Ajf, Inc.

Other

Spx Corporation

Iomega Corporation

Konami Gaming, Inc.

Mectra Labs, Inc.

S. Himmelstein and Company

Smith Fiberglass Products Inc.

United International, Inc.

Wayne Miller

Gary L Forte

James P McGuire

Yiping Ma

Bruce Wayne Miller

Ronald F Hales

Theodore D Hodapp

Fred Hoffmaster

Robert C Perry

Thomas P Clement

Douglas M Russell

H Scott Ryan

Timothy H Houle

Richard L Brown

Paul M Nyberg

Michael Lee McCoy

Peter J Fritz

Doug Huber

Richard S Tveter

Kenneth R Moskwa

Len H Nicholas

John-Paul Pochin

David B Vinson

George L Morris

Tim Britt

Mark Guibord

Jeff George

Michael D Prior

Ken Moskwa

Heidi M Miller

John Paul Pochin

A therapeutic device having a first removable pack having a first temperature, a second removable pack having a second temperature, a flexible receptacle having a first compartment and a pocket. The first compartment of the flexible receptacle is configured to receive the first removable pack. The pocket is connected to the outer wall surface of the flexible receptacle and forms a second compartment configured to receive the second removable pack through a first opening of the pocket. The therapeutic device combines both hot and cold therapy to work simultaneously together. The application of both hot and cold to the site of an injury of a user stimulates blood circulation to an injured muscle with heat and reduces inflammation with cold to facilitate a faster and more efficient recovery process of the afflicted area.

Simultaneous thermal and cooling therapeutic device having a removable flexible receptacle

A therapeutic device combines both hot and cold therapy to work simultaneously together. The therapeutic device has a first portion being made of a material capable of being heated to a first temperature and a second portion having a fastener capable of connecting to a cold pack having a second temperature. The application of both hot and cold to the site of an injury of a user stimulates blood circulation to an injured muscle with heat and reduces inflammation with cold to facilitate a faster and more efficient recovery process of the afflicted area.

Simultaneous thermal and cooling therapeutic device

A panel mount electrical connector in a burner enclosure panel includes an electrical connector receptacle mounted to an enclosure panel of a fuel-burning combustion device, an internal wiring harness, an electrical connector plug that matches the receptacle, and an external wiring harness configured to be coupled to a separate appliance. The panel mount electrical connector facilitates easy and quick disconnection of the burner electrical wiring at the burner enclosure panel, making installation, removal, and maintenance less difficult.

Panel mount electrical connector in a burner enclosure apparatus and method

An entertainment management system for the gaming industry provides real-time multi-site, slot accounting, player tracking, cage credit and vault, sports book data collection, and table game accounting.

Entertainment monitoring system and method

A coating is provided for use in lubricating an electro-cautery probe of a cauterization device to resist sticking of tissue on the electro-cautery probe. The coating is also provided to lubricate other medical instruments as well as to facilitate sliding of one instrument against another. The coating includes an amphiphilic lipid. The coating also includes an amphiphilic phospholipid, a glycerol-based lipid, a glycerol-based phospholipid, and/or a lecithin.

Method and material for coating electro-cautery probes and lubricating surgical instruments

Boiler

A pedicure tool is disclosed which comprises a generally elliptical housing having at least three openings extending therethrough. Each of the at least three openings is adapted to releasably receive a concave insert panel therein. Further, each insert panel has an abrasive surface on the exterior thereof.

Pedicure tool

A non-woven fabric liner comprising a plurality of bonded fibers is attached to the inner surface of one of the upper and lower shells of a disk cartridge. A main body of the fabric liner lies against the inner surface of the shell and is spaced a predetermined distance from a corresponding surface of the storage media within the cartridge. A region of the fabric liner is subjected to a fuzzing process in which the bonded fibers in that region are loosened to form a region of upstanding fibers that extend from the main body of the liner to the surface of the disk. The upstanding fibers wipe the surface of the disk while the main body of the liner remains spaced from the disk, thereby reducing drag.

Fuzzed fabric liner for a disk cartridge

Method for producing a fuzzed fabric liner for a disk cartridge

A hand truck for moving sheet material has a laterally extending shelf and a generally upright frame, which extends upwardly from the shelf. The frame may be formed by tubular metal of generally inverted U-shape and together with the frame support a load. The hand truck has a pair of inline primary wheels, mounted on fixed parallel axes, near the two ends of the shelf and the lower ends of the two sides of the frame. The two primary wheels lie in a common plane. A turning wheel, also mounted for rotation about a fixed axis, is situated midway between the two primary wheels but slightly out of line therewith. The turning wheel is of smaller diameter than the two primary wheels, and the plane in which it is mounted forms a small acute angle with the plane of the primary wheels. The turning wheel is out of contact with a supporting surface when both primary wheels touch the supporting surface. For movement of the hand truck in a straight path, both primary wheels touch a supporting surface and the turning wheel is out of contact with the supporting surface. For turning movement, one of the two primary wheels and the turning wheels are in contact with the supporting surface, while the other primary wheel is raised slightly above the supporting surface so as to be out of contact. The turning wheels may be adjustably mounted by a hand or foot operated lever.

Load-carrying dolly

A slag control shape is releasably mounted on a cover for a molten metal vessel. An actuator is connected to a slag control shape release member to retract the release member from a first position engaged with the slag control shape to a second position separated from the slag control shape to allow the slag control shape to freely drop into the molten metal receptacle. The actuating end of the actuator is located at an easily accessible operator position for remote actuation of the release member. In another embodiment, one end of a cable wound in a plurality of turns about a rotatable shaft mounted in a reel is attached to the slag control shape. A spring biasingly engages the shaft to control the rate of rotation of the shaft and thereby the rate of payout of the cable and the rate of descent of the slag control shape into the molten metal vessel. In another embodiment, the release member is mounted on a lid removably mountable in a bore in the cover and the actuator is mounted on the cover and releasibly connected to the release member. In yet another embodiment, the release member is mounted on a base which is in turn removably mounted in the bore in the cover. The hanger of a slag control shape extends through an aperture in the base and is engaged by the release member on the base.

Slag control shape release apparatus for molten metal vessels

A slag control shape is releasably mounted on a cover for a molten metal vessel. An actuator is connected to a slag control shape release member to move the release member from a first position engaged with the slag control shape to a second position disengaged from the slag control shape to allow the slag control shape to descend into the molten metal vessel. Upon the occurrence of a predetermined condition, such as a predetermined weight of molten metal in the vessel or a predetermined total time of molten metal discharge from the vessel, a controller generates a signal to the actuator to automatically release the slag control shape into the vessel. The controller is located remote from the actuator and transmits the activation signal to the actuator by radio frequency signals, directly through an electrical conductor, or to a light emitter which transmits a light beam to a photodetector mounted on the cover.

Slag control apparatus for molten metal vessels

A method of attaching first and second lengths of fiberglass reinforced plastic pipe, the method comprising the steps of winding the first length of pipe around a metal female member, threading a metal male member onto an end of the second length of pipe, and threading the male member into the female member.

Method and apparatus for attaching lengths of fiberglass reinforced

A slag control shape is releasably mounted on a cover for a molten metal vessel. An actuator is connected to a slag control shape release member to retract the release member from a first position engaged with the slag control shape to a second position separated from the slag control shape allowing the slag control shape to freely drop into the molten metal receptacle. The actuating end of the actuator is located at an easily accessible operator position for remote actuation of the release member. In one embodiment, the actuator is a flexible cable attached at one end to the release member mounted on the cover and having a second end located remote from the cover at an easily accessible operator position. In another embodiment, a pair of eccentric cams are mounted on the cover and the molten metal receptacle and pivot into engagement upon a downward force exerted on the actuator cable to retract the release member from engagement with the slag control shape.

A lip closure apparatus includes a plurality of arcuate lip closure segments interfitted into a continuous ring and disposed on the top end of a stack of refractory bricks mounted in a metallurgical vessel. At least one metal reinforcement grid is disposed within each lip closure segment at a predetermined angle with respect to the normal fracture planes of each closure segment to resist fracture of the lip closure segment. Preferably, the grid is oriented substantially perpendicular to the normal fracture planes of the lip closure segments. A quantity of crushable material is disposed between the outer side surface of each lip closure segment and a flange extending at an angle from the side wall over the open top end of the vessel to maintain the lip closure segments in a tight fit on top of the lining of refractory bricks.

Steel ladle lip closure apparatus

Growing community of inventors

Gibraltar, MI, United States of America

Wayne Miller