Charles Kim

6837278, Jan 4, 2005

May 3, 2002

10/138121

William B. Kim - Los Angeles CA, US
Charles S. Kim - Huntington Park CA, US

D03D 2700

139391, 139399, 139407, 156 72, 28159, 28143

A method for making a fabric having a ground and pile threads inserted between the ground threads is provided. The method comprises a step of weaving two fabrics simultaneously so that the fabrics are positioned parallel and spaced by a predetermined distance, and the pile threads are inserted alternately between the ground threads of one fabric and between those of the other fabric. Also, each pile thread is wound around one of the ground threads by one or more turns. The method further comprises cutting the pile threads between the fabrics, and heat setting the fabrics to bind the pile threads to the ground firmly. The pile threads are made of acrylic yarn, and the weight percentage of the pile threads in the fabric is between 80 and ninety-five 95, and the weight percentage of the ground threads in the fabric is the remainder.

6926044, Aug 9, 2005

Nov 1, 2004

10/979020

William B. Kim - Los Angeles CA, US
Charles S. Kim - Huntington Park CA, US

D03D027/12

139394, 139407, 139401, 139402, 139403, 139391, 28143, 28159, 156 72

A method for making a fabric having a ground and pile threads inserted between the ground threads is provided. The method comprises a step of weaving two fabrics simultaneously so that the fabrics are positioned parallel and spaced by a predetermined distance, and the pile threads are inserted alternately between the ground threads of one fabric and between those of the other fabric. Also, each pile thread is wound around one of the ground threads by one or more turns. The method further comprises cutting the pile threads between the fabrics, and heat setting the fabrics to bind the pile threads to the ground firmly. The pile threads are made of acrylic yarn, and the weight percentage of the pile threads in the fabric is between 80 and ninety-five 95, and the weight percentage of the ground threads in the fabric is the remainder.

48463787, Jul 11, 1989

Apr 27, 1988

7/186912

Charles C. Kim - Los Angeles CA

B67D 300

222479

A pouring nozzle for a soft drink, milk or liquor bottle, carton, or the like, which has a feature in that when the container is in an upright position, the nozzle automatically closes to seal off the container. The nozzle includes an internal ball which floats on liquid trapped in the nozzle to close and seal the nozzle when the container is upright. However, the ball is forced into a cavity in the nozzle when the container is tilted over to permit liquid to flow freely from the container through the nozzle.

20170260971, Sep 14, 2017

Mar 20, 2017

15/464094

Charles Chongmu Kim - Downey CA, US

F03G 1/02
F03G 1/08

Described is a spring mechanism. The spring mechanism includes a leaf spring housing with leaf springs radially disposed within the leaf spring housing. The leaf springs being flexible between a rest state and tension state. A winding mechanism is engaged with the leaf springs for causing the leaf springs to flex from the rest state to the tension state. The winding mechanism includes a pushing pin wheel with a plurality of pushing pins protruding therefrom that rest against the leaf springs. The pushing pin wheel is rotatable such that rotation of the pushing pin wheel causes the leaf springs to flex from the rest state to a tension state Release of the tension (i.e., when the leaf springs return to the rest state from the tension state) causes rotation of the leaf spring housing which causes rotation of a corresponding release gear set and output drive.

20150275866, Oct 1, 2015

Mar 26, 2015

14/670087

Charles Chongmu Kim - Downey CA, US

F03G 1/02
F03G 1/08

Described is a spring mechanism. The spring mechanism includes a leaf spring housing with leaf springs radially disposed within the leaf spring housing. The leaf springs being flexible between a rest state and tension state. A winding mechanism is engaged with the leaf springs for causing the leaf springs to flex from the rest state to the tension state. The winding mechanism includes a pushing pin wheel with a plurality of pushing pins protruding therefrom that rest against the leaf springs. The pushing pin wheel is rotatable such that rotation of the pushing pin wheel causes the leaf springs to flex from the rest state to a tension state. Release of the tension (i.e., when the leaf springs return to the rest state from the tension state) causes rotation of the leaf spring housing, which causes rotation of a corresponding release gear set and output drive.