67results about How to "Accurate graduation" patented technology

The invention discloses a six-part full-automatic assembly machine for invisible zipper puller and is characterized in that a moving assembly that is connected with a power device is arranged at the table top of a frame; twelve die cavities for fixing zipper pullers are arranged at equal intervals on the margin of the division main rotor plate of the moving assembly; and a zipper puller feeding mechanism, a zipper puller detection mechanism, a zipper puller spring feeding mechanism, a spring detection mechanism, a triangular collar feeding mechanism, a triangular collar detection mechanism, a horse hooker feeding mechanism, a copper pin feeding mechanism, a copper pin detection mechanism, a puller detection mechanism, a puller detection mechanism rejected puller discharge mechanism, and a qualified product discharge mechanism are arranged on the frame and used for assembling zipper pullers. The six-part full-automatic assembly machine integrates the functions of two machines, the detection mechanisms are arranged behind the corresponding feeding mechanism to automatically identify parts in the die cavities, and the start-up or shut-down of the assembly machine is automatically controlled according to the assembly information of parts, so as to prevent defected parts from entering the next procedure or prevent idle running of the assembly machine, as a result, the rate of rejected products is reduced and the assembly machine is guaranteed to run safely and reliably.

The invention relates to an energy-saving and environment-friendly optics cold processing and glass processing automatic milling and grinding machine. The automatic milling and grinding machine mainly comprises a working table (1), a revolution disc (2), a waterproof sleeve (3), processing machine shafts (4), a main shaft supporting board (5), a servo motor (6) and rotation clamp sleeves (7), wherein three processing main shafts (4) are arranged, the three processing main shafts are fixed on the working table (1) through the main shaft supporting board (5), the other ends of the three processing main shafts (4) are respectively connected with a rough grinding head (8), an accurate grinding head (9) and a polishing grinding head (10), six rotation clamp sleeves (7) are arranged and fixed on the revolution disc (2), the revolution disc (2) is fixedly connected on the working table, and the revolution disc can rotate. The milling and grinding machine uses six working positions and three main shaft heads, three working positions are respectively used for conducting the rough grinding, the accurate grinding and the polishing, the working procedure can be successfully conducted through the rotating of the revolution disc, the rest three working positions are used for placing and taking milled and ground products, the three-function integrated processing is realized, the streamlined working degree is high, and the working efficiency is greatly improved compared with the existing machine type.

The invention discloses an automobile starter motor stator auxiliary pole automatic welder comprising a chassis, and a resistance welder is installed on the chassis. The invention is characterized in that a lifting seat board is arranged on the chassis, a reciprocating lifting mechanism is connected below the lifting seat board, and a sliding seat board which can breadthwise slide is supported on the lifting seat board; the lifting seat board is provided with a straight reciprocating mechanism connected with the sliding seat board; the sliding seat board is provided with a stepper motor and a rotary main shaft, one end of the main shaft is connected with a clamping device, and the other end of the main shaft is connected with the shaft of the stepper motor; the lower electrode of the resistance welder is provided with a material storing block; one side of the chassis, which is provided with the material storing block, is provided with a feeding device, and the feeding pushing rod of the feeding device is inserted into the lower electrode. The invention has the advantages of ensuring precise scale division of a stator housing so as to ensure even distribution of the auxiliary electrode, which is favourable for processing subsequent working procedures; the product has high processing precision, good quality and firm welding; the invention can realize automatic feeding of the auxiliary electrode, improves working efficiency and has high degree of automation.

The invention discloses an intelligent sample collecting device which comprises a machine frame. The machine frame is provided with a feed inlet. A rotatable rotating disc mechanism and multiple sample storage barrels used for collecting samples are arranged in a collecting cavity formed by the machine frame. The sample storage barrels are hung on the rotating disc mechanism. Each sample storage barrel is provided with a hinged barrel cover and an induction locking mechanism used for locking the barrel cover. The hinged position of the barrel cover is provided with an elastic part so that the barrel cover can bounce upwards to be opened when not locked. The feed inlet is provided with a liftable weighing mechanism. The weighing mechanism is provided with an induction unlocking assembly matched with the induction locking mechanism. When the rotating disc mechanism drives the sample storage barrels to rotate to the position below the feed inlet, the weighing mechanism raises to lift up the sample storage barrels, so that the induction locking mechanism induces an unlocking signal of the induction unlocking assembly to open the barrel covers for sample connection and weighing operation. The intelligent sample collecting device has the advantages that the structure is simple and compact, the intelligence degree is high, sample collection and transfer safety is high, sample collection quality precision is high, working efficiency is high, and the production cost is low.

The invention discloses a groove grinding machine for automatically correcting a screw tap. The groove grinding machine comprises a first base, a second base, a grinding assembly, an indexing assembly, a feeding assembly and a correcting assembly, wherein a clamping assembly and the feeding assembly are arranged on the first base, the grinding assembly is arranged on the second base, the first base is provided with the indexing assembly, and the second base is provided with the correcting assembly. According to the groove grinding machine for automatically correcting the screw tap, disclosed by the invention, error which is caused by a former process can be corrected, the indexing is accurate due to the arrangement of the indexing assembly, the product quality is increased, the operation is simple, and the labor intensity of a worker is reduced.

The invention relates to a numerical-control double-cutter-head gear milling machine for straight bevel gears. The numerical-control double-cutter-head gear milling machine comprises a tool body assembly, a main driving box assembly, a cradle assembly, a cutting tool box assembly, a workpiece box assembly, a saddle turnplate assembly and the like. The numerical-control double-cutter-head gear milling machine is characterized in that the cutting tool box assembly comprises an upper tool holder component, a lower tool holder component, an upper tool box component, a lower tool box component, an upper-lower tool holder angle adjusting mechanism, an upper tool box transverse movement adjusting device and a lower tool box transverse movement adjusting device, and the upper tool holder component, the lower tool holder component, the upper tool box component, the lower tool box component, the upper-lower tool holder angle adjusting mechanism, the upper tool box transverse movement adjusting device and the lower tool box transverse movement adjusting device are installed on drum wheels of the cradle assembly. A spring damping device used for eliminating movement gaps during scale division actions is arranged in the workpiece box assembly. The numerical-control double-cutter-head gear milling machine has the advantages that the overall rigidity of a gear machine tool can be improved, the structure of the machine tool, various movement axis transmission chains and adjustment calculation programs are sufficiently simplified, the manufacturing cost is reduced, and the gear cutting machining accuracy is substantially improved; large-scale gear machining can be achieved, and requirements for machining a single gear or a small batch of various gears can be met.

The invention discloses a method for processing a Sendzimir roll wobbler slot. A grinding device is used in the method. The grinding device comprises a grinding head linkage component, a measuring plate, a centre frame, a V-shaped bracket, a trisection correcting plate, an indexing component and a fixing component which are arranged on a lathe in turn. Under the condition of using the grinding device, the method provided by the invention comprises the following steps: positioning a workpiece; horizontally moving a lathe saddle; driving the grinding head linkage component to move; starting a motor and dry grinding; grinding a first wobbler slot working surface at first; releasing the centre frame; pulling out a bolt and rotating the indexing component so as to index; verifying precision bythe trisection correcting plate; plugging the bolt again and tightly blocking the workpiece, thereby grinding a second wobbler slot working surface at the same side; and similarly, grinding the otherwobbler slot working surfaces at the same side. The wobbler slot working surfaces ground by using the device and the method provided by the invention are low in roughness degree and high in accuracy of form and position.

The invention discloses an eight-station sorting mechanism indexed by a cambered surface cam, comprising a rack and a motor installed on the rack, wherein an eight-station index plate is arranged above the rack, the center below the eight-station index plate is fixedly connected with a vertical shaft, the vertical shaft is installed on an installation rack fixedly connected with the rack, a supporting wheel is arranged above the rack to support the eight-station index plate, and a link transmission mechanism and a cambered surface cam transmission mechanism are arranged between the vertical shaft and the motor. The mechanism has simple integral structure, few workpieces and small land occupation, does not generate a driving gap during the conversion of positive rotation and reverse rotation, and has accurate indexing and high processing precision of workpieces.

The invention discloses an automatic rotary indexing mechanism of a tightening machine. The automatic rotary indexing mechanism is characterized by being provided with a pair of a driving gear and a driven gear engaged to each other, is provided with a servo driving mechanism for driving the driving gear to rotate with the center point O of the driving gear as the rotating center and driving the driven gear to rotate by surrounding the driving gear with the center point O as the circle center according to set scale marks, and is provided with an upper rotating plate fixedly connected with the driven gear through an upper rotating shaft and used for realizing the indexing function of the driven gear, the upper rotating plate and the upper rotating shaft. The automatic rotary indexing mechanism enables the tightening machine to be suitable for automatic indexing among any angles of indexing round bolts of various products, and improves the beat for an automatic production line.

The invention discloses a roller processing machine which comprises a turning tool radial feed mechanism and a gear box, wherein a first input shaft, a second input shaft, a first output shaft and a second output shaft which are parallel to each other and a first transition shaft and a second transition shaft which are coaxially arranged are mounted in the gear box; the first transition shaft is provided with an input gear A and a transmission gear A; the second transition shaft is provided with an input gear B and a transmission gear B; the first input shaft is connected with a first slidinggear; the second input shaft is connected with a second sliding gear; when the first sliding gear is meshed with the input gear A, the second sliding gear is meshed with the input gear B; and when the first sliding gear is meshed with the input gear B, the second sliding gear is meshed with the input gear A. Through the invention, the indexing is accurate, the processing precision is easily guaranteed, the working efficiency is high, and the energy consumption is low.

The invention discloses a piece of netted gradually-changed servo annular punching equipment applied to a metal pipe wall. The equipment comprises a fixed seat, a first moving seat, a second moving seat, a first driving mechanism, a second driving mechanism, a third driving mechanism, and a punching die. A sliding seat that can move forward and backward is arranged on the first moving seat; and a docking element that can be connected and fixed with a metal pipe is arranged on the sliding seat, wherein the docking element can be installed on the sliding seat in a rotatable mode. A die core is arranged on the second moving seat. The punching die contains a die seat and a plurality of punching pins arranged in the die seat. With cooperation of the punching die and all driving mechanisms, the metal pipe can move axially in a rotatable mode, so that the equipment can punch through holes with various shapes on the metal pipe automatically; the through holes can be arranged randomly; the punching process indexing is precise; objectives of annular punching and gradually-changed hole punching can be achieved; and the work efficiency and product precision are substantially improved. Meanwhile, the equipment can cooperate with a vacuum system and thus a problem that waste material can not be outputted smoothly can be solved.

The invention discloses a precise positioning device capable of rotating by 360 degrees. The precise positioning device capable of rotating by 360 degrees comprises a base, a shaft sleeve, a rotary shaft, a positioning disc, a graduated disc, a locking ring and a locking screw, wherein the base is fixed to the side wall of the shaft sleeve, threaded sections are arranged at the two ends of the rotary shaft, a limiting disc is arranged on the rotary shaft, the rotary shaft penetrates through a shaft hole of the shaft sleeve from the limiting end of the limiting disc and is sleeved with a locking ring, the graduated disc and the positioning disc in sequence from outside to inside, the positioning disc is connected and fixed to the end face of the shaft sleeve, the graduated disc is fixed to the rotary shaft, the locking ring is connected with the end of the rotary shaft in a threaded mode, and a locking screw used for locking the rotary shaft is installed on the shaft sleeve. According to the precise positioning device capable of rotating by 360 degrees, a part can be positioned accurately, indexing is precise, operation is easy, using is convenient, both installation and dismantling are rapid, and clamping and dismantling can be achieved by a single person. The precise positioning device can be installed on a working table of any electric cutting device to be used and is mainly used for machining of narrow gaps and complicated shapes, such as special shapes, on a rotary body.

The invention discloses a flexible machining clamp for an automobile hub. The clamp comprises a clamping jaw, a clamping jaw driving seat and a clamping jaw disc, the clamping jaw driving seat is movably arranged in the hollow position of the middle of the clamping jaw disc, and a plurality of driving grooves which are obliquely formed in the axial direction of the clamping jaw disc are evenly distributed in the outer wall of the clamping jaw driving seat. The clamping jaws are connected to the clamping jaw disc in a sliding mode in the radial direction of the clamping jaw disc, a sliding arm is arranged on each clamping jaw, each clamping jaw is connected with the corresponding driving groove in a sliding fit mode through the corresponding sliding arm, and arc clamping jaw grooves distributed in a multi-step mode are formed in each clamping jaw and used for being matched with hubs of various sizes. Each clamping jaw is provided with a plurality of arc clamping jaw grooves distributed in a step shape, hubs of different sizes can be clamped without disassembly, the machining efficiency is improved, and the use cost is reduced. The designed clamping jaw driving seat structure adopts a hexahedron structure, so that the indexing is more accurate.

The invention discloses a drying cylinder seal head circumference face threaded hole machining indexing method. A drying cylinder is arranged and clamped on a machine tool, a pulse encoder is placed on a spindle of the machine tool, and the pulse sum of the pulse encoder is evenly divided corresponding to 360-degree rotation of the spindle. One pulse corresponds to one evenly-divided circumferenceangle. During machining, the drying cylinder and the spindle synchronously rotate. A signal conversion device is used for converting pulse signals of the pulse encoder into angle signals. After a control device conducts indexing on a circumference face threaded hole in a drying cylinder seal head according to the angle signals, and the circumference face threaded hole in the drying cylinder sealhead is obtained through machining. Since the pulse encoder is adopted, the drying cylinder can be arranged and clamped on the machine tool, the pulse encoder is placed on the spindle of the machine tool, the pulse encoder is adopted for angle measurement, and therefore accurate indexing of machining of the circumference face threaded hole in the drying cylinder seal head can be achieved under thesituation that workpieces are large. The invention further discloses a drying cylinder seal head circumference face threaded hole machining device.

The invention discloses a roller-stretching-process dual-Y type rolling mill for a compacted-strand steel wire rope. The roller-stretching-process dual-Y type rolling mill comprises draw bars (1), a bottom plate (2) and two roller units (3), wherein each roller unit (3) comprises a worm and gear box assembly (4), a mounting head (5), a fork head (6), a roller core (7), a roller sheet (8), a tension spring (16) and a stand (10); each worm and gear box assembly is arranged on the corresponding stand; worms are arranged on worm gear shafts; the inner circle of each mounting head is connected with the corresponding worm gear shaft, and the outer circle of each mounting head is connected with the corresponding stand; one end of each fork head is arranged on the corresponding mounting head, and the other end of each fork head is connected with the corresponding roller core; each roller sheet is arranged on the corresponding roller core; one end of each tension spring is arranged on the corresponding fork head, and the other end of each tension spring is arranged on the corresponding stand; the two roller units are arranged on the bottom plate; and the draw rods are connected with the two roller units. The roller-stretching-process dual-Y type rolling mill disclosed by the invention has the advantages of compact design, preciseness in scale division, convenience in adjustment, high product glossiness and long service life of the rollers.

The invention discloses an index locating device of a full-automatic small diamond saw blade double-surface edging machine. The index locating device is characterized by comprising a bottom plate, an index disc, an index connecting rod mechanism, a locating disc, an index air cylinder, a hinge, an index air cylinder support, a main shaft assembly, a material bearing disc and a four-station big rotating disc, wherein the main shaft assembly comprises a shaft sleeve, a main shaft and two bearings, the shaft sleeve is arranged on the bottom plate by adopting a screw, the two bearings are respectively arranged in inner holes in two ends of the shaft sleeve, and the main shaft is arranged in inner holes in the two bearings; the index air cylinder support is arranged under the bottom plate by adopting a bolt; the index air cylinder is connected with the index air cylinder support through the hinge; the index connecting rod mechanism is connected with a stretching shaft of the index air cylinder through a rotating shaft and is connected with the index disc; the index disc and the locating disc are arranged at the lower end of the main shaft. The index locating device disclosed by the invention has the advantages that the indexing is accurate, the adjusting is convenient, the working is reliable, the automation degree is high, and the service life is long.

The invention discloses a positioning and clamping device for machining an inclined hole in an annular part and a method of the positioning and clamping device for machining the inclined hole in the annular part. The positioning and clamping device comprises a positioning piece, a cylinder is integrally formed on the positioning piece, a first drill hole and a second drill hole are formed in the side face of the cylinder, the first drill hole is obliquely formed away from the machining face of the positioning piece, the inclination angle between the first drill hole and the machining face of the positioning piece is equal to the inclination angle between the first inclined hole in the annular part and the placing face, the first drill hole and the second drill hole are symmetrical with respect to the central axis of the cylinder, a first datum plane and a second datum plane are arranged on the side edge of the positioning piece, the first datum plane and the first drill hole complementeach other relative to the machining face of the positioning piece, the first datum plane and the second datum plane are symmetrical with respect to the central axis of the cylinder, and a fixing andclamping device is further arranged on the positioning piece and used for fixing the annular part. According to the positioning and clamping device, the annular part circumferential positioning is accurate, the indexing mode is simple, a drill bit is not prone to slipping, the structure is reasonable and simple, and the machining requirement of the annular part inclined hole is met.

The invention discloses a CNC machine tool main shaft box system with an indexing mechanism, which includes a box body and a main shaft, and also includes a main shaft indexing device, a bearing sealing system, a bearing pre-tightening and anti-backlash device, and a bearing lubricating system. The headstock system uses the active friction wheel with adjustable vertical position to drive the driven friction wheel to rotate, and uses the stepper motor or angle sensor to control the rotation angle of the main shaft. The indexing is accurate, the indexing operation is simple and convenient, and the cost of the indexing device is low. Moreover, the bearing sealing system of the spindle box system can not only protect the bearing from dust and pollution, but also cool down the inner ring of the bearing and the main shaft, improve the rigidity of the main shaft and the inner ring of the bearing, and maintain the rotation accuracy of the main shaft. And the bearing pre-tightening and anti-backlash device can automatically eliminate the gap caused by bearing wear, so that the rigidity of the first deep groove ball bearing and the second deep groove ball bearing is greatly enhanced, which can greatly improve the rigidity of the spindle system, improve the rotation accuracy of the spindle and Machine tool machining accuracy.

The invention relates to the technical field of spherical valve core drilling, discloses a spherical valve core drilling device, and solves the problems that a spherical valve core on the market is acore part of a certain type of flow valve body at present, the hole spacing precision on the spherical surface of the spherical valve core directly influences the product performance, but the cost isgenerally higher when the spherical valve core is machined on a five-axis linkage machine tool, and on the other hand, due to the fact that a drill bit is small and poor in strength when drilling is conducted on the spherical surface, the drill bit is prone to slipping when the drill bit makes contact with the spherical surface, the hole position deviates, and the hole spacing cannot meet the requirements for pattern design. The spherical valve core drilling machining device comprises a base, wherein an orientation frame is fixedly arranged at the top of the base; pitching shafts are fixedly arranged on the two sides of the orientation frame; the two pitching shafts are distributed with the axis of the orientation frame as the center; and two through holes are arranged in the base. According to the spherical valve core drilling device, the drilling requirements for pattern design of parts are met, the indexing is accurate, the reliability is high, the batch machining, assembling and disassembling are convenient, and the benchmark positioning is accurate.