DR. YOUNG MAN KIM, DOM, PH.D.
Acupuncture at La Fayette Park Pl, Los Angeles, CA

7315565, Jan 1, 2008

Jan 23, 2006

11/286468

Young M. Kim - Los Angeles CA, US

L-3 Communications Titan Corporation - San Diego CA

H04B 1/00

375132

In many systems now in use for sending digital data from a controlled station (e. g. , a transmitting station), generally indicated at 10 in FIG. , to a controlling station (e. g. , a receiving station) generally indicated at 12, a plurality of hopping frequencies are provided. In such systems, a first packet is transmitted from the controlled station to the controlling station at a first one of the hopping frequencies in the plurality. The data in a second one of the packets is then transmitted from the controlled station to the controlling station at a second one of the hopping frequencies. The data in a third one of the packets is subsequently transmitted from the controlled station to the controlling station at a third one of the hopping frequencies. The sequence of the different hopping frequencies for use as the carrier for the transmission of the successive data packets from the controlled station to the controlling station is known to the controlled station and the controlling station. By providing a sequence of different hopping frequencies for the transmission of successive data packets from the controlled station to the controlling station, the controlling station is able to differentiate the data packets, transmitted to it through a communication channel or by wireless, from a vast number of other data packets which are transmitted from other controlled stations to other controlling stations.

2013014, Jun 6, 2013

Feb 8, 2012

13/368935

Ki Il KIM - Los Angeles CA, US
Young K. Kim - Los Angeles CA, US
Sang-Woo Kim - Suwon, KR

K-TECHNOLOGY USA, INC. - Pica Rivera CA

B32B 15/04, B05D 1/02, B32B 9/04, C23C 16/26, B82Y 40/00, B82Y 30/00

428634, 428333, 428368, 4272491, 427427, 977734, 977842

A metal plate or wire coated with a graphene layer and a method for manufacturing the graphene coated metal plate or wire are provided. The graphene coated metal plate or wire can include a nickel layer or a copper layer coated on an outer surface of the metal plate or wire, and a graphene layer coated on an outer surface of the nickel layer or the copper layer. The graphene coated metal plate or wire can be manufactured by using a chemical vapor deposition equipment or spraying a reduced graphene oxide (RGO) solution or a graphene oxide (GO) solution on the surface.

2013014, Jun 6, 2013

Dec 5, 2011

13/311376

Ki II KIM - Los Angeles CA, US
Young K. KIM - Los Angeles CA, US
Sang-Woo KIM - Gyeonggi-do, KR

H01B 5/00, B05D 5/12

1741262, 427117

The present disclosure relates to a graphene electrical wire and a method for manufacturing thereof. In particular, the graphene electrical wire includes a metal core having a shape of fiber, and a graphene layer synthesized on the outer surface of the metal core. Also, the method includes the steps of providing a metal core having a shape of fiber, and synthesizing a graphene layer on the outer surface of the metal core.

D582263, Dec 9, 2008

Jul 13, 2006

29/263094

Steffen J. Smith - Los Angeles CA, US
Aileen Storer - Burbank CA, US
Young L. Kim - Los Angeles CA, US

MGA Entertainment, Inc. - Van Nuys CA

0903

D 9414