Hoang K Nguyen

D607349, Jan 5, 2010

Oct 28, 2008

29/326971

Brooks Vaughan - Houston TX, US
Allen T. Morrison - Tomball TX, US
Hoang Thanh Nguyen - Houston TX, US
David A. Moore - Tomball TX, US
Chris F. Felcman - Spring TX, US

Hewlett-Packard Development Company, L.P. - Houston TX

1004

D10 57

7685323, Mar 23, 2010

Jul 31, 2007

11/830954

David A. Moore - Tomball TX, US
Tuong Q. Tran - Houston TX, US
Hoang Thanh Nguyen - Houston TX, US
Allen T. Morrison - Tomball TX, US
Royal H. King - Magnolia TX, US

Hewlett-Packard Development Company, L.P. - Houston TX

G06F 3/00
G06F 13/00
G06F 15/177

710 8, 710 15, 710 17, 710104, 709220, 717171

A method for automating configuration of devices in a network having a network bus for communicating with the devices, wherein the network is implemented in a physical environment the method comprising detecting a device assembly that is connected to the network bus, wherein the device assembly includes a plurality of devices assembled thereon in a predetermined physical order; upon detecting a device assembly connected to the network bus, determining whether the detected device assembly is of a predetermined first type; upon determining that the detected device assembly is of the first type, reading data from the plurality of devices assembled thereon in an order corresponding to the predetermined physical order of the plurality of devices as assembled on the device assembly; and identifying a physical location in the physical environment of each of the plurality of devices on the first-type device assembly based on the order in which data of the plurality of devices is read from the first-type device assembly.

20120039319, Feb 16, 2012

Mar 13, 2009

13/147792

David A. Moore - Houston TX, US
Allen T. Morrison - Houston TX, US
Hoang Thanh Nguyen - Houston TX, US

H04W 40/00

370338

A plurality of sensors are coupled to switching devices arranged in a series of switching devices. Each switching device has an upstream port and a downstream port. The series of switching devices is formed by coupling the downstream port of each switching device, except a last switching device in the series of switching devices, to the upstream port of a next switching device in the series of switching devices.

20200247730, Aug 6, 2020

Jan 27, 2020

16/773109

- Bergen op Zoom, NL
Pankaj GAUTAM - Sugar Land TX, US
Hoang NGUYEN - Sugar Land TX, US

C07C 2/84
C07C 11/04

A process for producing C hydrocarbons comprising introducing a reactant mixture to an oxidative coupling of methane (OCM) reactor comprising an OCM catalyst composition; wherein the reactant mixture comprises CH, O, and a chlorine intermediate precursor; wherein the chlorine intermediate precursor is present in the reactant mixture from about 1 ppm to about 100 ppm, based on the total volume of the reactant mixture; allowing the reactant mixture to contact the OCM catalyst composition and react via an OCM reaction to form a product mixture comprising unreacted methane and C hydrocarbons; wherein the process for producing C hydrocarbons is characterized by improved performance in the presence of the chlorine intermediate precursor; recovering at least a portion of the product mixture from the OCM reactor; and recovering the C hydrocarbons from the product mixture. The OCM reactor is operated under autothermal or isothermal conditions.

20200094223, Mar 26, 2020

Sep 23, 2019

16/579024

- Bergen op Zoom, NL
Pankaj S. GAUTAM - Sugar Land TX, US
Katarzyna DERRICKSON - Sugar Land TX, US
Hoang NGUYEN - Sugar Land TX, US

B01J 23/00
C07C 2/84
B01J 37/02
B01J 37/08

Supported oxidative coupling of methane (OCM) catalysts, methods of making the catalysts, and uses thereof are described. A supported OCM) catalyst can include a nonporous inert support having a high thermal conductivity and an OCM mixed metal oxide material in contact with surface of the nonporous inert support.

20140083710, Mar 27, 2014

Aug 29, 2013

14/014159

- HOUSTON TX, US
Voltaire O. SONNIER - Houston TX, US
Hoang NGUYEN - Houston TX, US

E21B 17/08

166345

A packer assembly for sealing about a subsea riser is provided. The subsea riser is operatively connectable between a surface platform and subsea equipment. The packer assembly includes a packer housing and at least one packer. The packer housing is positionable about a telescoping assembly. The telescoping assembly operatively connects the subsea riser to the surface platform. The packer(s) are positionable along an inner surface of the packer housing to form a seal with the telescoping assembly and include a plurality of packer segments. Each of the packer segments has male and female connectors on each end thereof matably connectable to the male and female connectors of another of the segments to form a seal connection therebetween. The seal connection defines a non-linear leak path whereby leakage of fluid between the plurality of segments is resisted.