Abstract: The present relates to a sling system, and more specifically, to a sling system which may be used for shoulder mounted sling requirements, such as for rifles, archery bows, crossbows, weed eaters and metal detectors, to name a few. The sling system includes a shoulder portion with a plurality of columns of slot apertures with each column offset from the adjacent column, an adjustable position handle and couplers on each end of the sling system to couple it to the desired implement or object.

Abstract: Compound bows and cross bows with flexible bow limbs and novel, limb-associated mechanisms for adjusting the poundage of the bow. Each flexible bow limb (or element of a split limb bow) is bent against a fulcrum located between the leading and trailing ends of the bow limb or limb element. A poundage adjuster at the same location as the fulcrum or at the leading edge of the limb or limb element is used to set the curvature in the limb (The poundage of the bow is directly related to the curvature of the limb or limb element). An independently acting poundage mechanism as just described is preferably provided for both limbs of a solid limb bow and for all four limbs of a split limb bow. Also disclosed are novel bottom (or power) cams which have reduced lean and wobble during the end part of bow draw, thereby reducing noise and vibration as an arrow is shot from the bow and contributing to the accuracy of the bows in which they are installed.

Abstract: Compound bows and cross bows with flexible bow limbs and novel bottom (or power) cams which have reduced lean and wobble during the end part of bow draw, thereby reducing noise and vibration as an arrow is shot from the bow and contributing to the accuracy of the bows in which they are installed.

Abstract: Compound bows and cross bows with flexible bow limbs and novel, limb-associated mechanisms for adjusting the poundage of the bow. Each flexible bow limb (or element of a split limb bow) is bent against a fulcrum located between the leading and trailing ends of the bow limb or limb element. A poundage adjuster at the same location as the fulcrum or at the leading edge of the limb or limb element is used to set the curvature in the limb (The poundage of the bow is directly related to the curvature of the limb or limb element). An independently acting poundage mechanism as just described is preferably provided for both limbs of a solid limb bow and for all four limbs of a split limb bow. Also disclosed are novel bottom (or power) cams which have reduced lean and wobble during the end part of bow draw, thereby reducing noise and vibration as an arrow is shot from the bow and contributing to the accuracy of the bows in which they are installed.

Abstract: Ball bats comprising a stem and a handle surrounding the stem. An elastomeric decoupler system installed in the handle sharply reduces the transmission of shocks and vibrations from the stem to the handle, mitigating stinging and other unpleasant sensations experienced by the batter when a ball is struck. Unpleasant sensations can be further reduced by installing a DTMS damping device in the knob of the bat and by installing an elastomeric grip on the handle of the bat; and the unpleasant sound made when a bat strikes the ground or the like can be materially reduced by a device attached to the stem of the bat intermediate the ends of the handle. The present inventions are particularly adaptable to hollow, metal bats; and provision is made for venting the knob of the bat when it is welded in place so hot gases will not be forced into, and reduce the integrity of, the weld. Appropriate ones of the devices described above may also advantageously be employed in wood, composite, and other bats.

Abstract: Ball bats comprising a stem and a handle surrounding the stem. An elastomeric decoupler system installed in the handle sharply reduces the transmission of shocks and vibrations from the stem to the handle, mitigating stinging and other unpleasant sensations experienced by the batter when a ball is struck. Unpleasant sensations can be further reduced by installing a DTMS damping device in the knob of the bat and by installing an elastomeric grip on the handle of the bat; and the unpleasant sound made when a bat strikes the ground or the like can be materially reduced by a device attached to the stem of the bat intermediate the ends of the handle. The present inventions are particularly adaptable to hollow, metal bats; and provision is made for venting the knob of the bat when it is welded in place so hot gases will not be forced into, and reduce the integrity of, the weld. Appropriate ones of the devices described above may also advantageously be employed in wood, composite, and other bats.

Abstract: Ball bats comprising a stem and a handle surrounding the stem. An elastomeric decoupler system installed in the handle sharply reduces the transmission of shocks and vibrations from the stem to the handle, mitigating stinging and other unpleasant sensations experienced by the batter when a ball is struck. Unpleasant sensations can be further reduced by installing a DTMS damping device in the knob of the bat and by installing an elastomeric grip on the handle of the bat; and the unpleasant sound made when a bat strikes the ground or the like can be materially reduced by a device attached to the stem of the bat intermediate the ends of the handle. The present inventions are particularly adaptable to hollow, metal bats; and provision is made for venting the knob of the bat when it is welded in place so hot gases will not be forced into, and reduce the integrity of, the weld. Appropriate ones of the devices described above may also advantageously be employed in wood, composite, and other bats.

Abstract: Vibration/Shock/Isolators (V/SI's) which employ tuned, progressive resistance to deformation to isolate a user's anatomy or a protected instrumentality from shock and vibration. The V/SI may be wrapped around a handle to form a grip. A V/SI can also be fabricated in an unlimited number of other configurations to isolate a user's anatomy or any of an untold number of devices from shock and vibration.