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Aron Z Kain

from Pomona, NY
Age ~64
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Also known as:
Aron Zev Kain, Aaron Z Kain, Pedro Sigler
Related to:
Chaviva Kain, 31David B Kain, 38Milton J Kain, 93Joyce M Kain, 64Nomi K Smilchensky, 61Rafaella Kain, 34
Connected to:
Alexander C Kain, 45Ashlie L Kain, 36Brenda J Kain, 60Crystal A Kain, 39Damon Kain, 29Denine J Kain, 66Dora M Kain, 56Doreen B Kain, 63Fred L Kain, 100Grace L Kain, 34

Aron Kain Phones & Addresses

  • Pomona, NY
  • 5 Cottonwood Ln, Suffern, NY 10901 (845) 354-3822
  • 1 Jodi Ct, Monsey, NY 10952 (845) 354-3822
  • Teaneck, NJ
  • Los Angeles, CA

Work

Company: Bh sensors Sep 2001 Position: Cto, senior vice president engineering

Education

Degree: Doctorates, Doctor of Philosophy School / High School: University of California, Los Angeles Aug 1993 Specialities: Electrical Engineering

Skills

Sensors • Engineering Management • Product Development • Engineering • Circuit Design • Electronics • Microprocessors • R&D • Management • Wireless • Electronics Packaging • Project Management • Product Management • Program Management • Rf • Manufacturing • Cross Functional Team Leadership • Rfid • Wireless Products

Industries

Electrical/Electronic Manufacturing

Resumes

Resumes

Aron Kain Photo 1

Cto, Senior Vice President Engineering

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Location:
5 Cottonwood Ln, Suffern, NY 10901
Industry:
Electrical/Electronic Manufacturing
Work:
Bh Sensors
Cto, Senior Vice President Engineering
Bh Technology
Chief Technology Officer
Ansoft Corporation Dec 1996 - Apr 2001
Director of Advanced Technology
Trw Mar 1988 - Dec 1996
Responsible Design Engineer
Education:
University of California, Los Angeles Aug 1993
Doctorates, Doctor of Philosophy, Electrical Engineering Columbia University In the City of New York 1982 - 1984
Masters, Master of Science In Electrical Engineering, Electronics
Skills:
Sensors
Engineering Management
Product Development
Engineering
Circuit Design
Electronics
Microprocessors
R&D
Management
Wireless
Electronics Packaging
Project Management
Product Management
Program Management
Rf
Manufacturing
Cross Functional Team Leadership
Rfid
Wireless Products

Business Records

Name / Title
Company / Classification
Phones & Addresses
Aron Kain
Manager
B H Technology Llc
Engineering Services
400 Rella Blvd # 110, Airmont, NY 10901
Website: bhtechnologyllc.com
Aron Kain
Principal
Bh Technology LLC
Engineering Services
400 Rella Blvd Ste 110, Airmont, NY 10901
Aron Kain
Manager
B H Technology Llc
Engineering Services
400 Rella Blvd # 110, Airmont, NY 10901
Website: bhtechnologyllc.com
Aron Kain
Principal
Bh Technology LLC
Engineering Services
400 Rella Blvd Ste 110, Airmont, NY 10901
Aron Kain
Manager
B H Technology LLC
Engineering Svcs
400 Rella Blvd STE 110, Suffern, NY 10901
(845) 369-6324
Aron Z. Kain
Dir Engineering
Tel-Instrument Electronics Corp
Mfg Measuring/Controlling Devices
728 Gdn St, Carlstadt, NJ 07072
1 Branca Rd, East Rutherford, NJ 07073
(201) 933-1600, (201) 933-7340
Aron Z. Kain
ManagerPrincipal
Bh Technology LLC
Engineering Consulting Services
400 Rella Blvd, Airmont, NY 10901
26 Firemens Memorial Dr, Mount Ivy, NY 10970
(845) 369-6324

Publications

Us Patents

Wireless System For Measuring Pressure And Flow In Tubes

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US Patent:
7017404, Mar 28, 2006
Filed:
Oct 2, 2003
Appl. No.:
10/530066
Inventors:
Aron Zev Kain - Wesley Hills NY, US
International Classification:
B60C 23/02
US Classification:
731465
Abstract:
A remote sensor () is remotely placed within a vessel containing a fluid in order to sense a pressure generated by the fluid. The sensor includes an antenna () for capturing an externally-generated interrogation signal and for transmitting a response signal, a response circuit () coupled to the antenna () for receiving the interrogation signal and for generating the response signal, and a sensor element () coupled to the response circuit. One or more electrical characteristics of the response circuit () change in relation to the sensed pressure, thereby determining measurable characteristics of the response signal. Importantly, the response circuit () operates to delay the transmission of the response signal to a time separated from and following transmission of artifacts of the interrogation signal.

Load Cell Including Displacement Transducer, And Associated Methods Of Use And Manufacture

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US Patent:
7296485, Nov 20, 2007
Filed:
Feb 18, 2005
Appl. No.:
10/582023
Inventors:
Aron Kain - Suffern NY, US
International Classification:
G01L 1/22
US Classification:
73862, 73862333, 7386208
Abstract:
A load cell reacts to an applied force by displacing a physical component of the load cell. An electrical component of the load cell produces an electromagnetic (EM) field in response to an applied radio frequency signal. The physical component is located in proximity to the EM field, and perturbs the EM field without physically contacting said electrical component structure. A displacement of the physical component results in a change to the perturbation of the EM field. A monitoring circuit of the load monitors an output signal that is affected by change to the perturbation of the EM field, and thereby detects the applied load.

Radio Controlled System And Method Of Remote Location Motion Emulation And Mimicry

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US Patent:
7753756, Jul 13, 2010
Filed:
Oct 7, 2005
Appl. No.:
11/245079
Inventors:
Bryan R. McDermott - Manassas VA, US
Walter L. Toney - Manassas VA, US
Aron Z. Kain - Monsey NY, US
Assignee:
MT Remote Systems, LLC - Manassas VA
International Classification:
A63H 30/00
US Classification:
446454
Abstract:
An external positioning data linked radio controlled system and method for radio controlled vehicle (RCV) racing emulation including an infield RCV control device for receiving externally generated positional data from remote race vehicles on a remote race course, receiving locally input control signals from a user, an electronically reproduced racecourse map of the remote racecourse in a memory used to compute an electronic boundary for RCV devices, and error correction signals generated from feedback from an RCV. The infield RCV control device transmits wireless local control RCV signals containing RCV position, speed and direction data to each of a plurality RCVs responsive to the wireless local control RCV signals. The wireless local control RCV signals containing RCV position, speed and direction data based on processing the externally generated positional data, the locally input control signals, the electronically reproduced racecourse map, and error correction signals.

Microwave Acceleration Transducer

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US Patent:
52612783, Nov 16, 1993
Filed:
Oct 17, 1991
Appl. No.:
7/778290
Inventors:
Aron Z. Kain - Los Angeles CA
International Classification:
G01P 1508
US Classification:
73517R
Abstract:
A microwave resonant cavity contains a dielectric resonator whose normal RF electromagnetic modes are varied by displacement of a probe. Acceleration of the cavity displaces the probe. The acceleration vector or displacement vector is determined by the variation in preselected discrete modes. The device also may be used to accurately measure pressure where the displacement of the probe is caused by flexing of a pressure responsive membrane.

Microwave Vector Displacement And Acceleration Transducer

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US Patent:
55468063, Aug 20, 1996
Filed:
Dec 14, 1994
Appl. No.:
8/355479
Inventors:
Aron Z. Kain - Los Angeles CA
International Classification:
G01P 1508
US Classification:
7351431
Abstract:
A microwave resonant cavity comprises a resonator whose normal RF electromagnetic modes are varied by displacement of a probe. Acceleration of the cavity displaces the probe. The acceleration is determined by the variation in preselected discrete modes. The electrical components of the device may be built from planar structures and microwave energy may be generated within the device.

Split Dielectric Resonator Stabilized Oscillator

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US Patent:
55789692, Nov 26, 1996
Filed:
Jun 13, 1995
Appl. No.:
8/489943
Inventors:
Aron Z. Kain - Los Angeles CA
International Classification:
H03B 518
US Classification:
331 40
Abstract:
A split dielectric resonator having two preferably half cylindrical dielectric elements is used to stabilize an oscillator operating at microwave frequencies. Fine tuning may be achieved by means of a tuning screw which has a thermal expansion coefficient between those of the dielectric elements and electrically conductive supporting walls. Additionally, fine tuning may be achieved by offsetting the two elements from each other within a horizontal or vertical plane. This oscillator can also be configured as an accelerometer or pressure or displacement sensor by substituting a movable deflecting member for the supporting wall.

Multi-Discipline Commonality Sensor Platform

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US Patent:
20190323911, Oct 24, 2019
Filed:
Apr 18, 2019
Appl. No.:
16/388089
Inventors:
Aron KAIN - Suffern NY, US
International Classification:
G01L 19/00
G01L 1/22
G01L 9/00
Abstract:
Disclosed herein is a commonality platform for a plurality of sensors in which each sensor is generated using common core sensor electronics. Each individual sensor, instead of downstream electronics, incorporates the electronics for interpreting and reporting the data measured from the mechanical displacement structure of each sensor.
Control profile
Aron Z Kain from Pomona, NY, age ~64 Get Report