G02F   1/00  \	0	0	2K102	G02F   1/00	203	Ωθãζ١ꡤиޤΤ֤ޤ֡㡥å󥰡ƥ󥰤ޤĴءΣ	Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulating; Non-linear optics [1, 2, 4, 2006.01]
G02F   1/01  \	1	1	2K102	G02F   1/01	807	١ꡤиޤϿΤΤΡʣǣƣǣƣͥˡΣ	for the control of the intensity, phase, polarisation or colour (G02F 1/29, G02F 1/35 take precedence) [7]
G02F   1/01  A	1	0	2K102	G02F   1/01	230	˴Ϣ	Related to materials
G02F   1/01  B	1	0	2K102	G02F   1/01	1495	ư˴Ϣ	Related to drive
G02F   1/01  C	1	0	2K102	G02F   1/01	1666	Ƴϩ¤	Waveguide structure
G02F   1/01  D	1	0	2K102	G02F   1/01	704	ŪĴ	Spatial modulation
G02F   1/01  E	1	1	2K102	G02F   1/01	25	եȥؤͭ	provided with photoconductive layer
G02F   1/01  F	1	0	2K102	G02F   1/01	879	¤	Structure in general
G02F   1/01  Z	1	0	2K102	G02F   1/01	365	¾	Others
G02F   1/015  \	2	2	2K102	G02F   1/015	247	Ű̾ɡ㡥УΡУɣܹ硤ͭȾƳǻҤ˴𤤤ΡʣǣƣͥˡΣ	based on semiconductor elements having potential barriers, e.g. having a PN or PIN junction?  (G02F 1/03 takes precedence) [2006.01]
G02F   1/015 501 \	3	3	2K102	G02F   1/015	56	˴Ϣ	Related to materials
G02F   1/015 502 \	3	3	2K102	G02F   1/015	420	ư˴Ϣ	Related to drive
G02F   1/015 503 \	3	3	2K102	G02F   1/015	49	ŪĴ	Spatial modulatin
G02F   1/015 504 \	4	4	2K102	G02F   1/015	16	եȥؤͭ	provided with photoconductive layer
G02F   1/015 505 \	3	3	2K102	G02F   1/015	650	¤	Structure in general
G02F   1/017  \	3	3	2K102	G02F   1/017	33	ŪޤϽŪʥݥƥ󥷥ѲĹ¤㡥Ķʻҡ¿̻Ұ͡Σ	Structures with periodic or quasi periodic potential variation, e.g. superlattices, quantum wells
G02F   1/017 501 \	4	4	2K102	G02F   1/017	21	˴Ϣ	related to material
G02F   1/017 502 \	4	4	2K102	G02F   1/017	59	ư˴Ϣ	related to drive
G02F   1/017 503 \	4	4	2K102	G02F   1/017	415	Ƴϩ¤	Waveguide structure
G02F   1/017 504 \	4	4	2K102	G02F   1/017	11	ŪĴ	Spatial modulation
G02F   1/017 505 \	5	5	2K102	G02F   1/017	6	եȥؤͭ	provided with photoconductive layer
G02F   1/017 506 \	4	4	2K102	G02F   1/017	132	¤	Structure in general
G02F   1/025  \	3	3	2K102	G02F   1/025	2128	Ƴϩ¤ΤΡʣǣƣͥˡΣ	in an optical waveguide structure (G02F 1/017 takes precedence) [5,7]
G02F   1/03  \	2	2	2K102	G02F   1/03	340	ߥåޤŵŪ뾽˴ŤΡݥå륹̤ޤϥ̤褹ΡʣǣƣͥˡΣ	based on ceramics or electro-optical crystals, e.g. exhibiting Pockels or Kerr effect(G02F1/061 takes precedence)
G02F   1/03 501 \	3	3	2K102	G02F   1/03	360	˴Ϣ	Related to materials
G02F   1/03 502 \	3	3	2K102	G02F   1/03	907	ư˴Ϣ	Related to drive
G02F   1/03 503 \	3	3	2K102	G02F   1/03	652	ŪĴ	Spatial modulation
G02F   1/03 504 \	4	4	2K102	G02F   1/03	231	եȥؤͭ	provided with photoconductive layer
G02F   1/03 505 \	3	3	2K102	G02F   1/03	1365	¤	Structure in general
G02F   1/035  \	3	3	2K102	G02F   1/035	2906	Ƴϩ¤ΤΡΣ	in an optical waveguide structure [5]
G02F   1/05  \	3	3	2K102	G02F   1/05	30	ͶŪĤΡʣǣƣǣƣͥˡΣ	with ferro-electric properties(G02F1/035, G02F1/055 take precedence)
G02F   1/05 501 \	4	4	2K102	G02F   1/05	215	˴Ϣ	Related to materials
G02F   1/05 502 \	4	4	2K102	G02F   1/05	151	ư˴Ϣ	Related to drive
G02F   1/05 503 \	4	4	2K102	G02F   1/05	426	ŪĴ	Spatial modulation
G02F   1/05 504 \	5	5	2K102	G02F   1/05	112	եȥؤͭ	provided with photoconductive layer
G02F   1/05 505 \	4	4	2K102	G02F   1/05	51	¤	Structure in general
G02F   1/055  \	3	3	2K102	G02F   1/055	159	ǽưʪߥåǤΡʣǣƣͥˡΣ	the active material being a ceramic(G02F1/035 takes precedence)
G02F   1/055 501 \	4	4	2K102	G02F   1/055	48	˴Ϣ	Related to materials
G02F   1/055 502 \	4	4	2K102	G02F   1/055	123	ư˴Ϣ	Related to drive
G02F   1/055 503 \	4	4	2K102	G02F   1/055	172	ŪĴ	Spatial modulation
G02F   1/055 504 \	5	5	2K102	G02F   1/055	16	եȥؤͭ	provided with photoconductive layer
G02F   1/055 505 \	4	4	2K102	G02F   1/055	396	¤	Structure in general
G02F   1/061  \	2	2	2K102	G02F   1/061	22	ŵŪͭʪ˴ŤΡʣǣƣͥˡΣ	based on electro-optical organic material(G02F1/07 takes precedence)
G02F   1/061 501 \	3	3	2K102	G02F   1/061	115	˴Ϣ	related to material
G02F   1/061 502 \	3	3	2K102	G02F   1/061	34	ư˴Ϣ	related to drive
G02F   1/061 503 \	3	3	2K102	G02F   1/061	164	ŪĴ	Spatial modulation
G02F   1/061 504 \	4	4	2K102	G02F   1/061	3	եȥؤͭ	provided with photoconductive layer
G02F   1/061 505 \	3	3	2K102	G02F   1/061	129	¤	Structure in general
G02F   1/065  \	3	3	2K102	G02F   1/065	162	Ƴϩ¤ΤΡΣ	in an optical waveguide structure [7]
G02F   1/07  \	2	2	2K102	G02F   1/07	25	̤褹ŵŪΤ˴𤤤ΡΣ	based on electro-optical liquids exhibiting Kerr effect
G02F   1/07  A	2	0	2K102	G02F   1/07	3	˴Ϣ	Related to materials
G02F   1/07  B	2	0	2K102	G02F   1/07	0	ư˴Ϣ	Related to drive
G02F   1/07  C	2	0	2K102	G02F   1/07	1	Ƴϩ¤	Waveguide structure
G02F   1/07  D	2	0	2K102	G02F   1/07	2	ŪĴ	Spatial modulation
G02F   1/07  E	2	1	2K102	G02F   1/07	0	եȥؤͭ	Provided with photoconductive layer
G02F   1/07  F	2	0	2K102	G02F   1/07	2	¤	Structure in general
G02F   1/07  Z	2	0	2K102	G02F   1/07	6	¾	Others
G02F   1/09  \	2	2	2K102	G02F   1/09	562	ŪǻҤ˴𤤤Ρ㡥եǥ̤褹ΡΣ	based on magneto-optical elements, e.g. exhibiting Faraday effect
G02F   1/09 501 \	3	3	2K102	G02F   1/09	674	˴Ϣ	Related to materials
G02F   1/09 502 \	3	3	2K102	G02F   1/09	85	ư˴Ϣ	Related to drive
G02F   1/09 503 \	3	3	2K102	G02F   1/09	199	ŪĴ	Spatial modulation
G02F   1/09 504 \	4	4	2K102	G02F   1/09	0	եȥؤͭ	Provided with photoconductive layer
G02F   1/09 505 \	3	3	2K102	G02F   1/09	736	¤	Structure in general
G02F   1/095  \	3	3	2K102	G02F   1/095	148	Ƴϩ¤ΤΡΣ	in an optical waveguide structure [5]
G02F   1/11  \	2	2	2K102	G02F   1/11	722	ǻҤ˴𤤤Ρ㡥ȤޤƱͤʵưȤˤѤβޤѤΡʲŪиǣƣˡΣ	based on acousto-optical elements, e.g. using variable diffraction by sound or like mechanical waves(acousto-optical deflection G02F1/33)
G02F   1/11 501 \	3	3	2K102	G02F   1/11	40	˴Ϣ	Related to materials
G02F   1/11 502 \	3	3	2K102	G02F   1/11	298	ư˴Ϣ	Related to drive
G02F   1/11 503 \	3	3	2K102	G02F   1/11	24	ŪĴ	Spatial modulation
G02F   1/11 504 \	4	4	2K102	G02F   1/11	0	եȥؤͭ	Provided with photoconductive layer
G02F   1/11 505 \	3	3	2K102	G02F   1/11	425	¤	Structure in general
G02F   1/125  \	3	3	2K102	G02F   1/125	266	Ƴϩ¤ΤΡΣ	in an optical waveguide structure [5]
G02F   1/13  \	2	2	2H088	G02F   1/13	816	վ˴ŤΡ㡥ñαվɽΣ	based on liquid crystals, e.g. single liquid crystal display cells [2]
G02F   1/13 101 \	3	3	2H088	G02F   1/13	16565	¤֤ħͭʤվ¤	Manufacture of  liquid crystal cell not characterized by structure layout
G02F   1/13 102 \	3	3	2H088	G02F   1/13	929	ŵޤ󼧵ظ̤ˤäħդ줿Ρ㡥ǮޤϰϤˤ	characterized by non-electric or non-magneto-optical effect, e.g. effect by heat or pressure
G02F   1/13 500 \	3	3	2K011	G02F   1/13	8933	վħͭ	Characterized by liquid crystal  material
G02F   1/13 505 \	3	3	2H088	G02F   1/13	26984	վα	Application of  liquid crystal
G02F   1/133  \	3	3	2H189	G02F   1/133	2596	¤֡վκưϩ֡ʥޥȥåʤʣαվǻҤΤ֤ޤϲϩǤäơվǻҤȹ¤Ū˷ӤĤƤʤΣǣǣˡΣ	Constructional arrangements; Operation of liquid crystal cells; Circuit arrangements(arrangements or circuits for control of liquid crystal elements in a matrix, not structurally associated with these elements G09G3/36)
G02F   1/133 500 \	4	4	2H189	G02F   1/133	1630	ӣԣΡĶͤʣ޷	STN [extra-twisted birefringence type]
G02F   1/133 505 \	4	4	2H193	G02F   1/133	9486	վκưϩ	Liquid crystal cell  operation and circuit layout
G02F   1/133 510 \	5	5	2H193	G02F   1/133	2432	顼	Adoption of colors
G02F   1/133 515 \	5	5	2H193	G02F   1/133	101	ͥݥ	Negative and positive
G02F   1/133 520 \	5	5	2H193	G02F   1/133	2792	Ÿ	Power supply
G02F   1/133 525 \	5	5	2H193	G02F   1/133	1647	ľήʬ	Removal of  DC component
G02F   1/133 530 \	5	5	2H193	G02F   1/133	1279	ϵǽ	Input function
G02F   1/133 535 \	5	5	2H193	G02F   1/133	7969		Light source
G02F   1/133 540 \	5	5	2H189	G02F   1/133	213	ԡǻҤȹ礻ư	Operation in combination with impedance element
G02F   1/133 545 \	5	5	2H193	G02F   1/133	3540	ñޥȥå	Simple matrix
G02F   1/133 550 \	5	5	2H193	G02F   1/133	14103	ƥ֥ޥȥå	Active matrix
G02F   1/133 555 \	5	5	2H193	G02F   1/133	280	ȶư	Two-frequency drive
G02F   1/133 560 \	5	5	2H193	G02F   1/133	3005	Ͷаվ	for ferroelectric and bistable liquid
G02F   1/133 565 \	5	5	2H193	G02F   1/133	281	Ǯɥ쥹	Thermal address
G02F   1/133 570 \	5	5	2H193	G02F   1/133	1437	֤	Response time control
G02F   1/133 575 \	5	5	2H193	G02F   1/133	6555	ȥ饹Ȥ	Contrast control
G02F   1/133 580 \	5	5	2H193	G02F   1/133	3771	ư㡥	Compensation for  changes in external conditions, e.g. temperature compensation
G02F   1/1333  \	4	4	2H189	G02F   1/1333	21873	¤֡ʣǣƣǣƣͥˡΣ	Constructional arrangements (G02F 1/135, G02F 1/136 take precedence) [5]
G02F   1/1333 500 \	5	5	2H190	G02F   1/1333	11270		Substrate
G02F   1/1333 505 \	6	6	2H190	G02F   1/1333	4034		Insulated film
G02F   1/1334  \	5	5	2H189	G02F   1/1334	5023	ʬʬվ㡥ޥץ벽վˤ˴ŤΡΣ	based on polymer-dispersed liquid crystals, e.g. microencapsulated liquid crystals [7]
G02F   1/1335  \	5	5	2H291	G02F   1/1335	18750	ȸࡤ㡥иҤޤȿͶȤι¤Ūȹ礻Σ	Structural association of cells with optical devices, e.g. polarisers or reflectors [2006.01]
G02F   1/1335 500 \	6	6	2H291	G02F   1/1335	5453	ե륿Ȥȹ礻	Combination with filters
G02F   1/1335 505 \	7	7	2H291	G02F   1/1335	14322	ե륫顼ΤΤ	for adoption of full colors
G02F   1/1335 510 \	6	6	2H291	G02F   1/1335	19561	иҤȤȹ礻	Combination with polarizer
G02F   1/1335 515 \	7	7	2H291	G02F   1/1335	711	ե륫顼ΤΤ	for adoption of full colors
G02F   1/1335 520 \	6	6	2H291	G02F   1/1335	8183	ȿͶȤȹ礻	Combination with  reflecting mirror
G02F   1/1335 525 \	7	7	2H291	G02F   1/1335	479	ե륫顼ΤΤ	for adoption of full colors
G02F   1/13357  \	6	6	2H391	G02F   1/13357	33042	֤Ȥȹ碌Σ	Illuminating devices [7]
G02F   1/13363  \	6	6	2H291	G02F   1/13363	13737	ʣǻҤȤȹ碌㡥ΤΤΡΣ	Birefringent elements, e.g. for optical compensation [7]
G02F   1/1337  \	5	5	2H290	G02F   1/1337	5809	վʬҤγ̤ˤ۸㡥۸ءΣ	Surface-induced orientation of the liquid crystal molecules, e.g. by alignment layers
G02F   1/1337 500 \	6	6	2H290	G02F   1/1337	1692	ӥ󥰤ħΤ	Characterized by rubbing
G02F   1/1337 505 \	6	6	2H290	G02F   1/1337	2756	ʣ۸Ԥ	provided with multiple orientation treatments
G02F   1/1337 510 \	6	6	2H290	G02F   1/1337	1666	᥯åվŬѤ	suitable to smectic liquid crystal
G02F   1/1337 515 \	6	6	2H290	G02F   1/1337	794	̵ʪʤ۸	Orientation control film composed of inorganic compounds
G02F   1/1337 520 \	6	6	2H290	G02F   1/1337	3810	ͭʪʤ۸	Orientation control film composed of organic compounds
G02F   1/1337 525 \	7	7	2H290	G02F   1/1337	3825	ߥɲʪ	Imide compound
G02F   1/1337 530 \	7	7	2H290	G02F   1/1337	526	󲽹ʪ	Silane compound
G02F   1/1339  \	5	5	2H189	G02F   1/1339	301	åȡڡߡΣ	Gaskets; Spacers; Sealing of cells [2006.01]
G02F   1/1339 500 \	6	6	2H189	G02F   1/1339	7221	åȡڡ	Gasket and spacer
G02F   1/1339 505 \	6	6	2H189	G02F   1/1339	6387		Cell sealing
G02F   1/1341  \	5	5	2H189	G02F   1/1341	3229	ޤĺɡΣ	Filling or closing of the cell [5]
G02F   1/1343  \	5	5	2H092	G02F   1/1343	19373	ŶˡΣ	Electrodes [5]
G02F   1/1345  \	5	5	2H092	G02F   1/1345	14734	Ŷˤ򥻥üҤ³ƳΡΣ	Conductors connecting electrodes to cell terminals [5]
G02F   1/1347  \	5	5	2H189	G02F   1/1347	4542	ĤθӡκǽŪʾ֤İʾؤޤϥθ̤¤ˤãվؤޤϥ֡Σ	Arrangement of liquid crystal layers or cells in which the final condition of one light beam is achieved by the addition of the effects of two or more layers or cells [5]
G02F   1/135  \	4	4	2H092	G02F   1/135	1672	ŪޤŵŪѤƳؤޤ϶Ͷؤȹ¤ŪȤ߹礵줿վΣ	Liquid crystal cells structurally associated with a photoconducting or a ferro-electric layer, the properties of which can be optically or electrically varied [3]
G02F   1/136  \	4	4	2H192	G02F   1/136	999	ȾƳΤؤޤϴĤȹ¤Ȥ߹礵줿վ롤㡥Ѳϩΰ륻ʣǣƣͥˡΣ	Liquid crystal cells structurally associated with a semi-conducting layer or substrate, e.g. cells forming part of an integrated circuit (G02F 1/135 takes precedence) [5]
G02F   1/1362  \	5	5	2H192	G02F   1/1362	440	ƥ֥ޥȥåΣ	Active matrix addressed cells [7]
G02F   1/1365  \	6	6	2H192	G02F   1/1365	2080	åǻҤüҤǻҤǤΡΣ	in which the switching element is a two-electrode device [7]
G02F   1/1368  \	6	6	2H192	G02F   1/1368	30084	åǻҤüҤǻҤǤΡΣ	in which the switching element is a three-electrode device [7]
G02F   1/137  \	3	3	2H088	G02F   1/137	1741	ŵؤޤϼظ̡㡥Ͷžܡ۸̡ȡݥۥߺѤޤưŪ𡤤ˤäħŤ줿ΡΣ	characterised by a particular electro- or magneto-optical effect, e.g. field-induced phase transition, orientation effect, guest-host interaction, dynamic scattering [3]
G02F   1/137 500 \	4	4	2H088	G02F   1/137	2121	վˤƤΤ	Effects occurring only in the mixed liquid crystal
G02F   1/139  \	4	4	2H088	G02F   1/139	2686	վƩΤޤޤǤ۸̤˴ŤΡΣ	based on orientation effects in which the liquid crystal remains transparent [6]
G02F   1/141  \	5	5	2H088	G02F   1/141	1581	ͶվѤΡΣ	using ferroelectric liquid crystals [6]
G02F   1/15  \	2	2	2K101	G02F   1/15	2013	쥯ȥߥå̤˴ŤΡΣ	based on an electrochromic effect [2019.01]
G02F   1/15 501 \	3	3	2K101	G02F   1/15	442	ߥ顼	Antiglare mirror
G02F   1/15 502 \	3	3	2K101	G02F   1/15	766	Ĵ	Light control window
G02F   1/15 503 \	3	3	2K101	G02F   1/15	206		Spectacles
G02F   1/15 504 \	3	3	2K101	G02F   1/15	116	ʤ	Diaphragm
G02F   1/15 505 \	3	3	2K101	G02F   1/15	807	ˡħΤ	Characterized by manufacturing method
G02F   1/15 506 \	3	3	2K101	G02F   1/15	645	¾αѵ	Other application equipment
G02F   1/15 507 \	3	3	2K101	G02F   1/15	1025	η	Totally solid type
G02F   1/15 508 \	3	3	2K101	G02F   1/15	1054	Ųؤͭ	Provided with liquid electrolyte layer
G02F   1/1503  \	3	3	2K101	G02F   1/1503	849	ͭϱλԸȿ㡥ӥϱաˤΡΣ	caused by oxidation-reduction reactions in organic liquid solutions, e.g. viologen solutions
G02F   1/1506  \	3	3	2K101	G02F   1/1506	500	쥯ȥǥݥ㡥Ŷ˾ޤŶ˶˵ؤ̵ŲϽС˴ŤΡΣ	based on electrodeposition, e.g. electrolytic deposition of an inorganic material on or close to an electrode
G02F   1/1514  \	3	3	2K101	G02F   1/1514	84	쥯ȥߥåˤäħŤ줿Ρ㡥쥯ȥǥݥˤΡΣ	characterised by the electrochromic material, e.g. by the electrodeposited material
G02F   1/1516  \	4	4	2K101	G02F   1/1516	1639	ͭޤΡΣ	comprising organic material
G02F   1/1523  \	4	4	2K101	G02F   1/1523	1382	̵ޤΡΣ	comprising inorganic material
G02F   1/1524  \	5	5	2K101	G02F   1/1524	723	ܶ°ʪΣ	Transition metal compounds
G02F   1/153  \	3	3	2K101	G02F   1/153	1168	¤Σ	Constructional arrangements [5]
G02F   1/155  \	4	4	2K101	G02F   1/155	1604	ŶˡΣ	Electrodes [5]
G02F   1/157  \	4	4	2K101	G02F   1/157	329	ȸࡤ㡥ȿͶޤϾ֡Ȥι¤Ūȹ礻Σ	Structural association of optical devices, e.g. reflectors or illuminating devices, with the cell [5]
G02F   1/161  \	4	4	2K101	G02F   1/161	246	åȡڡߡޤĺɡΣ	Gaskets; Spacers; Sealing of the cell; Filling or closing of the cell [5]
G02F   1/163  \	3	3	2K101	G02F   1/163	866	쥯ȥߥå롤㡥쥯ȥǥݥ󥻥롤κưΤβϩ֡Σ	Operation of electrochromic cells; Circuit arrangements [5]
G02F   1/165  \	2	2	2K101	G02F   1/165	943	ä줿κѲˤήγҤ¿ʱư˴ŤΡΣ	based on translational movement of particles in a fluid under the influence of an applied field
G02F   1/166  \	3	3	2K101	G02F   1/166	255	ŵؤޤϼظ̤ˤäħŤ줿ΡΣ	characterised by the electro-optical or magneto-optical effect
G02F   1/167  \	4	4	2K101	G02F   1/167	7044	ŵưˤΡΣ	based on electrophoresis [5]
G02F   1/1671  \	4	4	2K101	G02F   1/1671	1217	ɥ饤ȥʡͭΡΣ	involving dry toners
G02F   1/1673  \	4	4	2K101	G02F   1/1673	512	ưˤΡΣ	by magnetophoresis
G02F   1/1675  \	3	3	2K101	G02F   1/1675	384	¤Σ	Constructional details
G02F   1/16753  \	4	4	2K101	G02F   1/16753	210	ٻޤϼդ뤿ι¤㡤ե졼ޤϥ٥Σ	Structures for supporting or mounting cells, e.g. frames or bezels
G02F   1/16755  \	4	4	2K101	G02F   1/16755	1399	ġΣ	Substrates
G02F   1/16756  \	4	4	2K101	G02F   1/16756	975	ءΣ	Insulating layers
G02F   1/16757  \	4	4	2K101	G02F   1/16757	3057	ޥץΣ	Microcapsules
G02F   1/1676  \	4	4	2K101	G02F   1/1676	1181	ŶˡΣ	Electrodes
G02F   1/16761  \	5	5	2K101	G02F   1/16761	593	ŶˤŶˤ֡Σ	Side-by-side arrangement of working electrodes and counter-electrodes
G02F   1/16762  \	5	5	2K101	G02F   1/16762	345	˻İʾŶˤͭΡΣ	having three or more electrodes per pixel
G02F   1/16766  \	5	5	2K101	G02F   1/16766	2307	ƥ֥ޥȥåΤΤΡΣ	for active matrices
G02F   1/1677  \	4	4	2K101	G02F   1/1677	1586	ȸࡤ㡥ȿͶޤϾ֡Ȥι¤Ūȹ礻Σ	Structural association of cells with optical devices, e.g. reflectors or illuminating devices
G02F   1/1679  \	4	4	2K101	G02F   1/1679	1147	åȡڡߡޤĺɡΣ	Gaskets; Spacers; Sealing of cells; Filling or closing of cells
G02F   1/1681  \	5	5	2K101	G02F   1/1681	2858	ɤˤäƻڤ줿İʾΥޥͭΡ㡥ޥå׷Σ	having two or more microcells partitioned by walls, e.g. of microcup type
G02F   1/1685  \	3	3	2K101	G02F   1/1685	3421	κưΤ˺Ѥϩ֡Σ	Operation of cells; Circuit arrangements affecting the entire cell
G02F   1/169  \	2	2	2K101	G02F   1/169	302	̤θŪͭ۸γҤ˴ŤΡ㡥ȿͶ°ե졼ηγҡΣ	based on orientable non-spherical particles having a common optical characteristic, e.g. suspended particles of reflective metal flakes
G02F   1/17  \	2	2	2K101	G02F   1/17	5831	ѵۼǻҤ˴ŤΤǤäơ롼ףǣƣǣƣʬवʤΡΣ	based on variable absorption elements (G02F 1/015-G02F 1/167 take precedence) [2,5]
G02F   1/19  \	2	2	2K101	G02F   1/19	1557	ȿǻҤޤѶǻҤ˴ŤΤǤäơ롼ףǣƣǣƣʬवʤΡΣ	based on variable-reflection or variable-refraction elements not provided for in groups G02F 1/015-G02F 1/169 [2019.01]
G02F   1/19 501 \	3	3	2K101	G02F   1/19	459	γҤ۸ѲˤΤǤäơ롼ףǣƣʬवʤ	due to orientation changes of fine particles, not provided for in group G02F 1/169
G02F   1/21  \	2	2	2K102	G02F   1/21	167	ĤˤΡΣ	by interference [2]
G02F   1/225  \	3	3	2K102	G02F   1/225	106	Ƴϩ¤ΤΡΣ	in an optical waveguide structure [5]
G02F   1/23  \	2	2	2K102	G02F   1/23	144	ΤΤΡʣǣƣǣƣͥˡΣ	for the control of the colour (G02F 1/03-G02F 1/21 take precedence) [2]
G02F   1/25  \	3	3	2K102	G02F   1/25	80	ޤϼĹˤĤƤΤΡΣ	as to hue or predominant wavelength [2]
G02F   1/29  \	1	1	2K102	G02F   1/29	1197	ӡΰ֤ޤΤΤΡʤиΣ	for the control of the position or the direction of light beams, i.e. deflection [4]
G02F   1/295  \	2	2	2K102	G02F   1/295	550	Ƴϩ¤ΤΡʣǣƣǣƣͥˡΣ	in an optical waveguide structure (G02F 1/313, G02F 1/335 take precedence) [5]
G02F   1/31  \	2	2	2K102	G02F   1/31	1248	ǥи֡ʣǣƣͥˡΣ	Digital deflection devices (G02F 1/33 takes precedence) [2]
G02F   1/313  \	3	3	2K102	G02F   1/313	2653	Ƴϩ¤ΤΡΣ	in an optical waveguide structure [5]
G02F   1/315  \	3	3	2K102	G02F   1/315	19	椵ȿͤλѤ˴𤤤ΡΣ	based on the use of controlled total internal reflection [3]
G02F   1/315  A	3	0	2K102	G02F   1/315	18	Ƴϩ¤ͭ	Provided with waveguide structure
G02F   1/315  Z	3	0	2K102	G02F   1/315	24	¾Τ	Others
G02F   1/33  \	2	2	2K102	G02F   1/33	1039	Ūи֡Σ	Acousto-optical deflection devices [2]
G02F   1/335  \	3	3	2K102	G02F   1/335	447	Ƴϩ¤ΤΡΣ	having an optical waveguide structure [5]
G02F   1/35  \	1	1	2K102	G02F   1/35	2339	ءΣ	Non-linear optics [2,5]
G02F   1/35 501 \	2	2	2K102	G02F   1/35	2254		Optical amplification
G02F   1/35 502 \	2	2	2K102	G02F   1/35	296	ͶƳ	Inductive scattering
G02F   1/355  \	2	2	2K102	G02F   1/355	2764	ʪħΡΣ	characterised by the materials used
G02F   1/355 501 \	3	3	2K102	G02F   1/355	911	̵ʪ	Inorganic substance
G02F   1/361  \	3	3	2K102	G02F   1/361	2209	ͭʪΣ	Organic materials [7]
G02F   1/365  \	2	2	2K102	G02F   1/365	852	Ƴϩ¤ΤΡʣǣƣͥˡΣ	in an optical waveguide structure (G02F 1/377 takes precedence) [7]
G02F   1/37  \	2	2	2K102	G02F   1/37	4207	󼡹ĴȯΤΤΡΣ	for second-harmonic generation [2]
G02F   1/377  \	3	3	2K102	G02F   1/377	778	Ƴϩ¤ΤΡΣ	in an optical waveguide structure [7]
G02F   1/383  \	4	4	2K102	G02F   1/383	93	եСפΤΡΣ	of the optical fibre type [7]
G02F   1/39  \	2	2	2K102	G02F   1/39	835	ֳ⤷ϻ糰ȤΥѥȥåȯޤΤΤΡŵŪѥȥåȣƣˡΣ	for parametric generation or amplification of light, infra-red, or ultra-violet waves [2]
G02F   2/00  \	0	0	2K102	G02F   2/00	1370	ĴĴĴžܡμȿѴʣǣƣͥˡΣ	Demodulating light; Transferring the modulation of modulated light; Frequency-changing of light () [2]
G02F   2/02  \	1	1	2K102	G02F   2/02	997	μȿѴ㡥̻ҥ󥿡Σ	Frequency-changing of light, e.g. by quantum counters [2]
G02F   3/00  \	0	0	2K102	G02F   3/00	989	ŪǻҡаǻҡΣ	Optical logic elements; Optical bistable devices [5]
G02F   3/00 501 \	1	1	2K102	G02F   3/00	674	黻	Logical operation
G02F   3/00 502 \	1	1	2K102	G02F   3/00	145	ر黻	Correlation operation
G02F   3/02  \	1	1	2K102	G02F   3/02	360	аǻҡΣ	Optical bistable devices [5]
G02F   7/00  \	0	0	2K102	G02F   7/00	137	ŪʥǥѴ	Optical analogue/digital converters
