Abstract: A gas combustion type driving tool is provided with a combustion portion; a fuel container for containing a fuel; an electromagnetic valve device for injecting the fuel into the combustion portion; and a grip portion. A distance from the fuel container to the combustion portion is set substantially equal to or less than a distance from the electromagnetic valve device (24) to the combustion portion.

Abstract: A stapler is provided with: a forming plate (2) configured to form a straight staple (S) into U-shape; a pusher (11) configured to push the formed U-shape staple (S1) in a first direction (Df) toward a driving portion (15); a driver plate (1) configured to drive the staple (S1) within the driving portion (15) toward sheets of paper (P); an engaging portion (27) formed on the forming plate (2); and a receiving portion (20) formed on the pusher (11). The engage portion (27) is configured to engage with the receiving portion (20), during a driving operation of the driver plate (1), so as to prevent the pusher (11) from moving in a second direction (Dr) which is opposite to the first direction (Df).

Abstract: The invention relates to a device for supplying, centering, and cutting a stapling wire in a stapling device, the subsequent formation of a staple, and stapling a stack of sheets. According to various aspects of the invention, methods and apparatus for feeding a wire to a lever assembly having a horizontally moveable cutter, moving the moveable cutter in a direction transverse to a stapling direction by actuating the lever assembly with the wire, and cutting the wire with the cutter, forming a staple from the wire, and driving the staple into sheets.

Abstract: A stapling device has a stapler and a staple wire cassette detachably attached directly thereto, in which the leading end of the wire emerging from the staple wire cassette terminates directly in the working region of the stapler. The stapler has a base member serving as a staple-forming and holddown element, on which a driver and a sleeve are guided linearly so as to engage in telescoping fashion within one another, and are movable perpendicular to the upper side of a sheet stack. Compression springs of different spring forces, having the same working direction, engage on the base member, the driver, and the sleeve. The stapler is acted upon by a drive system which is movable in the working direction of the compression springs. The compression springs are associated with the base member, the driver, and the sleeve, and arranged in preloaded fashion thereon, in such a way that upon actuation of the stapler, a force-controlled drive occurs in an operationally correct sequence.

Abstract: Picture hangers having prongs become automatically inserted into a picture backing material. An insertion apparatus feeds a strip of preformed blanks to an anvil which severs the blanks and presses them into the backing material. At the same time that the apparatus severs the first blank of the strip, a prong forming tool, attached to the anvil, bends the prongs of the next blank. A feed rod advances the strip of blanks through the apparatus, one blank at a time. A pair of paws, attached to the anvil, carry the severed hanger to the picture backing, and releases the hanger as the hanger becomes inserted into the backing. The apparatus includes a resilient structure which enables the device to operate efficiently with picture backings having varying thicknesses. One can also use the invention to insert hangers into picture frames, mirrors, plaques, signs, or the like.

Abstract: The invention relates to a device for stapling to a material (1) at predetermined distances along a web formed by the material with the aid of a stapling cylinder (2), a counterpressure cylinder (3), a forming drum (4) and a horn (5) which extends around the periphery of the stapling cylinder between the forming drum and the counterpressure cylinder, wherein the stapling cylinder (2) coacts with a stapling fork (6) which is intended to cut a staple-forming section from wire-like material (10) in a region (B) between the stapling cylinder (2) and the forming drum (4) and to form therefrom a U-shaped staple which can be carried by the stapling cylinder (2) to a region (A) between the stapling cylinder (2) and the counterpressure cylinder (3) and there fastened to a material web (1) passing between the stapling cylinder (2) and the counterpressure cylinder (3).

Abstract: A cutting device for elongated objects, especially for wire, having a cutting element which is movable relative to a shearing element by means of a drive. The cutting element is of disk-shaped configuration and its periphery is configured, at least in segments, as a cutter. The cutting element is coupled to the drive in such a way that different segments of the cutter for the execution of a respective cut, can be moved one after the other past the shearing element.

Abstract: The hemostatic clip applicator system is particularly useful for endoscopic procedures. A hemostatic clip applicator can be directly connected to a trigger assembly or indirectly connected to the trigger assembly through the use of an extension. The connection between the extension and the clip applicator is secured to prevent accidental release during the procedure. The applicator receives a longitudinal input and translates the input into relative component motion through the use of gearing to apply the clips.

Abstract: A rotatable wire holder for a stitching machine head has a wire-receiving slot between two wire support surfaces, and wire cam surfaces which guide the wire from the slot to the support surfaces in response to rotation of the holder. Permanent magnets hold the wire on the support surfaces. The holder is used in a stitching machine head including feed mechanism for gripping and feeding a length of wire from a continuous coil supply to the holder, a cutter for severing the length of wire from the supply and a former/driver movable past the holder for forming the held length of wire into a staple and driving the formed staple into an associated workpiece.

Abstract: A staple forming and driving apparatus utilizes bulk wire as the starting material. The apparatus has a fixed anvil block and movable forming and driving blocks. The anvil block contains an anvil about which a staple is formed and a stripper member which is normally biased to the extended position covering the anvil block. A forming block has a pair of projecting camming surfaces which, when it approaches the anvil block, causes the stripper member to recede. After the stripper has been cammed back, wire enters the anvil block across the anvil unit until it contacts the opposite side. The forming block continues to advance until a centrally disposed pressure foot contacts the wire holding the wire in place against the anvil. A forming blade on either side of the pressure foot continues to advance, cutting the wire and bending it around the anvil to form a staple.

Abstract: A wire piece forming device includes a wire piece dispenser with a cutting mechanism, a receiver member which receives wire pieces from the dispenser and a take-over member. The wire piece dispenser includes a feed device for the stepwise feeding of the wire. The device includes feed wheels which are driven intermittently by a four-bar linkage and a freewheel. A wire guide member is provided to ensure that the beginning of the wire is reliably inserted into a groove-like recess in a receiver member. The groove-like recess is open at its bottom. Before a wire piece is cut off by a cutter, the groove-like recess is closed by a take-over member moving past the opening of the recess. The take-over member then takes the separated wire piece and carries it away.

Abstract: Electrical components are processed faster and more reliably with an improved centering device. In one embodiment, thread slack is provided in the relatively slow adjuster used to preset a component processing machine to a particular insertion span, and a faster acting adjuster makes use of this thread slack to vary the preset span and center the component body in the machine.

Abstract: This invention relates to a device for fixing fasteners to the flaps of corrugated cardboard boxes for sealing the flaps. With the fastener placed across the adjoining edges of at least two flaps, piercing nails in the form of a cow horn and attached to a pair of turnable pieces on the fastener are driven into the flaps by the device. The device is characterized in that two reciprocally movable sliders (12, 13) move to drive a cutting blade (17), causing the blade to separate a fastener from other fasteners, and subsequently drive pivotal members (29a, 29b) to depress the turnable pieces on the fastener, driving the piercing nails into the flaps. Fasteners can be fixed in place easily and reliably.

Abstract: A stapler for automatically driving staples of at least two different characteristics, such as length, into a workpiece. The stapler includes a staple driving member for driving staples into a workpiece, a staple forming member for forming staple blanks into staples and apparatus for selectively providing to the staple forming member staple blanks of at least first and second different lengths. Staple material of preselected first or second lengths is fed from a supply of a continuous length of staple material and severed from the continuous length to form the staple blanks.

Abstract: A wire stapling apparatus for use in forming and inserting wire staples in folded copies is disclosed. The apparatus includes a rotating staple closing cylinder and a rotating wire stapling cylinder which cooperates with a wire staple forming piece to form a staple from a section of staple wire. The wire stapling cylinder carries a rotatable staple driving punch which rotates 90.degree. between a staple receiving position and a staple driving position. The staple driving punch also reciprocates in the stapling cylinder to insert the staple into the folded product to be stapled. The staple closing cylinder carries suitable fixed and rotating staple shank bending devices.

Abstract: A staple closing mechanism for use in a longitudinal stapling apparatus for inserting and closing staples in a product conveyed at a uniform speed is disclosed. The staple closing mechanism includes a staple closing cylinder and a staple conveyor cylinder which cooperate to define a path through which the product is conveyed. The closing cylinder carries a rigid staple shank bending insert and a rotatable staple shank bending device. A staple driving die is carried by the staple conveyor cylinder.