The present invention relates to a device and a method associated with the device. With respect to the device, it is a work holding and clamping device, which increases the usable span to almost twice its stored length. This device has an inner and outer assembly. The inner and outer assemblies are nested or telescopic. Each assembly is made of a square or rectangular tube that has a jaw affixed to one end. The inner assembly contains a locking mechanism to allow for length adjustment. When arranged so that the jaws are on the same side of the respective assemblies, the clamp is capable of a span that is almost equal to the length of the inner assembly. When arranged so that the jaws are on opposite sides of the respective assemblies, the clamp is capable of a span that is almost equal to the sum of the length of the inner assembly and outer assembly.

The present invention relates to a device and a method associated with the device. With respect to the device, it is a work holding and clamping device, which increases the usable span to almost twice its stored length. This device has an inner and outer assembly. The inner and outer assemblies are nested or telescopic. Each assembly is made of a square or rectangular tube that has a jaw affixed to one end. The inner assembly contains a locking mechanism to allow for length adjustment. When arranged so that the jaws are on the same side of the respective assemblies, the clamp is capable of a span that is almost equal to the length of the inner assembly. When arranged so that the jaws are on opposite sides of the respective assemblies, the clamp is capable of a span that is almost equal to the sum of the length of the inner assembly and outer assembly.

A clamp for laser level detectors release mechanism is provided. The clamp includes a body, a shaft slidably coupled to the body, a fixed jaw, and a moveable jaw coupled to the shaft. The clamp permits adjusting the position and orientation of the laser level detector while the clamp remains coupled to a work piece.

A clamp for laser level detectors release mechanism is provided. The clamp includes a body, a shaft slidably coupled to the body, a fixed jaw, and a moveable jaw coupled to the shaft. The clamp permits adjusting the position and orientation of the laser level detector while the clamp remains coupled to a work piece.

The present application discloses a clamp and relates to the field of manual tools. A first clamp body and a second clamp body, which are comprised in the clamp, intersect and are fastened by means of a pivot mechanism, form a jaw opening at one end of a pivot mechanism, and have respective handles at the other end of the pivot mechanism. A stop mechanism is disposed at any position on the first clamp body and/or the second clamp body to prevent the two handles of the first clamp body and the second clamp body from further closing. In the clamp of the present application, the stop mechanism is disposed to prevent the handles of the clamp from completely closing when the clamping opening slides or is accidentally detached from a workpiece, thereby protecting a hand from being easily injured.

The present application discloses a clamp and relates to the field of manual tools. A first clamp body and a second clamp body, which are comprised in the clamp, intersect and are fastened by means of a pivot mechanism, form a jaw opening at one end of a pivot mechanism, and have respective handles at the other end of the pivot mechanism. A stop mechanism is disposed at any position on the first clamp body and/or the second clamp body to prevent the two handles of the first clamp body and the second clamp body from further closing. In the clamp of the present application, the stop mechanism is disposed to prevent the handles of the clamp from completely closing when the clamping opening slides or is accidentally detached from a workpiece, thereby protecting a hand from being easily injured.

A clamping device has a clamping member (2) moveably mounted in a main body 1. A linearly movable actuator (3) is operatively connected to the clamping member (2). A spring element (4) is operatively connected to the actuator (3). A rotatably mounted actuating element (5) is operatively connected to the spring element (4). The spring element (4) is a compression spring that can be compressed when tensioning by the actuating element (5).

A combination clamp and wrench tool includes a main body, a fixed jaw attached the main body, and a floating clamp mechanism. The floating clamp mechanism may include an adjustable jaw. The floating clamp mechanism may be attached to the main body such that the floating clamp mechanism is slidable relative to the main body towards and away from the fixed jaw. The worm gear and the rack are attached to the floating clamp mechanism. Actuation of the worm gear moves the rack linearly relative to the floating clamp mechanism. When the rack is moved to contact the fixed jaw, the combination clamp and wrench tool operates in a wrench mode, and when the rack is moved away from the fixed jaw, the combination clamp and wrench tool operates in a clamp mode.

A combination clamp and wrench tool includes a main body, a fixed jaw attached the main body, and a floating clamp mechanism. The floating clamp mechanism may include an adjustable jaw. The floating clamp mechanism may be attached to the main body such that the floating clamp mechanism is slidable relative to the main body towards and away from the fixed jaw. The worm gear and the rack are attached to the floating clamp mechanism. Actuation of the worm gear moves the rack linearly relative to the floating clamp mechanism. When the rack is moved to contact the fixed jaw, the combination clamp and wrench tool operates in a wrench mode, and when the rack is moved away from the fixed jaw, the combination clamp and wrench tool operates in a clamp mode.

A clamping device that can be installed in a capping machine for substantially cylindrical caps, including prisms that are placed in contact with each other so as to create a cavity in which a cap can be housed and are free to translate with respect to each other away from or towards an axis of symmetry of the cavity, in order to clamp and/or compress the cap housed in said cavity, said clamping device wherein a first and a second prism form a first pair and a third and a fourth prism form a second pair in which at least the first and/or second pair includes guiding means configured to allow a linear type translation and to perform an at least one-directional, preferably bidirectional retention action of the prisms of each pair with respect to each other.