Abstract: A vibration attenuating member includes at least a first layer composed of a viscoelastic material having a Shore 00 durometer of less than 50 and a rebound percentage of less than 20. Preferably the vibration dampener also includes second and third layers, coterminous with the first layer, which are composed of a foam material. The viscoelastic layer may have a non-uniform shape, such as precurved, tapered, or the like. The viscoelastic material may be creased to facilitate bending. The member has a transmissibility no greater than 1.0 in the range of from 31.5 to 200 Hz, and a transmissibility of no more than 0.6 in the range of from 200 Hz to 1250 Hz. The vibration attenuating member may form a glove, a glove liner, a portion of a glove liner, a portion of a glove, a sports glove, a wrap for a tool, or be used in some other application where vibration attenuation is desirable.

Abstract: A back support for a human user includes an elastic support belt having first and second free ends, members secured to the support belt for releasably joining the free ends for maintaining the belt in a closed position in which it forms a closed surface adapted to encircle a human user, and structure secured to the support belt for releasably maintaining the belt in an open position in which the support belt free ends are unattached to each other. A related back support garment includes a garment body having a garment front and a garment back defining an inside and an outside of the garment, the garment body being suitably sized for a human wearer. An elastic support belt is disposed inside the garment body and secured thereto. The elastic support belt has first and second free ends and also has structure for releasably joining the free ends for maintaining the support belt in a closed position in which the support belt forms a closed surface adapted to encircle the human wearer.