Thuy Ha Le

20070283263, Dec 6, 2007

Jun 2, 2006

11/445875

Fidel Zawde - Santa Clara CA, US
Thuy T.B. Le - Santa Clara CA, US
John Feland - San Jose CA, US
Ray Alexander Trent - San Jose CA, US
Mark Huie - Sunnyvale CA, US

G06F 3/00

715700

A proximity sensor device and method is provided that facilitates improved usability. Specifically, the proximity sensor device and method provides the ability for a user to easily select the type of adjustment inputted by the proximity sensor device. In one embodiment, the proximity sensor device includes an adjustment region and one or more start tabs adjacent to the adjustment region. The proximity sensor also includes a processor adapted to indicate adjustment of a first type responsive to sensed object motion originating in a first start tab and continuing in the adjustment region. Thus, a user can cause an adjustment of the first type by introducing an object proximate the first start tab, and moving the object from the first start tab and into the adjustment region.

20090045312, Feb 19, 2009

Aug 17, 2007

11/893635

Eric Holt - Westminster CA, US
Thuy Trong Le - Las Vegas NV, US

F16M 11/08
F16M 7/00

2483491, 29428

An embodiment of the present invention is a rotating structure. An outer ring is placed on a first surface of a trench in a foundation having a ground surface. An inner ring is positioned inside the outer ring on the first surface. A bar assembly is positioned between the outer ring and the inner ring. A plurality of rollers supports the bar assembly. A plurality of motors engages to the bar assembly to cause the bar assembly to rotate when activated.

20100170727, Jul 8, 2010

Dec 4, 2009

12/631754

Tai-Ran Hsu - Sunnyvale CA, US
Raymond K. Yee - Castro Valley CA, US
Thuy T. Le - Fremont CA, US

SAN JOSE STATE UNIVERSITY RESEARCH FOUNDATION - San Jose CA

B60K 16/00
B60L 8/00

180 22

The present invention is directed to a vehicle that can be powered via integrated power systems involving human pedaling, electric and solar energy, a wheel drive power transmission system for the vehicle that can also operate in reverse direction, and an integrated solar/electric power system for mobile systems. The unique design for vehicle power transmission systems enables human pedaling and electric motor to power the vehicle independently. The electric motor is powered by batteries charged by either or both household 11.0 VAC plug-in sources and the solar panels integrated to the exterior of the vehicle.

6783367, Aug 31, 2004

Feb 19, 2002

10/079227

Geefu Wang - Fremont CA
Douglas Hong - So. San Francisco CA
Chun Wu - Alameda CA
Thuy Le - Santa Clara CA
Yu-Tien Chi - Fremont CA

Cisco Technology, Inc. - San Jose CA

G09B 2300

434276, 434219, 434350, 434362, 434365, 382133, 705 2

One embodiment of the present invention provides a global product services electronic laboratory (E-Lab). For example, the E-Lab may be an on-line virtual laboratory for company employees and/or field engineers for learning how to implement new technology products via actual âhands-onâ configurations and troubleshooting. Specifically, the E-Lab of the present embodiment enables an authorized user to utilize a computing device to remotely access the E-Lab via the Internet, a company network or a dial-up connection. Once communicatively coupled to the E-Lab, the user is provided a variety of different topics and categories associated with the products and/or equipment labs currently available within the E-Lab. After selecting one of the topics or categories, the user may be provided more specific information regarding tutorials and/or troubleshooting corresponding to the selected lab equipment. Additionally, the user is able to directly interact with the actual equipment on-line thereby having a âhands-onâ learning experience.