A clench wrench has a structure including a handle and an engaging head. The engaging head defines an engaging space. A clenching device is mounted on the engaging head. The clenching device includes a resilient clenching member fixed to the engaging head and having a free end. The clenching member has a clenching portion at the free end. The free end of the clenching member is bendable to selectively clench an object. A block is disposed on the engaging head and abuts against the clenching member and counteracts a force that causes the clenching portion to move from the first position to the second position.

A clench wrench includes a structure defining a handle and an engaging head. The engaging head has a front side and a back side and includes an engaging space extending through the front and back sides. The engaging space defines an opening on both the front and back sides. A clenching device is mounted on the engaging head and includes a clenching member. The clenching member includes a clenching portion and is operable in a first mode in which the clenching portion is located at a first position capable of clenching the object engaged with the engaging head, and in a second mode in which the clenching portion is disposed away from the engaging space and is located at a second position capable of letting the object engaged with the engaging head to disengage therefrom.

A tooling assembly for fastener installation has a socket body reversibly rotatable by a driving mechanism. A bore in the socket body has a first end portion and a central portion incorporating threads. A second end portion of the bore receives and engages a severable section of a frangible fastener. A pin is received in the bore and constrained from rotation by the driving mechanism. The pin has an ejection shaft with mating threads selectively receivable in the threads of the central portion of the bore. The socket body is freely rotatable with the mating threads positioned in the first end portion of the bore. Rotation of the socket body in torques the frangible fastener on a stud fracturing the severable section. Reverse rotation of the socket body engages the mating threads in the threads translating the pin. The ejection shaft ejects the severable section from the second end portion.

A socket wrench for turning sockets has a handle joined to a head having an inside wall accommodating a body including a socket holder. A permanent magnet attached to the socket holder holds a socket on the socket holder. The body has a plurality of ramps facing the inside wall of the head. Rollers engage the ramps and inside wall. A member mounted on the body engages the rollers to selectively shift the rollers relative to opposite end sections of the ramps. First and second permanent magnets on the body and member maintain the member in selected shifted positions to retain the rollers adjacent the end sections of the ramps.

A socket contains: a body, a push member, and a reverse pushing structure. The body includes a connecting section and a fitting section, the connecting section has a first polygonal orifice configured to accommodate a socket wrench, and the fitting section has a second polygonal orifice for driving a fastener element. The body includes a receiving groove defined therein communicating with the second polygonal orifice, and the push member is movably accommodated in the second polygonal orifice and includes at least one magnetic attraction element. The reverse pushing structure is housed in the receiving groove and configured to push the push member toward the rim of the second polygonal orifice.

A locking structure for a hand tool contains: a body having a driving head which includes an accommodation chamber and a rib, and between two ends of the rib is defined an opening. The rib has two positioning orifices, the accommodation chamber has an obliquely arcuate groove accommodating a ratchet member which has a toothed rim and two opposite apertures, and a part of each steel ball extends out of each aperture. The ratchet member further has a first trench, a polygonal groove, and a second trench. A cap is covered on the rib and includes a through orifice, an open section, a protruded section, an actuation extension, and two opposite openings so as to house two posts respectively, wherein a part of each post extends out of each opening, and a resilient element is defined between the second trench and the cap.

A tool storage system includes a tool storage container configured to receive therein a battery for a power tool with an inductive receiving unit. An inductive transmitting unit is coupled to the tool storage container and configured to receive a source of electrical power. The inductive transmitting unit is configured to induce generation of electrical power in the inductive receiving unit to charge the battery. A controller is configured to control generation of electrical power by the inductive receiving unit based on a position or alignment of the inductive receiving unit relative to the inductive transmitting unit.

A clench wrench includes a structure including a handle and an engaging head. The engaging head includes an engaging space extending through front and back sides thereof. The engaging space defines an opening on both the front and back sides. A clenching device is mounted on the engaging head and includes a clenching member. The clenching member includes a clenching portion and is operable in a first mode in which the clenching portion is located at a first position and capable of clenching an object engaged with the engaging head, and a second mode in which the clenching portion is disposed away from the engaging space and is located at a second position and capable of letting the object engaged with the engaging head disengage therefrom.

A quick release device of a hand tool includes: a main body; an operating portion, including a slidable sleeve movably disposed around the main body and a pin radially inserted into the slidable sleeve, the operating portion further including a movable rod movably disposed in the main body, the pin connected with the movable rod; an annular plastic body, rotatably disposed around the slidable sleeve and corresponding to the pin, a stepped structure formed between the slidable sleeve and the annular plastic body; an identification portion, disposed around the annular plastic body; wherein the slidable sleeve is movable between first and second positions, when the slidable sleeve moves toward the first position, the pin drives the movable rod to move toward a fixing position; when the slidable sleeve moves toward the second position, the pin pushes the movable rod to move toward a releasing position.

The device is a multi-purpose drive socket capable of engaging both a penta-bolt and a hex-bolt. The device is specially adapted for use in the utility industry where multiple tools are typically needed for securing electrical equipment. The device contains a retractable plunger that slides in and out of the head opening. To remove a penta-bolt, the user simply presses the plunger head up against the head of the penta-bolt, causing the plunger to retract back into the socket body. Once fully inserted, the user can loosen or tighten the penta-bolt. To remove a hex-bolt, the user inserts the hex-head into a recessed opening in the plunger head and tightens down the hex-bolt until the hex-head breaks off at the shank. In the event the hex-head remains lodged in the plunger, the device also contains an ejector pin capable of dislodging and removing the hex-head.