Abstract:
A machine tool for processing workpieces comprises a stroke drive device with a pressing tool, with a motorized drive including two motorized drive units which are controlled independently and wedge gear elements between the motorized drive and the pressing tool. The wedge gear elements comprise two drive-side wedge gear elements, each one being associated with a motorized drive unit, and two output-side wedge gear elements attached to the pressing tool, with each output-side wedge gear element opposite to an associated respective drive-side wedge gear element and forming a gear element pair. The wedge gear elements of each gear element pair are opposite each other inclined at a wedge angle with respect to a positioning axis and inclined in opposing directions with respect to the positioning axis. The motorized drive is configured to move the pressing tool along a stroke axis and position the stroke drive device along the positioning axis.
Abstract:
In a force cutting type paper cutter, a movable blade includes a pair of right and left edges having a V shape. These right and left edges are intersected and brought into pressure contact with a linear cutting edge of a fixed blade. The movable blade also includes a pair of right and left elastic pieces formed by a lateral slit and a division slit provided in the movable blade. These elastic pieces are held in an inclined state to the side of the fixed blade and such that the edges overlap with each other. During a cutting stroke, the elastic pieces are held a state in which the edges of the movable blade always make point contact with the edge of the fixed blade and uneven abutment is prevented.
Abstract:
A desktop hole punch device for punching holes in stacked sheet media such as paper is disclosed. The hole punch device includes at least one adjustable, laterally extending arm having markings thereon indicating standard office paper sizes. The markings are visible to the user through a window in the device. An edge guide at the distal end of the arm aligns the stack of sheet media and a curved page lifter extending from the edge guide reverses the natural curl in the paper stack for better and more precise hole punching.
Abstract:
A sales slip printer for segments (26) that are to be separated from a continuous paper strip (14) with a V-shaped knife (18) and a stacking tray (24) for the segments (26) separated from the continuous paper strip (14) located behind an output channel (12), which is separated from the output channel (12) by projections (28) extending in the side edge areas of the output channel (12), and a slide (30), which pushes through the already separated edges of the continuous paper strip (14) into the stacking tray (24) between the projections (28) during a cutting action.
Abstract:
Rotary punching apparatus includes: an upper rotation plate provided with punching member on which punching blade having a pattern of a specific shape is formed, and an upper jig which support elastically the punching member and forms a guide hole in the same shape as the pattern; an upper plate configured to enable the upper rotation plate to be rotated; a lower rotation plate including lower jig on which a punching hole in the same shape as the pattern is formed; and lower plate configured to enable the lower rotation plate to be rotated. The upper and the lower plate are provided with at least one magnets in a position opposite to each other and the upper and the lower rotation plate are provided with at least one or more magnets in a position opposite to each other, so that the fixed position is mutually aligned due to the magnetic force of the magnet. As a result, the present invention can freely punch a desired position irrespective of punching positions such as the seat as an object of the punching.
Abstract:
A paper punch includes a ratchet assembly received in each of the frames on a base. A handle assembly is connected to the frames. The ratchet assembly includes ratchet wheels co-rotatably connected to the driving gear which drives a rack to lower the punch head. The handle assembly includes a driving pawl which is engaged with two teeth in sequence of the ratchet wheels to proceed the punching action, and a return pawl which rotates the ratchet wheels in opposite direction after the punching action is finished. The handle assembly is repeatedly operated while the punch head is kept in the pile of paper sheets to be punched. The angular movement of each movement of the handle assembly is less than 90 degrees.
Abstract:
In a force cutting type paper cutter for cutting paper while a pair of right and left edges having a V shape of a movable blade are intersected and brought into pressure contact with a linear edge of a fixed blade, a pair of right and left elastic pieces for inclining the edges are provided by forming a lateral slit and a division slit in the movable blade. These elastic pieces are held in a state of inclining to the side of the fixed blade in a state in which the edges overlap with each other and in a cutting stroke, a state in which the edges of the movable blade always make point contact with the edge of the fixed blade is obtained and uneven abutment is prevented.
Abstract:
A cutting blade has a pocketed cutting portion and a massive portion at a lower end of said cutting blade. The cutting blade includes a first face and a second face at a spaced distance from the first face, the first and second faces defining a massive portion of the cutting blade. The cutting blade also has exterior side walls extending between the first and second faces, and a plurality of interior side walls spaced inwardly of the exterior side walls and extending from the second face toward the first face to define the pocketed cutting portion of the cutting blade. The cutting blade also includes an intermediate face in the pocketed cutting portion, the intermediate face being spaced from the first face at a distance that is less than the spaced distance between the first and second faces, whereby the cutting blade has a cutting edge in the pocketed cutting portion that extends along the lower end of the cutting blade, the cutting edge being surrounded at the lower end of the cutting blade by the massive portion of the cutting blade.
Abstract:
A punch for punching a workpiece. In particular, the invention relates to a punch including a base to stably support the punch and a support member configured to accommodate and locate the workpiece in a punching position. The support member is preferably movably connected to the base and preferably includes at least one punch member configured and operably associated with the support portion to punch the workpiece in the punching position upon an actuation movement of the support member with respect to the base. Another embodiment of the present invention relates to a punch having a paper tray oriented at an angle with respect to the base to support a sufficient portion of a sheet of paper to prevent an unsupported portion from falling over and withdrawing from the support portion. In particular, the paper tray and punch mechanism are oriented to expel paper chips such that the chips are visible to an operator as they are punched.
Abstract:
The present invention relates to a punch for punching a workpiece. In particular, the invention relates to a punch including a base to stably support the punch and a support member configured to accommodate and locate the workpiece in a punching position. The support member is preferably movably connected to the base and preferably includes at least one punch member configured and operably associated with the support portion to punch the workpiece in the punching position upon an actuation movement of the support member with respect to the base. Another embodiment of the present invention relates to a punch having a paper tray oriented at an angle with respect to the base to support a sufficient portion of a sheet of paper to prevent an unsupported portion from falling over and withdrawing from the support portion. In particular, the paper tray and punch mechanism are oriented to expel paper chips such that the chips are visible to an operator as they are punched.