Wei Wang Wang

7754183, Jul 13, 2010

May 20, 2005

11/134052

Gayatri D. Keskar - Clemson SC, US
Wei Wang - Pittsburgh PA, US
Apparao M. Rao - Anderson SC, US

Clemson University Research Foundation - Anderson SC

D01C 5/00
D01F 9/12

4234473, 4234471, 4234472, 977842, 977843

The present invention discloses a relatively simple CVD method for forming specifically tailored carbon-based nanostructures. In general, the method is a chemical vapor deposition method in which at least a portion of the precursor materials are provided as a liquid at atmospheric conditions. The precursor materials include at least one carbon source and at least one catalyst source. Optionally, the precursor materials can also include one or more dopant sources. The carbon source and the optional dopant source can be injected as liquids into the system, and the liquid catalyst source can be either injected into the system or located on a substrate in the reactor prior to the process. Very high yield of nanostructures exhibiting particular characteristics can be attained by the process. Control of electrical characteristics as well as structural characteristics of the products are possible via control of process parameters including the particular precursors used as well as the relative amounts of the precursors used.

20020019971, Feb 14, 2002

Mar 28, 2001

09/820185

David Zygmont - Alpharetta GA, US
Wei Wang - Alpharetta GA, US

G06F009/44

717/001000

A meta-development environment (MDE) allows users to develop and maintain application software systems independently of architectures and to develop and maintain architecture-dependent aspects of application software systems independently of applications. The user provides the MDE with an object model expressed in an object modeling computer language and a set of one or more metaprograms expressed in a computer programming language. The object model represents an application, and the metaprograms reflect a computer system architecture. The meta-machine binds the object model components to the metaprograms to generate a software system operable on that architecture.

20230006518, Jan 5, 2023

Sep 14, 2022

17/944491

- Richardson TX, US
Austin Clay STYER - Melissa TX, US
Palanivel SUBRAMANIAM - Richardson TX, US
Sunil K. KHIANI - Plano TX, US
Wei WANG - Fort Wayne IN, US
Nasim RAHMAN - Allen TX, US

Lennox Industries Inc. - Richardson TX

H02K 11/20
F24F 11/77
G01R 31/34
H02P 6/06
G06K 19/077
H02K 11/33
H02P 6/08

A method of calibrating a motor assembly includes selecting an electric motor and a motor controller for the motor assembly, obtaining at least one electric motor parameter of the electric motor, determining a correction factor for the electric motor based upon the at least one electric motor parameter, and programming the motor controller with the correction factor.

20210399612, Dec 23, 2021

Jun 17, 2020

16/903434

- Richardson TX, US
Austin Clay Styer - Melissa TX, US
Palanivel Subramaniam - Richardson TX, US
Sunil K. Khiani - Plano TX, US
Wei Wang - Fort Wayne IN, US
Nasim Rahman - Allen TX, US

Lennox Industries Inc. - Richardson TX

H02K 11/20
F24F 11/77
G01R 31/34

A method of calibrating a motor assembly includes selecting an electric motor and a motor controller for the motor assembly, obtaining at least one electric motor parameter of the electric motor, determining a correction factor for the electric motor based upon the at least one electric motor parameter, and programming the motor controller with the correction factor.

20210342694, Nov 4, 2021

Jul 9, 2021

17/371590

- Shenzhen, CN
Wei Wei - Plano TX, US
Jianle Chen - San Diego CA, US
Wei Wang - Santa Clara CA, US
Jie Shen - Santa Clara CA, US

G06N 3/08
G06N 3/04

A first aspect relates to a computer-implemented method for performing model compression. The method includes compressing a machine learning (ML) network model comprising a multiple layer structure to produce a compressed ML network model. The compressed ML network model maintains the multiple layer structure of the ML network model. The method generates a model file for the compressed ML network model. The model file includes the compressed ML network model and decoding information for enabling the ML network model to be decompressed and executed layer-by-layer.

20200408218, Dec 31, 2020

Sep 10, 2020

17/016891

- Richardson TX, US
Wei WANG - Dallas TX, US

Lennox Industries Inc. - Richardson TX

F04D 27/02
F04C 28/28
F04C 28/24
F04C 29/00
F04D 25/06
F25B 49/02
F04C 28/06
F04B 49/06
F25B 31/02
F25B 49/00
F25B 41/04

A rotary compressor system includes a compressor housing that includes a compressor motor that draws in fluid from a suction side. The fluid is compressed within a compression chamber and discharged through a discharge side. The compression chamber is disposed between the suction side and the discharge side. An overload-protection switch is electrically coupled in series with the compressor motor and is adapted to cut power to the compressor motor responsive to an overload event. A solenoid valve is fluidly coupled between the compression chamber and a location upstream of the suction side and is electrically coupled in series with the overload-protection switch. An interruption of electrical current to the compressor motor also interrupts electrical current to the solenoid valve, which opens the solenoid valve to equalize pressure between the suction side and the discharge side.

20180306196, Oct 25, 2018

Apr 24, 2017

15/495061

- Richardson TX, US
Wei WANG - Dallas TX, US

Lennox Industries Inc. - Richardson TX

F04D 27/02
F04C 28/28
F04C 28/24
F04C 29/00
F04D 25/06
F25B 49/02
F25B 43/00

A rotary compressor system includes a compressor housing that includes a compressor motor that draws in fluid from a suction side. The fluid is compressed within a compression chamber and discharged through a discharge side. The compression chamber is disposed between the suction side and the discharge side. An overload-protection switch is electrically coupled in series with the compressor motor and is adapted to cut power to the compressor motor responsive to an overload event. A solenoid valve is fluidly coupled between the compression chamber and a location upstream of the suction side and is electrically coupled in series with the overload-protection switch. An interruption of electrical current to the compressor motor also interrupts electrical current to the solenoid valve, which opens the solenoid valve to equalize pressure between the suction side and the discharge side.

20150309771, Oct 29, 2015

Apr 28, 2014

14/262898

- Basking Ridge NJ, US
Syam Srinivas Suri - Flower Mound TX, US
Jacques W. Gresset - Charlotte NC, US
Abhilash Paul - Irving TX, US
Wei Wang - The Colony TX, US

Verizon Patent and Licensing Inc. - Basking Ridge NJ

G06F 9/44

An interface enables a user to select a graphical object to include in a flow. The graphical object is associated with code, and this code may relate to presenting digital content. The interface further allows a user to define a graphical relationship in the flow, such as a connection between the graphical object and another element of the flow. The interface may present the flow in a first area of a display and the digital content in a second area of the display. The code may be executed based on the graphical relationship. For example, the graphical relationship may indicate an order for executing code sections associated with the flow and data exchanged within the code sections.