Abstract: A ratchet wrench includes a handle and a moving jaw. The handle has a pivot portion disposed at a working end of the handle and a fixed jaw integrally extended from the handle. The moving jaw has a pivoting base pivotally coupled to the pivot portion, and a ratchet is installed between the two jaws, and the moving jaw further has a clamp, and the clamp has a plurality of continuously arranged teeth, and the handle has an elastic element for propping the moving jaw, such that the moving jaw can be abutted against the ratchet, and the teeth of the moving jaw are engaged with the teeth of the ratchet.

Abstract: A universal ratcheting tool provides improved handling of tools that are difficult to use on their own, specifically, hexagonal wrenches. The universal ratcheting tool includes a handle and a body with a ratcheting mechanism within the handle. The body includes a first aperture for receiving a tool, and the first aperture includes slots to accept a plurality of sizes of tools. The body also includes a second aperture where the tool extends out of the body. A retaining component is coupled with the body to retain the tool and a retaining tab is able to be used to open and close the retaining component. Once the tool is positioned and retained within the universal ratcheting tool, a user is able to easily install or remove an object such as a screw with the benefit of a comfortable handle and the ease of use of the ratcheting mechanism.

Abstract: A tool includes a first bit receiving socket, a second bit receiving socket, and an angled metal structure. The angled metal structure includes a first end connected with the first bit receiving socket and a second end connected with the second bit receiving socket.

Abstract: A well coated wrench includes a metal element, a one-way mechanism and an isolative coating. The metal element includes a tunnel defined therein. The one-way mechanism is substantially located in the tunnel. The one-way mechanism includes a tongue located outside the tunnel and a button located outside the tunnel. The isolative coating is provided on the metal element. The isolative coating includes an external annular ridge located around the button.

Abstract: A hand tool is disclosed. The hand tool has a gripping portion and a distal end with an attachment end disposed thereon. A ratcheting mechanism is combined with the attachment end to provide ratcheting action. A rotatable head is combined with the attachment end and engaged with the ratcheting mechanism. The rotatable head comprises a plurality of sockets and in some embodiments the rotatable head has four sockets of different size spaced thereon.

Abstract: A finger-operable phacoemulsification (“phaco”) needle wrench includes a base that receives a fastening head of a phaco needle. A hollow finger grip extends from the base for at least as long as the portion of the needle extending distally from the fastening head. The grip has asymmetric lobes directed generally outwardly from the grip's central axis. The lobes provide a tightening torque to the needle fastening head in response to a tightening force applied to the lobes by fingers of a user securing the needle to a phaco handpiece. The lobes provide a loosening torque to the needle fastening head in response to a loosening force applied to the lobes by fingers removing the needle from the phaco handpiece. The loosening torque is greater than the tightening torque because of the asymmetric profile of the lobes.

Abstract: The invention regards a tool (1) for applying torque to an maneuvered object, such as for example a screw head or nut, including at least a first jaw (4), and at least a second jaw (5) where the first jaw (4) and the second jaw (5) are connected to at least one lever (arm) (2). What is unique with the tool is that at least one of the jaws (4, 5) includes at least one recess (7) with a first contact surface (8) and a second contact surface (9) of which at least one of the contact surfaces (8) and (9) is arch-shaped. A method of using, the tool is also disclosed.

Abstract: A ratchet wrench includes a parts replacement structure that ensures effort-saved and smooth operation and prevents parts from getting lost. The wrench has a handle having an end forming a head portion that rotatably receives therein a driving collar. A lid plate is fixed to the head portion to retain a pawl member that engages and controls the rotation of the driving collar. The pawl member includes a pusher pad positioned on and movable along a top of the lid plate. A retention block is set at the side of the pawl member opposite to the driving collar to apply a biasing force to the pawl member through a push bar. In this arrangement, the push bar will not get lost when the pawl member disengages from and thus releases the driving collar for replacement.

Abstract: A universal ratcheting tool provides improved handling of tools that are difficult to use on their own, specifically, hexagonal wrenches. The universal ratcheting tool includes a handle and a body with a ratcheting mechanism within the handle. The body includes a first aperture for receiving a tool, and the first aperture includes slots to accept a plurality of sizes of tools. The body also includes a second aperture where the tool extends out of the body. A retaining component is coupled with the body to retain the tool and a retaining tab is able to be used to open and close the retaining component. Once the tool is positioned and retained within the universal ratcheting tool, a user is able to easily install or remove an object such as a screw with the benefit of a comfortable handle and the ease of use of the ratcheting mechanism.

Abstract: A multiple socket ratcheting wrench is described comprising an elongate handle with a first end and a second end. A first mounting element connected to the first end and a second mounting element connected to the second end. A first holder element rotatably attached by a first pin to the first mounting element is provided, wherein the first holder is capable of rotating at least 180 degrees about the first pin, the first holder element defining a first opening and a second opening. The first opening receives a first socket and a second socket, and the second opening receives a third socket and a fourth socket. A first ratcheting means is attached to the first holder element and is configured to control torque direction of the first socket and the second socket, and a second ratcheting means is attached to the first holder element and is configured to control torque direction of the third socket and the fourth socket.

Abstract: A ratcheting tool including a handle formed with an integral yoke at a first end and a tool head coupled to the yoke at a pivot. The tool head has a toothed hub facing rearwardly of the pivot and into the yoke. A locking spool is rotatably carried in the yoke adjacent the toothed hub. The locking spool has a first face, a second face, and a first tooth extending along both the first face and the second face and engaging the toothed hub. The locking spool is rotatable between a first position in which the first face is adjacent the toothed hub, thereby locking the tool head in a selected angular position with respect to the handle, and a second position in which the second face is adjacent the toothed hub such that the tool head is pivotable about the pivot.

Abstract: A wrench for different-sized nuts includes a handle having an opening at a first end thereof and a slot communicated with the opening, an adjustment screw threadedly inserted into the handle and passing through the slot for adjusting a gap of the slot, a first working head rotatably connected with the first end of the handle in such a way that one of first and second mounting portions of the first working head is selectively positionable in the opening of the first end of the handle, and different-sized first and second ratchet sockets rotatably and respectively mounted with the first and second mounting portions. By means of the adjustment screw, the rotationability of the first working head relative to the first end of the handle can be adjusted.

Abstract: An ergonomic handle for a rotatable device is provided. The handle has an underside, an opposed upperside and a peripheral wall extending therebetween. The upperside has a slightly convex shape providing an ergonomic grip adapted to be received in the palm of a users hand. A ratcheting mechanism is combined with the underside and centered on a center line extending through the handle, wherein the center line represents an axis of rotation for the ratcheting mechanism and. The handle has at least one chamber disposed within the handle body between the upperside and the underside with access to the chamber by a lid disposed on the peripheral wall. A portion of the peripheral wall adjacent to one side of the lid has substantially the same plan outline as the side of the lid, thereby forming a smooth transition between the peripheral wall and the lid.

Abstract: A ratchet bit driving tool includes a hexagonal tool driving shaft with planar faces and vertices between the faces; a handle drive sleeve with a cylindrical inner bore and adapted for attachment to a handle; and a roller bearing ratchet clutch with an annular roller bearing cage between the tool driving shaft and handle drive sleeve which is adapted to selectively engage the tool driving shaft on rotation of the handle drive sleeve. The roller bearing cage includes at least three roller bearing apertures in separated by at least three resilient locator bars with a substantially cylindrical roller bearing resiliently retained in each aperture between a face of the tool driving shaft and the handle sleeve by the locator bars. The roller bearing cage additionally includes at least three inwardly facing resilient position indexing notches operable to engage with a vertex of the tool driving shaft.

Abstract: A ratchet flare nut wrench is disclosed. The ratchet flare nut wrench includes a handle, a socket, and a ratchet. The handle includes at least one open end. The socket includes a through hole therein, wherein the through hole has different sizes on opposite sides of the socket. The ratchet connects the socket to the open end of the handle.

Abstract: An assembly for handling a work piece may include a handle and a drive member coupled to the handle. The drive member may include a body that is rotatably coupled to the handle and at least one socket coupled to the body. The socket includes a ratchet mechanism that is operable to enable and disable rotation of the body and the handle relative to the socket while the socket is engaged with the work piece.

Abstract: The housed socket extension has a high strength tubular housing with a socket extension apparatus which fits within the housing and protrudes from the ends of the housing. Two bearing retaining devices are mounted on the socket extension apparatus, adjacent to the ends of said housing. The first end of the socket extension receives a ratchet wrench or power tool, and the second end of the socket extension apparatus is designed to mate with the square hole of a socket or tool bit.

Abstract: A hand tool includes a handle, a first shank portion, a second shank portion, a hinge, a fitting and a ratchet. The first shank portion is connected to the handle. The hinge pivotally connects the second shank portion to the first shank portion. The ratchet connects the fitting to the second shank portion.

Abstract: A hand tool is revealed. Inner plates are clipped between two outer plates. An insertion hole of the inner plate is corresponding to a fixing hole of the outer plate. A ratchet connecting plug is mounted in clamping holes of each outer plate. By a fixing member penetrating each fixing hole, the assembling of the outer plates, inner plates and the ratchet connecting plug is completed. The convenient assembly is attained. Moreover, the inner and outer plates form a handle with required thickness. The handle is convenient to hold and work for fastening screw fasteners. Furthermore, an ejector disposed on the ratchet connecting plug is used to push the screw fastener off the ratchet connecting plug quickly for improving the working efficiency. Each of two ends of the outer plate can be assembled with one ratchet connecting plug so that users can choose one according to practical needs.

Abstract: A gear unit applies to engaging a ratchet wheel for co-operation, wherein the body material of the gear unit is chose high-density steel through heat processing for enhancing hardness, such as medium carbon steel, high carbon steel, or alloyed steel, and made through continuous multiple cold forging and punching and heat processing; the gear body of the gear unit includes a junction matching the ratchet wheel profile and forming an external tooth through cold forging and punching, and the tooth shape matches the ratchet tooth of the ratchet wheel to engage the ratchet wheel; by way of using the special steel through the process of continuous cold forging and punching and heat processing, the internal structure of the gear unit is dense compaction, so as to improve the mechanical properties, thus the ratchet wheel wrench using the gear unit will have excellent operating performance and long service life.

Abstract: A tool for installing a wire twist connector onto at least two wires includes an injection molded device having a through orifice arranged on a distal face of the device for accepting a wire twist connector. This through orifice includes a through opening and a plurality of tapered curved regions arranged therein for contacting ridges on an exterior of the wire twist connectors during installation and removal. Pairs of stepped shoulders are arranged within the through orifice for accepting wings on an exterior of the wire twist connectors.

Abstract: A dismantling device comprises a tubular body and a tubular dismantling head, with a front end of the body inserted into a back end of the dismantling head, and a front end of the dismantling head provided with a dismantling structure to be engaged with a work piece. An inner wall of the back end of the dismantling head is provided with an inner toothed ring encircled by a number of teeth. An outside of the body is encircled by a hand wheel. The hand wheel is provided with a meshing block, revolving together with the hand wheel by a drive of the hand wheel. A link mechanism is provided inside a window, driving the meshing block to rotate a certain angle and making a front end of the meshing block to engage with the inner toothed ring at the dismantling head when the hand wheel is rotating.

Abstract: A combination open-ended ratcheting wrench with a box-end wrench has a wrench having a wrench head, the wrench head having a first aperture with a first opening, a receptacle formed at an inner wall of the first aperture, at least one limiting groove disposed around the inner wall of the first aperture; a control member pushing against an elastic member acceptable in the receptacle and having a ratcheting surface and a smooth surface, and at least one stopping edge corresponding to and accepting the limiting members; a ratchet disposed in the first aperture and having a ratcheting aperture, the ratcheting aperture having a ratchet opening, a ratcheting pawl formed around an outer circumference of the ratchet and corresponding to the ratcheting surface of the control member; and a rotation cap disposed on the wrench head covering a portion of the ratchet in the first aperture and having a second opening.

Abstract: A line wrench includes a drive receiving portion, a holder movably connected to the drive receiving portion and a fastener engaging body. The fastener engaging body has a plurality of fastener engaging surfaces defined by a fastener receiving aperture having an axis and a side opening through which an elongate member can enter the fastener receiving aperture by a movement transverse to the fastener receiving aperture axis. The holder is arranged to receive the fastener engaging body, has a free end portion and is movable between a position in which the free end portion is spaced from the drive receiving portion to permit an elongate member to enter the side opening and a position in which the free end portion engages the drive receiving portion such that a drive force applied to the drive receiving portion is transmitted to the holder via the free end portion.

Abstract: A ratchet wrench with variable output torque includes a wrench body, a control bar, a control pin, and a handle. The body includes a shank having an end forming a driving section for coupling with a socket and an opposite end pivotally connected to an end of the control bar through a pivot pin. The pivot pin is substantially normal to but not intersecting a central axis of the driving section so that the control bar is rotatable about the pivot pin for angular displacement. The control pin controls angular displacing between the control bar and the shank. The handle forms a bore slidably and slidably receiving the control bar to thereby form an extendible/contractible handle arrangement constituted by the handle, the control bar, and the shank. The handle is freely rotatable about an outer circumference of the control bar for efficient and effective operation of rotating the driving section.

Abstract: The invention provides a medical screwdriver having a sleeve that can be coupled to the medical screwdriver without the need to align the sleeve to the medical screwdriver. The medical screwdriver includes a body portion having a receiver, a drive shaft, a sleeve, and a coupling connecting the sleeve to the receiver. The sleeve surrounds at least a portion of the drive shaft when coupled to the receiver. The coupling comprises an end of the sleeve and the receiver of the body portion. The end of the sleeve and the receiver are designed so that the end of the sleeve can be coupled with the receiver of the body portion without rotationally aligning the end of the sleeve to the receiver of the body portion and so that the sleeve is prevented from rotating in a direction of rotation during use.

Abstract: An air frame fastener wrench includes first and second handles pivotally attached to one another. A ratchet head of the first handle includes a selectively rotatable driver mateable with a socket. As the first and second handles are brought towards one another, the driver rotates the mated socket and an engaged collar of an air frame fastener. A key, which is connected to the first or second handle for preventing rotation of the key, extends through the ratchet head and prevents rotation of a pin of the air frame fastener as the collar is tightened thereto.

Abstract: A wrench of the present invention includes a main body having a handle and a driving portion. The main body is made from aluminum alloy, which consists of Si, Fe, Cu, Mn, Mg, Cr, Zn, Ti and Al. Specifically, the aluminum alloy has less than 1% by weight of Si, less than 1% by weight of Fe, 1-5% by weight of Cu, less than 1% by weight of Mn, 2-5% by weight of Mg, less than 1% by weight of Cr, 5-9% by weight of Zn and less than 1% by weight of and the rest part thereof is Al.

Abstract: A crankable hand wrench includes an elongated main handle having opposite end portions, opposite faces extending between the opposite end portions, and a slot in the main handle nearer to one than the other of the opposite end portions, a wrench head attached to and extending from at least the other of the opposite end portions of the main handle, and a crank assembly incorporated by the main handle. The slot is formed through the main handle between the opposite faces thereof so as to open at the opposite faces. The crank assembly includes a crank handle movable between a stored position in which the crank handle is disposed within the slot and a deployed position in which the crank handle extends from the main handle so as to form a substantially L-shaped crank therewith.

Abstract: The present invention relates a one-direction ratchet wrench, which has a driving head with a first cavity and a second cavity. There are walls located on the top and the bottom portions of the second cavity, and a pin hole is extended from the second cavity to the walls. A ratchet wheel is rotatably mounted in the first cavity, and there is a plurality of ratchet teeth in the outer periphery of the ratchet wheel and a receptacle formed in the middle to receive and drive workpieces. A pawl is located in the second cavity and one of its sides has a plurality of teeth engaged with the ratchet teeth. A pin is inserted in a pin hole for an elastic assembly to hitch on. The elastic assembly has a first elastic element and a second elastic element. One end of the second elastic element links to the pawl and the other end links to the first elastic element. The first elastic element hitches on the pin and one of its ends sticks against the inner wall of the second cavity.

Abstract: An open end ratchet wrench includes a socket member rotatably received in an opened head member and having a number of teeth and having an open notch for selectively aligning with an open slot of the head member, a pawl engaged in the head member and having a toothed end for selectively engaging with the teeth of the socket member and for allowing the socket member to be rotated in one direction by the head member, and a spring biasing member engaged with the pawl and having two end portions extended out of the pawl and engaged with the head member for anchoring the spring biasing member to the head member and for evenly biasing the pawl to engage with the teeth of the socket member.

Abstract: A handled ratcheting tool is able to be used in a standard, L handle or T handle orientation. The handled ratcheting tool includes a handle, a stem, a ratcheting mechanism and multiple tools. Multiple tools are coupled to the ratcheting mechanism which are able to form the L and T configurations depending on which tools are positioned in an open position and which are in a closed position.

Abstract: A dual purpose flip-out and T handle ratchet is able to be used in an L or modified L-handle orientation as well as a T handle orientation. The dual purpose flip-out and T handle includes a handle portion and a ratchet head and neck portion. The handle portion is coupled to the neck portion at a lockable hinge. The hinge allows the head and neck portion to rotate to an L or modified L-handle orientation or to a T handle orientation. When properly oriented the tool is able to be used to tighten or loosen objects such as screws or bolts.

Abstract: A multi-function tool includes an extendible and retractable portion that becomes offset from a centerline position of the handle when in the offset position. A locking mechanism allows the workman to offset the shaft from a centerline position of the handle, or retract the shaft back into the handle into a centerline position. While the shaft is in the extended and offset position, the shaft rotates freely in either a clockwise or counterclockwise direction. When the shaft is retracted in the straight centerline position, a ratchet mechanism or gear box restricts shaft rotation in either a clockwise or counterclockwise direction, or allows rotation in either direction. The shaft can be extended and offset by means of a spring or other device that allows the locking mechanism to offset automatically or semi-automatically when the locking mechanism is activated. The shaft allows the workman to interchange bits or sockets for multiple applications.

Abstract: The present invention is a ratchet wrench that incorporates removable sockets into the wrench body. The removable inserts are integrated and stored in the wrench body. An insert of the desired size can be removed from the handle of the wrench body and placed within the opening of the wrench. The opening is configured to securely hold the insert and the opening includes a ratcheting mechanism so that the wrench can be used in a ratcheting manner. The ratcheting wrench has several uses including the fastening and/or removal of nuts, bolts, screws and other hardware.

Abstract: A foldable tool kit has a ratchet head, a wrench body, a bit holder, a plurality of bits and a gripping handle. A protruding column extends from the ratchet head and is jacketed by an extension rod. The wrench body has a U-shaped cross-section, and side walls of one end of the wrench body form securing plates between which the ratchet head is pivoted. The extension rod opens out from, or closes into, a first opening of the wrench body, and tap holes are provided on side walls of another end of the wrench body. One end of the bit holder has a pivot base, and the pivot base has a pair of first pivot portions corresponding to a pivot hole from two sides of the pivot base. The grip handle also has an inverted U-shaped cross-section and two sides of one end each respectively have a through hole.

Abstract: A power ratchet head is composed of a main body and a reinforcing rib. The main body is hollow inside and includes a pair of stopping portions, a receiving space, and a first through hole. The stopping portions are spaced from each other, extending outward from one end of the main body. The receiving space is formed between the two stopping portions. The first through hole runs through one of the stopping portions. The reinforcing rib is connected between the two stopping portions and located at free ends of the stopping portions, having a width that is smaller than the radius of the first through hole. The reinforcing rib is connected with the free ends of the stopping portions to structurally reinforce the main body, such that the stopping portions are not subject to outward deformation and the working life of the power ratchet head can be enhanced.

Abstract: A ratchet wrench assembly has a handle bar, a ratchet head and a connecting rod. The handle bar has a grip and a U-shaped ratchet mount. The U-shaped ratchet mount has two connecting holes. The connecting holes are respectively defined through the U-shaped ratchet mount and align with each other. The ratchet head is detachably mounted on the U-shaped ratchet mount and has a hollow housing, two connecting openings, a ratchet device and a pressing body. The connecting openings are respectively defined through the housing and respectively align with the connecting holes. The ratchet device is mounted in the housing. The pressing body is rotatably mounted through the ratchet device and has a through opening radially defined through the pressing body. The connecting rod is mounted through the connecting holes, the connecting openings and the through opening.

Abstract: A screwdriving tool includes a gear head and a drive arm. The gear head forms a gear housing, in which a free wheel or ratchet gear having an output rotational axis is arranged. A front side of the gear head includes an output coupling, in the shape of a polygon. The drive arm can be pivoted about a pivot axis, which is substantially transverse to the output rotational axis, from a quick-action screwdriver position, in which the drive arm is in the output rotational axis, into a power-action screwdriver position, in which the drive arm extends substantially transversely to the output rotational axis and can be fixed in both pivot positions by detents. The detents can be moved from a detent position into a release position by means of an actuating member associated with the drive arm.

Abstract: A tool includes a working tool portion and an extendable handle joined with the working tool portion. The extendable handle includes a shaft, a tube, and an anti-rotation member that is unbiased so as to prevent, during application of relative rotational force between the shaft and tube, relative rotation between the shaft and tube and to prevent removal of a portion of the anti-rotation member from an axially arranged groove. A lock device is movable from a first position to a second position wherein when the lock device is in the first position the tube is prevented from moving axially relative to the shaft and wherein when the lock device is in the second position the tube can be moved axially relative to the shaft.

Abstract: A hand tool is disclosed. The hand tool has a gripping portion and a distal end with an attachment end disposed thereon. A ratcheting mechanism is combined with the attachment end to provide ratcheting action. A rotatable head is combined with the attachment end and engaged with the ratcheting mechanism. The rotatable head comprises a plurality of sockets and in some embodiments the rotatable head has four sockets of different size spaced thereon.

Abstract: A wrench with switchable ratchet wheel sets includes a graspable body with at least one end having a support jaw set, in which support jaw set a rotatable tool seat is provided and pivotally connected to the support jaw set by a pivot is provided with at least two ratchet wheel sets; and a switch assembly settled on the graspable body near the support jaw set and having a switch that has a shaft passing through the graspable body, and that the shaft has two ends extending as two holding ends and thus enabling the switch to make the rotatable tool seat laterally retained by the two holding ends.

Abstract: An improved power assisted lever arm ratchet which has a 6? to 30? extension and drive shaft between the ratchet handle and the ratchet head.

Abstract: A device for engaging and rotating a glad hand. The device featuring a receptacle and an adaptor flange. The receptacle shaped to allow a glad hand to be seated therein. The receptacle formed by a base and at least one side wall extending from the base. The adaptor flange axially extending from an exterior surface of the base of the receptacle opposite the at least one side wall, the adaptor flange having a body, a central cavity and a open end opposite the base, the central cavity of the adaptor flange extending longitudinally within at least part of the body from the open end.

Abstract: The present invention relates to a handle, a head piece and a wrench, such as a torque wrench, in particular for use in surgery and prosthetics, such as surgery and prosthetics within the dental field. A handle for a wrench is provided, wherein the handle comprises an elongated body element extending along a first axis, and a torque arm for indicating the torque applied to the torque arm, the torque arm having a proximal end attached to the body element. Furthermore, the handle comprises a first locking element, the first locking element being adapted to removably engage with a locking element of a head piece, and the handle further comprises a ratchet element that is adapted to engage with a tool piece in a ratchet gear.

Abstract: This invention relates to a fastener driving device including a variable ratio gear mechanism that enables the ratio of the rotation of the handle to the rotation of a driving bit extending from the handle to be varied to allow the bit to rotate at different speeds from the handle. The device includes a gear mechanism disposed within a housing for the device that includes a locking member. The locking member can be engaged with the gear mechanism to lock the gear mechanism in a configuration for a 1:1 gear ratio. The locking member can be moved with regard to the gear mechanism to provide an increased gear ratio for the gear mechanism when desired.

Abstract: A drive system cooperating with the drive mechanism of a ratchet wrench enables a user to use the wrench for its intended purpose and also spin the drive at high speed by pulling an endless belt. The belt is contained in a manner which causes structures on the belt to engage with exposed gear teeth of the ratchet wrench or an attachment. The containment structure provides for proper alignment and positioning of the belt to allow for the desired engagement with the drive teeth even after the user releases grip from the belt. The containment structure further allows an opposite end of the belt to hang loose and thus be easily accessible by a user. The drive system can be used on a socket ratchet without exposed teeth by adding gear teeth to a ratchet drive member or socket either permanently, as an added part or as an extension to the socket ratchet or socket.

Abstract: A tool includes a driving head which is pivotally adjustable with respect to a handle. A connecting device is utilized to selectively keep the driving head retained in an angular position with respect to the handle. The handle includes a hole and a first plurality of teeth extending through the hole. The driving head includes one joining prong including a first through hole which includes a first diametrical section and another joining prong including a second through hole which includes a second diametrical section. Further, a second plurality of teeth extends on the first diametrical section. The connecting device includes an engaging member partially received in the hole and the second diametrical section and selectively engages with the first diametrical section. Further, the engaging member includes a third plurality of teeth which selectively engages with the second plurality of teeth for retaining the driving head in a pivoting position.

Abstract: A multi purpose tool includes a pivotally joined pair of lever arms. The first lever arm includes both a first jaw portion having an elongate aperture and a first handle portion. The second lever arm includes both a second jaw portion having a pivot member and a second handle portion. One of the first and second handle portions comprise a detachable tool that attaches to the multi purpose tool by connecting with an elongate joining portion. The elongate joining portion fits inside a first end of the detachable tool. A second end of the detachable tool includes a bit retainer.

Abstract: A detachable screwdriver assembly has a handle, a connecting tube, a workpiece. The handle is rubber or plastic. The connecting tube is mounted in the handle and has a tool mount. The workpiece is a mounting shaft. The mounting shaft is detachably mounted in the tool mount of the connecting tube and has a mounting end, a tool slot, a chuck and a tool head. The mounting end of the mounting shaft protrudes from the tool mount of the connecting tube. The tool slot is formed in the mounting end. A chuck is slidably mounted around the mounting end. The tool head is detachably mounted in the tool slot and is held by the chuck.