A socket drive assembly for rotating a fastener with 360.0 degrees of rotation includes a wrench that has a first end and a second end. A socket drive is coupled to the wrench and the socket drive extends along an axis that is oriented perpendicular to the longitudinal axis of the wrench. The socket drive includes a inch drive and a inch drive for engaging either a socket or a socket. A handle is removably coupled to the wrench and the handle is oriented to rotate about an axis is oriented perpendicular to the longitudinal axis of the wrench. In this way the handle facilitates the wrench to be rotated 360.0 degrees around a fastener that is loosened or tightened.

A spiral ratchet driver with crank and slider mechanism comprises a spiral ratchet driver having a shank housing, a journal having a hole, connected to the shank housing by a screw, a ratchet mechanism assembly connected adjacent to the journal, a shank received in the shank housing and the ratchet mechanism assembly, a spindle having a spindle bearing connecting the second end of the shank to a chuck or a square drive, a lever connecting bar connected to the hole of the journal by means of a first rivet, a lever having a lever handle cushion grip, rotatably connected with the lever connecting bar, a handle bar having a handle bar grip on a free end, connected with the lever below the handle grip and connected with the spindle from a fixed end, a journal housing covering the journal, is connected with the handle bar and four or more bearing slides disposed between journal and the journal housing.

A spiral ratchet driver with crank and slider mechanism comprises a spiral ratchet driver having a shank housing, a journal having a hole, connected to the shank housing by a screw, a ratchet mechanism assembly connected adjacent to the journal, a shank received in the shank housing and the ratchet mechanism assembly, a spindle having a spindle bearing connecting the second end of the shank to a chuck or a square drive, a lever connecting bar connected to the hole of the journal by means of a first rivet, a lever having a lever handle cushion grip, rotatably connected with the lever connecting bar, a handle bar having a handle bar grip on a free end, connected with the lever below the handle grip and connected with the spindle from a fixed end, a journal housing covering the journal, is connected with the handle bar and four or more bearing slides disposed between journal and the journal housing.

A standard ratchet wrench assembly having a handle socket member adapted to removably receive a ratchet drive extension member therein, such that a user can use the ratchet drive extension member to increase the moment force upon said standard ratchet wrench assembly when in use.

A hand-operated crank tool for manually operating hopper trap doors. The crank tool may have a first handle arranged on a first axis, a second handle arranged on a second axis, and a tooling end arranged on a third axis. The crank tool may additionally have a first extension portion extending between the first and second handles and a second extension portion extending between the second handle and the tooling end. The first, second, and third axes may be parallel. In some embodiments, the tooling end may include a socket head, which may be readily removable.

The disclosure includes a connection method to fluidly connect a fluid pathway in a handle is formed co-linearly or axially and connects to a lumen through a tool and shaft. The body and movable latch may be an integral single molded plastic part connected by a flexible. In operation actuating the movable latch to raise or lower a latching beak within a corresponding open guide in the plastic body. The shaft fits into a shaft guide in the body which intersects the beak guide to temporarily latch the shaft to the body via a mounting fixture the shaft with the beak; and, wherein the body has a face end and a tail end.

A basin wrench is described having a telescoping assembly, pivotal jaws, a light, and a removable T-bar assembly. The wrench includes a polymeric housing having a contoured gripping region. The T-bar assembly includes a pivotally mounted hub and bar slidably retained within the hub. The T-bar assembly can be placed in a stowed position in which the bar is positioned alongside the housing. The wrench also includes magnetic retaining provisions to retain the T-bar assembly in its stowed position.

A tool bit holder that accommodates and secures specific ranges of hexagonal wrench sizes in different physical orientations therein, for four purposes: speed rotation of the tool for fast bolt extraction, support of the hexagonal wrench's shaft for an increased torque application, mechanically strengthening of a hexagonal wrench, and for the application of torque centered about the longitudinal axis of the working arm of the hexagonal tool bit so as to prevent the stripping out of the hexagonal socket in the mechanical fastener.

A tool handle includes a cavity to receive a T-handle tool. When the tool handle is placed on the T-handle tool, the tool handle provides a better grip of the tool handle to apply greater torque. The tool handle includes a protrusion which is able to detachably couple with the T-handle tool. Once coupled with the T-handle tool, the tool handle is able to be grasped by a user to rapidly turn the T-handle tool. In some embodiments, the T-handle tool includes an added tool. A tool container is able to store T-handle tools and the tool handle. The tool container includes a locking mechanism to lock the tools in place and a tamper prevention mechanism to ensure the locking mechanism is not tampered with while the tool container is in the store.

A product may include a first section that may be disposed around an axis. A second section may be connected to the first section to pivot relative to the first section between a first operative position and a second operative position. In the first operative position, the first section may be aligned with the second section along the axis. In the second operative position, the first section may form a crank to rotate the second section. A graduated piece may be fixed to the first section and an indicator piece may be fixed to the product to indicate torque relative to the graduated piece.