Abstract: Provided is an electric clamping device including a main body; a drive motor for providing a driving force; a driving force transfer portion for converting and transferring a magnitude of a driving force of the drive motor; a sliding crank having one side connected to the driving force transfer portion and for converting a rotational motion of the driving force transfer portion to a reciprocating motion; a toggle link having one side connected to the other side of the sliding crank and including an elastically deformable link; and a clamp having one side connected to the toggle link and having the other side for clamping or unclamping an object. Various other embodiments are available.

Abstract: A clamp is described and which includes a base portion, a handle which is affixed to the base portion, a moveable clamp portion which is individually pivotally attached to the base portion; a pair of force transmitting couplings pivotally attached to the handle, and the movable clamp portion; and an elongated resilient biasing member with a distal end, and which is mounted on the movable clamp portion, and which is further operable to engage an adjacent object of interest and hold it in a given orientation relative to a vibratory conveyor.

Abstract: A clamping device has a removable handle to move a clamp between an opened and clamped position. A receiving member is on the clamp to receive the handle. The handle has a latching member to couple with the receiving member. An actuating member is coupled with the handle to move the clamp from an opened to clamped position. A release mechanism is coupled with the clamp or handle to move the clamp from a clamped to an opened position.

Abstract: A clamp for clamping a work piece to a fixture includes a base for mounting to the fixture and a handle having a body portion and an arm portion. The handle includes a pivotal connection to the base. The clamp further includes a holding member and a latch. The holding member has a holding position for clamping the work piece to the fixture and a pivotal connection to the handle. The latch includes a first end portion and a second end portion. The first end portion is engaged with the base for locking the holding member in the holding position and becomes disengaged from the base by moving the second end portion in a direction generally away from the arm portion of the handle. The latch has a pivotal connection to the handle.

Abstract: A clamp device including a detection mechanism provided to detect whether the clamp device is in a clamped state or an unclamped state. The detection mechanism includes a tilt plate tiltably placed inside a switch holder installed on a body and a sliding rod displaced together with a piston rod and displaced in the direction normal to the tilt plate. When the sliding rod presses and tilts the tilt plate while a piston is displaced, a second detection switch detects that the clamp device is in the unclamped state.

Abstract: A manual locking clamp is disclosed. The manual locking clamp includes a base and a handle pivotally connected to the base. The manual locking clamp also includes a locking lever connected to the handle. The locking lever including a first locking orifice and a second locking orifice along with a fulcrum orifice and a pivot orifice. The locking lever is capable of being used on any known manual clamp, including pull action clamps, hold down action clamps, straight line action clamps, and any other known manual action clamps.

Abstract: A T-slot clamp including a base and a bar member pivotally connected to the base. A link pivotally connected to the bar member. A handle pivotally connected to the link, wherein the handle is rotatable about an axis of the handle.

Abstract: A horizontal hold down clamp that includes a base member. The hold down clamp further includes a bar member pivotally connected at a fixed point to the base member. A handle is pivotally connected to the base member at a fixed point. The clamp also includes a link connected pivotally to the handle member and the bar member. The clamp may also include a spindle arranged on the bar members and a locking lever arranged on the side of the handle member.

Abstract: A bending brake includes a rotating carrier that is rotatable about a rotation axis. The carrier has first and second upper jaws connected thereto at different angular locations about the rotation axis. A locking mechanism for preventing rotation of the carrier during operation of the bending brake includes an endplate forming a pocket, the endplate disposed adjacent to a distal end of the carrier. A latch having a trigger portion is pivotally connected to the endplate and located within the pocket such that the trigger portion protrudes from the pocket. A toothed cam wheel rotating with the carrier has at least one tooth formed thereon that engages the trigger portion of the latch to prevent rotation of the carrier in one direction at preselected angular positions corresponding to the first and second upper jaws.

Abstract: A locking clamp that includes a base member. The locking clamp further includes a bar pivotally connected to the base member on one end thereof. A handle is pivotally connected to a base member on an end opposite of the bar. The clamp further includes a link connected to the handle and the bar. The link has a stopper extending from a side thereof. The clamp also includes a locking lever for use in locking the clamp in its fully closed/fully engaged position.

Abstract: A clamping tool serving for clamping a workpiece on a support by a bar system constructed of a number of mutually pivotal bars comprising an activation bar for at operation making the bars pivot mutually between an initial position and locking position, a clamping bar having at least one clamp shoe for pressing against the workpiece in the locking position of the bar system, and a base for mounting the bar system on the support. The bar system furthermore comprises two toggle joints arranged to simultaneously or almost simultaneously assume their dead point positions when the bar system at activation is taken from the initial position to the locking position. In the dead point positions the two toggle joints form an angle with each other.

Abstract: A clamping fixture is provided that includes a base, a handle pivotally connected to the base and a first jaw lever. The first jaw lever has a pivot end and a jaw end. The first jaw lever has a spacer connected thereto. A second jaw lever is provided having a pivot end and a jaw end. The second jaw lever has a spacer connected thereto. The first and second jaw spacers are pivotally connected to each other and are pivotally connected with respect to a base. A first pivot link is pivotally connected to the first jaw lever. A second pivot link is pivotally connected to the second jaw lever and with the first pivot link. The handle is provided wherein the handle is pivotally connected with respect to the two pivot links and pivotal movement of the handle opens and closes the jaw ends of the jaw lever.

Abstract: The present invention provides a clamp that is compact and lightweight, yet provides high holding strength and stiffness or rigidity. The clamp uses a unique double slant interface design which provides mechanical advantages to resist forces applied to the clamp members as the load increases. The clamp allows for rapid and remote-activated release of the clamp jaws by applying only a small operating force to an over-center lock/release mechanism, such as by pulling a manual tether.

Abstract: A system and method for securely clamping a target material that is to be manipulated using conventional machining techniques. The vise includes a single piece that includes a rigid jaw and a floating jaw that are integrally connected. The floating jaw is formed by a vertical and horizontal cut through a portion of the vise to enable the floating jaw to bend slightly in a hinge-like manner. A top portion of the rigid jaw and a top portion of the floating jaw are cut in a first pattern to form a working area. The size of the first pattern is approximately equal to the clamping surface of the target material. The size of the working area can be adjusted by securing devices that can expand the width of the working area to receive the target material and that can reduce the working area to securely clamp the target material. Additional cuts can be made in the vise to accommodate multiple target materials that can be secured independently.

Abstract: A clamping device includes a clamp arm (2), an operating lever (3) for pivotally operating the clamp arm (2), and a toggle mechanism (T) provided in connection with the operating lever (3). The clamp arm (2) is formed with a guide path (2a) that intersects a direction in which the clamp arm (2) pivots so that an output member (9) of the toggle mechanism (T) is guided along the guide path (2a). Accordingly, workpieces (W) of heights that can vary over a wide range of up to several centimeters can be firmly fixed without the necessity of performing a troublesome adjustment operation.

Abstract: The clamp is a locked over-center toggle clamp having a toggle lever that actuates a clamp arm between clamped and released positions. An amplification lever is secured to a cam pivot for rotation of the cam pivot inside a base. One end of the clamp arm is pivoted to the cam pivot to act as a follower so that rotation of the cam pivot cams the clamp arm to amplify the hold-down force of the toggle clamp.

Abstract: A plunger clamp capable of locking in either a retracted or extended position having a rigid body slidably supporting an elongated plunger. A bifurcated lever is pivotally connected inside the body and to a V shaped link arm, the link arm is pivotally connected to the plunger where the link arm translates the angular motion of the lever to drive the plunger between the retracted and extended positions. Essentially the entire linkage assembly is housed in cavities formed by the body during actuation of the lever.

Abstract: A toggle lever clamp for use in devices and welding machines in the motor vehicle industry, has a clamping head consists of two shell-shaped parts that combine to form a housing. This arrangement reduces the number of individual parts to a considerable degree and protects sensitive parts on all sides against dust, dirt, and water spray, as well as welding spatter, while permitting ease of movement of the clamps.

Abstract: A pneumatically actuated clamp and gripper including a fluid actuated piston and cylinder assembly and a clamp arm supported for pivotal movement and having a moving end for clampingly engaging a workpiece. The clamp includes a link having one end pivotally connected to the clamp arm for causing movement of the clamp arm and the other end of the link being connected to the piston. The clamp also includes a frame assembly for supporting the clamp arm for pivotal movement, the frame assembly including a pair of frame halves clamped together in face-to-face relation and housing the projecting end of the piston and clamp arm therebetween. The frame assembly includes a pair of pivot pin bores for selectively and alternatively supporting the clamping arm for pivotal movement about a first pivot axis and a second pivot axis. The clamp also includes a roller assembly for supporting the drive member connected to the link for reciprocating movement and for preventing wear of the drive member and the frame components.

Abstract: A pneumatically actuated clamp and gripped including a clamp arm supported for movement about a pivot, the clamp arm including a workpiece engaging portion spaced from the pivot and a driving member that is reciprocally moveable between a retracted position and a clamping position. The clamp further includes a link connected to the driving member and connected to the clamp arm in spaced relation from the pivot so that movement of the driving member from the retracted position toward the clamping position causes movement of the workpiece engaging portion of the clamp arm toward the workpiece, the link including a spring portion, the spring portion limiting the clamp force applied by the clamp arm to the workpiece.

Abstract: A table, movably carried upon a stationary base, is provided with a fixed jaw and a movable jaw for gripping the lateral edges of a door or similar panel-like workpiece. The table is movable in reciprocal directions against adjustably positionable stops to place a longitudinal edge of the door at predetermined locations relative the cutting path of a router. The router is mounted upon a carriage which is horizontally and vertically movably supported upon a frame upstanding from the base.