FI (list display)

  • H02H3/00
  • Emergency protective circuit arrangements for automatic disconnection directly responsive to an undesired change from normal electric working condition, with or without subsequent reconnection (specially adapted for specific types of electric machines or apparatus or for sectionalised protection of cable or line systems H02H 7/00; systems for change-over to standby supply H02J 9/00) HB CC 5G142
  • H02H3/00@A
  • Analogue type HB CC 5G142
  • H02H3/00@L
  • .Detecting open wires (P or Q take precedence.) HB CC 5G142
  • H02H3/00@M
  • .Protection systems (Q takes precedence.) HB CC 5G142
  • H02H3/00@N
  • .Detecting degraded insulation HB CC 5G142
  • H02H3/00@P
  • .applied to power feed lines with controlled inputs HB CC 5G142
  • H02H3/00@Q
  • .pinpointing failure positions (excluding pinpoint inside or outside) HB CC 5G142
  • H02H3/00@R
  • .applied to DC power feeding systems HB CC 5G142
  • H02H3/00@S
  • .of mechanical type HB CC 5G142
  • H02H3/00@T
  • .for multiple phases HB CC 5G142
  • H02H3/00@U
  • .using progressive waves HB CC 5G142
  • H02H3/00@D
  • of digital type HB CC 5G142
  • H02H3/00@Z
  • Others HB CC 5G142
  • H02H3/02
  • .Details HB CC 5G142
  • H02H3/02@A
  • of analogue type HB CC 5G142
  • H02H3/02@L
  • .Inputs HB CC 5G142
  • H02H3/02@M
  • .Judging section HB CC 5G142
  • H02H3/02@N
  • .Shutting off or loading methods HB CC 5G142
  • H02H3/02@P
  • .Signal transmitters HB CC 5G142
  • H02H3/02@Q
  • .Grounding circuits HB CC 5G142
  • H02H3/02@R
  • .Feed setting HB CC 5G142
  • H02H3/02@S
  • .Memories HB CC 5G142
  • H02H3/02@T
  • .Automatic resetting or operation retaining HB CC 5G142
  • H02H3/02@D
  • of digital type HB CC 5G142
  • H02H3/02@E
  • .Feed setting HB CC 5G142
  • H02H3/02@F
  • .Input section HB CC 5G142
  • H02H3/02@G
  • .Judging section HB CC 5G142
  • H02H3/02@H
  • .Memories HB CC 5G142
  • H02H3/02@J
  • .Signal transmitters HB CC 5G142
  • H02H3/02@Z
  • Others HB CC 5G142
  • H02H3/027
  • ..with automatic disconnection after a predetermined time (H02H 3/033, H02H 3/06 take precedence) [3] HB CC 5G142
  • H02H3/027@A
  • of analogue type HB CC 5G142
  • H02H3/027@D
  • of digital type HB CC 5G142
  • H02H3/027@Z
  • Others HB CC 5G142
  • H02H3/033
  • ..with several disconnections in a preferential order (H02H 3/06 takes precedence) [3] HB CC 5G142
  • H02H3/033@B
  • Disconnecting in set sequence HB CC 5G142
  • H02H3/033@Z
  • Others HB CC 5G142
  • H02H3/04
  • ..with warning or supervision in addition to disconnection, e.g. for indicating that protective apparatus has functioned HB CC 5G142
  • H02H3/04@A
  • of analogue type HB CC 5G142
  • H02H3/04@D
  • of analogue type HB CC 5G142
  • H02H3/04@Z
  • Others HB CC 5G142
  • H02H3/05
  • ..with means for increasing reliability, e.g. redundancy arrangements [3] HB CC 5G142
  • H02H3/05@A
  • of analogue type HB CC 5G142
  • H02H3/05@B
  • .related to inspections (C takes precedence.) HB CC 5G142
  • H02H3/05@L
  • ..related to methods for applying inspection signals, e.g. cancelling currents HB CC 5G142
  • H02H3/05@M
  • ..related to motion locking upon inspections HB CC 5G142
  • H02H3/05@N
  • ..related to measures for accidents during inspections HB CC 5G142
  • H02H3/05@P
  • ..related to inspections of multiple replays HB CC 5G142
  • H02H3/05@Q
  • ..related to methods for generating inspection signals, e.g. simulated systems HB CC 5G142
  • H02H3/05@C
  • .related to monitoring HB CC 5G142
  • H02H3/05@D
  • of digital type HB CC 5G142
  • H02H3/05@E
  • .related to inspections (F takes precedence.) HB CC 5G142
  • H02H3/05@F
  • .related to monitoring HB CC 5G142
  • H02H3/05@Z
  • Others HB CC 5G142
  • H02H3/06
  • ..with automatic reconnection HB CC 5G142
  • H02H3/06@A
  • related to checks of reconnecting conditions, e.g. checking of linkages HB CC 5G142
  • H02H3/06@B
  • related to extinguishing arcing HB CC 5G142
  • H02H3/06@C
  • related to shutoff or loading sequence 'B or D takes precedence.) HB CC 5G142
  • H02H3/06@D
  • for specifying failed locations HB CC 5G142
  • H02H3/06@E
  • with means for improving reliability, e.g. inspections, monitoring HB CC 5G142
  • H02H3/06@Z
  • Others HB CC 5G142
  • H02H3/07
  • ...and with permanent disconnection after a predetermined number of reconnection cycles [3] HB CC 5G142
  • H02H3/08
  • .responsive to excess current (responsive to abnormal temperature caused by excess current H02H 5/04) HB CC 5G004
  • H02H3/08@A
  • of analogue type HB CC 5G004
  • H02H3/08@L
  • .without requiring operation power supply HB CC 5G004
  • H02H3/08@M
  • .with amplifying circuits (amplifying single input with phase transfer circuit) HB CC 5G004
  • H02H3/08@N
  • .Adjustable operating or reset values HB CC 5G004
  • H02H3/08@P
  • .Protecting by shorting (including those protecting by melting fuse after shorting) HB CC 5G004
  • H02H3/08@Q
  • .using step elements HB CC 5G004
  • H02H3/08@R
  • .indicating or alarming HB CC 5G004
  • H02H3/08@S
  • .of mechanical type HB CC 5G004
  • H02H3/08@T
  • .characterised by detecting means HB CC 5G004
  • H02H3/08@D
  • of digital type HB CC 5G004
  • H02H3/08@Z
  • Others HB CC 5G004
  • H02H3/087
  • ..for dc applications [3] HB CC 5G004
  • H02H3/093
  • ..with timing means [3] HB CC 5G004
  • H02H3/093@A
  • of analogue type HB CC 5G004
  • H02H3/093@D
  • of digital type HB CC 5G004
  • H02H3/093@Z
  • Others HB CC 5G004
  • H02H3/10
  • ..additionally responsive to some other abnormal electrical conditions HB CC 5G004
  • H02H3/10@A
  • of analogue type HB CC 5G004
  • H02H3/10@D
  • of digital type HB CC 5G004
  • H02H3/10@Z
  • Others HB CC 5G004
  • H02H3/12
  • .responsive to underload or no-load HB CC 5G004
  • H02H3/12@A
  • of analogue type HB CC 5G004
  • H02H3/12@D
  • of digital type HB CC 5G004
  • H02H3/12@Z
  • Others HB CC 5G004
  • H02H3/13
  • ..for multiphase applications, e.g. phase interruption [3] HB CC 5G004
  • H02H3/14
  • .responsive to occurrence of voltage on parts normally at earth potential HB CC 5G004
  • H02H3/16
  • .responsive to fault current to earth, frame or mass (with balanced or differential arrangement H02H 3/26) HB CC 5G004
  • H02H3/16@A
  • for DC HB CC 5G004
  • H02H3/16@B
  • for AC HB CC 5G004
  • H02H3/16@Z
  • Others HB CC 5G004
  • H02H3/17
  • ..by means of an auxiliary voltage injected into the installation to be protected [3] HB CC 5G004
  • H02H3/18
  • .responsive to reversal of direct current HB CC 5G004
  • H02H3/20
  • .responsive to excess voltage HB CC 5G004
  • H02H3/20@A
  • of analogue type HB CC 5G004
  • H02H3/20@D
  • of digital type HB CC 5G004
  • H02H3/20@Z
  • Others HB CC 5G004
  • H02H3/22
  • ..of short duration, e.g. lightning HB CC 5G004
  • H02H3/24
  • .responsive to undervoltage or no-voltage HB CC 5G004
  • H02H3/24@A
  • of analogue type HB CC 5G004
  • H02H3/24@L
  • .Detecting open wires HB CC 5G004
  • H02H3/24@P
  • .with DC compensations HB CC 5G004
  • H02H3/24@Q
  • .detecting power failures HB CC 5G004
  • H02H3/24@D
  • of digital type HB CC 5G004
  • H02H3/24@Z
  • Others HB CC 5G004
  • H02H3/247
  • ..having timing means [3] HB CC 5G004
  • H02H3/253
  • ..for multiphase applications, e.g. phase interruption [3] HB CC 5G004
  • H02H3/26
  • .responsive to difference between voltages or between currents; responsive to phase angle between voltages or between currents HB CC 5G147
  • H02H3/26@L
  • Transfer protection in general HB CC 5G147
  • H02H3/26@M
  • .Inspecting or monitoring HB CC 5G147
  • H02H3/26@K
  • Protecting DC power feed lines HB CC 5G147
  • H02H3/26@Z
  • Others HB CC 5G147
  • H02H3/26,301
  • ..Direction comparison methods HB CC 5G147
  • H02H3/26,301@A
  • Direction comparison relays (in general) HB CC 5G147
  • H02H3/26,301@B
  • Measures for current circulating in zero phase HB CC 5G147
  • H02H3/26,301@N
  • .Proportional time limit, sensitivity scanning HB CC 5G147
  • H02H3/26,301@C
  • Measures for paused ends HB CC 5G147
  • H02H3/26,301@P
  • Reconnecting paths HB CC 5G147
  • H02H3/26,301@Q
  • Inspecting or monitoring HB CC 5G147
  • H02H3/26,301@T
  • Signals, transmitting methods HB CC 5G147
  • H02H3/26,301@G
  • Measures for non-power supply HB CC 5G147
  • H02H3/26,301@D
  • Measures for multiple failures HB CC 5G147
  • H02H3/26,301@U
  • Detailed structures of circuits or devices HB CC 5G147
  • H02H3/26,301@V
  • Protecting multiple terminal systems (B to U take precedence.) HB CC 5G147
  • H02H3/26,301@W
  • Protecting parallel lines (B to V take precedence.) HB CC 5G147
  • H02H3/26,301@Z
  • Others (A takes precedence.) HB CC 5G147
  • H02H3/26,302
  • ..Phase comparison methods HB CC 5G147
  • H02H3/26,302@D
  • Phase comparison relays (in general) HB CC 5G147
  • H02H3/26,302@R
  • Combinations of direction comparison and current differential HB CC 5G147
  • H02H3/26,302@E
  • Switching symmetrical portions HB CC 5G147
  • H02H3/26,302@F
  • Inspecting or monitoring HB CC 5G147
  • H02H3/26,302@S
  • Detecting step outs HB CC 5G147
  • H02H3/26,302@T
  • Signals, transmitting methods HB CC 5G147
  • H02H3/26,302@V
  • Protecting multiple terminal systems HB CC 5G147
  • H02H3/26,302@W
  • Protecting parallel lines HB CC 5G147
  • H02H3/26,302@G
  • Measures for non-power supply HB CC 5G147
  • H02H3/26,302@H
  • Measures for harmonics (cable systems) HB CC 5G147
  • H02H3/26,302@X
  • .using filters HB CC 5G147
  • H02H3/26,302@U
  • Detailed structures of circuits or devices HB CC 5G147
  • H02H3/26,302@J
  • .Per phase valve HB CC 5G147
  • H02H3/26,302@Z
  • Others (D takes precedence.) HB CC 5G147
  • H02H3/28
  • ..involving comparison of the voltage or current values at two spaced portions of a single system, e.g. at opposite ends of one line, at input and output of apparatus HB CC 5G147
  • H02H3/28@K
  • Differential relays (in general) HB CC 5G147
  • H02H3/28@L
  • .Charging current, measures for zero-phase circulation currents (cable systems, parallel lines) HB CC 5G147
  • H02H3/28@M
  • .Reconnecting, measures for blind points, post-provided protections HB CC 5G147
  • H02H3/28@J
  • .Inspecting or monitoring HB CC 5G147
  • H02H3/28@N
  • .Detecting open wire HB CC 5G147
  • H02H3/28@G
  • .Ratio differential characteristic HB CC 5G147
  • H02H3/28@P
  • Instruments, system protection HB CC 5G147
  • H02H3/28@Q
  • .Measures for harmonics HB CC 5G147
  • H02H3/28@R
  • .Bus protection HB CC 5G147
  • H02H3/28@S
  • .Voltage differential, voltage balancing relays HB CC 5G147
  • H02H3/28@T
  • ..Protecting particular instruments by comparing voltages HB CC 5G147
  • H02H3/28@U
  • .Current transformer saturation, measures for DC component HB CC 5G147
  • H02H3/28@V
  • .Inspecting or monitoring HB CC 5G147
  • H02H3/28@A
  • Digital differential relays HB CC 5G147
  • H02H3/28@W
  • .Synchronising HB CC 5G147
  • H02H3/28@X
  • .Signalling methods (error detection) HB CC 5G147
  • H02H3/28@D
  • FM differential relays HB CC 5G147
  • H02H3/28@E
  • .Measures for noises HB CC 5G147
  • H02H3/28@F
  • .Inspecting or monitoring HB CC 5G147
  • H02H3/28@B
  • Differential protection based on progressive wave theory HB CC 5G147
  • H02H3/28@Z
  • Others (K takes precedence.) HB CC 5G147
  • H02H3/30
  • ...using pilot wires or other signalling channel HB CC 5G147
  • H02H3/30@D
  • Protecting indicating lines (in general) HB CC 5G147
  • H02H3/30@E
  • .using optical fibres HB CC 5G147
  • H02H3/30@A
  • .Inspecting or monitoring HB CC 5G147
  • H02H3/30@B
  • .Protecting cable systems HB CC 5G147
  • H02H3/30@F
  • .Comparisons of phase or direction using indicating lines HB CC 5G147
  • H02H3/30@G
  • .Selecting lines HB CC 5G147
  • H02H3/30@H
  • .Shutting off transfer HB CC 5G147
  • H02H3/30@Z
  • Others (D takes precedence.) HB CC 5G147
  • H02H3/32
  • ..involving comparison of the voltage or current values at corresponding points in different conductors of a single system, e.g. of currents in go and return conductors HB CC 5G058
  • H02H3/33
  • ...using summation current transformers (H02H 3/347 takes precedence) [3] HB CC 5G058
  • H02H3/34
  • ...of a three-phase system HB CC 5G058
  • H02H3/34@A
  • Detecting open wire, single phase or unbalancing (P takes precedence.) HB CC 5G058
  • H02H3/34@B
  • .Detecting open wire, single phase or unbalancing by symmetrical portions HB CC 5G058
  • H02H3/34@C
  • Paying out symmetrical portions (opposite phase in particular) (B takes precedence.) HB CC 5G058
  • H02H3/34@L
  • Detecting phase rotation (phase reversal) HB CC 5G058
  • H02H3/34@M
  • Detecting failures due to grounding (P takes precedence.) HB CC 5G058
  • H02H3/34@N
  • .Grounding of one line HB CC 5G058
  • H02H3/34@P
  • Detecting failed phase HB CC 5G058
  • H02H3/34@D
  • of digital type HB CC 5G058
  • H02H3/34@Z
  • Others HB CC 5G058
  • H02H3/347
  • ....using summation current transformers [3] HB CC 5G058
  • H02H3/347@A
  • of analogue type HB CC 5G058
  • H02H3/347@D
  • of digital type HB CC 5G058
  • H02H3/347@Z
  • Others HB CC 5G058
  • H02H3/353
  • ....involving comparison of phase voltages [3] HB CC 5G058
  • H02H3/353@A
  • of analogue type HB CC 5G058
  • H02H3/353@D
  • of digital type HB CC 5G058
  • H02H3/353@Z
  • Others HB CC 5G058
  • H02H3/36
  • ..involving comparison of the voltage or current values at corresponding points of different systems, e.g. of parallel feeder systems HB CC 5G058
  • H02H3/36@A
  • of analogue type HB CC 5G058
  • H02H3/36@D
  • of digital type HB CC 5G058
  • H02H3/36@Z
  • Others HB CC 5G058
  • H02H3/38
  • .responsive to both voltage and current; responsive to phase angle between voltage and current HB CC 5G058
  • H02H3/38@A
  • of analogue type HB CC 5G058
  • H02H3/38@B
  • .Grounding direction relay (C takes precedence.) HB CC 5G058
  • H02H3/38@C
  • .related to internal structures of phase discriminators HB CC 5G058
  • H02H3/38@L
  • .Detecting failed phase HB CC 5G058
  • H02H3/38@M
  • .Protection systems using direction relays, e.g. direction comparison relay HB CC 5G058
  • H02H3/38@N
  • .with means for improving reliability, e.g. inspections, monitoring HB CC 5G058
  • H02H3/38@P
  • .Indicating, investigating failed points HB CC 5G058
  • H02H3/38@D
  • of digital type HB CC 5G058
  • H02H3/38@Z
  • Others HB CC 5G058
  • H02H3/40
  • .responsive to ratio of voltage and current HB CC 5G058
  • H02H3/40@A
  • of analogue type HB CC 5G058
  • H02H3/40@B
  • .Grounding distance relays HB CC 5G058
  • H02H3/40@D
  • of digital type HB CC 5G058
  • H02H3/40@E
  • .Grounding distance relays HB CC 5G058
  • H02H3/40@Z
  • Others HB CC 5G058
  • H02H3/42
  • .responsive to product of voltage and current HB CC 5G058
  • H02H3/42@A
  • of analogue type HB CC 5G058
  • H02H3/42@D
  • of digital type HB CC 5G058
  • H02H3/42@Z
  • Others HB CC 5G058
  • H02H3/44
  • .responsive to the rate of change of electrical quantities [3] HB CC 5G058
  • H02H3/44@A
  • of analogue type HB CC 5G058
  • H02H3/44@D
  • of digital type HB CC 5G058
  • H02H3/44@Z
  • Others HB CC 5G058
  • H02H3/46
  • .responsive to frequency deviations [3] HB CC 5G058
  • H02H3/46@A
  • of analogue type HB CC 5G058
  • H02H3/46@D
  • of digital type HB CC 5G058
  • H02H3/46@Z
  • Others HB CC 5G058
  • H02H3/48
  • .responsive to loss of synchronism [3] HB CC 5G058
  • H02H3/48@A
  • of analogue type HB CC 5G058
  • H02H3/48@D
  • of digital type HB CC 5G058
  • H02H3/48@Z
  • Others HB CC 5G058
  • H02H3/50
  • .responsive to the appearance of abnormal wave forms, e.g. ac in dc installations [3] HB CC 5G058
  • H02H3/50@A
  • of analogue type HB CC 5G058
  • H02H3/50@D
  • of digital type HB CC 5G058
  • H02H3/50@Z
  • Others HB CC 5G058
  • H02H3/52
  • ..responsive to the appearance of harmonics [3] HB CC 5G058
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