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KOHLER NOVITA LTD

Overview
  • Total Patents
    182
  • GoodIP Patent Rank
    16,178
  • Filing trend
    ⇩ 7.0%
About

KOHLER NOVITA LTD has a total of 182 patent applications. It decreased the IP activity by 7.0%. Its first patent ever was published in 2010. It filed its patents most often in Republic of Korea, China and Japan. Its main competitors in its focus markets civil engineering, machines and furniture and games are DAELIM B & CO CO LTD, SAMHONG TECH CO LTD and IZEN CO LTD.

Patent filings in countries

World map showing KOHLER NOVITA LTDs patent filings in countries
# Country Total Patents
#1 Republic of Korea 160
#2 China 16
#3 Japan 3
#4 Taiwan 3

Patent filings per year

Chart showing KOHLER NOVITA LTDs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Lee Yong Moon 28
#2 Kang Seung Jae 21
#3 Hwang Han Uk 20
#4 Lee Hak Woo 19
#5 Cho Byung Man 19
#6 Kim Yun Soo 15
#7 Lee Dong Chul 11
#8 Moon Ji Hwan 7
#9 Lee Se Hwan 7
#10 Chung Tae Min 7

Latest patents

Publication Filing date Title
KR20210021912A Hot-water supplying device
KR20210014324A Vibration control method of bidet
KR20200140597A Drying device of bidet
KR20200134096A Remote controlr unit
KR20200134097A Waterproof structure assembly of remote control unit
KR20200124439A Drying device of bidet
KR20200114211A Nozzle device for toilet bowl cleaning
KR20200080698A Seating perception device of bidet
KR20200080700A Self cleaning device of nozzle assembly having drying function
KR20200080701A Controlling method of fluid outlet temperature of bidet
KR102038586B1 Safety handle of bidet
KR102038587B1 Conrtol method of Nozzle assembly with drying function
KR20200036175A Nozzle assembly in bidet
KR20200025440A Control method of bidet using sound source
KR20190140140A Laundry treating apparatus
KR20190136387A Deodorizing apparatus of bidet
KR20190133956A Flow contrl valve
KR20190124943A Drive module assembly for opening and closing cover
KR20190124944A Nozzle assembly with drying function
KR20190102793A Method for controlling the rotational displacement of a drive device