Resumes
Resumes
Edward Schaming Phones & Addresses
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898 Evans City Rd, Renfrew, PA 16053
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898A Evans City Rd, Renfrew, PA 16053
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Roanoke, TX
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Evans City, PA
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Butler, PA
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Connoquenessing, PA
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Exton, PA
Business Records
Name / Title
Company / Classification
Phones & Addresses
Owner
Accugraphx
Data Processing/Preparation
Data Processing/Preparation
898 Evans City Rd, Renfrew, PA 16053
Think First, LLC
Creative Engineering & Design
Creative Engineering & Design
898A Evans City Rd, Renfrew, PA 16053
PO Box 1495, Cranberry Township, PA 16066
PO Box 1495, Cranberry Township, PA 16066
President
Schmoover, Inc
Business Services at Non-Commercial Site · Nonclassifiable Establishments
Business Services at Non-Commercial Site · Nonclassifiable Establishments
903 Evans City Rd, Renfrew, PA 16053
Principal
Jessi International LLC
Business Services at Non-Commercial Site · Nonclassifiable Establishments
Business Services at Non-Commercial Site · Nonclassifiable Establishments
105 Heathercroft Dr, Cranberry Township, PA 16066
Publications
Us Patents
Flatness Monitoring System For Strip Material
View pageUS Patent:
40317412, Jun 28, 1977
Filed:
Jul 14, 1976
Appl. No.:
5/705175
Inventors:
Edward Schaming - Butler PA
International Classification:
G01B 1322
US Classification:
73 377
Abstract:
Metal strip stock in a rolling mill, paper or the like is constantly monitored for flatness across its width during processing. Monitoring probes carried by a common header or manifold emit air streams which impinge on the moving strip to produce a back pressure on which the nozzle-like probes float and seek to maintain an accurately predetermined fixed air gap between the tips of the probes and the strip or web. Flatness irregularities, whether depressions or humps, in the strip are reflected by movements of a probe or probes, an such probe movement causes a change in the outputs of associated linear voltage transistors which are linked through a signal modulator means to a visual display of strip flatness irregularities. The system is sensitive and accurate as well as automatic once installed and set into operation. Physical contact between parts of the system and the product is avoided.
Modular Zoned Digital Coolant Control System For Strip Mill Rolls
View pageUS Patent:
42470471, Jan 27, 1981
Filed:
Jan 15, 1979
Appl. No.:
6/003345
Inventors:
Edward J. Schaming - Butler PA
International Classification:
B05B 116
US Classification:
239391
Abstract:
Metal strip reducing rolls are precisely cooled in multiple zones across the width of the strip by the selective activity of modular valve assemblies on coolant headers mounted near the reducing rolls. Each valve module may possess one or more remotely controllable coolant control valves within the header and associated coolant nozzles whose aperture sizes may vary in a fixed ratio within each zone to achieve a variable coolant flow rate in each zone while maintaining a constant unchanging coolant spray configuration and impingement force. Individual coolant valves and nozzles in a digital control system are fully on or fully off in contrast to gradient control of coolant in an analog system. An observer of the moving metal strip activates and deactivates selected nozzles in selected zones across the strip through a push button digital control console. Electrical, pneumatic or hydraulic valve control may be utilized.
Apparatus For Cleaning A Metal Strip In A Rolling Mill
View pageUS Patent:
42525721, Feb 24, 1981
Filed:
Sep 7, 1979
Appl. No.:
6/073430
Inventors:
Edward J. Schaming - Butler PA
International Classification:
B08B 302
US Classification:
134 57R
Abstract:
Ambient water and steam in a predetermined ratio are delivered into the entrance of a venturi chamber in a fluid accelerator. The steam condenses and in so doing elevates the water temperature significantly. The heated water passes through a venturi throat and then has its pressure elevated considerably above the pressure of the incoming steam prior to discharging from the accelerator into valved piping leading to cleaning spray headers on opposite sides of the moving metal strip. High pressure, high temperature water cleaning sprays are directed through header nozzles onto the strip to thoroughly clean its entire surfaces. Venturi vacuum is utilized whenever desired to draw a cleaning additive into the system where such additive is entrained in the water stream. Simplicity and economy are achieved in a highly efficient cleaning system.
Runout Cooling Method And Apparatus For Metal Rolling Mills
View pageUS Patent:
40762220, Feb 28, 1978
Filed:
Jul 19, 1976
Appl. No.:
5/706516
Inventors:
Edward J. Schaming - Butler PA
International Classification:
C21D 162
US Classification:
266111
Abstract:
To evenly cool metal strip stock emerging from a rolling mill, a series of spaced elevated manifolds receive cooling water from a controllable source and deliver water continuously across the full width of the strip stock in the form of falling solid curtains or walls of water.
Descaling Nozzle
View pageUS Patent:
43657583, Dec 28, 1982
Filed:
Apr 28, 1981
Appl. No.:
6/258284
Inventors:
Edward J. Schaming - Butler PA
International Classification:
B05B 120
US Classification:
239590
Abstract:
A descaling nozzle for hot rolled metal strips in a rolling mill has a more simplified construction for economical manufacturing and ease of installation and replacement of nozzle spray tips. A spray water venturi entrance passage in the body of the nozzle unit maximizes spray power and quiets turbulence. The spray tip angle is preset relative to the body of the nozzle unit and an indicator groove on the body permits exact alignment of each spray tip during assembly on a header. Deep burying of the nozzle unit in the header eliminates plugging of the nozzle entrance passage at start-up and protects the nozzle from external collision damage.
Ionic Strip Coating Method
View pageUS Patent:
44078455, Oct 4, 1983
Filed:
Jun 17, 1982
Appl. No.:
6/389270
Inventors:
Edward J. Schaming - Butler PA
International Classification:
B05D 104
B05D 508
B05D 508
US Classification:
427 13
Abstract:
A high voltage charge at very low amperage is impressed on a bath of oil or other lubricant in a dielectric header through a submerged electrode. A grounded high speed moving metal strip attracts streams of the charged bath across its width through apertures or slots provided in the header. Pressurized gas jets directed at these streams disperse the streams into a multitude of finer crossing streams which coat the strip completely and evenly. A recovery system for the oil or other lubricant is provided.
Ionic Strip Coater
View pageUS Patent:
43912192, Jul 5, 1983
Filed:
Jul 15, 1981
Appl. No.:
6/283643
Inventors:
Edward J. Schaming - Butler PA
International Classification:
B05B 504
B05B 708
B05B 708
US Classification:
118630
Abstract:
A high voltage charge at very low amperage is impressed on a bath of oil or other lubricant in a dielectric header through a submerged electrode. A grounded high speed moving metal strip attracts streams of the charged bath across its width through apertures or slots provided in the header. Pressurized air jets directed at these streams disperse the streams into a multitude of finer crossing streams which coat the strip completely and evenly. A recovery system for the oil or other lubricant is provided.
Electronic Strip Oiler
View pageUS Patent:
44885059, Dec 18, 1984
Filed:
May 13, 1983
Appl. No.:
6/494284
Inventors:
Edward J. Schaming - Butler PA
Assignee:
Schaming Industries, Inc. - Butler PA
International Classification:
B05B 502
US Classification:
118630
Abstract:
Oil is delivered by a single pumping means to an application header which extends across the path of movement of an electrically grounded metal strip requiring oiling. A perforated plate within the header divides it into two chambers and forms a diffuser between the two chambers to assure an even distribution of oil in the chamber which receives its oil by passage through the diffuser. The perforated plate also forms a charging electrode for oil filling the header and serves a third purpose in that it is a final filter for the oil passing through the header. The header has oil delivery orifices or a continuous delivery slot leading from the chamber of the header which faces the metal strip. Oil is attracted in small discrete streams onto the surface of the grounded strip traveling in near proximity to the header and the strip is uniformly coated with oil across its full width. Excess oil is recovered and returned to the pumping means for recycling in the system.