Joseph Edward Garcia

7431242, Oct 7, 2008

Nov 1, 2005

11/265324

James L. Brown - Cupertino CA, US
Joseph A. Garcia - Belmont CA, US
Dinesh K. Prabhu - Fremont CA, US

The United States of America as represented by the Administrator of the National Aeronautics and Space Administration (NASA) - Washington DC

B64G 1/62

2441589

A convex shell structure for enhanced aerodynamic performance and/or reduced heat transfer requirements for a space vehicle that re-enters an atmosphere. The structure has a fore-body, an aft-body, a longitudinal axis and a transverse cross sectional shape, projected on a plane containing the longitudinal axis, that includes: first and second linear segments, smoothly joined at a first end of each the first and second linear segments to an end of a third linear segment by respective first and second curvilinear segments; and a fourth linear segment, joined to a second end of each of the first and second segments by curvilinear segments, including first and second ellipses having unequal ellipse parameters. The cross sectional shape is non-symmetric about the longitudinal axis. The fourth linear segment can be replaced by a sum of one or more polynomials, trigonometric functions or other functions satisfying certain constraints.

7934851, May 3, 2011

Sep 15, 2008

12/210836

Chris Boissevain - Wimberley TX, US
Joseph Garcia - San Antonio TX, US

Koninklijke Philips Electronics N.V. - Eindhoven

F21V 1/00

362241, 36224902, 362431

A luminaire is provided with a housing having an attachment element and a LED mounting element. A plurality of LEDs are also provided and are supported by the LED mounting element of the housing. A plurality of reflectors are positioned proximal to the plurality of LEDs and reflect light emitted by the LEDs toward an illumination surface.

8231243, Jul 31, 2012

Sep 15, 2008

12/210834

Chris Boissevain - Wimberley TX, US
Joseph Garcia - San Antonio TX, US

Philips Koninklijke Electronics N.V. - Eindhoven

F21V 1/00

362241, 36224902, 362431

A luminaire is provided with a housing having an attachment element and a LED mounting element. A plurality of LEDs are also provided and are supported by the LED mounting element of the housing. A plurality of reflectors are positioned proximal to the plurality of LEDs and reflect light emitted by the LEDs toward an illumination surface.

8337051, Dec 25, 2012

Feb 25, 2009

12/392478

Brien Hawkes - Wimberley TX, US
Joseph Garcia - San Antonio TX, US

Koninklijke Philips Electronics N.V. - Eindhoven

F21V 7/10

362297, 36229605, 362346, 362347, 362364

A luminaire reflector assembly comprises a top pan having a light socket connected to one of an upper or lower surface of the top pan, the top pan having a plurality of spaced slits about the periphery of the top pan, a lower pan spaced from the top pan, the lower pan connected to the top pan by at least one strut, a plurality of reflective panels extending between the top pan and the lower pan, the plurality of reflective panels bent in a first direction by a punch and an elastomeric die pad, the plurality of reflective panels also bent in a second direction by the punch and elastomeric die pad.

D676171, Feb 12, 2013

Nov 7, 2011

29/405777

Christopher James Boissevain - San Marcos TX, US
John William Schach - Kyle TX, US
Joseph Garcia - San Antonio TX, US

Koninklijke Philips Electronics N.V. - Eindhoven

2605

D26 68

7263719, Aug 28, 2007

Nov 29, 2000

09/726072

Brian Jemes - Palo Alto CA, US
John Melvin Brawn - San Jose CA, US
Joseph Garcia - Mountain View CA, US
Michael Milligan - Palo Alto CA, US
John M. Pape - Fort Collins CO, US
Jeff Hansell - Fremont CA, US

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

G06F 15/16

726 12, 726 3, 726 11, 726 14, 726 15, 709220

A secure network is provided which includes a plurality of network bubbles having a plurality of bubble partitions. Each bubble partition has at least one network device configured to transmit and receive data. All the network devices that belong to or correspond to a particular network bubble have the same network security policy. The secure network also includes a plurality of network control points, which has one or more network control point devices having at least one interface. Each bubble partition is connected to at least one network control point. The network control point is used to provide a connection between at least two network devices. Each network control point device is configured to enforce the network security policy of all the network bubbles that are connected to it. During the transmission of data from one network device to another network device, one or more network control points are traversed.

20150263897, Sep 17, 2015

Mar 14, 2014

14/214544

- Palo Alto CA, US
Joseph A. Garcia - San Jose CA, US
Ronghua Zhang - San Jose CA, US
Ansis Atteka - Mountain View CA, US
Teemu Koponen - San Francisco CA, US

Nicira, Inc. - Palo Alto CA

H04L 12/24
H04L 12/933

Some embodiments provide a method for a network controller. The method receives configuration data, for a logical router managed by the network controller, that specifies at least one logical port for the logical router. The method automatically generates connected routes for the logical router based on network address ranges specified for the logical ports of the logical router. The method receives a manually input static route for the logical router. The method generates data tuples, for distribution to several managed network elements, based on the connected and static routes for the logical router in order for the several managed network elements to implement the logical router.

20150063360, Mar 5, 2015

Jan 28, 2014

14/166446

- PALO ALTO CA, US
Ethan J. Jackson - San Francisco CA, US
Benjamin C. Basler - Mountain View CA, US
Joseph A. Garcia - San Jose CA, US

NICIRA, INC. - PALO ALTO CA

H04L 12/741
H04L 12/935

370400

Some embodiments provide a method for a network controller in a network control system that manages a plurality of logical networks. The method receives a specification of a logical network that includes a logical router. The method selects at least two host machines to implement a routing table for the logical router from several host machines designated for hosting logical routers. The selected host machines include a designated master host machine for the routing table. The method generates data tuples for provisioning a set of managed forwarding elements that implement the logical network to send data packets that require processing by the routing table to the selected host machines. The data tuples specify an order for the selected host machines with the designated master host machine as the first host machine in the specified order.