Abstract: A pair of screwdrivers each having a handle, a nondetachable outer shaft, a detachable inner shaft, and at least two detachable double-ended screwdriver bits. Each screwdriver handle is formed having a hollow space configured to substantially house the outer screwdriver shaft, the inner screwdriver shaft, and the at least two double-ended screwdriver bits of the other screwdriver, whereby, the pair of screwdrivers may be assembled together when not in use so that the outer shaft, the inner shaft, and the at least two double-ended screwdriver bits of both screwdrivers are substantially non-exposed to prevent the potential for accidental user injury.

Abstract: In one example embodiment, the present invention is an open-end wrench head that has an orifice and two jaws. Each jaw has an inner part, an outer part, and a terminal tip end. Each inner part is formed for contact and engagement with a work-piece such as a nut or bolt. Each outer part is viewable from a side view of the wrench head and has a predetermined length. The outer part of at least one jaw has at least one groove formed therein creating at least two adjacent ridges running at least partially along the length thereof.

Abstract: A compact, portable lighting device which has a support component and a plurality of lighting components. The support component has a plurality of lighting component receivers. Each of the receivers has a back and a front, and a plurality of contacting positions to simultaneously contact and hold a lighting component. Each of the receivers has a focal point of the plurality of contact positions that is a straight central axis. The lighting components are separate components from the support component and separate components from one another. Each of the lighting components has an elongated section with a straight central axis and a front end with illumination elements. And, each of the lighting components is positioned within one or more of the receivers with its central axis being coincidental with the central axis of the one or more of the receivers.

Abstract: A wrench that has an adjustable wrench head, a wrench handle, and an attachment means for attaching the wrench handle to the wrench head. The wrench head has an orifice configured to control the rotation of a work-piece such as a nut or bolt. The wrench handle has an attachment section and a gripping section. The attachment section is formed for attachment with the wrench head and has a hole with a central axis extending in a direction towards the wrench head. The gripping section is formed for gripping by a user and connects with the attachment section beside the central axis, whereby, when the wrench handle is viewed from an end view thereof, the gripping section is nonaligned with the central axis of the attachment section at the connection of the gripping section with the attachment section. The wrench handle is formed for at least partial rotation about the axis of the attachment section.

Abstract: The present invention is a multi-socket wrench that includes an elongated main member with an upper area, a lower area, a first end, a second end, and a middle section. The present invention has at least two wrench units with two sockets positioned side by side thereon. One of the at least two wrench units is rotatably attached at the upper area, and the other of the at least two wrench units is rotatably attached at the lower area of the first end of the elongated main member. The present invention also includes an attachment means for attaching the wrench units to the elongated main member. The present invention also includes at least one pivoting means formed in the elongated main member so that the first end of the elongated main member may be pivotably moved relative to the second end of the elongated main member.

Abstract: A wrench tool is described which comprises an orifice configured to control the rotation of a hexagonal work piece. The orifice is substantially cylindrical and comprises an array of only eighteen principle longitudinal grooves positioned therein substantially forming a symmetrical pattern around an imaginary central axis. The eighteen grooves are formed and spaced apart so as to create an array of only eighteen principle longitudinal protuberances. The protuberances substantially form a symmetrical pattern around the imaginary central axis for engagement with the hexagonal work piece. Each protuberance is formed having at least two engaging surfaces positioned together in at least partial alignment with a predetermined engaging angle. The engaging surfaces may be flat, arcuate, or a combination thereof.

Abstract: A tool device is described which comprises an orifice which has at least one engagement end formed to control the rotation of a work piece. The tool device has a peripheral terminal end at the engagement end. The orifice is defined by an inner wall of alternating recessed regions and engagement regions arranged about an imaginary central axis. The recessed regions and engagement regions extend longitudinally and substantially parallel to the imaginary central axis. And, at least a part of each engagement region extends farther towards the peripheral terminal end of the tool device than at least a part of each recessed region.

Abstract: A wrench tool is described comprising an orifice which has a predetermined geometry for controlling the rotation of a hexagonal work piece. The orifice is substantially cylindrical and comprises an array of only eighteen longitudinal grooves positioned therein. The grooves form a symmetrical pattern around an imaginary central axis. The grooves are formed and spaced apart so as to create an array of only eighteen longitudinal protuberances. The protuberances form a symmetrical pattern around the imaginary central axis for engagement with the work piece. In one embodiment, the protuberances are positioned apart relative to each other and to the imaginary central axis by predetermined dimensions.