Abstract: A hypodermic injection system (7) with a retractable needle (9) wherein the needle (9) retracts within an interior cavity of a syringe plunger (59), such that the needle (9) is confinedly held within the plunger (59). A cylindrical spring housing assembly (21) has resilient fingers (23) which captures a spring (15) biasly holding a needle holder (11) against the retaining force of resilient fingers (23). The plunger (59) has a frangible end (65), which dissociates when the outwardly tapered shoulders (68) spread the resilient fingers (23), allowing the coiled spring (15) to eject the needle (9) and its holder (11) into the interior cavity (71) of the plunger (59). A body fluid sampling embodiment employs the same functional elements except the plunger (59") is shorter and contains a linking (137) that communicates with a vacuum container (147). The container allows fluid sampling and provides the structure to release the spring (15 ") retracting the needle (9").

Abstract: A telescopic cover assembly comprises a fixed cover member fixedly mounted atop the walls of the load bed section of a vehicle, at least one movable cover member, and a track assembly mounted upon the walls and into which each movable cover member is slidably engaged.

Abstract: A hypodermic injection system (7) with a retractable needle (9) wherein the needle (9) retracts within an interior cavity (71) of a syringe plunger (59), such that the needle (9) is confinedly held within the plunger (59). A cylindrical spring housing (21) has resilient fingers (23) which captures a spring (15) biasly holding a needle holder (11) against the retaining force of resilient fingers (23). The plunger (59) has a frangible end (65), which dissociates when the outwardly tapered shoulders (68) spread the resilient fingers (23), allowing the coiled spring (15) to eject the needle (9) and its holder (11) into the interior cavity (71) of the syringe plunger (59). A body fluid sampling embodiment employs the same functional elements except the plunger (59") is shorter and contains a linking needle (137) that communicates with a vacuum container (147). The container allows fluid sampling and provides the structure to release the spring (15") retracting the needle (9").

Abstract: A reclining chair has a seat back and a seat bottom which are pivotally attached to opposite ends of a rocking cradle or support frame, which itself is pivotally mounted to a base. The seat back and the seat bottom are interconnected such that an end of the seat bottom proximate to the seat back is raised as the seat back is lowered. Conversely, as the end of the seat bottom proximate to the seat back is lowered, the seat back is raised. The opposite or remote end of the seat bottom is maintained at substantially the same elevation as the end of the seat bottom proximate the seat back, whereby the seat bottom is maintained in a substantially constant orientation relative to the horizontal as it is raised and lowered.

Abstract: A stable and versatile wind sailing vessel for sailing over a water surface comprising first and second elongated and buoyant boards, each having a planar undersurface. An arching platform disengagably engages the boards in a spaced, side-by-side relationship and a centerboard centrally located on the platform between the boards, provides maneuverability. A windsurfing sail is pivotally mounted on the platform for propelling the vessel. The platform can be disengaged from the boards, allowing each of the boards to be sailed separately as a typical windsurfing vessel. The platform is modular and can be dissociated for compactness. Adjustable legs on the platform allow different degrees of inclination of the planar surfaces with the water surface for varying degrees of control. A mast stay device can be used to releasably keep the sail in an erect position despite blowing wind.

Abstract: A hypodermic injection system with a retractable needle wherein the needle retracts within the interior cavity of a syringe plunger, so that the needle is safely and confinedly held within the plunger for ease of handling and transport, while remaining safely therein. A cylindrical spring housing has resilient fingers which can capture a coiled spring which biasly holds a needle holder against the retaining force of the resilient fingers. The plunger has a frangible end, which, when engaging the resilient fingers under a pre-determined amount of force, dissociate while remaining inwardly-tapered shoulders spread the resilient fingers, allowing the coiled spring to eject the needle and its holder into the interior cavity of the syringe plunger.