [2]
H01M   6/26  \	1	1	5H025	H01M   6/26	40	Ѥͭʪ⤿ʤӡ㡥ܥ륿ӡΣ	Cells without oxidising active material, e.g. Volta cells [2]
H01M   6/26  A	1	0	5H025	H01M   6/26	20	륫°ޤȿ°ݿӡ̥ݿ	Alkali metals or reactive metals - hydrous cells (lithium - hydrous)
H01M   6/26  Z	1	0	5H025	H01M   6/26	26	¾Τ	Others
H01M   6/28  \	1	1	5H025	H01M   6/28	21	ɸӡ㡥ȥӡΣ	Standard cells, e.g. Weston cells [2]
H01M   6/30  \	1	1	5H025	H01M   6/30	34	ӡΣ	Deferred-action cells [2]
H01M   6/32  \	2	2	5H025	H01M   6/32	7	ŲդޤŲʬƳΡΣ	activated through external addition of electrolyte or of electrolyte components [2]
H01M   6/32  A	2	0	5H025	H01M   6/32	355	ռӡ̱դƴƳдɤϣȣͣ	Liquid activation cells of a liquid-injection-type (containers to store liquids, induction tubes are provided for mainly in H01M 50/673)
H01M   6/32  Z	2	0	5H025	H01M   6/32	4	¾Τ	Others
H01M   6/34  \	3	3	5H025	H01M   6/34	17	Ҽӡ㡥ӡΣ	Immersion cells, e.g. sea-water cells [2]
H01M   6/34  A	3	0	5H025	H01M   6/34	382	ҤˤճӡճΤι¤Ųήϩϣȣͣ͡	Cells activated by liquid-injection, after submerged in liquids (structures for liquid-injection activation, electrolyte flow passages are mainly provided for in H01M 50/609)
H01M   6/34  Z	3	0	5H025	H01M   6/34	5	¾Τ	Others
H01M   6/36  \	2	2	5H025	H01M   6/36	10	ŲʪŪʤˤΡ㡥ǮӡΣ	containing electrolyte and made operational by physical means, e.g. thermal cells (thermoelectric solid state devices H01L 35/00, H01L 37/00) [2]
H01M   6/36  A	2	0	5H025	H01M   6/36	173	Ųƴ¢ռӡճΤι¤ŲդήϩŲƴȤ֤ϣȣͣ	Liquid activation cells activated by liquid-injection which have containers to store electrolyte solutions inside [Structures to activate cells by liquid-injection, electrolyte flow passages, containers to store electrolyte solutions and their arrangements are mainly provided for in H01M 50/682]
H01M   6/36  C	2	0	5H025	H01M   6/36	623	ǮͻӡȯǮʪϣã»ȡ	Heat or molten salt cells (cf. C 06 B for heat generating compositions.)
H01M   6/36  Z	2	0	5H025	H01M   6/36	23	¾Τ	Others
H01M   6/38  \	3	3	5H025	H01M   6/38	7	ŪʤˤΡΣ	by mechanical means [2]
H01M   6/40  \	1	1	5H025	H01M   6/40	38	ӡΣ	Printed batteries [2]
H01M   6/42  \	1	1	5H025	H01M   6/42	75	켡Ӥν粽ʣȣͣͥˡΣ	Grouping of primary cells into batteries (H01M 6/40 takes precedence) [2]
H01M   6/44  \	2	2	5H025	H01M   6/44	291	ޤϥå׾ӡΣ	of tubular or cup-shaped cells [2]
H01M   6/46  \	2	2	5H025	H01M   6/46	302	ʿľӡΣ	of flat cells [2]
H01M   6/46  A	2	0	5H025	H01M   6/46	127	ʿľӤν粽̥ܥӤޤ	Aggregating plane cells (including button or coin cells)
H01M   6/46  Z	2	0	5H025	H01M   6/46	4	¾Τ	Others
H01M   6/48  \	3	3	5H025	H01M   6/48	35	жŶˤĤΡΣ	with bipolar electrodes [2]
H01M   6/50  \	1	1	5H025	H01M   6/50	564	ޤݼΤˡޤ֡㡥ư٤ΰݻξ֤Τ뤿Ƴ³ι¤κ㡥ŰüҤι¤κȣͣˡΣ	Methods or arrangements for servicing or maintenance, e.g. for maintaining operating temperature (constructional details of current conducting connections for detecting conditions inside cells or batteries, e.g. details of voltage sensing terminals, H01M 50/569) [2, 2006.01]
H01M   6/52  \	1	1	5H025	H01M   6/52	196	ϷಽӤͭѻκΣ	Reclaiming serviceable parts of waste cells or batteries [2]
H01M   8/00  \	0	0	5H126	H01M   8/00	55	ǳӡ¤Σ	Fuel cells; Manufacture thereof [2, 2016.01]
H01M   8/00  A	0	0	5H126	H01M   8/00	3433	ǳӤ¾ӤȤȤ߹礻	Combinations of fuel cells and other cells
H01M   8/00  Z	0	0	5H126	H01M   8/00	10065	¾Τ	Others
H01M   8/008  \	1	1	5H126	H01M   8/008	221	ǳӤѴޤϺΣ	Disposal or recycling of fuel cells [2016.01]
H01M   8/02  \	1	1	5H126	H01M   8/02	25101	ŶˣȣͣȣͣˡΣ	Details (electrodes H01M4/86-H01M4/98) [2, 2016.01]
H01M   8/0202  \	2	2	5H126	H01M   8/0202	8723	Ρѥ졼㡥жѥ졼󥿥ͥΣ	Collectors; Separators, e.g. bipolar separators; Interconnectors [2016.01]
H01M   8/0204  \	3	3	5H126	H01M   8/0204	282	¿ǺˤħդΡΣ	Non-porous and characterised by the material [2016.01]
H01M   8/0206  \	4	4	5H126	H01M   8/0206	2329	°ޤϹΣ	Metals or alloys [2016.01]
H01M   8/0208  \	5	5	5H126	H01M   8/0208	531	Σ	Alloys [2016.01]
H01M   8/021  \	6	6	5H126	H01M   8/021	862	ŴΣ	Alloys based on iron [2016.01]
H01M   8/0213  \	4	4	5H126	H01M   8/0213	1209	ƩúǤͭΣ	Gas-impermeable carbon-containing materials [2016.01]
H01M   8/0215  \	4	4	5H126	H01M   8/0215	871	饹ߥåΣ	Glass; Ceramic materials [2016.01]
H01M   8/0217  \	5	5	5H126	H01M   8/0217	136	ǤդźʬͭͣϢʣʪϥ륫°ޤϴีǡͤ϶°ǡ㡥ڥ֥ȡΣ	Complex oxides, optionally doped, of the type AMO3, A being an alkaline earth metal or rare earth metal and M being a metal, e.g. perovskites  [2016.01]
H01M   8/0221  \	4	4	5H126	H01M   8/0221	1209	顨ͭʬҡΣ	Organic resins; Organic polymers  [2016.01]
H01M   8/0223  \	4	4	5H126	H01M   8/0223	407	ʣʪΣ	Composites  [2016.01]
H01M   8/0226  \	5	5	5H126	H01M   8/0226	688	ʪη֤ˤΡΣ	in the form of mixtures  [2016.01]
H01M   8/0228  \	5	5	5H126	H01M   8/0228	2352	ؾޤʤ줿ʪη֤ˤΡΣ	in the form of layered or coated products  [2016.01]
H01M   8/023  \	3	3	5H126	H01M   8/023	402	¿ǺˤħդΡΣ	Porous and characterised by the material  [2016.01]
H01M   8/0232  \	4	4	5H126	H01M   8/0232	572	°ޤϹΣ	Metals or alloys [2016.01]
H01M   8/0234  \	4	4	5H126	H01M   8/0234	201	úǼκΣ	Carbonaceous material  [2016.01]
H01M   8/0236  \	4	4	5H126	H01M   8/0236	165	饹ߥååȡΣ	Glass; Ceramics; Cermets  [2016.01]
H01M   8/0239  \	4	4	5H126	H01M   8/0239	132	顨ͭʬҡΣ	Organic resins; Organic polymers  [2016.01]
H01M   8/0241  \	4	4	5H126	H01M   8/0241	104	ʣʪΣ	Composites  [2016.01]
H01M   8/0243  \	5	5	5H126	H01M   8/0243	58	ʪη֤ˤΡΣ	in the form of mixtures  [2016.01]
H01M   8/0245  \	5	5	5H126	H01M   8/0245	434	ؾޤʤ줿ʪη֤ˤΡΣ	in the form of layered or coated products  [2016.01]
H01M   8/0247  \	3	3	5H126	H01M   8/0247	2644	ˤħդΡήϩηˤħդΣȣͣˡΣ	characterised by the form (characterised by a channel configuration H01M8/0258)  [2016.01]
H01M   8/025  \	4	4	5H126	H01M   8/025	11	ȾΣ	semicylindrical  [2016.01]
H01M   8/0252  \	4	4	5H126	H01M   8/0252	49	ɾΣ	tubular  [2016.01]
H01M   8/0254  \	4	4	5H126	H01M   8/0254	211	륲ȾޤȾΣ	corrugated or undulated  [2016.01]
H01M   8/0256  \	4	4	5H126	H01M   8/0256	82	ӥʤͥѥ졼̤ΡΣ	Vias, i.e. connectors passing through the separator material [2016.01]
H01M   8/0258  \	3	3	5H126	H01M   8/0258	3671	ήϩηޤ֤ˤħդΡ㡥ȿʪޤѺޤήưħΣ	characterised by the configuration of channels, e.g. by the flow field of the reactant or coolant [2016.01]
H01M   8/026  \	4	4	5H126	H01M   8/026	626	ܤߤˤħդΡ㡥ΥԥåޤϿΣ	characterised by grooves, e.g. their pitch or depth [2016.01]
H01M   8/0263  \	4	4	5H126	H01M   8/0263	348	ߥڥ󥿥ĤΡΣ	having meandering or serpentine paths [2016.01]
H01M   8/0265  \	4	4	5H126	H01M   8/0265	459	ȿʪޤѺޤήϩ̤ѲΡΣ	the reactant or coolant channels having varying cross sections [2016.01]
H01M   8/0267  \	3	3	5H126	H01M   8/0267	1318	ǮޤѼʤĤΡ㡥ҡޤѺޤήϩΣ	having heating or cooling means, e.g. heaters or coolant flow channels [2016.01]
H01M   8/0271  \	2	2	5H126	H01M   8/0271	4498	ŶˡޥȥꥯޤμϤߤʤޤϻٻʡΣ	Sealing or supporting means around electrodes, matrices or membranes [2016.01]
H01M   8/0273  \	3	3	5H126	H01M   8/0273	1821	ե졼η֤ߤޤϻٻʡΣ	with sealing or supporting means in the form of a frame [2016.01]
H01M   8/0276  \	3	3	5H126	H01M   8/0276	1266	ˤħդ߼ʡʣȣͣͥˡΣ	Sealing means characterised by their form (H01M8/0273 takes precedence) [2016.01]
H01M   8/028  \	3	3	5H126	H01M   8/028	437	ˤħդ߼ʡΣ	Sealing means characterised by their material [2016.01]
H01M   8/0282  \	4	4	5H126	H01M   8/0282	494	̵Σ	Inorganic material [2016.01]
H01M   8/0284  \	4	4	5H126	H01M   8/0284	932	顨ͭʬҡΣ	Organic resins; Organic polymers  [2016.01]
H01M   8/0286  \	3	3	5H126	H01M   8/0286	940	ˡΣ	Processes for forming seals [2016.01]
H01M   8/0289  \	2	2	5H126	H01M   8/0289	128	ŲݻʡʸιʬŲȣͣˡΣ	Means for holding the electrolyte (solid polymer electrolytes H01M8/1018) [2016.01]
H01M   8/0293  \	3	3	5H126	H01M   8/0293	50	Ųդ경ޥȥꥯΣ	Matrices for immobilising electrolyte solutions [2016.01]
H01M   8/0295  \	3	3	5H126	H01M   8/0295	23	ͻŲ경ޥȥꥯΣ	Matrices for immobilising electrolyte melts [2016.01]
H01M   8/0297  \	2	2	5H126	H01M   8/0297	118	ŶˡꥶءǮ򴹥˥åȤޤжѥ졼ߤ˷礹ޤϼʡʣȣͣͥˡΣ	Arrangements for joining electrodes, reservoir layers, heat exchange units or bipolar separators to each other (H01M8/0271takes precedence) [2016.01]
H01M   8/04  \	1	1	5H127	H01M   8/04	136	Ū֡㡥ΤΤΡޤήν۴ĤΤΤΡΣ	Auxiliary arrangements, e.g. for control of pressure or for circulation of fluids  [2, 2016.01]
H01M   8/04  J	1	0	5H127	H01M   8/04	14726	ήΤν۴Ĥޤ϶	circulating or feeding fluids
H01M   8/04  M	1	1	5H127	H01M   8/04186	174	ŲݻӤΤΤ	for electrolyte retaining cells
H01M   8/04  N	1	1	5H127	H01M   8/04	8298	ήΤν۴Ĥޤ϶ϩŪ֤ħΤ	characterised by auxiliary devices for circulating or feeding passage of fluids
H01M   8/04  H	1	0	5H127	H01M   8/04	2280	ݸ	Protection; safety
H01M   8/04  Z	1	0	5H127	H01M   8/04	13721	¾Τ	Others
H01M   8/04007  \	2	2	5H127	H01M   8/04007	2092	Ǯ򴹤˴ϢΡΣ	related to heat exchange [2016.01]
H01M   8/04014  \	3	3	5H127	H01M   8/04014	2212	ήΤѤǮ򴹡ȿʪǳƤˤǮ򴹡Σ	Heat exchange using gaseous fluids; Heat exchange by combustion of reactants [2016.01]
H01M   8/04029  \	3	3	5H127	H01M   8/04029	1767	ΤѤǮ򴹡Σ	Heat exchange using liquids [2016.01]
H01M   8/04044  \	3	3	5H127	H01M   8/04044	65	ǮΤξΣ	Purification of heat exchange media [2016.01]
H01M   8/04082  \	2	2	5H127	H01M   8/04082	1238	ȿʪ˴ؤѥ᡼Τμʡ㡥Ϥޤǻ١Σ	Arrangements for control of reactant parameters, e.g. pressure or concentration [2016.01]
H01M   8/04089  \	3	3	5H127	H01M   8/04089	1479	ȿʪ˴ؤΡΣ	of gaseous reactants [2016.01]
H01M   8/04111  \	4	4	5H127	H01M   8/04111	299	̵ӥѤΡΣ	using a compressor turbine assembly [2016.01]
H01M   8/04119  \	4	4	5H127	H01M   8/04119	2932	ŲƱޤӽФȼΡüޤϽΣ	with simultaneous supply or evacuation of electrolyte; Humidifying or dehumidifying [2016.01]
H01M   8/04186  \	3	3	5H127	H01M   8/04186	2608	νŶޤŲŶ줿ȿʪ˴ؤΡΣ	of liquid-charged or electrolyte-charged reactants [2016.01]
H01M   8/04223  \	2	2	5H127	H01M   8/04223	443	ưޤ߻˴ؤΡæʬˤޤϳ㡥ѡ٤ΤǳӤû뤿μʡΣ	during start-up or shut-down; Depolarisation or activation, e.g. purging; Means for short-circuiting defective fuel cells [2016.01]
H01M   8/04225  \	3	3	5H127	H01M   8/04225	4897	ư˴ؤΡΣ	during start-up [2016.01]
H01M   8/04228  \	3	3	5H127	H01M   8/04228	4276	߻˴ؤΡΣ	during shut-down [2016.01]
H01M   8/04276  \	2	2	5H127	H01M   8/04276	232	Ųή뤿μʡ㡥Ǯ򴹡Σ	Arrangements for managing the electrolyte stream, e.g. heat exchange [2016.01]
H01M   8/04291  \	2	2	5H127	H01M   8/04291	2856	Ųǳӥƥο뤿μʡʣȣͣͥˡΣ	Arrangements for managing water in solid electrolyte fuel cell systems (H01M8/04119 takes precedence) [2016.01]
H01M   8/04298  \	2	2	5H127	H01M   8/04298	355	ǳӤޤǳӥƥ椹ˡΣ	Processes for controlling fuel cells or fuel cell systems [2016.01]
H01M   8/043  \	3	3	5H127	H01M   8/043	1851	λŬѤˡΣ	applied during specific periods [2016.01]
H01M   8/04302  \	4	4	5H127	H01M   8/04302	4100	ưŬѤˡΣ	applied during start-up [2016.01]
H01M   8/04303  \	4	4	5H127	H01M   8/04303	3829	߻ŬѤˡΣ	applied during shut-down [2016.01]
H01M   8/04313  \	3	3	5H127	H01M   8/04313	4550	̤θФޤɾˤħդΡǽη٤ޤϰ۾θФޤɾˤħդΡΣ	characterised by the detection or assessment of variables; characterised by the detection or assessment of failure or abnormal function [2016.01]
H01M   8/0432  \	4	4	5H127	H01M   8/0432	6694	١ϲ١Σ	Temperature; Ambient temperature [2016.01]
H01M   8/0438  \	4	4	5H127	H01M   8/0438	4858	ϡϰϡή̡Σ	Pressure; Ambient pressure; Flow [2016.01]
H01M   8/0444  \	4	4	5H127	H01M   8/0444	1955	ǻ١̩١ʣȣͣͥˡΣ	Concentration; Density (H01M8/04492 takes precedence) [2016.01]
H01M   8/04492  \	4	4	5H127	H01M   8/04492	1275	١ϼ١ʬ̡ͭΣ	Humidity; Ambient humidity; Water content [2016.01]
H01M   8/04537  \	4	4	5H127	H01M   8/04537	7242	ŵŪ̡Σ	Electric variables [2016.01]
H01M   8/04664  \	4	4	5H127	H01M   8/04664	2549	ǽη٤ޤϰ۾Σ	Failure or abnormal function [2016.01]
H01M   8/04694  \	3	3	5H127	H01M   8/04694	5879	椹٤̤ˤħդΡΣ	characterised by variables to be controlled [2016.01]
H01M   8/04701  \	4	4	5H127	H01M   8/04701	7168	١Σ	Temperature [2016.01]
H01M   8/04746  \	4	4	5H127	H01M   8/04746	10983	ϡή̡Σ	Pressure; Flow [2016.01]
H01M   8/04791  \	4	4	5H127	H01M   8/04791	748	ǻ١̩١ʣȣͣͥˡΣ	Concentration; Density (H01M8/04828 takes precedence) [2016.01]
H01M   8/04828  \	4	4	5H127	H01M   8/04828	1198	١ʬ̡ͭΣ	Humidity; Water content [2016.01]
H01M   8/04858  \	4	4	5H127	H01M   8/04858	9215	ŵŪ̡Σ	Electric variables [2016.01]
H01M   8/04955  \	4	4	5H127	H01M   8/04955	1711	ǳӤμǤޤߡΣ	Shut-off or shut-down of fuel cells [2016.01]
H01M   8/04992  \	3	3	5H127	H01M   8/04992	432	ŪޤϷ׻Ū르ꥺμ¹ԤˤħդΡ㡥եɥХå桤ե˥塼ͥåȥޤϿ͹ǽΣ	characterised by the implementation of mathematical or computational algorithms, e.g. feedback control loops, fuzzy logic, neural networks or artificial intelligence [2016.01]
H01M   8/06  \	1	1	5H127	H01M   8/06	5138	ȿʪ¤ޤȿʪνΤμʤǳӤȤηʺǳӣȣͣˡΣ	Combination of fuel cells with means for production of reactants or for treatment of residues (regenerative fuel cells H01M8/18)  [2, 2016.01]
H01M   8/0606  \	2	2	5H127	H01M   8/0606	6058	ȿʪ¤ΤμʡΣ	with means for production of gaseous reactants [2016.01]
H01M   8/0612  \	3	3	5H127	H01M   8/0612	10158	úǴͭΤΡΣ	from carbon-containing material [2016.01]
H01M   8/0637  \	4	4	5H127	H01M   8/0637	287	ǳӤΥΡɤˤľΣ	Direct internal reforming at the anode of the fuel cell [2016.01]
H01M   8/065  \	3	3	5H127	H01M   8/065	789	°ޤϹʬˤΡ°ʪæǤˤΡΣ	by dissolution of metals or alloys; by dehydriding metallic substances [2016.01]
H01M   8/0656  \	3	3	5H127	H01M   8/0656	971	ŵŪʤˤΡʣȣͣͥˡΣ	by electrochemical means (H01M8/065 takes precedence)[2016.01]
H01M   8/0662  \	2	2	5H127	H01M   8/0662	4105	ȿʪޤϵȿʪν㡥꡼˥󥰡Σ	Treatment of gaseous reactants or gaseous residues, e.g. cleaning [2016.01]
H01M   8/0668  \	3	3	5H127	H01M   8/0668	244	úǤޤúǤνΣ	Removal of carbon monoxide or carbon dioxide [2016.01]
H01M   8/08  \	1	1	5H126	H01M   8/08	314	ŲǳӡΣ	Fuel cells with aqueous electrolytes  [2, 2016.01]
H01M   8/083  \	2	2	5H126	H01M   8/083	274	륫ǳӡΣ	Alkaline fuel cells [2016.01]
H01M   8/086  \	2	2	5H126	H01M   8/086	119	ǳӡΣУƣáϡΣ	Phosphoric acid fuel cells [PAFC] [2016.01]
H01M   8/10  \	1	1	5H126	H01M   8/10	33628	ŲǳӡΣ	Fuel cells with solid electrolytes  [2, 2016.01]
H01M   8/10 101 \	2	2	5H126	H01M   8/10	31021	ʬŲǳӡΣУţƣá	polymer electrolyte fuel cell [PEFC]
H01M   8/1004  \	2	2	5H126	H01M   8/1004	4526	ŶܹΡΣͣţϤˤħդΡʣȣͣͥˡΣ	characterised by membrane-electrode assemblies [MEA] (H01M8/12 takes precedence) [2016.01]
H01M   8/1006  \	3	3	5H126	H01M   8/1006	112	륲Ⱦ̾ޤȾΣͣţΣ	Corrugated, curved or wave-shaped MEA [2016.01]
H01M   8/1007  \	2	2	5H126	H01M   8/1007	108	ξȿʪޤϵΡʣȣͣͥˡΣ	with both reactants being gaseous or vaporised (H01M8/12 takes precedence) [2016.01]
H01M   8/1009  \	2	2	5H126	H01M   8/1009	922	ȿʪΣĤΡΤޤϱνŶ줿ΡʣȣͣͥˡΣ	with one of the reactants being liquid, solid or liquid-charged (H01M8/12 takes precedence) [2016.01]
H01M   8/1011  \	3	3	5H126	H01M   8/1011	1484	ľܥ륳ǳӡΣģƣáϡ㡥ľܥ᥿ΡǳӡΣģͣƣáϡΣ	Direct alcohol fuel cells [DAFC], e.g. direct methanol fuel cells [DMFC] [2016.01]
H01M   8/1016  \	2	2	5H126	H01M   8/1016	662	ŲˤħդΡʣȣͣͥˡΣ	characterised by the electrolyte material (H01M8/12 takes precedence) [2016.01]
H01M   8/1018  \	3	3	5H126	H01M   8/1018	561	ʬŲΣ	Polymeric electrolyte materials [2016.01]
H01M   8/102  \	4	4	5H126	H01M   8/102	107	ƳʬҤμ线βع¤ˤħդΡΣ	characterised by the chemical structure of the main chain of the ion-conducting polymer [2016.01]
H01M   8/1023  \	5	5	5H126	H01M   8/1023	1152	úǤΤߤĤΡ㡥ݥꥢ꡼󡤥ݥꥹޤϥݥ֥󥹥Σ	having only carbon, e.g. polyarylenes, polystyrenes or polybutadiene-styrenes [2016.01]
H01M   8/1025  \	5	5	5H126	H01M   8/1025	1011	úǤȻǤΤߤĤΡ㡥ݥꥨƥ롤ۥ󲽥ݥꥨƥ륨ƥ륱ȥΣӡݣУţţˡϡۥ󲽥ݥꥵå饤ɡۥ󲽥ޤϥۥ󲽥ݥꥨƥΣ	having only carbon and oxygen, e.g. polyethers, sulfonated polyetheretherketones [S-PEEK], sulfonated polysaccharides, sulfonated celluloses or sulfonated polyesters [2016.01]
H01M   8/1027  \	5	5	5H126	H01M   8/1027	1023	úǡǤ¾θҤĤΡ㡥ۥ󲽥ݥꥨƥ륹ۥΣӡݣУţӡϡΣ	having carbon, oxygen and other atoms, e.g. sulfonated polyethersulfones [S-PES] [2016.01]
H01M   8/103  \	5	5	5H126	H01M   8/103	863	ǤĤΡ㡥ۥ󲽥ݥ٥󥸥ߥΣӡݣУ£ɡϡˤݥ٥󥽥ߥ롤ۥ󲽥ݥꥢߥɡΣӡݣУϤޤϥۥ󲽥ݥۥեΣӡݣУУϡΣ	having nitrogen, e.g. sulfonated polybenzimidazoles [S-PBI], polybenzimidazoles with phosphoric acid, sulfonated polyamides [S-PA] or sulfonated polyphosphazenes [S-PPh] [2016.01]
H01M   8/1032  \	5	5	5H126	H01M   8/1032	1068	βĤΡ㡥ۥ󲽥ݥꥨƥ륹ۥΣӡݣУţӡϡΣ	having sulfur, e.g. sulfonated-polyethersulfones [S-PES] [2016.01]
H01M   8/1034  \	5	5	5H126	H01M   8/1034	115	ĤΡ㡥ۥ󲽥ݥۥեΣӡݣУУϡΣ	having phosphorus, e.g. sulfonated polyphosphazenes [S-PPh] [2016.01]
H01M   8/1037  \	5	5	5H126	H01M   8/1037	137	ǤĤΡ㡥󥯤줿ۥ󲽥ݥꥸ륷Σ	having silicon, e.g. sulfonated crosslinked polydimethylsiloxanes [2016.01]
H01M   8/1039  \	4	4	5H126	H01M   8/1039	1506	ϥ󲽤줿Ρ㡥ۥ󲽥ݥեòӥ˥ǥΣ	halogenated, e.g. sulfonated polyvinylidene fluorides [2016.01]
H01M   8/1041  \	4	4	5H126	H01M   8/1041	204	ʬŲʣʪʪޤϥ֥ɤ줿ΡΣ	Polymer electrolyte composites, mixtures or blends [2016.01]
H01M   8/1044  \	5	5	5H126	H01M   8/1044	346	ʬҤκʪξʤȤ⣱ĤϥƳǤΡΣ	Mixtures of polymers, of which at least one is ionically conductive [2016.01]
H01M   8/1046  \	5	5	5H126	H01M   8/1046	80	ʾιʬҤȣʾźúޤκʪΣ	Mixtures of at least one polymer and at least one additive [2016.01]
H01M   8/1048  \	6	6	5H126	H01M   8/1048	348	Ƴźúޡ㡥Ƴγҡإƥݥ°ޤϥݥ٥󥾥ߥȥκΣ	Ion-conducting additives, e.g. ion-conducting particles, heteropolyacids, metal phosphate or polybenzimidazole with phosphoric acid [2016.01]
H01M   8/1051  \	6	6	5H126	H01M   8/1051	444	󥤥Ƴźúޡ㡥ޡӣϢޤϣڣϢΣ	Non-ion-conducting additives, e.g. stabilisers, SiO2 or ZrO2 [2016.01]
H01M   8/1053  \	5	5	5H126	H01M   8/1053	465	ʣιʬءξʤȤ⣱ؤƳǤΡΣ	consisting of layers of polymers with at least one layer being ionically conductive [2016.01]
H01M   8/1058  \	4	4	5H126	H01M   8/1058	581	󥤥Ƴ¿ٻΤˤħդΡΣ	characterised by a porous support having no ion-conducting properties [2016.01]
H01M   8/106  \	5	5	5H126	H01M   8/106	476	¿ٻΤβˤħդΡΣ	characterised by the chemical composition of the porous support [2016.01]
H01M   8/1062  \	5	5	5H126	H01M   8/1062	337	¿ٻΤʪŪˤħդΡ㡥¿ΨޤϸߡΣ	characterised by the physical properties of the porous support, e.g. its porosity or thickness [2016.01]
H01M   8/1065  \	4	4	5H126	H01M   8/1065	203	ˤħդΡ㡥꤬ƤޤȾΤΡΣ	characterised by the form, e.g. perforated or wave-shaped [2016.01]
H01M   8/1067  \	4	4	5H126	H01M   8/1067	1155	ʪŪˤħդΡ㡥¿ΨƳΨޤϸߡΣ	characterised by their physical properties, e.g. porosity, ionic conductivity or thickness [2016.01]
H01M   8/1069  \	4	4	5H126	H01M   8/1069	679	¤ˡˤħդΡΣ	characterised by the manufacturing processes [2016.01]
H01M   8/1072  \	5	5	5H126	H01M   8/1072	744	ȿˤΡ㡥󡦥塼Źޤϥ󡦥塼ͶΣ	by chemical reactions, e.g. insitu polymerisation or insitu crosslinking [2016.01]
H01M   8/1081  \	5	5	5H126	H01M   8/1081	572	ʬҤϱաʬդޤϥ꡼鳫ϤΡΣ	starting from solutions, dispersions or slurries exclusively of polymers [2016.01]
H01M   8/1086  \	5	5	5H126	H01M   8/1086	262	ŹʳˤθΣ	After-treatment of the membrane other than by polymerisation [2016.01]
H01M   8/1088  \	6	6	5H126	H01M   8/1088	331	ؽ㡥ۥ󲽡Σ	Chemical modification, e.g. sulfonation [2016.01]
H01M   8/1097  \	2	2	5H126	H01M   8/1097	51	ٻΤŬѤǳӡ㡥ꥫľѤ줿ǳӡΣ	Fuel cells applied on a support, e.g. miniature fuel cells deposited on silica supports [2016.01]
H01M   8/12  \	2	2	5H126	H01M   8/12	11379	ⲹưΡ㡥경ڣϢĤΡΣ	operating at high temperature, e.g. with stabilised ZrO2 electrolyte  [2, 2016.01]
H01M   8/12 101 \	3	3	5H126	H01M   8/12	11726	λʪŲǳӡΣӣϣƣá	solid oxide fuel cell [SOFC]
H01M   8/12 102 \	3	3	5H126	H01M   8/12	33	ˤʬ	Classification by shapes
H01M   8/12 102 A	3	0	5H126	H01M   8/12	3628	ʿķ	Flat plate type
H01M   8/12 102 B	3	0	5H126	H01M   8/12	1937		Cylindrical type
H01M   8/12 102 C	3	0	5H126	H01M   8/12	1459	ѷ٨ʿ	Deformed cylindrical type, flat type
H01M   8/12 102 Z	3	0	5H126	H01M   8/12	199	¾Τ	Others
H01M   8/1213  \	3	3	5H126	H01M   8/1213	2003	ŶˡŲȤ߹碌ޤϻٻΤκˤħդΡΣ	characterised by the electrode/electrolyte combination or the supporting material [2016.01]
H01M   8/122  \	4	4	5H126	H01M   8/122	34	륲Ⱦ̾ޤȾΣͣţΣ	Corrugated, curved or wave-shaped MEA [2016.01]
H01M   8/1226  \	4	4	5H126	H01M   8/1226	1161	ٻؤˤħդΡΣ	characterised by the supporting layer [2016.01]
H01M   8/1231  \	3	3	5H126	H01M   8/1231	44	ξȿʪޤϵΡΣ	with both reactants being gaseous or vaporised [2016.01]
H01M   8/1233  \	3	3	5H126	H01M   8/1233	17	ȿʪΣĤΡΤޤϱνŶ줿ΡΣ	with one of the reactants being liquid, solid or liquid-charged [2016.01]
H01M   8/124  \	3	3	5H126	H01M   8/124	583	¤ˡޤŲˤħդΡΣ	characterised by the process of manufacturing or by the material of the electrolyte [2016.01]
H01M   8/1246  \	4	4	5H126	H01M   8/1246	552	ʪŲΣ	the electrolyte consisting of oxides [2016.01]
H01M   8/1253  \	5	5	5H126	H01M   8/1253	720	륳˥ޤŲΣ	the electrolyte containing zirconium oxide [2016.01]
H01M   8/126  \	5	5	5H126	H01M   8/126	413	ꥦޤŲΣ	the electrolyte containing cerium oxide [2016.01]
H01M   8/1286  \	3	3	5H126	H01M   8/1286	117	ٻΤŬѤǳӡ㡥ꥫľѤ줿ǳӡΣ	Fuel cells applied on a support, e.g. miniature fuel cells deposited on silica supports [2016.01]
H01M   8/14  \	1	1	5H126	H01M   8/14	661	ͻŲǳӡΣ	Fuel cells with fused electrolytes [2]
H01M   8/16  \	1	1	5H126	H01M   8/16	855	ǳӡʤʪޤȤƺѤӡΣ	Biochemical fuel cells, i.e. cells in which micro-organisms function as catalysts [2]
H01M   8/18  \	1	1	5H126	H01M   8/18	2401	ǳӡ㡥ɥåեӤޤǳӡΣ	Regenerative fuel cells [2]
H01M   8/20  \	1	1	5H126	H01M   8/20	87	ܷǳӡ㡥ɥåФԲĵդǳӡʣȣͣͥˡΣ	Indirect fuel cells, e.g. redox cells (H01M 8/18 takes precedence) [2]
H01M   8/22  \	1	1	5H126	H01M   8/22	314	úǡǤޤϿǤȤʳθǤȤʤʪǳȤƻѤǳӡúǡǤӿǰʳθǤΤߤʤʪǳȤƻѤǳӡΣ	Fuel cells in which the fuel is based on materials comprising carbon or oxygen or hydrogen and other elements; Fuel cells in which the fuel is based on materials comprising only elements other than carbon, oxygen or hydrogen [2]
H01M   8/22 101 \	2	2	5H126	H01M   8/22	215	륫°ޥ륬Ѥ	using alkali metal amalgams
H01M   8/24  \	1	1	5H126	H01M   8/24	7174	ǳӤν粽㡥ǳӤءΣ	Grouping of fuel cells, e.g. stacking of fuel cells  [2, 2016.01]
H01M   8/2404  \	2	2	5H126	H01M   8/2404	902	ǳӤ򽸹粽ˡޤ֡Σ	Processes or apparatus for grouping fuel cells [2016.01]
H01M   8/241  \	2	2	5H126	H01M   8/241	148	Τޤϥޥȥꥯ˻ٻ줿ŲΣ	with solid or matrix-supported electrolytes [2016.01]
H01M   8/2418  \	3	3	5H126	H01M   8/2418	326	ʿ̤˥˥åȥ֤뤳Ȥˤ뽸粽ʣȣͣȣͣͥˡΣ	Grouping by arranging unit cells in a plane (H01M8/2425, H01M8/244 take precedence) [2016.01]
H01M   8/242  \	3	3	5H126	H01M   8/242	129	դŶˤޤȾΥåȤ𤷤ƽ粽ΡʣȣͣȣͣͥˡΣ	comprising framed electrodes or intermediary frame-like gaskets (H01M8/2425, H01M8/244 take precedence) [2016.01]
H01M   8/2425  \	3	3	5H126	H01M   8/2425	101	ŲĹⲹӡΣ	High-temperature cells with solid electrolytes [2016.01]
H01M   8/2428  \	4	4	5H126	H01M   8/2428	413	ʤ̾˥˥åȥ֤뤳Ȥˤ뽸粽㡥ʿĤޤϴɾΣ	Grouping by arranging unit cells on a surface of any form, e.g. planar or tubular [2016.01]
H01M   8/243  \	4	4	5H126	H01M   8/243	677	ɤޤϱΥ˥åȥ򽸹粽Σ	Grouping of unit cells of tubular or cylindrical configuration [2016.01]
H01M   8/2432  \	4	4	5H126	H01M   8/2432	586	ʿķΥ˥åȥ򽸹粽Σ	Grouping of unit cells of planar configuration [2016.01]
H01M   8/2435  \	4	4	5H126	H01M   8/2435	22	Υꥷå¤㡥ϥ˥Σ	with monolithic core structure, e.g. honeycombs [2016.01]
H01M   8/244  \	3	3	5H126	H01M   8/244	5	ޥȥꥯ˻ٻ줿ͻŲΣ	with matrix-supported molten electrolyte [2016.01]
H01M   8/2455  \	2	2	5H126	H01M   8/2455	196	ΡΤޤŲŶ줿ȿʪΣ	with liquid, solid or electrolyte-charged reactants [2016.01]
H01M   8/2457  \	2	2	5H126	H01M   8/2457	47	ξȿʪޤϵΡΣ	with both reactants being gaseous or vaporised [2016.01]
H01M   8/2465  \	2	2	5H126	H01M   8/2465	2798	ǳӤν粽κΣ	Details of groupings of fuel cells [2016.01]
H01M   8/247  \	3	3	5H126	H01M   8/247	1653	å뤹ޤϼʡå򥿥󥯤Ŭޤϰۤʤ륿󥯤򽸹粽ޤϼʡΣ	Arrangements for tightening a stack, for accommodation of a stack in a tank or for assembling different tanks
H01M   8/2475  \	4	4	5H126	H01M   8/2475	2750	ǳӥåʤΡޤϥƥʡΣ	Enclosures, casings or containers of fuel cell stacks [2016.01]
H01M   8/248  \	4	4	5H126	H01M   8/248	993	ǳӥåðʡΣ	Means for compression of the fuel cell stacks [2016.01]
H01M   8/2483  \	3	3	5H126	H01M   8/2483	1764	ޥ˥ۡɤˤħդΡΣ	characterised by internal manifolds [2016.01]
H01M   8/2484  \	3	3	5H126	H01M   8/2484	1865	ޥ˥ۡɤˤħդΡΣ	characterised by external manifolds [2016.01]
H01M   8/2485  \	4	4	5H126	H01M   8/2485	857	ޥ˥ۡɤߤޤϼʡåμϤ˳ޥ˥ۡɤդޤϼʡΣ	Arrangements for sealing external manifolds; Arrangements for mounting external manifolds around a stack [2016.01]
H01M   8/249  \	2	2	5H126	H01M   8/249	888	ʾν粽ǳӤ鹽Ρ㡥⥸塼Σ	comprising two or more groupings of fuel cells, e.g. modular assemblies [2016.01]
H01M   8/2495  \	3	3	5H126	H01M   8/2495	59	ۤʤǳӤν粽Σ	of fuel cells of different types [2016.01]
H01M  10/00  \	0	0	5H028	H01M  10/00	194	ӡ¤Σ	Secondary cells; Manufacture thereof [2]
H01M  10/02  \	1	1	5H028	H01M  10/02	154	Ŷˤκȣͣȯǰʳʬι¤κȣͣˡΣ	Details (of electrodes H01M 4/00, of non-active parts H01M 50/00) [2, 2006.01]
H01M  10/04  \	1	1	5H028	H01M  10/04	79	¤ޤ¤̡ʣȣͣȣͣȣͣȣͣͥˡΣ	Construction or manufacture in general (H01M 10/12, H01M 10/28, H01M 10/38 take precedence) [2]
H01M  10/04  W	1	0	5H028	H01M  10/04	4704	Ŷ˷ˤ	by spiral electrode groups
H01M  10/04  Z	1	0	5H028	H01M  10/04	8235	¾Τ	Others
H01M  10/05  \	1	1	5H029	H01M  10/05	732	ŲӡʣȣͣͥˡΣ	Accumulators with non-aqueous electrolyte (H01M 10/39&nbsp;takes precedence) [2010.01]
H01M  10/052  \	2	2	5H029	H01M  10/052	28871	ӡΣ	Li-accumulators [2010.01]
H01M  10/0525  \	3	3	5H029	H01M  10/0525	8569	å󥰥ӡʤξŶˤǥȼΡ।ӡΣ	Rocking-chair batteries, i.e. batteries with lithium insertion or intercalation in both electrodes; Lithium-ion batteries [2010.01]
H01M  10/054  \	2	2	5H029	H01M  10/054	2410	ʳζ°㡥ޥͥޤϥߥ˥ࡡȼӡΣ	Accumulators with insertion or intercalation of metals other than lithium, e.g. with magnesium or aluminium [2010.01]
H01M  10/056  \	2	2	5H029	H01M  10/056	710	ŲκħΡ㡥̵ŲͭŲκΣ	characterised by the materials used as electrolytes, e.g. mixed inorganic/organic electrolytes [2010.01]
H01M  10/0561  \	3	3	5H029	H01M  10/0561	28	̵ʪΤߤʤŲΣ	the electrolyte being constituted of inorganic materials only [2010.01]
H01M  10/0562  \	4	4	5H029	H01M  10/0562	10230	ΡΣ	Solid materials [2010.01]
H01M  10/0563  \	4	4	5H029	H01M  10/0563	125	Ρ㡥̣ݣӣϣã죲ӡΣ	Liquid materials, e.g. for Li-SOCl<sub>2</sub> cells [2010.01]
H01M  10/0564  \	3	3	5H029	H01M  10/0564	111	ͭʪΤߤʤŲΣ	the electrolyte being constituted of organic materials only [2010.01]
H01M  10/0565  \	4	4	5H029	H01M  10/0565	6616	ݥޡ㡥륿פޤϸΥסΣ	Polymeric materials, e.g. gel-type or solid-type [2010.01]
H01M  10/0566  \	4	4	5H029	H01M  10/0566	10520	ΡΣ	Liquid materials [2010.01]
H01M  10/0567  \	5	5	5H029	H01M  10/0567	8746	źúޤħΡΣ	characterised by the additives [2010.01]
H01M  10/0568  \	5	5	5H029	H01M  10/0568	8079	ϼħΡΣ	characterised by the solutes [2010.01]
H01M  10/0569  \	5	5	5H029	H01M  10/0569	8661	ޤħΡΣ	characterised by the solvents [2010.01]
H01M  10/058  \	2	2	5H029	H01M  10/058	9966	¤ޤ¤Σ	Construction or manufacture [2010.01]
H01M  10/0583  \	3	3	5H029	H01M  10/0583	686	ޤޤ줿Ŷˤޤϥѥ졼̴󤵤줿Τ͡㡥ڷŶˤޤϥѥ졼ͭӡΣ	of accumulators with folded construction elements except wound ones, i.e. folded positive or negative electrodes or separators, e.g. with &#x2018;&#x2019;Z&#x2019;&#x2019;-shaped electrodes or separators [2010.01]
H01M  10/0585  \	3	3	5H029	H01M  10/0585	9082	ľŶˤͭӡΣ	of accumulators having only flat construction elements, i.e. flat positive electrodes, flat negative electrodes and flat separators [2010.01]
H01M  10/0587  \	3	3	5H029	H01M  10/0587	6735	󤵤줿Ŷ˵ڤӥѥ졼ͭӡΣ	of accumulators having only wound construction elements, i.e. wound positive electrodes, wound negative electrodes and wound separators [2010.01]
H01M  10/06  \	1	1	5H028	H01M  10/06	14	ݻӡʰŶˤ˱ѤӣȣͣˡΣ	Lead-acid accumulators (semi-lead accumulators H01M 10/20) [2]
H01M  10/06  L	1	0	5H028	H01M  10/06	546	Ĥޤ϶ķŲդȹ礻	Combination with electrodes or electrode and electrolyte
H01M  10/06  Z	1	0	5H028	H01M  10/06	1065	¾Τ	Others
H01M  10/08  \	2	2	5H028	H01M  10/08	613	ŲդΣ	Selection of materials as electrolytes [2]
H01M  10/10  \	3	3	5H028	H01M  10/10	11	ŲդήưΣ	Immobilising of electrolyte [2]
H01M  10/10  G	3	0	5H028	H01M  10/10	450	벽ˤΡ̥ꥫʴΤˤΤޤ	by gelling (including by powders such as silica)
H01M  10/10  Z	3	0	5H028	H01M  10/10	294	¾ΤΡ̥ơݥʤˤΡ¾	Others (by retainers, others)
H01M  10/12  \	2	2	5H028	H01M  10/12	26	¤ޤ¤Σ	Construction or manufacture [2]
H01M  10/12  K	2	0	5H028	H01M  10/12	1605	ķˤȹ礻ڤӤȥѥݥΥĤȹ礻ͤη¤	Shapes or structures of a group of electrodes (combinations of anode and cathodes, and separators)
H01M  10/12  M	2	0	5H028	H01M  10/12	627	ˡޤ	Methods or arrangements
H01M  10/12  Z	2	0	5H028	H01M  10/12	902	¾Τ	Others
H01M  10/14  \	3	3	5H028	H01M  10/14	7	ķޤϳΥķΩơΣ	Assembling a group of electrodes or separators [2]
H01M  10/14  E	3	0	5H028	H01M  10/14	183	¤	production arrangements
H01M  10/14  S	3	0	5H028	H01M  10/14	212	ðβΩ	Pressurising; integrated assembling
H01M  10/14  Z	3	0	5H028	H01M  10/14	343	¾Τ	Others
H01M  10/16  \	3	3	5H028	H01M  10/16	4	˱Ĥޤ϶ķηͤޤϻٻΣ	Suspending or supporting electrodes or groups of electrodes in the case [2]
H01M  10/16  R	3	0	5H028	H01M  10/16	272	ȡ­ˤٻ	Supporting at saddle or electrode leg
H01M  10/16  S	3	0	5H028	H01M  10/16	205	¦βðˤݻ	Supporting by pressuring from sideways
H01M  10/16  Z	3	0	5H028	H01M  10/16	313	¾̷͡ˤΡɻ	Others (by suspension or pressing, prevention of floating)
H01M  10/18  \	2	2	5H028	H01M  10/18	266	жŶˤĤΡΣ	with bipolar electrodes [2]
H01M  10/20  \	1	1	5H028	H01M  10/20	43	ݣӡʤŶˤΤߤ˱ޤӡΣ	Semi-lead accumulators, i.e. accumulators in which only one electrode contains lead [2]
H01M  10/22  \	2	2	5H028	H01M  10/22	5	ŲդΣ	Selection of materials as electrolytes [2]
H01M  10/24  \	1	1	5H028	H01M  10/24	818	륫ӡΣ	Alkaline accumulators [2]
H01M  10/26  \	2	2	5H028	H01M  10/26	530	ŲդΣ	Selection of materials as electrolytes [2]
H01M  10/28  \	2	2	5H028	H01M  10/28	45	¤ޤ¤Σ	Construction or manufacture [2]
H01M  10/28  A	2	0	5H028	H01M  10/28	810	Ŷ	Eddy electrodes
H01M  10/28  Z	2	0	5H028	H01M  10/28	1206	¾Τ	Others
H01M  10/30  \	2	2	5H028	H01M  10/30	53	˥åӡʣȣͣͥˡΣ	Nickel accumulators (H01M 10/34 takes precedence) [2]
H01M  10/30  A	2	0	5H028	H01M  10/30	468	Ųդ	Selection of materials as electrolytes
H01M  10/30  Z	2	0	5H028	H01M  10/30	2693	¾Τ	Others
H01M  10/32  \	2	2	5H028	H01M  10/32	7	ӡʣȣͣͥˡΣ	Silver accumulators (H01M 10/34 takes precedence) [2]
H01M  10/32  A	2	0	5H028	H01M  10/32	22	Ųդ	Selection of materials as electrolytes
H01M  10/32  Z	2	0	5H028	H01M  10/32	103	¾Τ	Others
H01M  10/34  \	1	1	5H028	H01M  10/34	896	̩ķӡΣ	Gastight accumulators [2]
H01M  10/36  \	1	1	5H029	H01M  10/36	21	ȣͣȣͣʬवʤӡΣ	Accumulators not provided for in groups H01M 10/05-H01M 10/34 [2,2010.01]
H01M  10/36  A	1	0	5H029	H01M  10/36	787	ŲաŲͤ˴ؤ	related to electrolytic solutions (electrolytes)
H01M  10/36  Z	1	0	5H029	H01M  10/36	426	¾Τ	Others
H01M  10/38  \	2	2	5H029	H01M  10/38	255	¤ޤ¤Σ	Construction or manufacture [2]
H01M  10/39  \	2	2	5H029	H01M  10/39	239	ⲹ٤ưΡΣ	working at high temperature [2]
H01M  10/39  A	2	0	5H029	H01M  10/39	458	Ų˴ؤ	related to solid electrolytes
H01M  10/39  B	2	0	5H029	H01M  10/39	333	Ŷ˽ΡƳޡͤ˴ؤ	related to electrode aggregates (conductors)
H01M  10/39  C	2	0	5H029	H01M  10/39	387	ưĴ	operating,  adjusting temperatures
H01M  10/39  D	2	0	5H029	H01M  10/39	364	ͻŲĤ	with molten salt electrolytes
H01M  10/39  Z	2	0	5H029	H01M  10/39	1419	¾Τ	Others
H01M  10/42  \	1	1	5H030	H01M  10/42	39	ӤޤȾӤνޤݼΤˡޤ֡ʣȣͣͥˡΣ	Methods or arrangements for servicing or maintenance of secondary cells or secondary half-cells () [2]
H01M  10/42  A	1	0	5H030	H01M  10/42	531	ӤưΤޤӤư뤿ˡޤ	Moving cells or method or means for moving cells
H01M  10/42  P	1	0	5H030	H01M  10/42	4823	ޤݼΤβϩӲϩ	Circuits and circuit arrangements for repairs or maintenance
H01M  10/42  Z	1	0	5H030	H01M  10/42	1007	¾Τ	Others
H01M  10/44  \	2	2	5H030	H01M  10/44	125	ŤޤŤΤˡʽŲϩȣʣˡΣ	Methods for charging or discharging (circuits for charging H02J 7/00) [2]
H01M  10/44  P	2	0	5H030	H01M  10/44	11727	ŲϩڤӲϩ	Charging and discharging circuits or circuit arrangements
H01M  10/44  A	2	0	5H030	H01M  10/44	2962	Ťˡ	Charging methods
H01M  10/44  Q	2	1	5H030	H01M  10/44	7497	ŲϩڤӲϩ	Charging circuits or circuit arrangements
H01M  10/44  Z	2	0	5H030	H01M  10/44	1122	¾Τ	Others
H01M  10/44 101 \	3	3	5H030	H01M  10/44	1388	ŵ̤θΤˤ	by detecting non-electric amount
H01M  10/44 102 \	3	3	5H030	H01M  10/44	11	ŪޤϲŪˡˤ	by mechanical or chemical methods
H01M  10/44 102 A	3	0	5H030	H01M  10/44	94	°ŶˤȥϥŶˤĤ	with metal and halogen electrodes
H01M  10/44 102 B	3	0	5H030	H01M  10/44	178	°ŶˤȻŶˤĤ	with metal and oxygen electrodes
H01M  10/44 102 Z	3	0	5H030	H01M  10/44	99	¾Τ	Others
H01M  10/46  \	2	2	5H030	H01M  10/46	4196	֤ȹ¤Ū˷礷ӡʽŲϩȣʣˡΣ	Accumulators structurally combined with charging apparatus (circuits for charging H02J 7/00) [2]
H01M  10/46 101 \	3	3	5H030	H01M  10/46	1142	ťץ饰ʬ	Charging plugs
H01M  10/48  \	2	2	5H030	H01M  10/48	60	֡㡥Ųդαհ̤ޤ̩١¬ꡤޤϻؼΤ֤ȷ礷ӡӤޤϥХåƥ꡼ξ֤򸡽Ф뤿Ͷ³ικ㡥ŰüҤι¤κȣͣˡΣ	Accumulators combined with arrangements for measuring, testing or indicating the condition of cells, e.g. the level or density of the electrolyte (constructional details of current conducting connections for detecting conditions inside cells or batteries, e.g. details of voltage sensing terminals, H01M 50/569) [2, 2006.01]
H01M  10/48  A	2	0	5H030	H01M  10/48	750	ӤǤξ̣֡ŸʤΡ	Conditions of cell elements (those not assigned to 101, 102 or 301)
H01M  10/48  P	2	0	5H030	H01M  10/48	21215	ŵŪ֤¬ꡤޤϻؼ	Arrangements for measuring, testing or indicating electric conditions
H01M  10/48  Z	2	0	5H030	H01M  10/48	1069	¾Τ	Others
H01M  10/48 101 \	3	3	5H030	H01M  10/48	953	Ųդο̤ޤ̩٤ξ	Electrolyte levels or densities
H01M  10/48 102 \	4	4	5H030	H01M  10/48	492	Ųդ̩٤ξ	Electrolyte densities
H01M  10/48 301 \	3	3	5H030	H01M  10/48	6989	١Ϥξ	Temperature of pressure conditions
H01M  10/52  \	2	2	5H031	H01M  10/52	175	ǤΥ㡥ۼˤΡʥӵưפˤ뤿֣ȣͣˡΣ	Removing gases inside the secondary cell, e.g. by absorption (vent plugs or other mechanical arrangements for facilitating escape of gases H01M 50/30) [2, 2006.01]
H01M  10/52 101 \	3	3	5H031	H01M  10/52	672	ޤˤ	by catalysts
H01M  10/52 102 \	3	3	5H031	H01M  10/52	354	軰Ŷˤˤ	by third electrodes
H01M  10/52 103 \	3	3	5H031	H01M  10/52	310	ŶˤǤεۼˤ	by absorbing with electrodes
H01M  10/54  \	1	1	5H031	H01M  10/54	2080	ϷಽӤͭѤʤκΣ	Reclaiming serviceable parts of waste accumulators [2]
H01M  10/60  \	1	1	5H031	H01M  10/60	58	ǮޤѡΣ	Heating or cooling; Temperature control
H01M  10/61  \	2	2	5H031	H01M  10/61	13	μΣ	Types of temperature control
H01M  10/613  \	3	3	5H031	H01M  10/613	10467	Ѥޤ㲹֤ΰݻΣ	Cooling or keeping cold
H01M  10/615  \	3	3	5H031	H01M  10/615	3313	ǮޤϹⲹ֤ΰݻΣ	Heating or keeping warm
H01M  10/617  \	3	3	5H031	H01M  10/617	2219	Ѱޤ˾ޤʬۤã뤿ΤΡΣ	for achieving uniformity or desired distribution of temperature
H01M  10/62  \	2	2	5H031	H01M  10/62	47	ӤäŬΡΣ	specially adapted for specific applications
H01M  10/623  \	3	3	5H031	H01M  10/623	415	ӵ㡥á顤ޤϥڡ᡼Σ	Portable devices, e.g. mobile telephones, cameras or pacemakers
H01M  10/6235  \	4	4	5H031	H01M  10/6235	285	ưΣ	Power tools
H01M  10/625  \	3	3	5H031	H01M  10/625	8374	ʪΣ	Vehicles
H01M  10/627  \	3	3	5H031	H01M  10/627	818	㡥ȯťץȤΥХåե֤ޤͽŸ֡Σ	Stationary installations, e.g. power plant buffering or backup power supplies
H01M  10/63  \	2	2	5H031	H01M  10/63	35	楷ƥʲ¬ȣͣ٤˱ƽŤޤŤΣȣͣˡΣ	Control systems (measurement of temperature H01M 10/48; charging or discharging in response to temperature H01M 10/44)
H01M  10/633  \	3	3	5H031	H01M  10/633	2731	르ꥺࡤե㡼ȡեȥξܺ١ޤλħΡΣ	characterised by algorithms, flow charts, software details or the like
H01M  10/635  \	3	3	5H031	H01M  10/635	448	Ϥβ٤˴ŤΡΣ	based on ambient temperature
H01M  10/637  \	3	3	5H031	H01M  10/637	637	ĵŪٴ֤λѤħΡ㡥ΣԣáУԣáޤϥХ᥿֡ӤήήħΡ㡥å󥰤ˤʸѤޤϸŤɻߤ֤ĤΣȣͣˡΣ	characterised by the use of reversible temperature-sensitive devices, e.g. NTC, PTC or bimetal devices; characterised by control of the internal current flowing through the cells, e.g. by switching (means for preventing undesired use or discharge H01M 50/572) [2014.01]
H01M  10/64  \	2	2	5H031	H01M  10/64	14	ηħΡΣ	characterised by the shape of the cells
H01M  10/643  \	3	3	5H031	H01M  10/643	1618	ΥΣ	Cylindrical cells
H01M  10/647  \	3	3	5H031	H01M  10/647	4468	ޤʿľΥ롤㡥ѥΣ	Prismatic or flat cells, e.g. pouch cells
H01M  10/65  \	2	2	5H031	H01M  10/65	11	ȹ¤Ū˴Ϣ벹ΤμʡΣ	Means for temperature control structurally associated with the cells
H01M  10/651  \	3	3	5H031	H01M  10/651	1689	ͤޤϿˤꤵ줿ѥ᡼ħΡ㡥Ψޤǻ١Σ	characterised by parameters specified by a numeric value or mathematical formula, e.g. ratios, sizes or concentrations
H01M  10/652  \	4	4	5H031	H01M  10/652	442	ۤħĤΡ˾ޤ٤θۤãȣͣˡΣ	characterised by gradients (for achieving a desired temperature gradient H01M 10/617)
H01M  10/653  \	3	3	5H031	H01M  10/653	2008	ŵ魯ޤǮƳǺħΡΣ	characterised by electrically insulating or thermally conductive materials
H01M  10/654  \	3	3	5H031	H01M  10/654	335	κ¦ˤΡ㡥ŶˡޤŲΣ	located inside the innermost case of the cells, e.g. mandrels, electrodes or electrolytes
H01M  10/655  \	3	3	5H031	H01M  10/655	325	Ǯ򴹤ޤǮƳΤθι¤ʪΣ	Solid structures for heat exchange or heat conduction
H01M  10/6551  \	4	4	5H031	H01M  10/6551	1574	ǮФޤǮͤΤäŬɽ̡㡥եޤʤΣ	Surfaces specially adapted for heat dissipation or radiation, e.g. fins or coatings
H01M  10/6552  \	4	4	5H031	H01M  10/6552	377	ǮƳޤžܤˤǮĴɡ㡥ҡȥѥסΣ	Closed pipes transferring heat by thermal conductivity or phase transition, e.g. heat pipes
H01M  10/6553  \	4	4	5H031	H01M  10/6553	449	üҤޤƳΣ	Terminals or leads
H01M  10/6554  \	4	4	5H031	H01M  10/6554	1845	ޤġΣ	Rods or plates
H01M  10/6555  \	5	5	5H031	H01M  10/6555	1377	ȥδ֤֤ΡΣ	arranged between the cells
H01M  10/6556  \	4	4	5H031	H01M  10/6556	4053	Ǯ򴹤ΤήϩޤϴɤʡĴɣȣͣˡΣ	Solid parts with flow channel passages or pipes for heat exchange (closed pipes H01M 10/6552)
H01M  10/6557  \	5	5	5H031	H01M  10/6557	1533	ȥδ֤֤ΡΣ	arranged between the cells
H01M  10/656  \	3	3	5H031	H01M  10/656	18	ǮήΤμħΡΣ	characterised by the type of heat-exchange fluid
H01M  10/6561  \	4	4	5H031	H01M  10/6561	761	ΡΣ	Gases
H01M  10/6562  \	5	5	5H031	H01M  10/6562	337	ήΤߤˤ꼫ͳήưΡΣ	with free flow by convection only
H01M  10/6563  \	5	5	5H031	H01M  10/6563	3585	ήưΡ㡥ˤΣ	with forced flow, e.g. by blowers
H01M  10/6564  \	6	6	5H031	H01M  10/6564	45	̵ΤѤΡΣ	using compressed gas
H01M  10/6565  \	6	6	5H031	H01M  10/6565	424	ήϩƽ۴Ĥޤϣե󤹤ʤΡΣ	with recirculation or U-turn in the flow path, i.e. back and forth
H01M  10/6566  \	5	5	5H031	H01M  10/6566	1109	ĤޤʣΥμϤή줬̲᤹褦ͶƳ뤿ˡΤή֤ʡ㡥¿ɡή˻ġޤ¾ξ㳲ʪʣȣͣͥˡΣ	Means within the gas flow to guide the flow around one or more cells, e.g. manifolds, baffles or other barriers (H01M 10/6565takes precedence);;
H01M  10/6567  \	4	4	5H031	H01M  10/6567	1121	ΡΣ	Liquids
H01M  10/6568  \	5	5	5H031	H01M  10/6568	2069	ήηϩħΡ㡥ޤϥ륱γ¸ߤ롼סΣ	characterised by flow circuits, e.g. loops, located externally to the cells or cell casings
H01M  10/6569  \	4	4	5H031	H01M  10/6569	702	ΡݵΤѲޤžܤ򵯤ήΡ㡥ȯޤ϶Ž̡ʥҡȥѥףȣͣˡΣ	Fluids undergoing a liquid-gas phase change or transition, e.g. evaporation or condensation (heat pipes H01M 10/6552)
H01M  10/657  \	3	3	5H031	H01M  10/657	86	ŵŪޤżŪʼʤˤΣ	by electric or electromagnetic means
H01M  10/6571  \	4	4	5H031	H01M  10/6571	1311	񹳲ǮҡήФ񹳤ѤƥХåƥ꡼Ǯ֣ȣͣˡΣ	Resistive heaters (arrangements for heating the battery by its resistance to the internal current H01M 10/637)
H01M  10/6572  \	4	4	5H031	H01M  10/6572	293	ڥǻҤޤǮ֡Σ	Peltier elements or thermoelectric devices
H01M  10/658  \	3	3	5H031	H01M  10/658	1773	ǮμǤޤϼäˤΣ	by thermal insulation or shielding
H01M  10/659  \	3	3	5H031	H01M  10/659	381	ǮѤޤϴ˾פˤ롤㡥Ǯ̡ޤϱΡݸΤѲ⤷žܡΣ	by heat storage or buffering, e.g. heat capacity or liquid-solid phase changes or transition
H01M  10/6595  \	3	3	5H031	H01M  10/6595	92	ŵȿʳβȿˤ롤㡥ޥҡޤϥСʡΣ	by chemical reactions other than electrochemical reactions of the cells, e.g. catalytic heaters or burners
H01M  10/66  \	2	2	5H031	H01M  10/66	107	¾ΥƥȤδ֤Ǯ򴹡㡥ȥҡƥ󥰥ƥޤǳӡΣ	Heat-exchange relationships between the cells and other systems, e.g. central heating systems or fuel cells
H01M  10/663  \	3	3	5H031	H01M  10/663	826	¾Υƥबޤϥ󥸥ǤΡΣ	the system being an air-conditioner or an engine
H01M  10/667  \	3	3	5H031	H01M  10/667	205	¾ΥƥबŻʤǤΡ㡥ãУաСޤϥѥΣ	the system being an electronic component, e.g. a CPU, an inverter or a capacitor
H01M  12/00  \	0	0	5H032	H01M  12/00	2	ӡ¤ʥϥ֥åɥǥ󥵣ȣǣˡΣ	Hybrid cells; Manufacture thereof [2]
H01M  12/02  \	1	1	5H032	H01M  12/02	5	Ŷˤκȣͣȯǰʳʬι¤κȣͣˡΣ	Details (of electrodes H01M 4/00, of non-active parts H01M 50/00) [2, 2006.01]
H01M  12/04  \	1	1	5H032	H01M  12/04	12	ǳӷȾӤȰ켡ӷȾӤȤʤΡΣ	composed of a half-cell of the fuel-cell type and of a half-cell of the primary-cell type (methods or arrangements for servicing or maintenance H01M 6/50) [2]
H01M  12/06  \	2	2	5H032	H01M  12/06	24	°ŶˤȵŶˤȤĤΡΣ	with one metallic and one gaseous electrode [2]
H01M  12/06  A	2	0	5H032	H01M  12/06	534	塤ǼƴħΤ	characterised by cases or accommodating containers
H01M  12/06  B	2	1	5H032	H01M  12/06	496	ϩη¤֡ȯΤΤΤޤ	Shapes, structures or arrangements of gas passages (including those for generated gases)
H01M  12/06  C	2	2	5H032	H01M  12/06	56	ѤĴ	Adjusting opening areas
H01M  12/06  D	2	0	5H032	H01M  12/06	613	°ŶˤħΤ	characterised by metal electrodes
H01M  12/06  E	2	1	5H032	H01M  12/06	171	򴹼ŶˤĤ	with replacement electrodes
H01M  12/06  F	2	0	5H032	H01M  12/06	1190	ŶˤħΤ	characterised by gas electrodes
H01M  12/06  G	2	0	5H032	H01M  12/06	521	ŲդħΤ	characterised by electrolytes
H01M  12/06  H	2	1	5H032	H01M  12/06	124	ʤͭ	with regenerating means
H01M  12/06  J	2	0	5H032	H01M  12/06	251	ݶ°ӡ̳ӡռӡ	Air-meal sea-water cells (differed cells, injected cells)
H01M  12/06  Z	2	0	5H032	H01M  12/06	470	¾	Others
H01M  12/08  \	1	1	5H032	H01M  12/08	14	ǳӷȾӤӷȾӤȤʤΡΣ	composed of a half-cell of a fuel-cell type and a half-cell of the secondary-cell type (methods or arrangements for servicing or maintenance, e.g. for charging, H01M 10/42) [2]
H01M  12/08  H	1	0	5H032	H01M  12/08	330	ϥǳȤ	Halogen used as a fuel
H01M  12/08  A	1	1	5H032	H01M  12/08	196	ŶˤħΤ	characterised by electrodes
H01M  12/08  B	1	2	5H032	H01M  12/08	82	ХݡݥŶˡжŶ	Bipolar or twin electrodes
H01M  12/08  C	1	1	5H032	H01M  12/08	553	ǤѤ	using bromine
H01M  12/08  K	1	0	5H032	H01M  12/08	2112	ǡ̶ͤǳȤ	Oxygen (air ) used as a fuel
H01M  12/08  S	1	0	5H032	H01M  12/08	133	ǤǳȤ	Hydrogen used as a fuel
H01M  12/08  Z	1	0	5H032	H01M  12/08	130	¾Τ	Others
H01M  14/00  \	0	0	5H032	H01M  14/00	24	ȣͣȣͣʬवʤŵŪήޤŰȯ֡¤Σ	Electrochemical current or voltage generators not provided for in groups ; H01M  6/00-H01M 12/00; Manufacture thereof
H01M  14/00  P	0	0	5H032	H01M  14/00	5549	ʪβŪѲȼ	Photo cells involving chemical changes in substances
H01M  14/00  Z	0	0	5H032	H01M  14/00	342	¾Τ	Others
H01M  16/00  \	0	0	5H032	H01M  16/00	198	ۤʤ뷿ŵŪȯ֤ι¤ŪȤ߹礻Σ	Structural combinations of different types of electrochemical generators [2]
H01M  50/00  \	0	0	5H011	H01M  50/00	0	ǳӰʳŵŪӡ㡥ӡȯǰʳʬι¤κޤϤ¤ˡΣ	Constructional details or processes of manufacture of the non-active parts of electrochemical cells other than fuel cells, e.g. hybrid cells [2021.01]
H01M  50/10  \	1	1	5H011	H01M  50/10	95	켡ޤΣ	Primary casings; Jackets or wrappings [2021.01]
H01M  50/102  \	2	2	5H011	H01M  50/102	240	ޤʪŪ¤ħΡΣ	characterised by their shape or physical structure [2021.01]
H01M  50/102 101 \	3	3	5H011	H01M  50/102	62	֥ޤϥ塼ַʣȣͣȣͣͥˡΣ	Cable-shaped or tube-shaped (takes precedence over H01M50/103, H01M50/107) [2021.01]
H01M  50/103  \	3	3	5H011	H01M  50/103	5214	ޤϳѷʣȣͣȣͣͥˡΣ	prismatic or rectangular (H01M 50/109, H01M 50/11 take precedence) [2021.01]
H01M  50/105  \	3	3	5H011	H01M  50/105	6744	ѥޤϥե쥭֥ХåΣ	Pouches or flexible bags [2021.01]
H01M  50/107  \	3	3	5H011	H01M  50/107	3356	̡㡥߷ޤʱ߷ͭΡʣȣͣȣͣȣͣͥˡΣ	having curved cross-section, e.g. round or elliptic (H01M 50/103, H01M 50/109, H01M 50/11 take precedence) [2021.01]
H01M  50/109  \	3	3	5H011	H01M  50/109	969	ܥޤϥΣ	of button or coin shape [2021.01]
H01M  50/11  \	3	3	5H011	H01M  50/11	296	å׹¤ͭΡ㡥å׾˰β줿ޥӡΣ	having a chip structure, e.g. micro-sized batteries integrated on chips [2021.01]
H01M  50/112  \	3	3	5H011	H01M  50/112	464	ʣζޤΥ֥å¤ΤΡΣ	Monobloc comprising multiple compartments [2021.01]
H01M  50/114  \	4	4	5H011	H01M  50/114	505	ӤäŬΡΣ	specially adapted for lead-acid cells [2021.01]
H01M  50/116  \	2	2	5H011	H01M  50/116	46	ħΡΣ	characterised by the material [2021.01]
H01M  50/117  \	3	3	5H011	H01M  50/117	866	̵Σ	Inorganic material [2021.01]
H01M  50/119  \	4	4	5H011	H01M  50/119	5799	°Σ	Metals [2021.01]
H01M  50/121  \	3	3	5H011	H01M  50/121	5007	ͭΣ	Organic material [2021.01]
H01M  50/122  \	3	3	5H011	H01M  50/122	426	̵ͭκʪʤʣΣ	Composite material consisting of a mixture of organic and inorganic materials [2021.01]
H01M  50/124  \	3	3	5H011	H01M  50/124	2505	ع¤ͭΡΣ	having a layered structure [2021.01]
H01M  50/126  \	4	4	5H011	H01M  50/126	331	ذʾؤͭΡΣ	comprising three or more layers [2021.01]
H01M  50/128  \	5	5	5H011	H01M  50/128	498	̵ΤߤʤذʾؤͭΡΣ	with two or more layers of only inorganic material [2021.01]
H01M  50/129  \	5	5	5H011	H01M  50/129	2538	ͭΤߤʤذʾؤͭΡΣ	with two or more layers of only organic material [2021.01]
H01M  50/131  \	2	2	5H011	H01M  50/131	2298	ʪŪħΡ㡥Ʃ礭ޤǮΣ	characterised by physical properties, e.g. gas permeability, size or heat resistance [2021.01]
H01M  50/133  \	3	3	5H011	H01M  50/133	1881	Σ	Thickness [2021.01]
H01M  50/134  \	3	3	5H011	H01M  50/134	216	ŤΣ	Hardness [2021.01]
H01M  50/136  \	3	3	5H011	H01M  50/136	281	ޤ޾߲ǽʤΡΣ	Flexibility or foldability [2021.01]
H01M  50/138  \	2	2	5H011	H01M  50/138	129	ӤŬΡ㡥ⲹưŵŪӡΣ	adapted for specific cells, e.g. electrochemical cells operating at high temperature [2021.01]
H01M  50/14  \	2	2	5H011	H01M  50/14	206	Ūװˤ»ݸ뤿ΤΡΣ	for protecting against damage caused by external factors [2021.01]
H01M  50/141  \	3	3	5H011	H01M  50/141	226	ѼΣ	for protecting against humidity [2021.01]
H01M  50/143  \	3	3	5H011	H01M  50/143	93	ѲΣ	Fireproof; Explosion-proof [2021.01]
H01M  50/145  \	3	3	5H011	H01M  50/145	483	ѿΣ	for protecting against corrosion [2021.01]
H01M  50/147  \	2	2	5H011	H01M  50/147	54	ޤϥСΣ	Lids or covers [2021.01]
H01M  50/148  \	3	3	5H011	H01M  50/148	237	ηħΡΣ	characterised by their shape [2021.01]
H01M  50/148 101 \	4	4	5H011	H01M  50/148	7	֥ޤϥ塼ַӥΤΤΡʣȣͣȣͣͥˡΣ	for cable-shaped or tube-shaped cells (takes precedence over H01M50/15, H01M50/152) [2021.01]
H01M  50/148 201 \	4	4	5H011	H01M  50/148	114	å׾ι¤ͭӥΤΤΡΣ	for cells having a structure in the form of a chip [2021.01]
H01M  50/15  \	4	4	5H011	H01M  50/15	3622	ޤϳѷӥΤΤΡʣȣͣͥˡΣ	for prismatic or rectangular cells (H01M 50/153 takes precedence) [2021.01]
H01M  50/15 101 \	5	5	5H011	H01M  50/15	566	ѡΣ	for lead-acid accumulators [2021.01]
H01M  50/152  \	4	4	5H011	H01M  50/152	2268	̡㡥߷ޤʱ߷ͭӥΤΤΡʣȣͣȣͣͥˡΣ	for cells having curved cross-section, e.g. round or elliptic (H01M 50/15, H01M 50/153 take precedence) [2021.01]
H01M  50/153  \	4	4	5H011	H01M  50/153	742	ܥޤϥӥΤΤΡΣ	for button or coin cells [2021.01]
H01M  50/155  \	3	3	5H011	H01M  50/155	30	ħΡΣ	characterised by the material [2021.01]
H01M  50/157  \	4	4	5H011	H01M  50/157	65	̵Σ	Inorganic material [2021.01]
H01M  50/159  \	5	5	5H011	H01M  50/159	1295	°Σ	Metals [2021.01]
H01M  50/16  \	4	4	5H011	H01M  50/16	710	ͭΣ	Organic material [2021.01]
H01M  50/162  \	4	4	5H011	H01M  50/162	26	̵ͭκʪʤʣΣ	Composite material consisting of a mixture of organic and inorganic materials [2021.01]
H01M  50/164  \	4	4	5H011	H01M  50/164	453	ع¤ͭΡΣ	having a layered structure [2021.01]
H01M  50/166  \	3	3	5H011	H01M  50/166	423	ȳȤΩˡħΡΣ	characterised by the methods of assembling casings with lids [2021.01]
H01M  50/167  \	4	4	5H011	H01M  50/167	1132	ˤΡΣ	by crimping [2021.01]
H01M  50/169  \	4	4	5H011	H01M  50/169	1290	ܡդޤϤϤդˤΡΣ	by welding, brazing or soldering [2021.01]
H01M  50/171  \	4	4	5H011	H01M  50/171	271	ޤޤϥݥ󥰺ޤѤΡΣ	using adhesives or sealing agents [2021.01]
H01M  50/172  \	2	2	5H011	H01M  50/172	125	̤ƳΤ֡Σ	Arrangements of electric connectors penetrating the casing [2021.01]
H01M  50/174  \	3	3	5H011	H01M  50/174	84	ӥηŬΡΣ	adapted for the shape of the cells [2021.01]
H01M  50/174 101 \	4	4	5H011	H01M  50/174	10	֥ޤϥ塼ַӥΤΤΡʣȣͣȣͣͥˡΣ	for cable-shaped or tube-shaped cells (takes precedence over H01M50/176, H01M50/179) [2021.01]
H01M  50/174 201 \	4	4	5H011	H01M  50/174	69	å׾ι¤ͭӥΤΤΡΣ	for cells having a structure in the form of a chip [2021.01]
H01M  50/176  \	4	4	5H011	H01M  50/176	1873	ޤϳѷӥΤΤΡʣȣͥ͡ˡΣ	for prismatic or rectangular cells (H01M 50/181 takes precedence) [2021.01]
H01M  50/176 101 \	5	5	5H011	H01M  50/176	264	ѡΣ	for lead-acid accumulators [2021.01]
H01M  50/178  \	4	4	5H011	H01M  50/178	2216	ѥޤϥե쥭֥ХåӥΤΤΡΣ	for pouch or flexible bag cells [2021.01]
H01M  50/179  \	4	4	5H011	H01M  50/179	612	̡㡥߷ޤʱ߷ͭӥΤΤΡʣȣͣȣͣͥˡΣ	for cells having curved cross-section, e.g. round or elliptic (H01M 50/176, H01M 50/181 take precedence) [2021.01]
H01M  50/181  \	4	4	5H011	H01M  50/181	70	ܥޤϥӥΤΤΡΣ	for button or coin cells [2021.01]
H01M  50/183  \	2	2	5H011	H01M  50/183	46	Σ	Sealing members [2021.01]
H01M  50/184  \	3	3	5H011	H01M  50/184	26	ηޤϹ¤ħΡΣ	characterised by their shape or structure [2021.01]
H01M  50/184  A	3	0	5H011	H01M  50/184	1295	ޤϳѷӥΤΤΡʣȣͣšơǤͥˡΣ	for prismatic or rectangular cells(H01M50/184 E,F,G take precedence) [2021.01]
H01M  50/184  B	3	1	5H011	H01M  50/184	118	ѡΣ	for lead-acid accumulators [2021.01]
H01M  50/184  C	3	0	5H011	H01M  50/184	1131	ѥޤϥե쥭֥ХåӥΤΤΡΣ	for pouch or flexible bag cells [2021.01]
H01M  50/184  D	3	0	5H011	H01M  50/184	1466	̡㡥߷ޤʱ߷ͭӥΤΤΡʣȣͣšơǤͥˡΣ	for cells having curved cross-sections, e.g. round or elliptic cross-sections(H01M50/184 A,E,F,G take precedence) [2021.01]
H01M  50/184  E	3	0	5H011	H01M  50/184	692	ܥޤϥӥΤΤΡΣ	for button or coin cells [2021.01]
H01M  50/184  F	3	0	5H011	H01M  50/184	1	֥ޤϥ塼ַӥΤΤΡΣ	for cable-shaped or tube-shaped cells [2021.01]
H01M  50/184  G	3	0	5H011	H01M  50/184	66	å׾ι¤ͭӥΤΤΡΣ	for cells having a structure in the form of a chip [2021.01]
H01M  50/184  Z	3	0	5H011	H01M  50/184	165	¾Σ	Others [2021.01]
H01M  50/186  \	3	3	5H011	H01M  50/186	1815	֤ħΡΣ	characterised by the disposition of the sealing members [2021.01]
H01M  50/188  \	4	4	5H011	H01M  50/188	1367	üҤȤδ֤֤줿Σ	the sealing members being arranged between the lid and terminal [2021.01]
H01M  50/19  \	3	3	5H011	H01M  50/19	78	ħΡΣ	characterised by the material [2021.01]
H01M  50/191  \	4	4	5H011	H01M  50/191	459	̵Σ	Inorganic material [2021.01]
H01M  50/193  \	4	4	5H011	H01M  50/193	2696	ͭΣ	Organic material [2021.01]
H01M  50/195  \	4	4	5H011	H01M  50/195	215	̵ͭκʪʤʣΣ	Composite material consisting of a mixture of organic and inorganic materials [2021.01]
H01M  50/197  \	4	4	5H011	H01M  50/197	699	ع¤ͭΡΣ	having a layered structure [2021.01]
H01M  50/198  \	4	4	5H011	H01M  50/198	1002	ʪŪħΡ㡥ޤϹŤΣ	characterised by physical properties, e.g. adhesiveness or hardness [2021.01]
H01M  50/20  \	1	1	5H040	H01M  50/20	480	塨󼡥ޤϥե졼ࡨå⥸塼ޤϥѥå֡˾֡͢ޤϱ֡ۥӤȽ֤¤Ū˷礷ΣȣͣˡΣ	Mountings; Secondary casings or frames; Racks, modules or packs; Suspension devices; Shock absorbers; Transport or carrying devices; Holders (structural combination of accumulators with charging apparatus H01M 10/46) [2021.01]
H01M  50/202  \	2	2	5H040	H01M  50/202	30	ñӤΰ켡μΥޤϥե졼Σ	Casings or frames around the primary casing of a single cell or a single battery [2021.01]
H01M  50/202 101 \	3	3	5H040	H01M  50/202	329	ʤͭΡ̩ޤϵ̩ͭΡΣ	having sealing means ; having the quality of being fluid-tight or gastight [2021.01]
H01M  50/202 201 \	3	3	5H040	H01M  50/202	46	ʪӽмʤͭΡΣ	with means to eliminate foreign substances [2021.01]
H01M  50/202 301 \	3	3	5H040	H01M  50/202	380	ϩĤؤӤθΣ	Fixing cells on circuit boards [2021.01]
H01M  50/202 401 \	3	3	5H040	H01M  50/202	1	ĶӤݸʤͭΡΣ	with means to protect cells from the internal environment [2021.01]
H01M  50/202 401 H	3	0	5H040	H01M  50/202	421	ǮǮѼʤͭΡΣ	with means to resist and dissipate heat, and to chill [2021.01]
H01M  50/202 401 F	3	0	5H040	H01M  50/202	123	òмʤͭΡΣ	with means to extinguish a fire [2021.01]
H01M  50/202 401 E	3	0	5H040	H01M  50/202	29	ʤͭΡΣ	with means to prevent explosion [2021.01]
H01M  50/202 401 D	3	0	5H040	H01M  50/202	395	ĶθμʤͭΡΣ	with means to detect the internal environment [2021.01]
H01M  50/202 401 Z	3	0	5H040	H01M  50/202	52	¾Σ	Others [2021.01]
H01M  50/202 501 \	3	3	5H040	H01M  50/202	8	ħΡΣ	characterised by the shapes [2021.01]
H01M  50/202 501 S	3	0	5H040	H01M  50/202	946	ޤϳѷӥŬΡʣȣͣ¤ͥˡΣ	adapted for prismatic or rectangular cells(H01M50/202,501@B take precedence) [2021.01]
H01M  50/202 501 P	3	0	5H040	H01M  50/202	710	ѥӥŬΡΣ	adapted for pouch cells [2021.01]
H01M  50/202 501 C	3	0	5H040	H01M  50/202	538	̡㡥߷ޤʱ߷ͭӥŬΡʣȣͣӡȣͣ¤ͥˡΣ	adapted for cells having curved cross-sections, e.g. round or elliptic cross-sections(H01M50/202,501@S, H01M50/202,501@B take precedence) [2021.01]
H01M  50/202 501 B	3	0	5H040	H01M  50/202	430	ܥޤϥӥŬΡΣ	adapted for button or coin cells [2021.01]
H01M  50/202 501 Z	3	0	5H040	H01M  50/202	82	¾Σ	Others [2021.01]
H01M  50/204  \	2	2	5H040	H01M  50/204	221	ʣӤΤΥå⥸塼ޤϥѥåΣ	Racks, modules or packs for multiple batteries or multiple cells [2021.01]
H01M  50/204 101 \	3	3	5H040	H01M  50/204	1164	ʤͭΡ̩ޤϵ̩ͭΡΣ	having sealing means ; having the quality of being fluid-tight or gastight [2021.01]
H01M  50/204 201 \	3	3	5H040	H01M  50/204	295	ʪӽмʤͭΡΣ	with means to eliminate foreign substances [2021.01]
H01M  50/204 301 \	3	3	5H040	H01M  50/204	155	ϩĤؤӤθΣ	Fixing cells on circuit boards [2021.01]
H01M  50/204 401 \	3	3	5H040	H01M  50/204	10	ĶӤݸʤͭΡΣ	with means to protect cells from the internal environment [2021.01]
H01M  50/204 401 H	3	0	5H040	H01M  50/204	5231	ǮǮѼʤͭΡΣ	with means to resist and dissipate heat, and to chill [2021.01]
H01M  50/204 401 F	3	0	5H040	H01M  50/204	896	òмʤͭΡΣ	with means to extinguish a fire [2021.01]
H01M  50/204 401 E	3	0	5H040	H01M  50/204	137	ʤͭΡΣ	with means to prevent explosion [2021.01]
H01M  50/204 401 D	3	0	5H040	H01M  50/204	2007	ĶθμʤͭΡΣ	with means to detect the internal environment [2021.01]
H01M  50/204 401 Z	3	0	5H040	H01M  50/204	299	¾Σ	Others [2021.01]
H01M  50/207  \	3	3	5H040	H01M  50/207	268	ħΡΣ	characterised by their shape [2021.01]
H01M  50/209  \	4	4	5H040	H01M  50/209	5902	ޤϳѷӥŬΡʣȣͣͥˡΣ	adapted for prismatic or rectangular cells (H01M 50/216 takes precedence) [2021.01]
H01M  50/211  \	4	4	5H040	H01M  50/211	3597	ѥӥŬΡΣ	adapted for pouch cells [2021.01]
H01M  50/213  \	4	4	5H040	H01M  50/213	3652	̡㡥߷ޤʱ߷ͭӥŬΡʣȣͣȣͣͥˡΣ	adapted for cells having curved cross-section, e.g. round or elliptic (H01M 50/209, H01M 50/216 take precedence) [2021.01]
H01M  50/216  \	4	4	5H040	H01M  50/216	153	ܥޤϥӥŬΡΣ	adapted for button or coin cells [2021.01]
H01M  50/218  \	2	2	5H040	H01M  50/218	108	ħΡΣ	characterised by the material [2021.01]
H01M  50/22  \	3	3	5H040	H01M  50/22	90	ޤϥåΤΤΡΣ	of the casings or racks [2021.01]
H01M  50/222  \	4	4	5H040	H01M  50/222	188	̵Σ	Inorganic material [2021.01]
H01M  50/224  \	5	5	5H040	H01M  50/224	951	°Σ	Metals [2021.01]
H01M  50/227  \	4	4	5H040	H01M  50/227	1499	ͭΣ	Organic material [2021.01]
H01M  50/229  \	4	4	5H040	H01M  50/229	195	̵ͭκʪʤʣΣ	Composite material consisting of a mixture of organic and inorganic materials [2021.01]
H01M  50/231  \	4	4	5H040	H01M  50/231	518	ع¤ͭΡΣ	having a layered structure [2021.01]
H01M  50/233  \	2	2	5H040	H01M  50/233	709	ޤϥåʪŪħΡ㡥ˡΣ	characterised by physical properties of casings or racks, e.g. dimensions [2021.01]
H01M  50/236  \	3	3	5H040	H01M  50/236	85	ŤΣ	Hardness [2021.01]
H01M  50/238  \	3	3	5H040	H01M  50/238	121	ޤ޾߲ǽʤΡΣ	Flexibility or foldability [2021.01]
H01M  50/24  \	3	3	5H040	H01M  50/24	412	ĶӤݸ뤿ŬΡ㡥ѿǮȣͣˡΣ	adapted for protecting batteries from their environment, e.g. from corrosion (thermal insulation H01M 10/658) [2021.01]
H01M  50/242  \	3	3	5H040	H01M  50/242	2128	ư;׷⡤ޤĥӤݸ뤿ŬΡΣ	adapted for protecting batteries against vibrations, collision impact or swelling [2021.01]
H01M  50/244  \	2	2	5H040	H01M  50/244	7	ˡħΤ󼡥å֡֡ۥΣ	Secondary casings; Racks; Suspension devices; Carrying devices; Holders characterised by their mounting method [2021.01]
H01M  50/244  A	2	0	5H040	H01M  50/244	2066	ʤȤ⳰夵¦ħΡΣ	Characterized by the cell sides that are attached at least to external devices or so on
H01M  50/244  Z	2	0	5H040	H01M  50/244	3316	¾Σ	Others [2021.01]
H01M  50/247  \	2	2	5H040	H01M  50/247	3959	ݡ֥ǥХäŬΡ㡥áԥ塼ϥɥġޤϥڡ᡼Σ	specially adapted for portable devices, e.g. mobile phones, computers, hand tools or pacemakers [2021.01]
H01M  50/249  \	2	2	5H040	H01M  50/249	6622	ҶޤϼξäŬΡ㡥ư֤ޤż֡ŵξäŬХåƥ꡼ι¤κ£̣ˡΣ	specially adapted for aircraft or vehicles, e.g. cars or trains (constructional details of batteries specially adapted for electric vehicles B60L 50/64) [2021.01]
H01M  50/251  \	2	2	5H040	H01M  50/251	987	֤äŬΡ㡥ȯŽΥХåե󥰤ޤϥХååŸΣ	specially adapted for stationary devices, e.g. power plant buffering or backup power supplies [2021.01]
H01M  50/253  \	2	2	5H040	H01M  50/253	174	ӤŬΡ㡥ⲹưŵŪӡΣ	adapted for specific cells, e.g. electrochemical cells operating at high temperature [2021.01]
H01M  50/256  \	2	2	5H040	H01M  50/256	60	֡㡥٥ȡΣ	Carrying devices, e.g. belts [2021.01]
H01M  50/256 101 \	3	3	5H040	H01M  50/256	515	¤Ŭ¤ͭΡΣ	with structures suitable for carrying loads [2021.01]
H01M  50/256 201 \	3	3	5H040	H01M  50/256	382	ƴΣ	Packaging containers [2021.01]
H01M  50/258  \	2	2	5H040	H01M  50/258	351	⥸塼뼰ӡȤΩƼʤͭ륱Σ	Modular batteries; Casings provided with means for assembling [2021.01]
H01M  50/26  \	3	3	5H040	H01M  50/26	11	곰ԲǽˡǸߤ˥뤵줿֥Σ	Assemblies sealed to each other in a non-detachable manner [2021.01]
H01M  50/262  \	2	2	5H040	H01M  50/262	12	ʤͭΡ㡥åΣ	with fastening means, e.g. locks [2021.01]
H01M  50/262  M	2	0	5H040	H01M  50/262	443	ħΡΣ	characterised by materials [2021.01]
H01M  50/262  S	2	0	5H040	H01M  50/262	1193	ħΡΣ	characterised by the shapes [2021.01]
H01M  50/262  P	2	0	5H040	H01M  50/262	731	հ֤ħΡΣ	characterised by mounting positions [2021.01]
H01M  50/262  E	2	0	5H040	H01M  50/262	799	ϡĥѤƱĴΡΣ	Adjusting stress by making good use of their elasticity, expansion or so on
H01M  50/262  Z	2	0	5H040	H01M  50/262	684	¾Σ	Others [2021.01]
H01M  50/264  \	3	3	5H040	H01M  50/264	1392	ӤΤΤΡ㡥ȥåסåɤޤϼեե졼Σ	for cells or batteries, e.g. straps, tie rods or peripheral frames [2021.01]
H01M  50/267  \	2	2	5H040	H01M  50/267	504	ۤʤ륿פޤϰۤʤ륵ӤŬ뤿μʤͭΡΣ	having means for adapting to batteries or cells of different types or different sizes [2021.01]
H01M  50/269  \	2	2	5H040	H01M  50/269	368	͡Ӥ˹碌Ӥ֤ѹ뤿μʡ㡥ӤοѹޤľڤؤʽޤݼΤˡޤ֣ȣͣȣͣˡΣ	Mechanical means for varying the arrangement of batteries or cells for different uses, e.g. for changing the number of batteries or for switching between series and parallel wiring (methods or arrangements for servicing or maintenance H01M 6/50, H01M 10/42) [2021.01]
H01M  50/271  \	2	2	5H040	H01M  50/271	8	åޤ󼡥γޤϥСΣ	Lids or covers for the racks or secondary casings [2021.01]
H01M  50/271  S	2	0	5H040	H01M  50/271	2248	ħΡΣ	characterised by the shapes [2021.01]
H01M  50/271  B	2	0	5H040	H01M  50/271	2309	󼡥ȤηħΡΣ	characterised by coupling with secondary casings [2021.01]
H01M  50/271  Z	2	0	5H040	H01M  50/271	661	¾Σ	Others [2021.01]
H01M  50/273  \	3	3	5H040	H01M  50/273	98	ħΡΣ	characterised by the material [2021.01]
H01M  50/276  \	4	4	5H040	H01M  50/276	253	̵Σ	Inorganic material [2021.01]
H01M  50/278  \	4	4	5H040	H01M  50/278	395	ͭΣ	Organic material [2021.01]
H01M  50/28  \	4	4	5H040	H01M  50/28	40	̵ͭκʪʤʣΣ	Composite material consisting of a mixture of organic and inorganic materials [2021.01]
H01M  50/282  \	4	4	5H040	H01M  50/282	128	ع¤ͭΡΣ	having a layered structure [2021.01]
H01M  50/284  \	2	2	5H040	H01M  50/284	4326	Ȥ߹ޤ줿ϩĤͭΡ㡥ץȲϩġΣУã¡ϡΣ	with incorporated circuit boards, e.g. printed circuit boards [PCB] [2021.01]
H01M  50/287  \	3	3	5H040	H01M  50/287	292	ޤϥСؤβϩĤθΣ	Fixing of circuit boards to lids or covers [2021.01]
H01M  50/289  \	2	2	5H040	H01M  50/289	1156	ե졼ࡤåޤϥѥåΥڡǤޤϰַʡӥδֳݻǤäơѥ졼ޤϳʳΤΣȣͣˡΣ	characterised by spacing elements or positioning means within frames, racks or packs (spacing elements inside cells other than separators, membranes or diaphragms H01M 50/471) [2021.01]
H01M  50/289 101 \	3	3	5H040	H01M  50/289	2221	ڡǤȰַʡޤϡַʤɤ³ħΡΣ	characterised by bonding, connection between spacing elements and positioning means, or between positioning means [2021.01]
H01M  50/291  \	3	3	5H040	H01M  50/291	4731	ħΡΣ	characterised by their shape [2021.01]
H01M  50/293  \	3	3	5H040	H01M  50/293	2930	ħΡΣ	characterised by the material [2021.01]
H01M  50/296  \	2	2	5H040	H01M  50/296	3447	ӥѥåγüҤħΡӤüңȣ͡ˡΣ	characterised by terminals of battery packs (terminals of batteries H01M 50/543) [2021.01]
H01M  50/298  \	2	2	5H040	H01M  50/298	1763	ӥѥåħΡΣ	characterised by the wiring of battery packs [2021.01]
H01M  50/30  \	1	1	5H012	H01M  50/30	682	ӵưפˤ뤿֡Σ	Arrangements for facilitating escape of gases [2021.01]
H01M  50/308  \	2	2	5H012	H01M  50/308	213	곰ǽ֡㡥곰ǽӵޤӵ򥷥ƥΣ	Detachable arrangements, e.g. detachable vent plugs or plug systems [2021.01]
H01M  50/317  \	2	2	5H012	H01M  50/317	15	߲ǽ֡Σ	Re-sealable arrangements [2021.01]
H01M  50/317 101 \	3	3	5H012	H01M  50/317	982	켡֤줿ΡΣ	arranged in primary casings [2021.01]
H01M  50/317 201 \	3	3	5H012	H01M  50/317	322	󼡥֤줿ΡΣ	arranged in secondary casings [2021.01]
H01M  50/325  \	3	3	5H012	H01M  50/325	512	ѷǽΡ㡥ΤޤϽΣ	comprising deformable valve members, e.g. elastic or flexible valve members [2021.01]
H01M  50/333  \	4	4	5H012	H01M  50/333	194	Фͼ̵ۡΣ	Spring-loaded vent valves [2021.01]
H01M  50/342  \	2	2	5H012	H01M  50/342	22	Բǽ֡Σ	Non-re-sealable arrangements [2021.01]
H01M  50/342 101 \	3	3	5H012	H01M  50/342	3314	켡֤줿ΡΣ	arranged in primary casings [2021.01]
H01M  50/342 201 \	3	3	5H012	H01M  50/342	521	󼡥֤줿ΡΣ	arranged in secondary casings [2021.01]
H01M  50/35  \	2	2	5H012	H01M  50/35	40	ĹعԤޤϩͤӽϩӵϩΣ	Gas exhaust passages comprising elongated, tortuous or labyrinth-shaped exhaust passages [2021.01]
H01M  50/35 101 \	3	3	5H012	H01M  50/35	1042	켡֤줿ΡΣ	arranged in primary casings [2021.01]
H01M  50/35 201 \	3	3	5H012	H01M  50/35	859	󼡥֤줿ΡΣ	arranged in secondary casings [2021.01]
H01M  50/358  \	3	3	5H012	H01M  50/358	488	ӤΥСޤϥˤ볰ӵϩΣ	External gas exhaust passages located on the battery cover or case [2021.01]
H01M  50/367  \	3	3	5H012	H01M  50/367	1159	ӤΥСޤϥΰӵϩťСӵƥΣ	Internal gas exhaust passages forming part of the battery cover or case; Double cover vent systems [2021.01]
H01M  50/375  \	2	2	5H012	H01M  50/375	152	٤Τޤϲ٤˱ӵʡΣ	Vent means sensitive to or responsive to temperature [2021.01]
H01M  50/383  \	2	2	5H012	H01M  50/383	353	бɻ߼ʤޤɻ߼ʡΣ	Flame arresting or ignition-preventing means [2021.01]
H01M  50/392  \	2	2	5H012	H01M  50/392	787	Ųդ¤ޤϵۼʤͭΡӵŲդϳФɻߤʤͭΡΣ	with means for neutralising or absorbing electrolyte; with means for preventing leakage of electrolyte through vent holes [2021.01]
H01M  50/40  \	1	1	5H021	H01M  50/40	137	ѥ졼졨졨ӥδֳݻΣ	Separators; Membranes; Diaphragms; Spacing elements inside cells [2021.01]
H01M  50/403  \	2	2	5H021	H01M  50/403	12	ѥ졼ޤϳ¤Σ	Manufacturing processes of separators, membranes or diaphragms [2021.01]
H01M  50/403  A	2	0	5H021	H01M  50/403	642	ǮǮΣ	Heat treatment, heating, baking [2021.01]
H01M  50/403  B	2	0	5H021	H01M  50/403	1010	俭䡤ùĥΣ	Stretching, rolling, calendaring, drawing, pulling [2021.01]
H01M  50/403  C	2	0	5H021	H01M  50/403	544	ܹ硤塤塤塤ͻ塤塤ҡȥΣ	Joining, gluing, fastening, welding, fusing, clamping, heat seals [2021.01]
H01M  50/403  D	2	0	5H021	H01M  50/403	2332	ۡʤƥ󥰡ҡ޿Σ	Applying, covering, coating, soaking, impregnating [2021.01]
H01M  50/403  E	2	0	5H021	H01M  50/403	572	ɽ̽㡥糰ĶȡˤŪɽ̽Σ	Surface treatments, e.g., treatment by light, ultraviolet rays, radiation, ultrasonic waves, high frequency and so on, chemical surface treatments
H01M  50/403  F	2	0	5H021	H01M  50/403	371	¤֡Σ	Manufacturing devices [2021.01]
H01M  50/403  Z	2	0	5H021	H01M  50/403	763	¾ΤΡΣ	Others [2021.01]
H01M  50/406  \	3	3	5H021	H01M  50/406	845	ùܥùǡΣ	Moulding; Embossing; Cutting [2021.01]
H01M  50/409  \	2	2	5H021	H01M  50/409	91	ħ륻ѥ졼ޤϳΣ	Separators, membranes or diaphragms characterised by the material [2021.01]
H01M  50/411  \	3	3	5H021	H01M  50/411	522	ͭΣ	Organic material [2021.01]
H01M  50/414  \	4	4	5H021	H01M  50/414	4362	顤㡥ǮޤǮŲΣ	Synthetic resins, e.g. .thermoplastics or thermosetting resins [2021.01]
H01M  50/417  \	5	5	5H021	H01M  50/417	5247	ݥꥪեΣ	Polyolefins [2021.01]
H01M  50/42  \	5	5	5H021	H01M  50/42	1865	Σ	Acrylic resins [2021.01]
H01M  50/423  \	5	5	5H021	H01M  50/423	1582	ݥꥢߥɼΣ	Polyamide resins [2021.01]
H01M  50/426  \	5	5	5H021	H01M  50/426	1908	եǼΣ	Fluorocarbon polymers [2021.01]
H01M  50/429  \	4	4	5H021	H01M  50/429	1543	ŷʬҡΣ	Natural polymers [2021.01]
H01M  50/431  \	3	3	5H021	H01M  50/431	368	̵Σ	Inorganic material [2021.01]
H01M  50/434  \	4	4	5H021	H01M  50/434	4545	ߥåΣ	Ceramics [2021.01]
H01M  50/437  \	5	5	5H021	H01M  50/437	817	饹Σ	Glass [2021.01]
H01M  50/44  \	3	3	5H021	H01M  50/44	3063	ݺΣ	Fibrous material [2021.01]
H01M  50/443  \	3	3	5H021	H01M  50/443	25	γҾΣ	Particulate material [2021.01]
H01M  50/443  A	3	0	5H021	H01M  50/443	18	γҡΣ	Resin particles [2021.01]
H01M  50/443  B	3	1	5H021	H01M  50/443	517	ХӡΣ	Binders, for adhesive purposes [2021.01]
H01M  50/443  C	3	1	5H021	H01M  50/443	646	¾ӡΣ	for other purposes [2021.01]
H01M  50/443  D	3	1	5H021	H01M  50/443	297	ؤˤΡΣ	existing within base material layers [2021.01]
H01M  50/443  E	3	1	5H021	H01M  50/443	854	ذʳء㡥ǮءءءˤΡΣ	existing within the layers except for base material layers, e.g., within heat resistant layers, adhesive layers and coating layers [2021.01]
H01M  50/443  M	3	0	5H021	H01M  50/443	3940	̵γҡΣ	Inorganic particles [2021.01]
H01M  50/443  Z	3	0	5H021	H01M  50/443	42	¾ΤΡΣ	Others [2021.01]
H01M  50/446  \	3	3	5H021	H01M  50/446	2820	̵ͭκʪʤʣΣ	Composite material consisting of a mixture of organic and inorganic materials [2021.01]
H01M  50/449  \	3	3	5H021	H01M  50/449	2621	ع¤ͭ	having a layered structure [2021.01]
H01M  50/451  \	4	4	5H021	H01M  50/451	3046	ͭΤߤʤؤ̵ޤؤͭΡΣ	comprising layers of only organic material and layers containing inorganic material [2021.01]
H01M  50/454  \	4	4	5H021	H01M  50/454	657	ߤ˽Ť͹蘆줿ؤؤͭΡΣ	comprising a non-fibrous layer and a fibrous layer superimposed on one another [2021.01]
H01M  50/457  \	4	4	5H021	H01M  50/457	1556	ذʾؤͭΡΣ	comprising three or more layers [2021.01]
H01M  50/46  \	2	2	5H021	H01M  50/46	2928	ŶˤȤȤ߹碌ħ륻ѥ졼ޤϳΣ	Separators, membranes or diaphragms characterised by their combination with electrodes [2021.01]
H01M  50/463  \	2	2	5H021	H01M  50/463	14	ħ륻ѥ졼ޤϳΣ	Separators, membranes or diaphragms characterised by their shape [2021.01]
H01M  50/463  A	2	0	5H021	H01M  50/463	310	ɽƤ٤ʱ̡Σ	Surface roughness, fine unevenness [2021.01]
H01M  50/463  B	2	0	5H021	H01M  50/463	996	Ū㡥ü̷ʣȣͣȣͣͥˡΣ	Microscopic shapes, e.g., end portion shapes, cross sectional shapes(H01M50/466, H01M50/469 take precedence) [2021.01]
H01M  50/463  Z	2	0	5H021	H01M  50/463	250	¾ΤΡΣ	Others [2021.01]
H01M  50/466  \	3	3	5H021	H01M  50/466	1003	ջ޾ޤޤޤ줿ΡΣ	U-shaped, bag-shaped or folded [2021.01]
H01M  50/469  \	3	3	5H021	H01M  50/469	220	ɾޤΣ	tubular or cylindrical [2021.01]
H01M  50/471  \	2	2	5H021	H01M  50/471	54	ӥδֳݻǤäơѥ졼ޤϳʳΤΡ⳰Ǥθܿɻߤ뤿ΤΣȣͣˡ¤Σ	Spacing elements inside cells other than separators, membranes or diaphragms (for preventing incorrect contact inside or outside batteries H01M 50/584); Manufacturing processes thereof [2021.01]
H01M  50/474  \	3	3	5H021	H01M  50/474	1819	ӥΰ֤ħΡΣ	characterised by their position inside the cells [2021.01]
H01M  50/477  \	3	3	5H021	H01M  50/477	1300	ħΡΣ	characterised by their shape [2021.01]
H01M  50/48  \	3	3	5H021	H01M  50/48	135	ħΡΣ	characterised by the material [2021.01]
H01M  50/483  \	4	4	5H021	H01M  50/483	248	̵Σ	Inorganic material [2021.01]
H01M  50/486  \	4	4	5H021	H01M  50/486	703	ͭΣ	Organic material [2021.01]
H01M  50/489  \	2	2	5H021	H01M  50/489	5531	ʪŪħ륻ѥ졼졤ޤӥδֳݻࡤ㡥Ľ١ƿޤϥåȥΣ	Separators, membranes, diaphragms or spacing elements inside the cells, characterised by their physical properties, e.g. swelling degree, hydrophilicity or shut down properties [2021.01]
H01M  50/491  \	3	3	5H021	H01M  50/491	1420	ΨΣ	Porosity [2021.01]
H01M  50/494  \	3	3	5H021	H01M  50/494	537	ĥ١Σ	Tensile strength [2021.01]
H01M  50/497  \	3	3	5H021	H01M  50/497	260	ƳΣ	Ionic conductivity [2021.01]
H01M  50/50  \	1	1	5H043	H01M  50/50	326	ӤƳ³Σ	Current conducting connections for cells or batteries [2021.01]
H01M  50/50 101 \	2	2	5H043	H01M  50/50	1996	üҤӥѥåγüҤޤǤδ֤Ƴ³	Conductive connecting members arranged between the terminals of cells and external terminals of battery packs
H01M  50/50 201 \	2	2	5H043	H01M  50/50	41	ӤüҤľ³	directly connecting terminals of adjacent batteries
H01M  50/50 201 A	2	0	5H043	H01M  50/50	185	³ʬŪƳͭ	having auxiliary conductive members in connecting parts
H01M  50/50 201 Z	2	0	5H043	H01M  50/50	651	¾	Others
H01M  50/502  \	2	2	5H043	H01M  50/502	296	ӤüҤ³³ࡨӥγ¦ӥƱΤ³³Σ	Interconnectors for connecting terminals of adjacent batteries; Interconnectors for connecting cells outside a battery casing [2021.01]
H01M  50/503  \	3	3	5H043	H01M  50/503	2535	ħΡΣ	characterised by the shape of the interconnectors [2021.01]
H01M  50/505  \	3	3	5H043	H01M  50/505	3123	ñΥХСʤΡΣ	comprising a single busbar [2021.01]
H01M  50/507  \	3	3	5H043	H01M  50/507	2010	ƴι¤ˣİʾΥХС֤ͭΡ㡥ХС⥸塼Σ	comprising an arrangement of two or more busbars within a container structure, e.g. busbar modules [2021.01]
H01M  50/509  \	3	3	5H043	H01M  50/509	445	³ΥפħΡ㡥ʣ³Σ	characterised by the type of connection, e.g. mixed connections [2021.01]
H01M  50/51  \	4	4	5H043	H01M  50/51	1235	ľˤΤ³Σ	Connection only in series [2021.01]
H01M  50/512  \	4	4	5H043	H01M  50/512	418	ˤΤ³Σ	Connection only in parallel [2021.01]
H01M  50/514  \	3	3	5H043	H01M  50/514	193	ܤӤ³Σ	Methods for interconnecting adjacent batteries or cells [2021.01]
H01M  50/516  \	4	4	5H043	H01M  50/516	972	ܡϤդޤϤդˤΡΣ	by welding, soldering or brazing [2021.01]
H01M  50/517  \	4	4	5H043	H01M  50/517	531	ʤˤΡ㡥ͤ٥åȤޤϥܥȡΣ	by fixing means, e.g. screws, rivets or bolts [2021.01]
H01M  50/519  \	3	3	5H043	H01M  50/519	576	ץȲϩġΣУã¡ϤͭΡΣ	comprising printed circuit boards [PCB] [2021.01]
H01M  50/521  \	3	3	5H043	H01M  50/521	88	ħΡΣ	characterised by the material [2021.01]
H01M  50/522  \	4	4	5H043	H01M  50/522	604	̵Σ	Inorganic material [2021.01]
H01M  50/524  \	4	4	5H043	H01M  50/524	153	ͭΣ	Organic material [2021.01]
H01M  50/526  \	4	4	5H043	H01M  50/526	407	ع¤ͭΡΣ	having a layered structure [2021.01]
H01M  50/528  \	2	2	5H043	H01M  50/528	915	³ʤڤΥտޤΤʤΡΣ	Fixed electrical connections, i.e. not intended for disconnection [2021.01]
H01M  50/529  \	3	3	5H043	H01M  50/529	371	ɤ̤³㡥ӥΣ	Intercell connections through partitions, e.g. in a battery casing [2021.01]
H01M  50/531  \	2	2	5H043	H01M  50/531	2914	ӥŶ³Σ	Electrode connections inside a battery casing [2021.01]
H01M  50/533  \	3	3	5H043	H01M  50/533	4773	꡼ɤ䥿֤ηħΡΣ	characterised by the shape of the leads or tabs [2021.01]
H01M  50/534  \	3	3	5H043	H01M  50/534	1970	꡼ɤ䥿֤κħΡΣ	characterised by the material of the leads or tabs [2021.01]
H01M  50/536  \	3	3	5H043	H01M  50/536	2612	Ŷˤ˥꡼ɤꤹ빩ħΡ㡥ܤˤΡΣ	characterised by the method of fixing the leads to the electrodes, e.g. by welding [2021.01]
H01M  50/538  \	3	3	5H043	H01M  50/538	852	ޤޤޤ줿ŶˤˤʣΥ꡼ɤ䥿֤³Σ	Connection of several leads or tabs of wound or folded electrode stacks [2021.01]
H01M  50/54  \	3	3	5H043	H01M  50/54	1424	ľŶΤˤʣΥ꡼ɤ䥿֤³㡥Ŷ˥ȥåפޤϥ֥åΣ	Connection of several leads or tabs of plate-like electrode stacks, e.g. electrode pole straps or bridges [2021.01]
H01M  50/541  \	4	4	5H043	H01M  50/541	376	ӤΤΤΡΣ	for lead-acid accumulators [2021.01]
H01M  50/543  \	2	2	5H043	H01M  50/543	1167	üҡΣ	Terminals [2021.01]
H01M  50/545  \	3	3	5H043	H01M  50/545	2389	ӥΥǷ줿Ρʶ̤ͭӥŬå׾üңȣͣˡΣ	formed by the casing of the cells (cup shaped terminals adapted for cells having curved cross-section H01M 50/56) [2021.01]
H01M  50/547  \	3	3	5H043	H01M  50/547	162	ӥˤüҤ֡Σ	characterised by the disposition of the terminals on the cells [2021.01]
H01M  50/547 101 \	4	4	5H043	H01M  50/547	108	ʣ̤ˤޤ	spreading over multiple surfaces
H01M  50/547 201 \	4	4	5H043	H01M  50/547	213	ɽ̼	Surface mounting
H01M  50/548  \	4	4	5H043	H01M  50/548	193	ӥи¦̤ˤΣ	on opposite sides of the cell [2021.01]
H01M  50/548 101 \	5	5	5H043	H01M  50/548	696	γΤѷǤ	cells having prismatic or rectangular exterior bodies
H01M  50/548 201 \	5	5	5H043	H01M  50/548	1315	γΤ̤ͭΤǡήμФи̤֤줿	cells with exterior bodies having curved cross-sections and with the portions for taking out the current arranged on the opposite surfaces
H01M  50/548 301 \	5	5	5H043	H01M  50/548	880	γΤѥޤϥե쥭֥ХåǤ	cells with exterior bodies which are pouches or flexible bags
H01M  50/55  \	4	4	5H043	H01M  50/55	149	ӥƱ̤ˤΣ	on the same side of the cell [2021.01]
H01M  50/55 101 \	5	5	5H043	H01M  50/55	2991	γΤѷǤ	cells having prismatic or rectangular exterior bodies
H01M  50/55 201 \	5	5	5H043	H01M  50/55	328	γΤ̤ͭΤǡήμФƱ̤֤줿	cells with exterior bodies having curved cross-sections and with the portions for taking out the current arranged in the same surface
H01M  50/55 301 \	5	5	5H043	H01M  50/55	978	γΤѥޤϥե쥭֥ХåǤ	cells with exterior bodies which are pouches or flexible bags
H01M  50/552  \	3	3	5H043	H01M  50/552	402	ħΡΣ	characterised by their shape [2021.01]
H01M  50/553  \	4	4	5H043	H01M  50/553	1894	ѷޤϥѥӥŬüҡΣ	Terminals adapted for prismatic, pouch or rectangular cells [2021.01]
H01M  50/555  \	5	5	5H043	H01M  50/555	205	üҡΣ	Window-shaped terminals [2021.01]
H01M  50/557  \	5	5	5H043	H01M  50/557	1876	ľüҡΣ	Plate-shaped terminals [2021.01]
H01M  50/559  \	4	4	5H043	H01M  50/559	1351	̡㡥߷ʱ߷ޤϥܥͭӥŬüҡʣȣͣͥˡΣ	Terminals adapted for cells having curved cross-section, e.g. round, elliptic or button cells (H01M 50/553 takes precedence) [2021.01]
H01M  50/56  \	5	5	5H043	H01M  50/56	1182	å׾üҡΣ	Cup shaped terminals [2021.01]
H01M  50/562  \	3	3	5H043	H01M  50/562	1662	ħΡΣ	characterised by the material [2021.01]
H01M  50/564  \	3	3	5H043	H01M  50/564	691	¤ħΡΣ	characterised by their manufacturing process [2021.01]
H01M  50/566  \	4	4	5H043	H01M  50/566	1363	ܡϤդޤϤդˤΡΣ	by welding, soldering or brazing [2021.01]
H01M  50/567  \	4	4	5H043	H01M  50/567	1144	ʤˤΡ㡥ͤ٥åȤޤϥܥȡΣ	by fixing means, e.g. screws, rivets or bolts [2021.01]
H01M  50/569  \	2	2	5H043	H01M  50/569	2846	ξ֤Τ뤿Ƴ³ι¤κ㡥ŰüҤι¤κ¬֤Ȱβ줿Хåƥ꡼ߥʥ륳ͥǣңˡΣ	Constructional details of current conducting connections for detecting conditions inside cells or batteries, e.g. details of voltage sensing terminals (battery terminal connectors with integrated measuring arrangements G01R 31/364) [2021.01]
H01M  50/571  \	2	2	5H043	H01M  50/571	711	忩ФݸͿ뤿ˡޤ֡ΤκΣ	Methods or arrangements for affording protection against corrosion; Selection of materials therefor [2021.01]
H01M  50/572  \	2	2	5H043	H01M  50/572	1161	ѤޤϸŤɻߤʡΣ	Means for preventing undesired use or discharge [2021.01]
H01M  50/574  \	3	3	5H043	H01M  50/574	472	ήǤΤΥǥХޤ֡Σ	Devices or arrangements for the interruption of current [2021.01]
H01M  50/576  \	4	4	5H043	H01M  50/576	9	ɻߤΤΤΡΣ	in response to theft [2021.01]
H01M  50/578  \	4	4	5H043	H01M  50/578	1117	Ϥ˱ΡΣ	in response to pressure [2021.01]
H01M  50/579  \	4	4	5H043	H01M  50/579	47	׷˱ΡΣ	in response to shock [2021.01]
H01M  50/581  \	4	4	5H043	H01M  50/581	780	٤˱ΡΣ	in response to temperature [2021.01]
H01M  50/583  \	4	4	5H043	H01M  50/583	1097	ή˱Ρ㡥ҥ塼Σ	in response to current, e.g. fuses [2021.01]
H01M  50/584  \	3	3	5H043	H01M  50/584	29	⳰ǤθܿɻߤΡΣ	for preventing incorrect connections inside or outside the batteries [2021.01]
H01M  50/586  \	4	4	5H043	H01M  50/586	3042	Ӥ㡥ŶˤθܿΣ	inside the batteries, e.g. incorrect connections of electrodes [2021.01]
H01M  50/588  \	4	4	5H043	H01M  50/588	3095	Ӥγ㡥üҤޤϥХСθܿΣ	outside the batteries, e.g. incorrect connections of terminals or busbars [2021.01]
H01M  50/588 101 \	5	5	5H043	H01M  50/588	289	ɻߤΤΤ	for preventing electric shocks
H01M  50/59  \	4	4	5H043	H01M  50/59	596	ݸʤħΡΣ	characterised by the protection means [2021.01]
H01M  50/591  \	5	5	5H043	H01M  50/591	1467	СΣ	Covers [2021.01]
H01M  50/591 101 \	6	6	5H043	H01M  50/591	977	졤ƥ	Coats, coating
H01M  50/593  \	5	5	5H043	H01M  50/593	2890	ڡġΣ	Spacers; Insulating plates [2021.01]
H01M  50/595  \	5	5	5H043	H01M  50/595	533	ơסΣ	Tapes [2021.01]
H01M  50/597  \	5	5	5H043	H01M  50/597	316	ȿžɤΤΡΣ	Protection against reversal of polarity [2021.01]
H01M  50/598  \	3	3	5H043	H01M  50/598	92	ݾڥ٥Σ	Guarantee labels [2021.01]
H01M  50/60  \	1	1	5H023	H01M  50/60	39	ադΤ֤ޤˡӱդΤ֤ޤˡΣ	Arrangements or processes for filling or topping-up with liquids; Arrangements or processes for draining liquids from casings [2021.01]
H01M  50/609  \	2	2	5H023	H01M  50/609	612	Τ뤿֤ޤˡ㡥ŲաΣ	Arrangements or processes for filling with liquid, e.g. electrolytes [2021.01]
H01M  50/618  \	3	3	5H023	H01M  50/618	325	Σ	Pressure control [2021.01]
H01M  50/627  \	3	3	5H023	H01M  50/627	804	ոΣ	Filling ports [2021.01]
H01M  50/636  \	4	4	5H023	H01M  50/636	428	ո̩Ĥޤߡ㡥λѡΣ	Closing or sealing filling ports, e.g. using lids [2021.01]
H01M  50/645  \	5	5	5H023	H01M  50/645	543	ΤΡΣ	Plugs [2021.01]
H01M  50/655  \	6	6	5H023	H01M  50/655	393	ӵäŬΡΣ	specially adapted for venting [2021.01]
H01M  50/664  \	5	5	5H023	H01M  50/664	137	ߡ㡥¨ѼӤޤϳӤ¸ΤΤΡΣ	Temporary seals, e.g. for storage of instant batteries or seawater batteries [2021.01]
H01M  50/673  \	2	2	5H023	H01M  50/673	365	¢ΤƴƳдɡΣ	Containers for storing liquids; Delivery conduits therefor [2021.01]
H01M  50/682  \	3	3	5H023	H01M  50/682	297	ӥ˼ǼΡΣ	accommodated in battery or cell casings [2021.01]
H01M  50/691  \	2	2	5H023	H01M  50/691	119	ӱդΤ֤ޤˡӥΣ	Arrangements or processes for draining liquids from casings; Cleaning battery or cell casings [2021.01]
H01M  50/70  \	1	1	5H023	H01M  50/70	63	Ųդ¤ޤϽ۴Ĥ뤿֡Σ	Arrangements for stirring or circulating the electrolyte [2021.01]
H01M  50/73  \	2	2	5H023	H01M  50/73	41	ŲվޤŲǥưˤŲդ¡Σ	Electrolyte stirring by the action of gas on or in the electrolyte [2021.01]
H01M  50/77  \	2	2	5H023	H01M  50/77	90	۴ķϩĤΡΣ	with external circulating path [2021.01]
