Jin Hong

D632441, Feb 8, 2011

Nov 20, 2007

29/293373

Jin K. Hong - Cerritos CA, US

Primax Manufacturing & Trading, Inc. - Bellflower CA

2902

D29123

20100140137, Jun 10, 2010

Dec 10, 2008

12/331622

Gregg A. Deluga - Playa del Rey CA, US
Dan Hancu - Clifton Park NY, US
Jin Ki Hong - Cypress CA, US
Daniel G. Norton - Niskayuna NY, US
Rick B. Watson - Missouri City TX, US
Arturo Vazquez - Santa Fe Springs CA, US
Ramanathan Subramanian - Orange CA, US

C10G 11/00
B01J 21/04
B01J 23/60
B01J 23/46
B01J 23/42
B01J 23/656
B01J 23/63
B01J 19/00

208113, 502355, 502325, 502304, 502339, 502329, 502303, 422211, 422177

A reductant producing apparatus and method is provided, the apparatus includes a catalyst attached to an encasement. The encasement has a first and second intake formed therein that are fluidly coupled to the catalyst. The first intake configured to allow entry of a hydrocarbon fuel into the encasement. The second intake is configured to allow entry of oxygen into the encasement. The catalyst is configured to catalyze an autothermal reaction to convert a mixture into a plurality of reductants comprising a plurality of hydrocarbons having a hydrocarbon chain length that is less than a hydrocarbon chain length of hydrocarbons in the hydrocarbon fuel. The mixture comprises the hydrocarbon fuel and the oxygen, and the mixture has a carbon-to-oxygen ratio that is greater than a one-to-one ratio.

61638838, Dec 26, 2000

Oct 13, 1999

9/416740

Jin S. Hong - Burbank CA

A41B 100

2 69

A garment with a magnetic vent closure comprises a clothing, a magnetic flipper, a vent window, a ferrous element and a removably attaching element. The magnetic flipper extends from a predetermined portion of the clothing and has a first end and a second end. The first end is detachably attached on the clothing and the second end is fixedly attached on the clothing, and the first end of the magnetic flipper comprises a magnetic element fixedly attached thereon. The vent window forms a part of the clothing and has a plurality of vent holes therethrough and the magnetic flipper is detachably applied over the plurality of vent holes. The ferrous element maintains the vent window in an opened state by magnetically capturing the first end of the magnetic flipper.

20200094212, Mar 26, 2020

Nov 27, 2019

16/697923

- Crown Point IN, US
Jin Ki HONG - Cypress CA, US

B01J 8/24
B01J 35/02

Provided is a method for producing aromatic hydrocarbons from light alkanes. A light alkane is contacted with catalyst particles in each of reactors, wherein each of the reactors is a fluidized bed reactor arranged in parallel with each other in a furnace. At least a portion of the alkane feed is converted to aromatic hydrocarbons using the catalyst particles, wherein the aromatic hydrocarbons form a part of a reactor effluent stream. The reactor effluent streams from each of the reactors are merged to form a first merged effluent stream. Catalysts particles deactivated through the light alkane conversion are either regenerated inside the reactors or withdrawn from the reactors for regeneration outside the reactors. The furnace comprises multiple furnaces, and the first merged effluent stream from each of the furnaces is further merged with each other to form a second merged effluent stream.

20190010098, Jan 10, 2019

Jul 5, 2018

16/027432

- Crown Point IN, US
Jin Ki HONG - Cypress CA, US

C07C 5/333
B01J 8/24
B01J 8/26

A process and an apparatus for producing olefins from light alkanes. A light alkane feed is contacted with catalyst particles in each of reactors, wherein each of the reactors is a fluidized bed reactor. At least a portion of the alkane feed is converted to olefins using the catalyst particles, wherein the olefins form a part of a reactor effluent stream. The reactor effluent streams from each of the reactors are merged to form a merged effluent stream. The merged effluent stream is separated into an olefin stream and the other streams. The other streams may comprise a recycle stream and light gases.

20180354873, Dec 13, 2018

Dec 29, 2017

15/858734

- Crown Point IN, US
Jin Ki HONG - Cypress CA, US

C07C 6/12
B01J 8/22
C07C 9/04
C07C 15/02
B01J 8/18

Provided is a method for producing aromatic hydrocarbons from light alkanes. A light alkane feed is contacted with catalyst particles in each of reactors, wherein each of the reactors is a fluidized bed reactor and arranged in parallel with each other in a furnace. At least a portion of the alkane feed is converted to aromatic hydrocarbons using the catalyst particles, wherein the aromatic hydrocarbons form a part of a reactor effluent stream. The reactor effluent streams from each of the reactors are merged to form a first merged effluent stream. The first merged effluent stream is separated into the aromatic hydrocarbons, light hydrocarbons, and a fuel gas.

20180194701, Jul 12, 2018

Jan 6, 2017

15/400058

- Crown Point IN, US
Jin Ki HONG - Cypress CA, US

Oh Pharmaceutical Co. Ltd - Crown Point IN

C07C 2/46
B01J 8/24
B01J 8/18

A process for producing aromatic hydrocarbons from a light alkane feedstock such as an ethane-containing hydrocarbon stream is disclosed. The process comprises: contacting a light alkane feedstock comprising at least 50% ethane with a bi-functional aromatization catalyst in a fluidized bed reactor of bubbling or turbulent fluidization regime. The fluidized bed reactor comprise a catalyst bed, catalytic combustor and internal heat exchanger tubes embedded in the catalyst bed to provide the heat supply necessary for production of aromatic hydrocarbons. Continuous and uninterrupted production of aromatic hydrocarbons is realized by fluidly connecting multiple reactors in parallel and cycling operation of individual reactors between aromatics production mode and catalyst regeneration mode.