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John B Ballas

from Lakeville, MA
Age ~69
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Also known as:
John Baccas
Related to:
James B Gately, 51Rita M Ballas
Connected to:
Ana C Ballas, 45August L Ballas, 87Christopher P Ballas, 62Derrick R Ballas, 51Gavin B Ballas, 49George Ballas, 49Heidi Ballas, 40James Ballas, 74John Ballas, 66Kathy L Ballas, 62

John Ballas Phones & Addresses

  • Lakeville, MA
  • Groveland, FL
  • Mansfield, MA
  • 62 Kingman St, Lakeville, MA 02347

Resumes

Resumes

John Ballas Photo 1

Director Of Creative Services

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Location:
Lakeville, MA
Industry:
Sporting Goods
Work:
Franklin Sports
Director of Creative Services
Skills:
Sports Marketing
Sports
Sponsorship
Sports Management
Event Management
Social Media
Merchandising
Microsoft Excel
Microsoft Office
Baseball Promotions
Athletics
Marketing Strategy
Public Relations
Coaching
Marketing
Public Speaking
Social Media Marketing
John Ballas Photo 2

John Ballas

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John Ballas Photo 3

John Ballas

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Industry:
Mechanical Or Industrial Engineering
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John Ballas

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John Ballas

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John Ballas

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Business Records

Name / Title
Company / Classification
Phones & Addresses
John Ballas
Creative Director
Franklin Sports
Sporting Goods · Mfg Sporting/Athletic Goods
17 Campanelli Pkwy, Stoughton, MA 02072
PO Box 508, Stoughton, MA 02072
(781) 344-1111

Publications

Us Patents

Apparatus And Method For Qualitatively Selecting Between Signals Representative Of A Physiological Characteristic

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US Patent:
44897260, Dec 25, 1984
Filed:
Nov 5, 1981
Appl. No.:
6/318339
Inventors:
Paul Epstein - Brookline MA
John S. Ballas - Newton MA
John J. Mandler - Allston MA
Joseph M. Van Horn - Cambridge MA
Assignee:
American Home Products Corporation - New York NY
International Classification:
A61N 500
US Classification:
128630
Abstract:
Apparatus and method for continuously monitoring the fetal heart rate simultaneously using ultrasonic and electrocardiographic signals. The signals are continuously processed to provide an improved output fetal heart rate indication in terms of better continuity and accuracy.

Fetal Heart Rate Monitor Apparatus And Method For Combining Electrically And Mechanically Derived Cardiographic Signals

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US Patent:
42992346, Nov 10, 1981
Filed:
Mar 30, 1979
Appl. No.:
6/025720
Inventors:
Paul Epstein - Brookline MA
John S. Ballas - Newton MA
Joseph M. Van Horn - Cambridge MA
John J. Mandler - Allston MA
Assignee:
Brattle Instrument Corporation - Cambridge MA
International Classification:
A61B 504
US Classification:
128698
Abstract:
Apparatus and method for continuously monitoring the fetal heart rate simultaneously using ultrasonic and electrocardiographic signals. The signals are continuously processed to provide an improved output fetal heart rate indication in terms of better continuity and accuracy.

Fetal Heart Rate Monitor Apparatus And Method For Combining Electrically And Mechanically Derived Cardiographic Signals

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US Patent:
45193967, May 28, 1985
Filed:
Nov 5, 1981
Appl. No.:
6/318338
Inventors:
Paul Epstein - Brookline MA
John S. Ballas - Newton MA
John J. Mandler - Allston MA
Joseph M. Van Horn - Cambridge MA
Assignee:
American Home Products Corporation (Del.) - New York NY
International Classification:
A61B 502
US Classification:
128698
Abstract:
Apparatus and method for continuously monitoring the fetal heart rate simultaneously using ultrasonic and electrocardiographic signals. The signals are continuously processed to provide an improved output fetal heart rate indication in terms of better continuity and accuracy.

Remote Load Controller

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US Patent:
41852052, Jan 22, 1980
Filed:
May 9, 1978
Appl. No.:
5/904341
Inventors:
Neil H. Jagoda - Framingham MA
John S. Ballas - Newton MA
Klaus Kubierschky - North Reading MA
Assignee:
American Science & Engineering, Inc. - Cambridge MA
International Classification:
H04B 354
US Classification:
307 38
Abstract:
A remote load controlling apparatus receives a disconnect signal on a line that is filtered and voltage limited. This disconnect signal sets a flip-flop which enables an oscillator and a solid-state switch. The enabled switch energizes a relay to disconnect the load from electric service. A counter counts the output of the enabled oscillator and provides a flip-flop reset signal after a local time delay that is determined by a particular incremented count state of the counter. The reset flip-flop disables the oscillator and solid-state switch to de-energize the relay and reconnect the load to electric service. The flip-flop may also be reset by a remote signal to disable the oscillator and solid-state switch and reconnect the load before the counter is incremented to its particular incremented count state. A second counter and a second solid-state switch may be added to ensure that the load is connected to electric service if a component of the apparatus should fail. The second solid-state switch is enabled by the pulse output of the enabled oscillator and is disabled when the oscillator stops generating pulses.
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John B Ballas from Lakeville, MA, age ~69 Get Report