Scott E Goodman

US Patent:

6363792, Apr 2, 2002

Filed:

Apr 9, 1999

Appl. No.:

09/288905

Inventors:

Anthony D. Kurtz - Teaneck NJ
Scott J. Goodman - Wayne NJ
Robert Gardner - Westwood NJ

Assignee:

Kulite Semiconductor Products, Inc.

International Classification:

G01L 900

US Classification:

73753, 73708

Abstract:

A hermetically sealed high temperature pressure transducer assembly including: a sensor wafer that includes a plurality of sensor structures and contact areas selectively interconnected and formed on a surface thereof is provided. A first header assembly coupled to the sensor wafer includes a plurality of pins, each of which are electrically coupled to an associated contact area. A second header assembly is coupled to the first assembly and to a sleeve, and includes a plurality of tubes into each of which one of the plurality of pins is positioned. A temperature insulated cable is partially positioned within the sleeve and includes a plurality of wires coupled to the pins. A third header apparatus is coupled to the sleeve and includes a plurality of closed-ended tubes for serving as leads, where each one of the plurality of wires is partially positioned in and coupled to a respective closed-end tube.

US Patent:

6530282, Mar 11, 2003

Filed:

Jan 31, 2002

Appl. No.:

10/066086

Inventors:

Anthony D. Kurtz - Teaneck NJ
Scott J. Goodman - Wayne NJ
Robert Gardner - Westwood NJ

Assignee:

Kulite Semiconductor Products, Inc. - Leonia NJ

International Classification:

G01L 700

US Classification:

73756, 73708

Abstract:

A hermetically sealed high temperature pressure transducer assembly including: a sensor wafer that includes a plurality of sensor structures and contact areas selectively interconnected and formed on a surface thereof is provided. A first header assembly coupled to the sensor wafer includes a plurality of pins, each of which are electrically coupled to an associated contact area. A second header assembly is coupled to the first assembly and to a sleeve, and includes a plurality of tubes into each of which one of the plurality of pins is positioned. A temperature insulated cable is partially positioned within the sleeve and includes a plurality of wires coupled to the pins. A third header apparatus is coupled to the sleeve and includes a plurality of closed-ended tubes for serving as leads, where each one of the plurality of wires is partially positioned in and coupled to a respective closed-end tube.

US Patent:

D643024, Aug 9, 2011

Filed:

Feb 18, 2011

Appl. No.:

29/385715

Inventors:

Scott Goodman - Muttontown NY, US
Min Yang - Hicksville NY, US
Douglas Bryant - Centerport NY, US
David Waterman - Hong Kong, CN

Assignee:

Samson Technologies Corp. - Hauppauge NY

International Classification:

1401

US Classification:

D14227

US Patent:

50867857, Feb 11, 1992

Filed:

Aug 10, 1989

Appl. No.:

7/392127

Inventors:

Christopher T. Gentile - New York NY
Michael Wallace - Beaverton OR
Timothy D. Avalon - Portland OR
Scott Goodman - Hermosa Beach CA
Richard Fuller - Sherman Oaks CA
Tracy Hall - Cupertino CA

Assignee:

Abrams/Gentille Entertainment Inc. - New York NY

International Classification:

A61B 511

US Classification:

128782

Abstract:

A sensor for detecting angular displacement of an object. The sensor comprises a substrate for attachment to the object whose angular displacement is to be sensed and a sensing means attached to the substrate and connectable into an electric circuit. The electric circuit measures the resistance of the sensing means, which changes as a function of the angular displacement. Several embodiments are disclosed, including a conductive elastomer sensor, a conductive ink sensor, a sliding resistor sensor, a force sensitive resistor sensor and a conductive fluid sensor.

US Patent:

20210048363, Feb 18, 2021

Filed:

Aug 12, 2019

Appl. No.:

16/538123

Inventors:

- Leonia NJ, US
Sorin Stefanescu - New Milford NJ, US
Andrew Bemis - Upper Saddle River NJ, US
Scott Goodman - Wayne NJ, US

International Classification:

G01L 19/06
G01L 19/00

Abstract:

The disclosed technology includes an oil-filled pressure transducer assembly and an oil-filled compensating sensing element disposed near one another and attached to a common housing. The oil-filled pressure transducer assembly may receive and measure pressure media via a first oil-filled cavity and a protective diagram in communication with the pressure media. The compensating sensing element may be isolated from the pressure media. In certain example implementations, the compensating sensing element is configured to measure certain common error phenomena that are also measured by the oil-filled pressure transducer assembly, for example, due to acceleration, temperature, and/or vibration. In certain implementations, the signal measured by the compensating sensing element may be subtracted from the signal measured by the oil-filled pressure transducer assembly to provide a compensated output signal.

US Patent:

20190033155, Jan 31, 2019

Filed:

Oct 3, 2018

Appl. No.:

16/150485

Inventors:

- Leonia NJ, US
Sorin Stefanescu - New Milford NJ, US
Scott Goodman - Wayne NJ, US

International Classification:

G01L 19/06
G01L 19/04

Abstract:

Certain implementations of the disclosed technology include systems and methods for providing header assemblies for use with pressure sensors in high-temperature environments. Certain example implementations include a header assembly. The header assembly can include a header portion having a first side and a second side, the header portion including one or more bores extending through the header portion from the first side to the second side. In certain example implementations, one or more platinum header pins are disposed within and extending through the one or more bores of the header portion. In certain example implementations, the header assembly can include one or more brazing portions corresponding to the one or more platinum header pins. In certain example implementations, the platinum header pins are configured for electrical communication with corresponding electrodes of a leadless transducer element.

US Patent:

20170016791, Jan 19, 2017

Filed:

Jul 15, 2016

Appl. No.:

15/211610

Inventors:

- Leonia NJ, US
Sorin Stefanescu - New Milford NJ, US
Scott Goodman - Wayne NJ, US

International Classification:

G01L 19/06

Abstract:

Certain implementations of the disclosed technology include systems and methods for providing header assemblies for use with pressure sensors in high-temperature environments. Certain example implementations include a header assembly. The header assembly can include a header portion having a first side and a second side, the header portion including one or more bores extending through the header portion from the first side to the second side. In certain example implementations, one or more platinum header pins are disposed within and extending through the one or more bores of the header portion. In certain example implementations, the header assembly can include one or more brazing portions corresponding to the one or more platinum header pins. In certain example implementations, the platinum header pins are configured for electrical communication with corresponding electrodes of a leadless transducer element.

US Patent:

20160209289, Jul 21, 2016

Filed:

Mar 14, 2013

Appl. No.:

13/828037

Inventors:

- Leonia NJ, US
Joseph R. VanDeWeert - Maywood NJ, US
Scott Goodman - Wayne NJ, US
Boaz Kochman - New York NY, US

Assignee:

KULITE SEMICONDUCTOR PRODUCTS, INC. - LEONIA NJ

International Classification:

G01L 27/00

Abstract:

A method, device, or system is provided for improving dynamic pressure measurements. In one embodiment, a method comprises receiving, at a filter structure having a restricting tube, an input pressure having a static pressure (P), a lower-frequency dynamic pressure (P) and a higher-frequency dynamic pressure (P); filtering, by the restricting tube, the input pressure to substantially pass an output pressure having the static pressure (P), the lower-frequency dynamic pressure (P), and an attenuated higher-frequency dynamic pressure (P); and outputting, from the filter structure, the output pressure.