WILLIAM A JENKINS, MD
Osteopathic Medicine at Pickaway St, Circleville, OH

4709574, Dec 1, 1987

Mar 2, 1984

6/585763

Charles Horn - late of Dayton OH
William R. Jenkins - Dayton OH

Vulcan Tool Company - Dayton OH

B21J 1308, B21K 164

72405

Apparatus for converting short tubular elements into nuts, fittings, sleeves, or other annular fasteners or couplers comprises means defining a plurality of stations including a receiving station and a plurality of working stations. Each tubular element must be positioned in each station in the course of its conversion. The receiving station is constructed to establish a predetermined orientation of each tube received thereby. Mechanism is provided for automatic and successive transfer of the tube elements from the receiving to the following stations, in series relation. Tooling is provided in essentially coaxial alignment with each of the tube elements at each working station. The tooling in each working station is arranged to apply endwise of the tool element in the path thereof and/or, at least in part, along the length and axially thereof to produce a change in configuration and/or dimension of at least a part of the tube element while maintaining its originally provided interior cross section along at least a portion of its length. The transfer mechanism is normally displaced from the receiving and working stations and includes means for engaging tubular elements simultaneously in each of a plurality of stations and to simultaneously carry each engaged tube element from one to the next following stations in each repetitive cycle of its movement. Cycling of the tube elements from one to another station is effected in a rapid and precise substantially linear pattern of movement.

4337698, Jul 6, 1982

Oct 14, 1980

6/196925

William A. Jenkins - Dayton OH

Monarch Marking Systems, Inc. - Dayton OH

B41J 120

101111

A set of flexible endless printing bands are arranged in two rows spaced in tandem relation for simultaneously printing two lines of characters. Each band in each row is supported by a corresponding indexing gear which includes a thin flange portion projecting outwardly between adjacent bands. A row of corresponding idle gears is disposed between the rows of printing bands, and each idle gear connects the two indexing gears supporting a corresponding set of bands in the two rows. A band indexing mechanism is axially movable within one row of indexing gears and provides for simultaneously indexing each set of corresponding printing bands. Each endless printing band may be molded with a series of long pads each supporting a numerical printing character and integrally connected by thin flexible link portions and short pads carrying visually readable characters. Two non-numerical printing characters are carried by relatively shorter pads which are integrally connected by an elongated link forming a visually readable blank within the printing band.

RE32490, Sep 1, 1987

Oct 29, 1979

6/088802

William A. Jenkins - Dayton OH

Monarch Marking Systems, Inc. - Dayton OH

B32B 316, B32B 3118

156250

There are disclosed various embodiments of a composite web of pressure sensitive labels, method and apparatus for making such embodiments of the composite web, and method and apparatus by which a composite web of labels is advanced and by which labels are successively printed and applied to merchandise.

4274661, Jun 23, 1981

Sep 26, 1979

6/079001

William A. Jenkins - Dayton OH

Monarch Marking Systems, Inc. - Dayton OH

G09F 310

283 21

There are disclosed various embodiments of a composite web of pressure sensitive labels, method and apparatus for making such embodiments of the composite web, and method and apparatus by which a composite web of labels is advanced and by which labels are successively printed and applied to merchandise.

4457981, Jul 3, 1984

Jun 11, 1980

6/158543

William A. Jenkins - Dayton OH

Monarch Marking Systems, Inc. - Dayton OH

B32B 100

428 41

There is disclosed a plurality of composite label web rolls and a method of making and using same. The web roll is comprised of a carrier web on which a series of labels are releasably held by a coating of pressure sensitive adhesive. The composite web rolls are made by slitting a wide composite web roll. The slitting is done without regard to the pattern of the adhesive coating. There is further disclosed a method by which the same or substantially identical hand-held labelers can be used to dispense labels of different widths, wherein the composite label webs exhibit the same drag. In this way the forces required to manually actuate the labeler or labelers are kept to a minimum and are substantially equal.

4425394, Jan 10, 1984

Jun 21, 1982

6/390166

William A. Jenkins - Dayton OH

Monarch Marking Systems, Inc. - Dayton OH

B32B 316, B32B 324

428136

There is disclosed a web of tags adapted to be attached to merchandise either by a conventional hand-held tag attacher which dispenses a fastener through a hollow attacher needle or by a loop-type fastener. The tag is convenient to use because its chadless hole pattern enables the tag to be held on the attacher needle without falling off before the needle is inserted into the merchandise to be tagged. In one illustrated embodiment, the chadless hole pattern will also open to a greater extent to enable passage of the head of a loop-type fastener.

4274902, Jun 23, 1981

Sep 26, 1979

6/079123

William A. Jenkins - Dayton OH

Monarch Marking Systems, Inc. - Dayton OH

B32B 100

156344

There are disclosed various embodiments of a composite web of pressure sensitive labels, method and apparatus for making such embodiments of the composite web, and method and apparatus by which a composite web of labels is advanced and by which labels are successively printed and applied to merchandise.

4393107, Jul 12, 1983

Mar 2, 1981

6/239817

William A. Jenkins - Dayton OH

Monarch Marking Systems, Inc. - Dayton OH

B32B 310, B32B 316

428 42

There is disclosed a composite label web including a carrier web and labels releasably adhered by pressure sensitive adhesive to the carrier web, with the carrier web having improved feed cuts. The composite label web is wound into a roll. The cuts are arranged in groups. Certain groups have two lateral cuts and a longitudinal cut. The lateral cuts extend away from the outer free end of the composite label web toward respective leading and trailing locations on the longitudinal cut. These groups of cuts are in pre-determined relation with respect to chevron-shaped feed cuts in the carrier web.