CONVERTER PRESSURE MEASURING EQUIPMENT

Brand Owner Address Description
YMER TMS Ymer Technology AB Östhammarsgatan 68, 6 tr Stockholm SE-11528 Sweden Converter (pressure measuring equipment); temperature controllers; temperature controlling apparatus for machines; temperature regulator to optimize energy consumption; temperature regulator for vehicle engine/motors and batteries; software; temperature control software; sensors; heat regulating apparatus; temperature control system; temperature control system for use in vehicles; system for controlling temperature in batteries; temperature control system for electric batteries in vehicles; temperature control systems for electric driving units in vehicles; electric control devices for heat and energy management;Pumping apparatus (machines); pumps (machines); oil coolers for motors; lubricating pumps; grease filters (parts of machines); lubrication machines; heat exchangers (parts of machines); filters (parts of machines or engines); fans (parts of machines); air-cooled condensers; pressure valves (parts of machines); compressors (machines);Cooling systems; cooling systems in vehicles; fans for ventilation; fans for air conditioning; heating and ventilation equipment in vehicles; temperature control systems, namely, valves and fans that are part of heating, ventilation and air conditioning equipment; cooling system for batteries and motors; cooling system for vehicles; electric fans for ventilation; cooling installations; cooling installations for cooling vehicle cabins;Industrial development services; engineering services; software development; technical advice and consulting in the field of energy saving; design and development of temperature control system; design and development of temperature control system for batteries and vehicles;
 

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

    
Technical Examples
  1. A power supply method an apparatus for powering electrical equipment, the electrical equipment operated by using current peaks. The electrical equipment may be connected via at least one capacitive element to a voltage converter which may be connected to a storage battery. The voltage converter may be current-regulated from a reference current. The reference current may correspond to an average current between two peaks (generally corresponding to one cycle of operation). The reference current may be calculated in a predictive manner and the reference current may include a correction factor. The voltage output from the voltage converter may be maintained between an upper limit and a lower limit.