Abstract: An attaching apparatus, which attaches an attachment object to a fabric using a fastening member, includes at least one pair of first holding members configured to hold an attachment object; and a first die configured to hold the attachment object at a terminal of a die main body. The first die moves such that the attachment object, held at the at least one pair of first holding members, is held at the terminal of the die main body and then the attachment object is placed onto the fabric. The attachment object is transferred from the at least one pair of first holding members to the first die at a position distanced away from the fabric.

Abstract: A method and an end effector for installing an element over a member associated with an object. An end effector may be attached to the object. The element may be loaded onto an element installer by an element loader of the end effector. The element may be installed onto the member associated with the object by the element installer.

Abstract: A button-fastening upper die includes a die body, a button-holding member and a cylindrical elastic member arranged between the die body and the button-holding member. By providing the elastic member with an annular recess recessed radially outward from the inner surface e.g. at the middle of the surface, the elastic member is sectioned into a thin-walled section located radially outward from the recess and two or more thick-walled sections remaining above and below the recess and the thin-walled section.

Abstract: The present disclosure provides an automatic locking screw machine, which includes an automatic separating module, an automatic feeding module, and an automatic locking module. The automatic separating module separates a plurality of screws arranged in an array. The automatic feeding module is connected to the automatic separating module, and includes a feeding duct for conveying the screws separated by the automatic separating module. The automatic locking module is connected to the automatic feeding module, and includes a first spring ball mechanism and a screwdriver. The first spring ball mechanism supports the screws conveyed by the feeding duct, and the screwdriver locks the screws supported by the first spring ball mechanism onto a workpiece.

Abstract: The invention relates to a setting device for an auxiliary joining part, particularly a setting fastener or a punch rivet, including a driven punch which for a setting movement can be moved in a joining channel to which the auxiliary joining part can be loosely fed. The setting device includes a head piece in which a part of the joining channel runs, further including a plurality of compressed air ducts ending in the joining channel, and an exhaust air channel. The exhaust air channel ends adjacent to the front side of the punch moving the auxiliary joining part into the joining channel of the setting device such that an airflow can be generated in the joining channel in the direction of the front of the punch moving the auxiliary joining part by way of an overpressure which can be generated in the plurality of compressed air channels compared to the atmospheric pressure and by which the auxiliary joining part can be positioned on the front side of the punch.

Abstract: A quick-clamping mechanism for an electric hammer for clamping fasteners such as nails includes a biasing assembly for making the clamping assembly movable between a closed position and an opened position. The clamping assembly includes at least two clamping claws, pivotally connected to a pivot shaft including the combination of a torsion spring and a magnet. Fasteners such as nails and the like, can be clamped or released by the two clamping claws rotating relative to the pivot shaft, so that the quick-clamping mechanism has a simple structure and is easily implemented. The two clamping claws can be automatically closed, after a nail is loaded, by providing a torsion spring or a magnet on the two clamping claws, so that the quick-clamping mechanism can be operated expediently and the nail clamped securely.

Abstract: A fastener positioning device for a die block including a punch tube arranged to receive the fastener, at least one aperture extending radially out from the tube, at least one displaceable retainer disposed in the at least one aperture, and a resilient ring urging the at least one retainer towards an axis of the punch tube. In an example embodiment of the invention, the aperture includes a first diameter proximate the punch tube and a second, larger diameter radially outside of the first diameter. The retainer may be a ball, the resilient ring may be an O-ring, and the fastener may be a stud or nut.

Abstract: An electric hammer includes a striking device having a clamping mechanism. The clamping mechanism includes a clamping element, a sliding element, a first biasing device and a second biasing device. The sliding element is provided with a guide portion in which the clamping element is slidable between a first position where the clamping element is closed and a second position where the clamping element is opened. The biasing force generated by the first biasing device is smaller than that of the second biasing device when the clamping element is in the opened position.

Abstract: An auto hammer with a striking device includes a striking rod and a clamping mechanism. The striking rod continually strikes a component to gradually insert the component into a workpiece. The clamping mechanism includes at least one clamping element, a biasing device, a bush and a sleeve, and the clamping elements are movable between a closed position and an opened position. The bush is arranged around the striking rod so as to prevent the nail head from becoming trapped in a gap which is formed after the clamping elements are entirely opened. The biasing device is arranged for biasing the bush toward the direction of striking the component. This clamping mechanism can reliably clamp nails or other components to facilitate user operation of the device.

Abstract: An auto hammer having a housing, a grip portion and a striking device. The striking device includes a striking rod for striking a nail or other element using a straight reciprocating motion. The striking device has an associated clamping mechanism for clamping the nail or other element. The clamping mechanism has a driving portion, a first clamping portion, and a second clamping portion. The first and second clamping portions are moved between a closed position and an opened position. In the closed position, the element is held between the first and second clamping portions. A first slot and a second slot are arranged on the first and second clamping portions respectively. The driving portion is arranged in both the first and second slots and moves along the first and second slots.

Abstract: The present invention discloses a feed apparatus, a feed channel and a setting device, that is used in connection with these specific apparatuses. The feed apparatus uses either a strip magazine or a rotary magazine. The feeding of the fastening elements proceeds stepwise using a movable slide, where with use of the rotary magazine a simultaneous loading and unloading of the rotary magazine at different positions is guaranteed.

Abstract: A device for impacting a fastener in one embodiment includes a drive mechanism, a flywheel pivotable between a first flywheel position whereat the flywheel is not in contact with the drive mechanism and a second flywheel position whereat the flywheel contacts the drive mechanism, a motor operably connected to the flywheel, a trigger movable between a first trigger position and a second trigger position, and a WCE assembly movable between a first WCE position and a second WCE position, the WCE assembly configured such that (i) when the trigger is in the first trigger position and the WCE assembly is in the first WCE position, the WCE assembly mechanically engages the trigger to preclude movement of the trigger out of the first position, and (ii) when the WCE assembly is in the second WCE assembly position, the WCE assembly does not mechanically engage the trigger.

Abstract: A nose assembly for a floor nail gun includes: a base having a bottom end that has a base contact surface; a nose plate having an abutting end defining a nose abutting surface, and a contact end having first and second nose contact surfaces; and an urging mechanism interconnecting the base and the nose plate. The nose plate is movable relative to the base from a first position, in which one of the first and second nose contact surfaces abuts against the base contact surface, to an intermediary position, in which the contact end of the nose plate is spaced apart from the bottom end of the base, and is further movable relative to the base from the intermediary position to a second position, in which the other of the first and second nose contact surfaces abuts against the base contact surface.

Abstract: An anchor installation tool has an elongated member with a body portion and a head portion. The body portion includes an internal bore to receive a drill bit. The head portion projects from and has a diameter smaller than the body portion. The head portion is coaxial with the body portion. An anchor guide has a sleeve-shaped body with a bore throughout the body. The bore has a portion sized to fit over the body portion and a portion to fit over the head portion. The guide slides on the body and head portions. A mechanism retains the anchor guide onto the body portion. The retaining mechanism enables sliding of the anchor guide and prohibits removal of the anchor guide from the body portion.

Abstract: A clearance is set between a nail feeder and an outer profile portion so that the nail feeder can turn. A pin as a first restriction member that inhibits movement of the nail feeder to an ejection portion by engaging with the nail feeder and can release the engagement with the rotation of the nail feeder is provided to the outer profile portion. The position at which the nail feeder and a spring engage is set in deviation from the position at which the nail feeder and the pin engage, in a reciprocating direction of the nail feeder and in a vertical direction.

Abstract: The sealing apparatus (100) is used in a substantially vertical position by the user, who inserts a magazine pack containing nails into the hopper (101). After unlocking of the hopper (101), the nails slide in the flexible feed tube (10) as far as the front of a feeder for indirect firing, in a buffer guide (102). The user then merely has to actuate a trigger (103) in order to entrain the nails into the support via the feeder. In order to preserve the transparent quality of the tube (10), its effective inner cross section (21) is not circular, but is arranged (23) such that the contact between the lateral wall of the circular head of the nail (1) and the effective inner wall (21) of the tube (10) is not possible on certain portions (22) of the effective inner wall (21).

Abstract: The retention device for retaining a fastener comprises an outer tubular shaft slidably disposed upon an inner tubular shaft. Extending from the distal end of the inner tubular shaft is a plurality of resilient gripping members, each having an arcuated portion protruding outwardly from the cylindrical axis of the inner tubular shaft. The outer tubular shaft, having a conically tapered inner bore, is longitudinally slid along the inner tubular shaft to press inwardly the arcuated portions so that the gripping members grasp a fastener at the distal ends thereof. The outer tubular shaft can be internally threaded to provide varying strength for retaining or releasing the fastener. A restraining resilient member is provided to prevent the retention device from falling off from the fastening tool by engaging an annular flange disposed upon the shank of the fastening tool.

Abstract: A driving-in tool for a furniture part which can be fitted in place by at least one rotating lever, is provided in which the driving-in tool possesses a centering part shaped in accordance with the fitting part to be connected and serving as an insertion guide, and a spring or spring-loaded holding part supporting the rotating lever in its open position.

Abstract: A setting head for the installation of fastener elements having a head and shaft into a pre-apertured workpiece. The setting head has at least three holding fingers, with each holding finger initially centering, aligning, and positioning the element in the setting direction, both at the head and also at a distance from the head along the shaft.

Abstract: A device for fitting articles including rivets, buttons and the like, to a fabric, comprising a lower tool serving as an abutment for an article, and a ram executing a riveting stroke. A lower end of the ram joins with an upper tool for impinging upon an upper portion of the article and for urging the article against the lower tool upon execution of the riveting stroke. A rotatably driven cam disc urges an upper end of the ram for controlling travel movement of the ram. A clamp is carried by the bottom end of the ram for movement in synchronism with the ram. For finger protection, the device is operative to stop the clamp in a position spaced from the lower tool during a first lowering movement.

Abstract: A fastening machine (1) includes a guide block (11) with a rivet delivery passage (12). Rivets (17) are supplied from a source via a tube (22) and are delivered through a rivet supply passage (20) to the rivet delivery passage. The rivet delivery passage includes a plurality of spring-loaded balls (60) on the inside thereof to maintain the heads of the rivets in alignment with a punch (16).

Abstract: A device for driving inserts into pieces of sheet metal includes a punch having a longitudinal axis of symmetry, a thrust surface and a through hole extending along its longitudinal axis which constitutes a supply duct for the inserts. The through hole extends through the thrust surface. A thrust rod applies a driving force to the inserts to move them into position in front of the thrust surface of the punch. The thrust surface drives the head of the insert into a piece of sheet metal through a hole while plastically deforming the periphery of the hole which interfaces with the head.

Abstract: A fastening machine (1) has guide block (11) with a rivet delivery passage (12). Rivets (17) are supplied from a source via tube (22) and are delivered to the rivet delivery passage (12) by a rivet supply passage (20). The head of the rivet (17) is engaged by spring-loaded balls (60) to hold the rivet (17) in alignment with the rivet delivery passage (12) and a punch (16). When a limit switch (30) detects the presence of a rivet (17) in the rivet delivery passage (12), the punch (16) is advanced and the rivet (17) is releasably supported by the balls (60) and secondary balls (60A) as it is advanced to work pieces to be secured together.

Abstract: A fastener delivery tube (21) incorporates an internal guide (22)--such as a continuous sleeve lining, flexible, or resiliently deformable spring strips (34, 37, 38) or re-circulating balls (54)--forming a longitudinally movable constriction, inhibiting fastener free-fall through the tube and preserving fastener orientation, by maintaining fastener (25) contact with a driving plunger (28) in its passage there-through and upon exit there-from into contact with a workpiece.

Abstract: A vertically moveable upper receiver is suspended on the machine by spring means and has a central vertical cavity therethrough. A pair of opposed springs bias together jaws in the receiver having aligned notches therein which receive the part. The upper tool or punch descends through the cavity, engages the part, drives it out of its notches and downward against the inward pressure of the jaws, the receiver descending through this operation, and the part arrives precisely centered at the setting locus.

Abstract: An installation apparatus for use in attaching fasteners to a panel is provided having a magazine plate, plunger, fastener holder and retainer. The fastener holder is comprised of an elastically expanding body and includes generally inwardly sloping internal sidewalls defining a conically shaped passage therethrough and wall members which are slit therethrough. The installation apparatus is of particular use in fastener dispensing and installation devices which require the fastener to maintain a precise orientation during delivery and fastening.

Abstract: A tool for installing and removing a staple comprising an elongated body which has an installing head at one end and a base at the opposite end. In between the head and the base is mounted a graspable handle which is to be slideable to exert a hammering force on a collar which is mounted on the body. This collar is to be adjustable longitudinally on the body to any desired position that will be convenient to the user. The head of the tool includes a staple removing device which is to be connected to a staple to effect removal thereof after it has been installed.

Abstract: Molded plastic overlays or trim members for upholstered furniture are provided with at least two special collar-type nails having two pointed ends with a collar therebetween. One of the pointed ends of the collar nails is assembled in apparatus disclosed in the application, while the other pointed end of each pair of collar nails is hammered into the frame of furniture by the manufacturer or upholsterer as part of the final assembly of chairs, sofas, and the like.

Abstract: A fastener introduced into the barrel of the apparatus is received by a movable fastener retainer. The fastener is moved by a fastener positioning member to a ready to drive position prior to being driven from the outlet of the apparatus by a driver member. The shank of fastener in its ready to drive position extends generally parallel to the central axis of the barrel and its pointed free end preferably is adjacent the barrel outlet. A complete cycle of operation of the apparatus ensues in response to operator movement of a trigger of the apparatus.

Abstract: A device for combined drilling and riveting of a type including a "C"-shaped support frame. According to the invention, the means for drilling (14) and the rivet set (69) are arranged in a manner such that they may travel in directions which are at an angle in relation to the axis of the combined drilling/riveting head, the necessary pressure being supplied by two arms (2,3) driven by hydraulic jacks and the parts to be assembled (A,B) clamped one against the other by the jaws (6,7) of a plate grip throughout the operating cycle.

Abstract: An automatic fastener feeding and driving apparatus is disclosed which includes a vibrating feed hopper, and a fastener feed assembly for receiving the fasteners from the hopper and serially delivering the fasteners to a delivery line which leads to an automatic hand held driver. The fastener feed assembly comprises a body member having a slide for transverse sliding movement between a first position wherein a fastener is received in a notch in the slide, and a second position where the fastener is delivered to a discharge opening which leads to the discharge line and to the driver. The body member and the slide include an internal air line system by which air is delivered into the lower portion of the notch of the slide and into the discharge opening, only after the slide has essentially reached its discharge position.

Abstract: A magnetic riveting stem and a novel vertically fixed pocket mechanism is provided for a stationary riveting machine which permits such machines to be used for riveting applications which were impossible or impractical with prior art riveting stem and pocket mechanisms. The vertically fixed pocket receives ferrous rivets from a rivet feed mechanism and aligns them in a head-up orientation to be picked up by the stem for setting through registered holes in the work. A stationary riveting machine equipped in accordance with the invention is capable of setting a ferrous rivet in practically any location on a work piece where the head of the rivet can pass. This offers an advantage over traditionally equipped stationary riveting machines which require vertically displaceable pockets for guiding a rivet to the pilot pin of a rivet anvil.

Abstract: Setting machine for fasteners has a double-acting air cylinder with a toggle linkage for driving down the upper die and an air cylinder for driving a wedge to drive up the lower die. The cylinders are activated to drive the dies together to set the fastener parts as pushers, which have moved the fastener parts into setting position, are retracted.

Abstract: A device for facilitating the hammering of a nail including a substantially cylindrical outer casing having a first open end and a second open end. A striking pin having a first end with a rounded head provided thereon disposed to be struck by a hammer or the like. An inner tube is received in the outer casing and attached to the striking pin at a first end thereof. The inner tube is longitudinally slidable in the outer casing. Two flexible holding strips each having a concave portion are disposed to be pressed outwardly for receiving a nail to be hammered therebetween. A hammering pin is attached to a second end of the inner tube at a first end thereof. A second end of the hammering pin is disposed to abut the head of the nail to be hammered which is held by the concave portions of the two holding strips before hammering. Two springs are provided for repositioning the hammering pin, the inner tube and the striking pin after the hammering of the nail is completed.

Abstract: To provide an apparatus for feeding an elongated fastener to a fastening tool, in which the fasteners are fed individually through a first passage and are forced into a holder by a plunger guided in a second additional passage and in which comparatively short fasteners can be fed without jamming or other difficulty in an orderly way, the first passage extending through the apparatus is substantially linear until at the holder positioned coaxial to it, the second passage opens at an acute angle to the first passage and the plunger is made from a flexible material so that the plunger is positionable in an end position outside the first passage and also in a forwardly moved fastener feed position which corresponds to another end position partially in the second and partially in the first passage.

Abstract: A parts applying apparatus for applying buttons, rivets and other fastening parts to a garment fabric is disclosed which essentially comprises a reciprocating ram, a punch including an annular flange, a punch holder carrying the punch and a parts gripper for releasably holding parts to be clamped onto fabric. The gripper is resiliently urged toward and held in sliding engagement with the ram. An elastic member such as of rubber is interposed between the punch flange and the punch holder to absorb part of the impact pressure exerted to the fabric during the parts clamping operation.

Abstract: A fastener attaching apparatus for selectively feeding fasteners to portions of the material of clothes or the like includes hoppers for receiving fasteners, guide tracks and guide grooves for feeding fasteners, push rods for pushing fasteners, an upper mold for holding the material of clothes, and power sources that actuate the push rods for attaching fasteners to the material interposed between the upper and lower molds.

Abstract: A riveting tool incorporates both rivet grasping and rivet driving means in a single tool. A resilient rivet retaining skirt is mounted to the driving means and the skirt interior is provided with pressure to ensure retention of the rivet. After the rivet is partially inserted into a hole, a driving surface of the tool forces the rivet out of engagement with the skirt for full insertion into the hole and riveting may then be completed.

Abstract: The present invention, provides an automatic nailer system, for securing nailed ferrules to a substrate, comprising:a body defining a generally cylindrical channel for receiving a nailed ferrule with the nail and the channel being approximately coaxial;A hammer rod reciprocable within the channel between a retracted position and an extended position;apparatus for feeding a nailed ferrule into the channel when the hammer rod is in its retracted position; anda collet mechanism comprising a plurality of collet pieces which are biased to move radially to abut one another and define a passage;the passage having a tapered section which at its opening has a cross-sectional size and shape generally the same as those of the channel and leading at its other end into a generally cylindrical section for receiving coaxially and snugly the nail of a nailed ferrule,the collet mechanism being located on the end of the body remote from the hammer rod such that the channel and the passage are coaxial and the wider end of the t

Abstract: Pneumatically operated driving tool for fasteners comprising a working cylinder, a working piston within the working cylinder connected to a driver of the like, a stop in the working cylinder limiting the working stroke of the working piston, a control valve adapted to be actuated by a trigger, a working space above the working piston when the piston is in its upper dead point position, the control valve being adapted to alternatingly connecting the working space with a pressurized air source or with atmosphere, respectively, a piston return chamber surrounding the working cylinder and connected thereto by a first opening adjacent the stop, and a second opening spaced from the stop, the working piston having a smaller diameter than the working cylinder. An annular piston is sealingly displaceably located on the driver and sealingly engages the wall of the working cylinder.

Abstract: In a manual spring pin inserter, a pair of jaws cooperate with a jaw preloading means to provide increased jaw clamping forces on a pin proportional to advancement of that pin into a hole of a workpiece.

Abstract: A punch assembly comprising a cylindrical clamper holder, a ram reciprocatingly movable therein and having an axial bore, a punch carried on the ram, a pair of clampers pivotally mounted on the clamper holder and releasably holding a fastening element, a pair of washers received in a lateral slot in the clamper holder and resiliently urged against the ram by springs, and a bolt-and-nut unit extending transversely through the axial bore of the ram and fastening the springs and the washers together.

Abstract: Method and apparatus for inserting fasteners into holes in a workpiece. The apparatus includes a finger carrying device which is carried by an anvil for telescoping movement relative to the anvil, the finger carrying device includes a bore coaxial with the anvil and through which the anvil may pass as it moves from a raised position to a lowered position. The finger carrying device is provided with a side port through which fasteners may be inserted by a gravity injector, the side port being disposed below the anvil when it is in its raised position. A plurality of annular arrays of resilient fingers are mounted in the bore below the side port. A fastener, after being injected into the bore of the finger carrying device, is pushed by the anvil through the fingers as the anvil moves to its lowered position, the annular arrays of resilient fingers properly orienting the fastener in coaxial alignment with the anvil and with a hole in a workpiece.

Abstract: Apparatus is disclosed for supplying and installing plastic expansion rivets with breakaway mandrels in holes in a workpiece. It comprises a hand-held, trigger actuated, pneumatically-operated installation tool; a rivet-supply mechanism for supply rivets one-by-one to the tool on a timely basis; and a vacuum-operated, mandrel-removal mechanism for removing broken away mandrels from the tool. The installation tool has a hollow barrel with a nose piece at its working end for receiving and releasably holding each rivet delivered thereto. Two piston assemblies are slidably mounted in the hollow barrel: one maintains the rivet body stationary against the workpiece and the other has jaws thereon for gripping and pulling on the rivet mandrel to expand the rivet body and break away the mandrel. The hollow barrel also contains a vacuum tube through which broken-away mandrels are expelled.

Abstract: A barrel assembly includes a housing for attachement to a conventional driving tool. A barrel member having a through bore is slidably attached at one end to the housing and carries a stress plate retaining pad at the other end. A pre-assembled enlongated headed fastener and stress plate combination is inserted into the barrel assembly whereby, during driving, the head of the fastener is slidably guided by the barrel bore while the shank portion of the fastener is rigidly held by the locked stress plate assuring a perpendicular driving alignment between the fastener and the workpiece, such as a roof deck plate. Biasing means normally forces the barrel in an extended position relative to the housing and also permits the barrel and stress plate retaining pad to retract during a plate tapping sequence of the fastener to prevent thread stripping of the stress plate.

Abstract: The invention provides a multi-purpose safety device which can be used in conventional nailing operations to guide the nail to be driven safely, conveniently and quickly at a desired angle and which can be used for measuring angles and inclinations as well as levelling. The invention includes a driving member disposed in a sleeve which in turn mounted on an upper side of a housing, a nail advancing plate at one side of the housing for advancing nails, and a nail guiding body below the sleeve for guiding and positioning a nail beneath the driving member whereby the nail can be driven into an object by the driving member. An angle meter is further mounted in the housing for measuring angles as well as indicating a desired angle by which the nail has to be driven.

Abstract: A compensating nail-driving chuck uniformly countersinks nails into boards, despite variations in thickness and hardness of the boards. The nail-driving chuck has a chuck body with jaws at the lower end for holding a nail. A hydraulic cylinder has a drive rod which is connected to a drive pin for driving the nail out through the jaws and into the board. The chuck body is movable with the drive rod until a surface of the board is engaged. At that point, movement of the chuck body stops, and relative movement of the drive rod and drive pin with respect to the chuck body begins. The chuck body limits the stroke of the drive rod, so that the nail is driven a uniform distance into the board once the surface of the board has been engaged.

Abstract: This invention relates to a pin head assembly and in particular to one comprising a stopper having a neck at its inner surface, a hammer disposed within the stopper with the upper end thereof threadedly engaged with a rod of an air cylinder, a body located under the stopper and suspended by two springs with the upper end thereof bearing against the neck of the stopper, a ball mounted into the lower end of the body and a funnel threadedly engaged with one side of the body.

Abstract: A fastener delivery tube (21) incorporates an internal guide (22)—such as a continuous sleeve lining, flexible, or resiliently deformable spring strips (34, 37, 38) or re-circulating balls (54)—forming a longitudinally movable constriction, inhibiting fastener free-fall through the tube and preserving fastener orientation, by maintaining fastener (25) contact with a driving plunger (28) in its passage there-through and upon exit there-from into contact with a workpiece.

Abstract: The present disclosure relates to self-piercing fasteners, such as studs, bolts or nuts, the method of attaching such fasteners to a panel and fastener installation apparatus, including the installation head and die button. The fastener includes a self-piercing and riveting annular wall which is driven into a panel supported against a die member by the installation head. The die member includes an annular die cavity surrounding a central projecting die portion which is telescopically receivable in the free open end of the fastener annular wall. The free end of the fastener annular wall includes a piercing surface which mates with a piercing surface at the outer edge of the projecting die portion to pierce a slug from the panel.