Sang Yun Kim

6546412, Apr 8, 2003

Nov 7, 1997

08/966381

Sang W. Kim - Lawndale CA
David P. Nesbitt - Redondo Beach CA
Steve A. Okamoto - Torrance CA
Jennifer D. Thomas - Hermosa Beach CA

Xerox Corporation - Stamford CT

G06F 900

709104, 709107

Temporary states are used transitionally in run-time situations and are unknown to the object database. A temporary state is created if, when an object is performing a requested event, interim work needs to be performed before the object reaches a permanent destination state. Use of a temporary state is transparent to the caller of the requested event. Within a single flow of control, an unlimited number of nested locks may be acquired. A request to unlock an object will only truly unlock the object if the unlock requester is at the highest level of locking. For recursive or embedded functions, no knowledge of the previous locking condition is necessary. Attribute-based locking provides a mechanism for allowing only certain members of the system to lock an object for writing while the object is in a predetermined state. However, any thread may obtain a read lock on an object in order to examine its attributes. This may be expanded to state that the system may restrict locking of an object or entity based upon any attribute in the database or upon any combination or logical expression of these attributes.

6971100, Nov 29, 2005

Apr 5, 2002

10/115914

Sang W. Kim - Lawndale CA, US
David P. Nesbitt - Redondo Beach CA, US
Steve A. Okamoto - Torrance CA, US
Jennifer D. Thomas - Hermosa Beach CA, US

Xerox Corporation - Stamford CT

G06F009/46

718102

Temporary states are used transitionally in run-time situations and are unknown to the object database. A temporary state is created if, when an object is performing a requested event, interim work needs to be performed before the object reaches a permanent destination state. Use of a temporary state is transparent to the caller of the requested event.

20090070919, Mar 19, 2009

Sep 19, 2007

11/858072

SANG HO KIM - Rancho Cucamonga CA, US

A41F 9/00

2319, 2338

The invention provides an all-in-one golf belt for attaching objects. In an embodiment, the all-in-all golf belt includes: a flat strip having inner and outer surfaces, which is configured to be disposed around a portion of a golfer's body; fasteners provided on the outer surface of the flat strip, one or more of the fasteners being configured to engage at least one of the objects; and holding portions provided in each of the objects, each of the holding portions being configured to hold a portion of at least one of the fasteners. The holding portions of the objects are configured to hold the at least one of the fasteners with force of a predetermined magnitude. The fasteners may include hook-and-loop fasteners and magnets. The objects may be a glove, a ball marker, a ball mark repair tool, and a golf ball pouch.

20090098513, Apr 16, 2009

Oct 15, 2007

11/974482

Sang Ki Kim - Anaheim CA, US

A61C 5/09
A61C 5/10

4332221, 433223

A coping material for a prosthetic crown is provided. The coping material according to current application is comprised of two portions which are mechanically bonded each other. The first portion is the main coping portion that is located beneath of the enamel layer of a crown. The first portion is made from, including but not limited to, common metal and/or portion fused gold (PFG). The second is the portion which makes contact with gum tissue. That portion surrounds the brim of the bottom of the coping for 360 degrees. The gum contacting portion is comprised of bio-gold that is mechanically bonded to the main coping portion. Centrifuging of molten bio-gold technology is applied for mechanical bonding of the two portions. Electronic forming technology is also applied for mechanical bonding.

20090159763, Jun 25, 2009

Dec 20, 2007

11/961979

Sang Kwon Kim - Culver City CA, US

F16M 11/00

248174, 2481761

A portable laptop stand comprising a generally rectangular flat board having a longitudinal axis perpendicular to a width of the board; said board having a distal end; said board having a proximal end; said board having a first portion, a second portion pivotably coupled to the first portion, and a main body pivotably coupled to the second portion; wherein the first portion has a longitudinal axis that is perpendicular to the longitudinal axis of the board; wherein the second portion has a longitudinal axis that is perpendicular to the longitudinal axis of the board; wherein said first portion is capable of folding back towards the main body and contact the main body. The board having a first attachment means disposed on the first portion; and a second attachment means disposed on the main body to detachably attach to said first attachment means.

59319194, Aug 3, 1999

Nov 7, 1997

8/966405

Jennifer D. Thomas - Hermosa Beach CA
Sang W. Kim - Lawndale CA
David P. Nesbitt - Redondo Beach CA
Steve A. Okamoto - Torrance CA

Xerox Corporation - Stamford CT

G06F 15163
G06F 1730

709303

Temporary states are used transitionally in run-time situations and are unknown to the object database. A temporary state is created if, when an object is performing a requested event, interim work needs to be performed before the object reaches a permanent destination state. Use of a temporary state is transparent to the caller of the requested event. Within a single flow of control, an unlimited number of nested locks may be acquired. A request to unlock an object will only truly unlock the object if the unlock requester is at the highest level of locking. For recursive or embedded functions, no knowledge of the previous locking condition is necessary. Attribute-based locking provides a mechanism for allowing only certain members of the system to lock an object for writing while the object is in a predetermined state. However, any thread may obtain a read lock on an object in order to examine its attributes. This may be expanded to state that the system may restrict locking of an object or entity based upon any attribute in the database or upon any combination or logical expression of these attributes.

63283700, Dec 11, 2001

Aug 29, 2000

9/649925

Sang R. Kim - Granada Hills CA

B60J 300

296 9711

A vehicle sun visor assembly (10) that is designed to be installed by an original equipment manufacturer or after it has been purchased. The assembly (10) consists of a sun visor rod (12) that extends from a position above and near the center of a windshield, curves around the vehicle and terminates near the end of a vehicle side window. The rod (12) is attached to the vehicle by means of a rod/vehicle attachment assembly (32) which allows the rod to be horizontally and vertically positioned to accommodate the dimensions of a particular vehicle. A visor/rod attachment assembly (100) is used to slidably attach a sun visor (78) to the rod (12). The assembly (100) allows the sun visor to be placed and maintained in an upward, stowed position or in a downward position. In the downward position, the sun visor (78) can be moved from one end to the other end of the sun visor rod (12) to optimally position the sun visor (78) to block the sun's rays from the eyes of a driver or a passenger.

50495216, Sep 17, 1991

Nov 30, 1989

7/444051

Richard H. Belanger - El Toro CA
Sang S. Kim - Laguna Hills CA

Silicon General, Inc. - Garden Grove CA

H01L 2176

437 62

A method for forming a dielectrically isolated semiconductor devices on a semiconductor substrate. An epitaxial layer is grown on a wafer having a thin buried oxide layer. Trench regions are etched through the epitaxial layer to the underlying oxide layer. A dielectric isolation layer is formed on the sidewalls of the trench regions so as to isolate an active region of the epitaxial semiconductor material. The trenches are etched to the underlying semiconductor substrate and the semiconductor material is selectively epitaxially regrown in the trench regions. Semiconductor devices are formed in the isolated active regions. Contacts are made to the active regions of the semiconductor device and to the wafer substrate through the epitaxially regrown trench regions.