Philip R Brooks, 7221 East St, North Grafton, MA 01536

2009021, Aug 27, 2009

Feb 27, 2008

12/072650

Philip Lee Brooks - Sunnyvale CA, US
Dominique Trempont - Menlo Park CA, US

H04M 3/00

379243

A System for communicating between Remote Sentry Devices (conveniently called Enabled Cell-Phones or Enabled Wireless Devices) and members of a community (End-Users) or with other Remote Sentry Devices through a Central Point Server in order to provide a multiplicity of communication paths and access to Applications Program content by means of said Central Point Server. Said Central Point Server may contain or have access-to a multiplicity of Applications Programs which may be engaged in order to execute pre-determined scenarios or to enhance pre-determined scenarios in response to input from Enabled Wireless Devices or other End-User Devices. Said Central Point Server could be the enabler for, as an illustrative example, the Stealth Mode capabilities of referenced Enabled Wireless Devices. Said Central Point Server could also dynamically manage various scenarios in response to unfolding events as communicated by said Enabled Wireless Devices or End-Users.

2010011, May 6, 2010

Nov 1, 2008

12/290512

Philip Lee Brooks - Sunnyvale CA, US

B62D 6/00

701 41

The method, independent of specific means employed, of locking/un-locking the steering mechanisms of a vehicle for a time period measured in as little as milliseconds in order to isolate the driver of the vehicle from violent shocks as encountered when, for example, a vehicle strikes an obstruction with a steered wheel. Said method also includes the ability for users to pre-program, or to program from the driving position, various profiles of lock/un-lock to accommodate variations in the type of obstructions anticipated to be encountered as well as at least one default setting to take into account crash situations. The method of the present invention is independent of means so long as the result is to lock/un-lock the steering mechanism(s) for a fixed or a variable period measured in as little as milliseconds in order to isolate the driver from violent impacts to the steered Wheels/Tires of a vehicle being transmitted to the driver through the Steering Wheel. The intent of the present method is to protect the driver's hands and wrists, to require less concentration and physical exertion on the part of the driver when encountering obstacles, to allow for lighter and less power-consuming devices to assist steering, and to allow the vehicle to more closely maintain the path intended by the driver.

5442858, Aug 22, 1995

Nov 23, 1993

8/157389

Harrie J. M. Wolters - Menlo Park CA
Philip M. Brooks - Foster City CA
David T. H. Hung - Palo Alto CA
Richard C. Motamedi - Sunnyvale CA
Louis S. Rosinski - Simi Valley CA

Resonex Holding Company - Fremont CA

G01B 1114

33 1N

An automated angle encoder system for magnetic resonance (MRI) apparatus includes a removable encoder device placed on the orthopedic positioning device which is made entirely of nonmagnetic, nonmetallic materials and includes a glass disk which provides a GRAY output code to indicate absolute angle. The casing is made of Delrin plastic and the fiber optic cable includes nonmetallic TEFLON sheathing. Associated computer apparatus provides for an automatic input of an angle offset to provide for a neutral starting position and also for positive or negative angles of movement.

4092193, May 30, 1978

Jun 30, 1975

5/592024

Philip Lee Brooks - Menlo Park CA

Raychem Corporation - Menlo Park CA

B32B 3126

156 83

Described herein are coupling means for joining substrates, for example, tubular articles, which include an inner member, having disposed thereon a fusible agent for binding the substrates together, and an outer member. The substrates to be joined are inserted between the fusible agent and outer member and the resulting assembly is heated. The application of heat is maintained until it permeates the assembly and raises the temperature of the fusible agent enough that it melts and flows through and/or about the substrates to be joined. The inner and outer members act to confine the melted fusible agent by defining boundaries between which it can flow. Longitudinal flow of the agent can be controlled by limiting the area heated, by the configuration of the coupling members or substrates, or by providing the coupling with additional members that "dam" longitudinal flow. When the heating is discontinued, the fusible agent hardens to bind the substrates together. Either the inner member, outer member, or both may be a heat recoverable or spring member to provide compressive forces in the area of the joint being formed to facilitate the flow of the fusible material.

4126759, Nov 21, 1978

Mar 21, 1977

5/779726

Philip L. Brooks - Menlo Park CA

Raychem Corporation - Menlo Park CA

H01R 504

174 94R

Described herein are coupling means for joining substrates, for example, tubular articles, which include an inner member, having disposed thereon a fusible agent for binding the substrates together, and an outer member. The substrates to be joined are inserted between the fusible agent and outer member and the resulting assembly is heated. The application of heat is maintained until it permeates the assembly and raises the temperature of the fusible agent enough that it melts and flows through and/or about the substrates to be joined. The inner and outer members act to confine the melted fusible agent by defining boundaries between which it can flow. Longitudinal flow of the agent can be controlled by limiting the area heated, by the configuration of the coupling members or substrates, or by providing the coupling with additional members that "dam" longitudinal flow. When the heating is discontinued, the fusible agent hardens to bind the substrates together. Either the inner member, outer member, or both may be a heat recoverable or spring member to provide compressive forces in the area of the joint being formed to facilitate the flow of the fusible material.

2019036, Dec 5, 2019

May 31, 2018

15/993631

Ashot Mesropyan - Fremont CA, US
Robert Neal French - Chillicothe OH, US
Philip Lee Brooks - Chillicothe OH, US
Aaron Lee Hampton - Hilliard OH, US

B65G 43/00
G06T 7/73
B41J 2/44
B23K 26/364

Disclosed are a method and/or a system for real-time analysis and marking of a target surface using a digital camera coupled marking device. In one embodiment, a master controller receives a real-time digital camera signal from the digital camera of a marking device communicatively coupled to the master controller. The master controller analyzes the digital camera signal using an image recognition algorithm, a machine vision algorithm, and a database and archives a visual state and an object design parameter of an object. The master controller compares the visual state of an object with a library of known visual states in the database to extract an associated marking pattern and a desired marking location of the object. The master controller generates and sends a marking command to a pin marker of the marking device. The pin marker engraves the marking pattern onto the object in real time.