Abstract: A screw supplying module includes a main body, a feeding body and a holding module. The main body includes a second portion, a third portion and a hollow part. The holding module includes a screw chamber, a plurality of clamping pieces, an elastic piece and a fixing piece. The screw chamber includes an input portion, an outer ring wall and an inner space. The plurality of clamping pieces are inserted into the plurality of holes respectively. Accordingly, the plurality of clamping pieces are partially located in the inner space and are partially exposed from the holes of the screw chamber. The elastic piece is sleeved on the outer ring wall, and the elastic piece abuts against the part of the plurality of clamping pieces exposed from the holes. The fixing piece is sleeved on the outer ring wall and is configured to fix the elastic piece.

Abstract: A delivery system includes a first instrument having an outer sleeve defining a passageway. The first instrument includes an inner sleeve having a first end disposed in the passageway and a second end including a first mating element. The inner sleeve defines a channel. A second instrument includes a hollow shaft disposed in the channel and a handle coupled to the shaft. The handle includes a body and a second mating element extending from the body. The second mating element is configured to engage the first mating element to secure the second instrument to the first instrument. Methods are disclosed.

Abstract: Apparatus for installing and removing road wheels from a motor vehicle, which may include a powered jack permanently mountable to the vehicle and a powered tool for tightening and loosening lug nuts and screws. The jack is an assembly incorporating two screw operated jacks, each for lifting one corner of the vehicle. The jack may include a manual controller having a power cord which is inserted into the cigarette lighter socket of the vehicle and which selectively operates any of up to four screw operated jacks. The powered tool may include plural sockets for engaging all lug nuts and screws simultaneously. The jack and powered tool may each have respective power cords which are insertable into the cigarette lighter socket or alternatively into a power port of the manual controller. The invention may comprise a kit including one or more jacks, the powered tool and optionally a jack stand.

Abstract: A compact one touch pneumatic wrench includes a cylinder having an improved air passage to achieve one touch function and a housing mad of engineering plastic material. Compared to a conventional pneumatic wrench which needs one hand to hold the handle and the other hand to operate the clockwise/counterclockwise rotation of the motor, the present invention improves the air passage of the cylinder to provide a simple and convenient operation with only one hand, providing a convenient operation and enhancing the work efficiency.

Abstract: A torque intensifying tool for tightening and loosening threaded connectors has at least one torque intensifier unit with a torque intensifier housing portion, an input and a first output and a second output, a drive connected with the input unit for transmitting a torque from the drive through the intensifying unit to a threaded connector, so that in one mode of operation the housing portion together with the first and the second outputs turn in the same direction, and in another mode of operation the housing portion together with one of the first and second outputs receives a turning force in one direction while the other one of the first and second outputs receives an equal turning force in the opposite direction, and so that one of the first and second output means turns in the one mode and in the another mode while the other of the first and second output means turns in the one mode and reacts in the another mode.

Abstract: In accordance with one aspect of the present invention, a combination ratcheting and helical driver is disclosed. In the unlocked position the hand tool coverts downward linear force into rotary motion. In the locked position the hand tool operates as a ratcheting driver. The locking device locks the helical drive shaft of the hand tool in a retracted position such that the helical drive shaft is substantially positioned within the handle body. A locking main body is adjacent to a chuck assembly. The locking main body selectively combines with a shoulder abutment adjacent to the handle assembly to lock the helical drive shaft in the retracted position.

Abstract: The present invention is an embodiment of a machine-enabled compression nut and ferrule removal device. The compression nut puller of the present invention features a shaft attachment for insertion into a mechanized hand drill to enable swift and easy removal of heavily torqued compression nuts. The invention also includes a base support plate with the enhanced compression removal assistance of a metal support housing for the shaft, and a pipe attachment sleeve. This allows for powered rotation of the axle of the shaft while the supports remain stationary, which enables the quick removal of a tightly compressed nut and ferrule, whether it is deformed, corroded, or otherwise damaged.

Abstract: The screw tightening apparatus includes a motor, an output shaft to which a bit for screw tightening is connected so as to be rotatable integrally with the output shaft and which is axially movable, the output shaft being driven to be rotated by the motor, a spring whose one end contacts a member constituting a main body of the screw tightening apparatus, and a spring receiving member which the other end of the spring contacts and transmits a biasing force of the spring to the output shaft. The screw tightening apparatus further includes a conductive member which contacts the output shaft and the spring receiving member. This configuration enables static electricity generated on the bit to certainly flow into the main body of the apparatus (ground) via the output shaft, the conductive member, the spring receiving member, and the spring.

Abstract: A pneumatically operated screw driver ensuring a complete return of a piston to its top dead center. The screw driver has a compressed air return chamber for returning the piston to its top dead center by applying a compressed air in the return chamber to the piston. The piston includes a main piston and an auxiliary piston. The main piston is first reaches its bottom dead center, and then the auxiliary piston reaches its bottom dead center whereupon screw driving is terminated. Before the auxiliary piston reaches its bottom dead center, and after the main piston moves past a predetermined position, a compressed air is introduced into the return chamber. After the main piston reaches the bottom dead center, application of the compressed air pressure in the return chamber to the auxiliary piston is prevented.

Abstract: A apparatus for disassembling a threaded bolt and nut assembly wherein the bolt is initially extended through an opening provided on a structure and being secured thereto with the nut axially mounted on a threaded rod of the bolt. The apparatus comprises a tool body, a nut gripping element such as a socket mounted for rotation on a working portion of the tool body, the socket being provided with a bore axially extending theretrough. The apparatus further comprises a rotary actuator mounted on the tool body and operatively coupled to the socket for imparting torque to the mounted nut in a direction allowing release of the nut from the secured bolt.

Abstract: The present invention describes tools for fixing wire nuts to wires. The tools provide translation of linear force to rotational force thereby minimizing the turning action of a user of the tool. The tools for fixing the wire nuts may be color coded to allow quick selection of the appropriate tool for the appropriate wire nut. The tools will accommodate a variety of sizes all wire nuts and also a variety of designs of wire nuts. In one aspect of the invention, a single tool permits the user to switch from one sized wire nut to another without holstering during the tool.

Abstract: In a fastening device, to an impact wrench body 2 of an impact wrench 1 a jig holder 5 is detachably fitted. To this jig holder 5 a socket integrated type whirl-stop jig 6 is detachably fitted. The socket integrated type whirl-stop jig 6 is constituted by a whirl-stop jig body 7 which is detachably fitted to a jig holder 5, a socket 8 which is rotatably supported on the jig body 7, and a coupling member 13. The socket 8 and the coupling member 13 are connected to be relatively movable in an axial direction and rotatable in one-piece with each other. The coupling member 13 is connected with the rotary shaft 20 of the impact wrench 1, and a fastener 28 is engaged with the socket 8 to be tightened to the screw 37 of the rotary shaft 36 to which the clutch inner part 33 is fitted. The whirl-stop jig body 7 has a one-piece whirl-stop part 32, which is engaged with the rib 34 of the clutch inner part 33, to whirl-stop the clutch inner part 33.

Abstract: An actuating device for an electrical power wrench includes a base member connected to a motor and an output shaft is rotatably connected to the base member. A pin biased by a spring movably extends through the base member. A ball biased by a spring is received in the base member and engaged with a groove defined in an outside of the pin. A movable frame with a weight movably retained between two blocks on the base member and two springs connected between the two ends of the movable frame and the two blocks. An L-shaped actuating member is rotatably connected between the two blocks and pivotably connected to two lugs of the movable frame. When the base member is rotated by the motor, the movable frame radially moves due to the eccentric force to pivot the actuating member. When the force being put on to the pin by the actuating member overcomes the froce of the two springs, the pin extends to impact a plate extending radially outward from the output shaft to output a sudden and large torque.