35results about How to "Reduce abnormal wear" patented technology

The invention relates to the technical field of PCBs, in particular to a method, a device, equipment and a medium for arranging the routing profile of a PCB. Comprising the steps that received original PCB shape data are preprocessed, preprocessed PCB shape data are obtained, and preprocessing comprises working layer verification, unit unification and basic line segment cleaning; identifying and classifying line segments and arcs in the preprocessed PCB shape data to obtain a source data identification result; based on the source data identification result, performing intersection point segmentation, zero-length line segment filtering and heavy line removal processing on line segments in the source data identification result, and performing opening direction correction, intersection point processing and small-radius arc processing on arcs in the source data identification result to obtain optimized processing data; and redrawing the optimized data and outputting the data as PCB gong path appearance data. Dependence on professional skills of operators is reduced, and the efficiency of automatic arrangement of the PCB routing profile is improved.

The high-precision piston rod connecting structure comprises a piston rod, the upper end of the piston rod is connected with a piston body, the lower end of the piston rod is connected with a crosshead, the upper end of the crosshead is connected with a positioning flange with a center hole, and the lower end of the piston rod is a reducing end transited through a conical surface section. The reducing end penetrates through the center hole of the positioning flange and is stretched and locked by a first fastening structure; the upper section of the center hole of the positioning flange is a taper hole matched with the conical surface section of the piston rod; the upper end of the piston rod penetrates into a center hole of the piston body, is stretched and locked by a second fastening structure and is provided with an anti-rotation structure. Automatic centering is achieved through conical surface matching, stable pre-tightening force is provided in cooperation with a double-fastening structure, the problems that a traditional connecting structure is insufficient in precision and poor in locking reliability are effectively solved, the operation precision and stability of a compressor are greatly improved, and meanwhile the compressor connecting structure has the advantages of being convenient to install and maintain and long in service life.

The utility model relates to a tubeless all-steel truck radial tire tread pattern structure which comprises a tire tread, and further comprises longitudinal straight groove patterns which are respectively and uniformly distributed from a central line to two sides in the circumferential direction of the tire tread and comprise a first longitudinal straight groove pattern and a second longitudinal straight groove pattern; the transverse inclined grooves are connected between the adjacent longitudinal straight groove patterns and comprise first transverse inclined straight grooves connected with the adjacent first longitudinal straight groove patterns, second transverse inclined straight grooves connected with the adjacent first longitudinal straight groove patterns and second longitudinal straight groove patterns, and Z-shaped transverse inclined grooves; the inclination direction of the first transverse inclined straight groove is opposite to that of the second transverse inclined straight groove, and the inclination direction of the second transverse inclined straight groove is consistent with that of the Z-shaped transverse inclined groove. Compared with the prior art, the utility model can effectively solve the problems of blockage of broken stones or foreign matters and low drainage efficiency, and has good guidance quality, drainage performance, road holding force, sideslip resistance and multi-road-condition adaptability under the condition of high-speed driving.

The utility model provides a kind of contact line automatic maintenance car, including rail car, be equipped with lifting platform on the rail car, be equipped with rotary table on the lifting platform, be equipped with mounting seat above the rotary table, be equipped with polishing mechanism and visual detection module on the mounting seat, and visual detection module is located in front of polishing mechanism, the working surface state of contact line is identified continuously by visual detection module, and the working surface of contact line is chamfered, polished and polished in real time by starting polishing mechanism.This application sets visual detection module and polishing mechanism on rail car, and the working surface state of contact line is identified continuously by visual detection module, and the working surface of contact line is chamfered, polished and polished in real time by starting polishing mechanism, with high operation and maintenance efficiency and good safety, while reducing the number of operation and maintenance personnel and reducing operation and maintenance cost.

The application discloses a pressing device for deep groove ball bearing production and belongs to the technical field of bearing pressing. The pressing device comprises a machining table and a retainer, a pressing assembly for bearing pressing is arranged above the retainer, the pressing assembly comprises a hydraulic machine arranged above the retainer, and a rotating mechanism for storing and replacing pressing heads of different sizes is arranged between the hydraulic machine and the retainer. When the pressing device is used, a No. 3 servo motor is used to drive the clamping assembly to synchronously rotate in the circumferential direction together with a spare pressing head to be clamped through the meshing transmission of a No. 2 main gear and a No. 2 gear disc, so that the outer thread of a receiving seat and the inner thread of the pressing head are automatically engaged and screwed in the relative rotation, the tool-free automatic type changing of the pressing head and the rapid switching of zero manual correction are realized, the coaxiality deviation and the eccentric load phenomenon caused by individual differences in manual die changing operation are eliminated, the force is uniformly vertical when the pressing head is riveting the retainer, and therefore the type changing efficiency of the deep groove ball bearing production and the product batch consistency are remarkably improved.

The invention belongs to the technical field of strip steel continuous production, and relates to a transition plate welding method and system for heavy gauge galvanized plate welding of a recoiling unit, the system obtains specification parameters of a forward galvanized plate and a backward galvanized plate through a data obtaining module, calls a transition plate parameter library, and selects a non-plating low-carbon steel transition plate body; the process parameter optimization module calculates and outputs the optimal size parameter of the transition plate based on the median transition principle; the first welding control module is used for controlling positioning, clamping, shearing, centering and welding operation in the first welding process; the middle positioning control module is used for controlling the positioning and preparation work of the rear end of the transition plate and the head of the subsequent galvanized plate; the second welding control module is used for controlling clamping, shearing, centering and welding operation in the second welding process; and the post-welding treatment module is used for equipment resetting, loop control and establishment and adjustment of whole-line tension after welding is completed. The welding seam quality can be effectively improved, and the safety risk is reduced.

The invention relates to the technical field of metal component forming and manufacturing, in particular to a real-time lubricating liquid supplementing incremental forming tool which comprises a mirror image forming machining system, a six-degree-of-freedom mechanical arm, a forming loading tool head and a flange plate rotating chuck. The forming loading tool head comprises a spherical ball head cutter, a clamping outer sleeve, a conducting inner sleeve and a detachable fixing sleeve; the clamping outer sleeve is fixed on a flange plate rotating chuck of the mechanical arm to support the forming loading tool to work; the starting end of the inner sleeve is connected with an oil conveying pipe; the detachable fixing sleeve is used for fixing the spherical ball head cutter and conducting a lubricating oil path; and the spherical ball head cutter is subjected to forming loading under the lubrication effect. The method comprises the steps of tool positioning, blank hot forming and aging treatment of a preformed part, finally, a metal forming component is obtained, and the problems that in the prior art, when thin-wall metal plate complex local small feature forming is conducted, precision is low, a tool bit is prone to damage, collapse and cracking are prone to occurring, and the structure property is uncontrollable are solved.

The invention relates to an automobile motor shell deep drawing, trimming and stamping forming device which comprises an upper die and a lower die, the lower die is provided with a stamping base and a material supporting part used for supporting material belts, the feeding side and the discharging side of the material supporting part are each provided with a material belt stabilizing mechanism, and each material belt stabilizing mechanism comprises a clamping assembly and a driving assembly; the clamping assembly comprises at least one pair of oppositely-arranged clamping pieces, each clamping piece is provided with a fixed part and a movable part, and the movable parts can be controlled by the driving assembly to do opening and closing movement relative to the fixed parts so as to clamp or release the suspension sections of the material belts. The technical problem that the initial conditions for materials to flow into a female die are inconsistent due to the fact that a suspension section of a material belt vibrates up and down or drifts transversely in actual production of existing automobile motor shell stamping forming equipment is solved.

This utility model relates to the field of self-unloading coal slag, and discloses a self-unloading coal slag box, including a frame, a hopper mounted on the frame, a discharge port at the bottom of the hopper, a discharge plate slidably mounted at the discharge port at the bottom of the hopper, a pneumatic device mounted on the frame at the discharge port, the pneumatic device being connected to the discharge plate and used to drive the discharge plate to open and close at the discharge port, and a dust removal device being mounted at the sliding connection between the discharge port and the discharge plate, the dust removal device being used to discharge the coal slag at the discharge port, and the discharge plate and the dust removal device being linked. The pneumatic device is connected to the discharge plate, and the discharge plate can be directly controlled by the pneumatic device, thereby controlling the opening and closing of the discharge port. When the coal slag box is unloading or after unloading and the device structure is restored, the coal slag embedded in the gaps or grooves is automatically removed, avoiding the jamming problem caused by the accumulation of coal slag. This design significantly improves equipment reliability, reduces the frequency of manual cleaning, avoids equipment failure, simplifies the operation process through the linkage design, and improves efficiency.

The application discloses a crankshaft transmission mechanism for an engine, which comprises a crankshaft and a connecting rod, a crank arm and a balance weight are integrally formed and are connected through a smooth transition of a concave arc surface; a first boss in a ring shape is arranged on the outer side surface of the crank arm near the two ends of the crankshaft, and the radial outer contour of the first boss extends to be tangent to the concave arc surface; the end surface of the one end of the crank arm where a connecting rod journal is located is a circular arc surface, is concentric with the connecting rod journal, and has a diameter smaller than the outer diameter of the axial end surface of the big end of the connecting rod. The radial size of the first boss is enlarged to increase the contact area with the inner wall of the shell to reduce the surface pressure, meanwhile, the big end of the connecting rod is exposed to the axial end surface to form a lubrication exposed area through the circular arc surface, so that forced lubrication and cooling are realized; and through the structure that the end surface of the driving gear is integrated into a contact surface, the semi-ring second boss surface is axially positioned, the connecting rod journal is thickened, and the eccentric mass block of the balance shaft is recessed to avoid, the wear resistance, the lubrication and heat dissipation performance, the structural strength and the running stability of the crankshaft transmission mechanism are simultaneously improved under the compact layout.

The application relates to a reciprocating plunger pump, which comprises a fluid end assembly and a power end assembly, and further comprises: the fluid end assembly comprises a plunger and a packing ring for sealing the plunger; the power end assembly comprises a cross head, a pull rod and a pull rod oil seal assembly, one end of the pull rod is connected with the cross head, and the other end of the pull rod is connected with the plunger; an auxiliary sealing piece is arranged at the connecting position of a fluid end assembly shell and a power end assembly shell, the outer diameter of the auxiliary sealing piece is larger than the outer diameters of the plunger and the pull rod, and an axial gap is formed between the auxiliary sealing piece and the packing ring. By arranging the auxiliary sealing piece, when the packing ring fails to seal, the high-pressure working medium in the fluid end can be effectively prevented from being sprayed back to the power end, lubricating oil is prevented from being polluted and transmission components are prevented from being damaged, and the reliability and service life are improved. Meanwhile, the auxiliary sealing piece can isolate external sand and impurities from invading the connecting position of the fluid end and the power end, abnormal wear is reduced, and the failure rate and maintenance cost are reduced.

The application provides a pipe belt conveyor, and relates to the technical field of pipe belt conveying, which comprises a tubular conveying belt, support frames uniformly distributed along a conveying direction, and a deviation rectifying roller set mechanism arranged thereon. The deviation rectifying roller set mechanism is composed of a fixing disc, a synchronous connection assembly, a deviation rectifying driving assembly, and a circumferentially distributed deviation rectifying roller assembly. The deviation rectifying roller assembly rolls and supports the tubular conveying belt in an arc surface. A deviation rectifying monitoring assembly is arranged between adjacent support frames, and is used for monitoring a surface marking line and a splicing joint of the tubular conveying belt. A control system judges deviation or torsion according to a monitoring signal, and controls the deviation rectifying driving assembly to drive the synchronous connection assembly to rotate, drives all the deviation rectifying rollers to synchronously deflect, applies a circumferential torsion force to the conveying belt, and realizes automatic correction of the deviation and the torsion. The application realizes real-time monitoring and automatic and accurate deviation rectification of a running state of the tubular conveying belt, effectively prevents damage of the belt body and material spilling, and significantly improves the reliability of equipment operation.

The invention discloses a six-axis longitudinal servo manipulator, and particularly relates to the field of manipulators, the six-axis longitudinal servo manipulator comprises a base, a transverse arch is fixedly connected to the base, two transverse sliding plates are slidably connected to the transverse arch, and transverse driving assemblies and front-back driving assemblies are mounted on the two transverse sliding plates; the two transverse sliding plates are slidably connected with a main arm drawing arm and an auxiliary arm drawing arm correspondingly, the two transverse driving assemblies are used for driving the two transverse sliding plates to move on the transverse arch correspondingly, and the two front-back driving assemblies are used for driving the main arm drawing arm and the auxiliary arm drawing arm to move in the preset direction correspondingly. The main arm drawing arm and the auxiliary arm drawing arm are each provided with an up-down driving assembly, and the main arm drawing arm is connected with a main arm in a sliding mode. Two sets of completely independent driving and executing units are arranged on a single transverse arch, so that one device can execute two different tasks at the same time or cover a wider working area, the flexibility of a production line is greatly improved, and the device adapts to a multi-variety and variable-batch production mode.

This invention relates to the field of composite machining equipment technology, and discloses a CNC milling composite machining equipment for machining ring grooves in hardware. The equipment includes a machine tool, a milling section located on the rear side of the machine tool, and a center support base mounted on the inner wall of the machine tool bottom, in front of the milling section. A gantry slide seat one and a gantry slide seat two are slidably mounted on the right side of the center support base from left to right. This CNC milling composite machining equipment for machining ring grooves in hardware effectively solves the problems in the prior art. When performing composite machining on flange gear shafts, the flange extends from the shaft end to form a cantilever structure. During milling the end face groove, the cutting force is perpendicular to the flange end face, causing bending vibration of the flange. Furthermore, during milling the annular groove, the cutting force is axial, leading to axial movement of the part and causing the depth accuracy of the annular groove to exceed tolerances. Simultaneously, the vibration generated during machining causes wavy grooves on the bottom of the groove and exacerbates tool wear.

The utility model discloses a rotary vane for a centrifugal pump, and relates to the technical field of centrifugal pumps. Comprising a second rotating shaft sleeve, and four fan-shaped rotating sheets are uniformly arranged on the peripheral wall of the lower section of the second rotating shaft sleeve at the same horizontal height. The rotary pieces are in the same screwing direction and angle in different view directions, and the edge of the other side, away from the rotary shaft sleeve, of each rotary piece is in an inclined long strip shape. The thickness of each rotary vane is 1.5 mm, a gap of 3 mm is formed between every two adjacent rotary vanes, a transition fillet with the radius of 1.5 mm is arranged at the joint, the outer diameter of the second rotary shaft sleeve is 22 mm, and the inner diameter of the second rotary shaft sleeve is 19 mm According to the design of the rotary vane, when fluid makes contact with the water inlet plane of the pump body, the fluid can be quickly sucked into the pump body, the guide effect is achieved, therefore, it is ensured that a sealing piece does not lack water, the fault that the sealing piece is damaged due to dry rotation is reduced, meanwhile, when some aluminum scraps easily block a water hole, water outlet action is avoided through work of the pump, and the rotary vane can spray the fluid outwards; therefore, the frequency of slag cleaning is reduced, the production efficiency is improved, the reliability of the centrifugal pump is improved, and the service life of the centrifugal pump is prolonged.

This utility model discloses an extended inner sleeve for connecting the inner shaft of a printing press, belonging to the field of printing machinery equipment. The technical solution adopted by this utility model is an extended inner sleeve for connecting the inner shaft of a printing press, including a shaft support and a transmission shaft rotatably connected to the shaft support. An installation seam is provided between the shaft support and the outer wall of the transmission shaft to prevent contact and friction between the outer wall of the transmission shaft and the shaft support. A guide sliding support assembly is provided within the installation seam to support the transmission shaft while reducing frictional resistance during its rotation. This utility model isolates the shaft support from direct contact with the transmission shaft through the installation seam and reduces frictional resistance using the guide sliding support assembly, effectively solving the problems of wear, vibration, and high maintenance costs caused by friction in traditional structures. It has the advantages of reducing frictional resistance, reducing component wear, extending service life, reducing maintenance costs, and improving transmission stability.

The application discloses a planetary row structure for a hybrid power assembly and a hybrid assembly, relates to the field of hybrid electric vehicle transmission, and comprises a shell, an engine input shaft and a motor input shaft are arranged in parallel in the shell, a planetary carrier is fixedly connected to the engine input shaft, a planetary gear is rotatably installed on the planetary carrier, a transmission gear one is arranged on the motor input shaft, the transmission gear one is in meshing connection with a transmission gear two arranged on an intermediate shaft, a sun gear is fixedly connected to the intermediate shaft, the sun gear is in meshing connection with the planetary gear, and a ring gear for power output is further arranged. The application compresses the axial space of the planetary row structure, improves the compactness of system arrangement, arranges the engine input shaft and the motor input shaft in parallel, adopts the ring gear with inner and outer tooth structures as a direct power output component, shortens the axial dimension of the planetary row assembly, and makes the planetary row assembly more easily integrated in the hybrid electric vehicle power assembly with limited space.

This invention relates to the technical field of band saws, and discloses an automatic unloading mechanism and control method for a high-stability CNC band saw. The band saw includes a cutting component, a fixing component, a feeding component, and an unloading component. The cutting component includes a worktable, a band saw frame mounted on the worktable, and a control console connected to the band saw frame. The fixing component, feeding component, and unloading component are also included. The automatic unloading mechanism and control method of the high-stability CNC band saw of this invention enable single-person operation. The material is clamped, and the mounting frame is manually pushed forward. The guide rail and slider ensure that the material advances the same distance each time. The band saw frame cuts workpieces of the same thickness, and the workpieces automatically fall into the conveyor frame for storage. After all the material is cut, it is controlled to be discharged from the conveyor frame one by one, facilitating collection by the worker. The control method reduces saw band deviation and abnormal wear by controlling the uniform and stable servo feed speed, extending service life, and improving cutting accuracy and surface quality.

The invention belongs to the technical field of container hoisting, and particularly relates to equipment for container hoisting, in particular to a hoisting mechanism for a forklift, the forklift and a working method of the forklift. The lifting mechanism for the forklift comprises a mast, a lifting mechanism and a lifting mechanism, the lifting frame is arranged on the mast; a sliding rod is arranged on the lifting frame; a pallet fork is arranged on the sliding rod; the pallet fork is arranged on the sliding rod in a sliding mode through a linear bearing and is driven by a driving oil cylinder. The sliding rod is provided with a sliding groove in the horizontal direction. A sliding block is arranged on a shaft sleeve of the linear bearing in the axial direction. The sliding block is arranged in the sliding groove in a sliding mode so that the linear bearing can be supported in an auxiliary mode. Through sliding fit of the sliding blocks and the sliding grooves, the horizontal movement load part of the pallet fork is converted into rolling friction or low-friction sliding of the sliding blocks and the sliding grooves, concentrated stress of the linear bearings is dispersed, abnormal abrasion of a bearing raceway is effectively reduced, the service life is prolonged, and the maintenance frequency of the pallet fork is reduced.

The application relates to a method for driving small-radius steering of a vehicle, comprising the following steps: acquiring front wheel steering angle data based on the transmission ratio and the maximum steering angle of a steering wheel input, calculating expected yaw angular velocity data of the vehicle based on the opening of a throttle pedal, calculating yaw angular acceleration data based on the current yaw angular velocity of the vehicle and the expected yaw angular velocity data; locking one side rear wheel as a steering center wheel, acquiring the rotational inertia data of the vehicle steering with the steering center wheel as the center, and calculating total yaw torque data of the vehicle steering based on the yaw angular acceleration data and the rotational inertia data. The method and system for driving small-radius steering of the vehicle lock one side rear wheel as a steering center and cooperatively control the torque of the remaining three wheels, so that the vehicle rotates around a body contour point, thereby breaking through the geometric radius limitation of traditional steering, realizing extremely small-radius steering, and significantly improving the maneuvering flexibility of the vehicle in scenes such as U-turns on narrow roads and parking in compact parking spaces.

The utility model relates to glass polishing technical field, concretely is a kind of glass automatic polishing mechanism, including mounting rod, telescopic rod is slidably installed in mounting rod, mounting frame is slidably installed in telescopic rod, cover is equipped on mounting frame, and cover is rotatably installed in polishing roller, cover is equipped with cleaning mechanism for polishing roller cleaning;Cleaning mechanism includes the scraper brush slidably installed in cover, scraper brush and polishing roller surface are attached, first sliding rod is fixedly installed in cover, and scraper brush is slidably connected with first sliding rod by sliding block.The scraper brush attached with the surface of polishing roller and the cleaning mechanism of negative pressure adsorption cooperation can remove the glass chippings and dust adhered in polishing process in real time efficiently, effectively avoid the secondary scratch of hard abrasive particles formed by impurity accumulation to glass surface, significantly improve the smoothness of finished glass.

The utility model discloses a universal joint relates to universal joint technical field, include: from left to right setting main shaft, spring wire, sleeve and square tenon in proper order, the one end of main shaft is provided with first ball head, and the one end of first ball head is provided with first core hole, and first core hole extends to the inside of main shaft, this universal joint makes the first ball head of main shaft and the second ball head of square tenon only can move in the sleeve clearance range in the working process, has reduced the abnormal wear and tear of ball head with sleeve because of excessive deviation or deflection, and can rely on the elastic deformation and cooperation gap of spring wire to realize angle deflection and distance deviation, can keep relative flat state, reduced the transmission fluctuation caused by ball head position instability, improved the stability and precision of transmission, simultaneously, when assembling sensor, ball head can keep relatively stable position, more conveniently aligns the mounting hole of sensor, improved assembly efficiency and assembly quality.

This utility model relates to the field of differential technology and discloses a differential with a differential lock function. It includes a differential housing, a left half-shaft gear washer fixedly connected to the outside of the differential housing, a friction plate assembly fixedly connected to the outside of the left half-shaft gear washer, a washer inside the differential housing, an inner disc fixedly connected to the outside of the washer, an outer disc fixedly connected to the outside of the inner disc, a piston slidably connected inside the inner disc, a sealing ring fixedly connected to the outside of the piston, and a reduction assembly inside the differential housing. In this utility model, the piston directly acts on the inner and outer discs of the friction plates. When the TCU control system is activated, hydraulic oil directly pushes the piston through port A to press the friction plate assembly, reducing energy loss and response delay in intermediate components, making differential lock locking and unlocking switching faster, and significantly improving maintenance convenience.

The invention discloses a robot walking on an arc-shaped anti-falling guide rail of a power transmission line, and belongs to the technical field of power transmission line maintenance equipment. The robot comprises a frame, a driving wheel assembly and a plurality of groups of driven wheel assemblies. The driving wheel assembly is provided with a driving wheel body with drum-shaped wheel teeth, the driving wheel body is connected with a power source through a flexible transmission shaft, and self-adaptive floating relative to the vertical direction of the frame is achieved through a floating bearing and a floating connecting mechanism. The driven wheel assemblies are symmetrically distributed on the two sides of the anti-falling guide rail, each driven wheel assembly comprises a driven wheel body and a transverse self-adaption mechanism, and the driven wheel bodies elastically press the side face of the anti-falling guide rail. The technical problems that due to the fact that the robot is difficult to adapt to a single continuous composite arc-shaped bent anti-falling guide rail, meshing is poor, abnormal abrasion is caused, clamping stagnation is likely to happen, and the derailing risk is large are effectively solved, and the trafficability, operation stability and operation safety of the robot on a complex space path are remarkably improved.

This invention provides an auxiliary locking assembly for a broaching machine fixture, comprising: a fixture body and an auxiliary support assembly, the auxiliary support assembly being coaxially disposed at the clamping end of the fixture body; an annular groove is formed on the outer circumferential surface of the clamping end of the fixture body; the auxiliary support assembly includes: a mounting base, a self-locking component, and a limiting component; a clamping hole is formed in the middle of the mounting base; the self-locking component and the limiting component are respectively disposed on the mounting base at both ends of the clamping hole along the axial direction; the limiting component can tighten and limit the workpiece clamped by the fixture body; the self-locking component can be embedded in the annular groove, and through cooperation with the limiting component, a bidirectional rigid fixation of the clamping end of the fixture body is achieved. This invention achieves bidirectional rigid fixation of the clamping end of the fixture body through the cooperation of the self-locking component, the limiting component, and the tightening component in the auxiliary support assembly, thereby improving the machining accuracy of the end face teeth and reducing the workpiece scrap rate and production costs.

The utility model belongs to glass production conveying technical field, specifically disclose a kind of glass substrate conveying line side guide wheel, including the fixed base for connecting rack, fixed base is hinged with support rod on through hinged axle, support rod is equipped with guide wheel assembly, and the radial two sides of hinged axle are symmetrically arranged for adjusting the adjusting assembly of support rod swing damping, adjusting assembly includes screw seat, screw rod, sleeve and compression spring, screw seat is fixedly connected in fixed base, screw rod is screw-connected in screw seat, sleeve is fixedly connected in the one end of screw rod close to support rod, compression spring is arranged in sleeve and one end abuts to the bottom wall of sleeve other end abuts to support rod, the compression amount of compression spring can be changed by rotating screw rod, to realize the stepless adjustment of the damping force of support rod, adapt to different working condition requirement, while the symmetrical layout of double compression spring can provide two-way buffering, ensure that support rod is stressed balanced when swinging, and effectively inhibit abnormal vibration.

The invention discloses a gear hub internal spline go gauge detection method and detection equipment, and the equipment comprises a conveying mechanism which comprises a conveying belt; the grabbing mechanism is connected with the conveying mechanism and comprises a three-axis transplanting mechanism; the detection mechanism comprises a turntable, an angle detection camera and a go gauge lifting assembly, and the angle detection camera and the go gauge lifting assembly are both arranged above the turntable; the discharging mechanism comprises a discharging assembly and a discharging slide way, and the discharging assembly is used for transferring qualified products to the discharging slide way; and the sorting mechanism comprises a sorting assembly and a sorting slide way, and the sorting assembly is used for transferring unqualified products to the sorting slide way. The method has the advantages that the detection efficiency is improved, the method adapts to the large-scale production rhythm, the detection precision is improved, the quality control effect is optimized, cost and consumption are reduced, efficiency is improved, resource configuration is optimized, and operation safety and compliance are improved.

The utility model discloses an oiling device of a circular weaving machine, and particularly relates to the technical field of ton bag processing, which comprises an oil drum, the lower end of the oil drum is fixedly connected with an oil outlet, one side of the oil outlet is fixedly connected with an electromagnetic valve, and the lower end of the oil outlet is movably connected with a connecting pipe. An oil outlet is formed in the upper end of the connecting pipe, a sealing sleeve is arranged at the joint of the oil outlet and the connecting pipe, the lower end of the connecting pipe is fixedly connected with a spraying device, and the upper end of the oil barrel is fixedly connected with a filtering device. The adjustable spraying head can flexibly adjust the spraying angle, it is ensured that grease accurately covers a target area, waste or omission is avoided, the spraying direction of the spraying component with the adjustable angle can be optimized according to the surface curvature or motion trail of the component, uniform coating is achieved, friction and abrasion are reduced, and the situation that the grease is sprayed to a non-key area is avoided through angle adjustment. The grease consumption is reduced.

The utility model relates to an automatic bevel gear lubricating device, and relates to the technical field of smelting equipment. The automatic bevel gear lubricating device comprises a fixing device, a lifting platform, a positioning plate and an oil tank. After the positioning groove and the oil tank are installed on the lifting platform, the height of the oil tank can be adjusted through the lifting platform, so that the bevel gear goes deep into the oil tank, after lubricating grease is added into the oil tank, automatic lubrication of the bevel gear can be achieved, abnormal abrasion of the gear is remarkably reduced, the situation of production interruption caused by shutdown maintenance is reduced, and the service life of the bevel gear is prolonged. And normal operation of production is effectively guaranteed.

The utility model discloses a rotatable swing type sparse beating picking device. The utility model discloses a connecting rod mechanism, and the connecting rod mechanism includes outer pole, and one end of outer pole is connected handheld part, and the inside of outer pole is equipped with inner pole, and the one end of inner pole is inserted into handheld part, and the movement part is connected with the inner pole end of connecting rod mechanism, and the inner pole end is equipped with the boss, and the movement part is equipped with the ring groove in the inner pole junction, and the boss is embedded in the ring groove, and is used for the uninterrupted power transmission of inner pole when the device rotation adjustment, and the sparse brush head is connected with the movement part, and the movement part drives the left and right swing of sparse brush head. The utility model can keep the continuity of power transmission when the movement part and sparse brush head rotation adjustment, ensure that power is uninterrupted, make the equipment run more stable and smooth. Meanwhile, the utility model discloses the cooperation of boss and ring groove, need not overturn handheld part, only rotate handheld pole, can make handheld pole and sparse brush head barrierless overturn, realize different angle nut picking, improve flexibility and picking efficiency, reduce the labor intensity.