Abstract: An exemplary medical apparatus may include a surgical tool; a feeder belt located at least partially within the surgical tool; a plurality of staples affixed to and frangibly separable from the feeder belt; and a forming station positioned within the surgical tool that receives the feeder belt; where motion of the feeder belt through the forming station bends at least one staple relative to the feeder belt substantially at the junction between that staple and the feeder belt in order to work harden that junction within the surgical tool. Another exemplary medical apparatus may include a surgical tool; a feeder belt located at least partially within the surgical tool; staples affixed to and frangibly separable from the feeder belt; and a channel within the surgical tool that receives the feeder belt; where motion of the feeder belt through the channel bends at least one staple at least at one location, thereby work hardening that staple at each location at which it bends.

Abstract: In a sheet stitching apparatus in which a wire W reeled out from a wire reel 5 is cut only a predetermined length, the cut wire is bent into a U-shape and driven into a set of sheets S, both ends of the U-shaped wire are bent and the set of sheets are stitched, there is provided a detector 10-15 arranged for movement according to a change in a degree of bending of the wire guide 4 effected by a change in a remaining amount of the wire of the wire reel 5 for detection of a change of position of the wire guide effected by a pull-in operation of wire by the stitching head 2.

Abstract: A staple-forming and inserting apparatus 10 is provided having an apparatus 22 for movement of the cutter box 20 to allow automatic variations in staple length for one or more staple-forming and inserting apparatus 10 said staple-forming and inserting apparatus 10 being provided with a staple crown 105 supporting shoe 56 to permit supported insertion of the staple into the workpiece the device 10 having blades 50a, 50b for pinch-cutting of the staple wire 72 to provide chisel ends to legs 101 of stable 100 device 10 have key and rail construction to allow the operating drive 16 and bender 18 rails to travel on keys 32 that may be replaced to avoid wear on drive 16 and bender 18 rails and replacement of the rails and a floating bender rail 18 that prevents overstrike and damage to knives 50a, 50b.

Abstract: A stapler both forms and drivers staples from connected staple blanks retained in a magazine. The stapler includes a driver and a former. The former eliminates jams caused by the last staple in a magazine becoming rotated prior to being formed and struck by having the capability of simultaneously forming a staple being struck and the staple blank connected to the staple being stuck.

Abstract: A stitcher system includes a stitcher mechanism for stitching collations of documents and adapted to form stitches from a conductive wire moved into the stitcher mechanism. A non-conductive spool is mounted for rotation on a spindle. A conductive wire is wound on the non-conductive spool. The conductive wire has a tail end adjacent to the non-conductive spool and a lead end remote from the spool. The spool rotates when the conductive wire is moved into the stitcher mechanism to provide conductive wire to be used by the stitcher mechanism to form stitches. A sensing circuit is provided with a circuit path that includes the conductive wire wrapped on the non-conductive spool and a conductive member mounted to engage the wire. The sensing circuit path becomes open when the conductive wire is not wrapped on the non-conductive spool to thereby detect an out of wire condition.

Abstract: A staple-forming and inserting apparatus 10 is provided having an apparatus 22 for movement of the cutter box 20 to allow automatic variations in staple length for one or more staple-forming and inserting apparatus 10 said staple-forming and inserting apparatus 10 being provided with a staple crown 105 supporting shoe 56 to permit supported insertion of the staple into the workpiece the device 10 having blades 50a, 50b for pinch-cutting of the staple wire 72 to provide chisel ends to legs 101 of stable 100 device 10 have key and rail construction to allow the operating drive 16 and bender 18 rails to travel on keys 32 that may be replaced to avoid wear on drive 16 and bender 18 rails and replacement of the rails and a floating bender rail 18 that prevents overstrike and damage to knives 50a, 50b.

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 includes a wire fed in the casing of the device and a staple-bending member is movably connected to a base in the casing and has two protrusions extending from a lower end thereof. An ejecting member movably connected to the base. A mechanism is driven by an activation member and lowers the staple-bending member and the ejecting member to deform a section of the metal wire to be a staple which is ejected through an aperture to staple a pile of document.

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: The retaining device of a wire-section dispenser has a tongue-like first retaining element and a second retaining element which form boundaries for a gap. The second retaining element can be moved out of a rest position into a clamping position, which narrows the gap, and back again. When the second retaining element is located in the rest position, a stapling wire is advanced into the gap and then fixedly clamped by displacing the second retaining element into the clamping position. A cutting element, which severs the continuous stapling wire into wire sections, is synchronously moved with the second retaining element. The staple guide of a stapling head engages with its carry-along member, the wire section and moves it in the direction of rotation, overcoming the retaining force in doing so.

Abstract: A tandem clip system comprising a driving tool and a magazine for push-on clips of the type adapted to engage the post of a workpiece extending through a perforation in an element to which the workpiece is to be fastened. The push-on clips are arranged in tandem fashion in a strip thereof. Each clip comprises an integral part of the next adjacent clip with a line of weakening therebetween. The driving tool is conventional, having a driver and actuating means therefor. The driver is provided with a modified tip for severing the forwardmost clip from its strip and driving it on its respecting work piece post. The tool has a modifed guide body with a drive track for the driver tip. The clip feed mechanism is affixed to the guide body and actuated by the driver tip to advance the forwardmost clip to the drive track after each tool actuation. The guide body also has a clip support assembly for supporting each clip in the drive track including the last clip of a strip.

Abstract: A relatively small desk-type stapler is disclosed which both forms and drives the staple from a belt of staple blanks retained in a removable cartridge. The stapler includes a driver, a former positioned to be driven by the driver, a former block and a sheath, all of which ports are held to a stationary stapler head by means of a single spring. Power to drive and form the staple may be provided by an electric solenoid. A simple anti-jam means is provided by the interaction ofthe driver, the former, the former block, the sheath and the stapler head.

Abstract: The apparatus includes a conveyor table having press heads mounted on opposite sides. Coils of connector plate stock having prepunched integrally extending teeth feed upper and lower press platens movable toward one another to substantially simultaneously cut the connector stock to predetermined lengths to form connector plates and embed the teeth of the connector plates on opposite sides of joints formed by wooden frame members disposed on the conveyor between the press heads. Upon completion of the pressing operation, a feed mechanism locates predetermined lengths of connector stock between the press platens for the next cut and embedment operation. Selectively extensible and retractable stops are provided on the conveyor table and press heads against which respective webs and chords of the frame being fabricated are butted to locate the same in position forming a completed frame. Clamps on the conveyor press the chords against the web ends while the connector plates are embedded in the joints.

Abstract: The apparatus includes a conveyor table having pairs of press heads mounted on its opposite sides. Strips of sheet metal stock from coils are fed through respective die sets for punching integrally extending teeth in the metal strips and the connector plate stock thus formed is fed into the respective paths of movement of upper and lower press platens. The platens are movable toward one another to substantially simultaneously cut the connector stock to predetermined lengths to form connector plates and embed the teeth of the connector plates on opposite sides of joints formed by wooden frame members disposed on the conveyor between the press heads. Simultaneously with the pressing operation, the die set punches additional teeth into the strip. Upon completion of the pressing operation, a feed mechanism locates predetermined lengths of connector stock with struck teeth between the press platens for the next cut and embedment operation.