Learn more

LUFT U KAELTETECHNIK VEB K

Overview
  • Total Patents
    274
About

LUFT U KAELTETECHNIK VEB K has a total of 274 patent applications. Its first patent ever was published in 1951. It filed its patents most often in Germany, France and Sweden. Its main competitors in its focus markets thermal processes, engines, pumps and turbines and chemical engineering are GREE ELECTRIC APPLIANCES CO, MITSUBISHI HEAVY INDUSTRIES THERMAL SYSTEMS LTD and TOSHIBA CARRIER KK.

Patent filings per year

Chart showing LUFT U KAELTETECHNIK VEB Ks patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Kirschner Kurt 9
#2 Grosse Herbert 8
#3 Pauls Juergen 7
#4 Seifert Herbert 6
#5 Ernst Siegfried 6
#6 Richter Heinz 6
#7 Harms Werner 5
#8 Heyde Juergen Dipl Ing 5
#9 Prade Anton 5
#10 Neubert J 5

Latest patents

Publication Filing date Title
DD259338A1 Method for operating and heating safety houses
DD259337A1 Equipment for heating and climate construction in warehouses
DD259336A1 Device for heating and operating vehicle houses
DD259339A1 Method and device for heating and climate construction in warehouses
DK577885D0 Kvegstalstag with combined ventilation & regenerative heat recovery
DD233413A1 Vulcanized finished end of tube belt chuck
DD233382A1 Low-chemical coating of coaxial tubes and device therefor
DD229023A1 Device for ventilating rooms through fixed chest
DD227732A1 Device for aorizing pcb
DE3408412A1 Terminal plate for shell-and-tube heat exchangers
DD225791A1 Device for continuous measurement in trueben
DE3405007A1 Modular electronic control
DE3402756A1 Shell-and-tube heat exchanger
DD221667A1 Method and device for connecting wires
DE3342971A1 Finned heat exchanger and method of manufacture thereof
US4583374A Temperature and liquid level control system for fluid cycles
DD221541A1 Density layer memory for fixed regenerative heat transfer
DE3329661A1 Regulation of temperatures, temperature differences or levels in refrigerant circuits
HU188349B Arrangement for changing the flow direction of flowing media, preferably of gases containing dust, ensuring uniform current-density distribution
DE3320360A1 Shaping and arrangement of plate-shaped or strip-shaped precipitation electrodes