Choi Jae H

USPTO Trademark & Patent Filings

Choi Jae H

Trademark applications and grants for Choi Jae H. Choi Jae H has 2 trademark applications. The latest application filed is for "RHINO-MAT ALL IN ONE AUTO MAT WASH & DRY SYSTEM"

Company Profile
    Company Aliases
  • Choi, Jae H.
  • h jae choi
  • Choi; Jae H. - Mineola NY
  • Choi; Jae H. - Westminster CO

Trademarks Patents
Patent Applications
Patent ApplicationDate
Devices and Methods for Trans-Arterial Osmotic Embolization of Pathological Tissue
20220031336 - 17/391136 Pile-Spellman; John ;   et al.
2022-02-03
METHODS AND SYSTEM FOR ULTRASONIC TARGETED DRUG DELIVERY IN CYSTIC FLUIDS, SUCH AS THE CEREBROSPINAL FLUID, USING BUOYANCY SPECI
20200086104 - 16/360153 Choi; Jae H. ;   et al.
2020-03-19
Systems Method and Methods for Perfusing Tissue Distal to an Arterial Occlusion
20190298919 - 16/369217 Pile-Spellman; John ;   et al.
2019-10-03
METHODS AND SYSTEMS FOR THE DELIVERY OF DISSOLVED GASES AND DE-GASSING MEDICAL FLUID LINES
20170173247 - 15/386219 Pile-Spellman; John ;   et al.
2017-06-22
METHODS AND SYSTEM FOR ULTRASONIC TARGETED DRUG DELIVERY IN CYSTIC FLUIDS, SUCH AS THE CEREBROSPINAL FLUID, USING BUOYANCY SPECIFIC DRUG CARRIERS
20160375236 - 15/190896 Choi; Jae H. ;   et al.
2016-12-29
Methods and system for ultrasonic targeted drug delivery in cystic fluids, such as the cerebrospinal fluid, using buoyancy specific drug carriers
11,191,937 - 16/360,153 Choi , et al. December 7, 2
2021-12-07
Methods and systems for the delivery of dissolved gases and de-gassing medical fluid lines
10,773,009 - 15/386,219 Pile-Spellman , et al. Sept
2020-09-15
Devices for estimating regional metabolic rate of organs based on heat generation and for estimating regional blood flow(s) for the volume(s) of tissue perfused
10,363,364 - 14/996,370 Pile-Spellman , et al.
2019-07-30
Methods and system for ultrasonic targeted drug delivery in cystic fluids, such as the cerebrospinal fluid, using buoyancy specific drug carriers
10,258,781 - 15/190,896 Choi , et al.
2019-04-16
Method to enhance X-ray and optical images and locate nano-scale cracks in electric devices and components
7,991,214 - 11/737,026 Choi , et al. August 2, 2
2011-08-02
Patent Grants & Applications

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