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MILABS BV

Overview
  • Total Patents
    42
  • GoodIP Patent Rank
    145,091
About

MILABS BV has a total of 42 patent applications. Its first patent ever was published in 2005. It filed its patents most often in Netherlands, WIPO (World Intellectual Property Organization) and EPO (European Patent Office). Its main competitors in its focus markets measurement, medical technology and engines, pumps and turbines are SOPHA MEDICAL VISION INTERNAT, JUNI JACK E and SELO.

Patent filings per year

Chart showing MILABS BVs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Beekman Frederik Johannes 37
#2 Frederik Johannes Beekman 4
#3 Beekman Frederik J 1

Latest patents

Publication Filing date Title
WO2021037545A1 X-ray imaging apparatus and methods
WO2020175985A1 A spect-scanner and collimator
NL2022409B1 Multimodal imaging system
NL2013261B1 A high energy radiation imaging focused pinhole collimator and device, and method for imaging.
NL2012546A Scanning a human body part with high-energy radiation emitted by the body part.
NL2010267C2 High energy radiation detecting apparatus and method.
NL2009566C2 A gamma radiation imaging apparatus.
NL2006107C2 Focused pinhole gamma detection device.
NL2004248C2 A high energy radiation imaging device.
US2011158384A1 Gamma radiation imaging apparatus
HUE027888T2 A focused pinhole gamma detection device
NL1033301C1 Gamma Image Detection Device.
WO2007043868A2 Radiation detection device, scintillation device and detection method, as well as multiple image-forming device
WO2007011214A1 Radiation detection apparatus
NL1031800C2 Detection device.
NL1031372C2 Gamma image detector for examining a test animal has a gamma camera with a field-of-view located outside the gamma detection space and comprising the complete part of the object to be examined
NL1030179C1 Radiation detection device for obtaining image of human, has detector detecting high energy radiation, where pinhole wall or framing wall is displaceable in manner such that one of image fields is modified in size and/or direction
NL1030168C1 Radiation detection device for obtaining image of human, has detector detecting high energy radiation, where pinhole wall or framing wall is displaceable in manner such that one of image fields is modified in size and/or direction
NL1030169C1 Radiation detection device for obtaining image of human, has detector detecting high energy radiation, where pinhole wall or framing wall is displaceable in manner such that one of image fields is modified in size and/or direction
NL1029558C1 Scintillation camera for producing image, has scintillation material on side facing away from detector provided with antireflective layer transparent to high-energy radiation, and light guides are located in front of detector