Dennis A Burgess, Age 866770 E Pico Del Monte, Tucson, AZ 85750

Dennis Burgess Phones & Addresses

6770 E Pico Del Monte, Tucson, AZ 85750 (520) 577-0607

7205 Stone Canyon Dr, Tucson, AZ 85750 (520) 577-0607 (520) 577-4565

6326 Ventana View Pl, Tucson, AZ 85750 (520) 577-0607

Wayzata, MN

Willisburg, KY

Mentions for Dennis A Burgess

Publications & IP owners

Us Patents

Coating Machine For Applying And Drying Photosensitive Emulsion On A Plastic Film

US Patent:
6475280, Nov 5, 2002
Filed:
Jan 29, 2001
Appl. No.:
09/772026
Inventors:
Dennis M. Burgess - Minnetonka Beach MN
William J. Campbell - Minnetonka MN
Assignee:
Burgess Industries Inc. - Plymouth MN
International Classification:
B05C 102
US Classification:
118 66, 118108, 118208, 118236, 118256
Abstract:
An emulsion coater is provided with a framework having a table or work surface for supporting a sheet of material that is to be coated e. g. , a sheet of transparent plastic film. A carriage is mounted on the framework for rectilinear movement thereacross parallel to the surface of the sheet to advance a coating applicator across the sheet. A coating dryer is also mounted on the carriage to progressively dry the coating from one end to the other as it is applied. A motor is supported on the framework for moving the carriage forwardly from one end of the sheet to the other. Provision is made for disengaging the coating applicator from the carriage once the coating has been applied and thereafter moving the carriage in a reverse direction across the applied coating to the starting position while optionally continuing to dry the coating. In order to remove drippings and spills, a sheet of paper is unwound from a supply roll supported at one end of the framework, advanced across the work surface and rewound at the opposite end of the supporting framework. A washing pan that can be filled with water is provided at one end of the machine for removing coating material from the applicator before it has a chance to dry.

Apparatus And Process For Transporting Lithographic Plates To A Press Cylinder

US Patent:
7610855, Nov 3, 2009
Filed:
May 22, 2007
Appl. No.:
11/752254
Inventors:
Dennis M. Burgess - Wayzata MN, US
William J. Campbell - Minnetonka MN, US
Assignee:
Burgess Industries, Inc. - Plymouth MN
International Classification:
B41F 47/14
US Classification:
101477, 101480
Abstract:
Transportation of a lithographic plate uses an indexer to load plates into pods for delivery to a press cylinder via a pod elevator or a pod cart. The plates are imprinted with a bar code, imaged, punched, bent, sheared, corner notched, and registered to a press cylinder. The plates are loaded into the indexer, which moves the loaded plates into a position in alignment with designated pod compartments, and loads the plates into each of the designated pod compartments by indexed movement of an elevator within the indexer. The pod elevator or the pod cart moves the pods proximate to a press cylinder where the plates are unloaded from the pod and loaded onto a press cylinder. A computing device, such as a PLC, directs the process. A vision system senses information from the indexer, pod, pod elevator, and the plate for feedback to a PLC, which initiates all of the foregoing operations.

Method And Apparatus For Registration Of An Imaged Lithographic Plate

US Patent:
7621219, Nov 24, 2009
Filed:
May 23, 2007
Appl. No.:
11/752839
Inventors:
Dennis M. Burgess - Wayzata MN, US
William J. Campbell - Minetonka MN, US
Joseph A. Stein - Plymouth MN, US
Assignee:
Burgess Industries, Inc. - Plymouth MN
International Classification:
B41F 1/34
US Classification:
101481, 1013821
Abstract:
The method and apparatus for registration of a lithographic plate includes a means for ensuring that the plate is in contact with registration pins on imaging and bending devices and a means for finely adjusting an initial position of the plate with respect to registration pins on the bender to bring the plate in registration with the specified plate lock-up position on the press cylinder. Three separate electrical circuits ensure that the plate is in contact with the registration pins if each separate circuit is able to conduct current between the respective pins and the plate. The fine adjustment is accomplished by rotation of eccentric registration pins until the plate is within tolerance.

Apparatus And Process For Transporting Lithographic Plates To A Press Cylinder

US Patent:
8322282, Dec 4, 2012
Filed:
Oct 14, 2009
Appl. No.:
12/587814
Inventors:
Dennis M. Burgess - Wayzata MN, US
William J. Campbell - Minnetonka MN, US
Assignee:
Burgess Industries, Inc. - Plymouth MN
International Classification:
B41B 47/14
US Classification:
101477, 101480
Abstract:
Transportation of a lithographic plate uses an indexer to load plates into pods for delivery to a press cylinder via a pod elevator or a pod cart. The plates are imprinted with a bar code, imaged, punched, bent, sheared, corner notched, and registered to a press cylinder. The plates are loaded into the indexer, which moves the loaded plates into a position in alignment with designated pod compartments, and loads the plates into each of the designated pod compartments by indexed movement of an elevator within the indexer. The pod elevator or the pod cart moves the pods proximate to a press cylinder where the plates are unloaded from the pod and loaded onto a press cylinder. A computing device, such as a PLC, directs the process. A vision system senses information from the indexer, pod, pod elevator, and the plate for feedback to a PLC, which initiates all of the foregoing operations.

Printing Plate Carrier

US Patent:
5535898, Jul 16, 1996
Filed:
May 19, 1995
Appl. No.:
8/444900
Inventors:
Ralph D. Burgess - Plymouth MN
Dennis A. Burgess - Tuscon AZ
International Classification:
A47F 500
US Classification:
211206
Abstract:
A printing plate carrier for transporting at least one printing plate that has tabs along two opposed edges has at least one supporting bracket connected to the carrier as part of the carrier. The supporting bracket has an elongated, upwardly facing horizontal edge that acts as an elongated hook for engaging and supporting the printing plate when the tab of the printing plate is hung upon the edge of the bracket. A plurality of floor-engaging wheels are connected to the carrier to support the carrier for movement from one location to another. The carrier includes a supporting framework preferably having a pair of spaced apart upright frame members and at least one horizontal supporting beam member releasably removably connected between the upright frame members. The latter serve as supporting columns for holding the beam in place when the carrier is assembled. The beam or beams, when removed, separate the columns from one another to render the carrier collapsible so that it can be reduced in size for shipment and storage.

Golf Club

US Patent:
5577965, Nov 26, 1996
Filed:
Feb 12, 1996
Appl. No.:
8/600292
Inventors:
Dennis A. Burgess - Tucson AZ
International Classification:
A63B 6936
US Classification:
473230
Abstract:
A golf club has a clubhead upon which is rotatably mounted a rotary member or roller. The roller is exposed at the front of the club to engage the golf ball and is free to rotate upon a horizontal axis while in contact with the golf ball to facilitate rotation of the golf ball as the club moves the golf ball across the ground. The clubhead preferably has a front face that is directed toward the ball and the roller is mounted on the clubhead as a part of the front face of the club so as to engage the ball and to rotate freely while in contact with the ball. Typically, the clubhead has a pair of horizontally spaced apart supporting walls with an opening between them to accommodate the roller and to support the roller for rotation about a horizontal axis with the roller located at an elevation adapted to engage the center of the ball but to be held out of contact with the ground.

Microfiche Exposer

US Patent:
4176949, Dec 4, 1979
Filed:
Aug 3, 1978
Appl. No.:
5/930855
Inventors:
Dennis A. Burgess - Minneapolis MN
Assignee:
Burgess Industries, Inc. - Minneapolis MN
International Classification:
G03B 2722
US Classification:
355104
Abstract:
A rotary open-ended tubular drum of transparent material is supported within a housing by a pair of spaced support rolls and an endless flexible belt entrained over a pair of spaced apart feed rolls, the belt being generally opposed to the support rolls. The belt and drum are driven by a motor to feed a master sheet and a sensitized sheet to be printed, in face-to-face contact, between a drum engaging feeding flight portion of the belt and the portion of the drum engaged by the belt. An ultraviolet lamp is mounted in outwardly spaced relation to one end of the drum, and delivers ultraviolet light axially toward the interior of the drum. A stationary mirror within the drum is positioned to reflect ultraviolet light from the lamp toward an interior surface of the portion of the drum that is engaged by the feeding flight of the belt. A mask within the drum confines the reflected light to a given limited portion of the drum, and cooling fans are used to maintain the drum in a cool condition and to remove heated air from the housing.

Apparatus And Method For Corner Cutting And Edge Bending Of Lithographic Plates

US Patent:
5970774, Oct 26, 1999
Filed:
May 15, 1998
Appl. No.:
9/079866
Inventors:
Dennis M. Burgess - Minnetonka MN
William J. Campbell - Minnetonka MN
Mark L. Palmer - Burnsville MN
Assignee:
Burgess Industries, Inc. - Plymouth MN
International Classification:
B21D 504
US Classification:
72294
Abstract:
An apparatus and a method configure lithographic plates by cutting corners and bending edges in preparation for use in web offset printing. The lithographic plate is precisely aligned and immobilized on a support bed, which has bending anvils at opposing edges of the bed. A corner die cutter advances into position above a corner of the plate, cuts a corner of the plate and then retracts. An eccentric camming member for bending the plate edges has full bearing supporting ends and additional bearings intermediate the ends. The eccentric camming members lower to the plate and rotate within their bearings to form bends of selected angles in opposing edges of the plate. The eccentric camming members are then counter rotated and raised to their position above the plate. The movements of the corner die cutter and the eccentric camming member are precisely sequenced with each other by programmable logic control.

Isbn (Books And Publications)

Albertville

Author:
Dennis Burgess
ISBN #:
0738516643

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