Abstract: Described herein is a wheel rim clip or clamp that is used to assist the user in mounting or remounting a bicycle tire on a wheel, thereby allowing the user to use both hands in mounting the tire around the wheel (tubeless or a tube/inner tube assembly). Furthermore, the rim clip allows a user to mount or remove a tire from a wheel rim with or without a work stand.

Abstract: A hand operated gripping tool includes a first jaw unit having a first work piece engaging portion, a support member extending generally transversely with respect to the first jaw unit, a first handle at the second end of the support member, a second jaw unit having a second work piece engaging portion, and a second handle having an end portion pivotally attached at the second jaw unit. A guiding device is disposed at the end portion of the second handle. The guiding device has an engaging element and a biasing element, and the engaging element is biased or urged toward and into engagement with the second reaction surface by the biasing element. The engaging element engages the second reaction surface as the second jaw unit moves along the support member to adjust the size of the work piece receiving space.

Abstract: The invention relates to pliers (1), comprising two plier legs (2, 3) and a jaw opening (M) formed by jaws (7, 8), wherein retaining elements (9) that can be rotated relative to a jaw (7, 8) are arranged in the jaw opening (M) in order to grasp ends of a spring clamp (11) and the plier legs (2, 3) are connected to each other in an intersection region (4). According to the invention, in order to provide pliers for installing or removing spring clamps that are ergonomically designed as favorably as possible with regard to hand forces to be applied, the plier legs (2, 3) can be adjusted relative to each other in steps in the intersection region (4) in order to change the size of the jaw opening (M).

Abstract: An apparatus includes a body, a driver, a plurality of shafts, and a plurality of arms. The body is configured for insertion into a component and the driver is adapted for movement relative to the body. The plurality of shafts extend through the body and are connected to the plurality of arms. The tool is configured such that contact by the driver against the shaft rotates the plurality of shafts to pivot the plurality of arms.

Abstract: Hand tool and method of manufacturing and using same. The hand tool includes a tool mount including at least one heim joint that removably receives thereon a tool head assembly. The heim joint and tool head assembly cooperate to provide the hand tool with a multi-directional, variable angle of attack on a work piece in a manner that accommodates aged, arthritic and otherwise handicapped people having a limited range of arm, wrist and hand movement.

Abstract: A pliers is adjustable between at least two distinct selectable size ranges. A movable pivot pin is held stable in a selected recess of a slot in both loaded and unloaded conditions. A lower jaw is adjustable between a small and a large size range. A multifunction spring is movably attached to a body to both firmly bias a lower jaw and handle to an open position and to retain the pin in a constant selected pivot position of the body for normally used conditions. The pliers include a familiar function and compact shape without additional bulk from the structures of the improved features. Only a simple wire form is required to provide the improvement of the invention in a preferred locking pliers embodiment.

Abstract: A hand operated gripping tool includes a first jaw unit having a first work piece engaging portion, a support member extending generally transversely with respect to the first jaw unit, a first handle at the second end of the support member, a second jaw unit having a second work piece engaging portion, and a second handle having an end portion pivotally attached at the second jaw unit. A guiding device is disposed at the end portion of the second handle. The guiding device has an engaging element and a biasing element, and the engaging element is biased or urged toward and into engagement with the second reaction surface by the biasing element. The engaging element engages the second reaction surface as the second jaw unit moves along the support member to adjust the size of the work piece receiving space.

Abstract: A hand operated gripping tool includes a first jaw fixedly connected with a first jaw handle, a second jaw movable relative to the first jaw such that the first and second jaws cooperably define a variable size space therebetween for receiving a part to be gripped, a second jaw handle pivotally connected with the second jaw for moving the second jaw relative to the first jaw, a link system pivotally connected to the second jaw handle and having a guided portion selectively engageable with a plurality of guide portions provided on the first jaw handle. The guided portion being engageable with a first of the guide portions to define a first range of movement of the second jaw towards the first jaw and a second of the guide portions to define a second range of movement of the second jaw towards the first jaw.

Abstract: A variable compression tool comprising a retaining surface attached to a lever arm and a cam surface attached to a second lever arm. The two arms are moveably connected through a fixed pivot point. The profile of the jaw pocket may be of various shapes. In one instantiation, the jaw pocket conforms to at least two sides of a nut. The orientation of the cam surface to the jaw pocket is such that the force generated by closing the jaws forces the nut into the retaining surface. Adjustment of the cam lever arm is regulated by an eccentric cam adjuster bearing which changes the effective center of rotation of lever arm two in two dimensions simultaneously by rotation of the bearing.

Abstract: A multi-function hand tool with a pivotally collapsible jaw-type tool that has a jaw lock which mechanically prevents the jaw-type tool from collapse. The jaw lock mechanism is contained within the jaw pivot joint of the jaw-type tool, and may be partially extended as a push button to prevent unwanted handle collapse. A plurality of blades are pivotally attached to the opposite end of the multi-function tool, which has a blade locking mechanism wherein the blade lock is pivoted about an axis located distal to the blade fastener/pivot axis. Each handle of the multi-function tool may be made of two individual handle halves that unite to form the handle, but that provide very precise tensioning, or the handles may be of a single channel shape using an infinitely adjustable threaded fastener and sleeve to provide precise adjustment of the multiple blades.

Abstract: A ratchet pliers with adjustable jaw includes a working head, an integrated retractable handle arrangement, a ratchet stepping arrangement and a rapid adjusting arrangement. The ratchet pliers with adjustable jaw has several advantages. Firstly, the rapid adjusting arrangement with simple operation and convenient use is capable of micro-adjusting a closure error of the jaw opening after clamping. Secondly, the integrated retractable handle arrangement is capable of adjusting a length of the handle according to different demands for a jaw clamping force so as to save energy of a user.

Abstract: The application relates to a pair of pliers (1). More specifically the application describes a pair of single-handed automatically self-adjusting water-pump pliers for clamping or gripping a workpiece. The pair of pliers comprises a first and a second handle (2,3), each handle comprising a jaw portion (8,9), a neck portion (6,7) and a handle portion (4,5), a spacing means (10) between the handle portions (4,5) for adjusting the opening width of the jaw portion (8,9); and the two handles (2,3) are pivotably and slidably connected to each other by means of releasable locking means (13).

Abstract: A ratchet pliers with adjustable jaw includes a working head, an integrated retractable handle arrangement, a ratchet stepping arrangement and a rapid adjusting arrangement. The ratchet pliers with adjustable jaw has several advantages. Firstly, the rapid adjusting arrangement with simple operation and convenient use is capable of micro-adjusting a closure error of the jaw opening after clamping. Secondly, the integrated retractable handle arrangement is capable of adjusting a length of the handle according to different demands for a jaw clamping force so as to save energy of a user.

Abstract: The present invention discloses pliers including first and second members having first and second jaw members, respectively, and a first handle and a second handle. The jaws have first and second workpiece engaging surfaces constructed and arranged to generally correspond to first and second surfaces of a standardized workpiece, such as a hexagonal nut. A pivot assembly is provided to interact between the first and second members, which includes a plurality of pivot retaining regions disposed on the first jaw member and a pivot structure disposed within the second member. The pivot structure is engageable at a selected one of the retaining regions to adjust a relative position of a pivot axis between the first and second members so as to adjust an extent of relative spacing between the first and second jaws of the pliers.

Abstract: A folding multipurpose hand tool including a pivoted latch that engages side walls of a handle and a base of a folding tool member to hold the folding tool member in a selection position. Pliers include a non-circular hub. A separate safety interlock latch keeps a folding blade stowed in a handle when another tool is moved from a first position with respect to the handle. A tool bit holder securely holds and drives reduced thickness tool bits that can also be engaged in and driven by conventional sockets having a regular hexagonal shape.

Abstract: A variable compression tool comprising a retaining surface attached to a lever arm and a cam surface attached to a second lever arm. The two arms are moveably connected through a fixed pivot point. The profile of the jaw pocket may be of various shapes. In one instantiation, the jaw pocket conforms to at least two sides of a nut. The orientation of the cam surface to the jaw pocket is such that the force generated by closing the jaws forces the nut into the retaining surface. Adjustment of the cam lever arm is regulated by an eccentric cam adjuster bearing which changes the effective center of rotation of lever arm two in two dimensions simultaneously by rotation of the bearing.

Abstract: Rotary pliers include a guide tube having a guide tube wall and a guide tube longitudinal axis and a guide tube proximal end connected to a radially protruding tube rotation lever and having a tube distal end with a distally protruding plier outer jaw radially spaced from the guide tube longitudinal axis; and a torque transmission shaft rotatably retained within the guide tube having a shaft proximal end connected to a radially protruding shaft rotation lever adjacent to the tube rotation lever and having a shaft distal end with a distally protruding plier inner jaw circumferentially aligned with the plier outer jaw; so that rotation of the torque transmission shaft relative to the guide tube by pivoting the tube rotation lever and shaft rotation lever relative to each other rotates the plier inner jaw along a circumferential path which is one of: toward or away from abutment with the plier outer jaw to grip or release an object.

Abstract: An adjustable pliers having first and second elongated members, each elongated member comprising a handle, a jaw, and a intermediate portion between the jaw and the handle. The intermediate portion of one of the elongated members includes an elongated slot, while the intermediate portion of the other elongated member includes a pivot pin that is slidingly captured in the elongated slot. A spring is captured in the elongated slot and engages the pivot pin so as to bias the jaw of one of the elongated members toward the jaw of the other elongated member. One of the handle members also includes a stop pin in its intermediate portion that abuts the intermediate portion of the other elongated member to limit the degree to which the elongated members can pivot with respect to each other about the pivot pin.

Abstract: The invention relates to a spanner for hexagonal shaped objects (5), comprising an upper and lower jaw (1 or 2), which are respectively connected in a single-piece to the limb of a handle (4 or 3). Both jaws (1, 2) are connected together in a pivoting manner in a length-adjustable single joint (6). The upper jaw (1) comprises a flat, smooth clamping surface (9) and a stop (10). The lower jaw (2) comprises a curved convex, flat clamping cam surface (11), which lies adjacent to a respectively associated lower flank surface (12) for all hexagonal objects (5) of all wrench sizes which are to be accommodated.

Abstract: A pair of manual tongs comprising two limbs which are rotatably connected in a common first rotational axis. The first limb is separated into two levers in its lever section, the two levers being rotatably connected in a first articulation, in a second rotational axis parallel to the common first rotational axis. A means of traction connects the second limb to the lever of the first limb, which is situated at a distance from the handle. The means of traction can be shortened by means of a pivotal movement of the lever of the first limb, which is situated close to the handle, above the second rotational axis. The areas of use of the manual tongs are often difficult to access. According to the invention, the second limb of the inventive manual tongs is thus separated into a lever situated at a distance from the handle and a lever situated close to the handle and the two levers are rotatably connected in a second articulation, in a third rotational axis which is parallel to the common first rotational axis.

Abstract: An arresting device is pivotally mounted between two handles of a pair of pliers. The arresting device comprises a sleeve and a rod fitted into the sleeve. The sleeve and the rod are pivotally fastened at one end with the two handles. The sleeve has a receiving cell, a retaining piece disposed in the receiving cell, and a spring disposed between the retaining piece and a side wall of the receiving cell. The retaining piece is urged by the spring to retain the rod. The receiving cell is provided with a pin pivoted thereto such that the pin is corresponding in location to the movable end of the retaining piece, and that the pin can push away the retaining piece from the rod. As the pin is turned such that a recess of the pin is corresponding in location to the retaining piece, the movable end of the retaining piece is in the free state, thereby enabling the retaining piece to be urged by the spring to retain the rod.

Abstract: A dual function adjustable hand tool including a head device having a hollow and a room. The hollow is coupled to the room and threaded on one side to screw with a pull-over member. The room further includes a leverage system. An adjusting device is placed between the lead device and the lower handle, and has at least one wheel that includes a hole, with a connecting shaft passing through it and a hole with a connecting rod passing through it. One side of the connecting rod couples to the second side of the leverage and the other side of the connecting rod screws to a sleeve which is coupled to the upper handle by a pin. The device further includes, a concavity and a wave spring; a setting device having a connecting nut, a setting rod and a setting nut wherein the connecting nut is screwed with the setting rod; and an assembly device including a connecting sleeve and a connecting device.

Abstract: An arresting device is pivotally mounted between two handles of a pair of pliers. The arresting device comprises a sleeve and a rod fitted into the sleeve. The sleeve and the rod are pivotally fastened at one end with the two handles. The sleeve has a receiving cell, a retaining piece disposed in the receiving cell, and a spring disposed between the retaining piece and a side wall of the receiving cell. The retaining piece is urged by the spring to retain the rod. The receiving cell is provided with a pin pivoted thereto such that the pin is corresponding in location to the movable end of the retaining piece, and that the pin can push away the retaining piece from the rod. As the pin is turned such that a recess of the pin is corresponding in location to the retaining piece, the movable end of the retaining piece is in the free state, thereby enabling the retaining piece to be urged by the spring to retain the rod.

Abstract: The self-adjusting pliers have a male handle (6) and a female handle (11) with toothed jaws (10), (13), capable of sliding by means of a slip-joint or crimping pawl (14) that crimps them and slides in a window (8) with teeth (9), which is attached to one of the toothed jaws. Both handles (6), (11) are joined together by means of a rod (15) and an opening/closing spring (5) which joins the rod (15) to one of the handles (11). It has an additional spring (m) which is antagonistic to the opening/closing spring (5), attached to the crimping pawl (14) and lying against the surface (31) of the window (8) opposite the teeth (9) of this window (8).

Abstract: A pliers having separate jaws secured to handles by interengagement of either a press-fitted boss and corresponding smooth bore or a threaded boss and threaded bore between the jaws and handles. In at least round nose and needle nose embodiments each jaw has a generally symmetric envelope about a central axis and the threaded member is located concentric to the central axis for ease and economy of manufacture. The long nose embodiment may also utilize the symmetric envelope with a portion of the generally conical jaw removed to form a flat, work engaging surface. Mating surfaces perpendicular to the central axis maintain alignment of the jaw to its respective handle. Round nose, long nose and needle nose pliers may be manufactured using the present invention.

Abstract: System for fastening elements to be connected, which is useful mainly in carpentry and cabinetmaking, as well as in metallurgy, making it possible to fasten those elements that connect to each other while the connection is consolidated. The system for fastening elements to be connected comprises pliers (1) and some fastening forks (18) whose arms have a loop (20), the arms (2) and (3) of the pliers (1) having a positionable rotation shaft (8), since both arms have a lug (4) and (6), respectively, positioned in the center part thereof, lugs which overlap. A hole (5) and (7), respectively, is defined in each lug (4) and (6) and the shaft (8) passes through the hole and is positionable therein. The hole (5) has a toothed contour.

Abstract: A plier or shear tool includes a pair of handles having one end rotatably secured together with a tube and each having a pole. One or more tool members each includes a pair of levers having a middle orifice for receiving the tube and each having an aperture for receiving the poles and for quickly securing the tool members to the handles. A ball is received in the tube, a shaft is received in the tube and has a depression for receiving the ball. A spring may bias the shaft to disengage the depression from the ball and to force the ball to engage with the hub.

Abstract: The present invention is an adjustment mechanism for both hand and production tools of any capacity. An eccentric pin mechanism provides the pivot between two handles or other load transferring members. The rotation of the pin moves the two members closer or farther apart, indirectly controlling the final position of the blades or jaws. This adjustment can be used to compensate for wear or to provide adjustment for a specific use. The eccentric pin is locked into position by means of a pressure pin mechanism. For light duty tools, this pressure pin mechanism would consist of a spring loaded pin which resists rotation of the eccentric pin during normal operation of the tool. The spring loaded pin would allow rotation of the eccentric pin when a tool is used to rotate it. For heavy duty applications, the pressure pin mechanism would consist of a solid set screw.

Abstract: Adjustable pliers having a pair of handles, each handle having a jaw portion, an intermediate portion and a hand-grip portion. The handles intersect each other and are pivotally mounted to each other so that movement of the hand-grip portions in one direction will move the jaw portions in the same direction. Holding means in the form of a pin extends from one of the intermediate portions and a slot is in the other intermediate portion. The holding pin extends into the slot and is slidable along the slot. The slot has receiving means in the form of notches which will receive the said holding pin when the jaw portions are placed in a predetermined position and hold them in that position. A locking assembly is also provided on the handle members to lock the two in position.

Abstract: Self-adjusting pliers, consisting of a male handle member and a female handle member with toothed jaws, sliding against each other by means of a pawl which connects them and slides in an elongated racked slot inserted in one of the toothed jaws, both handle members being joined together by a coupling link consisting of two sleeves (1), (2) which move against each other telescopically, one of them (2) pivoting on the male handle member (6) and the other on the female handle member (11); one spring (3) connecting both sleeves (1), (2) and a second spring (5) connecting one (1) of the sleeves with one (11) of the handle members.Suitable for application in the manufacture of hand tools.

Abstract: A pair of pliers includes a first member and a second member. The first member has a first handle portion, a first jaw portion, and a convex bearing surface portion disposed between the first handle portion and the first jaw portion. The second member has a second handle portion, a second jaw portion and a concave bearing surface portion disposed between the second handle portion and the second jaw portion. The concave bearing surface portion engaging the convex bearing surface portion of the first member to provide a fulcrum point between the first member and the second member. The fulcrum point shifts with relative spacial positioning of the first jaw portion and the second jaw portion.

Abstract: A plier tool which is convertible between a type wherein the jaws spread apart when the handles are squeezed and a type wherein the jaws close when the handles are squeezed. A pair of apertures, one for each type, is provided in one of the plier levers. The pivot assembly is insertable in and removable from each of the apertures for making the conversion.

Abstract: An adjustable angle medical forceps is disclosed which has a rotatable arm to which is attached a jaw element and which provides increased surgical dexterity for suturing with curved or straight needles, for dissecting bodily organs, and for isolating nerves, arteries, and the like. The forceps includes a laser fiber and irrigation and suction catheters for lasing, irrigating, and suctioning.

Abstract: An adjustable jaw pliers wherein the adjustable jaw pliers have a quick release threaded rod positioning portion which engages the threaded rod which has a pliers jaw attached to one end of the threaded rod. The pliers jaw which is attached to the threaded rod can be positioned at any distance from the other pliers jaw of the pliers by disengaging the threaded rod laterally from the quick release threaded rod positioning portion of the pliers. The pliers handle containing the quick release threaded rod positioning portion has a locking device attached to the pivot pin of the pliers. The locking device locks the threaded rod into the quick release threaded rod positioning portion of the pliers. Another aspect of the adjustable jaw pliers has the threaded rod attached to one of the pliers handle portions and a quick release adjustable position pliers jaw is positioned laterally to the threaded rod to and locked into place by a locking device.

Abstract: An arresting member (5) is rotatably mounted about the lengthwise axis of a lever handle (2) of a pair of pliers. The arresting member (5) is directed towards the other lever handle (1) and penetrates with its free end (11) through a slot (12) in this other lever handle (1). The shank (13) of the arresting member (5) is flattened so that the arresting member in one rotational position can axially freely slide in the slot (12). The largest radial extent of the shank (13) slightly exceeds the width of the slot (12) so that the arresting member (5) is clamped in another rotational position in the slot (12). By fabricating the arresting member (5) from a deformable material, the pair of pliers can be operated also with the arresting pin in this rotational position. Upon sliding through the slot (12) the arresting member (5) is thereby deformed.

Abstract: Utility pliers for single-handed manipulation, capable of automatically adjusting the distance between gripping jaws in relation to the size of the workpiece to be gripped, and utilizing one or more hidden springs to cause the automatic adjustment function. Alternative embodiments enable reduction of manufacturing costs, improved location of certain operative components, and the selective inclusion of additional features which enhance the use and operation.

Abstract: An improved combination retaining ring fitting tool comprising a pair of handles pivoted together at the joint center and having studs on both sides, and a pair of removable jaws pivoted together at the joint center and having stud holes, and connected by a pivot bolt so that when the handles are pressed together, the jaws will open or close to expand or pinch a retaining ring as an expander or pincher.

Abstract: Prior universal pliers with two gripping arms (11, 15) and an adjustable jaw have the disadvantage that during adjustment one must change hands while using the pliers which is unfavourable as regards the economic requirements. This disadvantage is obviated by the present invention in that both gripping arms (11, 15) are non-displaceably articulated on one another and one of the two jaws (19) is displaceably mounted with respect to its associated gripping arm (15) at right angles to the jaw opening.

Abstract: Utility pliers for single-handed manipulation, capable of automatically adjusting the distance between gripping jaws in relation to the size of the workpiece to be gripped, and utilizing one or more hidden springs to cause the automatic adjustment function. Alternative embodiments enable reduction of manufacturing costs, improved location of certain operative components, and the selective inclusion of additional features which enhance the use and operation.

Abstract: Retaining ring pliers having coplanar jaws independently and movably secured and handles independently and rotatably secured about the pivot. Fulcrum pins slideably disposed in each of the jaws being equal distance from the pivot. The pins may alternately engage first handle and first jaw and second handle and second jaw and be reversed such that the first handle engage the second jaw and the second handle engage the first jaw.