65results about How to "Realize simultaneous processing" patented technology

The invention relates to the technical field of additive manufacturing, in particular to a method for manufacturing additives by combining selective laser melting and laser cutting. The method for manufacturing additives by combining selective laser melting and laser cutting comprises the following steps that (1) the surface of a substrate is cleaned with an alkaline solution to remove oil stains,then an oxide film on the surface of the substrate is polished and removed, and the surface of the substrate is wiped with acetone; (2) firstly, a laser beam in a heating mode is emitted to scan andpreheat a powder bed, so that a powder material is heated to a micro-sintering temperature to generate micro-sintering; (3) then a laser beam in a selective melting mode is emitted to scan and melt the preheated powder bed to form a required workpiece cross-sectional layer; (4) finally a laser beam in a laser cutting mode is emitted to perform one or more times of cutting scan on the inner and outer contours of the workpiece cross-section to remove or cut rough edges and welding powder on the contours so as to obtain accurate and smooth inner and outer contours of the part cross-section; and (5) the heating, selective melting and cutting processes are repeated to finally obtain a required three-dimensional solid workpiece.

Multi-station pipe end machining equipment comprises a base and a cutter saddle, and is characterized in that the cutter saddle consists of a fixing plate and a cutter head, the fixing plate is vertically arranged, the cutter head is rotatably connected onto the fixing plate, a plurality of cutters are peripherally mounted on the cutter head, a pipe fitting clamping device is further disposed in front of the cutter saddle and comprises a worktable provided with at least two stations, a mold is arranged on each station and provided with a mold cavity, and a main driving device capable of driving the cutter saddle to linearly move towards or far away from the worktable is further disposed on the framework. Compared with the prior art, the multi-station pipe end machining equipment has the advantages that multiple cutters with different functions can be mounted at one step and can be changed only by rotating the cutter head, the trouble that the cutter needs to be changed for each machining procedure is avoided, cutter replacement time is saved, and machining efficiency is improved; and the worktable with the multiple stations is disposed at the front of the framework, multiple pipe fittings can be synchronously machined, utilization rate of the equipment is increased, and the requirement on integrated machining is met.

The invention discloses an on-line preparation method of a line electrode of minuteness group lines, and belongs to the field of precise minuteness electrochemical machining. The on-line preparation method of the line electrode of minuteness group lines is characterized in that the following steps are included: (1) a micron-order tungsten filament is mounted on a clamp of the line electrode of the minuteness group lines, a cathode tool is mounted in an electrolytic cell, and the cathode tool is provide with a cathode hole corresponding to a wire electrode, and is of a sandwich butt joint structure formed by a metal layer and insulating layers on the two sides of the metal layer; (2) an alkaline electrolyte is added into the electrolytic cell to immerse the cathode tool completely; (3) a tool cathode and the line electrode are connected to the positive electrode and the negative electrode of a direct current power source respectively to achieve the enlargement of the diameter of the cathode hole of the metal layer in the tool cathode to form an inward concave structure; (4) the line electrode of the minuteness group lines and the tool cathode are connected to the positive electrode and the negative electrode of the direct current power source respectively, and the line electrode is made to carry out straight reciprocating motion; (5) the electrolyte is replaced by an acid electrolyte, the tool cathode is replaced by workpieces, the line electrode of the minuteness group lines and the workpieces are made to be connected with the positive electrode and the negative electrode of an ultrahigh-frequency narrow-pulse power source to achieve minuteness electrolytic wire-electrode cutting machining.

The invention provides a device for machining multiple surfaces of a part. The device comprises a combination type cutter and a part fixing clamp, wherein the combination type cutter is mounted on a machine tool, and the part fixing clamp is mounted on the table surface of the machine tool. When the combination type cutter is fed, a milling cutter disc (124) and a cutter handle shaft (110) are inserted into a hollowed opening (48) of the clamp. The device provided by the invention has the advantages that the simultaneous machining of a plurality of parallel machining surfaces is realized, the machining precision is high, and the device is suitable for parts with complicated shapes.

A clamping mechanism capable of synchronously processing the axial holes of multiple shaft parts, including a machine base, on which a motor, a first sliding seat, a first cylinder and a plurality of juxtaposed working units are arranged, and each working unit It includes a pair of V-shaped positioning blocks, a front top mechanism, and an anti-top mechanism. The front top mechanism is provided with a rotatable top body. The anti-top mechanism includes a seat cover, an anti-top body, and a second cylinder. The cylinder can drive the anti-tip body to initially tighten and precisely center the shaft parts, and the second cylinder can adjust the tightening pressure. Matching with the drill mechanism can realize synchronous drilling. The present invention can realize synchronous processing of multiple shaft parts, realize automatic production through the matching control system, and is suitable for batch production. If the structure of four working units is adopted, the production efficiency can be increased by more than 4-5 times compared with the traditional processing method, significantly Increased production efficiency.

The invention discloses light guide plate pattern machining equipment. The top of a rack of the equipment is provided with a supporting plate; a guide rail is arranged on the supporting plate and is movably provided with a movable platform which is matched with a light guide plate; the rack is provided with a first driving device which can drive the movable platform to move along the extension direction of the guide rail; one end of the guide rail is provided with a rotary plate; the rotary plate is provided with a laser emitter; the edge of the upper surface of the rotary plate is provided with an optical reflector which is matched with the laser emitter; the optical reflector is positioned on an optical path of the laser emitter; a light collecting lens which is matched with the optical reflector and the light guide plate respectively is arranged below the optical reflector and is positioned on a reflecting optical path of the optical reflector; the rack is provided with a second driving device capable of driving the rotary plate to perform fixed-axis rotation; and the rotary plane of the rotary plate is parallel to the upper surface of the movable platform. The light guide plate pattern machining equipment has higher machining accuracy and machining efficiency.

The present invention discloses one kind of triple-thread screw miller, which includes one Z-direction skid platform capable of sliding in Z direction under the drive of the Z-direction drive unit; three milling heads with milling cutter on the Z-direction skid platform and capable of sliding separately in X1, X2 and X3 directions under the drive of the motor; one rotating spindle holding the workpiece; and one tail stock supporting the tail end of the workpiece and rotating with the spindle. The triple-thread screw miller machines the three spiral grooves of triple-thread screw rod or pipe simultaneously and has the advantages of high work efficiency, suitability to batch production, high machining quality and improved production environment.

The invention discloses a multi-stage processing, coring and peeling machine with a flexible feeding mechanism. The machine comprises a box body, a gantry, the flexible feeding mechanism, a controller, a pre-cutting mechanism, a coring and peeling mechanism and a waste-material removing mechanism, wherein the gantry and the flexible feeding mechanism are arranged on the box body, and the pre-cutting mechanism, the coring and peeling mechanism and the waste-material removing mechanism are installed on the gantry. Firstly, fruits are put into flexible locating holes in a disc manually, then, the multi-stage flexible feeding mechanism carries the three fruits to turn to a pre-cutting station, and round blades cut the pedicels of the fruits off; secondly, an intermittent cutting machine drives a rotating disc to turn to a coring and peeling position, a coring cutter moves downwards to push fruit cores out, and a peeling cutter moves upwards and cooperates with a shell-flesh separation baffle to extrude fruit flesh out; thirdly, a push plate moves forwards to push the fruit flesh forwards into a fruit flesh box; finally, the multi-stage flexible feeding mechanism turns to a waste-material station, a rolling brush carries fruit shells out of a feeding hole through rotating movement. The multi-stage processing, coring and peeling machine with the flexible feeding mechanism is simple in structure, convenient to operate and good in processing effect, the obtained fruit flesh is good in integrity and low in loss, and the processing efficiency reaches 5-6 times of manual processing efficiency.

The invention discloses an eight-station crankcase stator combination machining device. The eight-station crankcase stator combination machining device comprises an eight-station rotating disc mechanism, crankcase stator combination machining mechanisms, moving sliding table mechanisms, a cooling mechanism and a control mechanism. The eight-station rotating disc mechanism comprises a rotating frame and a rotating disc arranged on the rotating frame. The rotating disc is rotationally connected with the rotating frame. Workpiece tools are arranged on the rotating disc in the circumferential direction in an array manner. The workpiece tools are used for fixing workpieces. The crankcase stator combination machining mechanisms are arranged in the circumferential direction of the rotating disc in an array manner. The moving sliding table mechanisms are arranged at the bottoms of the crankcase stator combination machining mechanisms and used for driving the crankcase stator combination machining mechanisms to move in the radial direction of the rotating disc. The cooling mechanism is used for cooling the crankcase stator combination machining mechanisms and the workpieces. By the adoptionof the eight-station crankcase stator combination machining device, simultaneously continuous machining of multiple workpieces and multiple processes can be achieved, and the machining efficiency andprecision are high.

The invention provides a bearing full-automatic production assembly line and technology. The bearing full-automatic production assembly line comprises a rough machining system, a cold forging system and a finish machining system. The rough machining system, the cold forging system and the finish machining system are subjected to automatic line connection, thus annular blanks are automatically fedand machined, stations are automatically transferred, and rough turning machining, shot blasting machining, phosphorus saponification machining, cold forging machining, slitting machining and finish turning machining of bearing inner and outer sleeve rings are completed sequentially; and the technical problem of full-automatic loss line machining of inner and outer bearing sleeve ring machining equipment is solved, single machining equipment is subjected to automatic line connection to become the full-automatic production assembly line, the machining speed is increased, the tedious process ofworkpiece transferring is omitted, the labor intensity is lowered, and occupied areas of workpieces and the bearing full-automatic production assembly line are reduced.

The invention provides an internal-and-external tooth structure machining device of tooth-shaped linings. The internal-and-external tooth structure machining device comprises a pressing plate, a mainbody, a positioning ring and a positioning clamp. The positioning ring can move axially in a central through hole of the main body and can be detachably fixed to the side wall of the main body. The pressing plate is detachably fixed to the top of the main body and used for pressing tooth-shaped lining blanks. The main body can be detachably fixed into the positioning clamp. According to the internal-and-external tooth structure machining device, clamping is convenient, positioning is accurate, linear cutting machining of large-batch and small-batch flexible adjusting of the tooth-shaped linings can be achieved.

The invention relates to the field of wallpaper equipment, in particular to a wallpaper printing device which comprises a box. Three printing rolls are arranged in the box and triangularly distributed, a rubber roll is arranged among the three printing rolls, the rotating directions of the three printing rolls are the same, the rotating direction of the rubber roll is opposite to that of each printing roll, and a feed port and a discharge port are formed in the box. By the aid of the structure, the three printing rolls and the rubber roll arranged in the box mutually move, three bolts of wallpaper are simultaneously machined, the rubber roll is sufficiently used, efficiency is greatly improved, the three printing rolls are structurally triangular, so that the structure is more compact, and space and cost are saved.

The invention relates to the field of engraving machines, in particular to a numerical control multi-station milling machine which comprises a shell, a bedplate and milling cutters; the bedplate is arranged on the inner bottom surface of the shell; a first shoe mold is arranged on the top surface of the bedplate; the top surface of the bedplate is fixedly connected with a second shoe mold; an adjusting plate is arranged at the top of the bedplate; a pair of first gears is rotationally connected into the adjusting plate; one first gear is fixedly connected with a first motor; screw rods are arranged on the side surfaces of the two first gears; moving assemblies are arranged at the bottoms of the two screw rods; and the milling cutters are arranged at the bottoms of the two moving assemblies. Synchronous machining of the pair of shoe molds is effectively achieved, in the machining process, a set of control program is adopted, the pair of milling cutters moves symmetrically through a linkage structure, then the pair of shoe molds obtained through machining can be guaranteed to be completely symmetrical on the premise that special treatment is not conducted, and compared with two sets of control systems, the matching degree of the obtained shoe molds is higher.

The invention relates to a horizontal double-tool embroidery machine. The horizontal double-tool embroidery machine comprises tool feeding modules and a fixture module. The fixture module can be arranged on a workbench by horizontally moving in the Z-axis direction. A workpiece can be clamped to the fixture module by rotating in the Z-axis direction. The tool feeding modules comprise the first tool feeding module and the second tool feeding module. The first tool feeding module and the second tool feeding module can be both arranged on the workbench by swinging around the Y-axis direction. The first tool feeding module and the second tool feeding module are arranged on the two sides of the fixture module in symmetry about the rotation axis of the workpiece. The first tool feeding module and the second tool feeding module are each provided with a tool. The first tool feeding module and the second tool feeding module drive the tools to synchronously swing around the Y-axis direction under driving of a crank-slider mechanism. The included angle between the tool feeding direction of one tool and the rotation axis of the workpiece is equal to the included angle between the tool feeding direction of the other tool and the rotation axis of the workpiece. According to the horizontal double-tool embroidery machine, synchronous eccentric rotation of the tool feeding modules is achieved through the crank-slider mechanism, so that simultaneous machining by the two tools is achieved, and machining efficiency is improved.

The invention discloses a full-automatic groove broacher for wood processing. The full-automatic groove broacher for wood processing comprises a processing table, wherein the upper end of the processing table is provided with a processing groove, the side wall of the processing groove is provided with an outlet groove in a penetrating mode, the inner wall of the processing groove is provided witha plurality of conveying grooves, the inner wall of each conveying groove is welded with a conveying motor, and an output shaft of each conveying motor is welded with a conveying rotating wheel; and two groups of clamping push rods are symmetrically welded on the outer walls of the two sides of the processing table, and a clamping plate is welded at one end, far away from the processing table, ofeach group of clamping push rods. The full-automatic groove broacher for wood processing has the advantages that through the crossed arrangement of a material storage tank and a temporary storage tank, raw materials can be blocked by the temporary storage tank to be stored in the material storage tank, one-time large material feeding can be realized, manpower waste caused by repeated feeding is avoided, the raw materials in the temporary storage tank are pushed and redirected through a redirection push rod, and the raw materials can gradually fall into the processing groove under a controllable state to realize cyclic processing.

The invention discloses an automatic punching machine and a control system thereof. The automatic punching machine comprises an L-shaped plate, and is characterized in that the upper side of a transverse plate of the L-shaped plate is fixedly connected with a motor I, the upper side of a vertical plate of the L-shaped plate is fixedly connected with a vertical rod, the upper side of the vertical rod is fixedly connected with one end of a round rod II, the middle of the round rod II is fixedly connected with a hollow round rod, the other end of the round rod II is fixedly connected with one endof an upper side transverse rod of a U-shaped rod, an output shaft of a motor II is hinged to one corner of a supporting plate, a group of vertical plates are fixedly connected to the supporting plate, a group of symmetrically-distributed grooves are formed in the supporting plate, a punching mechanism is arranged on the U-shaped rod, and a fixing mechanism is arranged on the supporting plate. The invention relates to the field of grinding equipment, in particular to the automatic punching machine and the control system thereof. According to the automatic punching machine and the control system thereof, positioning and punching of a plate are facilitated.

The invention discloses a glove lock edge and trademark sewing device, and belongs to the field of glove making. The sewing device includes a main support, a platform is arranged on the main support, a lock edge machine head is arranged on the platform, a lock edge platform is arranged on the lock edge machine head, a lock edge needle is arranged above the lock edge platform, a lock edge pressing lower plate and a lock edge line cutter are arranged on one side of the lock edge; a trademark platform is arranged on the front end of the lock edge platform, a trademark needle is arranged on the bottom of the trademark platform, a trademark pressing lower plate and a trademark line cutter are arranged on one side of the trademark needle, a transition slope is arranged between the lock edge platform and the trademark platform, needle holes are formed in the transition slope, and outward pushing needles are arranged inside the needle holes; electromagnet is arranged on the interior of the trademark platform, two grooves are formed in two sides of the trademark platform, and a magnet channel is arranged on the position, corresponding to the position of the grooves, of the lock edge machine head, the electromagnet is arranged inside the magnet channel, and the electromagnet is connected with power to attract the magnet into the grooves or to repel the magnet into the magnet channel, and two rolling wheels are arranged on the interior of the trademark platform to drive gloves to rotate.

The invention discloses a clamped position removal process of a special-shaped aluminum alloy workpiece. A profiled side jacking tool is manufactured according to the appearance of an irregular part,the part is clamped, and part deformation is avoided in the clamped position removal process. The profiled side jacking tool manufactured according to the appearance of the irregular part comprises abase, a side jacking sliding plate, jackscrew fixing blocks, jackscrews, pressing plates and screws. The base is fixed to a machining platform through the pressing plates, the side jacking sliding plate is arranged on the base and connected with the jackscrews, and the jackscrews are fixed to the base by the jackscrew fixing blocks through the screws. The base is provided with a protruding block,the end face of the special-shaped part is limited, the side jacking sliding plate is provided with profiled end faces on the same face with the special-shaped part, and the special-shaped part is pushed by the jackscrews to be fixed between the side jacking sliding plate and the protruding block of the base. The multiple profiled end faces are arranged, multiple parts can be machined at the sametime, and the clamped position removal efficiency of the special-shaped part is greatly improved. The multiple parts are subjected to side jacking at the same time, and clamped position removal is achieved efficiently without deformation. According to the process, the deformation problem of the workpiece after common clamped position removal is relieved.

The invention relates to a tool electrode clamp for multi-micropore electric spark discharge synchronous machining. The tool electrode clamp comprises a hollow step shaft, a belt wheel, a clamp head and a nut. The hollow step shaft is used for containing a tool electrode. The belt wheel is connected with the upper portion of the hollow step shaft and used for driving the hollow step shaft to rotate. The clamp head is connected with the bottom of the hollow step shaft, used for fixing the tool electrode and locked through the nut. According to the tool electrode clamp, in combination with a special clamp disc, multiple tool electrode clamps can be mounted on the same clamp disc, among the tool electrode clamps, belt wheels and hollow step shafts are driven by synchronous belts to rotate, and the consistency of all the tool electrodes on the clamp disc in work can be guaranteed in the following processes; and the tool electrodes work at the same time, the working efficiency of machining multiple micropores is improved, meanwhile electric insulation among all the tool electrodes is achieved in work, independent discharge energy control can be conducted, and thus the phenomena of the short circuit and electrode burnout can be avoided.

The invention is applicable to the field of product transportation, and provides a flexible feeding and discharging mechanism. The flexible feeding and discharging mechanism comprises a lifting driving device, transmission mechanisms, adjusting mechanisms and a supporting mechanism, the lifting driving device is arranged at the lower end of the supporting mechanism, and the adjusting mechanisms are symmetrically arranged at the two ends of the top of the supporting mechanism. The transmission mechanisms are arranged on the adjusting mechanisms, and each adjusting mechanism comprises a bottom plate, an adjusting driving device, a first sliding rail and a second sliding rail. The adjusting driving device is connected with the middle of the bottom plate, the first sliding rail is arranged atone side of the bottom end of the bottom plate, and the second sliding rail is arranged at the other side of the bottom end of the bottom plate. One side of the bottom plate is connected with a sliding block of the first sliding rail, and the other side of the bottom plate is connected with a sliding block of the second sliding rail. The distance between the transmission mechanisms is changed through the adjusting mechanisms, the widths of rolling window frames and non-rolling window frames of different vehicle types are met, the simultaneous machining of the products of various vehicle typesis achieved, and the working efficiency is improved.

The invention relates to a clamp device used for electric spark pulse discharging and synchronous rotating machining for multiple fine holes. The clamp device comprises a clamp disc, an electric brush disc, tool electrode clamps, electric brushes, a motor and a synchronous belt. The electric brush disc is located above the clamp disc. The tool electrode clamps are mounted on the clamp disc. The electric brushes and the motor are mounted on the electric brush disc. The electric brushes and the tool electrode clamps are arranged in an up-down corresponding mode. An output shaft of the motor drives the tool electrode clamps to rotate through the synchronous belt. By means of the specially-made clamp disc, the corresponding tool electrode clamps and the electric brush disc, multi-fine-hole workpieces can be machined in a synchronous mode; and meanwhile, during operation, all tool electrodes are mutually electrically insulated, independent discharging energy control can be conducted, and accordingly the phenomenon that short-circuit electrodes are burnt can be avoided. The clamp device provided by the invention is small in equipment cost input, synchronous machining of the multiple fine holes is achieved, the machining efficiency is improved by multiples, and the labor and time cost is lowered by multiples.