Yang Haining Y Li

7028254, Apr 11, 2006

Jan 13, 2000

09/483175

Chun R. Xia - Palo Alto CA, US
Yufeng Li - Santa Clara CA, US
Bo Li - Mountain View CA, US
Victor S. Zhu - Belmont CA, US
Yang Li - Fremont CA, US

PeopleSoft, Inc. - Plesanton CA

G06F 17/00

715513, 705 25, 705 27

According to an embodiment of the present invention, a web page can be dynamically created by a non-technical person. A technical person can set up a web page and incorporate marketing object containers. A non-technical person, such as a marketing person, then decides what marketing object to put into the various marketing object containers. Style templates, marketing campaigns, and various items associated with the campaigns may be used to create or change the web page. According to an embodiment of the present invention, these marketing object containers may be dynamically associated with different marketing object at different times.

7437317, Oct 14, 2008

Jan 13, 2000

09/483388

Chun R. Xia - Palo Alto CA, US
Yufeng Li - Santa Clara CA, US
Bo Li - Mountain View CA, US
Victor S. Zhu - Belmont CA, US
Yang Li - Fremont CA, US

Oracle International Corporation - Redwood Shores CA

G06F 17/30

705 27, 705 26

According to an embodiment of the present invention, a web page can be dynamically created by a non-technical person. A technical person can set up a web page and incorporate marketing object containers. A non-technical person, such as a marketing person, then decides what marketing object to put into the various marketing object containers. Style templates, marketing campaigns, and various items associated with the campaigns may be used to create or change the web page. According to an embodiment of the present invention, these marketing object containers may be dynamically associated with different marketing object at different times.

8094941, Jan 10, 2012

Jun 13, 2011

13/158795

Henry A. Rowley - Sunnyvale CA, US
Franz Och - Palo Alto CA, US
Yang Li - Palo Alto CA, US

Google Inc. - Mountain View CA

G06K 9/00

382187, 382186

Techniques described herein may recognize handwritten characters that are written at least partially over the top of one another that are input to a computing device. The handwritten characters may be formed of one or more strokes. A user may write characters or parts of words over approximately the same area of graphical user interface (i. e. , on top of each other) without having to wait for a timeout between character input and without having to select a button or provide another input indicating the character is complete before entering input for another character. Once a character is at least partially recognized, a graphical indication corresponding to the user input displayed on a screen may be altered. Such alterations may include fading or changing size or location of the graphical indication.

8094942, Jan 10, 2012

Sep 30, 2011

13/250746

Henry A. Rowley - Sunnyvale CA, US
Franz Och - Palo Alto CA, US
Yang Li - Palo Alto CA, US

Google Inc. - Mountain View CA

G06K 9/00

382187, 382186

Techniques described herein may recognize handwritten characters that are written at least partially over the top of one another that are input to a computing device. The handwritten characters may be formed of one or more strokes. A user may write characters or parts of words over approximately the same area of graphical user interface (i. e. , on top of each other) without having to wait for a timeout between character input and without having to select a button or provide another input indicating the character is complete before entering input for another character. Once a character is at least partially recognized, a graphical indication corresponding to the user input displayed on a screen may be altered. Such alterations may include fading or changing size or location of the graphical indication.

8192087, Jun 5, 2012

May 27, 2009

12/473243

Alan L. Grantz - Aptos CA, US
Dadi Setiadi - Edina MN, US
Yang Li - Bloomington MN, US

Seagate Technology LLC - Scotts Valley CA

F16C 32/06

384107, 384112, 384110

A fluid dynamic bearing formed by a microelectromechanical systems (MEMS) wafer-level batch-fabrication process is provided. The process results in a high performance and high reliability fluid dynamic bearing having features including higher bearing lifetime at high RPM, improved bearing stiffness, durability and thrust/restoring forces capabilities. The present invention is especially useful with small form factor disc drive memory devices having constraints in motor height, such as a 2. 5 inch disc drive, requiring high performance including high rotational speed and large areal density. A sacrificial layer is utilized in the process to simultaneously form symmetrical facing surfaces of relatively rotatable components. The facing surfaces define, therebetween, a desired feature, such as a journal bearing, a thrust bearing, a fluid channel, a fluid reservoir, a capillary seal, pressure generating grooves, and other profile geometries. Such geometry control allows for design freedom in obtaining a desired bearing performance and stiffness.

8228292, Jul 24, 2012

Sep 30, 2011

13/249575

Jaime Guillermo Ruiz - Kitchener, CA
Yang Li - Sunnyvale CA, US

Google Inc. - Mountain View CA

G09G 5/00

345156, 345172

A computer-implemented method for identifying motion-based inputs to an electronic device involves determining that the electronic device has been rotated in a first direction of rotation past a first threshold orientation; determining that the electronic device has been rotated in a second direction of rotation that is substantially the opposite of the first direction of rotation, past a second threshold; and analyzing motion of the device to identify motion-based inputs to the device other than the rotation of the device in the first and second directions, based on the two determinations.

8244043, Aug 14, 2012

Oct 4, 2011

13/252699

Yang Li - Palo Alto CA, US

Google Inc. - Mountain View CA

G06K 9/00
G06F 7/00
G06F 15/16
G06F 15/167

382218, 382100, 707617, 709201, 709212

A computer-implemented method for moving information between computing devices includes capturing a digital image of a display of a first computing device using a camera of a second computing device, transmitting, to the first computing device, data that corresponds to the digital image; analyzing the transmitted data on the first computing device to determine whether the digital image matches a current display of the first computing device, and using the analysis to cause one of the first or second computing devices to invoke an application and match a state of an application that is executing on the other of the first or second computing devices.

8271908, Sep 18, 2012

Sep 30, 2011

13/250055

Yang Li - Palo Alto CA, US
Hao Lu - Seattle WA, US

Google Inc. - Mountain View CA

G06F 3/033
G06F 3/048

715863, 715702, 715864, 345173

In general, this disclosure describes techniques for providing a user of a first computing device (e. g. , a mobile device) with the ability to utilize the first computing device to control a second computing device (e. g. , a television). Specifically, the techniques of this disclosure may, in some examples, allow the user to use drawing gestures on a mobile computing device to remotely control and operate the second computing device. Using a presence-sensitive user interface device (e. g. , a touch screen), the user may use drawing gestures to indicate characters associated with operations and commands to control the second computing device.