Other

Allen-bradley Company, LLC

Magnetek, Inc.

Baldwin Americas Corporation

John Kitscha

Joel C Clemente

Jim Pomes

Brian Fleischman

Paul Wied

A printing press for printing on metal cans includes a plurality of inkers. Each inker prints a different color ink on the cans, and includes a first module, a second module, a roller and a support member. The first module has motors to drive output shafts. The second module has ink displacement units, an ink inlet to provide ink to the ink displacement units, ink channels to transfer ink from the ink displacement units to ink outlets of the second module and input shafts to removably couple to the output shafts of the first module. The roller receives ink from the ink displacement units and transfers the ink toward the cans. The support member supports the first and second modules in at least one position relative to the roller. The support member facilitates removal of the second module by a press operator for cleaning the ink channels.

Modular digital inking system

A field dressing attachment for a hunting knife preferably includes a support plate, an end hook, a bottom gusset and a finger ring. One end of the support plate is terminated with the end hook. The bottom gusset extends downward from a bottom of the support plate. The finger ring extends from the bottom gusset and is located at an opposing end of the support plate. A blade groove is formed in the support plate to receive a non-cutting edge of a knife blade. A tip cavity is formed in the end hook. A tip of the knife blade is inserted into the tip cavity. A user's finger is inserted through the finger ring and a remainder of the hand is wrapped around a handle of the knife. The forefinger is used to keep the tip of the knife blade in the tip cavity.

Field dressing attachment for a hunting knife

An object support includes a support base and at least two legs. The support base includes at least two leg yokes and an insert boss. Each leg includes a retention projection and at least one tubular leg section. A fastener or the like is inserted through the retention projection and the leg yoke to retain the leg relative to the support base. A set-screw or the like is threaded through a top of the support base to limit the angular travel of the tubular leg relative to the support base. A spring loaded retention pin is retained in the insert boss. An object support insert includes an object insert pin and an accessory retention device. A ball detent preferably extends radially from an end of the object insert pin. A retention groove is formed in a perimeter of the object insert pin for engagement with the retention pin.

Object support

A capacitor holder for mounting capacitors used in electronics assemblies into a fixture, as well as mounting other types of components in other panels. The capacitor holder includes a support for receiving the capacitor and a cover for covering the capacitor. The cover and the support are attached to each other without the use of separable fasteners. Typically, snap-fit tabs depending from the cover are used to attach the cover to the support with a capacitor there between to form an assembly. The assembly is mounted into a fixture panel without the use of separable fasteners. In another typically embodiment, the mounting members are push-in and twist or push-in and snap-fit members integral with the cover. Thus, the capacitor is mounted within a fixture without separable fasteners. A method of aligning the capacitor within the panel is also disclosed.

Method and apparatus for holding a capacitor without separable fasteners

A rack for an industrial controller has a metallic top and bottom plate with grooves to receive circuit cards of functional modules. A heat sink on the functional modules has flanges forming parts of the edge of the circuit cards that engage the grooves of the rack to provide a direct path of conduction from the heat sinks to the rack augmenting the cooling of the heat sink normally provided by heat sink fins. The heat sink stands away from the circuit card and has cantilevered flanges returning to the circuit card surface that provide flexure ensuring good contact between the heat sink and the grooves on the rack.

Growing community of inventors

Brookfield, WI, United States of America

John Kitscha