Abstract: A stapler for stapling sheet material with staples, each staple having two staple legs and a staple crown. The stapler having an anvil arm, with a stapling unit being pivotable relative to the anvil arm and including a staple magazine receiving the staples and a driver for pushing staples through the sheet material, with a base part, on which the anvil arm is mounted movably towards it, and with two two-armed bending levers pivotably mounted on the anvil arm about a respective pivot axis, each bending lever having a first and a second lever arm. Upon approach of the anvil arm to the base part, the second lever arms are pivoted and bend the staple legs. The pivot axes extend substantially perpendicular to the staple crowns and the second lever arms have end portions which are arranged offset to one another in the axial direction of the pivot axes.

Abstract: Staple gun for driving staples into a workpiece includes a frame with a driver conveyable upward and downward. In the downward movement, the driver executes a drive stroke driving the staple. In the upward movement, an activation member conveys the driver to a highest height and releases the driver to execute the drive stroke. An elongated elastic member has a first end coupled to the driver and a second end to a bearing pin assigned to the frame. A first breakpoint pin is placed between the bearing pin and the driver at a first distance from the bearing pin, and a second breakpoint pin between the driver and the first breakpoint pin is arranged at a second distance from the bearing pin and is movable between first and second positions disengaging and engaging the elastic member, respectively. The first distance is related to the highest height as 1.6-2.0:1.

Abstract: Stapler (1) for driving staples (4) into a workpiece (6), comprising a body (2), an elastic member (7) connected to a driver (9) and an articulated arrangement (12) for tensioning of the member (7) comprising a lever (13) with a long arm (15) and a short arm (16) coupled rotatably to the body by a first coupling shaft (14), an articulated arm (17) coupled rotatably to the body by a second coupling shaft (18) and connected to the member (7) in a force-influencing manner, an intermediate joint (19) with a third coupling shaft (20) assigned rotatably to the short arm (16) at a first distance (a) from the first coupling shaft and assigned rotatably to the articulated arm (17) with a fourth coupling shaft (21) at a second distance (b) from the third coupling shaft (20), the first distance has the distance line (a) and the second distance has the distance line (?), which form the angle (?) between themselves, the member (7) is tensioned in that the lever (13) is rotated (N) about coupling shaft (14) from a starting

Abstract: A detector arrangement included in an electric circuit arrangement which includes a stand by shut down and which comprises a first power supply (1) which is connected to mains voltage and which converts the mains voltage to a first voltage adapted for an electric motor (5) included in the electric circuit, the first power supply being, by means of a supply conductor (3) across a switch (4) by which the electric circuit may be closed or opened, is connected with its positive pole (2) to said motor, and the motor is, by means of a return conductor (6), connected to the negative pole (7) of said first power supply, as well as a control circuit (15) which, on the one hand, is connected via a first signal conductor (16), to the first power supply and, on the other hand, to an included second power supply (1 1) which feeds the control circuit with a second voltage which is substantially lower than the first voltage and which, with its negative pole, is connected to the return conductor, and detector means for regis

Abstract: Stapler by which a workpiece, preferably a sheaf of papers, is stapled together, which stapler includes a base part, to which is arranged a solid anvil, and a stapler head which base part and stapler head is with a connecting device connected to each other such that they relative each other can be moved in a reciprocating stapling movement in which movement the workpiece is stapled and which movement includes a forward direction which ends at a first turning point in which the stapler head contacts the anvil and a return direction, in which the stapler head is moved away from the anvil, and which ends in a second turning point wherein the anvil is such arranged that it is elastically yielding in the direction away from the first turning point.

Abstract: Staple gun for driving staples into a workpiece, which gun includes a frame, arranged in which is a driver, which can be conveyed in an up and downward movement and which in the downward movement (N) executes a drive stroke in which the staple is driven and which can be conveyed by an activation member in the upward movement (U) to a highest height h, in which the activation member releases the driver for the execution of the drive stroke, and which driver is coupled to a first end of an elongated elastic member, which is tensioned when the driver is conveyed in the upward movement for execution of the drive stroke, and which is connected at a second end to a bearing pin assigned to the frame as well as a first breakpoint pin placed between the bearing pin and the driver at a first distance (a) from the bearing pin and around which the elastic member is bent and tensioned when the driver is moved in the upward movement, and a second breakpoint pin placed between the driver and the first breakpoint pin at a se

Abstract: A transport safety device (8) for a nail coil or roll (7), the roll consisting of nails (1), comprising head (2) and shank (3), which, by connecting means (5), are connected to one another longitudinal side (4) by longitudinal side, with the heads oriented in one and the same direction, so as to form an elongate band (6) rolled up into roll form, in which form the heads in one winding turn partly cover the heads in the immediately external turn, intended to be fitted to a nail driver tool (20), where the transport safety device displays a ring (9) which surrounds the outermost turn of the nail roll in the region below the nail heads (2), in which the surrounding ring (9) consists of a configurationally stable material which displays means (10) which extend in towards the center (11) of the roll closely adjacent the upper side (12) of the nail heads.

Abstract: A stapler (1) by which a workpiece (11), preferably a sheaf of papers, is stapled together with a staple, which stapler (5) comprises a stapling head (2) accommodating staples and a driver (6) and connected pivotably by a pivot pin (4) to a bottom part (3) which comprises a lower element (9) and an upper element (8) which are connected to one another in such a way that they can be moved towards and away from one another (P) and which in an initial state are held in a locking position at a distance from one another by a locking device (17), with forming means (14, 15) arranged between the upper and lower elements, which forming means, when the staple has been fully driven into the workpiece at its insertion area (26) by the driver, are activated to bend the staple legs towards the workpiece as a result of the upper and lower elements moving towards one another when the locking device is released by an activating means (22) which is part of the locking device (17) being acted upon by an unlocking means (7) disp

Abstract: Stapler (1) comprising a body (2) and a magazine (3) which in its rear portion is connected pivotably via a connecting pin (6) to said body in such a way that said magazine in its forward portion can be moved in a direction (P) into and out of the body, the body (2) having integral bushings (9, 10) which have connecting surfaces (11, 12) whose longitudinal extent (D) is greater than the thickness (T) of the body material.

Abstract: A transport safety device (8) for a nail coil or roll (7), the roll consisting of nails (1), comprising head (2) and shank (3), which, by connecting means (5), are connected to one another longitudinal side (4) by longitudinal side, with the heads oriented in one and the same direction, so as to form an elongate band (6) rolled up into roll form, in which form the heads in one winding turn partly cover the heads in the immediately external turn, intended to be fitted to a nail driver tool (20), where the transport safety device displays a ring (9) which surrounds the outermost turn of the nail roll in the region below the nail heads (2), in which the surrounding ring (9) consists of a configurationally stable material which displays means (10) which extend in towards the centre (11) of the roll closely adjacent the upper side (12) of the nail heads.

Abstract: A stapler has a drive train that drives a stapling head toward a base part in a driving stroke and away from the base part in a return stroke. To accommodate thick workpieces to be stapled, without jamming, the drive train includes a coupling constructed so that its effective connection between coupled parts is releasable and so that it loses its effective connection during the driving stroke to prevent jamming.

Abstract: A hammer tacker (1), which is used to drive staples (8) into a work piece (7), comprises a handle (2) and a magazine (3). The magazine includes a magazine house (4) and a magazine rail (5) which rail is connected to the magazine in such a way that it in its front end (6) can be moved in to and out of (P) the magazine house. Staples stored in the magazine are fed, by a feeding device (24) arranged in the magazine, to an outlet opening (25) in the front end of the magazine. A driver blade (10) housed in the magazine and constituting part of a driver (9) drives the staple fed to the outlet opening into the work piece. The driver (9) is attached to the magazine (3) on the magazine's outer side (19) to facilitate changing the driver blade.

Abstract: Stapler (1) which in the course of a reciprocating working stroke (V) staples a workpiece (4), preferably a sheaf of papers, which stapler is powered by an electric motor which, via a transmission arrangement (5) drives the stapler during the working stroke, whereby the motor is activated and initiates the working stroke from a certain starting region as a result of the workpiece moving a trigger (32,33) which forms part of a trigger device (6) to a position at which a circuit-breaker (7), which forms part of the same electrical circuit (8) as the motor is connected to, is closed by the trigger, and whereby a release arrangement (9) connected to, and operatively acted upon, by a rotating means (11) which forms part of the transmission arrangement moves the trigger during the return phase of the working stroke to a non-closing position at which the circuit-breaker returns to an open position, thereby breaking the electric circuit and deactivating the motor, with the result that the working stroke ends in the s

Abstract: Embodiments include a stapler with a built-in staple remover, the staple remover movable between a non-operational position where it is retracted in a stapler body of the stapler and locked by a locking device and an operational position where it is partly extended from the stapler body, the staple remover being acted upon by a first elastic unit which is tensioned when the staple remover is in the non-operational position and which pushes the staple remover to the operational position when the locking device is released in the non-operational position.

Abstract: A stapler for stapling together a workpiece, primarily a sheaf of papers, in which the stapler comprises a stapling unit and an anvil, which interacts with the stapling unit and on which the workpiece is placed, and against which stapling is performed, which stapling unit and an anvil are, driven relative to each other in a reciprocating stapling movement, during which movement stapling takes place, the stapling unit comprises a frame and a staple cassette which houses staple blanks and which is exchangeable, and which is detachably connected to the frame by attachment devices, and the staple blanks are fed one by one to an outlet channel by a feeding device incorporated in the stapler.

Abstract: Stapler (1) which comprises a base part (2) and a stapling unit (3). The base part consists of a lower part (5) and an upper part (6) which are connected together such that they from each other, and between which parts is arranged a first elastic element (8) which, in an initial position, moves the upper and lower parts apart. A workpiece to be stapled is placed on the upper part (6), where an opening (31) is arranged through which the legs of the staple is driven after that the legs have driven through the workpiece, and to which upper part bending devices (21, 22), pivotable about pivot pins (25, 26), are connected. The upper part being blocked from moving downward by a blocking arrangement (21, 22, 25, 26, 44, 45) when the driver drives the staple legs through the workpiece. The blocking device is disengaged by means of a releasing device (53, 54, 55, 56) when the staple crown (40) contacts the upper surface (17) of the workpiece.

Abstract: A stapler comprises a stapling unit and a base movably connected to each other. The base comprises an anvil, a lower and an upper part with a contact surface which has a staple opening against which a workpiece is placed. The upper and lower parts are movably connected to each other. In operation, movement of the stapling unit and the base toward each other drives a staple into the workpiece, wherein the staple crown comes in contact with the workpiece and the staple legs extend through the staple opening. Upon movement of the upper part and stapling unit toward the lower part, the staple legs are bent by the anvil into contact with the underside of the workpiece. The anvil is attached to the base by an elastic element between the lower and upper part, and is urged toward the staple opening to block the opening when the stapler is in an initial position.

Abstract: Circuit-breaker arrangement (32) in an indicating arrangement (33) forming part of an electrically powered stapler (1). The stapler comprises a stapling head (2) and an anvil (3). The stapling head comprises an interchangeably fitted staple cassette (5) containing staple blanks (36), and the indicating arrangement. The circuit-breaker arrangement is so positioned that it is moved by the staple cassette from a first to a second position when the staple cassette is fitted to the stapling head and when the power supply via the indicating arrangement changes. The circuit-breaker arrangement (32) comprises an input line (22) and output line (23), of which at least the input line is dimensionally stable and resiliency flexible.