Abstract: A toenail clipping device that provides support for the foot and toes so the toenails can be clipped. The Circular Mounted Toenail Clipper provides a stationary platform for the foot and the clipper is mounted on a rotating bearing assembly. This assembly allows the user to easily position the toenail clipper in relation to the stationary foot by providing a guide for the clipper that allows multiple axis of movement. The toenail clipper is attached to a circular stage and guided through an elongated handle. The circular stage allows the user to rotate the toenail clipper around the active toenail that needs clipping making the task easy. The toenail clipper has a force multiplier incorporated into the elongated handle enabling easy and controllable cutting of toenails.

Abstract: A wrist attachable device comprising an arm that can articulate. The arm is fastened to the wrist collar in a parallel axis with the wrist. This arm is designed with means to mount a tool or a measuring tape. The arm is designed to swing the attached tool into the palm of the hand attached to the arm band. Upon completion of the tool use, the arm is designed to return the tool to a home position further back on the wrist against the cuff and out of the way.

Abstract: A wrist attachable device comprising an arm that can articulate. The arm is fastened to the wrist collar in a parallel axis with the wrist. This arm is designed with means to mount a tool or a measuring tape. The arm is designed to swing the attached tool into the palm of the hand attached to the arm band. Upon completion of the tool use, the arm is designed to return the tool to a home position further back on the wrist against the cuff and out of the way.

Abstract: A system designed to drill multiple rows of holes utilizing a simplified belt drive. The basic embodiment of the apparatus comprises of a platform on which several drilling heads are affixed independently on twin axes. The multiple rows of drill bits are arranged in such a way as to allow the top segment of each bit to revolve as well as articulate in a direction at a tangent to the circular drilling motion facilitating the drill into the substrate. The bits are each independent and derive the motion necessary for rotation and reciprocating motion through the interaction of a special belt designed to impart rotary and linear motion. In its most basic embodiment the drill platform is controlled and powered by a single belt drive. The system is able to create twin rows of holes using a simple rotating power source to drive the belt that creates both rotary and linear motion to each of the drill heads.