Michael John Stepanek, 728 Broadway, Amherst, NH 03031

6414761, Jul 2, 2002

Oct 13, 2000

09/687272

Michael J. Stepanek - Hollis NH

Illinois Tool Works Inc. - Glenview IL

G03H 100

359 2, 359 3, 359 22, 359 24, 283 85, 283 66

A paper support has an adhesive layer and a metallized holographic image, wherein the metallized holographic image includes at least two holograms, such that the first hologram is visible only by non-coherent light and the second hologram is visible only by coherent light. The holographic images are formed on a photosensitive element on a polymeric support by imaging steps, which include metallizing the holographic images and overcoating the holographic images with an adhesive layer. Next, the metallized holographic images are transferred to the paper by laminating the adhesive layer to the paper at a predetermined temperature and pressure, and subsequently delaminating the polymeric support from the paper, such that the holographic image remains on the polymer support for reuse.

5766734, Jun 16, 1998

May 13, 1997

8/855318

Michael J. Stepanek - Hollis NH

Hampshire Holographic Manufacturing Corp. - Milford NH

B32B 300

428195

An improved holographic image that has been transferred from a conventional polymeric support to a tissue paper substrate at reduced temperatures is described in this invention. A host of images may be envisioned and since this image, on tissue paper substrate, may then be wound up in a roll, it can be used within the paper industry for a host of processes such as in the wrapping of candies, gums, gifts and the like. This element and process permits the wide spread use of such holographic images, such use not being available until now. The holographic image is improved over that transferred at a somewhat higher temperature range.

5939177, Aug 17, 1999

Mar 10, 1997

8/813448

Michael J. Stepanek - Hollis NH

Hampshire Holographic Manufacturing Corp. - Milford NH

B32B 300

428195

A holographic image that has been transferred from a conventional polymeric support to a wrapping paper element is described in this invention. A host of images may be envisioned and since this image, on a wrapping paper element, may then be wound up in a roll, it can be used as a wrapping element for a host of applications such as in wrapping of gifts and in papers used for advertising and the like. This element and process permits the wide spread use of such holographic images, such use not being available until now.

5900095, May 4, 1999

May 4, 1998

9/071370

Michael J. Stepanek - Hollis NH

Hampshire Holographic Manufacturing Corp. - Milford NH

B44C 1165
B32B 3100
B32B 702
B41M 510

156230

An improved process for the transfer of a holographic image from a conventional polymeric support to a tissue paper substrate at reduced temperatures is described in this invention. A host of images may be envisioned and since this image, on tissue paper substrate, may then be wound up in a roll, it can be used within the paper industry for a host of processes such as in the wrapping of candies, gums, gifts and the like. This element and process permits the wide spread use of such holographic images, such use not being available until now. The holographic image is improved over that transferred at a somewhat higher temperature range.

5449539, Sep 12, 1995

Jan 6, 1995

8/369650

Michael J. Stepanek - Hollis NH

Hampshire Paper Corp. - Milford NH

D04D 900

428 40

A ceremonial roll of material that can be easily unrolled and used is described. The roll contains a small layer or strip of releasable adhesive located on the floor surface of the roll within a starting end region of the roll. This adhesive is then pressed onto the floor itself before the roll is rolled down the aisle or walkway to be used. The adhesive will hold to the floor during the unrolling but can easily be removed by pulling up at an angle from the floor. The ceremonial roll may be made from a host of materials but a non-woven material made from long, natural and synthetic fibers is preferred.

5871608, Feb 16, 1999

Mar 27, 1997

8/824913

Michael J. Stepanek - Hollis NH

Hampshire Holographic Manufacturing Corp. - Milford NH

B44C 1165

156233

A holographic image that has been transferred from a conventional polymeric support to a board stock element is described in this invention. A host of images may be envisioned and since this image, on a board stock element, may then be wound up in a roll, it can be used in the manufacture of boxes, containers and the like. The board stock element containing the holographic image may also be used in sheets for advertisements and the like. This element and process permits the wide spread use of such holographic images, such use not being available until now.

5735989, Apr 7, 1998

Jul 9, 1996

8/679348

Michael J. Stepanek - Hollis NH

Hampshire Holographic Manufacturing Corp. - Milford NH

B32B 3120
B32B 3112

156237

A process for transferring a holographic image from a conventional polymeric support to a paper tissue support is described in this invention. A host of images may be envisioned and since this image, on a paper tissue support, may then be wound up in a roll, it can be used as a wrapping element for a host of applications such as in the candy and gum industry; wrapping paper tissue; etc. This element and process permits the wide spread use of such holographic images, such use not being available until now.

5401548, Mar 28, 1995

Nov 1, 1993

8/144333

Michael J. Stepanek - Hollis NH

Hampshire Paper Corp. - Milford NH

D04D 900

428 40

A ceremonial roll of material that can be easily unrolled and used is described. The roll contains a small layer or strip of releasable adhesive located on the floor surface of the roll at the starting end thereof. The adhesive is applied to the roll under pressure and at elevated temperatures. This adhesive is then pressed onto the floor itself before the roll is rolled down the aisle or walkway to be used. The adhesive will hold to the floor during the unrolling but can easily be removed by pulling up at an angle of greater than 30. degree. from the floor. The adhesive will resist from 10 to 300 pounds of pull at angles less than this 30. degree. The ceremonial roll may be made from a host of materials but a non-woven material made from long, natural and synthetic fibers is preferred.