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Robert Kreider Phones & Addresses

  • Harrisburg, PA
  • 120 Creek Hollow Ln, Middleburg, FL 32068
  • Camp Hill, PA
  • 225 Springfield Rd, Landisville, PA 17538
  • Elizabethtown, PA
  • Mount Joy, PA
  • Hallam, PA
  • Lancaster, PA
  • Akron, PA

Languages

English

Specialities

Massage Therapy

Professional Records

License Records

Robert E. Kreider

License #:
25253603 - Expired
Category:
Contractor

Robert E. Kreider

License #:
25264369 - Expired
Category:
Contractor

Robert E. Kreider

License #:
25246809 - Expired
Category:
Contractor

Robert Kreider

License #:
RS112244A - Expired
Category:
Real Estate Commission
Type:
Real Estate Salesperson-Standard

Robert B Kreider

Address:
Landisville, PA 17538
License #:
RS312311 - Active
Category:
Real Estate Commission
Type:
Real Estate Salesperson-Standard

Medicine Doctors

Robert Kreider Photo 1

Robert G Kreider, Ephrata PA - BS

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Specialties:
Massage Therapy
Address:
904 Dawn Ave Suite 1, Ephrata, PA 17522
(717) 733-8900 (Phone), (717) 823-6382 (Fax)
Languages:
English

Resumes

Resumes

Robert Kreider Photo 2

Federal Probation Officer

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Location:
862 Anthony Dr, Harrisburg, PA 17111
Industry:
Law Enforcement
Work:
United States Army Reserve
Federal Probation Officer

United States Probation Office
Federal Probation Officer

York County Probation Dept Oct 2013 - Jun 2018
Probation Officer

Hempfield School District Feb 2010 - May 2018
Hempfield Lacrosse Volunteer Coach

County of Lancaster May 2013 - Oct 2013
Youth Intervention
Education:
Shippensburg University of Pennsylvania 2015 - 2017
Masters
York College of Pennsylvania 2008 - 2012
Bachelors, Bachelor of Science, Criminal Justice
Eastern Shore Criminal Justice Academy 2011 - 2011
Skills:
Criminal Justice
Microsoft Office
Leadership
Public Speaking
Police
Enforcement
Public Safety
Teaching
Patrol
Supervisory Skills
Law Enforcement
Time Management
Community Outreach
Investigation
Policy
Evidence
Research
Interviews
Curriculum Development
Higher Education
Security
Writing
Psychology
Government
Teamwork
Coaching
Probation
Public Policy
Interviewing
Interests:
Golf
Spend Time With Family and Friends
Ski
Robert Kreider Photo 3

Robert Kreider

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Robert Kreider Photo 4

Hr Manager At Tyco Electronics

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Location:
Harrisburg, Pennsylvania Area
Industry:
Electrical/Electronic Manufacturing

Business Records

Name / Title
Company / Classification
Phones & Addresses
Robert H. Kreider
President
Kreider Bros Transit Inc
Trucking
313 Country Mdw Dr, Lancaster, PA 17602
(717) 390-1047
Robert B. Kreider
President
Brentmore Construction Inc
Single-Family House Construction · Decks · Doors · Fencing · Picture Framing · Gutter Repair · House Painters · Interior Painters
117 SW End Ave, Lancaster, PA 17603
117 S West End Ave STE 15, Lancaster, PA 17603
(717) 299-4010, (717) 299-4138
Robert Kreider
Partner, Owner
Advanced Business Computer Systems
Whl Computer Software & Hardware · Computer Software
851 Cumberland St, Lebanon, PA 17042
(717) 277-7222, (717) 865-4089
Robert B. Kreider
Principal
Hamilton Historic Apartments Lp
Apartment Building Operator
257 S Homestead Dr, Landisville, PA 17538
Robert B. Kreider
Principal
Millstone Properties Inc
Nonresidential Building Operator
257 S Homestead Dr, Landisville, PA 17538
Robert Kreider
Prudential Homesale Srvs Group
150 N Pointe Blvd, Lancaster, PA 17601
(717) 295-4663
Robert H. Kreider
President
Kreider Bros., Inc
Mfg Wood Partitions/Fixtures
2220 Horseshoe Rd, Lancaster, PA 17601
PO Box 10065, Lancaster, PA 17605
(717) 397-3768

Publications

Isbn (Books And Publications)

Hungry, Thirsty, a Stranger

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Author

Robert S. Kreider

ISBN #

0836112997

When Good People Quarrel: Studies of Conflict Resolution

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Author

Robert S. Kreider

ISBN #

0836134699

Where Are We Going

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Author

Robert S. Kreider

ISBN #

0873039157

Us Patents

Method Of Manufacturing A Matrix For Cathode-Ray Tube

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US Patent:
20030059692, Mar 27, 2003
Filed:
Sep 25, 2001
Appl. No.:
09/962520
Inventors:
Samuel Pearlman - Lancaster PA, US
Robert Kreider - Lancaster PA, US
Richard LaPeruta - Lititz PA, US
International Classification:
H01J009/20
US Classification:
430/025000, 430/024000, 430/026000
Abstract:
A method of manufacturing a luminescent screen assembly, having a light-absorbing matrix with a plurality of substantially equally-sized openings therein, on an inner surface of a faceplate panel of a cathode-ray tube (CRT) is provided. The tube has a color selection electrode spaced from the inner surface of the faceplate panel in which the color selection electrode has a plurality of strands interleaved with slots. The method includes the steps of providing a first photoresist layer, whose solubility is altered when exposed to light, such that greater dosages of light reduce the solubility thereof. The first photoresist layer is applied to the inner surface of the faceplate panel. The first photoresist layer is exposed to light from a light source, located relative to a central source position, as well as two symmetrical source positions relative to the central source position. The exposure selectively alters the solubility of the illuminated areas of the first photoresist layer to produce therein regions with greater solubility and regions of lesser solubility. The regions of greater solubility are subsequently removed to uncover areas of the inner surface of the faceplate panel, while retaining the regions of lesser solubility. The inner surface of the faceplate panel and the retained regions are then overcoated with a light-absorbing material. Thereafter, the retained regions of the first photoresist layer and the light-absorbing material thereon are removed, uncovering portions of the faceplate panel and defining first guardbands of light-absorbing material on the inner surface of the faceplate panel. This photolithographic process is repeated with a second photoresist layer and a third photoresist layer to define second guardbands of light-absorbing material and third guardbands of light-absorbing material, respectively. However, the light source positions for the second photoresist layer and the third photoresist layer are located at asymmetric positions relative to the central source position.

Method Of Manufacturing A Matrix For A Cathode-Ray Tube (Crt)

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US Patent:
20040067425, Apr 8, 2004
Filed:
Aug 1, 2003
Appl. No.:
10/632289
Inventors:
Samuel Pearlman - Lancaster PA, US
Robert Kreider - Lancaster PA, US
Richard LaPerita - Lititz PA, US
International Classification:
H01J009/20
US Classification:
430/025000, 430/024000
Abstract:
A method of manufacturing a luminescent screen assembly, having a light-absorbing matrix with a plurality of substantially equally-sized openings therein, on an inner surface of a faceplate panel of a cathode-ray tube (CRT) is provided. The method include the steps of exposing a first photoresist layer to light from a light source, located relative to a central source position, as well as two symmetrical source positions located relative to the central source position. Thereafter, a second photoresist layer and a third photoresist layer are sequentially exposed to define second guardbands of light-absorbing material and third guardbands of light-absorbing material, respectively. However, the light source positions for the second photoresist layer and the third photoresist layer are located at asymmetric positions relative to the central source position.

Method Of Electrophotographic Phosphor Deposition

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US Patent:
54551323, Oct 3, 1995
Filed:
May 27, 1994
Appl. No.:
8/250231
Inventors:
Peter M. Ritt - E. Petersburg PA
Owen H. Roberts - Landisville PA
Robert E. Kreider - Lancaster PA
Assignee:
Thomson Consumer Electronics, Inc. - Indianapolis IN
International Classification:
G03C 500
US Classification:
430 23
Abstract:
In accordance with the present invention, a method of electrophotographically manufacturing a luminescent screen assembly on a photoreceptor disposed on an interior surface of a faceplate panel for a color CRT includes the steps of: charging the photoreceptor to establish a substantially uniform electrostatic voltage thereon; positioning the panel on an exposure device having a light source therein; exposing selected areas of the photoreceptor to visible light from the light source to affect the voltage thereon, without affecting the voltage on the unexposed area of the photoreceptor; and depositing a triboelectrically charged, first color-emitting phosphor onto the selected areas of the photoreceptor. The charging, positioning, exposing and depositing steps are repeated for a second and a third triboelectrically charged, color-emitting phosphor. The present method is an improvement over prior methods because after each of the phosphor deposition and panel recharging steps, the light source is offset in the exposure device by an amount determined by the voltage difference between the photoreceptor and the phosphor, or phosphors, previously deposited onto the panel, thereby counteracting the repulsive effect of the previously deposited phosphor and minimizing the misregister of subsequently deposited phosphors.
Robert F Kreider from Harrisburg, PA, age ~67 Get Report