AUTOMOTIVE ELECTRONIC DIAGNOSTIC EQUIPMENT

Brand Owner (click to sort) Address Description
ACTRON BOSCH AUTOMOTIVE SERVICE SOLUTIONS INC. 28635 Mound Road Warren MI 48092 Automotive Electronic diagnostic equipment, namely scan tools, namely electronic diagnostic devices for vehicles which compare the vehicles' condition with specification database software for use in diagnostic testing and live data retrieval for computerized automobile systems, code readers used to retrieve and clear diagnostic trouble codes, ignition module testers, sensor testers, multi-meters, circuit testers, engine analyzers, electrical testers, remote starter switches, non-contact temperature sensors, timing lights for ignitions systems, compression testers, fuel pressure testers, vacuum testers, and battery testers;
SOLARITY SPX CORPORATION 13515 BALLANTYNE CORPORATE PLACE CHARLOTTE NC 28277 automotive electronic diagnostic equipment, namely electronic diagnostic devices for vehicles which compare the vehicles' condition with specification database software for use in diagnostic testing and live data retrieval for computerized automobile systems, code readers used to retrieve and clear diagnostic trouble codes, ignition module testers, sensor testers, multi-meters, circuit testers, engine analyzers, electrical testers, remote starter switches, non-contact temperature sensors, timing lights for ignitions systems, compression testers, fuel pressure testers, vacuum testers, and battery testers;
 

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

    
Technical Examples
  1. An antenna for wireless communication is integrated into an external member, for example, a molded bumper, on handheld or other portable electronic equipment. The external member is attached to an external surface of electronic equipment, providing shock isolation and protection for the equipment and the antenna. A method of mounting an antenna on portable electronic equipment for enabling wireless communication by the portable electronic equipment comprises mounting on the portable electronic equipment an energy-dissipating structure made of a resilient material, and positioning the antenna in the energy-dissipating structure.