Other

Hennessy Industries, Inc.

Plombco Inc.

Brian W LaBorde

Ralph L Jenkins

Ross Everhard

Charles L Cunningham

David M Carpenter

James R Allshouse

Allan F Smith

Don Truex

A vehicle wheel weight for attachment to a wheel rim that includes a mass portion formed of nonlead material and a clip is presented. The clip has an extended portion for engaging the wheel rim and an attachment portion juxtaposed to the mass portion. In addition, an injection molded outer casing surrounds the mass portion. The mass portion and the attachment portion of the clip are embedded in the casing, but the extended portion of the clip extends outwardly from and is external to the casing.

Vehicle wheel balance weights

A vehicle wheel weight for attachment to a wheel rim comprises a mass portion formed of nonlead material and a clip. The clip has an extended portion for engaging the wheel rim and an attachment portion juxtaposed to the mass portion. In addition, an injection molded outer casing surrounds the mass portion. The mass portion and the attachment portion of the clip are embedded in the casing, but the extended portion of the clip extends outwardly from and is external to the casing.

A wheel balancer for balancing a wheel having a rim and tire. The wheel balancer comprises a chassis and a driven shaft extending away from the chassis for rotating the wheel. An A&D arm, pivotal and axially extendible with respect to the chassis, is also provided. A first laser device is operable to produce a laser spot at a desired weight placement location on an inner surface of the rim. The first laser device is manipulable by an operator to move the laser spot to the desired weight placement location. A second laser device is attached to the A&D arm and movable therewith. The second laser device produces a visible marker on the inner surface of the rim for determining when the A&D arm is in a plane of the desired weight placement location.

Wheel balancer having laser-assisted weight placement system

A compound archery bow has an adjustable anchor in which a bracket having two arms is connected to the axle upon which the wheels rotate. The arms are interconnected by a translation mechanism for moveably locating the end of the cable along a path parallel to the axle. The translation mechanism is a cylindrical member having a helical groove in the outer surface thereof. The free end of the cable is looped over the cylindrical member and fastened to the cable. Rotating the cylindrical member causes the looped end of the cable to change position from side to side across the limb, permitting adjustment to minimize the net torque on the limb. Other embodiments of the translation mechanism include a pulley, parallel to the other pulleys, mounted on a threaded axle, or a threaded eyelet attached to the end of the cable and engaging a bolt connected to the two arms of the anchor bracket. A fixed anchor locates the cable at a predetermined position across the width of the limb to optimize the torques on the limbs for a given pair of wheels.

Compound bow having offset cable anchor

A three way post on each side of a wheel for a compound bow enables connections to a loop and a ferrule, and provides a clamp connection using a setscrew in a threaded hole in the post. The post is located along a line perpendicular to a diameter intersecting the axle upon which the wheel turns.

Growing community of inventors

Lancaster, PA, United States of America

Brian W LaBorde