Abstract: A guillotine cutter (1) of the invention is provided with a pressing block driving mechanism (6) positioning a pressing block (5) at a standby position which is spaced upwardly from a sheet bundle (10), a first operating position pressing the sheet bundle by a first pressing force, and a second operating position pressing the sheet bundle by a second pressing force which is larger than the first pressing force.

Abstract: A method and system for thin cutting and a cutting tip, the system comprising a saw unit and a guiding unit comprising at least one pair of guides, wherein each pair is configured to impose pressure on corresponding two opposite pre-cut longitudinal edges of a block of raw material and to guide said block of raw material into said saw unit. The cutting tip for thin cutting saw comprises a cutting edge and a root of said tip, located ahead of the cutting edge in the cutting direction. The method for thin cutting comprising guiding a block of raw material into a saw unit by imposing pressure by at least one pair of guides on corresponding two opposite pre-cut longitudinal edges of a block of raw material.

Abstract: An apparatus for cutting barbs into a suture having a filament supply. The apparatus also has an in-feed collet for holding one end of a filament threaded therethrough. Further the apparatus has an out-feed collet for holding a second end of a filament threaded therethrough. Additionally, the apparatus has a holder positioned between said in-feed and out-feed collets for holding a filament suspended between the in-feed and out-feed collets. The apparatus also has a cutting assembly for cutting barbs in the filament tensioned between the in-feed and out-feed collets.

Abstract: A knife holder (1) for microtome blades (2) is described, which holder has a body (3) for reception of the blade (2) against an abutment edge (4) and a pressure plate (5) for retention of the blade, such that in the retained state, only the blade cutting edge (6) protrudes from the body (3), and an ejection apparatus (8), associated with one side edge (7) of the blade cutting edge (6), is arranged on the body (3).

Abstract: A cutting blade apparatus includes a blade and a replaceable cutting edge component that is removably engageable with the blade. The cutting blade apparatus may be used in a variety of cutting applications, and in some embodiments may be useful in rotary lawn mower applications. The replaceable cutting edge components may present a profile useful in vegetation mowing and mulching applications. The cutting blade apparatus of the present invention facilitates the maintenance of high-quality cutting edges without the need to disassemble the blade from its mounting.

Abstract: An improvement applicable to a laminate film cutter for cutting a thin film covering a planar body having plural partly overlapping short plates, the shape of the knife being a rectangular blade extending to a sharp cutting point, and the position of the knife being inclined downward in a controlled manner to prevent stalling of the feeder during cutting.

Abstract: This invention resolves the problem in which a robot of the existing method cannot efficiently carry coarse aluminum castings to a first and a second machining unit. A robot holds an untreated coarse aluminum casting that is located at a predetermined carrying-in corner with the holding means and carries it to the first machining unit. Then, at the first machining unit it holds the treated coarse aluminum casting that has been treated by the first machining unit with the holding means as well as transferring the untreated coarse aluminum casting from the holding means to the first machining unit. Then it carries the treated coarse aluminum casting that has been treated by the first machining unit to the second machining unit.

Abstract: The planetary tubing cutter of the invention provides a gearing assembly having a pair of ring gears and a number of pinions with a blade affixed to each pinion. The ring gears are parallel to one another and are individually driven. The pinions are rotatably mounted to a side surface of one ring gear and engage a sun gear assembled to the other ring gear. When the ring gears rotate at the same speed, the pinions and blades do not revolve around their respective axes, and when one ring gear rotates at a speed different from the other ring gear, the pinions and blades revolve about their respective axes, intercepting and cutting a tube passing through an axial passage through the ring gears.

Abstract: A sheet material cutting unit has a movable blade mounted to undergo reciprocal movement relative to a stationary blade for cutting a sheet material, and a movable blade holder that reciprocates with the movable blade. A sheet material retaining structure retains the sheet material on a sheet material transfer path during cutting of the sheet material and comprises oppositely disposed stationary and movable holding portions, with the movable holding portion being mounted on the movable blade holder for reciprocal movement therewith. A transmitting structure transmits reciprocation of the movable blade to the movable holding portion to maintain the sheet material in a sandwiched state between the movable holding portion and the stationary holding portion during cutting of the sheet material.

Abstract: A cutting unit (1, 11, 41) for trimming sheet material has a support plate (3, 13, 43) for supporting the sheet material (56) to be trimmed. At least one cutting device (4, 14, 15, 44, 59) is associated with the support plate (3, 13, 43). At least one storage compartment (10, 33, 53) is provided beneath the support plate (3, 13, 43) with a horizontal spacing from the at least one cutting device (4, 14, 15, 44, 59).

Abstract: A cutting tool for use on earth working and land clearing equipment includes a working body portion having a continuous slot formed transversely therethrough in open communication with the first end and an exterior surface thereof. A cutting insert having a V-shaped notch formed in the front cutting end thereof is positioned and rigidly secured within the slot. A mounting shank extends outwardly from and is attached to the second end of the working body portion for enabling attachment of the cutting tool to a tool holder used on such earth working and land clearing equipment.

Abstract: A method and apparatus for producing a customized jigsaw puzzle is disclosed. The apparatus comprises an image capturing mechanism, such as a camera, that captures one or more images of one or more individuals, animals, or objects or combinations of these posed against a background. A computer that is linked to the mechanism and to a printer is programmed to print an image on flexible sheets having a printable surface. Then a press, having a platen carrying a jigsaw puzzle cutting die, when activated uses pressure to laminate together the flexible sheet bearing the printed image and a foam sheet thicker and more rigid than he flexible sheets, setting pressure responsive adhesive material used as a binder to form a laminated product, and substantially simultaneously to cut the laminated product into jigsaw puzzle pieces.

Abstract: System and method for preparing a sample for micro-analysis, comprising: (a) sample precursor holding unit, for supporting and holding a sample precursor; (b) transporting and positioning unit, for transporting and positioning the sample precursor holding unit; (c) optical imaging unit, for optically imaging, recognizing, and identifying, target features on the sample precursor, and for monitoring the sample preparation; (d) picking and placing unit, for picking and placing the sample precursor and system components from initial positions to other functionally dependent positions; (e) micro-groove generating unit, for generating at least one micro-groove in a surface of the sample precursor, wherein the micro-groove generating unit includes components for controlling formation of each micro-groove in the surface; and (f) cryogenic sectioning unit, for cryogenically sectioning the sample precursor to a pre-determined configuration and size, for forming the prepared sample.

Abstract: Apparatus for cutting plural aligned ply strips includes plural knife blades disposed in a spaced manner such that each knife blade is aligned with and in closely spaced relation to an associated ply strip. The knife blades are pivotally mounted in a common housing and are coupled to a single rotational drive for allowing each knife blade to assume the same predetermined cutting angle relative to its associated ply strip, where the cutting angle may be varied between ±45°. The plural knife blades are coupled to a rotational drive by means of plural circular drive gears and are connected to a linear drive for displacing the knife blades into contact with the ply strips for cutting the strips at the predetermined angle. The severed edges of the aligned ply strips are formed in mutual linear alignment and do not include projecting triangular patterns, or crenelations.

Abstract: A cheese slicer having a bottom plate on which a block of cheese can be placed, a vertical guide rod mounted on the bottom plate having an external thread on which a slicing arm with a slicing string, and a roundel with an internal thread, which is received on the external thread. The slicer also has a holding arm, which holds the upper part of the block of cheese in position during the slicing operation. The holding arm includes a second roundel, which is coupled to the slicing arm roundel, and which has an internal flush bore such that the holding arm is slidably mounted on the guide rod below the slicing arm roundel and moves vertically. The holding arm prevents tilting of the cheese and the cutting of slices not of uniform thickness.

Abstract: The invention relates to an apparatus for cutting film tubing in a machine for applying tubular labels to each of a series of containers that are transported on a conveyor. The film tubing is advanced incrementally through a ring gear and a bore in a platform on which the ring gear is rotatably mounted. A number of pinions with attached cutting blades are rotatably mounted to the platform in positions to mesh with the ring gear. One of the pinions is driven to rotate a single revolution when the film tubing has been advanced. The driven pinion causes the additional pinions to rotate through rotation of the ring gear, causing the blades to cut the film tubing.

Abstract: An apparatus for cutting a work piece is provided that includes a base frame with four upwardly extending supports defining a workflow path there between. A framework may be mounted to the base frame for supporting a rotatable carriage above the workflow path. A pair of parallel guide rails may be mounted to the rotatable carriage with a power saw movably mounted to the pair of parallel guide rails. A controller may be programmed for independently controlling rotation of the rotatable carriage and translation of the power saw along the pair of parallel guide rails to cut a work piece in a cutting zone area. The controller may be further programmed to control the vertical displacement of the power saw. A pair of opposing roller carriages may be movably mounted to hold a work piece in the cutting zone area. The controller may be programmed to simultaneously move the opposing roller carriages in response to rotation of the rotatable carriage.

Abstract: The automatic cutting device which is put on a floor includes a base which can support a cutting member; a supporting member for a cutting blade, attaching a back end portion thereof to a part adjacent one end portion of a center part of the base, capable of rotating a tip portion thereof in a vertical direction; a cutting device, driving rotatably by a motor provided at a vertical rotatable part of the supporting member, capable of cutting the cutting member supported by the base by the cutting blade; and the sloping means which can incline the base corresponding to a slope of the cutting member supported by the base. Therefore, only one person can put the cutting member on the base at a closely contact and can operate to cut the cutting member without the length and weight of the cutting member.

Abstract: A working machine includes a main frame, a work table, a plurality of working tools, and a distance adjustment device. The distance adjustment device includes two guide tracks, two positioning members, and an adjustment unit. Thus, the adjustment unit can be used to adjust the position of the workpiece relative to the work table to adjust the working distance of the workpiece, thereby facilitating a user working the workpiece. In addition, the locking portion of each of the positioning rods is locked in the positioning holes of the respective positioning member closely, so that each of the fixing seats is fixed on the respective positioning member to position the adjustment unit so as to adjust the working distance of the workpiece exactly.

Abstract: A blade clamping device comprises a main body which includes two opposited sidewalls and a base plate connected therebetween for defining a cavity for receiving a blade therein. A fixing device mounted between the two sidewalls. A pivot lever is pivotly mounted on the main body about an axis for driving the fixing device to fix or release the blade. A spring is biased between the main body and the pivot lever, which can hold the pivot lever in a predetermined position at which the fixing device clamps the blade tightly. The blade clamping device of the present invention can be kept in the position where the blade is released such that the blade can be easily detached or inserted as required. Furthermore, the operation becomes convenient and easy because of the short moving distance of the operation handle when an operator turns round the pivot lever to fix or release blade.

Abstract: A rotary blade molding method, a rotary blade molding die and a rotary blade molded thereby are disclosed. A cavity (79) for molding an impeller (31) is formed between a fixed-side die plate (59) and a movable-side die plate (75). The movable-side die plate (75) has a plurality of outer through holes (81) formed in spaced relation to each other in the peripheral direction on the inner peripheral surface of the cavity (79) and extending in the direction along which the fixed-side die plate (59) and the movable-side die plate (75) move away from or toward each other. Outer ejector pins (83) are removably inserted into the outer through holes (81), respectively. By changing the length of the outer ejector pins (83), the axial position of the forward end surface of each outer ejector pin (83) with respect to the inner peripheral surface of the cavity (79) is changed, so that the thickness of a molded product is changed thereby to adjust the balance of the impeller (31) around the axis thereof.

Abstract: The planetary tubing cutter of the invention provides a gearing assembly having a pair of ring gears and a number of pinions with a blade affixed to each pinion. The ring gears are parallel to one another and are individually driven. The pinions are rotatably mounted to a side surface of one ring gear and engage a sun gear assembled to the other ring gear. When the ring gears rotate at the same speed, the pinions and blades do not revolve around their respective axes, and when one ring gear rotates at a speed different from the other ring gear, the pinions and blades revolve about their respective axes, intercepting and cutting a tube passing through an axial passage through the ring gears.

Abstract: A counter rotational package wrapping removal system and method of operation for cutting wrapping from a wrapped product has a transport for continuously moving the wrapped product in a downstream direction as the wrapping is cut. The system has a first cutter located at a distal end of a pivoting arm and preferably a second cutter located at the distal end of a second pivoting arm. Both cutters cut at least a portion of the wrapping along a leading side face of the wrapped product and each cutter cuts the wrapping at respective flanking side faces as the wrapped product move along the transport. The arms pivot in opposite directions and about respective pivoting axis orientated substantially parallel to one another and preferably perpendicular to the transport.

Abstract: A movable machining element, for example a wall saw, can have one or more characteristics including a reversible driving head, a driving head removable from a carriage and having a quick release or quick lock mechanism, a driving head that is removable from a carriage without the use of threaded fasteners or having to unthread a holding element for removing the driving head from the carriage, a driving head with parallel, concentric or coaxial travel elements and tool driving elements, a tool driving assembly including a travel gear accessible from more than one direction, a component in the machining element having an oriented fiber or other composite incorporated in or as part of the component, an eccentric lateral adjustment assembly, or a drive shaft having a non-circular driving surface, for example a hexagonal drive shaft. In a wall saw, a blade and blade flange assembly are easily assembled on the saw or removed from the saw.

Abstract: An apparatus for cutting plastic profiles includes a knife which is guided transversally to the profile, the knife including a cutting section and a holding section, the cutting section defining a guide portion, a transition portion, and a blade portion defining a tip. The guide portion defines opposite external surfaces which are generally flat and parallel, and it has a thickness greater than a thickness of the holding section. The transition portion defines opposite external surfaces which curve from the blade portion to tangentially merge with the opposite external surfaces of the guide portion.

Abstract: A slicing machine has a blade having an edge, and a carriage adapted to carry a foodstuff to be sliced and displaceable past the blade edge in forward and reverse directions. A reversible drive on the support is connected to the carriage for displacing it in both directions. A sensor on the support generates an output when the foodstuff on the carriage is generally engaged by the blade edge. A controller connected between the sensor and the drive serves, on forward displacement of the carriage and foodstuff thereon, to forwardly displace the carriage and foodstuff thereon by the drive on generation of the output and subsequently, when the sensor means stops generating the output, displaces the carriage and the foodstuff thereon in the reverse direction by the drive.

Abstract: An apparatus for punching CMP machine backing film. The apparatus comprises a base, a first plate, and a second plate. The base holds the backing-film. The first plate is disposed on the base in a manner such that it moves between a first position and a second position. The first plate abuts the backing-film when it is located at the second position. The second plate, having a plurality of punches, is disposed on the base in a manner such that it moves between a third position and a fourth position. The first plate is located at the first position when the second plate is located at the third position. The first plate is located at the second position when the second plate is located at the fourth position so that the punches pass through the first plate to punch the backing-film.

Abstract: A punch includes a punch body and a punch head. The punch head includes a first compact layer of cobalt-containing tungsten carbide welded to the punch body, and a second compact layer of cobalt-containing tungsten carbide welded to the first compact layer opposite to the punch body. The first compact layer has a hardness lower than that of the second compact layer, and has a coefficient of expansion greater than that of the second compact layer and smaller than that of the punch body.

Abstract: A cutting knife is proposed for the cutting of stacked, sheet-like material. The cutting knife has a wedge shape with one cutting surface and one repelling surface, arranged at the wedge angle to each other, and whose cutting line forms the cutting edge of the knife. According to the invention, the cutting knife is provided with outlet openings for blown air in the region of the repelling surface. In the method for fabrication of the cutting knife, channels are incorporated in the knife holder prior to connecting the knife holder and the hard metal blade of the knife, and due to the arrangement of these parts, the blown air passages are formed in the cutting knife upon connection of knife holder and hard metal blade, emerging into the outlet openings.

Abstract: A circular saw machine having a saw blade (1) that is movably held for back and forth motion during the sawing process. A forward and a rearward saw blade guide (4, 5) ensure the stability of the saw blade (1) while sawing. The saw blade guides (4, 5) respectively have contact surfaces (6), which abut on the respective side surfaces of the saw blade (1). In order to operate the circular saw machine with different saw blade diameters, the forward saw blade guide (5) is removable from, or pivotable away from, the saw blade (1), and the saw blade itself is interchangeable. The radial positioning of the contact surfaces (6) of the saw blade guides (4, 5) is variable. This can be accomplished by interchanging the whole saw blade guide (5), but also in particular by a mounting (12), pivotable with respect to the saw blade guide (4, 5) and to which the contact surface (6) is fixed.

Abstract: An apparatus for cutting barbs into a suture having a filament supply. The apparatus also has an in-feed collet for holding one end of a filament threaded therethrough. Further the apparatus has an out-feed collet for holding a second end of a filament threaded therethrough. Additionally, the apparatus has a holder positioned between said in-feed and out-feed collets for holding a filament suspended between the in-feed and out-feed collets. The apparatus also has a cutting assembly for cutting barbs in the filament tensioned between the in-feed and out-feed collets.

Abstract: A power tool comprising a drive shaft for driving a tool, a recess at a free end of the drive shaft, and a detachable securement flange having a securement section on a side facing the drive shaft is disclosed. The securement section is form-fitted for insertion into the recess of the drive shaft and comprises a flange section on the opposite side, wherein the tool comprises a respective securement opening which is adapted to the shape of the securement section of the securement flange for form-fit securement of the securement opening of the tool to the securement section.

Abstract: A knife holder 1 for a cutting knife 2 of a microtome for cutting samples is described. Knife holder 1 has a pressure plate 3 for locking the cutting knife in the knife holder and for discharging the cut sample. A U-shaped frame 4, open toward edge 5 of cutting knife 2, is associated with pressure plate 3.

Abstract: A cutting tool for belts has a zigzag cutting structure with at least three cutting edges. Respectively two adjacent and transverse cutting edges are joined at a common end.

Abstract: A cutting apparatus for cutting a sheet material includes a platform; a rail structure secured onto the platform; a sliding member sliding along the rail structure; a pressing plate disposed under the rail structure and engaging with the sliding member for pressing the sheet material against the platform in response to an external force, wherein a gap exists between the pressing plate and the platform for receiving the sheet material before the external force is exerted; an elastic member connected with and disposed between the rail structure and the pressing plate to keep the gap between the pressing plate and the platform by a recovery force thereof when the external force is released; and a cutting member carried by the sliding member for cutting the sheet material sustained on the platform.

Abstract: A trimming device having a trimming knife for trimming a brochure along a trimming plane at a front end of the brochure has one or more suction elements in the area of the brochure to be trimmed. The brochure has a cover and an inner book cased in the cover with flaps of the cover being flush with or protecting past the inner book. The suction element is configured to bulge a flap and retract a flap away from the trimming plane.

Abstract: An apparatus for punching CMP machine backing film. The apparatus comprises a base, a first plate, and a second plate. The base holds the backing-film. The first plate is disposed on the base in a manner such that it moves between a first position and a second position. The first plate abuts the backing-film when it is located at the second position. The second plate, having a plurality of punches, is disposed on the base in a manner such that it moves between a third position and a fourth position. The first plate is located at the first position when the second plate is located at the third position. The first plate is located at the second position when the second plate is located at the fourth position so that the punches pass through the first plate to punch the backing-film.

Abstract: An integrated circuit package separator for separating integrated circuit packages from a board includes a base, a support over the base, and a pair of pneumatic actuators including first and second lift members laterally spaced from the base and beneath respective ends of a pair of opposing ends of the support. The first and second lift members are configured to vertically displace the support and lift the support off the base by contacting the support. Individual actuators of the pair include release valves configured to equilibrate a back-pressure of the individual actuators to ambient during lifting of the support. The separator includes a cutting mechanism configured to cut the board while the board is over the upper surface of the support to separate the integrated circuit packages from one another.

Abstract: A table saw including a base, a main table supported by the base, first and second rails attached to the table, a sliding table fixedly attached to the rails and sliding along the longitudinal axis of the rails and a cross-cut table slidably movable in a direction perpendicular to the longitudinal axis of the rails. The cross-cut table may be adjusted to ensure movement parallel to a blade protruding from the main table. An improved miter gauge assembly is also disclosed. An improved fence assembly is further disclosed herein. In addition, a table saw having an improved panel and leg construction is disclosed herein.

Abstract: A machine for cutting the border of a workpiece using one or more water jet cutting tools separately carried by one or more monorail track mounted carriage assemblies is disclosed. The machine can also include an aperture forming apparatus for forming circular openings and/or elongated slots in the workpiece prior to/or simultaneously with the border trimming operation, all while the workpiece occupies a single work station in the machine. In one embodiment, the aperture forming apparatus features a cutting tool mounted on an elongate arm affixed to and extending from a plate which is fixedly oriented in a horizontal plane. While so oriented, a motor and gear assembly causes the plate to wobble in a circular pattern in the plane to, in turn, cause the tool to make a circular cut in the workpiece. In another embodiment of the apparatus, a motor rotates a cam carried on a free end of a stationary arm, the cam containing an eccentrically mounted cutting tool.

Abstract: A cutting device for breaking fragile materials is constructed to include a lifting mechanism adapted to move the cutter vertically, a rotary table adapted to control the cutting angle of the cutter on the workpiece, a feed mechanism adapted to control the federate of the cutter, and a rotary mechanism adapted to rotate the cutter for enabling the cutter to cut the workpiece with one of multiple cutting points thereof selectively.

Abstract: Disclosed is an automatic metal printer which prints a camera-photographed and computer-processed image on a surface of a hard material, such as a metal sheet, through a dot matrix printing type method wherein brightness of the printed image is expressed in accordance with density of dots in the dot matrix formed on the surface of the hard material. The automatic metal printer includes a platform which reciprocates forward and rearward in a lower portion of a body by a motor-operated first ball screw. A saddle is installed at a position above the platform so as to reciprocate to the left and right in the body by a motor-operated second ball screw. A dotter is vertically installed on the saddle so as to dot the upper surface of the hard material seated on the platform to print a desired image.

Abstract: The invention relates to a dual-function citrus fruit chopper comprising a common base plate (1) which supports a guide device (2). Said guide device comprises an arm (2.1) which is provided with a rounded end (2.1.1) and an upper extending concave part (2.1.2) and which moves and presses the citrus fruit (3) against another corresponding part (2.2) until it reaches the position where it is to be cut down the centre (3.1). A cutting element (4) is disposed next to the guide device (2) and is used to cut the citrus fruit into semi-circles (3.2) of equal thickness except for the two ends of said piece of fruit.

Abstract: A trimmer for trimming of a book has a support for supporting the book, a trim blade for trimming an edge of the book, and a reciprocating actuator for moving the trim blade toward the book to trim the edge of the book. The trim blade has a trim blade edge having a first section and a second section, the second section being angled with respect to the first section.

Abstract: A container opening machine is disclosed. In one embodiment, the machine comprises a clamping mechanism that is configured to firmly clamp at least one container, the clamping mechanism being positionable in open and closed positions, and a cutting mechanism that is configured to cut the at least one container open while the at least one container is clamped by the clamping mechanism.

Abstract: A horizontal meat slicer includes a frame and a lower conveyor belt having forward and rearward ends, the lower conveyor belt operative to receive a meat product thereon and transport it into and through the device. An upper pressing conveyor belt includes forward and rearward ends, the upper pressing conveyor belt and the lower conveyor belt cooperating such that meat product is compressed between the lower conveyor belt and the upper pressing conveyor belt. A rotating blade is mounted on the frame, the rotating blade having a cutting edge interposed between the lower conveyor belt and the upper pressing conveyor belt. Finally, at least one drive device such as a motor is operatively connected to each of the conveyor belts and the rotating blade to drive them to pull the meat product through the device and cut the meat product via the cutting edge of the blade.

Abstract: A bar cutting assembly including a mounting assembly having a through hole and mounted for rotational movement. A cutter assembly is mounted on the mounting assembly such that the cutting tool rotates in conjunction with the mounting assembly. The cutter assembly is configured to progressively move axially relative to the mounting assembly upon each rotation such that the cutting assembly moves progressively across at least a portion of the through hole.

Abstract: A vertical blind cutting and hole-punching apparatus for repairing the slats of vertical blinds. The vertical blind cutting and hole-punching apparatus includes a slat support assembly including a board-like slat support member having a main wall with a bottom side and a generally flat top side and also with a first end and a second end and further with a round punch hole being disposed therethrough; and also includes a slat guide assembly including guide members being adjustably mounted upon the flat top side of the board-like slat support member; and further includes a cutter assembly being disposed at an end of the board-like slat support member; and also includes a hole-puncher assembly being mounted upon the board-like slat support member.

Abstract: A slicing machine has a blade having an edge, and a carriage adapted to carry a foodstuff to be sliced and displaceable past the blade edge in forward and reverse directions. A reversible drive on the support is connected to the carriage for displacing it in both directions. A sensor on the support generates an output when the foodstuff on the carriage is generally engaged by the blade edge. A controller connected between the sensor and the drive serves, on forward displacement of the carriage and foodstuff thereon, to forwardly displace the carriage and foodstuff thereon by the drive on generation of the output and subsequently, when the sensor means stops generating the output, displaces the carriage and the foodstuff thereon in the reverse direction by the drive.

Abstract: In a die board for cutting and/or creasing sheet-type work material, a base is provided that includes a first upper surface and a second lower surface. At least one slot extends along the first upper surface and includes a first slot section extending from said first upper surface at least part-way through the die board base. The at least one slot also includes a second slot section extending from said second lower surface at least part-way through the die board base. The first and second slot sections each have a width with at least one of the slot section widths being adapted to grip and retain at least one die-board rule.