DR. JAMES R SCHMITT, DMD
Dentist at High St, Edinboro, PA

License number
Pennsylvania DS026929L
Category
Dentist
Type
General Practice
Address
Address
108 High St, Edinboro, PA 16412
Phone
(814) 734-3184
(814) 734-8044 (Fax)

Organization information

See more information about JAMES R SCHMITT at bizstanding.com

Kenneth Schmitt DDSPC - James R Schmitt DDS

108 High St STE C, Edinboro, PA 16412

Categories:
Dentists
Phone:
(814) 734-3184 (Phone)
Payment options:
American Express, Cash, Discover, ...

Professional information

James R Schmitt Photo 1

Dr. James R Schmitt, Edinboro PA - DMD (Doctor of Dental Medicine)

Specialties:
Dentistry
Address:
108 High St, Edinboro 16412
(814) 734-3184 (Phone), (814) 734-8044 (Fax)
Languages:
English
Education:
Medical School
No Information Available As To Scientific Medical Education


James Schmitt Photo 2

Martial Arts Practice Dummy

US Patent:
8025612, Sep 27, 2011
Filed:
Aug 19, 2009
Appl. No.:
12/583404
Inventors:
Joseph E. Buzzanco - Girard PA, US
Lawrence A Slomski - Saegertown PA, US
James R Schmitt - Edinboro PA, US
International Classification:
A63B 21/00
US Classification:
482 83, 482 90
Abstract:
Several embodiments of martial arts practice assemblies are described involving variations spanning from apparatus permitting movement along a single translational axis and about a single rotational axis to an embodiment mounted on a robotic arm enabling translation in all three axial directions and about all three rotational axes. A dual-lockout circuit requiring simultaneous activation by an operator and a user is used to activate the pneumatic system powering the assembly.


James Schmitt Photo 3

Safety Circuit For A Martial Arts Practice Dummy

US Patent:
8388503, Mar 5, 2013
Filed:
Sep 27, 2011
Appl. No.:
13/246807
Inventors:
Joseph E. Buzzanco - Girard PA, US
Lawrence A Slomski - Saegertown PA, US
James R Schmitt - Edinboro PA, US
International Classification:
A63B 21/00
US Classification:
482 83, 482 90, 482 4
Abstract:
Several embodiments of martial arts practice assemblies are described involving variations spanning from apparatus permitting movement along a single translational axis and about a single rotational axis to an embodiment mounted on a robotic arm enabling translation in all three axial directions and about all three rotational axes. A dual-lockout circuit requiring simultaneous activation by an operator and a user is used to activate the pneumatic system powering the assembly.