Abstract: A golf swing guide tool is configured for use with a golf tee, and includes an elongated pointer body having a front end, a medial portion and a rear end, the pointer body having a longitudinal axis. The front end of the pointer body is tapered to a point at a tip portion thereof which is disposed on the longitudinal axis. The medial portion of the pointer body has a central hole formed therein which is aligned with the longitudinal axis, and which is configured to slidably receive a shaft portion of a golf tee therein to form a working configuration in which the tee is oriented substantially perpendicular to the longitudinal axis of the pointer body. A method of using the golf swing guide tool is also described.

Abstract: A golf swing guide tool is configured for use with a golf tee, and includes an elongated pointer body having a front end, a medial portion and a rear end, the pointer body having a longitudinal axis. The front end of the pointer body is tapered to a point at a tip portion thereof which is disposed on the longitudinal axis. The medial portion of the pointer body has a central hole formed therein which is aligned with the longitudinal axis, and which is configured to slidably receive a shaft portion of a golf tee therein to form a working configuration in which the tee is oriented substantially perpendicular to the longitudinal axis of the pointer body. A method of using the golf swing guide tool is also described.

Abstract: A muscle memory training device for attaching to a joint of a user, such as, for example, a wrist joint. The training device includes a pair of opposing circuit boards for overlying first and second elements of the joint. The pair of circuit boards are pivotally connected with a pivot point configured to be placed over the joint. The circuit boards include individual contact traces which are configured and arranged such that when said traces are rotated past each other, the traces sequentially complete one of a sequence of circuits, providing a signal at each one of a plurality of contact positions depending on opposing circuit board rotation positions. In this manner, sensory input is provided to a user while practicing a movement.

Abstract: A muscle memory training device for attaching to a joint of a user, such as, for example, a wrist joint. The training device includes a pair of opposing circuit boards for overlying first and second elements of the joint. The pair of circuit boards are pivotally connected with a pivot point configured to be placed over the joint. The circuit boards include individual contact traces which are configured and arranged such that when said traces are rotated past each other, the traces sequentially complete one of a sequence of circuits, providing a signal at each one of a plurality of contact positions depending on opposing circuit board rotation positions. In this manner, sensory input is provided to a user while practicing a movement.