Abstract: A tool cabinet has a housing and a hanging device. The housing has a work surface, at least one drawer and at least one opening. The at least one drawer is defined in the housing. The hanging device has at least one hanger mounted inside the at least one opening. The at least one hanger has two telescopic stands, a hanging plate and a locking device. The telescopic stands are mounted in the at least one opening and face each other. The hanging plate is mounted between the telescopic stands and extends as the telescopic stands extend. The locking device mounted on the telescopic tubes to hold the inner tube in position. When the tool cabinet is used, the hanging device can be extended out to hang and store tools. The tools can be organized and the work surface will not in be cluttered.

Abstract: A cabinet safety device has a fixing base neighboring a side of the cabinet, a slide base mounted on the fixing base, lock members provided that can hook on both the slide base and the fixing base, and a fastening member provided between a bottom of the slide base and a bottom of the cabinet. When one of the drawers is pulled out, the slide base will go down to let the lock member escape from the slide base, and the slide base then goes up to prevent other drawers from sliding out, thus only one drawer can be pulled out at one time, which avoids potential danger when the center of gravity of the tool cabinet is shifted due to too many drawers being slid out at one time.

Abstract: A tool cabinet has a housing and a hanging device. The housing has a work surface, at least one drawer and at least one opening. The at least one drawer is defined in the housing. The hanging device has at least one hanger mounted inside the at least one opening. The at least one hanger has two telescopic stands, a hanging plate and a locking device. The telescopic stands are mounted in the at least one opening and face each other. The hanging plate is mounted between the telescopic stands and extends as the telescopic stands extend. The locking device mounted on the telescopic tubes to hold the inner tube in position. When the tool cabinet is used, the hanging device can be extended out to hang and store tools. The tools can be organized and the work surface will not in be cluttered.

Abstract: A cart with auxiliary wheels has a body having a bottom and two ends, a handle, at least one front swiveling wheel, a set of rear swiveling wheels and a set of auxiliary wheels. The handle is formed on the body. The front swiveling wheels and the rear swiveling wheels are mounted rotatably and respectively on the bottom of the body. The swiveling wheels are omni-directional and allow the cart to be moved in all directions. The auxiliary wheels are mounted centrally between the front swiveling wheels and the rear swiveling wheels. The auxiliary wheels are non-swiveling and are mounted parallel with the front-rear direction of the cart to provide straight-line stability to the cart.

Abstract: A cabinet safety device has a fixing base neighboring a side of the cabinet, a slide base mounted on the fixing base, lock members provided that can hook on both the slide base and the fixing base, and a fastening member provided between a bottom of the slide base and a bottom of the cabinet. When one of the drawers is pulled out, the slide base will go down to let the lock member escape from the slide base, and the slide base then goes up to prevent other drawers from sliding out, thus only one drawer can be pulled out at one time, which avoids potential danger when the center of gravity of the tool cabinet is shifted due to too many drawers being slid out at one time.

Abstract: The bi-directional wrench with a ratchet assembly can be used in small space. It includes a handle, a base attached pivotally to the handle, a rotating device mounted on the base and a bi-directional device engaged with the rotating device. The bi-directional wrench with a ratchet assembly can change the effective rotating direction conveniently.

Abstract: A ratchet screwdriver has a body and a driving portion. The body has a handle, a shank integrally formed on the handle, a post with a non-circular periphery pivoted with the shank and a head formed on the post. The driving portion has a spring mounted on the post, a cylinder with a non-circular inner periphery mounted on the post, and a chuck mounted on the head and used for holding the tool head. Because the driving portion of the ratchet screwdriver is longitudinally set on the body, it can reduce whole volume of the ratchet screwdriver to enable the screwdriver to be used in a small place.

Abstract: A ratchet screwdriver has a body and a driving portion. The body has a handle, a shank integrally formed on the handle, a post with a non-circular periphery pivoted with the shank and a head formed on the post. The driving portion has a spring mounted on the post, a cylinder with a non-circular inner periphery mounted on the post, and a chuck mounted on the head and used for holding the tool head. Because the driving portion of the ratchet screwdriver is longitudinally set on the body, it can reduce whole volume of the ratchet screwdriver to enable the screwdriver to be used in a small place.

Abstract: A socket for a wrench has a body with a central hole defined in one end of the body and a connecting device formed on the second end of the body. Multiple protrusions are formed on the inner surface of the central hole. Each protrusion has a peak and multiple teeth formed on one side of the protrusion. With such a socket, the socket can securely hold the head of the fastener with the teeth on the protrusions even when the head has been worn away.

Abstract: A socket for a wrench has a body with a central hole defined in one end of the body and a connecting device formed on the second end of the body. Multiple first protrusions are formed on the inner surface of the central hole, and each first protrusion has a peak with a first angle. A second protrusion is formed on the inner surface of the central hole between each pair of adjacent first protrusions. Each second protrusion has a peak with a second angle and a recess to make the second angle smaller than the first angle of the peak of the first protrusions. With such a socket, the socket can securely hold the head of the fastener with the peaks on the protrusions even when the head has been worn away.

Abstract: A unidirectional ratchet wrench essentially comprises a wrench body (10), a ratchet (20), an expending ring (30) and a plurality of clamping blocks (40). The ratchet (20) is rotatably mounted inside the wrench body and has the clamping blocks (40) evenly spaced around the ratchet (20) to engage the wrench body (10), whereby the unidirectional wrench has excellent torsion-resisting efficiency and an endurable extension life.