Abstract: A system for crushing and/or removing body stones, includes a source causing shock waves and/or ultrasonic waves, and a probe, wherein the source and the probe are reversibly connectable to one another via an interface for transmitting the shock waves and/or ultrasonic waves to the probe. The probe includes an identification element for identifying the probe, the identification element being arranged in or on the probe in a sound-protected manner. The identification element is preferably an RFID element.

Abstract: A top surface drilling device has a core bit and a drill head disposed in the core bit. The drill head has a smaller diameter than that of the core bit, and the core bit and the drill head can be driven at different angular speeds.

Abstract: A prosthetic inserter includes an inserter head having at least first and second bosses, at least one of the bosses movable from a first position to a second position, that couple the inserter to a femoral provisional component via a pair of corresponding apertures, such as drill holes, within the articulating surfaces of a selected one of a series of femoral provisional components. Each provisional component of the series is capable of having different aperture distances measured between a respective pair of apertures. The bosses of the inserter are biased into an engagement position in which the inserter can be secured to a femoral provisional component to eliminate the need for an external engagement force to be supplied to the inserter.

Abstract: A method of scribing a graphic on a material is provided, in which laser output is applied to the material. The laser output is moved relative to the material at a high speed greater than 10 m per second, and at a high power greater than 500 W, to scribe a graphic on a surface of the material. Also provided is a system for scribing a graphic on a material. The method and system of the invention are especially useful in the scribing of building materials.

Abstract: A sawing rope (270) with abrasive elements (506) fixed on a steel rope (502) with a polymer jacket (504) is described and claimed. The abrasive elements (506) are made of a metallic sleeve on which an abrasive layer is deposited by means of electrolytic deposition, by means of sintering or by means of cladding for example laser cladding. Characteristic about this sawing rope (270) in view of the prior known sawing ropes is that each sleeve shows a connection or closure. Such a connection makes it possible to attach abrasive elements (506) on the rope without having to thread them on the rope (270) as is needed when making prior-art sawing ropes. The inventive sawing rope (270) can therefore be made in long lengths in a very efficient way.

Abstract: Apparatus and methods of processing fiber-cement workpieces to form fiber-cement shake panels. One embodiment of such a method comprises positioning a cured fiber-cement workpiece over an anvil plate having at least one slot and driving a cutting blade along a straight, vertical path to pass a cutting edge of the cutting blade through the workpiece. The process can optionally include coating the fiber-cement panels before installing the fiber-cements panels on a wall.

Abstract: A power tool stand includes a guide carriage (4), and a tool coupling (1) for a portable power tool (3) and including a carriage coupling member (1a) provided on the guide carriage (4), having a clamping surface (5a), two hooks (7a, 7b) spaced from each other along the clamping surface (5a) with at least the first hook (7a) being displaceable along the clamping surface (1a), and connectable with a tool coupling member (1b) for the power tool (3) and having a clamping surface (5b the tool coupling member (1b) having two free-lying, arranged at least partially circumferentially, bolts (6) which can be hanged behind the two associated hooks (7a, 7b) of the carriage coupling member (1a).

Abstract: Apparatus and methods of processing fiber-cement workpieces to form fiber-cement shake panels. One embodiment of such a method comprises positioning a cured fiber-cement workpiece over an anvil plate having at least one slot and driving a cutting blade along a straight, vertical path to pass a cutting edge of the cutting blade through the workpiece. The process can optionally include coating the fiber-cement panels before installing the fiber-cements panels on a wall.

Abstract: A device for positioning and blocking thin silicon wafers after wire-sawing a silicon wafer block. The device comprises a cassette that accommodates the wafer block and is provided with two contact strips whose sides facing the wafer block encompass elements which engage into narrow cutting gap between the wafers so as to maintain a distance and provide support. This allows the wafers to be fixed in the position thereof even after removing a supporting glass plate such that particularly the gap in the area of the former connecting point to the removed supporting glass plate is maintained and the subsequent singulation process is simplified.

Abstract: A metal bonded drilling and boring tool which can prevent the separation of abrasive grains during drilling and boring to maintain a stable working performance for a long period of time without the need for tool exchange. The tool includes a rod-shaped body having a substantially semispherical front end portion and numerous abrasive grains bonded to an outer circumferential surface of the rod-shaped body at the front end portion and at a portion having a given length from the front end portion by a bond member formed primarily of copper alloy. The bond member contains a material selected from the group consisting of Ti, Al, and a mixture thereof. The copper alloy is selected from the group consisting of bronze containing 10 to 33 wt % of Sn, brass containing 5 to 20 wt % of Zn, and aluminum bronze containing 5 to 20 wt % of Al.

Abstract: A wiresaw beam for use in an apparatus for slicing wafers from an ingot, such as semiconductor wafers from a single crystal ingot or a polycrystalline silicon ingot. The wiresaw beam may be made from a polymer composite material comprising a thermoset polymer resin and carbon nanotubes.

Abstract: A power tool stand includes a guide carriage (4), and a tool coupling (1) for a portable power tool (3) and including a carriage coupling member (1a) provided on the guide carriage (4), having a clamping surface (5a), two hooks (7a, 7b) spaced from each other along the clamping surface (5a) with at least the first hook (7a) being displaceable along the clamping surface (1a), and connectable with a tool coupling member (1b) for the power tool (3) and having a clamping surface (5b the tool coupling member (1b) having two free-lying, arranged at least partially circumferentially, bolts (6) which can be hanged behind the two associated hooks (7a, 7b) of the carriage coupling member (1a).

Abstract: A repair assembly for the skid plate of a circular saw and its associated method of repair. If a circular saw has a skid plate that is worn to a point where it needs replacement, this repair assembly is used to reinforce the worn skid plate so it can again be used. The repair assembly includes a flat plate structure having a sort extension and a long extension protruding from different sides. The long extension and the short extension mount directly onto the worn skid plate. The flat plate structure therefore covers the wear surfaces of the worn skid plate, therein providing new wear surfaces. The repair assembly attached over the worn skid plate so the worn skid plate does not have to be removed.

Abstract: Various types of diamond tools are provided by utilizing the fact that a synthetic single crystal diamond for use in a tool having a nitrogen content of 3 ppm or less exhibits an enhanced hardness in a (100) plane in a <111> direction and simultaneously the reduction in defects. The above synthetic single crystal diamond is synthesized by the temperature difference method under an ultra high pressure at high temperature and contains, in its crystals, nickel introduced by atomic substitution or boron and nickel introduced by atomic substitution.

Abstract: The invention relates to a flat chisel, in particular an insertion chisel for power-driven drill and chisel hammers for working stone, having a chisel head which has a main tip disposed transversely to a chisel longitudinal axis, a front and rear striking surface, and at least one side face connecting the striking faces. In this case, a side face designed as a side lip is provided.

Abstract: A cutting mechanism minute adjustment device for a stone cutter includes a framed base having a hollow interior rectangular support arm on a front corner including a sustaining plate fixed therein inserted into a rectangular receiving spaced under a left portion of a cutting mechanism with a L-shaped adjustable plate engaged therebetween. The adjustable plate has a rectangular through holes for passing through the support arm and a pair of adjustable slots engaged with a pair of screw holes under the cutting mechanism and releasably secured by a pair screws. The cutting mechanism further has a circular blade on a right side actuated by a motor therein and a screw hole in a left wall communicating to the rectangular space and a U-shaped slit in a top of the support arm. A lock has a threaded shank on front engaged into the screw hole and the receiving space of the cutting mechanism through the U-shaped slit of the support arm.

Abstract: A baseplate for a tool having a support member with a passage way therein which has an inlet for receiving fluid and at least one outlet for directing fluid underneath the support member and rotating means attached to the bottom of the support member. The invention increases the ease of movement of the tool and reduces the chances of scratching the surface of the substrate upon which work is being performed.

Abstract: A repair assembly for the skid plate of a circular saw and its associated method of repair. If a circular saw has a skid plate that is worn to a point where it needs replacement, this repair assembly is used to reinforce the worn skid plate so it can again be used. The repair assembly includes a secondary plate structure having a flat base. The secondary plate structure is mounted directly onto the worn skid plate. The secondary skid plate covers the wear surfaces of the worn skid plate, therein providing new wear surfaces. The repair assembly attached over the worn skid plate so the worn skid plate does not have to be removed.

Abstract: A wheeled trolley carries various tools across an object to be worked. A track attaches directly to the work and simultaneously isolates the tool from the work. A standard connection to the trolley readily accommodates a variety of diverse tools, using a keyway or the like to ensure accurate and repeatable placement of the tools. A preferred contouring guide allows a tool to be moved through an arc, where the focal point of the arc may be set to produce an infinite variety of custom shapes, bevels or angles of cut. An upper stop is provided which readily sets the break line between surface finish and edge contour. An adjustable tool carriage allows control over both position and force, including preloading a work tool with force. Resilience is incorporated into the apparatus to accommodate diverse hardness and abrasion characteristics, and, in at least one embodiment, to enable the track to accurately follow a warped or sagging work piece.

Abstract: A rock cutter for splitting stones is disclosed which shows a support surface for holding the rock and a first blade and a second blade which may be positioned to hold the rock between the first and second blades and on the support surface along with a means for moving the first blade towards the second blade. The means for moving comprises a hydraulically driven piston having a piston arm to which the first blade is mounted. The rock cutter also has a cover which is used in conjunction with a means for receiving pieces of the rock after the rock is split.

Abstract: A superabrasive wire saw having a plurality of individual coated superabrasive particles attached to a wire with an organic binder is disclosed and described. The superabrasive particle can be coated with a solidified coating of a molten braze alloy that is chemically bonded to the superabrasive particle. The organic binder can optionally contain filler materials and/or an organometallic coupling agent to improve the retention of coated superabrasive particles. The resulting superabrasive wire saws can be produced having diameters of less than 0.5 mm which significantly reduce kerf loss. Various methods for making and using such a superabrasive wire saw are additionally disclosed and described.

Abstract: A metal bonded drilling and boring tool which can prevent the separation of abrasive grains during drilling and boring to maintain a stable working performance for a long period of time without the need for tool exchange. The tool includes a rod-shaped body having a substantially semispherical front end portion and numerous abrasive grains bonded to an outer circumferential surface of the rod-shaped body at the front end portion and at a portion having a given length from the front end portion by a bond member formed primarily of copper alloy. The bond member contains a material selected from the group consisting of Ti, Al, and a mixture thereof. The copper alloy is selected from the group consisting of bronze containing 10 to 33 wt % of Sn, brass containing 5 to 20 wt % of Zn, and aluminum bronze containing 5 to 20 wt % of Al.

Abstract: A cutting tool has a centrally located tungsten carbide insert brazed into a seat at the forward end of the tool. The seat has a circular mouth and rearward of the mouth is a frustoconical inner wall. At the bottom of the seat is a transverse surface. A tungsten carbide insert is brazed into the seat and the base of the insert is complementary in shape to the seat. A second annular insert may also be brazed into a complementary shaped annular seat that surrounds the centrally located seat.

Abstract: A point chisel for use with a power tool includes an elongate stem (1) having, at its power tool side a shank (2) for securing the chisel in the power tool and, at its workpiece side, a useful region (3) having its outer diameter (H) tapering toward its workpiece end and having a cross-section (5) formed as a concave polygon by a plurality of axial grooves (4) extending radially toward a core diameter (K) that likewise tapers toward the workpiece side end of the useful region (3).

Abstract: A wheeled trolley carries various tools across an object to be worked. A track attaches directly to the work and simultaneously isolates the tool from the work. A standard connection to the trolley readily accommodates a variety of diverse tools, using a keyway or the like to ensure accurate and repeatable placement of the tools. A preferred contouring guide allows a tool to be moved through an arc, where the focal point of the arc may be set to produce an infinite variety of custom shapes, bevels or angles of cut. An adjustable tool carriage allows control over both position and force, including preloading a work tool with force. Resilience is incorporated into the apparatus to accommodate diverse hardness and abrasion characteristics.

Abstract: A method and tool for chipping the edges of natural stone tile may be used to give the tile a used or rustic appearance. The tool includes an axially-rotatable, cylindrical member having an array of studs affixed or embedded in the cylindrical surface. A drive shaft, affixed to one end of the cylindrical member, may be inserted within the chuck of a powered drill motor or other similar powered device. A handle is rotatably coupled to the opposite end of the cylindrical member. For a preferred embodiment of the invention, the handle consists of a tubular sleeve which is rotatably mounted on bearing races over a support shaft that is rigidly and coaxially affixed to the cylindrical member. In order to use the tool, the drive shaft is secured within the chuck of a drill motor or other similar device designed to provide powered rotary motion to a shaft.

Abstract: The present invention relates to a polishing instrument for polishing a surface into a predetermined configuration. The present invention aims to provide a polishing instrument superior in operability and stability and capable of polishing a surface into a desired configuration. The polishing instrument of the present invention includes: a rotatable rotary substrate portion equipped with a polishing plane holding a polishing material on its surface; a plurality of movable substrate portions equipped with polishing planes which hold the polishing material on their surfaces, which are provided in the peripheral edge of the rotary substrate portion, and which rotate about a connection line connecting them to the rotary substrate portion; and elastic members for biasing the polishing planes of the movable substrate portions toward a position where they are flush with the polishing plane of the rotary substrate portion.

Abstract: A method and tool for chipping the edges of natural stone tile may be used to give the tile a used or rustic appearance. The tool includes an axially-rotatable, cylindrical member having an array of studs affixed or embedded in the cylindrical surface. A drive shaft, affixed to one end of the cylindrical member, may be inserted within the chuck of a powered drill motor or other similar powered device. A handle is rotatably coupled to the opposite end of the cylindrical member. For a preferred embodiment of the invention, the handle consists of a tubular sleeve which is rotatably mounted on bearing races over a support shaft that is rigidly and coaxially affixed to the cylindrical member. In order to use the tool, the drive shaft is secured within the chuck of a drill motor or other similar device designed to provide powered rotary motion to a shaft.

Abstract: A tool for shell or slab-splitting rocks or for wedging rocks in tunnels comprising a hydraulic/pneumatic cylinder (2) with an internal first piston (3), said first piston (3) being provided with a hydraulic/pneumatic pressure by supplying a fluid, preferably oil, through a supply conduit (1), and the power from the piston (3) is transferred to a wedging device comprising a wedge (10) which may be displaced between wedge holders (11, 12) being located in a drilled hole (13), the piston (3) being connected to a piston rod (7) which runs to a second internal piston (8) being located in a piston housing (6), the power from the first piston (3) being transferred to the piston (8), for thereby pressing the wedge holders (11,12) towards the surrounding rock, and creating a crack therein at the appropriate pressure wherein the wedge (10) is located parallel to the lengthwise axis and peripherally in relation to the hydraulic/pneumatic cylinder (2) is disclosed.

Abstract: A machine tool for working stones and agglomerates of inert materials having a support for the abrasive or, respectively, cutting material to contact the stone during working and a connecting part for connecting the tool to the machine which generates and transmits to the tool the movement that the tool performs during working; the support and the connecting part are fastened to each other, in a detachable manner, by way of removable locking elements. Between the support and the connecting part a layer is interposed, made of a material which is suitable to damp the mechanical vibrations of the machine, reducing their transmission from the connecting part to the support, and suitable to damp the vibrations that occur in the support during working, and reducing further their transmission from the support to the connecting part.

Abstract: A baseplate for a masonry tool having a support member with a passageway therein which has an inlet for receiving fluid and at least one outlet for directing fluid underneath the support member and rotating means attached to the bottom of the support member. The invention reduces the chances of scratching the surface of the substrate upon which work is being performed while allowing easy movement of the tool under all circumstances.

Abstract: A method of forming a base body for a diamond bit having a tubular carrier body (2, 12) with a bottom (4), and a shank (1, 11) projecting from the bottom (1), with the carrier body (2, 12) and the bottom being produced by a spinning process.

Abstract: A tool is provided herein for separating stacked strips of semiconductor structures held by a magazine, which strips have become attached together. The tool is made up of first and second elongated members in side-by-side relation, each member defining a plurality of teeth along an edge thereof. The first and second members are mounted together so as to allow relative reciprocal movement therebetween, so that relative reciprocal movement between the pluralities of teeth is provided. The tool is held with the teeth against the edges of strips carried by the magazine, and the operator squeezes and releases member handles to provide relative reciprocal movement of the teeth. This back-and-forth reciprocal movement causes the teeth to rub against and force apart the strips, to in turn separate them.

Abstract: A cleaning tool for cleaning vinyl or acrylic type items, such as swimming pools or hot tubs. An aggregate and a binder are mixed together to provide an improved cleaning device. The binder and the aggregates are matched so as to wear at substantially identical rates.

Abstract: A tool mounting block having a forward surface and a rearward surface and a cylindrical transverse aperture extending therethrough opening onto both the forward and rearward surfaces. The tool has a tapered forward cutting end, and axially aligned behind the forward cutting end is an annular flange. Axially aligned behind the annular flange is a cylindrical mounting portion adapted to sidably fit within a complementarily cylindrical aperture of the mounting block, and extending rearward of the cylindrical mounting portion is a threaded stud. At the forward end of the tapered cutting end is a seat into which a hardened metal insert is bonded. To retain the cylindrical mounting portion of the tool within the cylindrical aperture of the mounting block, a locking nut assembly is threaded on the stud. When a tool is retained in a mounting block by such a nut assembly, the nut may be tightened to prevent rotation of the tool within the mounting block.

Abstract: The invention is directed to an extended wear stone polishing disk for use with an automatic polishing head. The disk consists of a first plastic plate of prescribed flexibility having a pair of mounting studs secures therewith to extend above its upper face. The mounting studs form a quick release securing members which locks with the mounting plate and secures it with the first plate. A second plastic plate and a resilient foam pad secured there between. A plurality of diamond faced grinding and polishing segments are secured with the lower face of the second plate in a prescribed pattern to form a polishing face. In use, the resilient foam pad evenly distributes resistance to pressure applied against the second plate during polishing while allowing the polishing face to distort in conformance with the contour of the surface being polished.

Abstract: A cutting element having a body which includes a grip portion from which extends a protrusion which is concentric to the grip portion. The diameter of the grip portion is larger than the diameter of the protrusion. Moreover, the upper portion of the protrusion has a larger diameter than the base of the protrusion. An ultra hard material cutting layer is formed on top of the protrusion and grip, covering and surrounding the protrusion resulting in a cutting layer that is mechanically interlocked with the body of the cutting element. A transition layer may be incorporated between the protrusion and the ultra hard material layer. The transition layer is preferably encapsulated by the ultra hard material layer.

Abstract: The present invention is concerned with a method and an apparatus for cutting a stone based material of which product can conveniently be used in the form of a tile or the like employable for constructing a walking road, a building floor, a building wall or the like.First, a lower elastic plate having a lower cutting wire formed thereon to exhibit a desired contour is placed on a platform for the cutting apparatus at a predetermined position, and thereafter, a stone based material to be cut is placed on the lower cutting wire of the lower elastic plate. Subsequently, an upper elastic plate having an upper cutting wire formed thereon to exhibit the same or the substantially same contour as that of the lower cutting wire is fixed to the moving part of a press section for the cutting apparatus at a predetermined position positionally coincident with the foregoing predetermined position on the lower elastic plate.

Abstract: Disclosed is a cutting insert, particularly an indexable cutting insert for mining applications. The illustrated embodiment is an indexable cutting insert for chain saws used in the quarrying of natural stone. The cutting insert has a support member and at least one cutting member attached to the support member, the cutting member having at least one cutting surface and comprising a selfbonded kalacrystaline superabrasive material being formed such that the cutting member has a width substantially less than its depth and attached to the support member such that the width is the cutting surface.

Abstract: There is provided a tool for trueing and dressing a variety of grinding wheels, comprising a metal block having a thin vertical layer of diamond particles forming a contacting surface. The tool may have a straight edge profile for trueing and dressing Type 1A1 grinding wheels or be fabricated with a non-linear profile for trueing and dressing grinding wheels with complementary profiles. There is also provided a method for trueing and dressing a grinding wheel, by angularly engaging the periphery of a rotating grinding wheel with a stationary trueing and dressing tool having a thin vertical layer of diamond particles. The diamond layer of the tool forms a single point having an effective cutting crossfeed rate relative to the rotational speed of the wheel, the speed at which the wheel is presented to the trueing and dressing block and the angle of said diamond layer within said block relative to the path of travel of the wheel.

Abstract: A diamond tool 1 comprising a tool tip 5 of boron-containing single-crystal diamond.

Abstract: A hand crusher with a main body, which consists of a cylinder unit having a built-in oblong hydraulic cylinder and a parallel plate unit bonded on the periphery of said cylinder unit. Crushing arms are pivotally supported on the lower portion of the parallel plate unit, and the crushing are opened or closed in linkage with a piston rod, which extends from the hydraulic cylinder and makes reciprocal movement along the center line. Slide keys located at the tip of the piston rod engage in guide grooves on the parallel plate unit. A ring-like handle member is rotatably mounted on the rotating unit at the upper end of the cylinder unit, and a left grip and a right grip are connected on both ends of the handle member. On the inner periphery of the rotating unit of the handle member, balls are movably embedded at symmetrical positions, and catching recesses to catch the balls are furnished at every predetermined angle on the outer periphery of the rotating unit.

Abstract: The invention relates to a cutting tool constituted by an elongated body having a first end and a second end, and being provided at each of these ends with means such as a screw thread for removably fixing a holding member or handle, and at its first end with a first cutting point.The second end is equipped with a second cutting point.The invention is applied to the production of a tool for cutting earthenware tiles.

Abstract: A tool for rapidly nibbling at an edge of a glass sheet to shape (groze) the edge without splitting or cracking the sheet is described. The tool has hinged jaw surfaces which are shaped in a V so as to contact only corners at the edge when the jaws are moved towards each other. The tool is used to repeatedly nibble single flakes of glass from the edge and thus rapidly form the desired contour. The tool is particularly adapted to trimming or shaping an edge of stained glass pane for windows and the like, as well as for trimming irregular edges or excess material from sheet window glass which has been scored and then broken.

Abstract: A fracture resistant wearing edge is provided on unicrystalline alpha alumina material by the intersection of planar surfaces which are parallel to m-planes of the unicrystalline alpha alumina. Such planar surfaces intersect at an angle of 60.degree. or 120.degree. and the intersection of such surfaces is an edge substantially parallel to the C-axis of the unicrystalline alpha alumina material.

Abstract: An asphalt-paving cutter tool, adapted to be driven by a power-operated hammer mechanism, has an upper shank adapted to be received and held in the socket of the hammer mechanism, and a wide lower cutter portion terminating at the lower end in a chisel-like cutting edge. Intermediate the upper shank and the lower cutter portion is a wedging-and-reaction portion having divergently-upward sidewalls inclined at an angle of the order of 15.degree.-35.degree. relative to the vertical. This portion has two functions. It develops a wedging force to widen the cut, and it develops a reaction force in the blade-lifting direction. These two forces facilitate removal of the cutting tool from the asphalt paving after the cut has been made.