ELECTRIC STARTER MOTORS

Brand Owner (click to sort) Address Description
BOATRIP Chengdu Yuanyezhixing Technology Co., Ltd No.3, Section 3, Cuma Road Chengdu City 610000 China Electric starter motors; Ignition wires; Ignition wires for motor vehicles; Ignition wires for vehicle engines; Spark plug ignition wires; Spark plugs; Starter alternators; Starter motors; Starters for engines; Starters for motors; Starters for motors and engines;BOAT RIP; BOA TRIP;
GFPQL wang, yanhua No. 4, Dist. 4, Houpangezhuang Vil., Chengzhuang Town, Luannan County, Tangshan, Hebei Prov. 063500 China Electric starter motors;The name(s), portrait(s), and/or signature(s) shown in the mark does not identify a particular living individual.;The wording Gfpql has no meaning in a foreign language.;
GPL ELECTRIC STARTER GPL Electric Starters 202 Hemi Lane Laurie MO 65037 Electric starter motors;ELECTRIC STARTER;
POSI-PINION Johnson Electric Holdings Limited 12 Science Park East Avenue, 6/F Shaton, N.T. Hong Kong ELECTRIC STARTER MOTORS;POSIT OPINION;
POSI-PINION Johnson Electric Holdings Limited 12 Science Park East Avenue, 6/F Shaton, N.T. Hong Kong Electric starter motors;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The present invention discloses a dual-voltage vehicle electric system in which a dual-battery vehicle electric system is integrated. In this dual-voltage vehicle electric system, two conventional vehicle batteries are used and are generally operated while connected in series. The series circuit provides the supply voltage for the vehicle electric system at a relatively high voltage for high-power loads. In order to implement an emergency start, both batteries, specifically a starter battery (BS) and a vehicle electric system battery (BB), are connected in parallel. In the case of a defective generator (G) or DC/DC converter (1), an emergency operating supply via battery is possible. The switching of a starter commutation device (U) which is arranged in the connection between the starter battery (BS) and the vehicle electric system battery (BB) is carried out by means of a control device (2) which receives input signals from sensing devices at the starter (S), generator (G), DC/DC converter (1), the starter battery (BS), the vehicle electric system battery (B) and an ignition switch (ZS) and a starter switch (SS) and correspondingly adapts the actuation.