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KIPP JENS WERNER

Overview
  • Total Patents
    64
  • GoodIP Patent Rank
    164,762
  • Filing trend
    0.0%
About

KIPP JENS WERNER has a total of 64 patent applications. It increased the IP activity by 0.0%. Its first patent ever was published in 1992. It filed its patents most often in Germany, WIPO (World Intellectual Property Organization) and EPO (European Patent Office). Its main competitors in its focus markets machine tools, chemical engineering and civil engineering are PILLER ENTGRATTECHNIK GMBH, AO ENG AS and WHITEMETAL INC.

Patent filings per year

Chart showing KIPP JENS WERNERs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Kipp Jens Werner 41
#2 Kipp Jens-Werner 14

Latest patents

Publication Filing date Title
DE102018130100A1 Blasting process and blasting device
DE102017119113A1 Facade cleaning apparatus and method for cleaning a facade
DE102016011639A1 Procedures for cleaning exterior surfaces of pipes, rods, thread lengths, profiles loaded with sawdust, oil, other debris and other debris
WO2016070873A1 Profile machining device
DE102014116502A1 Profile machining device
DE102014114868A1 Apparatus and method for blasting a cleaning medium on a surface to be cleaned
DE102013109124A1 Method and device for cleaning surfaces of a fin heat exchanger
WO2012089730A1 Process for cleaning particulate filters
WO2011035776A2 Method for producing dry ice without or with considerably reduced losses caused by the formation of gaseous carbon dioxide
DE102009060096A1 Method for automated cleaning of shaft of machine tool, involves subjecting defined annular gap with liquid or gaseous medium i.e. compressed air, with high speed by device such that impurities are distributed at end of annular gap
DE102009048203A1 Method for applying corrosion-coating on pipes and profiles, involves capturing coating agent in recesses of corrosion-coating device for discharging coating agent into container through supply lines and feeding agent in circuit
DE102009043015A1 Method for the production of dry ice, comprises guiding fluid carbon dioxide to be required from a tank into a pipe, where the outlet of the pipe is connected to a connection body pressed by a suitable pressing device
DE102009042482A1 Method for the production of dry ice, comprises guiding required liquid carbon dioxide from a tank into a pipeline, where the pipeline is cooled at the downstream section before the pipeline outlet through a cooling device
DE102009016116A1 Surface cleaning method, involves accelerating speed of sound approximately by jet nozzle, and cooling liquid carbon dioxide before introduction into expansion chamber of jet device at specific temperature
DE102009009014A1 Sensitive surface cleaning method for e.g. plate, involves supplying carrier gas to jet nozzle, and metering water or other fluid substance from jet nozzle before, in or after narrow point of jet nozzle in carrier gas flow
DE102008061667A1 Method for cleaning and cooling surfaces, involves forming chamber as divergent in downstream area, where ratio of cross-sectional surface of carbon dioxide supply to large cross-sectional surface of chamber is smaller than specific value
BRPI0821587A2 Dry Ice Blasting Device
DE102008028433A1 Dry ice blasting device for removing incrust from surface, has supply line extending to flow passage and open into injection passage that extends with axis of flow passage and opens into expansion chamber
DE102008027253A1 Dry ice blasting device for removing incrust from surface, has supply line extending to flow passage and open into injection passage that extends with axis of flow passage and opens into expansion chamber
DE102006062171A1 Radiation device for cleaning/decoating e.g. wire, has inlet opening and outlet opening with gap, where fluid gas removes dirt found on wire and additional cleaning effect occurs by radiation at gap at input and output sides of housing