Abstract: A gymnastics grip, and a process for making same, wherein the grip is for attachment to the wrist and fingers of a gymnast and has a palm portion defining a longitudinal axis, a palm face, and a finger end, and a dowel defining a dowel axis. The dowel is attached to the palm face adjacent the finger end, with the dowel axis transverse to the longitudinal axis, by a flap secured to the palm face by a first stitching passing through the flap and the palm face parallel to the dowel axis. A first portion of the flap extends from the first stitching to substantially surround the dowel, without intervening between the dowel and the first stitching, and is secured adjacent a free end thereof to the palm face by a second stitching passing through the free end and the palm face parallel to the first stitching.

Abstract: A gymnastics grip, and a process for making same, wherein the grip is for attachment to the wrist and fingers of a gymnast and has a palm portion defining a longitudinal axis, a palm face, and a finger end, and a dowel defining a dowel axis. The dowel is attached to the palm face adjacent the finger end, with the dowel axis transverse to the longitudinal axis, by a flap secured to the palm face by a first stitching passing through the flap and the palm face parallel to the dowel axis. A first portion of the flap extends from the first stitching to substantially surround the dowel, without intervening between the dowel and the first stitching, and is secured adjacent a free end thereof to the palm face by a second stitching passing through the free end and the palm face parallel to the first stitching.

Abstract: There is disclosed a partial glove for use on the hand of a wearer inside a conventional baseball catching glove. The glove is constructed of a textile material, preferably a stretchable textile material such as LYCRA spandex material, and is double layered on at least the palm (front) side, with a thin layer of resilient material interposed between the aforesaid two textile layers for impact protection of the wearer. The textile portion of the glove preferably surrounds only the proximal portions of the first (index) and second fingers of the wearer, with the thumb, third and fourth fingers fully uncovered. The thin layer of resilient material extends over at least the palm of the wearer and the front surface of the proximal portions of the first index and second fingers. In this manner, the wearer obtains the impact protection afforded by the thin resilient layer, without significant restriction of mobility or reduction in tactility.

Abstract: A protective glove is formed of the type having a back portion, a palmar portion and a plurality of digital sheaths distally projecting from between the back and palmar portions for use on the hand of a wearer. The human hand has a proximal transverse palmar crease, a distal transverse palmar crease and a longitudinal thenar crease all positioned on the palmar surface of said hand. The improvement disclosed comprises the provision of a plurality of flexible resilient pads for absorbing shock positioned on the palmer portion of the glove in spaced, non-overlapping relation to each other and in adjacent substantially non-overlapping relation to the proximal digital crease, the distal transverse palmar crease and the longitudinal thenar crease, such that the plurality of flexible resilient pads abut one-another in edge-contacting relation upon flexion of the hand to form a substantially continuous, non-creased shock absorbing layer covering the metacarpal region of the hand.