Jack R Simpson

Address:

864 Dearborn Ave, Toledo, OH 43605

Phone:

4196915965

VIN:

2G1WB5EK5B1115169

Make:

CHEVROLET

Model:

IMPALA

Year:

2011

US Patent:

44998023, Feb 19, 1985

Filed:

Sep 29, 1982

Appl. No.:

6/426866

Inventors:

Jack R. Simpson - Toledo OH

Assignee:

Container Graphics Corporation - Toledo OH

International Classification:

B26D 718

US Classification:

83117

Abstract:

A cutting die is provided with scrap ejection provisions for removing scrap from the die. The ejection provisions are particularly effective for ejecting elongate scrap from elongate openings such as slots which are formed in carton blanks and the like, the blanks being produced from sheet material, such as corrugated board. The ejection system includes resilient ejection member located between two parallel cutting rules, which members eject or push out the scrap from between the rules in an asymmetrical manner, exerting more force along one edge of the scrap than the other. This causes the scrap to twist and be more easily ejected. An additional ejection member is located outside one of the cutting rules to cause a portion of the blank to deflect to further aid in the scrap ejection.

US Patent:

42894921, Sep 15, 1981

Filed:

Jan 9, 1980

Appl. No.:

6/110780

Inventors:

Jack R. Simpson - Toledo OH

Assignee:

Container Graphics Corporation - Toledo OH

International Classification:

B26D 308

US Classification:

493371

Abstract:

A creasing rule is provided for a cutting die for processing corrugated board. The creasing rule has an elongate, smooth, unbroken web having an outer side and an under side with the outer side having rounded, longitudinally-extending shoulders and a central, longitudinally-extending ridge extending outwardly therefrom at a central portion thereof. A pair of flanges extend outwardly from edges of the web and extend in opposite directions when mounted on a die plate of the cutting die. The under side of the web of the creasing rule has a shallow, longitudinally-extending groove therein which is preferably centrally or symmetrically located with respect to the ridge on the opposite side. The flanges of the creasing rule are affixed to the die plate, usually by staples driven through the flanges.

US Patent:

39345092, Jan 27, 1976

Filed:

Apr 8, 1974

Appl. No.:

5/458910

Inventors:

Philip G. Saunders - Toledo OH
Jack R. Simpson - Toledo OH

Assignee:

Container Graphics Corporation - Toledo OH

International Classification:

B41F 2706
B65D 6702

US Classification:

1014151

Abstract:

Mounting means for mounting a printing plate on a printing plate cylinder are provided. The mounting means include a mounting member or sheet made of a plastic sheet material which is solvent resistant, strong, dimensionally stable, conforms truly to the printing plate cylinder, and is of uniform thickness. The leading edge of the mounting member is turned back to form a structurally-integral lip thereon which is readily connected to a mounting flange on the printing plate cylinder. The mounting means further include a mounting strap which affixes the mounting member on the cylinder with the lip engaged with the flange of the cylinder. The mounting strap has a first portion received in an opening of the mounting member and a second portion having an integral lip which engages another mounting flange of the printing cylinder. A resilient band connects the first and second portions and is in tension when the first portion is connected to the mounting member and the second portion is connected to the cylinder flange. Preferably two resilient bands are used so that one will still hold the mounting member if the other breaks.

US Patent:

45220956, Jun 11, 1985

Filed:

Sep 21, 1982

Appl. No.:

6/420729

Inventors:

Philip G. Saunders - Toledo OH
Jack R. Simpson - Toledo OH

Assignee:

Container Graphics Corporation - Toledo OH

International Classification:

B26D 706

US Classification:

83116

Abstract:

A punch for a cutting die is provided for forming holes in corrugated board or the like. The hole punch includes a tubular metal member of circular transverse cross section having one end substantially flush with the back surface of a die plate in which it is mounted and the other end extending beyond the front surface of the die plate and terminating in a circular cutting edge. A body of resilient material, preferably molded rubber, is located within the cylindrical member and has one end terminating near the back end of the tubular member and another end terminating near the cutting edge of the tubular member. The purpose of the body is to eject and strip the scrap of corrugated board from the punch and from the rest of the blank being formed by the cutting die. The resilient body has a central, cylindrical recess at one end which enables the resilient material to be deformed inwardly when engaging a corrugated board being cut by the circular cutting edge. The other end of the resilient body is closed off which enables the body to be more easily inserted in the tubular metal member.

US Patent:

43064760, Dec 22, 1981

Filed:

Jan 9, 1980

Appl. No.:

6/110781

Inventors:

Philip G. Saunders - Toledo OH
Jack R. Simpson - Toledo OH

Assignee:

Container Graphics Corporation - Toledo OH

International Classification:

B21D 4504

US Classification:

83117

Abstract:

A punch for a cutting die is provided for forming holes in corrugated board or the like. The hole punch includes a tubular metal member of circular transverse cross section having one end substantially flush with the back surface of a die plate in which it is mounted and the other end extending beyond the front surface of the die plate and terminating in a circular cutting edge. A body of resilient material, such as natural gum rubber or latex, is located within the cylindrical member and has one end terminating near the back end of the tubular member and another end terminating near the cutting edge of the tubular member. The purpose of the body is to eject and strip the scrap of corrugated board from the punch and from the rest of the blank being formed by the cutting die. The resilient body has a central, cylindrical passage extending completely therethrough, in a preferred form. This central passage enables the resilient material to be deformed inwardly when engaging a corrugated board being cut by the circular cutting edge, which provides a much longer life for the body of resilient material.