ROBERT L HORST
Engineers in Lancaster, PA
License number
Pennsylvania PE009243E
Category
Engineers
Type
Professional Engineer
Address
Address
Lancaster, PA 17601
Organization information
See more information about ROBERT L HORST at bizstanding.comRobert L Horst Pe
1568 Linden Ave, Lancaster, PA 17601
Industry:
Engineering Services
Principal:
Robert L. Horst (Principal)
Professional information
Vice President At Premiercomm, Llc
Position:
Vice President at PremierComm, LLC, President of Board Directors at Montessori Academy of Lancaster, Vice President at Premier Companies, LLC
Location:
Lancaster, Pennsylvania Area
Industry:
Information Technology and Services
Work:
PremierComm, LLC
- Lancaster, Pennsylvania Area since Aug 2012
-
Vice President
Montessori Academy of Lancaster
- Lancaster, Pennsylvania since Feb 2002
-
President of Board Directors
Premier Companies, LLC
since 1990
-
Vice President
Pattern Registration Control Bars
US Patent:
4363271, Dec 14, 1982
Filed:
Sep 2, 1980
Appl. No.:
6/183004
Inventors:
Robert L. Horst - Lancaster PA
Assignee:
Armstrong World Industries, Inc. - Lancaster PA
International Classification:
B41F 1324
US Classification:
101181
Abstract:
A particular type of registration control mark is utilized with a conventional pattern registration control system for the purpose of controlling registration between a printed pattern and an embossed pattern. The pattern registration control mark will develop signature bursts which are unique due to the design of the pattern registration control mark.
Isogrammetric Analysis Method For High-Yield Processes
US Patent:
5715181, Feb 3, 1998
Filed:
Apr 3, 1995
Appl. No.:
8/415651
Inventors:
Robert L. Horst - Lancaster PA
International Classification:
G06F 1900
US Classification:
364554
Abstract:
A method is provided for process monitoring by statistical measurement of level-of-defectives performance in manufacturing and other processes. Statistical performance data functions of mean-value shift and deviation ratio are plotted on an isogrammetric chart for off-line analysis or, alternatively, are entered into a computer that has been programmed with the isogrammetric format. The resultant information revels the probable process yield and is useful to certify quality of performance in direct terms of level of defectives being produced. The method is particularly useful for high-yield processes where statistical sampling and inspection methods tend to miss the relatively few defectives and statistical process control (SPC) criteria appear to indicate that a manufacturing process is "in control".