B60L1/00	7	Supplying electric power to auxiliary equipment of vehicles (circuit arrangements for charging batteries H02J7/00)	B60L1/00	B60L1/00		4548
B60L1/003	8	{to auxiliary motors, e.g. for pumps, compressors}	B60L1/00	B60L1/00		4082
B60L1/006	8	{to power outlets}	B60L1/00	B60L1/00		725
B60L1/02	8	to electric heating circuits	B60L1/02	B60L1/02		2347
B60L1/04	9	fed by the power supply line	B60L1/04	B60L1/04		198
B60L1/06	10	using only one supply	B60L1/06	B60L1/06		155
B60L1/08	11	Methods and devices for control or regulation	B60L1/08	B60L1/08		253
B60L1/10	10	with provision for using different supplies	B60L1/10	B60L1/10		115
B60L1/12	11	Methods and devices for control or regulation	B60L1/12	B60L1/12		90
B60L1/14	8	to electric lighting circuits	B60L1/14	B60L1/14		520
B60L1/16	9	fed by the power supply line	B60L1/16	B60L1/16		80
B60L1/20	8	{Energy regeneration from auxiliary equipment}	B60L1/00	B60L1/20		224
B60L3/00	7	Electric devices on electrically-propelled vehicles for safety purposes; Monitoring operating variables, e.g. speed, deceleration or energy consumption (methods or circuit arrangements for monitoring or controlling batteries or fuel cells B60L58/00)	B60L3/00	B60L3/00		4251
B60L3/0007	8	{Measures or means for preventing or attenuating collisions}	B60L3/00	B60L3/00		1546
B60L3/0015	9	{Prevention of collisions}	B60L3/00	B60L3/00		500
B60L3/0023	8	{Detecting, eliminating, remedying or compensating for drive train abnormalities, e.g. failures within the drive train}	B60L3/00	B60L3/00		2808
B60L3/003	9	{relating to inverters}	B60L3/00	B60L3/00		1849
B60L3/0038	9	{relating to sensors}	B60L3/00	B60L3/00		606
B60L3/0046	9	{relating to electric energy storage systems, e.g. batteries or capacitors}	B60L3/00	B60L3/00		8905
B60L3/0053	9	{relating to fuel cells}	B60L3/00	B60L3/00		891
B60L3/0061	9	{relating to electrical machines}	B60L3/00	B60L3/00		2623
B60L3/0069	9	{relating to the isolation, e.g. ground fault or leak current}	B60L3/00	B60L3/00		2633
B60L3/0076	9	{relating to braking}	B60L3/00	B60L3/00		386
B60L3/0084	9	{relating to control modules}	B60L3/00	B60L3/00		1241
B60L3/0092	8	{with use of redundant elements for safety purposes}	B60L3/00	B60L3/00		1926
B60L3/02	8	Dead-man&apos;s devices	B60L3/02	B60L3/02		316
B60L3/04	8	Cutting off the power supply under fault conditions (protective devices and circuit arrangements in general H01H; H02H)	B60L3/04	B60L3/04		4958
B60L3/06	8	Limiting the traction current under mechanical overload conditions	B60L3/06	B60L3/06		314
B60L3/08	8	Means for preventing excessive speed of the vehicle	B60L3/08	B60L3/08		266
B60L3/10	8	Indicating wheel slip {; Correction of wheel slip}	B60L3/10	B60L3/10		905
B60L3/102	9	{of individual wheels}	B60L3/10	B60L3/10		426
B60L3/104	9	{by indirect measurement of vehicle speed}	B60L3/10	B60L3/10		75
B60L3/106	9	{for maintaining or recovering the adhesion of the drive wheels}	B60L3/10	B60L3/10		313
B60L3/108	10	{whilst braking, i.e. ABS}	B60L3/10	B60L3/10		355
B60L3/12	8	Recording operating variables {; Monitoring of operating variables}	B60L3/12	B60L3/12		5426
B60L5/00	7	Current collectors for power supply lines of electrically-propelled vehicles (current collectors in general H01R41/00)	B60L5/00	B60L5/00		558
B60L5/005	8	{without mechanical contact between the collector and the power supply line}	B60L5/00	B60L5/00		728
B60L5/02	8	with ice-removing device	B60L5/02	B60L5/02		154
B60L5/04	8	using rollers or sliding shoes in contact with trolley wire (B60L5/40 takes precedence)	B60L5/04	B60L5/04		213
B60L5/045	9	{with trolley wire finders}	B60L5/04	B60L5/04		169
B60L5/06	9	Structure of the rollers or their carrying means	B60L5/06	B60L5/06		1385
B60L5/08	9	Structure of the sliding shoes or their carrying means	B60L5/08	B60L5/08		454
B60L5/085	10	{with carbon contact members}	B60L5/08	B60L5/08		69
B60L5/10	9	Devices preventing the collector from jumping off	B60L5/10	B60L5/10		610
B60L5/12	9	Structural features of poles or their bases	B60L5/12	B60L5/12		166
B60L5/14	10	Devices for automatic lowering of a jumped-off collector	B60L5/14	B60L5/14		577
B60L5/16	10	Devices for lifting and resetting the collector (B60L5/34 takes precedence)	B60L5/16	B60L5/16		451
B60L5/18	8	using bow-type collectors in contact with trolley wire	B60L5/18	B60L5/18		404
B60L5/19	9	using arrangements for effecting collector movement transverse to the direction of vehicle motion	B60L5/19	B60L5/19		115
B60L5/20	9	Details of contact bow	B60L5/20	B60L5/20		505
B60L5/205	10	{with carbon contact members}	B60L5/20	B60L5/20		600
B60L5/22	9	Supporting means for the contact bow	B60L5/22	B60L5/22		475
B60L5/24	10	Pantographs	B60L5/24	B60L5/24		490
B60L5/26	10	Half pantographs, e.g. using counter rocking beams	B60L5/26	B60L5/26		165
B60L5/28	10	Devices for lifting and resetting the collector	B60L5/28	B60L5/28		371
B60L5/30	11	using springs	B60L5/30	B60L5/30		122
B60L5/32	11	using fluid pressure	B60L5/32	B60L5/32		401
B60L5/34	8	with devices to enable one vehicle to pass another one using the same power supply line	B60L5/34	B60L5/34		28
B60L5/36	8	with means for collecting current simultaneously from more than one conductor, e.g. from more than one phase	B60L5/36	B60L5/36		406
B60L5/38	8	for collecting current from conductor rails (B60L5/40 takes precedence)	B60L5/38	B60L5/38		808
B60L5/39	9	from third rail	B60L5/39	B60L5/39		411
B60L5/40	8	for collecting current from lines in slotted conduits	B60L5/40	B60L5/40		578
B60L5/42	8	for collecting current from individual contact pieces connected to the power supply line	B60L5/42	B60L5/42		280
B60L7/00	7	Electrodynamic brake systems for vehicles in general	B60L7/00	B60L7/00		656
B60L7/003	8	{Dynamic electric braking by short circuiting the motor}	B60L7/00	B60L7/00		738
B60L7/006	8	{Dynamic electric braking by reversing current, i.e. plugging}	B60L7/00	B60L7/00		163
B60L7/02	8	Dynamic electric resistor braking (B60L7/22 takes precedence)	B60L7/02	B60L7/02		278
B60L7/04	9	for vehicles propelled by DC motors	B60L7/04	B60L7/04		332
B60L7/06	9	for vehicles propelled by AC motors	B60L7/06	B60L7/06		257
B60L7/08	9	Controlling the braking effect (B60L7/04, B60L7/06 take precedence)	B60L7/08	B60L7/08		156
B60L7/10	8	Dynamic electric regenerative braking (B60L7/22 takes precedence)	B60L7/10	B60L7/10		4376
B60L7/12	9	for vehicles propelled by DC motors	B60L7/12	B60L7/12		1010
B60L7/14	9	for vehicles propelled by AC motors	B60L7/14	B60L7/14		2192
B60L7/16	9	for vehicles comprising converters between the power source and the motor	B60L7/16	B60L7/16		501
B60L7/18	9	Controlling the braking effect (B60L7/12, B60L7/14, B60L7/16 take precedence)	B60L7/18	B60L7/18		2673
B60L7/20	8	Braking by supplying regenerated power to the prime mover of vehicles comprising engine-driven generators	B60L7/20	B60L7/20		146
B60L7/22	8	Dynamic electric resistor braking, combined with dynamic electric regenerative braking	B60L7/22	B60L7/22		714
B60L7/24	8	with additional mechanical or electromagnetic braking	B60L7/24	B60L7/24		906
B60L7/26	9	Controlling the braking effect	B60L7/26	B60L7/26		2031
B60L7/28	8	Eddy-current braking	B60L7/28	B60L7/28		452
B60L8/00	7	Electric propulsion with power supply from forces of nature, e.g. sun or wind	B60L8/00	B60L8/00		683
B60L8/003	8	{Converting light into electric energy, e.g. by using photo-voltaic systems}	B60L8/00	B60L8/00		2805
B60L8/006	8	{Converting flow of air into electric energy, e.g. by using wind turbines}	B60L8/00	B60L8/00		1421
B60L9/00	7	Electric propulsion with power supply external to the vehicle (electric propulsion for monorail vehicles, suspension vehicles or rack railways B60L13/00; in combination with batteries or fuel cells within the vehicle B60L50/53)	B60L9/00	B60L9/00		1144
B60L9/005	8	{Interference suppression}	B60L9/00	B60L9/00		138
B60L9/02	8	using DC motors	B60L9/02	B60L9/02		71
B60L9/04	9	fed from DC supply lines	B60L9/04	B60L9/04		335
B60L9/06	10	with conversion by metadyne	B60L9/06	B60L9/06		14
B60L9/08	9	fed from AC supply lines	B60L9/08	B60L9/08		103
B60L9/10	10	with rotary converters	B60L9/10	B60L9/10		36
B60L9/12	10	with static converters	B60L9/12	B60L9/12		260
B60L9/14	9	fed from different kinds of power-supply lines	B60L9/14	B60L9/14		69
B60L9/16	8	using AC induction motors	B60L9/16	B60L9/16		154
B60L9/18	9	fed from DC supply lines	B60L9/18	B60L9/18		531
B60L9/20	10	single-phase motors	B60L9/20	B60L9/20		6
B60L9/22	10	polyphase motors	B60L9/22	B60L9/22		273
B60L9/24	9	fed from AC supply lines	B60L9/24	B60L9/24		239
B60L9/26	10	single-phase motors	B60L9/26	B60L9/26		310
B60L9/28	10	polyphase motors	B60L9/28	B60L9/28		260
B60L9/30	9	fed from different kinds of power-supply lines	B60L9/30	B60L9/30		239
B60L9/32	8	using AC brush displacement motors	B60L9/32	B60L9/32		8
B60L13/00	7	Electric propulsion for monorail vehicles, suspension vehicles or rack railways; Magnetic suspension or levitation for vehicles ({tracks for Maglev-type trains E01B25/30;} electromagnets per seH01F7/06; linear motors per seH02K41/00)	B60L13/00	B60L13/00		250
B60L13/003	8	{Crossings; Points}	B60L13/00	B60L13/00		114
B60L13/006	8	{Electric propulsion adapted for monorail vehicles, suspension vehicles or rack railways (B60L13/03 takes precedence)}	B60L13/00	B60L13/00		179
B60L13/03	8	Electric propulsion by linear motors	B60L13/03	B60L13/03		655
B60L13/035	9	{Suspension of the vehicle-borne motorparts}	B60L13/03	B60L13/03		76
B60L13/04	8	Magnetic suspension or levitation for vehicles	B60L13/04	B60L13/04		1386
B60L13/06	9	Means to sense or control vehicle position or attitude with respect to railway	B60L13/06	B60L13/06		499
B60L13/08	10	for the lateral position	B60L13/08	B60L13/08		92
B60L13/10	8	Combination of electric propulsion and magnetic suspension or levitation	B60L13/10	B60L13/10		673
B60L15/00	7	Methods, circuits, or devices for controlling the traction-motor speed of electrically-propelled vehicles	B60L15/00	B60L15/00		933
B60L15/002	8	{for control of propulsion for monorail vehicles, suspension vehicles or rack railways; for control of magnetic suspension or levitation for vehicles for propulsion purposes}	B60L15/00	B60L15/00		117
B60L15/005	9	{for control of propulsion for vehicles propelled by linear motors}	B60L15/00	B60L15/00		345
B60L15/007	8	{Physical arrangements or structures of drive train converters specially adapted for the propulsion motors of electric vehicles}	B60L15/00	B60L15/00		2428
B60L15/02	8	characterised by the form of the current used in the control circuit	B60L15/02	B60L15/02		243
B60L15/025	9	{using field orientation; Vector control; Direct Torque Control [DTC]}	B60L15/02	B60L15/02		820
B60L15/04	9	using DC	B60L15/04	B60L15/04		902
B60L15/06	9	using substantially sinusoidal AC	B60L15/06	B60L15/06		112
B60L15/08	9	using pulses	B60L15/08	B60L15/08		415
B60L15/10	8	for automatic control superimposed on human control to limit the acceleration of the vehicle, e.g. to prevent excessive motor current (electric devices for safety purposes B60L3/00)	B60L15/10	B60L15/10		257
B60L15/12	9	with circuits controlled by relays or contactors	B60L15/12	B60L15/12		245
B60L15/14	9	with main controller driven by a servomotor (B60L15/18 takes precedence)	B60L15/14	B60L15/14		33
B60L15/16	9	with main controller driven through a ratchet mechanism (B60L15/18 takes precedence)	B60L15/16	B60L15/16		15
B60L15/18	9	without contact making and breaking, e.g. using a transductor	B60L15/18	B60L15/18		22
B60L15/20	8	for control of the vehicle or its driving motor to achieve a desired performance, e.g. speed, torque, programmed variation of speed	B60L15/20	B60L15/20		12831
B60L15/2009	9	{for braking}	B60L15/20	B60L15/20		3936
B60L15/2018	10	{for braking on a slope}	B60L15/20	B60L15/20		605
B60L15/2027	11	{whilst maintaining constant speed}	B60L15/20	B60L15/20		78
B60L15/2036	9	{Electric differentials, e.g. for supporting steering vehicles}	B60L15/20	B60L15/20		1340
B60L15/2045	9	{for optimising the use of energy}	B60L15/20	B60L15/20		2785
B60L15/2054	9	{by controlling transmissions or clutches}	B60L15/20	B60L15/20		1941
B60L15/2063	9	{for creeping}	B60L15/20	B60L15/20		286
B60L15/2072	9	{for drive off}	B60L15/20	B60L15/20		339
B60L15/2081	10	{for drive off on a slope}	B60L15/20	B60L15/20		325
B60L15/209	9	{for overtaking}	B60L15/20	B60L15/20		71
B60L15/22	9	with sequential operation of interdependent switches, e.g. relays, contactors or program drum	B60L15/22	B60L15/22		138
B60L15/24	9	with main controller driven by a servomotor (B60L15/28 takes precedence)	B60L15/24	B60L15/24		51
B60L15/26	9	with main controller driven through a ratchet mechanism (B60L15/28 takes precedence)	B60L15/26	B60L15/26		4
B60L15/28	9	without contact making and breaking, e.g. using a transductor	B60L15/28	B60L15/28		465
B60L15/30	9	with means to change over to human control	B60L15/30	B60L15/30		67
B60L15/32	8	Control or regulation of multiple-unit electrically-propelled vehicles	B60L15/32	B60L15/32		1511
B60L15/34	9	with human control of a setting device	B60L15/34	B60L15/34		243
B60L15/36	10	with automatic control superimposed, e.g. to prevent excessive motor current	B60L15/36	B60L15/36		68
B60L15/38	9	with automatic control	B60L15/38	B60L15/38		788
B60L15/40	8	Adaptation of control equipment on vehicle for remote actuation from a stationary place (devices along the route for controlling devices on rail vehicles B61L3/00; central rail-traffic control systems B61L27/00)	B60L15/40	B60L15/40		315
B60L15/42	8	Adaptation of control equipment on vehicle for actuation from alternative parts of the vehicle or from alternative vehicles of the same vehicle train (B60L15/32 takes precedence)	B60L15/42	B60L15/42		107
B60L50/00	7	Electric propulsion with power supplied within the vehicle (with power supply from force of nature, e.g. sun or wind, B60L8/00; for monorail vehicles, suspension vehicles or rack railways B60L13/00)	B60L50/00	B60L50/00		553
B60L50/10	8	using propulsion power supplied by engine-driven generators, e.g. generators driven by combustion engines	B60L50/10	B60L50/10		1037
B60L50/11	9	using DC generators and DC motors	B60L50/11	B60L50/11		379
B60L50/12	9	using AC generators and DC motors	B60L50/12	B60L50/12		156
B60L50/13	9	using AC generators and AC motors	B60L50/13	B60L50/13		582
B60L50/14	9	using DC generators and AC motors	B60L50/14	B60L50/14		62
B60L50/15	9	with additional electric power supply (with capacitors charged by engine-driven generators B60L50/40; with batteries charged by engine-driven generators B60L50/61)	B60L50/15	B60L50/15		1666
B60L50/16	9	with provision for separate direct mechanical propulsion	B60L50/16	B60L50/16		6136
B60L50/20	8	using propulsion power generated by humans or animals	B60L50/20	B60L50/20		1272
B60L50/30	8	using propulsion power stored mechanically, e.g. in fly-wheels	B60L50/30	B60L50/30		744
B60L50/40	8	using propulsion power supplied by capacitors	B60L50/40	B60L50/40		2712
B60L50/50	8	using propulsion power supplied by batteries or fuel cells	B60L50/50	B60L50/50		2976
B60L50/51	9	characterised by AC-motors	B60L50/51	B60L50/51		4141
B60L50/52	9	characterised by DC-motors	B60L50/52	B60L50/52		1813
B60L50/53	9	in combination with an external power supply, e.g. from overhead contact lines	B60L50/53	B60L50/53		1459
B60L50/60	9	using power supplied by batteries (in combination with fuel cells B60L50/75)	B60L50/60	B60L50/60		6698
B60L50/61	10	by batteries charged by engine-driven generators, e.g. series hybrid electric vehicles	B60L50/61	B60L50/61		4156
B60L50/62	11	charged by low-power generators primarily intended to support the batteries, e.g. range extenders	B60L50/62	B60L50/62		1741
B60L50/64	10	Constructional details of batteries specially adapted for electric vehicles<br><br><u>NOTE</u><br><br>This group covers adaptation of battery structures of electric vehicles, e.g. integration into control or safety systems, crash-resistant casings or vibration-damping means.	B60L50/64	B60L50/64		9727
B60L50/66	10	{Arrangements of batteries}	B60L50/60	B60L50/66		6964
B60L50/70	9	using power supplied by fuel cells (in combination with batteries B60L50/75)	B60L50/70	B60L50/70		1290
B60L50/71	10	Arrangement of fuel cells within vehicles specially adapted for electric vehicles	B60L50/71	B60L50/71		854
B60L50/72	10	Constructional details of fuel cells specially adapted for electric vehicles<br><br><u>NOTE</u><br><br>This group covers adaptation of fuel cell structures of electric vehicles, e.g. integration into control or safety systems, crash-resistant casings or vibration-damping means.	B60L50/72	B60L50/72		1631
B60L50/75	9	using propulsion power supplied by both fuel cells and batteries	B60L50/75	B60L50/75		1311
B60L50/90	8	using propulsion power supplied by specific means not covered by groups B60L50/10 - B60L50/50, e.g. by direct conversion of thermal nuclear energy into electricity	B60L50/90	B60L50/90		305
B60L53/00	7	Methods of charging batteries, specially adapted for electric vehicles; Charging stations or on-board charging equipment therefor; Exchange of energy storage elements in electric vehicles	B60L53/00	B60L53/00		5317
B60L53/10	8	characterised by the energy transfer between the charging station and the vehicle	B60L53/10	B60L53/10		544
B60L53/11	9	{DC charging controlled by the charging station, e.g. mode 4}	B60L53/10	B60L53/11		2955
B60L53/12	9	Inductive energy transfer	B60L53/12	B60L53/12		6151
B60L53/122	10	Circuits or methods for driving the primary coil, e.g. supplying electric power to the coil	B60L53/122	B60L53/122		1588
B60L53/124	10	Detection or removal of foreign bodies	B60L53/124	B60L53/124		887
B60L53/126	10	Methods for pairing a vehicle and a charging station, e.g. establishing a one-to-one relation between a wireless power transmitter and a wireless power receiver	B60L53/126	B60L53/126		2274
B60L53/14	9	Conductive energy transfer	B60L53/14	B60L53/14		8976
B60L53/16	10	Connectors, e.g. plugs or sockets, specially adapted for charging electric vehicles	B60L53/16	B60L53/16		14208
B60L53/18	10	Cables specially adapted for charging electric vehicles	B60L53/18	B60L53/18		5177
B60L53/20	8	characterised by converters located in the vehicle	B60L53/20	B60L53/20		3527
B60L53/22	9	Constructional details or arrangements of charging converters specially adapted for charging electric vehicles	B60L53/22	B60L53/22		3175
B60L53/24	9	Using the vehicle&apos;s propulsion converter for charging	B60L53/24	B60L53/24		1973
B60L53/30	8	Constructional details of charging stations	B60L53/30	B60L53/30		7202
B60L53/302	9	Cooling of charging equipment	B60L53/302	B60L53/302		3651
B60L53/305	9	{Communication interfaces}	B60L53/30	B60L53/30		4689
B60L53/31	9	Charging columns specially adapted for electric vehicles	B60L53/31	B60L53/31		12687
B60L53/32	9	{by charging in short intervals along the itinerary, e.g. during short stops}	B60L53/30	B60L53/32		616
B60L53/34	9	Plug-like or socket-like devices specially adapted for contactless inductive charging of electric vehicles (positioning means for charging devices using inductive energy transfer B60L53/38)	B60L53/34	B60L53/34		436
B60L53/35	9	Means for automatic or assisted adjustment of the relative position of charging devices and vehicles	B60L53/35	B60L53/35		2617
B60L53/36	10	by positioning the vehicle	B60L53/36	B60L53/36		2454
B60L53/37	10	using optical position determination, e.g. using cameras	B60L53/37	B60L53/37		1377
B60L53/38	10	specially adapted for charging by inductive energy transfer	B60L53/38	B60L53/38		2497
B60L53/39	11	with position-responsive activation of primary coils	B60L53/39	B60L53/39		556
B60L53/50	8	Charging stations characterised by energy-storage or power-generation means	B60L53/50	B60L53/50		718
B60L53/51	9	Photovoltaic means	B60L53/51	B60L53/51		3148
B60L53/52	9	Wind-driven generators	B60L53/52	B60L53/52		840
B60L53/53	9	Batteries	B60L53/53	B60L53/53		2917
B60L53/54	9	Fuel cells	B60L53/54	B60L53/54		444
B60L53/55	9	Capacitors	B60L53/55	B60L53/55		250
B60L53/56	9	Mechanical storage means, e.g. fly wheels	B60L53/56	B60L53/56		116
B60L53/57	9	Charging stations without connection to power networks	B60L53/57	B60L53/57		982
B60L53/60	8	Monitoring or controlling charging stations	B60L53/60	B60L53/60		8654
B60L53/62	9	in response to charging parameters, e.g. current, voltage or electrical charge	B60L53/62	B60L53/62		6945
B60L53/63	9	in response to network capacity	B60L53/63	B60L53/63		3633
B60L53/64	9	Optimising energy costs, e.g. responding to electricity rates	B60L53/64	B60L53/64		2361
B60L53/65	9	involving identification of vehicles or their battery types	B60L53/65	B60L53/65		4832
B60L53/66	9	Data transfer between charging stations and vehicles	B60L53/66	B60L53/66		6044
B60L53/665	10	{Methods related to measuring, billing or payment}	B60L53/66	B60L53/66		5132
B60L53/67	9	Controlling two or more charging stations	B60L53/67	B60L53/67		2855
B60L53/68	9	Off-site monitoring or control, e.g. remote control	B60L53/68	B60L53/68		4311
B60L53/80	8	Exchanging energy storage elements, e.g. removable batteries	B60L53/80	B60L53/80		8868
B60L55/00	7	Arrangements for supplying energy stored within a vehicle to a power network, i.e. vehicle-to-grid [V2G] arrangements	B60L55/00	B60L55/00		3382
B60L58/00	7	Methods or circuit arrangements for monitoring or controlling batteries or fuel cells, specially adapted for electric vehicles<br><br><u>NOTE</u><br><br>This group covers the monitoring of the operating state of batteries or fuel cells in combination with controlling the propulsion in response to the detected variables of the state.	B60L58/00	B60L58/00		194
B60L58/10	8	for monitoring or controlling batteries	B60L58/10	B60L58/10		10125
B60L58/12	9	responding to state of charge [SoC]	B60L58/12	B60L58/12		13738
B60L58/13	10	Maintaining the SoC within a determined range	B60L58/13	B60L58/13		2920
B60L58/14	10	Preventing excessive discharging	B60L58/14	B60L58/14		1841
B60L58/15	10	Preventing overcharging	B60L58/15	B60L58/15		2429
B60L58/16	9	responding to battery ageing, e.g. to the number of charging cycles or the state of health [SoH]	B60L58/16	B60L58/16		3562
B60L58/18	9	of two or more battery modules	B60L58/18	B60L58/18		3096
B60L58/19	10	Switching between serial connection and parallel connection of battery modules	B60L58/19	B60L58/19		1066
B60L58/20	10	having different nominal voltages	B60L58/20	B60L58/20		3446
B60L58/21	10	having the same nominal voltage	B60L58/21	B60L58/21		3461
B60L58/22	10	Balancing the charge of battery modules	B60L58/22	B60L58/22		2846
B60L58/24	9	for controlling the temperature of batteries	B60L58/24	B60L58/24		2653
B60L58/25	10	by controlling the electric load	B60L58/25	B60L58/25		869
B60L58/26	10	by cooling	B60L58/26	B60L58/26		7782
B60L58/27	10	by heating	B60L58/27	B60L58/27		4832
B60L58/30	8	for monitoring or controlling fuel cells	B60L58/30	B60L58/30		2821
B60L58/31	9	for starting of fuel cells	B60L58/31	B60L58/31		729
B60L58/32	9	for controlling the temperature of fuel cells, e.g. by controlling the electric load	B60L58/32	B60L58/32		351
B60L58/33	10	by cooling	B60L58/33	B60L58/33		1664
B60L58/34	10	by heating	B60L58/34	B60L58/34		822
B60L58/40	8	for controlling a combination of batteries and fuel cells	B60L58/40	B60L58/40		2653
B60L2200/00	7	Type of vehicles	CPCONLY	B60L2200/00		141
B60L2200/10	8	Air crafts	CPCONLY	B60L2200/10		3451
B60L2200/12	8	Bikes	CPCONLY	B60L2200/12		3500
B60L2200/14	8	Vehicles with one wheel only	CPCONLY	B60L2200/14		89
B60L2200/16	8	Single-axle vehicles	CPCONLY	B60L2200/16		251
B60L2200/18	8	Buses	CPCONLY	B60L2200/18		952
B60L2200/20	8	Vehicles specially adapted for children, e.g. toy vehicles	CPCONLY	B60L2200/20		181
B60L2200/22	8	Microcars, e.g. golf cars	CPCONLY	B60L2200/22		601
B60L2200/24	8	Personal mobility vehicles	CPCONLY	B60L2200/24		1016
B60L2200/26	8	Rail vehicles	CPCONLY	B60L2200/26		16221
B60L2200/28	8	Trailers	CPCONLY	B60L2200/28		760
B60L2200/30	8	Trolleys	CPCONLY	B60L2200/30		408
B60L2200/32	8	Waterborne vessels	CPCONLY	B60L2200/32		1515
B60L2200/34	8	Wheel chairs	CPCONLY	B60L2200/34		337
B60L2200/36	8	Vehicles designed to transport cargo, e.g. trucks	CPCONLY	B60L2200/36		1870
B60L2200/40	8	Working vehicles	CPCONLY	B60L2200/40		2801
B60L2200/42	9	Fork lift trucks	CPCONLY	B60L2200/42		734
B60L2200/44	9	Industrial trucks or floor conveyors	CPCONLY	B60L2200/44		508
B60L2200/46	8	Vehicles with auxiliary ad-on propulsions, e.g. add-on electric motor kits for bicycles	CPCONLY	B60L2200/46		752
B60L2210/00	7	Converter types	CPCONLY	B60L2210/00		71
B60L2210/10	8	DC to DC converters	CPCONLY	B60L2210/10		4938
B60L2210/12	9	Buck converters	CPCONLY	B60L2210/12		1254
B60L2210/14	9	Boost converters	CPCONLY	B60L2210/14		1410
B60L2210/20	8	AC to AC converters	CPCONLY	B60L2210/20		674
B60L2210/22	9	without intermediate conversion to DC	CPCONLY	B60L2210/22		28
B60L2210/30	8	AC to DC converters	CPCONLY	B60L2210/30		3937
B60L2210/40	8	DC to AC converters	CPCONLY	B60L2210/40		4896
B60L2210/42	9	Voltage source inverters	CPCONLY	B60L2210/42		431
B60L2210/44	9	Current source inverters	CPCONLY	B60L2210/44		121
B60L2210/46	9	with more than three phases	CPCONLY	B60L2210/46		101
B60L2220/00	7	Electrical machine types; Structures or applications thereof	CPCONLY	B60L2220/00		12
B60L2220/10	8	Electrical machine types	CPCONLY	B60L2220/10		107
B60L2220/12	9	Induction machines	CPCONLY	B60L2220/12		732
B60L2220/14	9	Synchronous machines	CPCONLY	B60L2220/14		1778
B60L2220/16	9	DC brushless machines	CPCONLY	B60L2220/16		384
B60L2220/18	9	Reluctance machines	CPCONLY	B60L2220/18		258
B60L2220/20	9	DC electrical machines	CPCONLY	B60L2220/20		202
B60L2220/30	9	Universal machines	CPCONLY	B60L2220/30		78
B60L2220/40	8	Electrical machine applications	CPCONLY	B60L2220/40		32
B60L2220/42	9	with use of more than one motor	CPCONLY	B60L2220/42		2461
B60L2220/44	9	Wheel Hub motors, i.e. integrated in the wheel hub	CPCONLY	B60L2220/44		1821
B60L2220/46	9	Wheel motors, i.e. motor connected to only one wheel	CPCONLY	B60L2220/46		1621
B60L2220/50	8	Structural details of electrical machines	CPCONLY	B60L2220/50		810
B60L2220/52	9	Clutch motors	CPCONLY	B60L2220/52		186
B60L2220/54	9	Windings for different functions	CPCONLY	B60L2220/54		491
B60L2220/56	9	with switched windings	CPCONLY	B60L2220/56		176
B60L2220/58	9	with more than three phases	CPCONLY	B60L2220/58		287
B60L2240/00	7	Control parameters of input or output; Target parameters	CPCONLY	B60L2240/00		27
B60L2240/10	8	Vehicle control parameters	CPCONLY	B60L2240/10		396
B60L2240/12	9	Speed	CPCONLY	B60L2240/12		6692
B60L2240/14	9	Acceleration	CPCONLY	B60L2240/14		1061
B60L2240/16	10	longitudinal	CPCONLY	B60L2240/16		653
B60L2240/18	10	lateral	CPCONLY	B60L2240/18		190
B60L2240/20	10	angular	CPCONLY	B60L2240/20		169
B60L2240/22	9	Yaw angle	CPCONLY	B60L2240/22		275
B60L2240/24	9	Steering angle	CPCONLY	B60L2240/24		654
B60L2240/26	9	Vehicle weight	CPCONLY	B60L2240/26		601
B60L2240/28	9	Door position	CPCONLY	B60L2240/28		88
B60L2240/30	9	Parking brake position	CPCONLY	B60L2240/30		184
B60L2240/32	9	Driving direction	CPCONLY	B60L2240/32		189
B60L2240/34	9	Cabin temperature	CPCONLY	B60L2240/34		1173
B60L2240/36	9	Temperature of vehicle components or parts	CPCONLY	B60L2240/36		3181
B60L2240/40	8	Drive Train control parameters	CPCONLY	B60L2240/40		145
B60L2240/42	9	related to electric machines	CPCONLY	B60L2240/42		988
B60L2240/421	10	Speed	CPCONLY	B60L2240/421		6766
B60L2240/423	10	Torque	CPCONLY	B60L2240/423		10077
B60L2240/425	10	Temperature	CPCONLY	B60L2240/425		1866
B60L2240/427	10	Voltage	CPCONLY	B60L2240/427		817
B60L2240/429	10	Current	CPCONLY	B60L2240/429		1422
B60L2240/44	9	related to combustion engines	CPCONLY	B60L2240/44		188
B60L2240/441	10	Speed	CPCONLY	B60L2240/441		2183
B60L2240/443	10	Torque	CPCONLY	B60L2240/443		1630
B60L2240/445	10	Temperature	CPCONLY	B60L2240/445		941
B60L2240/46	9	related to wheels	CPCONLY	B60L2240/46		153
B60L2240/461	10	Speed	CPCONLY	B60L2240/461		1302
B60L2240/463	10	Torque	CPCONLY	B60L2240/463		441
B60L2240/465	10	Slip	CPCONLY	B60L2240/465		594
B60L2240/48	9	related to transmissions	CPCONLY	B60L2240/48		334
B60L2240/485	10	Temperature	CPCONLY	B60L2240/485		179
B60L2240/486	10	Operating parameters	CPCONLY	B60L2240/486		1975
B60L2240/50	9	related to clutches	CPCONLY	B60L2240/50		109
B60L2240/507	10	Operating parameters	CPCONLY	B60L2240/507		725
B60L2240/52	9	related to converters	CPCONLY	B60L2240/52		135
B60L2240/525	10	Temperature of converter or components thereof	CPCONLY	B60L2240/525		961
B60L2240/526	10	Operating parameters	CPCONLY	B60L2240/526		440
B60L2240/527	10	Voltage	CPCONLY	B60L2240/527		1122
B60L2240/529	10	Current	CPCONLY	B60L2240/529		813
B60L2240/54	9	related to batteries	CPCONLY	B60L2240/54		2321
B60L2240/545	10	Temperature	CPCONLY	B60L2240/545		7707
B60L2240/547	10	Voltage	CPCONLY	B60L2240/547		7218
B60L2240/549	10	Current	CPCONLY	B60L2240/549		4947
B60L2240/60	8	Navigation input	CPCONLY	B60L2240/60		338
B60L2240/62	9	Vehicle position	CPCONLY	B60L2240/62		1322
B60L2240/622	10	by satellite navigation	CPCONLY	B60L2240/622		1774
B60L2240/625	10	by GSM	CPCONLY	B60L2240/625		50
B60L2240/627	10	by WLAN	CPCONLY	B60L2240/627		35
B60L2240/64	9	Road conditions	CPCONLY	B60L2240/64		510
B60L2240/642	10	Slope of road	CPCONLY	B60L2240/642		1444
B60L2240/645	10	Type of road	CPCONLY	B60L2240/645		231
B60L2240/647	10	Surface situation of road, e.g. type of paving	CPCONLY	B60L2240/647		341
B60L2240/66	9	Ambient conditions	CPCONLY	B60L2240/66		446
B60L2240/662	10	Temperature	CPCONLY	B60L2240/662		1558
B60L2240/665	10	Light intensity	CPCONLY	B60L2240/665		176
B60L2240/667	10	Precipitation	CPCONLY	B60L2240/667		283
B60L2240/68	9	Traffic data	CPCONLY	B60L2240/68		635
B60L2240/70	8	Interactions with external data bases, e.g. traffic centres	CPCONLY	B60L2240/70		1970
B60L2240/72	9	Charging station selection relying on external data	CPCONLY	B60L2240/72		1165
B60L2240/80	8	Time limits	CPCONLY	B60L2240/80		2943
B60L2250/00	7	Driver interactions	CPCONLY	B60L2250/00		217
B60L2250/10	8	by alarm	CPCONLY	B60L2250/10		2516
B60L2250/12	8	by confirmation, e.g. of the input	CPCONLY	B60L2250/12		1111
B60L2250/14	8	by input of vehicle departure time	CPCONLY	B60L2250/14		339
B60L2250/16	8	by display	CPCONLY	B60L2250/16		4762
B60L2250/18	8	by enquiring driving style	CPCONLY	B60L2250/18		413
B60L2250/20	8	by driver identification	CPCONLY	B60L2250/20		578
B60L2250/22	8	by presence detection	CPCONLY	B60L2250/22		267
B60L2250/24	8	by lever actuation	CPCONLY	B60L2250/24		713
B60L2250/26	8	by pedal actuation	CPCONLY	B60L2250/26		2614
B60L2250/28	9	Accelerator pedal thresholds	CPCONLY	B60L2250/28		483
B60L2250/30	8	by voice	CPCONLY	B60L2250/30		151
B60L2260/00	7	Operating Modes	CPCONLY	B60L2260/00		55
B60L2260/10	8	Temporary overload	CPCONLY	B60L2260/10		26
B60L2260/12	9	of combustion engines	CPCONLY	B60L2260/12		48
B60L2260/14	9	of transmissions	CPCONLY	B60L2260/14		36
B60L2260/16	9	of electrical drive trains	CPCONLY	B60L2260/16		32
B60L2260/162	10	of electrical cells or capacitors	CPCONLY	B60L2260/162		79
B60L2260/165	10	of converters	CPCONLY	B60L2260/165		43
B60L2260/167	10	of motors or generators	CPCONLY	B60L2260/167		119
B60L2260/20	8	Drive modes; Transition between modes	CPCONLY	B60L2260/20		342
B60L2260/22	9	Standstill, e.g. zero speed	CPCONLY	B60L2260/22		546
B60L2260/24	9	Coasting mode	CPCONLY	B60L2260/24		238
B60L2260/26	9	Transition between different drive modes	CPCONLY	B60L2260/26		1304
B60L2260/28	9	Four wheel or all wheel drive	CPCONLY	B60L2260/28		1471
B60L2260/30	9	Engine braking emulation	CPCONLY	B60L2260/30		73
B60L2260/32	9	Auto pilot mode	CPCONLY	B60L2260/32		1055
B60L2260/34	9	Stabilising upright position of vehicles, e.g. of single axle vehicles	CPCONLY	B60L2260/34		248
B60L2260/40	8	Control modes	CPCONLY	B60L2260/40		201
B60L2260/42	9	by adaptive correction	CPCONLY	B60L2260/42		470
B60L2260/44	9	by parameter estimation	CPCONLY	B60L2260/44		1800
B60L2260/46	9	by self learning	CPCONLY	B60L2260/46		589
B60L2260/48	9	by fuzzy logic	CPCONLY	B60L2260/48		82
B60L2260/50	9	by future state prediction	CPCONLY	B60L2260/50		852
B60L2260/52	10	drive range estimation, e.g. of estimation of available travel distance	CPCONLY	B60L2260/52		2094
B60L2260/54	10	Energy consumption estimation	CPCONLY	B60L2260/54		2238
B60L2260/56	10	Temperature prediction, e.g. for pre-cooling	CPCONLY	B60L2260/56		485
B60L2260/58	10	Departure time prediction	CPCONLY	B60L2260/58		489
B60L2270/00	7	Problem solutions or means not otherwise provided for	CPCONLY	B60L2270/00		69
B60L2270/10	8	Emission reduction	CPCONLY	B60L2270/10		24
B60L2270/12	9	of exhaust	CPCONLY	B60L2270/12		356
B60L2270/14	9	of noise	CPCONLY	B60L2270/14		125
B60L2270/142	10	acoustic	CPCONLY	B60L2270/142		546
B60L2270/145	10	Structure borne vibrations	CPCONLY	B60L2270/145		1660
B60L2270/147	10	electro magnetic [EMI]	CPCONLY	B60L2270/147		871
B60L2270/20	8	Inrush current reduction, i.e. avoiding high currents when connecting the battery	CPCONLY	B60L2270/20		614
B60L2270/30	8	Preventing theft during charging	CPCONLY	B60L2270/30		91
B60L2270/32	9	of electricity	CPCONLY	B60L2270/32		736
B60L2270/34	9	of parts	CPCONLY	B60L2270/34		736
B60L2270/36	9	of vehicles	CPCONLY	B60L2270/36		283
B60L2270/38	9	of data	CPCONLY	B60L2270/38		23
B60L2270/40	8	related to technical updates when adding new parts or software	CPCONLY	B60L2270/40		465
B60L2270/42	8	Means to improve acoustic vehicle detection by humans	CPCONLY	B60L2270/42		102
B60L2270/44	8	Heat storages, e.g. for cabin heating	CPCONLY	B60L2270/44		111
B60L2270/46	8	Heat pumps, e.g. for cabin heating	CPCONLY	B60L2270/46		133
