Abstract: A two-part adjustable connector assembly for utilization in adjustably connecting two juxtaposed members which, for proper fit, must be secured to one another and must be capable of being moved relative to each other to accomplish a proper fit. An example of such a situation is provided by a door frame which must be attached to supporting structural members and which must be plumb even though the supporting structural members to which the door frame is secured are not plumb. In one aspect, the adjustable connector assembly includes a first connector adapted to be embedded in one of the members, say the door frame, and to be secured to the other juxtaposed structural member by a second connector rotatably mounted on the door frame in axial alignment with and adjustably engaging the first connector to preclude unintended axial displacement thereof.

Abstract: Presented is an adjustable connector assembly for utilization in adjustably connecting two juxtaposed members which, for proper fit, must be secured to one another and must be capable of being moved relative to each other to accomplish a proper fit. An example of such a situation is provided by a door frame which must be attached to supporting structural members and which must be plumb even though the supporting structural members to which the door frame is secured are not plumb. The adjustable connector assembly includes a first connector secured to one of the juxtaposed members and a second connector rotatably mounted on the first connector and also connected to the other juxtaposed member.

Abstract: A combination tool that is utilized to drive simultaneously a screw requiring a screwdriver as a driving element and a screw requiring a spanner wrench as a driving element. The combination tool is fabricated in separate parts which utilize detents to snap the parts together to releasably retain them in operative position.