Abstract: The invention relates to a method for a multitrack provision of web-like interleaved sheet material at a cutting region in which products supplied on multiple tracks are cut into slices and interleaved sheets are introduced which are cut off from the provided interleaved sheet material in the cutting region and for which a normal length is predefined which is dependent on the respective application, in which material webs are removed from at least two material stores which are each associated with one or more tracks; and in which the material consumption of at least one material store is impacted during operation, in particular in dependence on residual quantities in the material stores, in that the length of the interleaved sheets is varied in the respective track or tracks with respect to the normal length at least for this material store.

Abstract: An apparatus for slicing food products includes a product feed, at least one cutting blade which rotates about a blade axis and/or revolves about a center axis and to which at least one product to be sliced can be fed in a product feed direction and a blade holder to which the cutting blade can be attached. An adjustment device is configured to deform the cutting blade.

Abstract: A web slitting machine knife holder configured to be mounted on a rail for linear movement of the knife holder along a first axis, the knife holder comprising: a frame; a knife carrier connected to the frame by a movement mechanism; and a plurality of electric motors connected to the movement mechanism, wherein the knife carrier is moveable relative to the frame through three independent degrees of freedom by operation of the movement mechanism through actuation of a respective one of the plurality of electric motors.

Abstract: An apparatus separates a band of resin-impregnated fiber material into strips and disposes the strips between parallel pin rows of a pinmat to form a layer of strips. The apparatus includes a pinmat-following roller comprising a first roller mounted on a first central axle on which the first roller can rotate and slide transversely, a first circular rib surrounding the first roller and capable of fitting between adjacent pin rows of a pinmat, and a circular groove in the first roller for coupling with the band-separating roller. The apparatus further includes a band-separating roller comprising a second roller mounted on a second central axle on which the second roller can rotate and slide transversely, multiple radially projecting disks from the second roller for separating the band of resin-impregnated fiber, and a second circular rib surrounding the second roller capable of coupling with the circular groove of the pinmat-following roller.

Abstract: A covering device for a cutting machine includes a fixing cover provided on a base and covering a disc-shaped rotary tool provided at an end of the cutting machine. The fixing cover includes a tiltable body coupled to the fixing cover such that the tiltable body can be tilted in an up-down direction. The amount by which the rotary tool projects downward from the base can be changed by changes of the tilt position of the tiltable body with respect to the fixing cover. The fixing cover further includes a variable member having a plurality of abutment portions that are brought into abutment with the tiltable body along with a downward tilt of the tiltable body, and allows the tilt position to be selected from different tilt positions in accordance with an operation to select from the plurality of abutment portions.

Abstract: A miter saw for use with a miter saw stand includes a base having a first clamping surface, a second clamping surface, and a first actuator. The miter saw further includes a turntable rotatable in relation to the base and having a work piece support surface. The miter saw also includes a support assembly attached to the turntable, and a cutting assembly attached to the support assembly and positioned over the turntable. The first actuator is movable between a first position and a second position. Movement of the first actuator from the first position towards the second position causes the first clamping surface to move toward the second clamping surface.

Abstract: A track saw system including a track having a pair of longitudinally-elongated rails extending along its top surface. Each rail has an angled sidewall extending from the top of the track at an angle of 45 degrees. The system further includes a base plate adapter having a pair of grooves formed in its bottom surface that are similar in size, shape, and relative position to the rails. The distance between the angled walls of the grooves is shorter than the distance between the angled walls of the rails. The rails of the track thus fit within the grooves of the base plate adapter with the angled sidewalls of the rails flatly engaging the angled sidewalls of the grooves. A firm, non-binding fit is thereby maintained between the track and the base plate adapter regardless of any expansion or contraction of the track that might occur due to variations in temperature.

Abstract: This invention provides a cutting apparatus including a disc blade which trims a cover sheet along a linear edge of a substrate, a driving unit which rotates the disc blade, and a moving device which moves one of the driving unit and the substrate so as to relatively move the disc blade along the linear edge. This cutting apparatus further includes a pivot unit which pivots the disc blade about an axis perpendicular to a surface of the substrate for adjusting an angle between a plane which includes the linear edge and is perpendicular to the surface of the substrate and a plane formed by the disc blade, the pivot unit maintaining a pivot angle of the disc blade, and a controller which controls the moving device and the pivot unit.

Abstract: An apparatus for slicing food products includes a product feed, at least one cutting blade which rotates about a blade axis and/or revolves about a center axis and to which at least one product to be sliced can be fed in a product feed direction and a blade holder to which the cutting blade can be attached. An adjustment device is configured to deform the cutting blade.

Abstract: A cutting tool includes a tool unit having a rotary cutting blade and a handle extending rearwardly from the tool unit, so that the handle can be grasped by a hand of an operator for moving the cutting tool. The handle includes a front end on the side of the tool unit, a rear end on the side opposite to the front end, a front region including the front end, an intermediate part, and a rear region including the rear end. The front region extends between the tool unit and the intermediate part. The rear region extends rearwardly from the intermediate part. The rear end is configured as a free end. At least the intermediate part and the rear region are curved toward the same direction.

Abstract: A mechanism for automatically adjusting the height and angle of a table saw blade is disclosed. The table saw comprises a working surface through which the saw blade protrudes to a certain height. An arbor assembly is connected to the bottom of the working surface of the table saw by means of pivot shoes. The mechanism adjustment disclosed comprises two motors and shafts coupled to the arbor assembly that allows the user to adjust the height and angle of the saw blade independently as required for the dimension of the material to be cut or the desired angle of the cut.

Abstract: A saw blade elevating device for a table saw includes a mounting base, a rotating base pivotally mounted with the mounting base and having two opposite guide slots each extending inclinedly downward, a saw blade unit pivotally mounted with the mounting base and fastened to the rotating base, and a driving unit having a lead screw rotatably inserted in the mounting base, and a guide rod screwed to the lead screw and provided with two ends respectively inserted in the guide slots of the rotating base. When the lead screw is rotated, the guide rod is driven to be moveable between upper and lower dead points of the guide slots of the rotating base for causing a pivotal movement of the rotating base for lifting or lowering the saw blade unit relative to the mounting base.

Abstract: A power saw includes a saw assembly attached to a base assembly with a tilt mechanism for making non-vertical cuts in such a way that there is a clear path in line with the saw blade, thereby providing a miter saw, a table saw or a radial arm saw. The tilt mechanism employs a saw mount assembly that is affixed to a base assembly and that is engaged to support a saw assembly to make tilted cuts while substantially maintaining the cutting blade in the cutting axis. The saw mount assembly includes a fixed track block and a saw assembly mounting block that is engaged with arc-shaped openings in the track block to rotate about an apparent center point that is inline with the saw blade.

Abstract: A block of a solid lubricant material, such as PTFE, is biased continuously or intermittently against the cutting edge of a rotary slitting blade for corrugated paperboard. The solid lubricant block prevents the build up of starch adhesive and biasing movement compensates for wear of the block and wear of the cutting blade edge.

Abstract: A longitudinal cutting machine having a bottom knife mounting plate disposed on the motor shaft of a motor, wherein the mounting plate is rotated by the motor shaft. A bottom knife is mounted on the mounting plate and cooperates with a top knife. At least one air bearing is mounted on an air bearing mounting plate, and is adapted to provide a gap between the air bearing and the bottom knife mounting plate.

Abstract: The present invention relates to a displacement unit, serving to create a translational displacement movement of a cutting head of a cutting machine, particularly a slicer for slicing food products, wherein the head can be attached to the displacement unit. The displacement unit has a housing assembly and an actuator disposed in the housing assembly, the actuator comprising a stationary part in the displacement direction, and a part displaceable in relation to the stationary part in the displacement direction, for carrying out the displacement movement. The displacement unit further has at least one bearing that is attached to the housing assembly and is elastically deformable in the displacement direction, the displaceable part engaging on this bearing.

Abstract: A longitudinal cutting machine having an upper blade held and displaceable on a first longitudinal guide, and a lower blade that is associated with the upper blade, the lower blade being held on and displaceable along a second longitudinal guide. A displacement device is associated with one of the lower blade or upper blade, and is provided with an extendable driving rod that bridges a gap to that longitudinal guide that holds the other of the upper blade and lower blade. The driving rod acts on the other blade such that the displacement device displaces the upper blade and lower blade together. A guide mechanism is disposed on the driving rod and acts on that longitudinal guide that holds the other of the upper blade and lower blade.

Abstract: A lumber trimmer is disclosed wherein only one pair of parallel spaced-apart trim saws is mounted at one or both ends of a shaft. Each pair of trim saws is laterally movable along the shaft parallel to the longitudinal axis of lumber in the lumber trimmer. Each saw of the pair of trim saws is operably coupled with an actuator such that each saw is selectively vertically movable to trim the lumber. The pair of trim saws may be mounted to a carriage. A second actuator is operably coupled with the pair of trim saws for selectively laterally translating the pair of trim saws along the shaft.

Abstract: A longitudinal cutting or slitting machine having a knife carrier that supports a circular knife. A pre-tensioning element is disposed on the knife carrier for pre-tensioning the circular knife into a cutting position defined by abutment of the circular knife against a counterknife. A changeover mechanism is disposed on the knife carrier for placing the pre-tensioning element in an ineffective position that provides a firm connection between the knife carrier and the circular knife.

Abstract: In combination with a cutting apparatus having a pair of blades with edges that are closely juxtaposed relative to an axis with each other and where at least one of the blades is movable along the axis to set between axially confronting faces of the blades at the edges a predetermined gap, a system for measuring the gap has a stationary support, and respective means associated with each of the blades for measuring a distance between the support and the face of the respective blade.

Abstract: A power tool comprising a housing displaceably mounted to a foot plate, a blade, a motor, an electric switch and an interlock for controlling movement of the housing with respect to the foot plate. The interlock has a control button mounted to one of the housing or foot plate which cooperates with a channel fixed in relation to the other of the housing or foot plate. The control button can select between a plunge cut mode wherein the blade can protrude below the foot plate, or a blade change mode wherein the blade is prepared for a blade change operation. The channel comprises a major leg in communication with a minor leg. Cooperation between the control button and the major leg selects the plunge cut mode. Cooperation between the control button and the minor leg selects the blade change mode. The interlock may also comprise a housing lock and a spindle lock.

Abstract: A table saw includes a worktable, a base supporting the worktable, a rotary saw blade extending through a cutting slot of the worktable, a saw blade holder pivotally disposed inside the base and mounting with the rotary saw blade, and an indicator having a scale member mounted to the table saw, and a connecting member. The connecting member has a first end connected to a non-pivotal point of the saw blade holder, and a second end connected to the scale member. When the saw blade holder is rotated, the saw blade holder results in a displacement of the saw blade and a movement of the scale member corresponding to the displacement of the saw blade through actuation of the connecting member.

Abstract: This invention discloses a cutting means for slate cutter, comprising: a base, a blade and a electric motor, a support arm is mounted on the base, the support arm comprises a bracket which is able to rotate perpendicularly to the surface of the blade, and a frame is attached to the bracket, the electric motor is secured to the frame, one side of the frame is fixed to the bracket by a dowel pin pin, which is located eccentrically with respect to the axis of the blade; not only the cutting angle of the cutting means, but also the height of the blade could be adjusted, which is good in elaborate cutting and improving efficiency.

Abstract: A method for controlling a slitter-scorer apparatus in which a feed line for a paperboard sheet does not need to be stopped when order specification of cutting or scoring for the paperboard sheet has been changed, thereby reducing a setup time, is proposed. The method for controlling a slitter-scorer apparatus including steps of supplying a paperboard sheet along a feed line, and moving a slitter or a scorer in a vertical and/or a widthwise direction to a operative level where the surface of said paperboard sheet is processed thereby wherein: movement of said slitter and/or scorer is controlled such that said slitter and/or scorer either come into sliding contact with or is apart slightly from said surface of the paperboard sheet.

Abstract: A cutting assembly (20) is removably supported on a sheet bending brake (24) for cutting a work piece (22). The cutting assembly (20) includes a cutter body (32), and a first (42) and a second cutting disk (48), each having an outer periphery defining a primary (44) and a complimentary cutting edge (50) respectively. The first (42) and second cutting disks (48) are rotatably supported by the cutter body (32) and rotate about a first axis (46) and a second axis (52) respectively. An adjustment mechanism (60) interconnects the second cutting disk (48) and the cutter body (32) for axially adjusting the complimentary cutting edge (50) with respect to the primary cutting edge (44) without having to remove the second cutting disk (48) from the cutter body (32). The cutting assembly (20) includes a locking device (82) for preventing movement of the adjustment mechanism (60) relative to the cutter body (32).

Abstract: A positioning member (21) of a calibration tool (20) touches a slitting edge (17) of one of the blades (11, 12) to be calibrated of a slitter-winder of a paper or board machine. The tool (20) position is measured by the multipoint measurement method and edge position is determined based on the measurement result of the position of the calibration tool (20). A device for calibrating blade position is disposed in connection with the slitter-winder which comprises a top blade (12) and a bottom blade (11), attached to respective blade carriages (11A,12A) which are movable along a guide (14,13). The calibration tool (20) is arranged to be attached to the same guide (14) with the blade (11) to be calibrated. The calibration tool (20) has a means (21) for indicating the slitting edge (17) of the blade (11) and means (23,16) for measuring the position of the calibration tool (20).

Abstract: A display device for a circular saw machine includes a flexible ruler whose two ends are connected to a frame fixed to the blade mechanism I the base of the circular saw machine. Two guide rollers are connected to an underside of the worktable and the flexible ruler reeved through the two guide rollers. A window is defined through the worktable of the machine and the flexible ruler goes beneath the window. The flexible ruler moves relative to the window when the blade mechanism is swung and the tilt angle of the blade mechanism can be observed through the window.

Abstract: In a perforating apparatus which has a holder to which a perforating blade can be fastened, the perforation is produced via the movement of a piston by the piston pressing against an air cushion, which in turn transmits this pressure to a perforating piston which presses the perforating blade downward. A positioning device which directly varies the position of the piston unit relative to the housing surface is provided for the zero setting of the piston.

Abstract: The table saw disclosed herein includes a table, a saw assembly pivotally attached to the table, the saw assembly comprising an arbor movable relative to the table, a bevel shaft operatively connected to the saw assembly for pivoting the saw assembly, and a height shaft operatively connected to the saw assembly for moving the arbor relative to the table, wherein distance between the height shaft and the table is larger than distance between the bevel shaft and the table.

Abstract: An apparatus for slitting a running paperboard web includes a thin high speed rotary slitting blade that is plunged through the moving web and into a slot between a pair of anvil rollers supporting the web on the opposite side. Because the slitting blade and the anvil rollers are vertically separated and pre-positioned before order change, an adjustment apparatus is provided to spread the anvil rollers axially apart to provide an open gap with a large target for blade edge when it is plunged through the web and into the slot. The anvil rollers are then closed against the opposite faces of the blade for running operation. Preferably, the anvil rollers are mounted on brackets hinged together below the rollers to move the opposite upper edges of the rollers between the opened and closed position in the manner of a clam shell. The anvil roller assembly is also adjustable in the machine direction to compensate for reduction in rotary slitting blade diameter with blade wear.

Abstract: A table saw having a rotation structure includes a work table, a suspension rod, a swing seat, a rotation seat, a push lever, two torsion springs, and a threaded rod. When the threaded rod is rotated, the push lever is displaced horizontally to push the rotation seat to rotate, so that the circular blade is moved upward, thereby adjusting the cutting height of the circular blade. Thus, the push lever is urged by the elastic force of the two torsion springs, so that the push lever is closely and rigidly combined with the threaded rod, thereby eliminating the clearance between the push lever and the threaded rod, so that the cutting height of the circular, blade is adjusted exactly and precisely, thereby enhancing the cutting efficiency of the table saw.

Abstract: This device comprises a frame carrying means for conveying blanks according to a substantially plane path and two parallel shafts (10, 11), which are mounted so as to be rotatable on both sides of the plane of said path and comprising tool supports (19a, 19b, 20a, 20b) for inducing a shearing between the adjacent edges of a cutting line during their displacement, in order to break nicks on the cutting line. Each parallel shaft (10, 11) comprises at least one tool support (19a, 19b, 20a, 20b) for connecting the shearing tools to said respective shafts (10, 11) and means for angularly (10a, 11a) and longitudinally positioning these tool supports (19a, 19b, 20a, 20b) on said respective shafts (10, 11).

Abstract: An apparatus for slitting a running paperboard web includes a thin high speed rotary slitting blade that is plunged through the moving web and into a slot between a pair of anvil surfaces supporting the web on the opposite side. Because the slitting blade and the anvil surfaces are vertically separated and pre-positioned before order change, an adjustment apparatus is provided to spread the anvil surfaces apart to provide an open gap with a large target for blade edge when it is plunged through the web and into the slot. The anvil surfaces are then closed to bring the edges of the surfaces against the opposite faces of the blade for running operation. Preferably, the anvil surfaces are mounted on brackets hinged together below the surfaces to move the edges of the surfaces defining the slot between the opened and closed positions in the manner of a clam shell.

Abstract: A slitter knife system for facilitating efficient changing of cutting knives upon a slitting machine. The slitter knife system includes a main housing, a chuck housing movably positioned within the main housing, a plunger member movably positioned within the chuck housing, an arbor member rotatably attached about a portion of the chuck housing for receiving an upper knife, a clamp member positioned adjacent the upper knife, and an outer bearing attached to a distal portion of the plunger member. Utilizing a source of air pressure, a user is able to draw the plunger member inwardly so that the outer bearing forces the clamp member tightly against the upper knife. When replacement of the upper knife is required, the user releases the air pressure and a spring engaging the plunger member forces the same outwardly to allow for removal of the clamp member thereby providing unobstructed access to the upper knife.

Abstract: An improved chop saw may include a base assembly, a blade assembly including a blade having a center and a motor for driving the blade, an arm pivotally attached to the base assembly and carrying the blade assembly, the blade assembly being movable between a lower position for engaging and cutting a workpiece disposed on the base, and an upper position not engaging the workpiece. The chop saw further includes a vise for holding the workpiece in place, the vise including a vise screw, a latch support supporting the vise screw, and a vise jaw disposed at the end of the vise screw. Preferably, the maximum distance between the vise jaw and the latch support is about equal or shorter than the distance between the blade center and the latch support, when the blade assembly is at the lower position. Further the chop saw includes a substantially horizontal handle connected to the blade assembly.

Abstract: The invention relates to a blade holder for a device for dividing a material web (10) in longitudinal direction, said blade holder comprising a basic body (2) that can be secured on a cutter bar (M) of the device. The blade holder further comprises a blade carrier (3; 23), which can be moved relative to the basic body (2) and on which a circular blade (8; 22) is positioned rotating and which is connected to an adjustment drive (4; 24) for moving the circular blade (8; 22) from the idle position to an operating position where it is pushed against an associated rotating counter blade (9; 28) of the device. In addition, the blade holder is provided with an impact absorber (11) that is effective between the adjustment drive (4; 24) and the circular blade (8; 22) and has a high compliance to a force effective in press-on direction and a low compliance to a force effective counter to the press-on direction.

Abstract: A bank cutter positioning device installed in a cutter seat at a side having a dovetail groove comprises a locking block, an elastic element, a roller and a handle. The locking block having an end pivotally installed above the dovetail groove. The elastic element installed between a resisting surface of the seat and a locking block. The roller pivotally at another end of the locking block. Therefore, by moving the handle, the roller of the locking block will move circularly on the sliding surface and curved surface at the lower side of the handle so as to control the releasing and locking operation of the locking block. The roller causes the driving distance between the locking block and the handle to reduce to suit a dovetail seat with a contact surface having a small tilt angle, and has the effects of rapid positioning and detaching.

Abstract: A cutting apparatus is disclosed which is particularly suited for use in association with an apparatus for effecting lengthwise slitting of sheet stock, such as sheet metal. In the illustrated embodiment, the cutting apparatus includes first and second cooperating, counter-rotating pairs of knife assemblies, with each of the knife assemblies including at least one knife blade positioned for cutting cooperation with a respective knife blade of the other assembly. In order to facilitate adjustment of the gap or clearance between each cooperating pair of knife blades, the present apparatus includes an adjustment mechanism, whereby one of the knife assemblies can be shifted axially of the other assembly, thereby adjusting the clearance between the knife blades of the assemblies. Efficient adjustment of the cutting apparatus is thus provided, whereby the apparatus can efficiently cut opposite edge, scrap portions of sheet material as the sheet stock is slit by the slitter apparatus.

Abstract: In a perforating apparatus which has a holder to which a perforating blade can be fastened, the perforation is produced via the movement of a piston by the piston pressing against an air cushion, which in turn transmits this pressure to a perforating piston which presses the perforating blade downward. A positioning device which directly varies the position of the piston unit relative to the housing surface is provided for the zero setting of the piston.

Abstract: The unit makes it possible to form and cut a sheet (14) made of flexible material, such as paper, cardboard or a plastic medium. It comprises several cutting boxes (2) each having a circular knife (5) and at least one guillotine (27). The cutting boxes (2) are fixed adjustably to a guide bar (3) extending transversely to the direction of movement of the sheet (14), and the circular knives (5) are removably fixed to the said cutting boxes. The forward movement of the sheet (14) and the movement of the guillotine or guillotines can be controlled numerically.

Abstract: Continuously rotating shears (10) to shear to size metallic strip fed continuously at up to around 20 meters per second and having a thickness of from 0.5 mm to 5 mm and a width of from 500 mm up to at least 1500 mm, comprising two blade-bearing drums (11, 111), the drums (11, 111) being supported at the ends by rotary cams (13, 113) governed by shearing command means (15, 16), the drums (11, 111) being positioned between the sides (18) of the frame (17) and being made to rotate by an external source of motion, each drum (11, 111) including an external gear (20, 120) cooperating with an inner toothing (26, 126) of a rotary tube (21, 121) which has an outer toothed wheel (25, 125), the two rotary tubes (21) being connected by the respective outer toothed wheels (25, 125) engaging together.

Abstract: In a web slitter of the type used for cutting continuous webs of material, such as paper, a top slitter assembly features a hub cylinder attached to its frame. The hub cylinder supports a freely rotating hub to which the top blade of the web slitter is mounted. The hub cylinder may be raised and lowered with respect to the slitter frame so that the top blade may be lowered to, and raised from, its cutting position. A toggle support is clamped to the hub cylinder while a pin holder is attached to the slitter frame. A toggle is attached to the toggle support in a pivoting fashion. Housed within the pin holder is a sliding pin and a compression spring. The compression spring resists the movement of the pin towards the hub of the web slitter. The pin may be extended so that it engages a notch in the hub. When the hub cylinder is raised, the toggle may be pivoted so that it abuts the end of the engaged pin against the action of the compression spring. As a result, the pin is maintained in engagement with the hub.