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BEKA HEIZ UND KUEHLMATTEN GMBH

Overview
  • Total Patents
    25
  • GoodIP Patent Rank
    214,037
  • Filing trend
    ⇩ 50.0%
About

BEKA HEIZ UND KUEHLMATTEN GMBH has a total of 25 patent applications. It decreased the IP activity by 50.0%. Its first patent ever was published in 1996. It filed its patents most often in Germany and China. Its main competitors in its focus markets thermal processes, environmental technology and machines are CLINA HEIZ & KUEHLELEMENTE, HERBST DONALD and CTC GMBH.

Patent filings in countries

World map showing BEKA HEIZ UND KUEHLMATTEN GMBHs patent filings in countries
# Country Total Patents
#1 Germany 24
#2 China 1

Patent filings per year

Chart showing BEKA HEIZ UND KUEHLMATTEN GMBHs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Sobczyk Reinhard 23
#2 Bauke Albrecht 16
#3 Kremer Josef 12
#4 Moelle Stephan 5
#5 Hix Jutta 4
#6 Sterzing Rainer 4
#7 Siegmund Jörg 3
#8 Schlewitt Nico 3
#9 Siegmund Joerg 3
#10 Mölle Stephan 3

Latest patents

Publication Filing date Title
DE102018000697A1 Suspended heat exchanger ceiling
DE102017010710A1 Suspended drywall ceiling acting as a heat exchanger
DE102017004951A1 Air treatment system for energy-efficient dehumidification using an air-to-air double heat transfer system
DE102012011926A1 Heat exchanger coil for use in controlling temperature of buildings, has connection profiles that include flow connector which is sealingly arranged between chambers on multi-chamber profile
DE102012103895A1 Holding element i.e. one-piece punching bending part, for use in heat exchanger ceiling sub-structure, has proximal portion with profile and/or distal portion comprising closure arrangements brought in engagement with transfer element
DE102011013435A1 Heating or cooling acoustic element is provided with punched plate made of gypsum, where plate on space opposite side comprises acoustic non-woven fabric
DE102009000612A1 Heat exchanger device for heat exchange with solids or solid mixtures of covering system in building, has capillary tube mat with multiple capillary tubes and two positioning units
DE102007045389A1 Capillary tube mat forming method for heating and/or cooling application, involves lifting capillaries with distance piece by lifting device in positive driven manner after lifting device is translatively moved relative to distance piece
DE102006061995A1 Plastic-capillary tube mat manufacturing method, involves heating welding zone and transition region so as to increase external diameter at transition region, and forming preset external contour at transition region during pressing
DE102005039648A1 Means for positioning and especially spacing of capillaries of capillary tube mat for climatizing of rooms has at least one connecting section for connection to extension means as connection to similar or other positioning means
DE102005032559A1 Adapter for joining thermal mat with capillary tubes to supply duct, comprises facilities for welding as well as for press fitting
DE102005012417A1 Heating or cooling element has at least one capillary tube mat at least partly enclosed by casing formed in such a way that transportation of oxygen from surroundings to capillary tube mat is limited
DE102004048060A1 Heating or cooling arrangement for a climate ceiling and method for its assembly
DE10342490A1 Ceiling system and method for producing an in-situ concrete floor
DE10309695A1 Mounting system and method for connecting plastic pipes
DE10253867A1 Device for exchanging heat and / or cold with solids or solid mixtures
DE10214181A1 Method for heating and cooling room uses capillary tube mats as heat exchangers, heating or cooling liquid flowing through these at pressure of 3.0 - 6.0 bars
DE10003304A1 Heat exchanger mat, for bringing of room to right temperature, has spacer(s) with contact surface(s) which can be connected in heat-conducting fashion with metal cassette for accommodation of heat exchanger mat
DE19956204A1 Method of making a heat or cold exchange area
DE19922276C1 Spacer for fixing pipes in heat exchanger has middle strip with edge flanges to form bulges to receive pipes