Abstract: A compression connector for securing an apparatus to a mounting surface. The compression connector device can include a housing that can include a cavity configured to accept a wedge member within the cavity. The wedge member and cavity can include corresponding angular surfaces. A biasing means can be coupled to the wedge member or housing and configured to move the wedge member from a first position to a second position within the cavity. As the wedge member is moved to a second position a compressive force can be applied between the wedge and a mounting surface of an object.

Abstract: An attachment apparatus may have a fixed engaging surface, and a movable unit that can be attached to any of a series of holes in the fixed engaging surface. The movable unit has a mating surface and a locking mechanism. The user selects a series of holes, inserts a series of properly spaced tabs on the mating surface into the selected holes, rotates and/or translates the movable unit with respect to the fixed engaging surface so that the tabs on the mating surface engage the fixed engaging surface and prevent the movable unit from being pulled away from the fixed engaging surface, and engages a locking mechanism that secures the movable unit in its rotated and/or translated state so that it may not be counter-rotated/translated and detached from the fixed engaging surface. The locking mechanism may be one or more pins that extend through both the mating surface and the fixed engaging surface.

Abstract: An attachment apparatus may have a fixed engaging surface, and a movable unit that can be attached to any of a series of holes in the fixed engaging surface. The movable unit has a mating surface and a locking mechanism. The user selects a series of holes, inserts a series of properly spaced tabs on the mating surface into the selected holes, rotates and/or translates the movable unit with respect to the fixed engaging surface so that the tabs on the mating surface engage the fixed engaging surface and prevent the movable unit from being pulled away from the fixed engaging surface, and engages a locking mechanism that secures the movable unit in its rotated and/or translated state so that it may not be counter-rotated/translated and detached from the fixed engaging surface. The locking mechanism may be one or more pins that extend through both the mating surface and the fixed engaging surface.

Abstract: The present invention provides a multi-functional work platform having a first orientation wherein the work platform functions as a kneeler and a second orientation wherein the work platform functions as a seat. The work platform further includes one or more functional components interchangeably coupled to the support frame of the work platform, such as a wheel attachment or a rocker attachment or a stationary support attachment, to provide additional functional usage to the work platform.

Abstract: An ergonomic hand tool for enhancing the leverage available to a user includes a frame having a distal portion and a proximal portion, and a working element operably coupled to a distal end of the distal portion. The frame further includes a handle that is pivotally coupled to the frame at a portion thereof intermediate the proximal portion and the distal portion. A brace structure is preferably operably coupled to the proximal portion of the frame, with the brace structure being configured to operably brace against an upper side of a user's forearm while the user operably grasps the handle.

Abstract: An ergonomic hand tool for enhancing the leverage available to a user includes a frame having a distal portion and a proximal portion, and a working element operably coupled to a distal end of the distal portion. The frame further includes a handle that is pivotally coupled to the frame at a portion thereof intermediate the proximal portion and the distal portion. A brace structure is preferably operably coupled to the proximal portion of the frame, with the brace structure being configured to operably brace against an upper side of a user's forearm while the user operably grasps the handle.