Barry Wright Corporation

David F Reynolds

David Jacobs

A shock isolation device includes a center section and a pair of end sections which extend in opposite directions out from the center section. The device itself is made from a flexible, resilient material such that the center section may tightly engage an article to be supported without further attachement means. The center section may be rectangular whereas the end sections may each be generally triangular. At the apex or distal point of each triangle (furthest removed from the center section) fastening means may be used to attach the shock isolating device to a carrier.

Shock isolation device

An antiskid shock and vibration isolating foot is formed with an annular circumferential recess about midway between its top and bottom and made of a resilient elastomer. A threaded stud is bonded to the top of the elastomer. The upper portion above the annular recess passes through an opening in a case base until the edge around the opening resides in the annular recess. The threaded stud passes through an opening in the base of a component. The stiffness of the upper portion above the annular recess is different from the stiffness of the lower portion below the annular recess. The portion above the recess is frustoconical and that below is substantially cylindrical.

Foot isolating

A constant velocity coupling characterized by a hub made of a rigid material, a plurality of torque transmitting elements made of a rigid material, and elastomeric sections connecting the hub and the torque transmitting elements. The coupling consists of a female half and a male half and offers the advantage that the two halves may be molded in a single cavity mold, with the mating portions characteristic of the male half being added after the molding has been accomplished.

Growing community of inventors

Wrentham, MA, United States of America

David F Reynolds