Abstract: A window covering cutting device is disclosed that has a support table, a slot, and a blade. The support table has a support surface on which at least a portion of a window covering can be placed. The clamp has a slot and is positioned near the support surface so there is a plane that passes through the slot. The clamp is moveable from a first open position to at least one clamping position. The blade is positioned for movement from a first position to a second position so that a portion of the blade will be within the slot of the clamp when the blade is in the second position and the clamp is in one of its clamping positions.

Abstract: A blind cutting machine is used to cut a horizontal and a vertical blind. The blind cutting machine includes a table, a first cutting device, a first and a second supporting base. The first cutting device is disposed on the table, and a cutting blade die holder is disposed on a die plate. A first driving mechanism is connected to the cutting blade die holder, so as to drive the cutting blade die holder. A first and a second positioning region of the die plate respectively position elements of the horizontal and the vertical blinds. The cutting blade die holder has a first and a second cutting blade disposed corresponding to the first and the second positioning regions respectively, the first cutting blade has a first cutting edge and a second cutting edge, and the second cutting edge has a vertical cutting portion and has a chamfering portion.

Abstract: A blind cutting machine is used to cut a horizontal and a vertical blind. The blind cutting machine includes a table, a first cutting device, a first and a second supporting base. The first cutting device is disposed on the table, and a cutting blade die holder is disposed on a die plate. A first driving mechanism is connected to the cutting blade die holder, so as to drive the cutting blade die holder. A first and a second positioning region of the die plate respectively position elements of the horizontal and the vertical blinds. The cutting blade die holder has a first and a second cutting blade disposed corresponding to the first and the second positioning regions respectively, the first cutting blade has a first cutting edge and a second cutting edge, and the second cutting edge has a vertical cutting portion and has a chamfering portion.

Abstract: A method of trimming blinds is disclosed in which at least one spacer is attached to a blind to space the headrail, bottomrail, and window covering between the headrail and bottomrail in relative positions that correspond to openings in a cutting device. A portion of the blind that is desired to be cut is then moved into those openings and cut away.

Abstract: Apparatus for cutting an elongate element (2) comprises two lateral devices (6) for gripping the element on either side of a central section. A third device (10) fits between the lateral devices for gripping the central section, and together the gripping devices (6,10) define a common axis along which the element to be cut is aligned. With the devices installed on the element the lateral devices (6) are rotated relative to the third device (10) to twist and shear the central section from the element on either side.

Abstract: A window covering cutting device is disclosed that has a support table, a slot, and a blade. The support table has a support surface on which at least a portion of a window covering can be placed. The clamp has a slot and is positioned near the support surface so there is a plane that passes through the slot. The clamp is moveable from a first open position to at least one clamping position. The blade is positioned for movement from a first position to a second position so that a portion of the blade will be within the slot of the clamp when the blade is in the second position and the clamp is in one of its clamping positions.

Abstract: A vertical blind cut down apparatus has a head rail holding plate with a head rail opening for receiving the head rail. The vertical blind cut down apparatus also has a cutting die to receive the head rail. The cutting die is movable relative to the holding plate for cutting one end of the head rail. The vertical blind cut down apparatus further has a blind holder with a blind material opening. The blind holder receives the blind materials. A blind cutting device is movable relative to the blind holder and cuts the blind material extending through the blind holder. The vertical blind cut down apparatus also has a first movement transmission for moving the head rail cutting die and a second movement transmission for moving the blind cutting device whereby both the blind materials and the head rail are cut.

Abstract: A cutting device for use in a medical procedure includes a housing having a housing cavity and defining a first cutting surface. An actuator is positioned within the housing cavity and has a first cam member. A cutting member is positioned with the housing cavity and has a second cam member. The cutting member defines a second cutting surface. Movement of the actuator within the housing cavity causes the first cam member to cooperate with the second cam member so as to rotate the cutting member relative to the housing. Rotation of the cutting member relative to the housing causes the second cutting surface to move relative to the first cutting surface to effectuate a cutting operation.

Abstract: A Venetian blind cutting machine comprises a mold assembly, which has a main block and a guiding slot on the main block. A sliding block slidably receives in the guiding slot. The guiding slot has at least one stopping potion for stopping the sliding block. The sliding slot is for receiving slats therein between a closed end of the guiding slot and the sliding block. A cutter is slidably provided at the main block of the mold assembly for free shifting. Two driving bars have ends thereof fastening to the cutter. A joint block has two openings for receiving the driving bars therein and holding the driving bar therein by friction. The joint block is fastened to the sliding block. Whereby, the driving bar will drive the cutter, the joint block and the sliding block to move along with it. The sliding block will press the slats first to lock the slats in the guiding slot automatically.

Abstract: A reinforcing steel bar cutter includes a base, a pair of bearing plates erected on the base, a handle shaft pivotally attached to one of the pair of bearing plates, a stationary blade and a movable blade provided with depressed parts and interposed between the pair of bearing plates, and a posture-retaining wall formed on at least one of the pair of bearing plates for preventing the reinforcing steel bar inserted into the depressed parts from warping while the reinforcing steel bar is being cut. The stationary and movable blades have opposed cutting blade parts to each of which a relief angle is imparted. The movable blade is connected to the handle shaft and rotated relative to the stationary blade by rocking motion of the handle shaft to cut the reinforcing bar.

Abstract: A cutting mechanism for cutting fibers entrained within a viscous flow is herein disclosed. The present invention is typically part of a system for preparing fiber reinforced molding materials that comprises a viscous entrainment compounding device for compounding a continuous strand of reinforcing fiber with a molding material in a predetermined ratio. The entrained fibers are conveyed to the cutting mechanism which cuts the continuous strand of reinforcing fibers into predetermined lengths and conveys the fiber reinforced molding material to an output device. The cutting mechanism itself comprises a housing having a bore with an inlet and an outlet and a bed knife disposed therein. The bed knife has an inlet channel formed therethrough that is aligned with the gullets of a rotating cutter such that the gullets of the rotating cutter are rotated past the inlet channel of the bed knife in substantial alignment therewith.

Abstract: A cutting machine for a Venetian blind comprising a head rail, a bottom rail, and a plurality of blind slats. The cutting machine comprises a body defining a head rail opening, a bottom rail opening, and at least one blind slat opening, a plate for cutting the head rail, a blade assembly for cutting the bottom rail the blind slats, and a drive mechanism. The drive mechanism is operatively connected to the plate and the blade assembly causing the plate to cut the head rail while, at the same time, causing the blade assembly to cut the bottom rail and the blind slats.

Abstract: A rod cutter having two force-applying members pivotally attached together. A cutter is pivotally mounted on each of the members in a mechanical advantage arrangement. The cutters both have extending ends which are pivotally connected together and have rod cutting edges thereon, all for force-advantage cutting.

Abstract: A manually operated surgical steel rod cutter is disclosed. The rod cutter has a rod shearing tool head for cutting a rod when the rod is provided within aligned bores of two shearing subassemblies of the tool head. To cut the rod, an operator rotates an extendable handle to a substantially vertical position, inserts the rod in the tool head and rotates the handle to a substantially horizontal position. In order to increase the operator's shearing leverage, the handle can be extended from its retracted compact position by a linear pulling motion on a handle grip. The motion causes a handle extension that is adjacent and along the length of a first portion of the handle that has one end attached to the tool head, to extend from a sheath also attached to the first portion. The handle extension subsequently locks into an extended position when fully extended.

Abstract: A base carries a tool head having two bore containing members that are relatively rotatable with respect to each other on a common axis of rotation. The bore portions contained in the two members are offset from the common axis of rotation by no more than one bore diameter. The two portions of the bore align in one relative position of rotation, but a handle is connected to at least one member to move at least that member to a position in which the bore portions are partially misaligned, severing any rod placed in the common bore by a combination of offset shearing action and rotary wringing action.

Abstract: A metal working machine (10) is disclosed according to the preferred form including a punching station (48) associated with a first crank arm (18) pivotably mounted to the frame (12) by a first pivot pin (20) and including multiple shearing stations (50a-e) associated with a second crank arm (26) pivotably mounted to the frame (12) by a second pivot pin (28). A link (36) has its opposite ends pivotably mounted by pivot pins (38, 40) to the first and second crank arms (18, 26), respectively. An expandable and contractable actuator (42) having its opposite ends pivotably mounted by pivot pins (44, 46) to the first and second crank arms (18, 26) simultaneously pivots the crank arms (18, 26) about the first and second pivot pins (20, 28) in opposite directions. The pivot pins (20, 28, 38, 40, 44, 46) are spaced from and parallel to each other.

Abstract: A scissors action shearing machine for sectioning reinforcing rod is equipped with replaceable, hardened steel shear blocks affixed to each scissors mounting blade with each such block and blade pierced to provide a communicating aperture through the entire structure for enabling reinforcing rod to be inserted therethrough whereupon one blade with affixed shear block is rotatively biased with respect to the other to section the rod.

Abstract: Machine for removing the spacing wire (28) from a nuclear fuel rod (26). The rod (26) is moved through the central passages of first (10) and second (12) rotary parts. The first rotary part (10) has a portion in the form of a milling cutter (30) for detaching the welding spots from the wire (28) on the rod (26). As the rod advances, the wire (26) passes into the holes (32) of the first rotary part (10) and the holes (34) of the second part (12). As these two parts rotate at different speeds, the wire (28) is cut by shearing. Application to the reprocessing of the irradiated fuels of fast neutron nuclear reactors.

Abstract: A hand-operated rebar cutting apparatus including first and second discs carried by a shaft mounted on a frame. The discs are pivotable relative to each other and each includes grooves which can be aligned for receipt of a bar to be cut. The first discs is pivotal on a shaft carried by a frame and moves incrementally through a predetermined arc such that the grooves become substantially axially offset from each other. The appartus is attached to a manually operable bender and straightener having a linearly reciprocable slide mounted within a guideway. As the slide is reciprocated, the first and second discs of the apparatus are pivoted relative to each other. The apparatus includes a ratchet mechanism for allowing incremental pivoting of the discs relative to each other through the predetermined arc, while allowing reciprocable movement of the slide to its initial position without returning the first and second discs to the position in which the grooves are aligned.

Abstract: A hand-operated rebar bender, bent rebar straightener, and rebar cutting machine which includes a base, a pair of spaced apart bending posts, and a linearly reciprocable slide disposed between the posts and movable reciprocally in directions perpendicular to a line interconnecting the posts. The slide defines first and second grooves, both adapted to receive the rebar, which move with the slide. The grooves are positioned so that the straight rebar to be bent and the inclined legs of bent rebars to be straightened can be positioned tangent to the post. The base includes a guideway for the slide and, in one of its first and second positions, an end of the slide projects past the guideway. A rebar cutter defined by a frame releasably connected to the base includes a pair of rebar cutting discs having aligned, peripherally open grooves, one of the discs being fixed and the other being rotatable relative to the one.

Abstract: A safety joint for a multitube hose bundle which separates and severs the control hoses when a predetermined tension is exceeded. The control hoses are severed by a rotating cutting blade activated by a pin in cam slot which rotates the cutting blade upon separation of the safety joint.

Abstract: A cable cutter and stripper uses fixed and moving plates, each having aligned orifices. The moving plate orifices have sharpened edges and are orbited in a plane parallel to the fixed plate to cut through the cable insulation. The radius of orbit is adjustable.

Abstract: A deburring machine which includes a power means and a rotating cutter plate adjacent a fixture which holds a work piece with a burr on the end. The cutter plate has a circular cutting opening therein which rotates past the work piece to remove the burr, and there can be a circular row of the cutting holes in the plate.

Abstract: The apparatus comprises two horizontally extending blades (22, 24) mounted for turning movement about a common vertical axis (26). The blades each have a hole (28; 30) therein so arranged that, when the blades are in a first condition, the holes are aligned and a vertical column of plastic material (12) can pass through the holes. Upon the blades being turned about the common vertical axis through a predetermined angle, one clockwise and the other anti-clockwise, edges of the holes (28; 30) pass each other until the holes do not overlap and the column of plastic material passing through the holes is sheared through by edges of the holes.

Abstract: During the assembly of electronic components on circuit boards, the problems of ductile smear cusps produced on wire ends by traditional scissor-type shearing are addressed by a spiral orbital shear apparatus. This apparatus includes a first fixed plate having an array of apertures and a second plate also having the array of apertures. The first and second plates have abutting surfaces. A first eccentric drive member is connected to rotate at a first rate in a first direction. A second eccentric drive member is connected to the second plate and rotates with the first eccentric drive member. The second drive member is also rotated at a second rate in the first direction independently of the rotation of the first drive member.

Abstract: A metal working apparatus comprises a fixed frame and first and second metal working tools operatively mounted to the frame. A tool mounting structure is movable alternatively in one of a first direction for operating the first tool and a second direction for operating the second tool. A bi-directional drive means is carried upon the frame for driving the mounting structure in the first and second direction.Operator accessible first and second controls are provided for respectively controlling the direction of operation of the drive means so as to drive the mounting structure respectively in the first and second directions. The controls are preferably located respectively at first and second work stations on opposite sides of the fixed frame.

Abstract: A concrete and wire placement mechanism mounted for bodily movement relative to a form is provided with a tube for conveying concrete to the form and includes driven elements supported by the tube operative to feed, cut and to throw off discrete cut lengths of reinforcing wire on the order of at least 10 inches in length for embedment in axially aligned and ordered arrays in layers of concrete deposited in the form as the mechanism moves relative to the form. In one embodiment for making utility poles the concrete form is a hollow, elongated substantially-cylindrical member which is axially movable to and fro and which is rotated about its axis during axial movement thereof.

Abstract: A plurality of component lead processing assemblies are located in a plane each releasably secured to a different given location on a support structure. Each processing assembly has an anvil and a lead processing part which is rotatable relative to the anvil for performing the lead processing on leads of components secured to a printed circuit board. A link structure is coupled to each lead processing part movable in a direction parallel to the plane of the processing assemblies for concurrently rotating the processing parts in response to the actuation of drive means.

Abstract: A lead cutting and clinching device includes a housing to which an air cylinder and a cylindrical anvil are secured. A lead cutting and clinching element driven by the air cylinder is rotatably mounted to the anvil and has a cylindrical outer peripheral edge coextensive with the anvil outer surface. A portion of the outer peripheral surface of the lead cutting and clinching element, outer surface of the anvil, and the outer peripheral surface of the housing, in the same angular radial segment having its origin at the axis of rotation of the clinching element are substantially coextensive in a direction parallel to the axis of rotation of the clinching element. An array of these component lead processing devices may be formed with the circular surfaces in the radial segments contiguous with each other to closely space the lead cutting and clinching elements of the array.

Abstract: A method for making reinforced concrete including the steps of laying down layers of concrete and contemporaneously automatically cutting, and bodily ejecting into the contemporaneously layed down layers of concrete oriented wire lengths in any desired aligned patterns. In one embodiment the concrete layers are injected into a rotating cylindrical form and the oriented wires are cyclically bodily thrown off at selected angular intervals for embedment in axially aligned annular arrays in the concrete layers.

Abstract: A tubular knife comprising a stationary, inner cylindrical member having a slot extending substantially longitudinally thereof, the slot having a longitudinally extending upper edge and a longitudinally extending lower cutting edge, a rotatable, outer tube concentric and substantially contiguous with the inner member, the outer tube having a slot substantially co-extensive with the slot of the inner member, the outer tube slot having an upper cutting edge inclined at a slight angle with respect to the lower cutting edge of the inner member slot, a device for biasing the outer tube to a position wherein the slot of the outer tube is substantially aligned with the slot of the inner member, and means for rotating the upper cutting edge of the outer slot past the lower cutting edge of the inner slot.

Abstract: An apparatus (10) is provided which both untwists and shears a forward end of twisted conductive strands of a multi-stranded wire (40). A pair of strand receiving members (20, 30) having acutely angled front surfaces (24, 34) are slidably disposed and in spaced relationship by a support (12). To untwist the strands the twisted strands are inserted into and passed through a wire passage (26) and into guide bores (27) of the first strand receiving member (20). To shear the strands, the strands are then passed from the first strand receiving member (20) and into guide bores (37) of the second strand receiving member (30). Strand receiver (30) is then displaced with respect to strand receiver (20) with the strands extending between the front surfaces being sheared apart and provided with an acutely angled end defining an elliptical surface. The strand shearing is preferably across the minor axis of the ellipse.

Abstract: When operating a system embodying the invention, the operator sits in a convenient position with his knees beneath the conveyor carrying the printed circuit boards. The tools for bending, cutting and otherwise operating on the components leads are located above the operator's lap, secured to the conveyor support structure. When a circuit board reaches a position in front of the operator, the board stops, the various bending, cutting or other special tools move into position, and the operator inserts the components the leads of which will extend beneath the circuit board in alignment with the tools. The leads of some components are bent by being forced against the sloped surface of a tool while the components are being inserted by the operator. The leads of others are bent and, if needed, cut by machine operated tools, actuated by the operator, after the components are inserted.

Abstract: The mechanism cuts component lead portions projecting from a support such as a circuit board though the leads may be spaced apart at different distances, and then clinches them against the board. Additionally, the mechanism is movable heightwise relative to the support for clearance purposes and adapted to be shifted both in X-Y directions and with selected radial orientation between preset angles. The clinching is done in opposite directions and normal to a line interconnecting the points from which the leads protrude thereby stabilizing the position of a component body.