THERMAL CONDITIONING DEVICES

Brand Owner (click to sort) Address Description
CLIMATE CONTROL SLEEP SYSTEMS Amerigon, Inc. Suite 101 21680 Haggerty Road Northville MI 48167 Thermal conditioning devices, namely, electric heating and cooling distribution systems comprising in whole and in part of electric fans, blowers, convective heaters and conductive heat mats, heat pumps, wiring, filters, temperature sensors, humidity sensors, dew point sensors, channels, ducts, foam, spacer fabric, diverters, conditioning zones, controllers, control algorithms, power supplies, switches, wiring, user interfaces, wireless devices, electronic and manual controls for use in occupant support surfaces, seats, beds, bedding, automotive conditioning, and medical and hospital equipment; and components of electric heating and cooling systems, namely electric fans, blowers, convective heaters and conductive heat mats, heat pumps, wiring, filters, temperature sensors, humidity sensors, dew point sensors, channels, ducts, foam, spacer fabric, diverters, conditioning zones, controllers, control algorithms, power supplies, switches, wiring, user interfaces, wireless devices, electronic and manual controls for use in occupant support surfaces, seats, beds, bedding, automotive conditioning and medical and hospital equipment;
HVS GENTHERM INCORPORATED 21680 Haggerty Road Northville MI 48167 Thermal conditioning devices, namely, electric heating and cooling systems comprising in whole and in part of electric fans, blowers, convective heaters and conductive heat mats for use in car seats and automotive conditioning; and components of electric heating and cooling systems for use in car seats and automotive conditioning, namely, electric fans, blowers, convective heaters and conductive heat mats;
HVS GENTHERM INCORPORATED 21680 Haggerty Road Northville MI 48167 Thermal conditioning devices, namely, electric heating and cooling systems comprising electric fans, air blowers, convective heaters and conductive heat mats for use in car seats and automotive conditioning; components of electric heating and cooling systems for use in car seats and automotive conditioning, namely, electric fans, air blowers, convective heaters and conductive heat mats;
MICRO THERMAL MODULE AMERIGON INC. 21680 Haggerty Road Northville MI 48167 Thermal conditioning devices, namely, heating and cooling systems comprising in whole and in part of heating and cooling elements, heat exchangers, convective air heaters, ducts, sensors, air blowers or electric fans, and electronic and manual controls for use in medical and hospital equipment;
MICRO THERMAL MODULE GENTHERM INCORPORATED 21680 Haggerty Road Northville MI 48167 Thermal conditioning devices, namely, heating and cooling systems comprising in whole and in part of heating and cooling elements, heat exchangers, convective air heaters, ducts, sensors, air blowers or electric fans, and electronic and manual controls for use in occupant support surfaces, car seats, bedding, automotive conditioning, thermal convenience products, and components of heating and cooling systems, namely, heating and cooling elements, heat exchangers, convective heaters, ducts, sensors, blowers or electric fans, and electronic and manual controls;THERMAL MODULE;
 

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

    
Technical Examples
  1. The invention relates to an air-conditioning installation, in particular for motor vehicles, having a compression refrigeration circuit of a refrigerant for A/C operation with a high-pressure region, a suction region and a connected stationary air-conditioning circuit, in particular for stationary air-conditioning operation when the compression refrigeration circuit is switched off, having a compressor, an expansion valve, an evaporator as cooler for releasing refrigeration to the environment, and a thermal accumulator comprising a heat storage medium. The thermal accumulator serves as a refrigeration accumulator and as a condenser during stationary air-conditioning operation. The refrigerant which is present serves as heat transfer medium for transferring the refrigeration from the thermal accumulator to the evaporator in the stationary air-conditioning circuit. The evaporator and the thermal accumulator are connected in series in terms of the flow of refrigerant.