Raymond R Bert

age ~77

from Johnston, RI

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Also known as:

Raymond B Bert
Raymond N Bert
Raymond M Bert
Ray R Bert
Bert Ray

Connected to:

Raymond Bert Phones & Addresses

Johnston, RI
Cranston, RI
Warwick, RI
El Paso, TX
Worcester, MA
Wichita Falls, TX
3 Ann Dr, Johnston, RI 02919

Work

Company:

Rosco manufacturing, llc
Jul 2011
Position:

V.p product development

Education

School / High School:

Mount Pleasant High School

Skills

Product Development • Manufacturing • Design For Manufacturing • Engineering • Lean Manufacturing • Continuous Improvement • Machine Tools • Product Design • Manufacturing Engineering • Six Sigma • Kaizen • Machining • Manufacturing Operations Management • Cnc • Process Engineering • R&D • Management • New Business Development • 5S • Plastics • Mechanical Engineering • Automotive • Injection Molding • Fmea • Design of Experiments • Iso • Solidworks • Strategic Planning • Process Improvement • Iso Standards • Business Process Improvement • Failure Mode and Effects Analysis

Industries

Mechanical Or Industrial Engineering

Resumes

V.p Product Development

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Location:

3 Ann Dr, Johnston, RI 02919

Industry:

Mechanical Or Industrial Engineering

Work:

Rosco Manufacturing, Llc
V.p Product Development
Quality Spraying Technologies Jan 2000 - May 2003
V.p Design and Tool Engineering
Mcm Technologies, Inc. Jan 2000 - May 2003
Vice President Product Development
Speidel 1980 - 2000
Project Engineer and Senior Project Engineer
Speidel/Textron 1976 - 1980
Assistant Toolroom Manager

Education:

Mount Pleasant High School
University of Rhode Island

Skills:

Product Development
Manufacturing
Design For Manufacturing
Engineering
Lean Manufacturing
Continuous Improvement
Machine Tools
Product Design
Manufacturing Engineering
Six Sigma
Kaizen
Machining
Manufacturing Operations Management
Cnc
Process Engineering
R&D
Management
New Business Development
5S
Plastics
Mechanical Engineering
Automotive
Injection Molding
Fmea
Design of Experiments
Iso
Solidworks
Strategic Planning
Process Improvement
Iso Standards
Business Process Improvement
Failure Mode and Effects Analysis

Name / Title

Company / Classification

Phones & Addresses

Raymond G. Bert
Director

Raymond Railroad Company

Us Patents

Snap Fastener Device
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US Patent:

47487275, Jun 7, 1988
Filed:

Apr 10, 1987
Appl. No.:

7/037169
Inventors:

Stephen F. Bert - North Scituate RI
Raymond R. Bert - Warwick RI
International Classification:

A41F 100
US Classification:

24671
Abstract:

A snap fastener including a conventional first headed part and a second receptor part. The receptor is of sheet-like construction and includes a planar spring panel captured within a housing. The spring panel includes a central cut-out into which fingers extend from opposite sides to form an undersized opening which upon contact with the stud distorts the spring panel to provide the desired closing action therewith.

Expansion Bracelet
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US Patent:

D3509117, Sep 27, 1994
Filed:

Feb 11, 1993
Appl. No.:

D/004718
Inventors:

Raymond R. Bert - Cranston RI
Assignee:

Textron Inc. - Providence RI
US Classification:

D11 19

Coated Metallic Expansion Band And Method Of Coating Application
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US Patent:

52207803, Jun 22, 1993
Filed:

Dec 30, 1991
Appl. No.:

7/814568
Inventors:

Raymond R. Bert - Cranston RI
Assignee:

Textron, Inc. - Providence RI
International Classification:

A44C 504
US Classification:

59 791
Abstract:

An expansion band is provided with a row of metallic bottom links underlying a row of metallic top links. The top links are offset with respect to the bottom links in the direction of the band length, with metallic top shells mounted on the top links. Metallic spring biased connecting elements mechanically couple the top and bottom links in a manner permitting resilient longitudinal adjustment of the band between a contracted state at which the top shells are in mutual abutting relationship to thereby cover the underlying upper surfaces of the bottom links, and an extended state at which the top shells are spaced on from the other to thereby expose the upper surfaces of the bottom links. Only the top shells having a base coating of black oxide, and only the to shells having a base coating of black oxide, and only the exposed exterior surfaces of the thus coated top shells and the upper surfaces of the bottom links have a polymeric coating. Preferably, the black oxide coating is produced by immersing the top shells in a heated molten bath containing an oxidizing agent.