RICHARD H SMITH
Real Estate Commission in Pittsburgh, PA
License number
Pennsylvania RS145869A
Category
Real Estate Commission
Type
Real Estate Salesperson-Standard
Address
Address
Pittsburgh, PA 15239
Personal information
See more information about RICHARD H SMITH at radaris.comName
Address
Phone
506 Santa Anita Dr, North Wales, PA 19454
507 Park Ave, Stroudsburg, PA 18360
507 W Market St, Pottsville, PA 17901
506 Monroe St, Birdsboro, PA 19508
508 Jefferson Ave, Brownsville, PA 15417
Professional information
See more information about RICHARD H SMITH at trustoria.com
Richard Smith - Pittsburgh, PA
Richard Smith - Pittsburgh, PA
Work:
HyperActive Technologies
Director of Brand Development Pittsburgh POS - Pittsburgh, PA
Lead Technician Symbol Technologies - Pittsburgh, PA
Staging Technician
Director of Brand Development Pittsburgh POS - Pittsburgh, PA
Lead Technician Symbol Technologies - Pittsburgh, PA
Staging Technician
Skills:
Supervision, Problem Resolution, Scheduling, Client Relationship Management<br/>Employee Supervision, Documentation and Reporting, Conducting Training Programs<br/>Coaching and Motivating Staff, Customer Service and Retention, Recruiting and Hiring Personnel<br/>Process Improvements, Productivity Analysis, Project Planning, Staffing, and Management
Richard Smith - Pittsburgh, PA
Richard Smith - Pittsburgh, PA
Work:
TRG CUSTOMER SOLUTIONS
BNYMellon Stock Transfer Agent BANK of NEW YORK MELLON - New York, NY
Senior Account Reconciler AMERICAN ROAD LINES
Assistant Controller Heinz, Jackson Hewitt, Mailing Services of Pittsburgh and Transtar
TEMPORARY POSITIONS SECURITY SYSTEMS of AMERICA
Controller BEITLER-McKEE OPTICAL COMPANY
Assistant Controller/ Controller/ and Treasurer CONSOLIDATION COAL COMPANY
General Office Accountant /Regional Accountant
BNYMellon Stock Transfer Agent BANK of NEW YORK MELLON - New York, NY
Senior Account Reconciler AMERICAN ROAD LINES
Assistant Controller Heinz, Jackson Hewitt, Mailing Services of Pittsburgh and Transtar
TEMPORARY POSITIONS SECURITY SYSTEMS of AMERICA
Controller BEITLER-McKEE OPTICAL COMPANY
Assistant Controller/ Controller/ and Treasurer CONSOLIDATION COAL COMPANY
General Office Accountant /Regional Accountant
Education:
Duquesne University - Pittsburgh, PA
Bachelor of Science in Business Administration
Bachelor of Science in Business Administration
Skills:
Tax Preparation Course by Jackson Hewitt, Value of the Person/Theory R by Wayne Alderson, Beginning, Intermediate, and Advanced Microsoft Excel 97, Access 97, Windows 98, and Windows NT 4.0
Computer Software Professional
Computer Software Professional
Position:
Software Developer at Confluence
Location:
Greater Pittsburgh Area
Industry:
Computer Software
Work:
Confluence
since 2011
-
Software Developer
Engineering
Engineering
Position:
Engineering Technician at Compunetix
Location:
Greater Pittsburgh Area
Industry:
Electrical/Electronic Manufacturing
Work:
Compunetix
since Mar 2009
-
Engineering Technician
Owner At Independent Delivery Services
Owner At Independent Delivery Services
Position:
Owner at Independent Delivery Services
Location:
Greater Pittsburgh Area
Industry:
Newspapers
Work:
Independent Delivery Services
-
Owner
Dr. Richard S Smith, Pittsburgh PA - DDS (Doctor of Dental Surgery)
Dr. Richard S Smith, Pittsburgh PA - DDS (Doctor of Dental Surgery)
Specialties:
Endodontics
Address:
110 Fort Couch Rd, Pittsburgh 15241
(412) 833-8400 (Phone)
(412) 833-8400 (Phone)
Languages:
English
Education:
Medical School
Graduates of Institutions Not Listed As Medical Schools
Graduates of Institutions Not Listed As Medical Schools
Temperature Compensated Gas Spring Mechanism
Temperature Compensated Gas Spring Mechanism
US Patent:
4597565, Jul 1, 1986
Filed:
Aug 24, 1984
Appl. No.:
6/644498
Inventors:
Richard C. Smith - Pittsburgh PA
Assignee:
Fichtel & Sachs Industries, Inc. - Colmar PA
International Classification:
F16F 948
US Classification:
267 6413
Abstract:
A temperature compensated gas spring mechanism comprises a main gas spring energized by a pressure source that generates primary forces in excess of the selected design forces for the mechanism and a secondary gas spring energized by a second pressure source that generates forces opposed to those of the main gas spring and of magnitudes approximately equal to the excesses of the primary forces over the selected design forces, thereby a compensate to a substantial extent for changes in the primary pressure due to temperature variations.
Temperature Compensated Gas Spring
Temperature Compensated Gas Spring
US Patent:
4613115, Sep 23, 1986
Filed:
Apr 4, 1985
Appl. No.:
6/719633
Inventors:
Richard C. Smith - Pittsburgh PA
Assignee:
Gas Spring Company, Division of Fichtel & Sachs Industries, Inc. - Colmar PA
International Classification:
F16F 906
US Classification:
267 6425
Abstract:
A temperature compensated gas spring having a sealed outer casing and a t located within the outer casing. A piston is located within the tube and a rod is attached to the piston extending out of the casing through one end thereof. A primary pressure source is located within the casing and the tube and acts against the piston to urge the rod out of the casing. A secondary pressure source is located within the casing and the tube and acts against the piston to urge the rod into the casing. The primary pressure created by the primary pressure source is greater than the secondary pressure created by the secondary pressure source, and the percent change of the secondary pressure with temperature variation is greater than the percent change of the primary pressure with the same temperature variation.
Neutron Activation Probe
Neutron Activation Probe
US Patent:
4280048, Jul 21, 1981
Filed:
Jun 7, 1979
Appl. No.:
6/046734
Inventors:
Richard C. Smith - Pittsburgh PA
Assignee:
Wyoming Mineral Corporation - Lakewood CO
International Classification:
G01V 500, G21G 402
US Classification:
250264
Abstract:
A neutron activation probe comprises a pulsed neutron source in series with a plurality of delayed neutron detectors for measuring radioactivity in a well borehole. The neutron source emits neutrons which produce fission in uranium in the ore body and the delayed neutron detectors measure the delayed neutrons produced from such fission while the probe is moved through the borehole. The signal from each neutron detector is delayed in time so that the activity measured by each neutron detector from a particular ore zone may be added thereby increasing the accuracy of the reading corresponding to that ore zone.
