Timothy G Wilson, 87Fort Pierce, FL

6973052, Dec 6, 2005

Dec 19, 2003

10/741659

Huai Y. Wang - Greenacres FL, US
Ye Chen - Schaumburg IL, US
Stephen P. Emeott - Rolling Meadows IL, US
Floyd D. Simpson - Lake Worth FL, US
Timothy J. Wilson - Rolling Meadows IL, US

Motorola, Inc. - Schaumburg IL

H04B007/005

370278, 370338, 370449, 710 46

A mobile station establishes a schedule by which data is exchanged with an access point. The schedule allows the mobile station to use a low power mode at times outside of the scheduled service periods. However, the mobile station may occasionally need to retrieve additional data from the access point, or transmit additional data to the access point, and so initiates an unscheduled service period to do so.

7583643, Sep 1, 2009

Sep 30, 2003

10/674984

Brian K. Smith - Wellington FL, US
Floyd D. Simpson - Lake Worth FL, US
Timothy J. Wilson - Rolling Meadows IL, US

Motorola, Inc. - Schaumburg IL

H04Q 7/24

370338, 370311, 370329

The application provides an enhanced passive scanning method for a wireless local area network, including the steps of receiving () at least one of a beacon signal () or a gratuitous probe response (), updating () a site timing table entry in a site timing table based on the received beacon signal () or gratuitous probe response (), setting () a scan start time based on entries in the updated site timing table, and determining () a power mode for a wireless communication device based on the scan start time. An enhanced passive scanning system () and computer usable medium for enhanced passive scanning is also disclosed.

7675878, Mar 9, 2010

Sep 10, 2004

10/938149

Floyd D. Simpson - Lake Worth FL, US
Stephen P. Emeott - Rolling Meadows IL, US
Brian K. Smith - Wellington FL, US
Timothy J. Wilson - Rolling Meadows IL, US

Motorola, Inc. - Schaumburg IL

H04B 7/00

3703102, 370312, 370229, 370338, 370335, 370336

This application describes an enhanced passive scanning method for a wireless local area network, including the steps of transmitting at least one of a beacon signal or a gratuitous probe response in a WLAN channel by an access point. The gratuitous probe response is a supplemental beacon signal that is transmitted at intervals between the occurrence of regular beacon signals, but contains only essential information to allow mobile station manage roaming and timing.

8179862, May 15, 2012

Oct 2, 2007

11/866075

Robert P. Kelly - Lauderhill FL, US
Brian K. Smith - Wellington FL, US
Timothy J. Wilson - Rolling Meadows IL, US

Motorola Mobility, Inc. - Libertyville IL

H04W 4/00
H04L 12/26
H04J 3/00

370332, 370252, 370465

A method for preventing co-channel operation with a radar system includes the steps of setting a state of a first communication channel to active, connecting to a first wireless access point on the first communication channel, passively scanning at least a second communication channel for communication from a second wireless access point, setting a state of the second channel to active if frames are received on the second channel, determining whether an elapsed time since frames were received on at least one of the first channel and the second channel has exceed a predefined value, and in response to the predefined value being exceeded for at least one of the first channel and the second channel, setting the state of a corresponding one of the first channel and the second channel to passive.

4874308, Oct 17, 1989

Apr 4, 1988

7/177195

George N. Atlas - Mesa AZ
Leroy C. Donnally - Phoenix AZ
Donald P. Urban - Mesa AZ
James M. Perkins - Phoenix AZ
Timothy C. Wilson - Rancho California CA

B29C 4502
B29C 4534

425544

The mold described has walls disposed about the mold plates and vent pin retainer plates to permit a vacuum to be generated. The vent pins have been designed to be self cleaning. A pin having a generally cylindrical shape is used. A first portion of the pin has a face defined by a chord of the cylinder. The face leaves a small space between the pin and the opening wall which permits the atmosphere to be removed from the cavity. Below the first portion is a second portion, smaller in diameter than the first portion. Below the second portion is a third portion of essentially the same design as the first portion rotated 45. degree. This portion cleans the walls of the opening when the pin is raised to eject the parts.

5696938, Dec 9, 1997

Jul 31, 1996

8/690050

David K. Cassetti - Tempe AZ
Timothy L. Wilson - Phoenix AZ

VLSI Technology, Inc. - San Jose CA

G06F 1208

395470

A computer system is disclosed that permits multiple write buffer read-arounds. The system comprises a CPU (Central Processing Unit) for executing cycles for the computer system, a cache coupled to the CPU for storing data, a write buffer coupled to the CPU for receiving write data from the CPU, an arbiter to control bus accesses to the slave, and processing signals coupled between the cache and the write buffer for permitting the CPU to read-around the write buffer a plurality of times before the write data in the write buffer is flushed therefrom. The processing signals determine when the data stored in the write buffer is also stored in the cache, and, therefore, the cache is permitted to read-around the write buffer more than one time as long as the write buffer has the same data stored therein as exists in the cache.