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VALUE ADDED TECHNOLOGIES CO LTD

Overview
  • Total Patents
    50
About

VALUE ADDED TECHNOLOGIES CO LTD has a total of 50 patent applications. Its first patent ever was published in 2001. It filed its patents most often in Republic of Korea. Its main competitors in its focus markets medical technology, semiconductors and optics are NISHINO NAOYUKI, OHTA YASUNORI and IWAKIRI NAOTO.

Patent filings in countries

World map showing VALUE ADDED TECHNOLOGIES CO LTDs patent filings in countries
# Country Total Patents
#1 Republic of Korea 50

Patent filings per year

Chart showing VALUE ADDED TECHNOLOGIES CO LTDs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Kim Tae Woo 14
#2 Jung Huen Yong 12
#3 Song Hyun Jin 12
#4 Ro Chang Joon 10
#5 Kim Il Kyung 8
#6 Kim Yeong Kyun 6
#7 Choi Sung Il 5
#8 Kim Soo Min 5
#9 Koo Yang Seo 3
#10 Jo Hueo Sung 3

Latest patents

Publication Filing date Title
KR20090086376A Method for breast x-ray photographing
KR20100012621A A partially pixelated scintillator x-ray sensor
KR20100012616A Mammographic device
KR20100012612A Mammographic device
KR20100003646A Dental prosthesis manufacturing machine
KR20100003649A Dental prosthesis manufacturing system
KR20090131213A Method for stabilizing an off-set level of x-ray phothgraphic sensor
KR20090130719A Tomography images acquisition method
KR20090112992A Mammography having a large area digital sensor
KR20090112988A Dental x-ray imaging apparatus having a large area digital sensor
KR20090112989A Medical x-ray ct image taking apparatus
KR20090112994A Digital radiography apparatus having a large area digital sensor
KR20080084772A A set of teeth shape measurement device
KR20090098596A Substrate laminating apparatus and laminateing method using the same
KR20090095318A Method for stabilizing an off-set level of x-ray phothgraphic sensor
KR20090095298A Driving method for x-ray photographic sensor
KR20090090700A Method for fabricating large area x-ray detector
KR20090090156A Method for fabricating large area x-ray detector
KR20090090162A Method for fabricating large area x-ray detector
KR20090090153A Method for fabricating large area x-ray detector using an optical tape