loadpatents
name:-0.0081400871276855
name:-0.0067307949066162
name:-0.0043351650238037
Kim; Myung-Sung Patent Filings

Kim; Myung-Sung

Patent Applications and Registrations

Patent applications and USPTO patent grants for Kim; Myung-Sung.The latest application filed is for "liquid cosmetic material impregnation cosmetic product having three-dimensional fabric impregnation material".

Company Profile
4.6.6
  • Kim; Myung-Sung - Paju-si KR
  • KIM; Myung Sung - Suwon KR
  • Kim; Myung-Sung - Gyeongsangnam-do KR
  • Kim; Myung-Sung - Geoje-si KR
  • Kim; Myung Sung - Singapore SG
  • Kim; Myung-Sung - Seoul KR
*profile and listings may contain filings by different individuals or companies with the same name. Review application materials to confirm ownership/assignment.
Patent Activity
PatentDate
Electroluminescent display device
Grant 10,644,086 - Kim , et al.
2020-05-05
Liquid Cosmetic Material Impregnation Cosmetic Product Having Three-dimensional Fabric Impregnation Material
App 20190335879 - PARK; Sung Mi ;   et al.
2019-11-07
Electroluminescent Display Device
App 20190189712 - KIM; Myung-Sung ;   et al.
2019-06-20
Canister type thruster and installation method thereof
Grant 10,300,997 - Lee , et al.
2019-05-28
Canister type thruster and installation method thereof
Grant 9,988,131 - Lee , et al. June 5, 2
2018-06-05
Canister type thruster and installation method thereof
Grant 9,834,289 - Lee , et al. December 5, 2
2017-12-05
Vacuum integrated electronic device and manufacturing process thereof
Grant 9,754,756 - Patti , et al. September 5, 2
2017-09-05
Canister Type Thruster And Installation Method Thereof
App 20170233048 - LEE; Deok-Hoon ;   et al.
2017-08-17
Canister Type Thruster And Installation Method Thereof
App 20170217552 - LEE; Deok-Hoon ;   et al.
2017-08-03
Vacuum Integrated Electronic Device And Manufacturing Process Thereof
App 20170148604 - Patti; Davide Giuseppe ;   et al.
2017-05-25
Canister Type Thruster And Installation Method Thereof
App 20160083061 - Lee; Deok-Hoon ;   et al.
2016-03-24
Method of producing a bipolar CMOS device
Grant 5,132,234 - Kim , et al. July 21, 1
1992-07-21

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