Abstract: A pulling tool for pulling nails, screws, rivets, pegs, or other protrusions includes a jaw which may be opened to receive the head of the protrusion. The jaw is then at least partially closed against the protrusion, and when the handle of the tool is pulled, the jaw is both urged shut and also away from the surface from which the protrusion extends. Thus, as the protrusion is pulled, its shaft is also more tightly grasped, which helps to pull the protrusion from the surface without stripping off its head/cap. The pulling tool can be provided as a part of a hammer, crowbar, or other conventional tool.

Abstract: A cutting device having a head member having a movable cutting blade positioned therein, first and second legs pivotally mounted on said head member, a connector connecting the first leg, the cutting blade, and the second blade, wherein the connector and cutting blade are movable within a slot in the head member to bring the cutting blade into cutting engagement with a shield connected to said head member when the legs are moved into a closed position.

Abstract: A storage system having a releasably mounted mounting clip that can be connected to a wall stud or ceiling joist. A variety of storage components can be joined to the mounting clip. The mounting clip can also be used to join boards and panels to construct furniture and stand-alone storage units.

Abstract: A cutting device having a head member having a movable cutting blade positioned therein, first and second legs pivotally mounted on said head member, a connector connecting the first leg, the cutting blade, and the second blade, wherein the connector and cutting blade are movable within a slot in the head member to bring the cutting blade into cutting engagement with a shield connected to said head member when the legs are moved into a closed position.

Abstract: A steering system (15) for a boat (16) includes a dampening apparatus (130) providing a fluid filled piston assembly (131) having a cylindrically shaped fluid containing housing (132) pivotally connected to a drive unit (18) and a piston head (137) and attached piston rod (137) pivotally connected to a vane control member (27) attached to a control vane (22). The piston head (137) provides a metering orifice (140) to control the flow of fluid between spaced fluid containing chambers (141, 142) to restrain rapid rotation of the vane (22) while within the slip stream (34) of the steerable drive (18) to control the rotative position of the steerable drive (18).

Abstract: A steering system (15) for a boat (16) provides a loss motion connector (85) having a cavity (87) to rotatably retain a selectively movable input member (79). The cavity (87) includes a pair of spaced side walls (92, 93) forming stops which are rotatable in response to the movement of the input member (79). The input member (79) is connected through a pin (97) located within the cavity (87) to an inter-connecting cable (36) to rotate a pivotal vane (22) located within the slip stream (34) of a drive unit (18) to control the direction of boat movement in response to the movement of the input member (79) when spaced from the stops (92, 93) without imparting a rotative steering force to a steering arm (82).