Abstract: The invention is directed to a pill cutter that has a protected cutting edge. The pill cutter includes a guard, a base, and a cover. The components are arranged such that the guard slides over the cutting edge when the pill cutter is in an open position and the guard exposes the cutting edge when the pill cutter is in a closed position. The invention is also directed at a method for assembling the pill cutter and a method of using the pill cutter to cut a pill or tablet.

Abstract: A cutting device for a food processor includes a base, a cutting unit mounted on the base, a plurality of position adjustment units connected with the cutting unit to adjust a position of the cutting unit, a transmission unit mounted on the base and connected with the cutting unit to drive the cutting unit, a push unit connected with the transmission unit to drive the transmission unit, and a driving unit connected with the push unit to drive the push unit. Thus, each of the position adjustment units presses the cutting unit to adjust the position of the cutting unit so as to tighten and locate the cutting unit, thereby preventing the cutting unit from being loosened or vibrated.

Abstract: A sawguide assembly includes a plurality of sets of sawguides, the sawguides within each set positioned adjacent to one another to create an array of laterally-abutting sawguides. Corresponding sawguide biasing assemblies bias the sawguides in each set against one another. The arrays are supported for independent movement along a lateral path generally parallel to the axis of the arbor. Lateral drivers are used to move each array in unison along the lateral path but independent of the other arrays. A sawguide array skewing assembly couples the sawguides of each array to one another so that the sawguides can be pivoted in unison about their respective pivot axes by a corresponding skewing driver.

Abstract: A sawguide assembly includes a set of sawguides positioned adjacent to one another to create an array of laterally-abutting sawguides. A sawguide biasing assembly biases the sawguides against one another. The array is supported for movement along a lateral path generally parallel to the axis of the arbor. A lateral driver is used to move the entire array in unison along the lateral path. A sawguide array skewing assembly couples the sawguides to one another so that the sawguides can be pivoted in unison about their respective pivot axes by a skewing driver.

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: A sawguide assembly includes a set of sawguides positioned adjacent to one another to create an array of laterally-abutting sawguides. A sawguide biasing assembly biases the sawguides against one another. The array is supported for movement along a lateral path generally parallel to the axis of the arbor. A lateral driver is used to move the entire array in unison along the lateral path. A sawguide array skewing assembly couples the sawguides to one another so that the sawguides can be pivoted in unison about their respective pivot axes by a skewing driver.

Abstract: An adjustable cutting bar having a pair of cutting blades for use on a rotary press folding machine includes a rotatable shaft supported on a frame, a first cutting blade secured to the shaft for common rotation therewith, and a second cutting blade rotatably mounted to the shaft to permit circumferential rotation of the second cutting blade relative to the first cutting blade. A drive system is operatively connected to the first and second cutting blades for rotating the first and second cutting blades at a common peripheral speed.

Abstract: A method and device for slitting a magnetic recording medium which can maintain high cutting quality of the cutting edges of upper and lower rotary blades by adjusting the device slightly even if the cutting edges are worn to a certain degree and thus ensure the quality of the slit surface of the magnetic recording medium. When the lower rotary blade 2 and upper rotary blade 1 are slid and rotated with the respective side surfaces of the cutting edges thereof in contact with each other, and a long magnetic recording medium supplied between the upper and lower rotary blades is successively slit to thereby produce a plurality of magnetic recording mediums, an angle of intersection between the rotary shaft 14 of the upper rotary blade 1 and the rotary shaft 24 of the lower rotary blade 2 is adjusted according to the states of wear of the upper and lower rotary blades.

Abstract: An improved saw assembly (30) includes a rotatable arbor (74) on which two or more saw blades (75) are mounted. The driving interface (96, 98) between the saw blades and the arbor permits the axis of rotation of the saw blades to be collinear with the arbor axis (90) or skewed a few degrees (94) in either direction. A saw blade positioning assembly (72) includes pairs of guide arms (84) which engage the sides (88) of the saw blades to position each saw blade at the proper location along the arbor and at the proper skew angle. The guide arms are moved in unison so that the axial position and the skew angle of each of the saw blades can be changed in unison before and during sawing operations.

Abstract: A holder for a circular cutting knife for slitting sheet metal, comprising a precision ground mounting shaft for attaching the cutting knife, the mounting shaft rotatably retained within a housing by engaging sets of high precision ball bearings. The ball bearings are located within the housing by a set of precision ground bearing spacers and precision ground bearing retainers. The bearings are preloaded in the housing to minimize longitudinal movement of the mounting shaft during operation. Additionally, the housing containing the bearings is tapered on one surface so that the cant of the knife blade can be adjusted by reversing the orientation of the housing.

Abstract: Cutter for material in strip form preferably of paper having a hollow supporting body (20), a blade holder head (12), a shaft (18) equipped with a piston (24) running in the cavity (21) of the supporting body and connected to the blade holder head (12) by an elastically deformable arm (16), a system for controlled rotation of the blade holder head, a system for mounting the blade holder head (12) on the shaft (18) and a case (60) for covering and protection of the blade (14) in the operational phase or the rest phase and fixed to the stem of a piston (62) sliding in a chamber (64) in the bottom of the blade holder head (12).

Abstract: Apparatus for subdividing a running web into narrower webs has a counterknife which is driven to rotate about a substantially horizontal axis. A second knife is freely rotatably mounted in a holder at a level above the counterknife. The holder is carried by the lower end of a vertically movable and turnable rod-like guide which can be moved up and down by a single-acting fluid-operated motor in cooperation with two springs or sets of springs. When the guide reaches its lower end position, the motor causes a conical end face at the lower end of a split sleeve to engage a complementary conical face at the upper end of a fixed guide member for the guide, whereby the sleeve clampingly engages the guide and locks it to the stationary cylinder of the motor so that the second knife is fixedly held at the selected level for any desired interval of time.

Abstract: Disclosed is an apparatus and method of fabricating tank wrap of desired thickness having fibers oriented generally in the thickness direction from lengths of insulation material having fibers oriented generally in the length direction. The method comprises several sequential steps. The first step is positioning the lengths of insulation material lengthwise along a first movable track conveyor, such that the fibers are oriented generally parallel to the direction of conveyance as the lengths progress downstream in a longitudinal direction along the conveyor. Second step is severing the insulation material completely across the length, at intervals equal to the desired thickness of the tank wrap to be fabricated. Next the cut lengths of insulation material are positioned lengthwise across a second movable track conveyor such that the fibers are now oriented generally perpendicular to the direction of conveyance, and in an abutting relationship.

Abstract: A plate cutting device is provided which is capable of being used to cut a plate along a curve. It is a design directed to the disadvantages such as labor-consumption, awkwardness, incapability of cutting along a curve, and incapability of cutting a large size plate of conventional cutting tools.The device is characterized in that it comprises a body associated with a curved frame, a toothed rolling wheel, and a cutting wheel. The two wheels are arranged slantly and are at a small distance from each other.In plate work, a plate with a line drawn on it is put between the wheels and the ratchet rotating wheel above the rolling wheel is swung such that the toothed rolling wheel is rotated in the same direction and the teeth thereon grab into plate and cooperate with the cutting wheel to cut the plate. The cutting direction can be controlled simply by moving the plate in a suitable direction.

Abstract: A flat-rolled metal product cutting apparatus comprises a support installed at the side of the travel line of a flat-rolled metal product, a first and a second chock attached to the support to rotatably support an arbor of a first and a second rotary knife, and a first and a second circular rotary knife, each having the shape of a cylinder or truncated cone, attached near the front end of each arbor. The two rotary knives are disposed in such a manner that the circular knife edges of the two rotary knives meet at the cutting point, with a slight clearance left therebetween, and the axis of rotation of one rotary knife is inclined in a plane containing the axes of rotation of the two rotary knives and also that two planes each containing the axis of rotation of each rotary knife and the cutting point are inclined with respect to each other. The paired circular rotary knives of the flat-rolled metal product cutting apparatus makes a cut along the length of the flat-rolled product that travels forward.

Abstract: Circular cutter shears are provided with an upper circular cutter shaft inclined towards the surface of the plate and a horizontally mounted lower circular cutter shaft. In order to prevent narrowing of the cutter clearance and jamming in the cutting engagement, the inclined upper circular cutter shaft is swung, with its end remote from the cutter, by an offset angle .beta. opposite the direction of feed of the plate.

Abstract: A food slicing method and apparatus includes blades mounted on a shaft for rotation therewith, the blades successively converging and diverging to slice the food pieces as the shaft rotates. An inlet flume conveys the food pieces to and through the rotating blades. A flighted conveyor within the flume submerges the food pieces at the flume inlet and releases them at the bottom of the flume to float upward, oriented according to their buoyancy before entering the blades. In one embodiment, the blades are mounted on a curved shaft which rotates about a longitudinal axis of symmetry to cause the blades to converge on the inward side of the shaft and diverge on the outward side. The blades engage a synchronously counterrotating drum to slice the food pieces as they enter on the inward side of the shaft. As the blades diverge, the majority of the slices fall free of the blades.

Abstract: A slitter apparatus for cutting a continuous web is disclosed comprising a slitter blade and a slitter mounting bracket. The bracket comprises a threaded depth-post assembly, a spring unit for maintaining the desired tension at the cutting surface, and a dove-tail spring-loaded base.

Abstract: Apparatus for cutting paper sheets wherein a first knife, which is freely rotatable on a shaft, is movable sideways toward and away from a driven counterknife. The shaft is reciprocable in a carrier which is connected with one end of a reciprocable and turnable piston rod. The piston rod extends into a cylinder and is reciprocable by a spring and a membrane-like piston. The orientation of the first knife with respect to the counterknife can be changed by turning the piston rod with reference to the cylinder so that the piston rod can assume and is held in any one of several angular positions. To this end, the piston rod is rigidly connected with a radially extending projection which is disposed between two rollers mounted in the cylinder for movement at right angles to their axes. One of the rollers is biased against one side of the projection by a helical spring, and the other roller is movable at right angles to its axis by an adjusting screw which meshes with the cylinder.

Abstract: In a slitting apparatus for a web of material such as paper, comprising a circular knife which, in its operation position, co-operates with one of a plurality of counter-blades defined at the periphery of a grooved roller, the rotary axis of the knife in the operative position of the latter is inclined at an acute angle to the roller axis.

Abstract: A slitter for web material comprises at least one pair of rotatable circular knives each comprising a lower cup knife and an upper disc knife which plunges into the web material during use. The upper disc knife is disposed with its axis perpendicular to the line of movement of the web of goods and the lower cup knife is disposed with its axis at a selected angle to the line of movement of the web of goods.

Abstract: Shears, for cropping wire, and including on the one hand, two rotating cutting bodies overlapping to shear the wire, in the form of cylindrical discs whose planes form a right angle with one another, and on the other hand, means for achieving relative motion of the wire and the shearing discs to perform said cropping, a small portion of the circumferential surface of one of the discs being covered by a small portion of one side surface of the other disc where the two discs overlap for cropping the wire.