Japanese
close

FI (list display)

  • H02K17/00
    		•  Asynchronous induction motors; Asynchronous induction generators HB CC 5H013
  • H02K17/02
    		•  .Asynchronous induction motors HB CC 5H013
  • H02K17/02@A
    		•  Axial air-gap type HB CC 5H013
  • H02K17/02@B
    		•  having tubular rotors HB CC 5H013
  • H02K17/02@Z
    		•  Others HB CC 5H013
  • H02K17/04
    		•  ..for single phase current HB CC 5H013
  • H02K17/06
    		•  ...having windings arranged for permitting pole-changing HB CC 5H013
  • H02K17/08
    		•  ...Motors with auxiliary phase obtained by externally fed auxiliary windings, e.g. capacitor motors HB CC 5H013
  • H02K17/08@A
    		•  Condenser motors HB CC 5H013
  • H02K17/08@B
    		•  .Condenser mounting HB CC 5H013
  • H02K17/08@C
    		•  controlling switching of winding HB CC 5H013
  • H02K17/08@D
    		•  .variable speed HB CC 5H013
  • H02K17/08@E
    		•  .Reciprocal turning HB CC 5H013
  • H02K17/08@F
    		•  .Double voltage HB CC 5H013
  • H02K17/08@G
    		•  Core form and winding layout HB CC 5H013
  • H02K17/08@Z
    		•  Others HB CC 5H013
  • H02K17/10
    		•  ...Motors with auxiliary phase obtained by split-pole carrying short-circuited windings HB CC 5H013
  • H02K17/12
    		•  ..for multi-phase current HB CC 5H013
  • H02K17/12@A
    		•  Core form and winding layout HB CC 5H013
  • H02K17/12@Z
    		•  Others HB CC 5H013
  • H02K17/14
    		•  ...having windings arranged for permitting pole-changing HB CC 5H013
  • H02K17/16
    		•  ..having rotors with internally short-circuited windings, e.g. cage rotors HB CC 5H013
  • H02K17/16@A
    		•  Casting rotors [including items related to cage rotor manufacturing] HB CC 5H013
  • H02K17/16@B
    		•  having magnetic conductors, e.g. solid rotors HB CC 5H013
  • H02K17/16@Z
    		•  Others HB CC 5H013
  • H02K17/18
    		•  ...having double-cage or multiple-cage rotors HB CC 5H013
  • H02K17/20
    		•  ...having deep-bar rotors HB CC 5H013
  • H02K17/22
    		•  ..having rotors with windings connected to slip-rings HB CC 5H013
  • H02K17/24
    		•  ...in which both stator and rotor are fed with AC HB CC 5H013
  • H02K17/26
    		•  ..having rotors or stators designed to permit synchronous operation HB CC 5H013
  • H02K17/28
    		•  ..having compensating winding for improving phase angle HB CC 5H013
  • H02K17/30
    		•  ..Structural association of asynchronous induction motors with auxiliary electric devices influencing the characteristics of the motor or controlling the motor, e.g. with impedances orswitches HB CC 5H013
  • H02K17/30@A
    		•  Structural connection with switches HB CC 5H013
  • H02K17/30@B
    		•  Testing, measurement, and protection HB CC 5H013
  • H02K17/30@C
    		•  relatively moving stators and rotors HB CC 5H013
  • H02K17/30@Z
    		•  Others HB CC 5H013
  • H02K17/32
    		•  ..Structural association of asynchronous induction motors with auxiliary mechanical devices, e.g. with clutchesor brakes HB CC 5H013
  • H02K17/34
    		•  ..Cascade arrangement of an asynchronous motor with another dynamo-electric motor or converter HB CC 5H013
  • H02K17/36
    		•  ...with another asynchronous induction motor HB CC 5H013
  • H02K17/38
    		•  ...with a commutator machine HB CC 5H013
  • H02K17/40
    		•  ...with a rotary AC/DC converter HB CC 5H013
  • H02K17/42
    		•  .Asynchronous induction generators (H02K 17/02 takes precedence) [4] HB CC 5H013
  • H02K17/44
    		•  ..Structural association with exciting machines HB CC 5H013
    TOP