A hand tool assembly with magnetic securing device includes a body, a sleeve, a collar and two resilient pieces. The body has a first space and a first groove. The sleeve has a first passage, a second space, a third space, a first distance and a fourth space. A magnetic part is located in the second space. A clip is engaged with the first groove and movable within the third space. A collar is secured in the fourth space to restrict the clip to prevent the body from dropping form the sleeve. The collar has two resilient pieces received therein and each resilient piece has a third engaging portion which contacts the outer periphery of the body to provide friction when the sleeve is moved relative to the body. A driving piece is connected to the body and drives a bolt or a screw which is attracted by the magnetic part.

A hand tool assembly includes a cylindrical first body having multiple first grooves. A driving head is connected to one end of the first body and has a ratchet wheel which is controlled by a ratchet mechanism in the driving head. The first body extends through the ratchet wheel. A handle unit is movably mounted to the first body and the handle unit is selectively positioned at one of the first grooves. The second body has two different connection portions on two ends thereof, and the second body can be replaced by other handle tools.

A tool having a flexible extension shaft, a first end and, a second end and capable of being bent about its axis. The tool transfers rotary motion from a device to an implement. Both of the ends may be capable of independently being bent about the axis. The shaft may include a male member and a female member for a kit. Further, one end of the tool may include a rotatable member having a first and second implement.

A tool for preventing a lawnmower blade from rotating while the blade is attached to a lawnmower. The tool includes an elongated shaft having a first end and an opposing second end. A first and second hook extend from the first end of the shaft, wherein the first hook is disposed in a first direction and the second hook is disposed in a second direction. The first direction opposes the second direction and the first hook is offset from the second hook, such that there is a space between the first and second hook. The space between the hooks allows for a lawnmower blade to be received therebetween. The second end of the elongated shaft can be grasped by a user in order to manipulate the placement of the hooks relative to the lawnmower blade.

The present invention discloses a ratchet wrench consisting of socket head at one end, an extended arm in the middle and a pivoting extension arm having an extended handle grip at the opposite end. The socket wrench is designed in a manner to install and tighten nuts onto machine bolts and break loose and remove nuts wherein the nuts are in a confined or recessed area making it difficult to reach with conventional ratchet wrench extension mechanisms.

A multi-purpose bit assembly is shown and described herein. The tool assembly may comprise one or more body members. A body member may comprise a magnet, a main body and a bit. The main body may comprise various sides, one or more of which may include one or more apertures on its surface and one or more bits protruding therefrom. The bit may include a bit body and a bit head. The body members may include differently configured bits. Bits may be inserted into the apertures to connect the body members. The bit assembly may comprise one or more attachment members. An attachment member may attach two or more bits together.

A tool is specifically structured for securing a beam clamp to a bar joist for the purpose of securing a support rod to the bar joist for hanging pipe. The tool includes a top piece, a bottom piece and an extension member between the top and bottom pieces to adjust the overall length of the tool. A socket drive on the top of the tool allows for releasable attachment of a socket of the type used in a socket wrench assembly. The bottom of the tool includes a square opening for receiving a ratchet or impact gun for the purpose of rotating the tool and attached socket, thereby tightening the loosening the fastening hardware of the beam clamp.

An electronic torque wrench includes: a shank body, a drive head being connected with a front end of the shank body; a handle having a front handle section and a rear handle section, the front handle section being connected with a rear end of the shank body, a cell room being formed in the front handle section for placing cells therein, a front end of the rear handle section being detachably connected with the rear end of the front handle section; an electronic operation/control device disposed on the shank body; and at least one torque sensor mounted on the shank body. The front and rear handle sections together form the handle for a user to hold. The rear handle section of the handle serves as a cell cap for closing the cell room so as to shorten the length of the wrench.

A foldable and retractable ratchet wrench comprised of a inch driver end that manually folds down when not in use; a inch fixed driver end; a ratchet arm that folds and locks to various angular positions; an exterior, knurled handle that pivotally folds outward and a cylindrical hollow tube embodiment that extends and retracts from the solid arm. The inch square driver end is housed within a horizontal square slot provided at an extending shank portion of the ratcheting gear. The inch square driver end swivels up substantially at right angle from the plane of the ratcheting head. The ratchet wrench's outer pivoted handle folds outward and is pivoted by a pivotal pin substantially at right angle. The slideable sub-tube arm is guided by a pin that rides along a longitudinal slot of said slideable sub-tube arm for various torque needs and is secured by a spring induced detent ball that seats vertically within the solid arm. The entire ratcheting arm swivels from a substantial at right angle to varied angles for ease in limited working spaces.

A tool extension bar includes a first sleeve and a second sleeve connected with the first sleeve. The first sleeve includes a coupling hole extending therethrough, a radial hole interconnected with the coupling hole, and a first coupling portion. The second sleeve includes a through hole extending therethrough and interconnected with the coupling hole, and at least two flexible portions formed at one end thereof and extending along the through hole. Each flexible portion is configured to be flexibly bent and includes a second coupling portion engaged with the first coupling portion. An engaging member is movably received in the radial hole of the first sleeve. A rod is inserted through the coupling hole of the first sleeve and the through hole of the second sleeve. The rod includes a recess moveably engaged with the engaging member.