Abstract: A method of cutting input/output columns on an electronic component includes the steps of: providing a shear plate which has a thickness that is less than the length of the columns and which has respective holes for receiving all of the columns; inserting the columns into the holes until a portion of the columns extend past the shear plate; placing a blade, with a cutting edge, at an acute angle against the shear plate such that only the cutting edge of the blade touches the shear plate; and, sliding the cutting edge of the blade against shear plate and through the portion of the columns which extend past the shear plate, while keeping the blade at the acute angle. With this method, crater-like voids and burrs on the cut ends of the columns are eliminated.

Abstract: An apparatus for the manufacture of sheets of corrugated web of variable size comprises a margin cutting arrangement, which is disposed--in the conveying direction--downstream of, and separated from, longitudinal cutting arrangements and which is provided with cutting devices for cutting margins, which are permanently in engagement with the web of corrugated board. In the case of changes of format width accompanied by changes of the width of the margins to be cut off, this makes it possible that the latter can be cut continuously, which helps avoid malfunction.

Abstract: A hand held power assisted shears has a piston located in a cylinder formed in a pistol grip body. A trigger controls the position of a hollow shuttle spool rod which slides longitudinally within a hollow piston rod connected between the piston and the blades. The hollow shuttle spool rod carries pressurized working fluid to the piston where it is directed to the space above or below the piston. The piston drives the blades through the piston rod to a position corresponding to the position of the trigger allowing the operator to continuously control the position of the blades and the extent and rate of closure during cutting. The relative position of the shuttle spool rod and the piston rod controls whether the working fluid is directed above or below the piston to open or close the blades. One end of the shuttle spool rod acts as a piston which causes the blades to open automatically when the trigger is released.

Abstract: An apparatus for cutting a web with a rotary cutter 31 includes a cutter drum 42, which has an air suction chamber 58 and air discharge chambers 59A and 59B, these chambers being formed in its inside, as well is having first air jet holes 71, second air jet holes 72, and third air jet holes 73, these air jet holes 71 to 73 being open in its outer periphery.

Abstract: Machine for laying out laminar products from a first bobbin on which a first laminar product is coiled and a second bobbin on which a second laminar product is coiled. The machine includes a device for unwinding the first laminar product from the first bobbin and a driving device for moving the first laminar product onto a table upon which it is laid out. A second device unwinds the second laminar product from the second bobbin and a control device is coupled to the unwinding devices to permit manual or automatic control of the laying out of the first and second laminar products on the table. The first laminar product is laid out together with the second laminar product, separately or simultaneously, in an automatic and controlled manner thereby avoiding the need for the operator to place the laminar products on the table by hand.

Abstract: For a device for fracture separating bearing covers of aligned bearing bores in bearing arrangements of a machine member, which comprises a guided separating element which is profiled in an approximately semicircular shape and acts in the center onto a bearing cover in the bearing bore, for obtaining a device which is structurally simple, it is suggested that, for the fracture separating, a half-mandrel or full mandrel, which can be axially arranged in one or several bearing bores, is provided. An operating linkage, which only causes the guiding of the respective mandrel in the fracture separating direction, is applied to the respective mandrel transversely to its longitudinal course, the respective mandrel being held in a rotationally secured manner and each bearing cover being rotationally secured while being clamped against the respective mandrel.

Abstract: The sawing device comprises a layer of parallel wires (2) moving with alternating or continuous movement whilst bearing against a piece (1) to be sawed fixed on a support table (3), the whole being maintained by a frame (14). The device comprises wire guide cylinders (4) having an interchangeable surface constituted by removable segments (6) fixed mechanically and/or by cementing. The removable segments (6) are pre-incised or not, with grooves (9). Said wire guide cylinders (4) need accordingly not be taken out of the frame (14) for the changing operation of the removable segments (6) and/or of the regeneration of the surface.

Abstract: A wire saw apparatus which is less susceptible to loosening of the wire and to breakage thereof, includes a wire supply spool, a cutting head having a plurality of main rollers around which a wire from the wire supply spool is wrapped, a wire take-up spool for taking-up the wire from the cutting head, and a plurality of guide rollers for guiding the wire which are arranged between the wire supply spool and the cutting head and between the cutting head and the wire take-up spool, wherein each of the guide rollers has a peripheral groove having a square-shaped section with a width of 2-20 times the diameter of the wire, and the number of turns of the wire which is wrapped around each guide roller in the groove having a square-shaped section is not less than 1 and not more than 5.

Abstract: These transforming machines which process cardboard plates or the like for fabricating packages are comprised of two rollers defined as the die and the anvil, the die carrying the cutting and slitting knives. The plate of cardboard or the like passes between the two cylinder in such a rotary cutting die system. According to the invention, the anvil is defined by a tubular part (20) comprised of a rigid core (21) and a cut-resistant material which is cured on said core (21). The anvil (20) is divided into two complementary parts (23 and 24), one of them having a development which is slightly higher than the other one. There is incorporated a fast hooking system for connecting the two parts (23 and 24) forming the tubular part (20). The hooking system comprises an undulated tubular part (20). The hooking system comprises an undulated profile (25) in the front joining portions of both parts (23 and 24), one of them having lugs (26) which can be nested into complementary housings (27) of the other part.

Abstract: A note paper sheet dispenser adapted to supply a user with a note paper sheet whose dimensions are determined by the user. The dispenser includes a rectangular base above whose rear end is mounted for rotation a strip paper roll in which the underside of the paper strip is coated with a longitudinal band of low-tack pressure-sensitive adhesive. Mounted above the base is an endless conveyer belt which runs between a motor-driven roller adjacent the paper roll and an idler roller adjacent the front end of the base. When the motor is energized, the belt then draws paper strip from the roll along the belt to a length depending on the time period during which the motor is energized. A tear-off blade above the belt and adjacent the roll permits the length of paper strip lying in the belt to be torn off to provide a note paper sheet of the desired length that can be written on and then temporarily adhered to a document or other object.

Abstract: The present invention relates to shearing apparatus, and method of operating the same. The apparatus may include a plurality of spring clamping members positioned longitudinally along a first die shoe, the clamping members positioned in raised stepped sequence from a centerline perpendicular to longitudinal sides of the die shoe to sequentially contact with the sheet material. The shearing apparatus may include a die assembly having linear bearings and guide rails for guiding movement of the die shoe, and gas springs which return the die shoe to the open position. The shearing apparatus provides straight cuts with a maximum cut-edge tolerance of 0.0015 inch. The shearing apparatus may include a second die shoe having an angled blade to allow a higher shear to break ratio.

Abstract: A method for manufacturing a rotary cutting tool for fabricating a sheet having transverse slits. The rotary cutting tool has a cylindrical body having generally longitudinally extending grooves, and cutting blades. The cutting blades are first fitted in the grooves with the cutting edges seated on the bottom surfaces of the grooves, and the base surfaces of the cutting blades projecting from the grooves are machined with a rotary grinding wheel while the cylindrical body is rotated. The cutting blades are then removed from the grooves and are finally fitted in the same grooves. The cutting edges of the cutting blades can be accurately arranged about an axis of the cylindrical body, and the rotary cutting tool can be easily manufactured.

Abstract: An apparatus for severing fiber bale ties and removing cut ties from a fiber bale includes a tie cutter for severing a metal tie surrounding the bale at a bale location; and a first metal sensor for responding to a presence of a metal tie around the bale. The first metal sensor is situated ahead of the tie cutter, whereby the first metal sensor passes by the bale tie prior to being severed by the tie cutter. There is further provided a second metal sensor for responding to a presence of a metal tie in engagement with the bale. The second metal sensor is situated after the tie cutter, whereby the second metal sensor trails the tie cutter relative to the fiber bale. The apparatus further has a device for displacing the bale and the first and second metal sensors relative to one another.

Abstract: A continuous web of sheet material is fed through the lip of a first pair of driven pull rolls around a series of idler rollers and through the nip of a second pair of driven pull rolls. The pairs of pull rolls are selectively rotated to exert a desired tension on the web in a tension zone formed between the pairs of rolls. One pair of pull rolls operates as feed rolls to advance a preselected length of the web to a rotating cutter mechanism so that envelope blanks of a selected length are cut from the web for each revolution of the cutter mechanism. The feed rolls are operated by a servo-controlled motor responsive to an operator initiated signal to adjust the feed length without interrupting the feed of the web to the cutter mechanism. The second pair of pull rolls operates as tension rolls and is servo-motor controlled to maintain a preselected tension on the web fed to the cutter mechanism.

Abstract: A holding assembly for maintaining a blade in an operative position on a movable support, which holding assembly has an elongate housing assembly having a first wall with a first pressure applying surface facing transversely to the length of the elongate housing assembly in a first direction, and a plate assembly having a second wall with a second pressure applying surface. With the elongate housing assembly and plate assembly in operative relationship, the first and second pressure applying surfaces face oppositely to each other so that there is a thickness between the first and second pressure applying surfaces. The first and second walls are repositionable selectively towards and away from each other with the elongate housing assembly and plate assembly in operative relationship to thereby vary the thickness between the first and second pressure applying surfaces.

Abstract: A sheet conveying device of the type including a supplying unit for supplying a plurality of sheets in side-by-side arrangement with respect to the sheet supplying direction, and a conveying unit for conveying the plurality of sheets being supplied from the supplying unit in a direction perpendicular to the sheet supplying direction to a desired working unit, in which, there is provided between the supplying unit and the conveying unit a selective conveying unit for selectively and independently conveying respective sheet to the desired working unit.

Abstract: A rotary microtome includes a crank mechanism for moving an object carriage up and down in a vertical path and a drive mechanism for driving the crank mechanism. The object carriage has a receptacle for a specimen holder. A mass-balancer balances the moveable masses of the microtome. The mass-balancer has a pretensioned, adjustable spring element and a pivotably mounted lever for compensating different inertial forces of the microtome in combination with the spring element. A drawing element connects the lever to the object carriage. The mass-balancer is indirectly connected to the drive mechanism by the drawing element.

Abstract: A cutting guide is provided, comprising a first clamping member having a first surface adapted to contact a pipe; a second clamping member having a second surface adapted to contact the pipe; a connecting device operatively disposed between the first clamping member and the second clamping member for connecting and urging the first and second clamping members toward one another to grip the pipe; and a cutting guide member, preferably a cylindrical member, attached to the second clamping member for slidably retaining and guiding a flexible cutting member in contact with the pipe. The first and second surfaces which contact the pipe are preferably contoured to approximate the shape of the pipe. Also preferably, the bottom surfaces of both the first and second clamping members are coplanar during operation of the cutting guide. Optionally, a recess is formed into the first clamping member which is adapted to receive a reducing member for contacting smaller sizes of pipe.

Abstract: Apparatus for cutting fibrous reinforcement material in relationship with an ejector nozzle. The apparatus comprises at least two feeding rollers and a rotary cutter which is provided with a substantially cylindrical mantle surface with attachments for a number of knives. These cooperate with a support roller with an elastic surface layer for forming a thread nip. The mantle surface of the cutter is provided with slot-shaped recesses for the fiber thread, which recesses extend peripherally along the mantle surface and between successive knives. The recesses enable the thread to be fed forward by means of the feeding rollers at a feeding rate which deviates from the speed of the cutter, for adaptation of the cutting length of the fiber thread.

Abstract: An improved punch and die assembly for use with a closure liner insertion device is disclosed. As contrasted with prior art construction, the assembly is supported upon a pair of vertically oriented posts located adjacent the periphery of a rotating dial, the vertical axis of each post lying in a vertical plane passing through the vertical axis of the punch and corresponding die. This construction permits installation of a standard punch and die unit in conjunction with closure liner insertion machines of varying dimensions, without substantial alteration.