Richard S Levine

US Patent:

20030151245, Aug 14, 2003

Filed:

Dec 31, 2002

Appl. No.:

10/335178

Inventors:

Richard Levine - New York NY, US
Barbara Stark - Forest Hills NY, US
Cindy Pakula - New York NY, US

International Classification:

G09F001/00

US Classification:

283/056000

Abstract:

An advertising apparatus and method utilizing a sheet of pre-cut removable and repositionable page marking stickers insertable into a magazine or other publication. The individual page markers can selectively include advertisements printed on the bottom surfaces of the markers, which include adhesive, as well as on the sheet surfaces underlying the page markers. Advertisements printed on the underside of a page marker (including under the adhesive) and on the associated portion of underlying sheet may directly or indirectly relate to or correspond to one another, and are exposed when the marker is peeled from the underlying sheet to mark a page of interest in the magazine for later reference. The advertisement on the marker is highly visible when the marker is used to mark a page. The advertisement on the exposed underlying sheet is visible whenever that page is open.

US Patent:

46376356, Jan 20, 1987

Filed:

Dec 3, 1985

Appl. No.:

6/804044

Inventors:

Richard A. Levine - North Brunswick NJ

International Classification:

B42D 1500
G09F 300

US Classification:

283101

Abstract:

A carrier sheet has affixed thereto a multiplicity of separable, double-blind, multisection labels comprising a blind section, an open section and a record keeping section, the carrier sheet may be adapted for use in a computer printer to print information on the labels. The sections are designed to be used in double-blind drug tests.

US Patent:

45518106, Nov 5, 1985

Filed:

Sep 28, 1983

Appl. No.:

6/536648

Inventors:

Richard W. Levine - Dobbs Ferry NY

Assignee:

Construction Technology, Inc. - Elmsford NY

International Classification:

G06F 1546

US Classification:

364475

Abstract:

A method and apparatus for partially automatically designing a conduit network and automatically producing patterns for cutting out the sides of conduit sections from laminar material. The CAD-CAM system eliminates the detailing of fittings and other components of a heating and ventilating system, pattern type and dimensional data being fed directly, i. e. , without human intervention, from a memory in a CAD system to a CAM pattern generating and fabricating system. The patterns for the closed sides of the conduit network are developed from mathematical relationships specifying the geometry of basic pattern types. The patterns so developed are computed for optimum positioning with other developed patterns, most preferably with alignment of similarly shaped edges for sheet material optimization, and preferably with adjacent grouping of the patterns for each end product to facilitate location and assembly and, most preferably, in such a manner that each grouping can be severed from the sheet material with a single cut to facilitate use of sheet or coil stock shearing machinery.

US Patent:

45546355, Nov 19, 1985

Filed:

Jun 13, 1983

Appl. No.:

6/503699

Inventors:

Richard W. Levine - Dobbs Ferry NY

Assignee:

Construction Technology, Inc. - Dobbs Ferry NY

International Classification:

G06F 1546

US Classification:

364475

Abstract:

The present invention relates to a method and apparatus for creating, laying out and cutting patterns on laminar sheet material having particular application to air handling ducting which permits the fully automated creation of the patterns required to subsequently construct three-dimensional products such as fittings, which have heretofore only been designed by skilled technicians. Information representative of the geometric configurations of a group of basic pattern types, including mathematical relationships, is stored in digital form in a memory. From the basic pattern types, substantially all variations of the three-dimensional product can be developed. An operator specifies the type of fitting required and inputs selected actual basic dimensions of the product, the basic dimensions being those dimensions necessary to specify the overall dimensions of the product. The patterns for the closed sides of the product are developed from the mathematical relationships specifying the geometry of the basic pattern types in response to the input basic dimensions. The patterns so developed are then computed for optimum positioning with other developed patterns, most preferably with alignment of similarly shaped edges for sheet material optimization, and preferably with adjacent grouping of the patterns for each end product to facilitate location and assembly and, most preferably, in such a manner that each grouping can be severed from the sheet material with a single cut to facilitate use of sheet or coil stock shearing machinery.