RICHARD M HORTON
Engineering in Duxbury, MA
License number
Massachusetts 28384
Issued Date
Jul 23, 1976
Expiration Date
Jun 30, 2008
Type
Electronic Engineer
Address
Address
Duxbury, MA 02332
Personal information
See more information about RICHARD M HORTON at radaris.comName
Address
Phone
57 Sandwich Rd APT 38, Wareham, MA 02571
Professional information
See more information about RICHARD M HORTON at trustoria.com
Owner At Design Insight
Owner At Design Insight
Position:
Owner at Design Insight
Location:
Greater Boston Area
Industry:
Industrial Automation
Work:
Design Insight
- Duxbury, MA since Sep 2012
-
Owner
IN USA Corporation
Jan 2010 - Sep 2012
-
Engineering Manager
Kopin Corporation
Oct 2008 - Jan 2010
-
Display Electronics Engineer
Design Insight
Jun 2003 - Oct 2008
-
Owner / Consultant
Design Insight
Jun 2003 - Oct 2008
-
Owner/Consultant
The Prometheus Group
Jun 1990 - Jun 2003
-
Director of Engineering/Product Design Engineer
Datamarine
Jul 1989 - Mar 1992
-
Director of Engineering
Metrabyte Corporation
Jul 1987 - Jul 1989
-
Staff Engineer/Project Manager
Cyborg Corporation
Jun 1976 - Jul 1987
-
Director of Engineering
Education:
Northeastern University - Graduate School of Business Administration
MSEE MBA, Electronics and Business RPI
High Tech MBA; BSEE RPI - Rensselaer Polytechnic Institute
BSEE, Electronic Engineering
MSEE MBA, Electronics and Business RPI
High Tech MBA; BSEE RPI - Rensselaer Polytechnic Institute
BSEE, Electronic Engineering
Interests:
Bike riding, racquetball.
Method And Apparatus For Monitoring Skin Potential Response
Method And Apparatus For Monitoring Skin Potential Response
US Patent:
4088125, May 9, 1978
Filed:
Nov 19, 1976
Appl. No.:
5/743096
Inventors:
Albert G. Forgione - Marblehead MA
Richard M. Horton - Duxbury MA
Richard M. Horton - Duxbury MA
Assignee:
Cyborg Corporation - Boston MA
International Classification:
A61B 505
US Classification:
128 21Z
Abstract:
Biofeedback training of a subject may be achieved by monitoring the skin potential response of the subject and by shaping the monitored response so that a feedback signal is generated only if the response exceeds pre-established upper and lower limits which may be selectively increased or decreased. Biofeedback apparatus for implementing this technique includes electrodes for sensing the skin potential, an amplifier for amplifying the signal and feeding the signal into a pair of variable comparators which provide output when the response exceeds preset upper and lower limits. The outputs, in turn, provide a feedback signal either audio or visual, or to serve as inputs to auxiliary instrumentation. No feedback signal is produced as long as the monitored signal is within the selected limits. The magnitude of the responses may be quantified to the extent that they exceed the preset levels.
Modular Biofeedback Training System
Modular Biofeedback Training System
US Patent:
4110918, Sep 5, 1978
Filed:
Jul 21, 1976
Appl. No.:
5/707295
Inventors:
J. Michael James - Cambridge MA
James F. Fee - Needham MA
Richard M. Horton - Duxbury MA
James F. Fee - Needham MA
Richard M. Horton - Duxbury MA
Assignee:
Cyborg Corporation - Brighton MA
International Classification:
G09B 1900
US Classification:
35 22R
Abstract:
A biofeedback training system is provided in which portable, self-contained modular units may be used independently for relatively simple biofeedback training purposes by a layman or may be connected to a central processor adapted to provide more sophisticated processing of the signals monitored by the portable unit under supervision of a specialist. The system thus provides a partitioning of functions in which physiological signals are monitored and preprocessed in the portable unit, and when the portable unit is connected to the central processor, these preprocessed signals are then fed into the central processor where elaborate filtering, thresholding, converting and integrating functions take place in a biofeedback system. The central processor is capable of receiving inputs simultaneously from multiple portable units. The portable unit is characterized by a compact, lightweight housing featuring adjustable threshold settings, automatic electrode and battery checking circuits, multiple mode audio feedback and shaping controls.