Abstract: Disks stuck together in a stack are separated by placing the disks on a shaft of a vibratory apparatus and vibrating the shaft to vibrate the disks by contact of the disks with the vibrating shaft to separate them and also constrain the disks with the shaft as the disks are vibrated.

Abstract: A ball grid array presentment apparatus and associated method are provided. The apparatus has a stationary guard defining a first passage. A core is mounted adjacent to the stationary guard, the core being operably moveable between an unload position and a second position. The core defines a second passage and supports a workpiece fixture operably retaining the ball grid array. The unload position of the core operably aligns the second passage to the first passage, the aligned passages being sized to permit access to unload the ball grid array from the workpiece fixture. The second position of the core operably misaligns the second passage from the first passage whereat the core and the stationary guard cooperatively form an enclosure around the workpiece fixture containing a supply of balls that are not retained in the ball grid array.

Abstract: For a method for manufacturing a hollow shaft with at least one integral flange made of fiber composite, a plurality of intersecting windings of fiber material are applied onto a core. Moreover, the core has, for each flange, a radial spreader ring with an axial bearing surface. The windings are laid over an outer circumferential portion of the respective spreader ring and fixed. One or several inserts made of fiber material are inserted in the area of the spreader ring between the windings. The fixing of the wound fiber material is released, but is first still held on the spreader ring. Portions of the windings are then pulled off from the outer circumferential portion of the spreader ring and brought to rest on the axial bearing surface of the spreader ring in order to form a partial portion of a flange.

Abstract: A device for aligning door hinges of an automatic system that mounts door hinges to a vehicle automatically mounts a plurality of door hinges within a hinge box to upper and lower seats on pillars of a vehicle body conveyed by a conveying unit. The device includes at least one stand frame and a tilting plate that is coupled to the stand frame to tile the tilting plate in an upward and downward direction. In addition, the device includes a tilting cylinder that is vertically disposed with one side hinged to the stand frame and the other side hinged to the tilting plate.

Abstract: A method for the installation of a lifting loop in a fresh hollow core slab, said hollow core slab having its top surface broken for an opening substantially in line with a neck between the cavities, and said method comprises placing in the obtained opening a lifting loop-forming part set to bear against the hollow core slab's pre-stressing strands, the lifting loop-forming part's end sections being placed under the hollow core slab's pre-stressing strands by providing either a permanent or temporary deformation in the lifting loop-forming part. The invention relates also to an apparatus for implementing such a method, as well as to a lifting loop-forming part compatible with the method.

Abstract: A work setting apparatus includes a lower table 15, an upper table 17, and a work holding unit 19 provided with a plurality of work holders 25 each having an adhesive to hold a work. A work setting method sets a second work W2 held by the work holders 25 onto a first work W1 set on the lower table 17. A work holder removing method removes the work holders 25 from the second work W2 set on the first work W1 by vibrating the first and second works W1 and W2 on the lower table 15.

Abstract: A riveting machine is configured for attaching a number of fasteners to an object member. The riveting machine includes a main body, a vibrating module, a positioning module, a pressing module, and a control module. The vibrating module is positioned adjacent to the main body, and vibrates a number of fasteners to align the fasteners for use. The positioning module is attached to the main body to halt the object member moving once it is in position. The pressing module is attached to the main body, and gets the fasteners from the vibrating module and rivets the fasteners to the object member. The control module is electronically connected to the positioning module and the pressing module for respectively controlling the positioning module and the pressing module.

Abstract: A tool is provided for use in removing at least one airfoil. The tool includes a skid for mounting tool components, a vibrator attached to the skid, at least one jaw connected to a jaw activator. The jaw is configured to engage the airfoil. Power supply means are provided for powering the tool.

Abstract: A method of joining a first and a second work piece, such as automotive closure panels, includes supporting the work pieces on a fixture, and then joining the work pieces to one another by a first solid state weld with a vibrating roller head of a tool assembly, such as a robotically-controlled ultrasonic seam welder. Next, a flange of the second work piece is hemmed about an outer periphery of the first work piece using the same or a different roller head with the work pieces supported by the fixture. The hemmed flange is then joined to the first work piece by a second solid state weld with the vibrating roller head of the robotically-controlled ultrasonic seam welder. A system for joining a first and a second work piece is also provided.

Abstract: A method and a device for removing the chips of a connecting rod. The large end part of the connecting rod is placed on the step part of a pedestal, and the small end part thereof is placed on a pedestal formed of a vibration damping material. An air vibrator is energized to continuously supply compressed air to vibrate the large end part together with the pedestal until the vibrated large end part is brought into contact with a contact plate member. When chips fall from the rod body and the cap part of the connecting rod, the chips are collected to a transparent collection bag through a suction hose by a dust collector. The operations above are performed in a sound isolation box closed by a cover member. Then, the chips are separated from the broken-out sections of the rod body and the cap part by using, for example, a brush.

Abstract: A machine assembly for manufacturing a component includes a frame, a first guide member mounted on the frame, and at least one component support configured to support the component. The at least one component support is coupled to the first guide member such that the component is supported below the first guide member when the component is supported by the at least one component support. The at least one component support is configured for movement along said first guide member. The assembly also includes a second guide member mounted on the frame, and at least one tool support coupled to the second guide member and configured to support a tool for one of inspecting and machining the component.

Abstract: An apparatus and method for joining adjacent members, wherein the members are placed in an overlapping layered relationship. The members are clamped between a die and a blank holder. Once clamped, a clinching operation is performed on the members to create at least a partial bond between them. In addition to the clinching operation, a level of vibrational energy is imparted to at least one of the members to reduce clamping force requirements, promote material flow and deformation and provide increased joint strength.

Abstract: A fracture surface treatment method of a fractured ductile metal part for treating fracture surfaces 51a and 52a of the ductile metal part 50, said fracture surfaces 51a and 52a being fracture surfaces obtained by a fracturing operation of fitting halved mandrel portions into a penetrative bore of the ductile metal part having the penetrative bore and driving a wedge in between the halved mandrel portions, said fracture surface treatment method holding said fractured ductile metal part 50 in a state where said fracture surfaces 51a and 52a are separated from each other so as to keep a certain space between them, applying a specified vibration to at least one of said fractured ductile metal part portions in a direction intersecting the direction of fracture and removing fracture powder 59 stuck on said fracture surfaces 51a and 52a, and thereby enabling the optimum face fitting operation in case of fitting again the fracture surfaces of the fractured ductile metal part to each other.

Abstract: A powder feeding apparatus of manufacturing a heat pipe includes a vibration tray having a supporting board and a plurality of pipes positioned in the supporting board of the tray. A mandrel is coaxially inserted in each of the pipes. A feeder is located corresponding to an end of each pipe for feeding powder into the pipe. A vibration source drive the tray to vibrate along a direction perpendicular to an axial direction of each of the pipes when feeding the powder into the pipes from the feeders, whereby the pipes vibrate with substantially the same amplitude in the vibration direction.

Abstract: A method and apparatus for lining a pre-existing pipe or passage having at least one curved section or bend along its length with a pipe assembly (10) is disclosed. An assembly is formed from a plurality of pipe sections (11), having axial ends (15,16) which are inclined at non-orthogonal angles (x) with respect to the longitudinal axis of the sections, and having interengagement means, placed end-to-end and engaged together The pipe assembly is advanced into the passage or pre-existing pipe, pipe sections being vibrated such that the relevant pipe sections rotate relative to one another towards a relative orientation in which the axes of adjacent pipe sections within a curved section of pre-existing pipe or passage lie inclined at an angle to one another such that the pipe assembly can be advanced through the pre-existing pipe or passage.

Abstract: A method of manufacturing a medical device, such as an endoprosthesis, includes reducing the size of the medical device, and vibrating the device. In embodiments, the device is vibrated ultrasonically.

Abstract: The present invention provides an apparatus and a method for self chip redistribution. The apparatus of the present invention comprises a glass base on which a trench and a cavity formed by a layer of photo resistance. Chips are picked from a sawed wafer and placed on the glass base and moved by fluid flow to the front of index bar. The glass base and the index bar vibrate with low frequency to fill chips into chip cavities. The present invention further provides a method for self chip redistribution, comprising providing a self redistribution tool, transferring redistributed chips onto a panel forming tool, forming a chip panel and separating said chip panel from panel forming tool.

Abstract: A method and a device for removing the chips of a connecting rod. The large end part of the connecting rod is placed on the step part of a pedestal, and the small end part thereof is placed on a pedestal formed of a vibration damping material. An air vibrator is energized to continuously supply compressed air to vibrate the large end part together with the pedestal until the vibrated large end part is brought into contact with a contact plate member. When chips fall from the rod body and the cap part of the connecting rod, the chips are collected to a transparent collection bag through a suction hose by a dust collector. The operations above are performed in a sound isolation box closed by a cover member. Then, the chips are separated from the broken-out sections of the rod body and the cap part by using, for example, a brush.

Abstract: A method for fabricating the embedded thin film resistors of a printed circuit board is provided. The embedded thin film resistors are formed using a resistor layer built in the printed circuit board. Compared with conventional discrete resistors, embedded thin film resistors contribute to a smaller printed circuit board as the space for installing conventional resistors is saved, and better signal transmission speed and quality as the capacitive reactance effect caused by two connectors of the conventional resistors is avoided. The method for fabricating the embedded thin film resistors provided by the invention can be conducted using the process and equipment for conventional printed circuit boards and thereby saving the investment on new types of equipment. The method can be applied in the mass production of printed circuit boards and thereby reduce the manufacturing cost significantly.

Abstract: This invention provides methods of treatment for work products of materials such as steel, bronze, plastic, etc. and particularly welded steel bodies by pulse impact energy, preferably ultrasonic, to relax fatigue and aging and extend expectant life. The treatment may occur (a) at original production, (b) during the active life period for maintenance or (c) after failure in a repair stage. The ultrasonic treatment improves the work product strength. In welded products residual stress patterns near the weld sites are relaxed and micro-stress defects such as voids and unusual grain boundaries are reduced. The basic method steps are non-destructive in nature, inducing interior pulse compression waves with ultrasonic transducers and accessory tools impacting an external product surface with enough impulse energy to heat and temporarily plasticize the metal interior and relax stresses.

Abstract: A method for attaching the elastic spring elements of a vibration absorber to a metallic mounting support, in particular of a vibration absorber that is to be placed in a steering wheel of a motor vehicle to a metal mounting plate or the bottom of the steering wheel, the spring elements having the form of cylindrical pegs which are each provided with a bead featuring an annular groove and which snap into correspondingly designed openings in the metal mounting plate, whereby the vibration absorber (1) and the metal mounting plate (8) are inserted into a device such that they lie one above the other and that the pegs (4) of the vibration absorber (1) are aligned with the openings (9) in the metal mounting plate (8). The extensions (7) provided on the pegs (4) are passed through the openings (9) until the metal mounting plate (8) butts against the bead (5).

Abstract: A method and apparatus for loading solder balls into a mold. Solder balls are loaded into a reservoir having multiple exit ports. A removable mold is fitted into the apparatus and the reservoir is passed across the top of the mold while solder balls are fed into cavities in the mold. After the reservoir has advanced across the mold and the mold cavities are filled with solder balls, the reservoir is reset as a roller is simultaneously guided across the mold to seat the solder balls firmly within the mold. Alternatively, the roller may be applied to the solder balls while the reservoir advances across the mold, or both as the the reservoir is advanced and when it is returned to its original position.

Abstract: When bodies such as connecting rods, bearings, ring-shaped housings or similar are separated by breaking, material particles are torn out of the broken surface. These particles initially continue to adhere to the broken surface at first, before becoming detached from the broken surface and falling out when a force is exerted subsequently. According to the invention, the bodies are subjected to a vibration treatment after they have been separated by breaking in order to prevent detachable adhering particles of the material from falling out in an uncontrolled manner.

Abstract: A method for making a valve assembly is disclosed. The method includes providing a first work piece having a longitudinal axis and a first end and providing a second work piece having a surface. The method also includes disposing the first work piece and the second work piece axially between a pair of aligned elements that are relatively movable toward and away from each other along the longitudinal axis of the first work piece. Additionally, the method includes relatively moving the pair of aligned elements toward each other to axially clamp the first work piece and the second work piece and actuating the pair of aligned elements and delivering to the first work piece and the second work piece a controlled clamping force that acts to coin a zone of surface contact between the first end and the surface. Further, the method includes repeating the actuating of the pair of elements a plurality of times. An apparatus used to perform the method is also disclosed.

Abstract: The present invention provides an assembling system of rubber cones of computer keyboards and an assembling method for the same. The assembling system of rubber cones of computer keyboards of the present invention comprises an assembly housing, a moldboard stage, a rocking apparatus, and a rotating apparatus. The assembly housing has an operational space. The moldboard stage has a plurality of moldboards, and is arranged above the operational space of the assembly housing. Each moldboard corresponds to a keyboard to be assembled, and has a plurality of recesses corresponding to key switches of the keyboard on the surface thereof. The rocking apparatus and the rotating apparatus join with the moldboard stage at two sides thereof to provide required rocking and rotating forces for the moldboard. Thereby, the present invention can partly automate the originally wholly-artificial assembling method, increase the assembly efficiency, and reduce the cost of manpower.

Abstract: The present invention provides an assembling system of rubber cones of computer keyboards and an assembling method for the same. The assembling system of rubber cones of computer keyboards of the present invention comprises an assembly housing, a moldboard stage, a rocking apparatus, and a rotating apparatus. The assembly housing has an operational space. The moldboard stage has a plurality of moldboards, and is arranged above the operational space of the assembly housing. Each moldboard corresponds to a keyboard to be assembled, and has a plurality of recesses corresponding to key switches of the keyboard on the surface thereof. The rocking apparatus and the rotating apparatus join with the moldboard stage at two sides thereof to provide required rocking and rotating forces for the moldboard. Thereby, the present invention can partly automate the originally wholly-artificial assembling method, increase the assembly efficiency, and reduce the cost of manpower.

Abstract: A flexible asymmetrical jumper assembly is used to electrically join to circuit boards together where the geometry requires that the jumper be bent, often in a tight loop, so that the pads which form the ends of the jumper are parallel to each other. The jumper assembly contains two sets of wires, each set containing an array of foil fingers terminated in pads. The upper set of wires is bonded to the upper side of a central insulating sheet, while the lower set is bonded to the lower side of the central insulating sheet. An upper insulating sheet is bonded to the upper side of the upper set of wires, leaving the pads exposed for later soldering. A lower insulating sheet is likewise bonded to the lower side of the lower set of wires, with the pads also exposed. A hole is drilled through each upper pad, through the center insulating sheet, and into the corresponding lower pad. The holes are then through plated. The pads are of two different types, a major, or larger pad, and a minor, or smaller pad.

Abstract: A golf club head having a defined internal cavity, and a golf club head containing a bi-material weight having a nonhomogeneous structure is disclosed herein. A method to add the bi-material weight to the golf club entails heating, vibration and cooling to produce the nonhomogeneous structure is also disclosed herein.

Abstract: A positioning method for a registration portion of an molded item capable of improving the accuracy of a product using the molded item at low cost. The positioning method for a registration portion of the molded item for positioning registration portions W2a, W3a and W4a of the molded item in order to improve the positioning accuracy of the molded item to another member, wherein the registration portions W2a, W3a and W4a are heat-deformed by ultrasonic vibration to thereby position the registration portions.

Abstract: A mounting assistance device with which a vibrating device can be efficiently mounted to a tire and wheel assembly. In the mounting assistance device, abutting portions are made to abut against sidewall portions of a tire and then an eccentric disc is pressed against a sliding portion so as to be united therewith by lowering a lever of a handle member in a first direction. In this state, when the lever is rotated 180° about a pin member in a second direction, due to an effect of the eccentric disc, clamping members move in a mutually approaching direction. Accordingly, clamping and fixing to the tire is accomplished by the mounting assistance device. Thus, the mounting assistance device (and vibrating device) can be mounted without using tools, simply by rotating the lever in the two directions.

Abstract: An apparatus for assisting the mounting of a tire-wheel assembly onto an axle in a high precision without eccentrically arranging the assembly from the axle comprises a pair of opposite clasping members sandwiching the tire-wheel assembly from its side surfaces therebetween, a vibration applying machine fixed to one of the clasping members, and a fastening means for temporarily fastening the clasping members at a given position.

Abstract: An automatic assembling method and apparatus for a differential gear, for simplifying the structure of the apparatus and achieving positive assembling without damage to gear teeth of gears, wherein while positioning a pair of side gears R, R at predetermined positions in a differential case C, a pinion gear P and a spherical washer Q are fitted to coincide with each other at shaft insertion bores thereof so as to be inserted with an internal chuck 14 from inside of the pinion gear P (i.e., center side of the differential case), thereby the pinion gear P and the spherical washer Q are held together at respective internal surfaces. Thereafter, the pinion gear P is meshed with the side gear R at gear teeth portions thereof at an opening H of the differential case C, and the pinion gear P is moved to an assembling position while holding the side gear rotatable. A shaft S is then inserted from a shaft hole e of the differential case C, thereby assembling the differential gear.

Abstract: The invention concerns an apparatus and a method for mechanically joining metal sheets, profiles and/or multi-sheet joints lying on top of each other, wherein joining tools are moved by power means towards the parts to be joined and a joint is made between the parts to be joined by the force effect of the joining tools. To make the joining tools easier to handle and widen the range of application for joints, it is proposed to reduce the reaction forces of the joining process by the fact that one joining tool applies the joining force to the joint at an exciting frequency which is above the characteristic frequency of the opposite joining tool, and the mounting of at least one joining tool is isolated from vibrations. The vibration isolation can also be arranged exclusively or in addition in the excited joining tool or the parts to be joined.

Abstract: A method and apparatus for loading solder balls into a mold. Solder balls are loaded into a reservoir having multiple exit ports. A removable mold is fitted into the apparatus and the reservoir is passed across the top of the mold while solder balls are fed into cavities in the mold. After the reservoir has advanced across the mold and the mold cavities are filled with solder balls, the reservoir is reset as a roller is simultaneously guided across the mold to seat the solder balls firmly within the mold. Alternatively, the roller may be applied to the solder balls while the reservoir advances across the mold, or both as the the reservoir is advanced and when it is returned to its original position.

Abstract: A system for ensuring correct orientation of a threaded insert being inserted into a threaded bore of an aluminum workpiece such as an engine block. The system comprises a threaded insert supply, a feeder for transporting inserts dispensed from the insert supply, and an orient subassembly for dispensing the insert supplied from the feeder into a workpiece bore. The orient subassembly dispenses the insert into the workpiece bore in a tang-down orientation if the insert is supplied to the orient subassembly in a tang-down position. The orient subassembly reorients the insert if the insert is supplied to the orient subassembly in a tang-up position before the insert is dispensed into the workpiece bore.

Abstract: A cable (5) is inserted in a tube (2) wound on a tube reel (1). The cable is fed from a cable reel (6) through a cable-advancing unit (4) into a free inlet end (2.1) of the tube (2). Compressed air is applied to an air inlet (8) of the advancing unit (4), and led through the tube along the cable already inserted in the tube. The tube reel is put on a support 7, which is driven to a periodic movement in the vertical direction between to extreme positions (amplitude A, period P). During part of each period the movement is a free fall, or at least approximates a free fall. The movement may be sinusoidal with period P=2.pi.?A/g!.sup.1/2 (g is gravitational constant). In this case, the support (7) may be part of a rotatably supported lever, or may be part of a seesaw. In addition, the movement may be the vertical component of a maintained swinging movement. In this case the support (7) may be the swinging part of a Chinese swing.

Abstract: A cable (5) is inserted, by way of a free end (2.1), into a tube (2) wound around a tube reel (1) which is fixed, with its winding axis (y) vertical, onto a carrier (7). The carrier with the tube reel is subjected to a periodical movement having a vertical component and a longitudinal component. The vertical component is a vertical oscillation having a period (P) and an amplitude (A.sub.v =gP.sup.2 /32) for an, at any rate approximately, "free-fall" movement during part of each period, preferably during half a period. The longitudinal component is an oscillating rotation around the vertical winding axis of the tube reel having the same period (P) and an amplitude (A.sub.L). The "free-fall" movement is preferably commenced when the rotational direction of the oscillating rotation is reversed and becomes backward, as opposed to the insertion direction of the cable.

Abstract: An apparatus for assisting the mounting of a tire-wheel assembly onto an axle in a high precision without eccentrically arranging the assembly from the axle comprises a pair of opposite clasping members sandwiching the tire-wheel assembly from its side surfaces therebetween, a vibration applying machine fixed to one of the clasping members, and a fastening means for temporarily fastening the clasping members at a given position.

Abstract: An apparatus used in removing an electrode tip from the tip end of a welding tool, such as a welding gun, including a main body having a vibration block which is repeatedly hit by a hammer at a rate of, for example, 3,600 times a minute. The vibration block is provided with a tip end holding hole which receives the tip end of the welding tool. When the welding tool with the tip end in the tip end holding hole is vibrated by the hammer which is vibrated by pressured air, the electrode chip is vibrated and removed from the welding tool by the vibration. The removed tip can stay in the tip end holding hole after being removed, thus being prevented from flying out of the vibration block.

Abstract: A device and method for loading components into holders used in cartridge case reloading machinery is disclosed. The loading device includes a tray that receives and orients reloading components such as primers. The tray includes a strip receptacle which receives and positions a component holder while components are oriented by the tray and moved into position into receptacles in the component holder. The components are forced into the component holder by manual pressure, a roller, or a lever actuated bar. After the components are pressed into the component holder, the holder may be removed from the loading device and used in reloading machinery.

Abstract: A feeding system for feeding blank contacts to a crimping device for crimping the contacts onto ends of lead wires. The contact feed system includes a bowl, and a scoop for removing contacts from the bowl. The scoop is preferably mounted on the end of a rotating arm so that the scoop describes the locus of a circumference of a vertical circle when the arm rotates. Contacts fall, under gravity, from the scoop, when it is near the apogee of travel, onto an angled chute that guides the contacts into a space between two parallel contact orienting rails. The contacts are stacked between the supporting contact orienting rails and a shuttle gate controlledly carries a single contact at a time into a drop tube that feeds the contact to a crimping device for crimping onto an end of a wire lead.

Abstract: A circuit board fabrication apparatus and method having a vibratory feeder tray is disclosed. The feeder tray is preferably of low mass and horizontally-disposed and has multiple grooves which closely fit electronic parts, and hollowed-out bottom portions, generally below the rails separating the grooves. The hollow portions significantly contribute to low mass. Almost 50% of the mass of the tray's top plate may be removed. The parts are picked up one at a time and placed at precise positions on circuit board substrates by the rotating nozzles of a pick-and-place turret. An electromagnetic coil operating below the grooves of the feeder tray smoothly and continuously advances the parts in the grooves to the region in which they are picked up by the nozzles. Additionally, a slider table supporting the vibratory feeder tray positions each groove of the feeder tray in turn at the uptake point of the turret.

Abstract: Recesses 12 are formed on an upper surface 10a of a turntable 10 detachably mountable on a support member 20. The recesses 12 are arranged at a pitch of a specified angle .theta. on a plurality of concentric circles C1 to C4 centered on a longitudinal axis 11. The turntable 10 is slid along an x-axis by an air cylinder 80 and is intermittently rotated by the specified angle .theta. by an air motor 40. In this way, a desired recess 12 can be moved to a receiving position P. The waterproof plugs can be securely supplied. A preparation for changing the kind of the waterproof can be made only by replacing the turntable, with the result that the preparation can be easily made within a short period of time.

Abstract: A device for the installation, on a projecting border (6) of an automobile body frame, of a profile (5a) having a U-shaped cross section including a metal reinforcement jacketed with a resilient material, this device comprising a mallet having a flexible head (4), means (3) for impressing an alternating percussion movement on the head of this mallet and at least one system for guiding the profile (5) capable of bringing the latter in front of that portion of the flexible head (4) of the mallet intended to act on it, this guide system comprising a structure having a U-shaped contour, between the branches (8) of which the profile (5) can be engaged and which can be closed by a movable element capable of substantially joining together the branches (8) of the structure in order to maintain the profile therein.

Abstract: The invention relates to a device for putting in place, on a projecting rim of a motor vehicle body element, a U-section profile (1) comprising a metal reinforcement sheathed with a resilient material, this reinforcement being substantially undeformable over time under the stress of the covering material.According to the invention, a length of profile (1) is used which is substantially equal to that of the body element (2) to be equipped, a predetermined and possibly marked part of the profile is initially fastened in position at a predetermined, possibly marked, location (4) of the rim of the body element and, subsequently, with the aid of a vibrating flexible-headed mallet (7) driven in an alternating striking movement, the profile is applied continuously against the rim of the body element starting from said predetermined location (4) as far as a first end of the profile and then, again starting from said predetermined location, as far as the other end of the profile.

Abstract: The invention relates to a method for putting in place, on a projecting rim of a motor vehicle body element, a U-section profile (1) comprising a metal reinforcement sheathed with a resilient material, this reinforcement being substantially undeformable over time under the stress of the covering material.According to the invention, a length of profile (1) is used which is substantially equal to that of the body element (2) to be equipped, a predetermined and possibly marked part of the profile is initially fastened in position at a predetermined, possibly marked, location (4) of the rim of the body element and, subsequently, with the aid of a vibrating flexible-headed mallet (7) driven in an alternating striking movement, the profile is applied continuously against the rim of the body element starting from said predetermined location (4) as far as a first end of the profile and then, again starting from said predetermined location, as far as the other end of the profile.

Abstract: There is disclosed an apparatus for manufacturing a cylindrical slide bearing. The apparatus comprises a belt conveyer for conveying a U-shaped semiprocessed product, a press unit composed of a punch and a die confronting each other and respectively having semi-cylindrical recessed portions, a core holder inserted into the U-shaped semiprocessed product and holding the U-shaped semiprocessed product, the core and the holder having a circular shape in cross section, and a stepper motor connected to the core and holder for rotating the core and holder radially around the axis of the core and holder. There is also disclosed a method for manufacturing a cylindrical slide bearing with use of the apparatus set forth above.

Abstract: A method and apparatus for automatic orientation and assembly are provided. A first plurality of parts are mated with corresponding depressions or other irregularities formed in a pallet by vibrating the pallet and moving the parts thereover. A second plurality of parts are then oriented in a predetermined positional relationship with the first parts, for example matingly engaged therewith, by passing the parts over the pallet which is again vibrated, generally with different vibration parameters. The second parts may matingly engage corresponding irregularities in the first part, may be positioned and oriented by further irregularities on the pallet, or a template may be provided over the pallet with openings for positioning and orienting the second parts. The passing of parts over the pallel and vibration of the pallet may be repeated for additional parts to be assembled if desired.

Abstract: An installation for the continuous assembly of complementary component parts of a structural assembly constituting a door or window espagnolette bolt operating mechanism includes a main assembly circuit comprising at least one conveyor adapted to be advanced in steps and components part support plates fixed to this conveyor. Feed lines convey the component parts from storage units to the assembly circuit. Take-up devices transfer component parts from the feed lines to the conveyor. Component part assembly devices are located downstream of these take-up devices in the direction of movement of the conveyor. The installation further comprises devices for controlling the positioning and assembly of the component parts on the respective support plates.

Abstract: A device for the insertion of filling wires into a wire jointed-band is described, being positioned in the conveying direction of a machine for the production of the wire jointed-band behind a feeding device for the plugging wires. By means of a guiding plate with channels and a roller the filling wires are inserted into the respective openings of the already completed wire jointed-band. The device according to the invention allows a sectional mechanical insertion of the filling wires into the actual wire jointed-band. The filling wires can be inserted simultaneously with the plugging wires, resulting in a substantially higher production speed.