Abstract: A clamp accessory including a support element comprising a mounting surface adapted to rest on a work surface, the support element formed with at least one notch adapted to receive therein a bar of a bar clamp and support the bar at a distance spaced from the work surface.

Abstract: A bar clamp, including a bar; a first jaw movably coupled to the bar; a second jaw being movably coupled to the bar; and a motor configured to move the second jaw toward the first jaw. One of the first and second jaws including a drive lever that engages the bar and a trigger to move the drive lever and move the bar relative to the one of the first and second jaws.

Abstract: A quick clamping fixture includes a main rod, on which two sliders are slidably mounted and may be braked at desired positions to clamp a workpiece between them. The two sliders each have an L-shaped plate and a set of metal plates mounted in a housing thereof with the main rod extended through these plates. The L-shaped plate and the metal plates in the housing are normally pushed by a compression spring into an inclined state to thereby firmly press against an outer surface of the main rod, preventing the slider from sliding along the main rod. When the L-shaped plate is pushed and held, the L-shaped plate and the metal plates are moved into an upright state without firmly pressing against the main rod, allowing the slider to slide along the main rod; and when the L-shaped plate is released, the slider is braked again.

Abstract: The assembly method of the invention uses a cartridge that is separate from the housing of the device being manufactured. The cartridge is configured such that the location of the various components is defined and the components are easily accessed. The cartridge and its components may be assembled off of the main assembly line. Once the cartridge is assembled, the cartridge and assembled components can be placed in the housing. The assembly of the device can then be completed.

Abstract: A cam actuated quick action clamp used to clamp or separate two or more workpieces. The quick action clamp has a lever with an eccentric portion disposed above a bar. The eccentric portion of the lever is fixedly coupled with a jamb plate to produce a force along the clamping face of a housing in order to maximize the clamping force exerted on the workpiece or workpieces.

Abstract: A transmission mechanism for clamping device includes a first set of four push members located behind an operating handle, and a second and a third set of two push members located behind a release trigger. The first set of push members is pushed by a first compression spring into an inclined position for firmly pressing against a scaled rod. A specially designed plastic cushion is disposed between the second and the third set of push members, so that the second and third sets of push members are rearward and forward inclined, respectively, under a forward push force from a second compression spring for respectively firmly pressing against lower and upper sides of a scaled rod at the same time. Meanwhile, when the operating handle is pulled, the force applied via the operating handle and transmitted to the first set of four push members is optimally buffered.

Abstract: A clamp having a first member (90) and a second member (100); and a means to linearly displace the first member (90) and the second member (100) away from, and toward each other in unison.

Abstract: The post holder is a hinged clamp mechanism having three hinge plates, including a back plate and two side plates. The two side plates are hinged to opposite edges of the back plate, and can be folded to form a hollow triangular prism open at both ends and secured by inserting a locking hinge pin through aligned knuckles along the edges of the side plates. Elongated, rod-shaped handles extend from the side plates. The back plate has spaced slots defined therein adapted for engaging studs protruding from a T-post. The locking hinge pin may be tethered to one of the plates, and handgrips may cushion the ends of the handles.

Abstract: A device is provided for securing a writing tablet to a frame member. The tablet defines first and second opposing lateral edges. The device comprises an elongate bar, a clamp member, and first and second support elements. The elongate bar defines a distal end. The clamp member is attached to the distal end of the bar and is fastenable to the frame member. The first and second support elements are attached to the bar and are positionable along a length of the bar. The support elements each include an engagement surface configured to engage the first and second lateral edges of the tablet.

Abstract: A fruit and vegetable gripper (10) consisting of a resilient body (20) having a curved concave gripping surface (22) containing a number of slots (26), with a cutting shield (32) integrally formed within the body. A first insert (34) and a second insert (40) snap into the body, with each insert including gripping barbs (36) and (42) that penetrate the slots. When the gripper is manually held, the first insert gripping barbs (36) and second insert gripping barbs (42) are extended by hand pressure when a fruit or a vegetable is held, thereby achieving a positive non-slip grip.

Abstract: A workpiece positioning apparatus comprises two sets of jaws mounted on a rigid elongate bar, the jaws being adjustable to provide repeatable spacing of any arbitrary distance between the jaw sets. When two pieces of lumber, such as wall studs, are inserted into the two jaw sets, they are positioned at the specified spacing along a stringer such as a wall bottom plate. Indicia are provided on the strip indicating the English or metric measure of the distance between corresponding parts of the jaw sets, as well as enhanced indication of typical, e.g., 16-inch and 24-inch centerings used in American homebuilding. 15¼ and 23¼ inch indicia are also provided for shorter spans needed at stringer ends and corners to accommodate 4-foot-wide panels. The gap between jaws on one or both of the jaw sets is further adjustable to fit the thicknesses of the lumber being used. Longer jaws can be used to assure perpendicularity of wider workpieces to the elongate edges of the supporting construction members.

Abstract: A clamp for use in welding which has a unshaped configuration with a base section having two movable jaws connected to it. The jaws are spring loaded so they will widen to fit objects to be welded at least one of the jaws has cut out portions to permit the user to see the location to be welded. The jaws at their lead edges are chamfered for easy installation. A magnet is located in the base section to aid in the securing of the clamp.

Abstract: A bar clamp has an operating handle being in ratchet engagement with end teeth of a slide bar. The operating handle is adapted to pivot counterclockwise to cause a first clamping jaw carrier to displace along the slide bar and then pivot about a lock pin in the slide bar so as to displace a first clamping jaw a sufficiently large distance to securely clamp a workpiece by cooperating with a corresponding clamping jaw.

Abstract: A hand held quick-clamping device includes an adjusting rod, a retaining handle, a driving handle, a first clamping block, and a second clamping block. The adjusting rod intersects the retaining handle, a set of adjusting sheets, and the stop sheets. A first clamping block is locked in a predetermined end of an adjusting rod, and a second clamping block is formed on a top end of the retaining handle. A driving handle is pivoted to the retaining handle. A traveling top shaft is installed in the retaining handle, and an axial shaft is opposite to it. While the driving handle is pressed, a top end of the driving handle pushes the top shaft. Through the top shaft, the axial shaft pushes the adjusting sheets and the stop sheets. And the movement of the sheets will drive an adjusting rod to move in one direction, thus producing a clamping or extending function.

Abstract: A clamping device particularly for use in the preliminary stages of the erection of roof trusses, the clamping device comprising a first attachment means (11) to enable the device to be securely and releasably attached to one truss, a second attachment means (20) to enable the device to be attached to an adjacent device or a truss, and means (13) to enable the length between the first attachment means and the second attachment means to be varied.

Abstract: A sliding clamp and clamp assembly are provided. The clamp assembly includes a cam member that, when actuated, biases a stationary clamp jaw assembly toward another jaw assembly. The cam member utilizes a ball-and-socket coupling to couple the cam member to the sliding clamp bar. The ball-and-socket coupling allows the cam member, and an extended actuator, to be pivoted and rotated into an infinite number of positions.

Abstract: An extension fixture for combining the clamping capacity of a first and a second bar I-beam cross section bar clamp. The first and second bar clamps each have a fixed jaw, a movable jaw, and a primary bar. The movable jaw of each bar clamp has a clamping means configured to provide a clamping force in the direction of the fixed jaw. To use the bar clamps with the extension fixture, the movable jaw is removed from the first bar clamp, and the movable jaw orientation on the second bar clamp is reversed so that the clamping means is then configured to provide a clamping force away form the second fixed jaw. The first and second primary bars are then inserted into the extension fixture, and pinned and clamped in position. The assembly then forms a combined capacity bar clamp.

Abstract: A clamp that includes a bar and a jaw assembly. The jaw assembly is configured to receive the bar to therethrough and to be slidably positionable along the bar. The jaw assembly comprises a lever that forms an aperture through which the bar passes, the lever being movable between an engaged position and a disengaged position within the jaw assembly, wherein if the lever is at the disengaged position within the jaw assembly the lever is slidable along the bar and if the lever is at the engaged position within the jaw assembly the lever engages the bar to hold the lever at a fixed position along the bar, and wherein the lever has a shape that is not substantially straight and reduces the positional difference between the engaged position and the disengaged position.

Abstract: The invention relates to a clamping and/or bracing tool comprising a connecting or tie rod (7) to which a mobile jaw (13) is fixed, a fixed jaw (5), a transmission mechanism which can be used to move the mobile jaw (13) towards or away from the fixed jaw (5) by moving the connecting or tie rod (7) in a clamping or bracing direction (5), and to apply clamping and/or bracing forces between the jaws (5,13), and a blocking element which is used to block a movement of the connecting or tie rod (7) in an opening direction (O) opposing the clamping or bracing direction (5), in order to maintain clamping and/or bracing forces produced between the jaws (5,13).

Abstract: A fuel line disconnection tool includes a handle member with a hand grip end and a slotted opposite head end adapted to receive generally mirror image flanged adapters having semi-cylindrical tubular projections which enable placement of the adapters in the slot at the head end of the handle. The adapters may then be fitted about a fuel line and the handle attached thereto and manipulated to disengage the connection mechanism between the fuel line and fuel filter.

Abstract: A workpiece holding system (10) is configured for holding a workpiece (R) for crafting thereof by a craftsman (C). The system (10) broadly includes a mounting assembly (12) removably coupled a support surface (B), an articulating frame assembly (14) coupled to the mounting assembly (12), a workpiece-supporting tool assembly (16) removably coupled to the frame assembly (14), and a mirrored ambidextrous handrest assembly (18) removably coupled to the mounting assembly (12). A fixture (36) spaced from a work zone (W) adjustably receives the tool assembly (16) so that the workpiece (R) held therein can be positioned substantially in the work zone (W) so that when the tool assembly (16) is maneuvered, thereby articulating the frame assembly (14), the workpiece (R) substantially remains in the work zone (W). The tool assembly (16) includes a connection assembly (80) configured to quickly and removably couple tools (78, 140, 152, 154, 172) into a clamp (76).

Abstract: An apparatus for use in coupling a pair of bar clamps comprises a coupling member for connecting a first clamp to a second clamp is provided. The coupling member includes a first member and a second member having an end pivotally attached to the first member. The coupling member further includes a connection member for attaching an end of each clamp to the coupling member. In another aspect, a connection member for coupling a pair of bar clamps is provided. In another aspect, a method of connecting a first bar clamp to a second bar clamp is provided.

Abstract: The present invention relates to bar clamps, and more specifically, to attachments for extending the length of such clamps and enabling such clamps to be adaptable to a wider array of clamping needs. The accessories include an extension bar, a coupling that attaches one end of the extension bar to the clamp primary bar locking the bars in longitudinal alignment, and a stop that attaches to the primary bar or extension for fixing the location of a clamp jaw along the bars.

Abstract: A multi-range auto-advance bar clamp used for clamping work pieces together which may upon release of the brake instantly and automatically adjust from a wide open position to any desired closed position. The multi-range auto-advance bar clamp may comprise a slide bar, a movable jaw, a sliding jaw, a body, a drive assembly and a brake, an advancement mechanism, a rigid structural body extension and a slide rail. The jaws of the clamp are adjustably separated and positioned about a work piece. A mechanism for controlling the speed with which the clamp automatically closes may also be provided.

Abstract: A jaw for a bar clamp and a method of using a bar clamp, the bar clamp including a trigger having a first force applying mechanism to apply a first force against the drive lever at a first point on the drive lever that is remote from the bar as the trigger pivots with respect to the main section to provide low mechanical advantage to the drive lever. The trigger also having a second force applying mechanism to apply a second force against the drive lever at a second point on the drive lever that is closer to the bar than the first point as the trigger pivots with respect to the main section to provide high mechanical advantage to the drive lever.

Abstract: A bar clamp includes a slide bar having forward ratchet teeth; first and second moveable jaws slidably put on the slide bar; a slotted trigger handle; first and second linkages at opposite sides of the slide bar in a cavity of the second moveable jaw, each linkage comprising first, second, and third links wherein one ends of the links are pivotably secured together, and the other ends thereof are pivotably secured to the second moveable jaw, the trigger handle, and the slide bar respectively; a release lever fastened in the slot and comprising a well at one end, a trigger at the other end, and a resilient member interconnecting the slot and the bottom of the trigger; and a pivotal pawl comprising pawl teeth at one end being in mesh with one end of the ratchet teeth, and a projection at the other end being moveably received in the well.

Abstract: A lockable mount (10) constructed in accordance with the principles of a preferred embodiment of the present invention and configured for mounting a jewelry crafting attachment (12) to a workbench (B). The illustrated lockable mount (10) broadly includes a mount plate (14) configured to be coupled to the support (B) to receive the attachment (12) and a locking assembly (16) associated with the mount plate (14) for selectively preventing the attachment (12) from moving relative to the mount plate (14). The illustrated mount plate (14) is configured to provide a universal mount wherein several attachments can be quickly and readily interchanged for secure support thereon and comprises a six sided body presenting a generally trapezoidal configuration. The illustrated locking assembly (16) includes a flexible locking plate (36), an entrapped pin (38), and an actuating screw (40). The flexible locking plate (36) is shiftable between a flush position and a locking position.

Abstract: A bar clamp includes a driving key including a first key plate, an intermediate second key plate engaged the first key plate, and a rear first spring engaged with the first and second key plates; a locking key including a third key plate, an intermediate fourth key plate engaged with the third key plate, and a rear second spring engaged with the third and fourth key plates; and a spring-biased release button engaged with a protrusion of the third key plate. Pressing the release button against a handle grip will counterclockwise pivot the protrusion to compress the second spring until the third key plate contacts the fourth key plate and the third key plate is disposed perpendicularly to a longitudinal axis of a slide bar. Further pressing the release button will counterclockwise pivot the third and fourth key plates until they are perpendicular to the axis of the slide bar.

Abstract: There is provided a clamp for concrete forms which has improved durability compared with a conventional P-clamp, and can withstand vibrations necessarily produced by a vibrator when the concrete is placed. This clamp for concrete forms comprises a substantially U-shaped clamp body which rivets end parts of a pair of L-shaped clamp arms to each other so as to be rotatable and holds a connection part of the concrete forms, and a clamp lever body which presses one clamp arm toward the other clamp arm to press both clamp arms against each other by riveting ends of a pair of arm parts with respect to the other clamp arm so as to be rotatable, and rotates them toward the clamp arm, and engages an opening part formed between the pair of arm parts with the L-shaped bent shoulder part of the other clamp arm.

Abstract: In order to provide a clamping and spreading device with a slide rail which is mounted for displacement and the displacement movement of which can be actuated in a clamping direction with blocking of the displaceability in the opposite direction and the displacement movement of which can be actuated in a spreading direction with blocking of the displaceability in the opposite direction, wherein the direction of displacement can be switched over between clamping direction and spreading direction, which can be produced in a simple manner and can be operated in a simple manner, a movable positioning element is suggested which supports actuating elements for the slide rail, wherein the displacement movement of the slide rail in the clamping direction or in the spreading direction can be actuated as a function of the position of the positioning element.

Abstract: A clamp is adapted to be secured to a second substantially identical clamp in order to accommodate a larger workpiece than can be held by a single clamp. The clamp includes a first jaw that is secured to an intermediate member, such as a bar or pipe, and a second jaw that is removeably securable to the intermediate member so as to selectively oppose the first jaw. The second jaw includes a surface thereon that is configured to interlock with a complimentarily-shaped surface on a second jaw of the second clamp.

Abstract: A mechanism includes a first push button at one side and a spring-biased second push button at the other side such that pressing the first push button will lock a slide bar of a vise and a fixed jaw carrier thereof by inserting a first pin of the first push button into one positioning hole of the slide bar, pressing the second push button to insert a second pin thereof into one positioning hole by pushing the first pin out of one positioning hole with the spring being compressed, and releasing the second push button will cause the spring to expand to push the second push button outwardly and push the second pin out of one positioning hole for unlocking the slide bar.

Abstract: A portable hose fitting insertion apparatus and method. The apparatus can be hand held and operated in areas such that hose repairs can be made without removal of the hose. A friction operated ratcheting mechanism is preferably used to drive a shaft forward. A pad is preferably disposed on an end of the shaft and pushes on an outer surface of the fitting. A clamping mechanism is preferably disposed on a terminal portion of the apparatus and holds an end portion of a hose in place while a fitting is inserted.

Abstract: A tool for the installation, removal and tightening of endless tracks of a tracked vehicle includes a first tubular member that telescopically receives a second tubular member with a rotatable handle mounted to the first tubular member opposite the second tubular member and a threaded rod interconnected to the handle and axially extending within and through both tubular members for engagement to a threaded nut fixedly mounted within the bore of the second tubular member and the underside of each tubular member including a track bar hook that can be hooked on to the cross bars of successive track sections of the endless track with clockwise rotation of the handle causing the telescoping retraction of the second tubular member for decreasing the distance between successive track sections and for increasing tension on the endless tracks and counterclockwise rotation of the handle for relieving tension on the tracks in order to facilitate the desired maintenance on the endless tracks.

Abstract: A ratchet clamp is proposed, said clamp comprising a first limb with a first handle member and a first jaw member; a second limb with a second handle member and a second jaw member; a pivotal bearing for the relative pivotal movement of the first limb and the second limb; and a ratchet mechanism for fixing relative pivotal positions of the first limb and the second limb; wherein the first jaw member is mounted on the first limb in displaceable manner.

Abstract: A quick release mechanism is adapted to actuate a stack of at least one clutch plate of a clamp assembly. The assembly includes a beam and a jaw with a housing having the stack disposed therein. The quick release mechanism is positioned around an outer surface of the housing. The quick release mechanism also includes a handle and a clutch plate engaging portion adapted to engage the stack.

Abstract: A cam actuating clamp. The clamp has first and second jaws, with one of the jaws including a surface forming a fulcrum and the other one of the jaws including a projecting arm which contacts the fulcrum when the clamp is in an open position. The clamp is moved from a closed to an open position simply by the user grasping an actuating lever that is pivotally secured to one of the jaws and lifting the clamp, in which the weight of the jaws causes rotation of the jaws, relative to the actuating lever, into an open configuration. A pair of springs secured under tension between the jaws hold the jaws in the open position. The jaws are clamped over a work piece by the user moving the actuating lever into a second position. A camming surface on the actuating lever provides an over center action that enables the springs to both assist in opening the clamp as well as closing the clamp depending upon the position of the actuating lever.

Abstract: An improved bar clamp in which the first jaw assembly consists of a handle assembly or setting unit, on a slide bar inside of an independently mounted first jaw. A finger lever is pivotably attached to the setting unit and at its upper end pivotably attached to the first jaw. A braking lever is included in the first jaw, and a driving lever in the setting unit. Upon first movement of the finger lever a spring forces the driving lever into firm contact with the slide bar, preventing movement of the first jaw away from the second jaw. The finger lever has no further contact with the driving lever, but upon further movement, acts indirectly on the driving lever via the handle assembly to draw the slide bar and the second jaw towards the first jaw. Releasing the finger lever draws the handle unit forward for the next cycle. Release of the braking lever in the first jaw allows movement away from the second jaw.

Abstract: A clamp including a first clamping jaw assembly, a second clamping jaw assembly facing toward the first clamping jaw assembly, the second clamping jaw assembly including a plurality of jaw clamps, at least one of the jaw clamps being a pivoting jaw clamp which is pivoted about a pivot axis that goes longitudinally from the second clamping jaw assembly to the first clamping jaw assembly, the pivoting jaw clamp being pivotable to a position adjacent another of the jaw clamps of the second clamping jaw assembly and the pivoting jaw clamp being pivotable to a different position angularly spaced away from the other jaw clamp of the second clamping jaw assembly, and a tightening mechanism for tightening the clamping jaw assemblies against a workpiece.

Abstract: An extension device for a clamping and spreading device with a slide rail guided for displacement relative to a bearing device is suggested which has at least one contact element for a workpiece and is fixed or can be fixed in position so as to be non-translational in relation to the bearing device.

Abstract: There is disclosed a vise clamp that can provide a large clamping force and be operated stably. The vise clamp includes a stationary jaw, a movable jaw connected to the stationary jaw, and a clamping device connected to the movable jaw. The clamping device includes a contact element moved up and down under the control of a lever. Two pinions are connected to the lever. Two pushers are provided besides the pinions. Each pusher includes a rack engaged with one of the pinions. The contact element is put against the pushers. As the lever is pivoted, the pinions are rotated. As the pushers are moved up by means of the pinions, the contact element is pushed up by means of the pushers. Thus, a workpiece can be clamped between a contact portion formed on the stationary jaw and the contact element connected to the movable jaw. Hence, the clamping force is large and the operation is stable.

Abstract: A tool for securing a clamp, such as a P clamp, to a mounting location, comprising: a first jaw; a second jaw; and an actuator to move the first jaw relative to the second jaw. The first jaw includes a retainer for a fastener. The method of attaching the clamp to the mounting location includes the steps of: placing a first fastener in the retainer; locating the clamp between the jaws; manipulating the actuator to tighten the clamp; and securing a second fastener to the first fastener.

Abstract: A deck board straightener is taught which is comprised of a main rod part connected to a handle at one end and a flat steel plate at the opposing end. The flat plate is comprised of two shoulders that consist of the bent edges of the flat plate but could also be shoulder elements separately attached to the flat plate. The shoulders can spaced at a fixed distance apart or be made adjustable to allow for use on a varying material thickness. A securing screw can be placed through one shoulder to provide additional material securing means. A pressure jaw is attached to the flat steel plate and a quick-grip mini bar clamp in a manner that also allows for rotating movement. When in use, the pressure jaw secures material such as a deck board against the flat plate and shoulders.

Abstract: A disk drive support assembly has a clamp arrangement for releasably clamping a disk drive to a massive block. The clamp arrangement may be an inflatable actuator that is operable to clamp the disk drive to the block via a disk drive carrier. Various clamp assemblies for clamping a disk drive to a substrate, such as a disk drive carrier, are also disclosed. A disk drive carrier that can be adapted for use with different types of disk drive is also disclosed. Such disk drives include those that provide for electrical and/or data connections under the disk drive, those that provide for electrical and/or data connections at the rear of the disk drive, and those that have their own so-called product card associated therewith.

Abstract: A tool installs barb emitters in irrigation tubing. The tool has a cradle which receives irrigation tubing and a punch mounted opposite the cradle. The punch has a first cylinder and a second cylinder telescopically received within the first cylinder. The first cylinder has a cap at the upper end and an annular ring extending inwardly from to partially occlude the lower end. The second cylinder includes a second cap at the upper end which slidably engages the first cylinder and is resiliently urged by a spring against the annular ring. The cap has a punch holder extending downwardly therefrom. A needle has a sharp tip extending downwardly from the punch holder through the second cap to a point within the second cylinder when the spring is fully extended and beyond the second cylinder when the spring is fully compressed. One of the jaws has a knife blade extending from the other end thereof opposite. The of the jaws defines a semi-circular concave anvil at the other end.

Abstract: A hand clamp includes a housing having a handle for being held by a hand of a user, a piston rod slidably received in the housing, a driving lever engaged in the housing and having an opening for slidably receiving the piston rod and biased to grip the piston rod when the driving lever is tilted relative to the piston rod. A trigger is pivotally attached to the housing and has a driving shaft for tilting the driving lever to move the piston rod step by step. A braking lever is slidably engaged on the piston rod for gripping the piston rod when the braking lever is tilted relative to the piston rod. A hand grip is pivotally coupled to the handle and has an actuating end for actuating the braking lever to release the piston rod.

Abstract: A bar clamp (10) comprising a bar (16), a first clamping jaw (12) mounted on the bar, a second clamping jaw (14) sliding mounted on the bar, at least one of the clamping jaws (12,14) comprising a double-faced clamping jaw (12A, 12B, 14A, 14B) comprising one face facing one end of the bar and another face facing an opposite end of the bar, wherein centers of both faces of the double-faced clamping jaw are positioned at substantially equal heights from the bar, and a jaw advancing mechanism (20) coupled to the second clamping jaw (14) and adapted to move the second clamping jaw (14) selectively towards or away from the first clamping jaw (12).

Abstract: First and second C-shaped clamping members are provided to engage a ladder and a roof rack. One of the clamping members is mounted on an actuator rod, the other on an actuator housing. A pistol grip handle and trigger mechanism enable the two clamping members to be ratcheted into secure clamping engagement with the two items. A quick release plate allows the clamp to be easily opened for disengagement. In a second embodiment, a compression spring draws the two clamping members together when the quick release plate is engaged.

Abstract: A jaw for a bar clamp and a method of using a bar clamp, the bar clamp including a trigger having a first force applying mechanism to apply a first force against the drive lever at a first point on the drive lever that is remote from the bar as the trigger pivots with respect to the main section to provide low mechanical advantage to the drive lever. The trigger also having a second force applying mechanism to apply a second force against the drive lever at a second point on the drive lever that is closer to the bar than the first point as the trigger pivots with respect to the main section to provide high mechanical advantage to the drive lever.

Abstract: A bar clamp including a first bar member and a second bar member with the second bar member telescoping out from the first bar member. A securing mechanism, such as a pin in the first member, releasably secures the members together at a preferred telescoping position. The second bar member has a jaw member that can be advanced or retracted by means of a linear actuator and the first bar member has a jaw member that can be adjusted by positioning the cam-action locking mechanism in one of the notches disposed along the length of the first bar member. As a result of the telescoping relationship of the bar members, workpieces of varying sizes may be clamped between the jaw members without the need of multiple bar clamps of varying lengths.