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Sam J Foti16592 Anderson Ct, Orange Village, OH 44023

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16592 Anderson Ct, Chagrin Falls, OH 44023    440-3948278   

Cleveland, OH   

5644 Falkirk Rd, Cleveland, OH 44124    440-4420191   

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Position: Retired

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Degree: High school graduate or higher

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Sam Foti

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Us Patents

Flexible Metal Conduit And Method Of Making The Same

US Patent:
5158814, Oct 27, 1992
Filed:
Apr 4, 1991
Appl. No.:
7/680575
Inventors:
Sam J. Foti - Lyndhurst OH
Assignee:
Hose Master, Inc. - Cleveland OH
International Classification:
B21C 1106
US Classification:
428592
Abstract:
A flexible metal conduit and fabrication method where a thin metal ribbon is arranged in a helix about a central axis. The ribbon defines helically extending corrugated inwardly and outwardly facing conduit surfaces formed by alternating ridges and valleys extending parallel to the ribbon edges. Ribbon edge locking structure secures abutting ribbon convolutions together and comprises first and second confronting parallel ribbon edge flanges extending at least a substantial length of the ribbon. The flanges are lapped and tightly rolled together to form a two ply spirally curved wall defining a tube whose central core has a generally circular cross sectional shape. The tube is disposed adjacent a convolution surface and extends along a helical path parallel to the abutting convolutions.

Three-Deck Vulcanizing Press

US Patent:
4153405, May 8, 1979
Filed:
May 15, 1978
Appl. No.:
5/905749
Inventors:
Robert A. Elly - Painesville OH
Sam J. Foti - Lyndhurst OH
Assignee:
Neff-Perkins Company - Painesville OH
International Classification:
B30B 702
US Classification:
425338
Abstract:
Relatively simple modifications of an existing three-deck vulcanizing press make it possible to greatly improve press productivity with a small investment in new equipment. The press is modified by providing a manually or automatically controlled wedge lock assembly including separate power locking means located adjacent the upper and lower platens, respectively, and having releasable wedge means for locking each pair of mold halves together. In a typical cycle for manufacture of rubber articles, each vulcanizing mold is held open for a period of time, such as 30 to 60 seconds, to permit unloading of the vulcanized rubber pieces, cleaning and/or coating of the mold surfaces, and reloading of the mold cavities as required while the other mold is locked in a closed position and heated to continue the curing of the rubber. After the open mold has been processed, the ram is advanced to close the mold and the mold is filled with rubber and then "bumped" as required one or more times and subjected to a high pressure, such as 1500 to 3000 pounds per square inch or more, over a short forming period, such as 20 to 30 seconds, to provide the uncured rubber with the desired shape and to eliminate entrapped gases. During the application of high pressure the power locking means are actuated to lock the freshly loaded mold in closed position and to unlock the other mold.

Metal Hose Fitting And Method Of Making

US Patent:
6260584, Jul 17, 2001
Filed:
Mar 13, 2000
Appl. No.:
9/523749
Inventors:
Sam J. Foti - Lyndhurst OH
Assignee:
40 Properties Management, Ltd. - Cleveland OH
International Classification:
F16L 1100
US Classification:
138109
Abstract:
A metal hose comprises a metal tube having an annularly corrugated wall, a fitting body, an extension that projects from the fitting body, and a sealing member. The fitting body defines a sealing seat for the sealing member. The extension projects from the body about the tube and defines a corrugation positioner distal the fitting body. The extension is deformed to shift the corrugation positioner toward engagement with the tube and resiliently compress the tube corrugations between the positioner and the sealing member. The resiliently compressed corrugations urge the sealing member against the seat for sealing the juncture of the fitting and the tube. In one embodiment a reinforcing shroud surrounds the tube and extends into the fitting. The fitting secures the shroud in place. The corrugation positioner compresses the tube corrugations through the shroud so the shroud is clamped and secured in place by the positioner at a location spaced axially from its end within the fitting.

Process Of Operating A Vulcanizing Press

US Patent:
4146600, Mar 27, 1979
Filed:
May 15, 1978
Appl. No.:
5/906111
Inventors:
Robert A. Elly - Painesville OH
Sam J. Foti - Lyndhurst OH
Assignee:
Neff Perkins Company - Painesville OH
International Classification:
B29H 501
US Classification:
264 39
Abstract:
A process is disclosed for greatly improving the productivity of three-deck injection and compression and/or transfer molding presses used for making vulcanized rubber articles in which pressures are applied to both the upper and lower sets of vulcanizing molds for only short periods of time and one set of molds is locked together and continues to vulcanize the rubber parts while the other set is held open to permit unloading and reloading. During each cycle each vulcanizing mold is held open for a period of time, such as 30 to 60 seconds, to permit unloading of the vulcanized rubber pieces, cleaning and/or coating of the mold surfaces, and reloading of the mold cavities as required while the other mold is locked in a closed position and heated to continue the curing of the rubber. After the open mold has been processed, the ram is advanced to close the mold and the mold is filled with rubber and then "bumped" as required one or more times and subjected to a high pressure, such as 1500 to 3000 pounds per square inch or more, over a short forming period, such as 20 to 30 seconds, to provide the uncured rubber with the desired shape and to eliminate entrapped gases. During the application of high pressure the power locking means are actuated to lock the freshly loaded mold in closed position and to unlock the other mold.

Connector For Gas Appliances

US Patent:
5478121, Dec 26, 1995
Filed:
Dec 6, 1993
Appl. No.:
8/161971
Inventors:
Sam J. Foti - Lyndhurst OH
Assignee:
Hose Master, Inc. - Cleveland OH
International Classification:
F16L 2700
US Classification:
285163
Abstract:
A connector for delivering combustion gas to a gas fired appliance from a stationary supply line where the appliance moves toward and away from the supply line with the connector straightening and flexing between them as the appliance moves. The connector comprises a flexible hose assembly and first and second swivel fittings at respective hose assembly ends. The first and second swivel fittings have respective end walls defining between them the maximum overall connector length. Each swivel fitting comprises a swivel member for communicating the connector with the appliance or the supply line. The swivel members each define a gas flow path and swivel axis extending therethrough with each axis extending parallel to a respective adjacent swivel fitting end wall and each end wall rotatable relative to the swivel member about the axis.

Wide-Band Compression Coupling

US Patent:
4165109, Aug 21, 1979
Filed:
Jan 3, 1978
Appl. No.:
5/866217
Inventors:
Sam J. Foti - Lyndhurst OH
Assignee:
Federal Hose Manufacturing Corp. - Painesville OH
International Classification:
F16L 2100
US Classification:
285177
Abstract:
A wide-band compression coupling for flexible hose, piping or tubing is disclosed which has a sleeve assembly extending circumferentially around the adjacent ends of the tube or pipe. The sleeve assembly has an axially extending, radially projecting crown with a unique clamping means at the crown to tighten the sleeve assembly around the ends of the tubes or pipes. The clamping means comprises a pair of opposed spacer members extending axially on each side of the crown and a center member within the crown interposed between the spacer members. The center member is adapted to be forced radially outwardly when the spacer members are drawn together by fastener means. As the center member moves radially outwardly, the sleeve assembly crown is pulled with it to tighten the sleeve assembly around the ends of the tubes or pipes. The coupling is capable of joining together tubes or pipes having unequal outer diameters and can accommodate tubes or pipes within a range of outer diameters.

Metal Hose Fitting And Method Of Making

US Patent:
6092274, Jul 25, 2000
Filed:
Feb 26, 1998
Appl. No.:
9/031459
Inventors:
Sam J. Foti - Lyndhurst OH
Assignee:
40 Properties Management, LTD - Cleveland OH
International Classification:
B21D 3900
US Classification:
29520
Abstract:
A metal hose comprises a metal tube having an annularly corrugated wall, a fitting body, an extension that projects from the fitting body, and a sealing member. The fitting body defines a sealing seat for the sealing member. The extension projects from the body about the tube and defines a corrugation positioner distal the fitting body. The extension is deformed to shift the corrugation positioner toward engagement with the tube and resiliently compress the tube corrugations between the positioner and the sealing member. The resiliently compressed corrugations urge the sealing member against the seat for sealing the juncture of the fitting and the tube. In one embodiment a reinforcing shroud surrounds the tube and extends into the fitting. The fitting secures the shroud in place. The corrugation positioner compresses the tube corrugations through the shroud so the shroud is clamped and secured in place by the positioner at a location spaced axially from its end within the fitting.

Compression Coupling

US Patent:
4049298, Sep 20, 1977
Filed:
Oct 16, 1975
Appl. No.:
5/623058
Inventors:
Sam J. Foti - Lyndhurst OH
Assignee:
The Federal Metal Hose Corporation - Painesville OH
International Classification:
F16L 2500
US Classification:
285177
Abstract:
A compression coupling for flexible hose, piping or tubing which has an annular sleeve which surrounds the adjacent ends of the tubes or pipes. The sleeve has the form of a circumferentially extensible annular band with an axially extending gap. A jacket member is attached at one end to the sleeve and extends over the gap. An axially extending wrinkle is formed in the jacket member directly over the gap, and a sealant is placed within this wrinkle. Means for clamping the jacket member to the sleeve on the other side of the gap are provided so that as the clamping means is tightened, the sealant is forced into the gap providing a complete circumferential seal. The coupling has an easily-handled unitary construction which uses a minimum of gasket material. It is also light in weight due to the lack of concentric multiple layers.

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