F25B1/00	7	Compression machines, plants or systems with non-reversible cycle (F25B3/00, F25B5/00, F25B6/00, F25B7/00, F25B9/00 take precedence)	F25B1/00	F25B1/00		5913
F25B1/005	8	{of the single unit type (F25B1/10 takes precedence)}	F25B1/00	F25B1/00		806
F25B1/02	8	with compressor of reciprocating-piston type ({F25B1/005,}F25B1/10 take precedence)	F25B1/02	F25B1/02		440
F25B1/04	8	with compressor of rotary type ({F25B1/005,}F25B1/10 take precedence)	F25B1/04	F25B1/04		1148
F25B1/047	9	of screw type	F25B1/047	F25B1/047		566
F25B1/053	9	of turbine type	F25B1/053	F25B1/053		822
F25B1/06	8	with compressor of jet type, e.g. using liquid under pressure ({F25B1/005,}F25B1/10 take precedence)	F25B1/06	F25B1/06		382
F25B1/08	9	using vapour under pressure	F25B1/08	F25B1/08		325
F25B1/10	8	with multi-stage compression (with cascade operation F25B7/00)	F25B1/10	F25B1/10		3058
F25B3/00	7	Self-contained rotary compression machines, i.e. with compressor, condenser and evaporator rotating as a single unit	F25B3/00	F25B3/00		393
F25B5/00	7	Compression machines, plants or systems, with several evaporator circuits, e.g. for varying refrigerating capacity (with cascade operation F25B7/00)	F25B5/00	F25B5/00		794
F25B5/02	8	arranged in parallel	F25B5/02	F25B5/02		3843
F25B5/04	8	arranged in series	F25B5/04	F25B5/04		1373
F25B6/00	7	Compression machines, plants or systems, with several condenser circuits	F25B6/00	F25B6/00		230
F25B6/02	8	arranged in parallel	F25B6/02	F25B6/02		955
F25B6/04	8	arranged in series	F25B6/04	F25B6/04		1329
F25B7/00	7	Compression machines, plants or systems, with cascade operation, i.e. with two or more circuits, the heat from the condenser of one circuit being absorbed by the evaporator of the next circuit (F25B9/00 takes precedence)	F25B7/00	F25B7/00		2325
F25B9/00	7	Compression machines, plants or systems, in which the refrigerant is air or other gas of low boiling point	F25B9/00	F25B9/00		725
F25B9/002	8	{characterised by the refrigerant}	F25B9/00	F25B9/00		914
F25B9/004	9	{the refrigerant being air}	F25B9/00	F25B9/00		1199
F25B9/006	9	{the refrigerant containing more than one component (F25B9/004 takes precedence)}	F25B9/00	F25B9/00		1050
F25B9/008	9	{the refrigerant being carbon dioxide}	F25B9/00	F25B9/00		3400
F25B9/02	8	using Joule-Thompson effect; using vortex effect	F25B9/02	F25B9/02		704
F25B9/04	9	using vortex effect	F25B9/04	F25B9/04		1123
F25B9/06	8	using expanders (F25B9/10 takes precedence)	F25B9/06	F25B9/06		1237
F25B9/065	9	{using pressurised gas jets}	F25B9/06	F25B9/06		69
F25B9/08	8	using ejectors (F25B9/10 takes precedence)	F25B9/08	F25B9/08		601
F25B9/10	8	with several cooling stages	F25B9/10	F25B9/10		684
F25B9/12	8	using 3He-4He dilution	F25B9/12	F25B9/12		162
F25B9/14	8	characterised by the cycle used, e.g. Stirling cycle	F25B9/14	F25B9/14		2575
F25B9/145	9	{pulse-tube cycle}	F25B9/14	F25B9/14		1552
F25B11/00	7	Compression machines, plants or systems, using turbines, e.g. gas turbines	F25B11/00	F25B11/00		260
F25B11/02	8	as expanders (F25B9/06 takes precedence)	F25B11/02	F25B11/02		363
F25B11/04	9	centrifugal type	F25B11/04	F25B11/04		98
F25B13/00	7	Compression machines, plants or systems, with reversible cycle (defrosting cycles F25B47/02)	F25B13/00	F25B13/00		11423
F25B15/00	7	Sorption machines, plants or systems, operating continuously, e.g. absorption type	F25B15/00	F25B15/00		1118
F25B15/002	8	{using the endothermic solution of salt}	F25B15/00	F25B15/00		63
F25B15/004	8	{of rotary type}	F25B15/00	F25B15/00		39
F25B15/006	8	{with cascade operation}	F25B15/00	F25B15/00		93
F25B15/008	8	{with multi-stage operation (F25B15/006 takes precedence)}	F25B15/00	F25B15/00		365
F25B15/02	8	without inert gas ({F25B15/004, F25B15/006, F25B15/008}, F25B15/12, F25B15/14, F25B15/16 take precedence)	F25B15/02	F25B15/02		676
F25B15/025	9	{Liquid transfer means}	F25B15/02	F25B15/02		301
F25B15/04	9	the refrigerant being ammonia evaporated from aqueous solution {(F25B15/025 takes precedence)}	F25B15/04	F25B15/04		687
F25B15/06	9	the refrigerant being water vapour evaporated from a salt solution, e.g. lithium bromide {(F25B15/025 takes precedence)}	F25B15/06	F25B15/06		2163
F25B15/08	9	the refrigerant being sulfuric acid {(F25B15/025 takes precedence)}	F25B15/08	F25B15/08		13
F25B15/09	9	the refrigerant being hydrogen desorbed from a hydride {(F25B15/025 takes precedence)}	F25B15/09	F25B15/09		29
F25B15/10	8	with inert gas ({F25B15/004, F25B15/006, F25B15/008}, F25B15/12, F25B15/14, F25B15/16 take precedence)	F25B15/10	F25B15/10		1529
F25B15/12	8	with resorber ({F25B15/004, F25B15/006, F25B15/008}, F25B15/14 take precedence)	F25B15/12	F25B15/12		99
F25B15/14	8	using osmosis {(F25B15/004, F25B15/006, F25B15/008 take precedence)}	F25B15/14	F25B15/14		89
F25B15/16	8	using desorption cycle {(F25B15/004, F25B15/006, F25B15/008 take precedence)}	F25B15/16	F25B15/16		39
F25B17/00	7	Sorption machines, plants or systems, operating intermittently, e.g. absorption or adsorption type	F25B17/00	F25B17/00		762
F25B17/02	8	the absorbent or adsorbent being a liquid, e.g. brine (F25B17/10 takes precedence)	F25B17/02	F25B17/02		311
F25B17/04	9	with two or more boilers operating alternately	F25B17/04	F25B17/04		46
F25B17/06	9	with the boiler and evaporator built-up as a unit in a tiltable or revolving arrangement	F25B17/06	F25B17/06		130
F25B17/08	8	the absorbent or adsorbent being a solid, e.g. salt (F25B17/12 takes precedence)	F25B17/08	F25B17/08		973
F25B17/083	9	{with two or more boiler-sorbers operating alternately}	F25B17/08	F25B17/08		297
F25B17/086	9	{with two or more boiler-sorber/evaporator units}	F25B17/08	F25B17/08		107
F25B17/10	8	using the endothermic solution of salt	F25B17/10	F25B17/10		19
F25B17/12	8	using desorption of hydrogen from a hydride	F25B17/12	F25B17/12		228
F25B19/00	7	Machines, plants or systems, using evaporation of a refrigerant but without recovery of the vapour	F25B19/00	F25B19/00		294
F25B19/005	8	{the refrigerant being a liquefied gas}	F25B19/00	F25B19/00		271
F25B19/02	8	using fluid jet, e.g. of steam {(F25B19/005 takes precedence)}	F25B19/02	F25B19/02		97
F25B19/04	9	using liquid jet, e.g. of water	F25B19/04	F25B19/04		125
F25B21/00	7	Machines, plants or systems, using electric or magnetic effects	F25B21/00	F25B21/00		1799
F25B21/02	8	using Peltier effect; using Nernst-Ettinghausen effect	F25B21/02	F25B21/02		8432
F25B21/04	9	reversible	F25B21/04	F25B21/04		1494
F25B23/00	7	Machines, plants or systems, with a single mode of operation not covered by groups F25B1/00&#160;-&#160;F25B21/00, e.g. using selective radiation effect	F25B23/00	F25B23/00		862
F25B23/003	8	{using selective radiation effect}	F25B23/00	F25B23/00		468
F25B23/006	8	{boiling cooling systems}	F25B23/00	F25B23/00		612
F25B25/00	7	Machines, plants or systems, using a combination of modes of operation covered by two or more of the groups F25B1/00&#160;-&#160;F25B23/00	F25B25/00	F25B25/00		825
F25B25/005	8	{using primary and secondary systems}	F25B25/00	F25B25/00		2869
F25B25/02	8	Compression-sorption machines, plants, or systems	F25B25/02	F25B25/02		767
F25B27/00	7	Machines, plants or systems, using particular sources of energy (F25B30/06 takes precedence)	F25B27/00	F25B27/00		2380
F25B27/002	8	{using solar energy}	F25B27/00	F25B27/00		601
F25B27/005	9	{in compression type systems}	F25B27/00	F25B27/00		743
F25B27/007	9	{in sorption type systems}	F25B27/00	F25B27/00		619
F25B27/02	8	using waste heat, e.g. from internal-combustion engines	F25B27/02	F25B27/02		2756
F25B29/00	7	Combined heating and refrigeration systems, e.g. operating alternately or simultaneously	F25B29/00	F25B29/00		1533
F25B29/003	8	{of the compression type system}	F25B29/00	F25B29/00		2879
F25B29/006	8	{of the sorption type system}	F25B29/00	F25B29/00		607
F25B30/00	7	Heat pumps (F25B1/00-F25B25/00, F25B29/00 take precedence)	F25B30/00	F25B30/00		1052
F25B30/02	8	of the compression type	F25B30/02	F25B30/02		6960
F25B30/04	8	of the sorption type	F25B30/04	F25B30/04		1124
F25B30/06	8	characterised by the source of low potential heat	F25B30/06	F25B30/06		5364
F25B31/00	7	Compressor arrangements	F25B31/00	F25B31/00		2834
F25B31/002	8	{Lubrication}	F25B31/00	F25B31/00		1377
F25B31/004	9	{oil recirculating arrangements}	F25B31/00	F25B31/00		2052
F25B31/006	8	{Cooling of compressor or motor}	F25B31/00	F25B31/00		1062
F25B31/008	9	{by injecting a liquid}	F25B31/00	F25B31/00		446
F25B31/02	8	of motor-compressor units	F25B31/02	F25B31/02		963
F25B31/023	9	{with compressor of reciprocating-piston type}	F25B31/02	F25B31/02		548
F25B31/026	9	{with compressor of rotary type}	F25B31/02	F25B31/02		802
F25B33/00	7	Boilers; Analysers; Rectifiers (boiler-absorbers F25B35/00)	F25B33/00	F25B33/00		1035
F25B35/00	7	Boiler-absorbers, i.e. boilers usable for absorption or adsorption	F25B35/00	F25B35/00		93
F25B35/02	8	using a liquid as sorbent, e.g. brine	F25B35/02	F25B35/02		126
F25B35/04	8	using a solid as sorbent	F25B35/04	F25B35/04		301
F25B37/00	7	Absorbers; Adsorbers (boiler-absorbers F25B35/00)	F25B37/00	F25B37/00		797
F25B39/00	7	Evaporators; Condensers	F25B39/00	F25B39/00		3592
F25B39/02	8	Evaporators	F25B39/02	F25B39/02		7128
F25B39/022	9	{with plate-like or laminated elements}	F25B39/02	F25B39/02		800
F25B39/024	10	{with elements constructed in the shape of a hollow panel}	F25B39/02	F25B39/02		582
F25B39/026	9	{specially adapted for sorption type systems}	F25B39/02	F25B39/02		523
F25B39/028	9	{having distributing means}	F25B39/02	F25B39/02		1600
F25B39/04	8	Condensers	F25B39/04	F25B39/04		7220
F25B40/00	7	Subcoolers, desuperheaters or superheaters	F25B40/00	F25B40/00		2650
F25B40/02	8	Subcoolers	F25B40/02	F25B40/02		1969
F25B40/04	8	Desuperheaters	F25B40/04	F25B40/04		471
F25B40/06	8	Superheaters	F25B40/06	F25B40/06		1113
F25B41/00	7	Fluid-circulation arrangements	F25B41/00	F25B41/00		3293
F25B41/006	8	{optical fluid control arrangements}	F25B41/00	F25B41/00		139
F25B41/10	8	using electro-osmosis	F25B41/10	F25B41/10		35
F25B41/20	8	Disposition of valves, e.g. of on-off valves or flow control valves (expansion valves F25B41/31)	F25B41/20	F25B41/20		11366
F25B41/22	9	between evaporator and compressor	F25B41/22	F25B41/22		1203
F25B41/24	9	Arrangement of shut-off valves for disconnecting a part of the refrigerant cycle, e.g. an outdoor part	F25B41/24	F25B41/24		1784
F25B41/26	9	of fluid flow reversing valves	F25B41/26	F25B41/26		2077
F25B41/28	9	specially adapted for sorption cycles	F25B41/28	F25B41/28		99
F25B41/30	8	Expansion means; Dispositions thereof	F25B41/30	F25B41/30		2690
F25B41/31	9	Expansion valves	F25B41/31	F25B41/31		4950
F25B41/315	10	actuated by floats	F25B41/315	F25B41/315		430
F25B41/32	10	having flow rate limiting means other than the valve member, e.g. having bypass orifices in the valve body	F25B41/32	F25B41/32		63
F25B41/325	10	having two or more valve members	F25B41/325	F25B41/325		381
F25B41/33	10	with the valve member being actuated by the fluid pressure, e.g. by the pressure of the refrigerant	F25B41/33	F25B41/33		351
F25B41/335	11	via diaphragms	F25B41/335	F25B41/335		951
F25B41/34	10	with the valve member being actuated by electric means, e.g. by piezoelectric actuators	F25B41/34	F25B41/34		2635
F25B41/345	11	by solenoids	F25B41/345	F25B41/345		259
F25B41/347	12	{with the valve member being opened and closed cyclically, e.g. with pulse width modulation}	F25B41/345	F25B41/34		178
F25B41/35	11	by rotary motors, e.g. by stepping motors	F25B41/35	F25B41/35		768
F25B41/355	11	by electric heating of bimetal elements, shape memory elements or heat expanding elements	F25B41/355	F25B41/355		71
F25B41/36	10	with the valve member being actuated by bimetal elements or shape-memory elements influenced by fluids, e.g. by the refrigerant	F25B41/36	F25B41/36		48
F25B41/37	9	Capillary tubes	F25B41/37	F25B41/37		2407
F25B41/375	10	characterised by a variable restriction, e.g. restrictors made of shape memory alloy	F25B41/375	F25B41/375		22
F25B41/38	9	specially adapted for reversible cycles, e.g. bidirectional expansion restrictors	F25B41/38	F25B41/38		328
F25B41/385	9	Dispositions with two or more expansion means arranged in parallel on a refrigerant line leading to the same evaporator	F25B41/385	F25B41/385		864
F25B41/39	9	Dispositions with two or more expansion means arranged in series, i.e. multi-stage expansion, on a refrigerant line leading to the same evaporator	F25B41/39	F25B41/39		1330
F25B41/40	8	Fluid line arrangements	F25B41/40	F25B41/40		7568
F25B41/42	9	Arrangements for diverging or converging flows, e.g. branch lines or junctions	F25B41/42	F25B41/42		1777
F25B41/45	10	for flow control on the upstream side of the diverging point, e.g. with spiral structure for generating turbulence	F25B41/45	F25B41/45		375
F25B41/48	10	for flow path resistance control on the downstream side of the diverging point, e.g. by an orifice	F25B41/48	F25B41/48		116
F25B43/00	7	Arrangements for separating or purifying gases or liquids (in analysers or rectifiers F25B33/00); Arrangements for vaporising the residuum of liquid refrigerant, e.g. by heat (F25B40/00 takes precedence)	F25B43/00	F25B43/00		3749
F25B43/003	8	{Filters}	F25B43/00	F25B43/00		3149
F25B43/006	8	{Accumulators}	F25B43/00	F25B43/00		4100
F25B43/02	8	for separating lubricants from the refrigerant	F25B43/02	F25B43/02		2737
F25B43/04	8	for withdrawing non-condensible gases	F25B43/04	F25B43/04		235
F25B43/043	9	{for compression type systems}	F25B43/04	F25B43/04		503
F25B43/046	9	{for sorption type systems}	F25B43/04	F25B43/04		232
F25B45/00	7	Arrangements for charging or discharging refrigerant	F25B45/00	F25B45/00		3660
F25B47/00	7	Arrangements for preventing or removing deposits or corrosion, not provided for in another subclass	F25B47/00	F25B47/00		970
F25B47/003	8	{for preventing corrosion}	F25B47/00	F25B47/00		172
F25B47/006	8	{for preventing frost}	F25B47/00	F25B47/00		970
F25B47/02	8	Defrosting cycles	F25B47/02	F25B47/02		2971
F25B47/022	9	{hot gas defrosting}	F25B47/02	F25B47/02		1867
F25B47/025	10	{by reversing the cycle}	F25B47/02	F25B47/02		1231
F25B47/027	9	{for defrosting sorption type systems}	F25B47/02	F25B47/02		79
F25B49/00	7	Arrangement or mounting of control or safety devices	F25B49/00	F25B49/00		2915
F25B49/005	8	{of safety devices (F25B49/02 and F25B49/04 take precedence)}	F25B49/00	F25B49/00		2239
F25B49/02	8	for compression type machines, plants or systems	F25B49/02	F25B49/02		15489
F25B49/022	9	{Compressor control arrangements}	F25B49/02	F25B49/02		7249
F25B49/025	9	{Motor control arrangements}	F25B49/02	F25B49/02		1837
F25B49/027	9	{Condenser control arrangements}	F25B49/02	F25B49/02		1280
F25B49/04	8	for sorption type machines, plants or systems	F25B49/04	F25B49/04		498
F25B49/043	9	{Operating continuously}	F25B49/04	F25B49/04		628
F25B49/046	9	{Operating intermittently}	F25B49/04	F25B49/04		335
F25B2300/00	7	Special arrangements or features for refrigeration machines, plants or systems, combined heating and refrigeration systems or heat-pump systems	CPCONLY	F25B2300/00		42
F25B2309/00	7	Gas cycle refrigeration machines	CPCONLY	F25B2309/00		8
F25B2309/001	8	with a linear configuration or a linear motor	CPCONLY	F25B2309/001		664
F25B2309/002	8	with parallel working cold producing expansion devices in one circuit	CPCONLY	F25B2309/002		70
F25B2309/003	8	characterised by construction or composition of the regenerator	CPCONLY	F25B2309/003		511
F25B2309/004	8	using a compressor of the rotary type	CPCONLY	F25B2309/004		42
F25B2309/005	8	using an expander of the rotary type	CPCONLY	F25B2309/005		39
F25B2309/006	8	using a distributing valve of the rotary type	CPCONLY	F25B2309/006		112
F25B2309/02	8	using the Joule-Thompson effect	CPCONLY	F25B2309/02		30
F25B2309/021	9	with a cryosurgical probe tip having a specific construction	CPCONLY	F25B2309/021		39
F25B2309/022	9	characterised by the expansion element	CPCONLY	F25B2309/022		226
F25B2309/023	9	with two stage expansion	CPCONLY	F25B2309/023		27
F25B2309/06	8	Compression machines, plants or systems characterised by the refrigerant being carbon dioxide	CPCONLY	F25B2309/06		720
F25B2309/061	9	with cycle highest pressure above the supercritical pressure	CPCONLY	F25B2309/061		2376
F25B2309/14	8	Compression machines, plants or systems characterised by the cycle used&#160;	CPCONLY	F25B2309/14		75
F25B2309/1401	9	Ericsson or Ericcson cycles	CPCONLY	F25B2309/1401		34
F25B2309/1402	9	Pulse-tube cycles with acoustic driver	CPCONLY	F25B2309/1402		80
F25B2309/1403	9	Pulse-tube cycles with heat input into acoustic driver	CPCONLY	F25B2309/1403		108
F25B2309/1404	9	Pulse-tube cycles with loudspeaker driven acoustic driver	CPCONLY	F25B2309/1404		52
F25B2309/1405	9	Pulse-tube cycles with travelling waves	CPCONLY	F25B2309/1405		64
F25B2309/1406	9	Pulse-tube cycles with pulse tube in co-axial or concentric geometrical arrangements	CPCONLY	F25B2309/1406		178
F25B2309/1407	9	Pulse-tube cycles with pulse tube having in-line geometrical arrangements	CPCONLY	F25B2309/1407		219
F25B2309/1408	9	Pulse-tube cycles with pulse tube having U-turn or L-turn type geometrical arrangements	CPCONLY	F25B2309/1408		441
F25B2309/1409	9	Pulse-tube cycles with pulse tube having special type of geometrical arrangements not being a coaxial, in-line or U-turn type	CPCONLY	F25B2309/1409		9
F25B2309/1411	9	Pulse-tube cycles characterised by control details, e.g. tuning, phase shifting or general control	CPCONLY	F25B2309/1411		198
F25B2309/1412	9	Pulse-tube cycles characterised by heat exchanger details	CPCONLY	F25B2309/1412		222
F25B2309/1413	9	Pulse-tube cycles characterised by performance, geometry or theory	CPCONLY	F25B2309/1413		150
F25B2309/1414	9	Pulse-tube cycles characterised by pulse tube details	CPCONLY	F25B2309/1414		102
F25B2309/1415	9	Pulse-tube cycles characterised by regenerator details	CPCONLY	F25B2309/1415		126
F25B2309/1416	9	Pulse-tube cycles characterised by regenerator stack details	CPCONLY	F25B2309/1416		48
F25B2309/1417	9	Pulse-tube cycles without any valves in gas supply and return lines	CPCONLY	F25B2309/1417		112
F25B2309/1418	9	Pulse-tube cycles with valves in gas supply and return lines	CPCONLY	F25B2309/1418		264
F25B2309/14181	10	the valves being of the rotary type	CPCONLY	F25B2309/14181		92
F25B2309/1419	9	Pulse-tube cycles with pulse tube having a basic pulse tube refrigerator [PTR], i.e. comprising a tube with basic schematic	CPCONLY	F25B2309/1419		52
F25B2309/1421	9	Pulse-tube cycles characterised by details not otherwise provided for	CPCONLY	F25B2309/1421		204
F25B2309/1422	9	Pulse tubes with basic schematic including a counter flow heat exchanger instead of a regenerative heat exchanger	CPCONLY	F25B2309/1422		22
F25B2309/1423	9	Pulse tubes with basic schematic including an inertance tube	CPCONLY	F25B2309/1423		141
F25B2309/1424	9	Pulse tubes with basic schematic including an orifice and a reservoir	CPCONLY	F25B2309/1424		264
F25B2309/14241	10	Pulse tubes with basic schematic including an orifice reservoir multiple inlet pulse tube	CPCONLY	F25B2309/14241		198
F25B2309/1425	9	Pulse tubes with basic schematic including several pulse tubes	CPCONLY	F25B2309/1425		109
F25B2309/1426	9	Pulse tubes with basic schematic including at the pulse tube warm end a so called warm end expander	CPCONLY	F25B2309/1426		84
F25B2309/1427	9	Control of a pulse tube	CPCONLY	F25B2309/1427		40
F25B2309/1428	9	Control of a Stirling refrigeration machine	CPCONLY	F25B2309/1428		121
F25B2313/00	7	Compression machines, plants or systems with reversible cycle not otherwise provided for	CPCONLY	F25B2313/00		15
F25B2313/001	8	with two or more accumulators	CPCONLY	F25B2313/001		44
F25B2313/002	8	geothermal	CPCONLY	F25B2313/002		709
F25B2313/003	8	Indoor unit with water as a heat sink or heat source	CPCONLY	F25B2313/003		604
F25B2313/004	8	Outdoor unit with water as a heat sink or heat source	CPCONLY	F25B2313/004		221
F25B2313/005	8	Outdoor unit expansion valves	CPCONLY	F25B2313/005		224
F25B2313/006	8	two pipes connecting the outdoor side to the indoor side with multiple indoor units	CPCONLY	F25B2313/006		385
F25B2313/007	8	three pipes connecting the outdoor side to the indoor side with multiple indoor units	CPCONLY	F25B2313/007		261
F25B2313/008	8	Refrigerant heaters	CPCONLY	F25B2313/008		165
F25B2313/009	8	indoor unit in circulation with outdoor unit in first operation mode, indoor unit in circulation with an other heat exchanger in second operation mode or outdoor unit in circulation with an other heat exchanger in third operation mode	CPCONLY	F25B2313/009		96
F25B2313/021	8	Indoor unit or outdoor unit with auxiliary heat exchanger not forming part of the indoor or outdoor unit	CPCONLY	F25B2313/021		268
F25B2313/0211	9	the auxiliary heat exchanger being only used during defrosting	CPCONLY	F25B2313/0211		72
F25B2313/0212	9	the auxiliary heat exchanger being only used during dehumidifying	CPCONLY	F25B2313/0212		35
F25B2313/0213	9	the auxiliary heat exchanger being only used during heating	CPCONLY	F25B2313/0213		82
F25B2313/0214	9	the auxiliary heat exchanger being used parallel to the indoor unit during heating operation	CPCONLY	F25B2313/0214		16
F25B2313/0215	9	the auxiliary heat exchanger being used parallel to the outdoor heat exchanger during heating operation	CPCONLY	F25B2313/0215		21
F25B2313/023	8	using multiple indoor units	CPCONLY	F25B2313/023		827
F25B2313/0231	9	with simultaneous cooling and heating	CPCONLY	F25B2313/0231		769
F25B2313/0232	9	with bypasses	CPCONLY	F25B2313/0232		81
F25B2313/02321	10	during cooling	CPCONLY	F25B2313/02321		46
F25B2313/02322	10	during defrosting	CPCONLY	F25B2313/02322		56
F25B2313/02323	10	during heating	CPCONLY	F25B2313/02323		53
F25B2313/0233	9	in parallel arrangements	CPCONLY	F25B2313/0233		1085
F25B2313/02331	10	during cooling	CPCONLY	F25B2313/02331		124
F25B2313/02332	10	during defrosting	CPCONLY	F25B2313/02332		19
F25B2313/02333	10	during dehumidification	CPCONLY	F25B2313/02333		22
F25B2313/02334	10	during heating	CPCONLY	F25B2313/02334		100
F25B2313/0234	9	in series arrangements	CPCONLY	F25B2313/0234		105
F25B2313/02341	10	during cooling	CPCONLY	F25B2313/02341		36
F25B2313/02342	10	during defrosting	CPCONLY	F25B2313/02342		15
F25B2313/02343	10	during dehumidification	CPCONLY	F25B2313/02343		55
F25B2313/02344	10	during heating	CPCONLY	F25B2313/02344		58
F25B2313/025	8	using multiple outdoor units	CPCONLY	F25B2313/025		288
F25B2313/0251	9	being defrosted alternately	CPCONLY	F25B2313/0251		105
F25B2313/0252	9	with bypasses	CPCONLY	F25B2313/0252		73
F25B2313/02521	10	during cooling	CPCONLY	F25B2313/02521		19
F25B2313/02522	10	during defrosting	CPCONLY	F25B2313/02522		38
F25B2313/02523	10	during heating	CPCONLY	F25B2313/02523		27
F25B2313/0253	9	in parallel arrangements	CPCONLY	F25B2313/0253		435
F25B2313/02531	10	during cooling	CPCONLY	F25B2313/02531		73
F25B2313/02532	10	during defrosting	CPCONLY	F25B2313/02532		28
F25B2313/02533	10	during heating	CPCONLY	F25B2313/02533		82
F25B2313/0254	9	in series arrangements	CPCONLY	F25B2313/0254		88
F25B2313/02541	10	during cooling	CPCONLY	F25B2313/02541		52
F25B2313/02542	10	during defrosting	CPCONLY	F25B2313/02542		29
F25B2313/02543	10	during heating	CPCONLY	F25B2313/02543		26
F25B2313/027	8	characterised by the reversing means	CPCONLY	F25B2313/027		153
F25B2313/0271	9	the compressor allows rotation in reverse direction	CPCONLY	F25B2313/0271		41
F25B2313/0272	9	using bridge circuits of one-way valves	CPCONLY	F25B2313/0272		351
F25B2313/02731	9	using one three-way valve	CPCONLY	F25B2313/02731		363
F25B2313/02732	9	using two three-way valves	CPCONLY	F25B2313/02732		321
F25B2313/02741	9	using one four-way valve	CPCONLY	F25B2313/02741		2453
F25B2313/02742	9	using two four-way valves	CPCONLY	F25B2313/02742		465
F25B2313/02743	9	using three four-way valves	CPCONLY	F25B2313/02743		157
F25B2313/0276	9	using six-way valves	CPCONLY	F25B2313/0276		44
F25B2313/0278	9	using eight-way valves	CPCONLY	F25B2313/0278		
F25B2313/0279	9	using nine-way valves	CPCONLY	F25B2313/0279		1
F25B2313/02791	9	using shut-off valves	CPCONLY	F25B2313/02791		184
F25B2313/02792	9	using reversing valve changing the refrigerant flow direction due to pressure differences of the refrigerant and not by external actuation	CPCONLY	F25B2313/02792		49
F25B2313/029	8	Control issues	CPCONLY	F25B2313/029		173
F25B2313/0291	9	related to the pressure of the indoor unit	CPCONLY	F25B2313/0291		39
F25B2313/0292	9	related to reversing valves	CPCONLY	F25B2313/0292		337
F25B2313/0293	9	related to the indoor fan, e.g. controlling speed	CPCONLY	F25B2313/0293		379
F25B2313/0294	9	related to the outdoor fan, e.g. controlling speed	CPCONLY	F25B2313/0294		487
F25B2313/031	8	Sensor arrangements	CPCONLY	F25B2313/031		66
F25B2313/0311	9	Pressure sensors near the expansion valve	CPCONLY	F25B2313/0311		50
F25B2313/0312	9	Pressure sensors near the indoor heat exchanger	CPCONLY	F25B2313/0312		91
F25B2313/0313	9	Pressure sensors near the outdoor heat exchanger	CPCONLY	F25B2313/0313		77
F25B2313/0314	9	Temperature sensors near the indoor heat exchanger	CPCONLY	F25B2313/0314		742
F25B2313/0315	9	Temperature sensors near the outdoor heat exchanger	CPCONLY	F25B2313/0315		570
F25B2313/0316	9	Temperature sensors near the refrigerant heater	CPCONLY	F25B2313/0316		29
F25B2315/00	7	Sorption refrigeration cycles or details thereof	CPCONLY	F25B2315/00		93
F25B2315/001	8	Crystallization prevention	CPCONLY	F25B2315/001		197
F25B2315/002	8	Generator absorber heat exchanger [GAX]	CPCONLY	F25B2315/002		132
F25B2315/003	8	Hydrates for sorption cycles	CPCONLY	F25B2315/003		77
F25B2315/004	8	Inert heat-exchangers	CPCONLY	F25B2315/004		50
F25B2315/005	8	Regeneration	CPCONLY	F25B2315/005		108
F25B2315/006	8	Reversible sorption cycles	CPCONLY	F25B2315/006		83
F25B2315/007	8	Parallel systems therefor	CPCONLY	F25B2315/007		42
F25B2321/00	7	Details of machines, plants or systems, using electric or magnetic effects	CPCONLY	F25B2321/00		24
F25B2321/001	8	by using electro-caloric effects	CPCONLY	F25B2321/001		186
F25B2321/002	8	by using magneto-caloric effects	CPCONLY	F25B2321/002		369
F25B2321/0021	9	with a static fixed magnet	CPCONLY	F25B2321/0021		410
F25B2321/0022	9	with a rotating or otherwise moving magnet	CPCONLY	F25B2321/0022		323
F25B2321/0023	9	with modulation, influencing or enhancing an existing magnetic field	CPCONLY	F25B2321/0023		126
F25B2321/003	8	by using thermionic electron cooling effects	CPCONLY	F25B2321/003		158
F25B2321/02	8	using Peltier effects; using Nernst-Ettinghausen effects	CPCONLY	F25B2321/02		340
F25B2321/021	9	Control thereof	CPCONLY	F25B2321/021		484
F25B2321/0211	10	of fans	CPCONLY	F25B2321/0211		160
F25B2321/0212	10	of electric power, current or voltage	CPCONLY	F25B2321/0212		872
F25B2321/023	9	Mounting details thereof	CPCONLY	F25B2321/023		1169
F25B2321/025	9	Removal of heat	CPCONLY	F25B2321/025		268
F25B2321/0251	10	by a gas	CPCONLY	F25B2321/0251		1519
F25B2321/0252	10	by liquids or two-phase fluids	CPCONLY	F25B2321/0252		684
F25B2327/00	7	Compressor driving means<br><br><u>WARNING</u><br>Group F25B2327/00 is impacted by reclassification into groups F25B2327/02 and F25B2327/10. <br>Groups F25B2327/00, F25B2327/02 and F25B2327/10 should be considered in order to perform a complete search.	CPCONLY	F25B2327/00		129
F25B2327/02	8	using multiple power sources<br><br><u>WARNING</u><br>Group F25B2327/02 is incomplete pending reclassification of documents from groups F25B2327/00 and F25B2327/12. <br>Groups F25B2327/00, F25B2327/12 and F25B2327/02 should be considered in order to perform a complete search.	CPCONLY	F25B2327/02		
F25B2327/10	8	using engines<br><br><u>WARNING</u><br>Group F25B2327/10 is incomplete pending reclassification of documents from group F25B2327/00. <br>Groups F25B2327/00 and F25B2327/10 should be considered in order to perform a complete search.	CPCONLY	F25B2327/10		
F25B2327/12	9	using internal combustion engines<br><br><u>WARNING</u><br>Group F25B2327/12 is impacted by reclassification into group F25B2327/02. <br>Groups F25B2327/12 and F25B2327/02 should be considered in order to perform a complete search.	CPCONLY	F25B2327/12		
F25B2333/00	7	Details of boilers; Analysers; Rectifiers	CPCONLY	F25B2333/00		31
F25B2333/001	8	the generator or boiler having an analyser	CPCONLY	F25B2333/001		15
F25B2333/002	8	the generator or boiler is heated electrically	CPCONLY	F25B2333/002		97
F25B2333/003	8	the generator or boiler is heated by combustion gas	CPCONLY	F25B2333/003		232
F25B2333/004	8	the generator or boiler uses an inert gas as pressure equalizing medium	CPCONLY	F25B2333/004		76
F25B2333/005	8	the generator or boiler uses electromagnetic energy in the form of microwaves for desorbing the sorbate from the sorbate/sorbent compound	CPCONLY	F25B2333/005		18
F25B2333/0051	9	the energy is used for heating an auxiliary medium which is used as heating source for desorbing the sorbate from the sorbate/sorbent compound	CPCONLY	F25B2333/0051		1
F25B2333/006	8	the generator or boiler having a rectifier	CPCONLY	F25B2333/006		63
F25B2333/007	8	the generator or boiler heated by heat exchangers with steam or hot water as heating fluid or by a secondary boiling-condensing heater	CPCONLY	F25B2333/007		54
F25B2339/00	7	Details of evaporators; Details of condensers	CPCONLY	F25B2339/00		64
F25B2339/02	8	Details of evaporators	CPCONLY	F25B2339/02		826
F25B2339/021	9	Evaporators in which refrigerant is sprayed on a surface to be cooled	CPCONLY	F25B2339/021		130
F25B2339/022	9	Evaporators constructed from a pair of plates forming a space in which is located a refrigerant carrying coil	CPCONLY	F25B2339/022		129
F25B2339/023	9	Evaporators consisting of one or several sheets on one face of which is fixed a refrigerant carrying coil	CPCONLY	F25B2339/023		386
F25B2339/024	9	Evaporators with refrigerant in a vessel in which is situated a heat exchanger	CPCONLY	F25B2339/024		87
F25B2339/0241	10	having plate-like elements	CPCONLY	F25B2339/0241		74
F25B2339/0242	10	having tubular elements	CPCONLY	F25B2339/0242		737
F25B2339/04	8	Details of condensers	CPCONLY	F25B2339/04		644
F25B2339/041	9	of evaporative condensers	CPCONLY	F25B2339/041		784
F25B2339/042	9	of pcm condensers	CPCONLY	F25B2339/042		75
F25B2339/043	9	Condensers made by assembling plate-like or laminated elements	CPCONLY	F25B2339/043		243
F25B2339/044	9	Condensers with an integrated receiver	CPCONLY	F25B2339/044		459
F25B2339/0441	10	containing a drier or a filter	CPCONLY	F25B2339/0441		713
F25B2339/0442	10	characterised by the mechanical fixation of the receiver to the header	CPCONLY	F25B2339/0442		179
F25B2339/0443	10	the receiver being positioned horizontally	CPCONLY	F25B2339/0443		68
F25B2339/0444	10	where the flow of refrigerant through the condenser receiver is split into two or more flows, each flow following a different path through the condenser receiver	CPCONLY	F25B2339/0444		117
F25B2339/0445	10	with throttle portions	CPCONLY	F25B2339/0445		29
F25B2339/0446	10	characterised by the refrigerant tubes connecting the header of the condenser to the receiver; Inlet or outlet connections to receiver	CPCONLY	F25B2339/0446		319
F25B2339/045	9	Condensers made by assembling a tube on a plate-like element or between plate-like elements	CPCONLY	F25B2339/045		134
F25B2339/046	9	Condensers with refrigerant heat exchange tubes positioned inside or around a vessel containing water or pcm to cool the refrigerant gas	CPCONLY	F25B2339/046		192
F25B2339/047	9	Water-cooled condensers	CPCONLY	F25B2339/047		3646
F25B2341/00	7	Details of ejectors not being used as compression device; Details of flow restrictors or expansion valves	CPCONLY	F25B2341/00		13
F25B2341/001	8	Ejectors not being used as compression device	CPCONLY	F25B2341/001		86
F25B2341/0011	9	Ejectors with the cooled primary flow at reduced or low pressure	CPCONLY	F25B2341/0011		514
F25B2341/0012	9	Ejectors with the cooled primary flow at high pressure	CPCONLY	F25B2341/0012		806
F25B2341/0013	9	Ejector control arrangements	CPCONLY	F25B2341/0013		174
F25B2341/0014	9	Ejectors with a high pressure hot primary flow from a compressor discharge	CPCONLY	F25B2341/0014		200
F25B2341/0015	9	using two or more ejectors	CPCONLY	F25B2341/0015		230
F25B2341/0016	9	Ejectors for creating an oil recirculation	CPCONLY	F25B2341/0016		127
F25B2341/06	8	Details of flow restrictors or expansion valves	CPCONLY	F25B2341/06		325
F25B2341/062	9	Capillary expansion valves	CPCONLY	F25B2341/062		186
F25B2341/063	9	Feed forward expansion valves	CPCONLY	F25B2341/063		261
F25B2341/064	9	Superheater expansion valves	CPCONLY	F25B2341/064		18
F25B2341/067	9	Expansion valves having a pilot valve	CPCONLY	F25B2341/067		44
F25B2341/068	9	Expansion valves combined with a sensor	CPCONLY	F25B2341/068		86
F25B2341/0681	10	the sensor is heated	CPCONLY	F25B2341/0681		101
F25B2341/0682	10	the sensor contains sorbent materials	CPCONLY	F25B2341/0682		29
F25B2341/0683	10	the sensor is disposed in the suction line and influenced by the temperature or the pressure of the suction gas	CPCONLY	F25B2341/0683		738
F25B2345/00	7	Details for charging or discharging refrigerants; Service stations therefor	CPCONLY	F25B2345/00		41
F25B2345/001	8	Charging refrigerant to a cycle	CPCONLY	F25B2345/001		875
F25B2345/002	8	Collecting refrigerant from a cycle	CPCONLY	F25B2345/002		945
F25B2345/003	8	Control issues for charging or collecting refrigerant to or from a cycle	CPCONLY	F25B2345/003		457
F25B2345/004	8	with several tanks to collect or charge a cycle	CPCONLY	F25B2345/004		163
F25B2345/005	8	Service stations therefor	CPCONLY	F25B2345/005		76
F25B2345/0051	9	having a carrying handle	CPCONLY	F25B2345/0051		46
F25B2345/0052	9	having wheels	CPCONLY	F25B2345/0052		108
F25B2345/006	8	characterised by charging or discharging valves	CPCONLY	F25B2345/006		807
F25B2345/007	8	characterised by the weighing of refrigerant or oil	CPCONLY	F25B2345/007		135
F25B2347/00	7	Details for preventing or removing deposits or corrosion	CPCONLY	F25B2347/00		86
F25B2347/02	8	Details of defrosting cycles	CPCONLY	F25B2347/02		672
F25B2347/021	9	Alternate defrosting	CPCONLY	F25B2347/021		233
F25B2347/022	9	Cool gas defrosting	CPCONLY	F25B2347/022		32
F25B2347/023	9	Set point defrosting	CPCONLY	F25B2347/023		123
F25B2400/00	7	Component parts or details not otherwise provided for in this subclass	CPCONLY	F25B2400/00		15
F25B2400/01	8	Heaters	CPCONLY	F25B2400/01		829
F25B2400/02	8	Centrifugal separation of gas, liquid or oil	CPCONLY	F25B2400/02		484
F25B2400/03	8	Suction accumulators with deflectors	CPCONLY	F25B2400/03		146
F25B2400/04	8	Refrigeration circuit bypassing means	CPCONLY	F25B2400/04		570
F25B2400/0401	9	for compressors	CPCONLY	F25B2400/0401		694
F25B2400/0403	9	for condensers	CPCONLY	F25B2400/0403		834
F25B2400/0405	9	for desuperheaters	CPCONLY	F25B2400/0405		40
F25B2400/0407	9	for ejectors	CPCONLY	F25B2400/0407		71
F25B2400/0409	9	for evaporators	CPCONLY	F25B2400/0409		837
F25B2400/0411	9	for expansion valves or capillary tubes	CPCONLY	F25B2400/0411		961
F25B2400/0413	9	for filters or driers	CPCONLY	F25B2400/0413		55
F25B2400/0415	9	for receivers	CPCONLY	F25B2400/0415		112
F25B2400/0417	9	for subcoolers	CPCONLY	F25B2400/0417		117
F25B2400/0419	9	for superheaters	CPCONLY	F25B2400/0419		39
F25B2400/0421	9	for suction line accumulators	CPCONLY	F25B2400/0421		
F25B2400/0423	9	for economisers	CPCONLY	F25B2400/0423		
F25B2400/0425	9	for internal heat exchangers	CPCONLY	F25B2400/0425		
F25B2400/0427	9	for oil separators	CPCONLY	F25B2400/0427		
F25B2400/05	8	Compression system with heat exchange between particular parts of the system	CPCONLY	F25B2400/05		401
F25B2400/051	9	between the accumulator and another part of the cycle	CPCONLY	F25B2400/051		329
F25B2400/052	9	between the capillary tube and another part of the refrigeration cycle	CPCONLY	F25B2400/052		577
F25B2400/053	9	between the storage receiver and another part of the system	CPCONLY	F25B2400/053		166
F25B2400/054	9	between the suction tube of the compressor and another part of the cycle	CPCONLY	F25B2400/054		657
F25B2400/06	8	Several compression cycles arranged in parallel	CPCONLY	F25B2400/06		1237
F25B2400/061	9	the capacity of the first system being different from the second	CPCONLY	F25B2400/061		179
F25B2400/07	8	Details of compressors or related parts	CPCONLY	F25B2400/07		232
F25B2400/071	9	Compressor mounted in a housing in which a condenser is integrated	CPCONLY	F25B2400/071		159
F25B2400/072	9	Intercoolers therefor	CPCONLY	F25B2400/072		268
F25B2400/073	9	Linear compressors	CPCONLY	F25B2400/073		173
F25B2400/074	9	with multiple cylinders	CPCONLY	F25B2400/074		180
F25B2400/075	9	with parallel compressors	CPCONLY	F25B2400/075		2551
F25B2400/0751	10	the compressors having different capacities	CPCONLY	F25B2400/0751		523
F25B2400/076	9	having multiple cylinders driven by a rotating swash plate	CPCONLY	F25B2400/076		36
F25B2400/077	9	Compressor control units, e.g. terminal boxes, mounted on the compressor casing wall containing for example starter, protection switches or connector contacts	CPCONLY	F25B2400/077		400
F25B2400/08	8	Refrigeration machines, plants and systems having means for detecting the concentration of a refrigerant	CPCONLY	F25B2400/08		44
F25B2400/09	8	Refrigeration machines, plants and systems having means for detecting the concentration of a sorbent solution	CPCONLY	F25B2400/09		6
F25B2400/11	8	Drop catchers	CPCONLY	F25B2400/11		15
F25B2400/12	8	Inflammable refrigerants	CPCONLY	F25B2400/12		825
F25B2400/121	9	using R1234	CPCONLY	F25B2400/121		354
F25B2400/13	8	Economisers	CPCONLY	F25B2400/13		3232
F25B2400/14	8	Power generation using energy from the expansion of the refrigerant	CPCONLY	F25B2400/14		325
F25B2400/141	9	the extracted power is not recycled back in the refrigerant circuit	CPCONLY	F25B2400/141		335
F25B2400/15	8	Microelectro-mechanical devices	CPCONLY	F25B2400/15		69
F25B2400/16	8	Receivers	CPCONLY	F25B2400/16		1447
F25B2400/161	9	arranged in parallel	CPCONLY	F25B2400/161		57
F25B2400/162	9	characterised by the plug or stop	CPCONLY	F25B2400/162		229
F25B2400/17	8	Re-condensers	CPCONLY	F25B2400/17		220
F25B2400/18	8	Refrigerant conversion	CPCONLY	F25B2400/18		172
F25B2400/19	8	Pumping down refrigerant from one part of the cycle to another part of the cycle, e.g. when the cycle is changed from cooling to heating, or before a defrost cycle is started	CPCONLY	F25B2400/19		618
F25B2400/21	8	Modules for refrigeration systems	CPCONLY	F25B2400/21		115
F25B2400/22	8	Refrigeration systems for supermarkets	CPCONLY	F25B2400/22		905
F25B2400/23	8	Separators	CPCONLY	F25B2400/23		2990
F25B2400/24	8	Thermal storage element	CPCONLY	F25B2400/24		1103
F25B2400/25	8	Liquid pumps	CPCONLY	F25B2400/25		
F25B2400/27	8	Water as refrigerant	CPCONLY	F25B2400/27		
F25B2500/00	7	Problems to be solved	CPCONLY	F25B2500/00		21
F25B2500/01	8	Geometry problems, e.g. for reducing size	CPCONLY	F25B2500/01		1987
F25B2500/02	8	Increasing the heating capacity of a reversible cycle during cold outdoor conditions	CPCONLY	F25B2500/02		130
F25B2500/03	8	Cavitations	CPCONLY	F25B2500/03		28
F25B2500/04	8	Clogging	CPCONLY	F25B2500/04		206
F25B2500/05	8	Cost reduction	CPCONLY	F25B2500/05		639
F25B2500/06	8	Damage	CPCONLY	F25B2500/06		960
F25B2500/07	8	Exceeding a certain pressure value in a refrigeration component or cycle	CPCONLY	F25B2500/07		297
F25B2500/08	8	Exceeding a certain temperature value in a refrigeration component or cycle	CPCONLY	F25B2500/08		189
F25B2500/09	8	Improving heat transfers	CPCONLY	F25B2500/09		719
F25B2500/11	8	Reducing heat transfers	CPCONLY	F25B2500/11		74
F25B2500/12	8	Sound	CPCONLY	F25B2500/12		2055
F25B2500/13	8	Vibrations	CPCONLY	F25B2500/13		1247
F25B2500/14	8	the presence of moisture in a refrigeration component or cycle	CPCONLY	F25B2500/14		128
F25B2500/15	8	Hunting, i.e. oscillation of controlled refrigeration variables reaching undesirable values	CPCONLY	F25B2500/15		165
F25B2500/16	8	Lubrication	CPCONLY	F25B2500/16		791
F25B2500/17	8	Size reduction	CPCONLY	F25B2500/17		319
F25B2500/18	8	Optimization, e.g. high integration of refrigeration components	CPCONLY	F25B2500/18		1029
F25B2500/19	8	Calculation of parameters	CPCONLY	F25B2500/19		1166
F25B2500/21	8	Reduction of parts	CPCONLY	F25B2500/21		172
F25B2500/22	8	Preventing, detecting or repairing leaks of refrigeration fluids	CPCONLY	F25B2500/22		266
F25B2500/221	9	Preventing leaks from developing	CPCONLY	F25B2500/221		223
F25B2500/222	9	Detecting refrigerant leaks	CPCONLY	F25B2500/222		1038
F25B2500/23	8	High amount of refrigerant in the system	CPCONLY	F25B2500/23		105
F25B2500/24	8	Low amount of refrigerant in the system	CPCONLY	F25B2500/24		315
F25B2500/25	8	Standardisation of apparatus or parts	CPCONLY	F25B2500/25		20
F25B2500/26	8	characterised by the startup of the refrigeration cycle	CPCONLY	F25B2500/26		878
F25B2500/27	8	characterised by the stop of the refrigeration cycle	CPCONLY	F25B2500/27		261
F25B2500/28	8	Means for preventing liquid refrigerant entering into the compressor	CPCONLY	F25B2500/28		779
F25B2500/29	8	High ambient temperatures	CPCONLY	F25B2500/29		138
F25B2500/31	8	Low ambient temperatures	CPCONLY	F25B2500/31		691
F25B2500/32	8	Weight	CPCONLY	F25B2500/32		37
F25B2600/00	7	Control issues	CPCONLY	F25B2600/00		56
F25B2600/01	8	Timing	CPCONLY	F25B2600/01		668
F25B2600/02	8	Compressor control	CPCONLY	F25B2600/02		752
F25B2600/021	9	Inverters therefor	CPCONLY	F25B2600/021		2768
F25B2600/022	9	for multi-stage operation	CPCONLY	F25B2600/022		92
F25B2600/023	9	controlling swash plate angles	CPCONLY	F25B2600/023		61
F25B2600/024	9	by controlling the electric parameters, e.g. current or voltage	CPCONLY	F25B2600/024		547
F25B2600/025	9	by controlling speed	CPCONLY	F25B2600/025		461
F25B2600/0251	10	with on-off operation	CPCONLY	F25B2600/0251		1726
F25B2600/0252	10	with two speeds	CPCONLY	F25B2600/0252		85
F25B2600/0253	10	with variable speed	CPCONLY	F25B2600/0253		1676
F25B2600/026	9	by controlling unloaders	CPCONLY	F25B2600/026		126
F25B2600/0261	10	external to the compressor	CPCONLY	F25B2600/0261		393
F25B2600/0262	10	internal to the compressor	CPCONLY	F25B2600/0262		69
F25B2600/027	9	by controlling pressure	CPCONLY	F25B2600/027		104
F25B2600/0271	10	the discharge pressure	CPCONLY	F25B2600/0271		155
F25B2600/0272	10	the suction pressure	CPCONLY	F25B2600/0272		108
F25B2600/05	8	Refrigerant levels	CPCONLY	F25B2600/05		345
F25B2600/07	8	Remote controls	CPCONLY	F25B2600/07		337
F25B2600/11	8	Fan speed control	CPCONLY	F25B2600/11		562
F25B2600/111	9	of condenser fans	CPCONLY	F25B2600/111		886
F25B2600/112	9	of evaporator fans	CPCONLY	F25B2600/112		952
F25B2600/13	8	Pump speed control	CPCONLY	F25B2600/13		428
F25B2600/15	8	during shut down	CPCONLY	F25B2600/15		24
F25B2600/17	8	by controlling the pressure of the condenser	CPCONLY	F25B2600/17		419
F25B2600/19	8	Refrigerant outlet condenser temperature	CPCONLY	F25B2600/19		173
F25B2600/21	8	Refrigerant outlet evaporator temperature	CPCONLY	F25B2600/21		1067
F25B2600/23	8	Time delays	CPCONLY	F25B2600/23		433
F25B2600/25	8	Control of valves	CPCONLY	F25B2600/25		1243
F25B2600/2501	9	Bypass valves	CPCONLY	F25B2600/2501		1717
F25B2600/2503	9	Condenser exit valves	CPCONLY	F25B2600/2503		62
F25B2600/2505	9	Fixed-differential control valves	CPCONLY	F25B2600/2505		38
F25B2600/2507	9	Flow-diverting valves	CPCONLY	F25B2600/2507		816
F25B2600/2509	9	Economiser valves	CPCONLY	F25B2600/2509		676
F25B2600/2511	9	Evaporator distribution valves	CPCONLY	F25B2600/2511		957
F25B2600/2513	9	Expansion valves	CPCONLY	F25B2600/2513		3636
F25B2600/2515	9	Flow valves	CPCONLY	F25B2600/2515		763
F25B2600/2517	9	Head-pressure valves	CPCONLY	F25B2600/2517		34
F25B2600/2519	9	On-off valves	CPCONLY	F25B2600/2519		927
F25B2600/2521	9	On-off valves controlled by pulse signals	CPCONLY	F25B2600/2521		406
F25B2600/2523	9	Receiver valves	CPCONLY	F25B2600/2523		157
F25B2600/2525	9	Pressure relief valves	CPCONLY	F25B2600/2525		121
F25B2700/00	7	Sensing or detecting of parameters; Sensors therefor	CPCONLY	F25B2700/00		82
F25B2700/01	8	Sensors determining characteristics of the burner for a generator	CPCONLY	F25B2700/01		11
F25B2700/02	8	Humidity	CPCONLY	F25B2700/02		604
F25B2700/03	8	Oil level	CPCONLY	F25B2700/03		292
F25B2700/04	8	Refrigerant level	CPCONLY	F25B2700/04		693
F25B2700/05	8	Load shedding of a compressor	CPCONLY	F25B2700/05		9
F25B2700/06	8	Piston positions of a compressor	CPCONLY	F25B2700/06		8
F25B2700/08	8	Vapour quality, i.e. the mass fraction of vapour in the liquid-vapour mixture	CPCONLY	F25B2700/08		
F25B2700/11	8	Sensor to detect if defrost is necessary	CPCONLY	F25B2700/11		325
F25B2700/111	9	using an emitter and receiver, e.g. sensing by emitting light or other radiation and receiving reflection by a sensor	CPCONLY	F25B2700/111		174
F25B2700/13	8	Mass flow of refrigerants	CPCONLY	F25B2700/13		192
F25B2700/131	9	at the outlet of a subcooler	CPCONLY	F25B2700/131		3
F25B2700/133	9	through the condenser	CPCONLY	F25B2700/133		17
F25B2700/1331	10	at the inlet	CPCONLY	F25B2700/1331		7
F25B2700/1332	10	at the outlet	CPCONLY	F25B2700/1332		18
F25B2700/135	9	through the evaporator	CPCONLY	F25B2700/135		25
F25B2700/1351	10	of the cooled fluid upstream or downstream of the evaporator	CPCONLY	F25B2700/1351		22
F25B2700/1352	10	at the inlet	CPCONLY	F25B2700/1352		20
F25B2700/1353	10	at the outlet	CPCONLY	F25B2700/1353		23
F25B2700/15	8	Power, e.g. by voltage or current	CPCONLY	F25B2700/15		413
F25B2700/151	9	of the compressor motor	CPCONLY	F25B2700/151		507
F25B2700/17	8	Speeds	CPCONLY	F25B2700/17		35
F25B2700/171	9	of the compressor	CPCONLY	F25B2700/171		296
F25B2700/172	9	of the condenser fan	CPCONLY	F25B2700/172		71
F25B2700/173	9	of the evaporator fan	CPCONLY	F25B2700/173		80
F25B2700/19	8	Pressures	CPCONLY	F25B2700/19		557
F25B2700/191	9	near an expansion valve	CPCONLY	F25B2700/191		134
F25B2700/193	9	of the compressor	CPCONLY	F25B2700/193		145
F25B2700/1931	10	Discharge pressures	CPCONLY	F25B2700/1931		1823
F25B2700/1932	10	Oil pressures	CPCONLY	F25B2700/1932		39
F25B2700/1933	10	Suction pressures	CPCONLY	F25B2700/1933		1758
F25B2700/195	9	of the condenser	CPCONLY	F25B2700/195		614
F25B2700/197	9	of the evaporator	CPCONLY	F25B2700/197		572
F25B2700/198	9	Intermediate pressures	CPCONLY	F25B2700/198		
F25B2700/21	8	Temperatures	CPCONLY	F25B2700/21		1053
F25B2700/2101	9	in a bypass	CPCONLY	F25B2700/2101		78
F25B2700/2102	9	at the outlet of the gas cooler	CPCONLY	F25B2700/2102		104
F25B2700/2103	9	near a heat exchanger	CPCONLY	F25B2700/2103		477
F25B2700/2104	9	of an indoor room or compartment	CPCONLY	F25B2700/2104		1466
F25B2700/2105	9	Oil temperatures	CPCONLY	F25B2700/2105		127
F25B2700/2106	9	of fresh outdoor air	CPCONLY	F25B2700/2106		1769
F25B2700/2107	9	of a Peltier element	CPCONLY	F25B2700/2107		73
F25B2700/2108	9	of a receiver	CPCONLY	F25B2700/2108		54
F25B2700/2109	9	of a separator	CPCONLY	F25B2700/2109		48
F25B2700/2111	9	of a heat storage receiver	CPCONLY	F25B2700/2111		78
F25B2700/2113	9	of a suction accumulator	CPCONLY	F25B2700/2113		59
F25B2700/2115	9	of a compressor or the drive means therefor	CPCONLY	F25B2700/2115		244
F25B2700/21151	10	at the suction side of the compressor	CPCONLY	F25B2700/21151		1344
F25B2700/21152	10	at the discharge side of the compressor	CPCONLY	F25B2700/21152		1902
F25B2700/21153	10	of electronic components	CPCONLY	F25B2700/21153		48
F25B2700/21154	10	of an inverter	CPCONLY	F25B2700/21154		72
F25B2700/21155	10	of the oil	CPCONLY	F25B2700/21155		95
F25B2700/21156	10	of the motor	CPCONLY	F25B2700/21156		68
F25B2700/21157	11	at the coil or rotor	CPCONLY	F25B2700/21157		29
F25B2700/2116	9	of a condenser	CPCONLY	F25B2700/2116		446
F25B2700/21161	10	of the fluid heated by the condenser	CPCONLY	F25B2700/21161		565
F25B2700/21162	10	of the refrigerant at the inlet of the condenser	CPCONLY	F25B2700/21162		207
F25B2700/21163	10	of the refrigerant at the outlet of the condenser	CPCONLY	F25B2700/21163		742
F25B2700/2117	9	of an evaporator	CPCONLY	F25B2700/2117		1052
F25B2700/21171	10	of the fluid cooled by the evaporator	CPCONLY	F25B2700/21171		375
F25B2700/21172	11	at the inlet	CPCONLY	F25B2700/21172		409
F25B2700/21173	11	at the outlet	CPCONLY	F25B2700/21173		623
F25B2700/21174	10	of the refrigerant at the inlet of the evaporator	CPCONLY	F25B2700/21174		538
F25B2700/21175	10	of the refrigerant at the outlet of the evaporator	CPCONLY	F25B2700/21175		960
F25B2700/2118	9	at an intermediate pressure position	CPCONLY	F25B2700/2118		
