James Li

D468435, Jan 7, 2003

Apr 24, 2002

29/159551

Le Qi - Shenzhen, CN
James Li - Arcadia CA, 91006

2803

D24214, D24200

7470619, Dec 30, 2008

Dec 1, 2006

11/607494

Mary Y. Chen - Oak Park CA, US
James Chingwei Li - Simi Valley CA, US
Philip H. Lawyer - Thousand Oaks CA, US
Marko Sokolich - Los Angeles CA, US

HRL Laboratories, LLC - Malibu CA

H01L 21/44
H01L 21/4763

438675, 438618, 438631, 438652, 438674, 438678, 257E23141, 257E21175, 257E21586

Described is a method for forming a stackable interconnect. The interconnect is formed by depositing a first contact on a substrate; depositing a seed layer (SL) on the substrate; depositing a metal mask layer (MML) on the SL; depositing a bottom anti-reflection coating (BARC) on the MML; forming a photoresist layer (PR) on the BARC; removing a portion of the PR; etching the BARC and the MML to expose the SL; plating the exposed SL to form a first plated plug; removing the layers to expose the SL; removing an unplated portion of the SL; depositing an inter layer dielectric (ILD) on the interconnect; etching back the ILD to expose the first plated plug; and depositing a second contact on the first plated plug. Using the procedures described above, a second plated plug is then formed on the first plated plug to form the stackable plugged via interconnect.

7531851, May 12, 2009

Feb 28, 2007

11/713070

Rajesh D. Rajavel - Oak Park CA, US
Mary Y. Chen - Oak Park CA, US
Steven S. Bui - Simi Valley CA, US
David H. Chow - Newbury Park CA, US
James Chingwei Li - Simi Valley CA, US
Mehran Mokhtari - Thousand Oaks CA, US
Marko Sokolich - Los Angeles CA, US

HRL Laboratories, LLC - Malibu CA

H01L 31/0328

257197, 257592, 257E27053, 438312, 438341, 438357

An electronic device contains a substrate, a sub-collector supported by the substrate, an un-doped layer having a selectively implanted buried sub-collector and supported by the sub-collector, an As-based nucleation layer partially supported by the un-doped layer, a collector layer supported by the As-based nucleation layer, a base layer supported by the collector layer, an emitter layer and a base contact supported by the base layer, an emitter cap layer supported by the emitter layer, an emitter contact supported by the emitter cap layer, and a collector contact supported by the sub-collector. A method provides for selecting a first InP layer, forming an As-based nucleation layer on the first InP layer, and epitaxially growing a second InP layer on the As-based nucleation layer.

7582536, Sep 1, 2009

Aug 14, 2008

12/191482

Rajesh D. Rajavel - Oak Park CA, US
Mary Y. Chen - Oak Park CA, US
Steven S. Bui - Simi Valley CA, US
David H. Chow - Newbury Park CA, US
James Chingwei Li - Simi Valley CA, US
Mehran Mokhtari - Thousand Oaks CA, US
Marko Sokolich - Los Angeles CA, US

HRL Laboratories, LLC - Malibu CA

H01L 21/331
H01L 21/8222

438312, 438341, 438357, 438906, 257197, 257592, 257E27053, 257E21108, 257E21226

An electronic device contains a substrate, a sub-collector supported by the substrate, an un-doped layer having a selectively implanted buried sub-collector and supported by the sub-collector, an As-based nucleation layer partially supported by the un-doped layer, a collector layer supported by the As-based nucleation layer, a base layer supported by the collector layer, an emitter layer and a base contact supported by the base layer, an emitter cap layer supported by the emitter layer, an emitter contact supported by the emitter cap layer, and a collector contact supported by the sub-collector. A method provides for selecting a first InP layer, forming an As-based nucleation layer on the first InP layer, and epitaxially growing a second InP layer on the As-based nucleation layer.

20040049138, Mar 11, 2004

Sep 11, 2002

10/242270

James Li - Arcadia CA, US

A61H007/00

601/137000

A massaging device for massaging a person's head is disclosed. The head massager comprises of a hand-held housing that encloses an electric motor that may be battery operated. An eccentric weight is attached to the axle of the electric motor such that when the electric motor is activated, the eccentric weight will rotate and induce a vibration to the head massager. The hand-held housing has multiple strands of flexible wires fixably attached to its bottom that define an open cavity generally in the shape of a human head. When a person places his head inside the cavity defined by the multiple strands of flexible wires, the multiple strands of flexible wires will apply pressure to the user's head. When the electric motor inside the hand-held housing is activated, a vibration will be induced in the entire head massager and the multiple strands of flexible wires will deliver the vibration to the user's head to increase the effectiveness of the head massager. The head massager may rest on top of the user's head or may be moved about the user's head to distribute the massage to different locations of the user's head.

20120166292, Jun 28, 2012

Dec 28, 2010

12/979928

Eric Bax - Altadena CA, US
James Li - Monterey Park CA, US
Nilanjan Roy - Pasedena CA, US
Joaquin A. Delgado - Santa Clara CA, US

Yahoo! Inc. - Sunnyvale CA

G06Q 30/00

705 1471

Systems and methods for pricing portfolio allocations of ad deliveries to a plurality of online ads are disclosed. A first set of values is determined, each value of the first set of values representing for an online ad of the plurality of online ads, a bid an advertiser has associated with the online ad. A second set of values is determined, the second set of values representing statistics on variability of payoffs from showing ads. A risk value associated with the publisher is determined. Using a portfolio allocation algorithm, a set of ad delivery allocations associated with the plurality of online ads is determined, and, using a Vickrey-Clarke-Groves mechanism, a set of prices associated with the plurality of online ads is determined, both of which are determined based on the first set of values, the second set of values, and the risk value.

20120191528, Jul 26, 2012

Jan 26, 2011

13/014386

Eric Theodore Bax - Altadena CA, US
Nilanjan Roy - Pasadena CA, US
James Li - Los Angeles CA, US

Yahoo! Inc. - Sunnyvale CA

G06Q 30/00

705 1441, 705 147

Methods and systems are provided, in an online advertising marketplace including publishers, advertisers and data providers, for allocating or partitioning, or automatically allocating or partitioning, advertiser payment, in connection with a purchase of advertising inventory, between a publisher and one or more data providers. Techniques are provided that seek to efficiently and fairly allocate the payment between the parties, taking into account value provided, such as by utilizing Shapley values. Provided techniques may also include efficiently or optimally integrating, facilitating, selecting or automating connections or arrangements between parties within the marketplace.

20190165820, May 30, 2019

Nov 30, 2017

15/828106

- Malibu CA, US
Yen-Cheng Kuan - Los Angeles CA, US
Cynthia D. Baringer - Piedmont CA, US
Hasan Sharifi - Agoura Hills CA, US
James Chingwei Li - Simi Valley CA, US
Donald A. Hitko - Grover Beach CA, US

H04B 1/04
H03M 3/00

A Delta-Sigma modulator architecture is disclosed that uses interleaving and dynamic matching algorithms to address the needs of multi-mode, multi-band high bandwidth transmitters. The proposed architecture also supports a novel software defined transmitter architecture based on an interleaved Delta-Sigma modulator to generate RF signals. The proposed architecture leverages interleaving concepts to relax subcomponent clock rates without changing the effective oversampling ratio, thus, making it easier to reach aggressive dynamic range goals across wider bandwidths at higher frequencies. The DEM algorithm helps to randomize mismatch errors across all interleaved paths and improves substantially the signal-to-noise ratio. Additionally, a tunable bandpass filter can be added to reject out-of-band emissions.