William Rea

Metal-Polishing Composition And Process

Application

#4645561 Feb 24, 1987

Filed

Jan 6, 1986

Inventor

William V. Rea (Toledo, OR)

Appl. No.

6/816592

Assignee

Ampex Corporation (Redwood City, CA)

International Classification

B44C 122, B24B 100, B24B 719, B24D 302

U.S. Classification

156636

Abstract

The working surfaces of nickel-coated substrates for rigid magnetic discs are polished in a single-step process that employs a polishing composition comprising an aqueous suspension of unlubricated aluminum oxide powder having a hexagonal crystal shape and a nominal particle size of 1 to 10 microns, and colloidal aluminum oxide.

Metal Polishing Composition And Process

Application

#4475981 Oct 9, 1984

Filed

Oct 28, 1983

Inventor

William V. Rea (Newark, CA)

Appl. No.

6/546783

Assignee

Ampex Corporation (Redwood City, CA)

International Classification

C23F 100, B44C 122, C03C 1500, C03C 2506

U.S. Classification

156636

Abstract

Metal surfaces such as the working surfaces of nickel plated blanks for rigid memory discs are polished in a two-stage process of rough and finish polishing by a combination of mechanical and chemical mechanisms. Each stage involves a plurality of cycles in which the surface is polished using a rotating polishing pad with an aqueous suspension of aluminum oxide containing a lubricant-surfactant and a chlorine-containing oxidizing agent present at the surface-pad interface followed by the addition of an aqueous colloidal aluminum oxide sol to the oxidizing agent-containing suspension at the interface which frees the chlorine in the oxidizing agent to exert a chemical polishing action on the surface.

Method Of Treating A Chemically Sensitive Individual

Application

#8449922 May 28, 2013

Filed

Jul 30, 1997

Inventor

William James Rea (Dallas, TX) · Bertie B. Griffiths (Rowlett, TX)

Appl. No.

08/902692

Assignee

William James Rea (Dallas, TX) · Bertie B. Griffiths (Rowlett, TX)

International Classification

A61K 35/14, A61K 35/16

U.S. Classification

424529, 424530, 424531, 424520

Abstract

A method for treating a chemically sensitive individual is provided. The method includes the steps of: collecting a blood sample from the individual; isolating normal mixed T and B lymphocytes from the blood sample; propagating the isolated mixed T and B lymphocytes to obtain propagated lymphocytes; lysing the propagated lymphocytes to obtain a lysate; and administering the lysate to the individual. A therapeutic dose of the lysate can be determined by skin testing, and the dose can be administered subcutaneously. The effects of the treatment on the individual can be reflected by clinical tests such as hematological immunological profiles and symptom and signs scores.

Data Verifier

Application

#4156110 May 22, 1979

Filed

Aug 5, 1977

Inventor

Clare G. Keeney (Campbell, CA) · Bruce L. Miller (Palo Alto, CA) · William C. Rea (Sunnyvale, CA)

Appl. No.

5/822215

Assignee

TRW Inc. (Los Angeles, CA)

International Classification

H04J 314

U.S. Classification

179 15BF

Abstract

A data verifier for verifying the operation of a multiplexing system. The data verifier generates test information as an input to the multiplexing system. The multiplexing system processes the test information in the same manner as normal data. The data verifier then detects demultiplexed output information and compares it with reference information to determine if the multiplex system has functioned properly. The multiplex system is typically a metering system for metering the use of trunk lines of a telephone switching exchange.

Solder Extractor Apparatus

Application

#4117967 Oct 3, 1978

Filed

May 26, 1977

Inventor

Ephraim Regelson (Kensington, MD) · Leonard G. Terral (China Lake, CA) · Ronald J. Matusiak (El Cajon, CA) · Jerry L. Trotter (San Diego, CA) · William L. Rea (San Diego, CA) · Edward L. Mangel (Poway, CA)

Appl. No.

5/800972

Assignee

The United States of America as represented by the Secretary of the Navy (Washington, DC)

International Classification

B23K 300, F04B 3710, F04B 3912

U.S. Classification

228 20

Abstract

A solder extractor apparatus is configured as a self-contained bench unit ving a pump motor to provide an instantaneous source of pressure or vacuum available to the operator from a common port on the apparatus, the pump being started by the operator when he lifts the solder extractor iron from its support holder, and thereafter, the use of the pressure or vacuum being controlled by a foot operated switch so as to be available at the appropriate time in the solder extraction process.

Cross-Linked Development And Deployment Apparatus And Method

Application

#6006022 Dec 21, 1999

Filed

Nov 15, 1996

Inventor

Hotaek Rhim (Northborough, MA) · Russell David Hayden (Stow, MA) · William Chester Rea (Natick, MA)

Appl. No.

8/749456

Assignee

Microsystem Synthesis, Inc. (Westborough, MA)

International Classification

G06F 9455, G06F 1750

U.S. Classification

39550002

Abstract

A cross-linked development and deployment system that links system design, simulation, real-time emulation, integration, and in-system verification to system implementation in the field, creating final products that are field programmable systems on printed circuit boards or field programmable systems on silicon. In a preferred embodiment, hardware and software models are created and verified in an integrated co-development environment. These models can be synchronized with each other and can also be used for in-circuit emulation and in-system verification of the system under development. Once the system has gone through verification and completed system integration, the system design database that has been generated from that testing is used to program either a field programmable printed circuit board or a field programmable system on silicon. In either case, connections are embedded in the field programmable final product that enable it to link back into the integrated co-development environment so that results created by the final product can be compared with results stored in the integrated co-development environment. The final product can also be connected to the integrated co-development environment for further analysis.