COOLING SYSTEMS

Brand Owner (click to sort) Address Description
AQUACUBE EBM-PAPST ST. GEORGEN GMBH & CO. KG Hermann-Papst-Straße 1 St. Georgen 78112 Germany COOLING SYSTEMS, NAMELY, COOLING SYSTEMS FOR COMPUTERS, SERVERS AND COMPUTER PERIPHERALS COMPRISING A HEAT EXCHANGER, PUMP, AND FAN THAT COOLS BY CIRCULATING A LIQUID COOLANT;In the statement, Column 1, line 1, after GEORGEN ; is deleted.;Electric drive motors other than for land vehicles;AQUA CUBE;
EXOS Koolance, Inc. Suite 101 2840 West Valley Highway North Auburn WA 98001 Cooling systems, namely, cooling systems for computers comprising a heat exchanger, pump and fan that cool by circulating a liquid coolant;
HYDRA STREAK PRODUCTS, INC. Legal Department 8300 West Flagler St. #121-106 Miami FL 33144 Cooling systems, namely, internal cooling systems for computers comprising a heat exchanger, pump, and fan that cool by circulating a water coolant;
HYDRA-PAK Koolance, Inc. Suite 101 2840 West Valley Highway North Auburn WA 98001 Cooling systems, namely, cooling systems for computers comprising a heat exchanger, pump and fan that cool by circulating a liquid coolant;HYDRA PACK;
KOOLANCE Koolance, Inc. Suite 101 2840 West Valley Highway North Auburn WA 98001 cooling systems, namely, cooling systems for computers comprising a heat exchanger, pump, and fan that cool by circulating a liquid coolant;
 

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

    
Technical Examples
  1. Power consumption by a computer system may vary all the time based upon software and the workload. Facility such as data centers host multiple of computer systems. With continuous growing demand for power and cooling of computer systems, data centers face limitations on their ability to provide the power and cooling capability. These limitations are occasionally exasperated by problems in either power or cooling systems. The computer systems may have a method to maintain total power consumption below a set target level. An enterprise power and thermal manager, EPTM, may change this setting dynamically to improve efficiency of supporting power and cooling infrastructure. In addition, the EPTM may use this ability to improve performance, availability and to provide ability to implement various administrative policies.