Webcraft Technologies, Inc.

Stanford B Silverschotz

George P Hipko

John H Jones

Robert E Katz

James Hoffman

Louis Rua, Jr

Michael Dennis

Gerard Wollner

Donald W Schoenleber

Christopher Tararuj

Frederick Grainger

Stephen E Martin

Patrick J Donahue

David M Polunas

Armin A Apel

A process for the in-line, high speed manufacturing of magnetic products is disclosed. The process comprises the steps of printing onto a substrate, drying the ink print, making the appropriate cuts or scores on the substrate, applying a slurry of magnetizable material onto the substrate to create the magnet, drying the applied material, magnetizing the magnetic material and cutting and forming the substrate to the desired dimensions. Each of these steps may be performed in a single, in-line manufacturing operation running at high speeds.

Process for the in-line, high speed manufacturing of magnetic products

A scratch-off game card includes first and second sections. The first section is provided with a first set of game data covered by a substantially opaque scratch-off material. The second section is provided with a second set of game data covered by a substantially transparent material. The game card has provided thereon a patch of marking formulation for marking selected areas of the second section.

Scratch-off game card including ink for making markings thereon and

A piece of printed material has preprinted, hidden data and includes a structure which prevents premature revealing of the hidden data. For example, an instant scratch-off lottery ticket according to the invention includes a substrate, an ink layer disposed on the substrate, the ink layer including hidden lottery data. An elemental-metal-free ink-receptive layer is provided between the ink layer and the substrate, whereby the metal-free layer prevents migration of ink from the ink layer through the substrate when the substrate has been contacted with a solvent.

Recyclable instant scratch off lottery ticket

An assembly for producing a packet containing inserts, provides means for placing inserts on a moving web and holding them in position thereon by banding spaced sets of inserts on the web with a ribbon which is crimped to the web between successive sets of inserts.

Assembly for producing a mass distributable printed packet

A method of simultaneously encoding successive groups of printed paper sheets or mass distributable material wherein the sheets are provided with unperceptable and virtually invisible common code pattern by laser means which is supplied with a distinct series of coded pulse signals in synchronism with control pulses to produce a different optically-scannable coded hole pattern on each group of printed sheets.

End and encoded mass distributable response piece and method of making

A system for producing a mass distributable printed packet is disclosed wherein a web of paper has printed thereon a format of successive rectangular pieces in a plurality of longitudinal lines extending parallel to the edges of the web, the web is cut longitudinally between the print patterns and the thus-formed strips are superposed in vertical registry of the printed patterns. The strips are cut to form sets of printed sheets, each including a separator element. The sets are stacked in a hopper and the bottom sets are successively removed and packaged.

Printed and encoded mass distributable response piece and method of

A method for producing a mass distributable printed packet is disclosed wherein a web of paper has printed thereon a format of successive rectangular pieces in a plurality of longitudinal lines extending parallel to the edges of the web, the web is cut longitudinally between the print patterns and the thus-formed strips are superposed in vertical registry of the printed patterns. The superposed strips are then cut to form sets of printed pieces which sets are each placed within an individual outer container.

Growing community of inventors

Livingston, NJ, United States of America

Stanford B Silverschotz