30 results about "Circlip" patented technology

The present application belongs to the technical field of planetary reducer assembly, and particularly relates to a mounting device for planet carrier clamping spring. A vertical first cylinder is mounted on a bottom frame; a piston rod of the first cylinder is connected with a first frame plate; a vertical second cylinder is mounted on the first frame plate; a clamping spring guide block is mounted on a top of a piston rod of the second cylinder; the clamping spring guide block is overall conical, a first mounting hole is formed in the middle of the clamping spring guide block, a first step in the form of a ring is formed by recessing an outer edge of a top of the clamping spring guide block; a clamping spring positioning plate is protruded from a side surface of the clamping spring guide block; a first fixed plate is mounted on a portal frame, two first sliding rails are mounted on the first fixed plate, a first sliding block is mounted on the first sliding rail, a second fixed plate is mounted on the first sliding block, a first angle iron is fixed on a surface of the second fixed plate, a third fixed plate is fixed on a bottom surface of the first angle iron, and a first supporting column is fixed on a bottom surface of the third fixed plate; the first supporting column is used for pressing a planetary reducer.

The present application relates to a kind of dismounting devices, comprising: positioning member, for positioning first object, first object is provided with first circlip, first object has cavity extending along first direction, and the through hole correspondingly arranged with first circlip is arranged through the outer surface and cavity of first object, positioning member is inserted in cavity, positioning member has first assembly hole extending along first direction and second assembly hole being opened in the hole wall of first assembly hole and being coaxially communicated with through hole;First pusher, it is worn in second assembly hole, with the first end of first circlip and the second end of second end being oppositely arranged in the axial direction of second assembly hole;And second pusher, it is worn in first assembly hole and is abutted to the second end of first pusher, for the positive direction movement along first direction, to push first pusher and first circlip away from first object by passing through through hole, to further expand the width of opening.The present application improves the dismounting efficiency and product appearance quality.

The utility model relates to a sealing structure technical field of crushing equipment, concretely relates to an oil gas sealing structure for airflow mill grading and mechanical crushing grading, aims at solving the problem that the sealing structure is affected by particle and leads to poor sealing effect. Including spindle and bearing seat, and the bearing piece, oil baffle, elastic baffle, bearing cover and sealing ring that are coaxially assembled with the spindle, still include labyrinth ring, the air passage is opened in the labyrinth ring, and the air inlet pipe is connected on the bearing seat, and the air inlet pipe is communicated with the air passage. The labyrinth ring is assembled in the bearing seat end portion and prevents the particle from entering the sealing structure, and the air passage is opened in the labyrinth ring, and the gas is injected into the air passage, prevents the dust particle from entering the sealing gap, thereby reduces the erosion and pollution of the particle to the bearing piece and sealing structure.

The utility model discloses a synchronous pulley device relates to cable stranding equipment technical field, two check ring, a plurality of screw no.

This invention discloses an automatic assembly machine for transfer case gear retaining rings, relating to the field of gear assembly. It includes an assembly table, with a gear holder mounted on top of the assembly table for securing the gear. Above the assembly table, on one side of the gear holder, is a front-end pressing mechanism for feeding the retaining ring into the gear. Above the assembly table, on the other side of the gear holder, is a rear-end pressing mechanism that works in conjunction with the front-end pressing mechanism to press the retaining ring into the gear. This invention achieves automatic feeding, precise positioning, and stable pressing of the retaining ring through an integrated mechanical structure. The equipment uses a feeding mechanism in conjunction with the pressing mechanism to continuously and smoothly push the retaining ring into the gear to be assembled. Simultaneously, the rear-end pressing mechanism works in tandem with the front-end pressing head to ensure that the retaining ring is evenly stressed and accurately embedded into the retaining ring groove, avoiding deformation and damage caused by manual operation.

This invention provides a multi-stage parallel backlash-free rotating structure, including an orthogonal transmission assembly. The orthogonal transmission assembly comprises an orthogonal gearbox, five transmission shafts, two shaft elastic retaining rings, two hole elastic retaining rings, five backlash-eliminating gears, locking screws, elastic washers, and two rolling bearings. The orthogonal gearbox has an internal mounting cavity. This invention achieves synchronous output from multiple power sources by driving the transmission shafts of the orthogonal transmission assembly synchronously with a single drive motor. Its technical advantages include: each orthogonal transmission assembly's transmission shaft applies elastic clamping force to the two rolling bearings axially via elastic washers between them, thereby eliminating axial and radial backlash in the rolling elements; simultaneously, the internal backlash-eliminating gear misalignment structure eliminates gear tooth backlash, achieving backlash-free precision rotation and ensuring good synchronization, low noise, and smoothness of each rotating mechanism.

The utility model relates to a kind of hose with spray gun support, for stable support spray gun and facilitate adjustment, it includes hose body, two ends are equipped with connecting nut, at least one is support nut among them.Detachable structure is connected in support nut outside of support nut, support and support nut, support includes fixed end and free end, fixed end is formed rotatable sleeve joint with support nut by annular fixed surface, and realizes circumferential and axial fixation by fixed assembly, fixed assembly can adopt circlip or screw cap, respectively through annular groove and outer thread connecting portion realizes limit, ensure that support is stable;Damping assembly is equipped between support and support nut, including annular groove and elastic damping piece, provide circumferential rotation damping force, make support rotate smoothly;Free end is equipped with clamping arm, for firm clamping spray gun, ensure that the direction of injection is stable.The utility model design is flexible, and stability is high.

The application discloses an integrated connecting piece and an electric contact device with the same, and relates to the technical field of electricity. The integrated connecting piece comprises a shaft body, one end of the shaft body is integrally formed with a stop table, and the other end is provided with a head portion. The head portion is suitable for riveting and pressing, and the head portion is matched with the stop table after riveting and pressing to realize axial limiting of the two ends of the integrated connecting piece. The application has the beneficial effect that: through the adoption of the integrated connecting piece for assembly, the stop table arranged at one end and the direct riveting and pressing at the other end are used to realize the assembly limiting of each component by a single integrated connecting piece, which is firm and reliable, avoids the risk that the circlip is out of position or falls off due to long-term vibration in the prior art, and improves the quality of the device.

The application relates to the technical field of automobile maintenance auxiliary tools, in particular to a rear tail door supporting gauge.The technical scheme comprises a base plate, a back plate, a large end cover, a shaft end cover, a limiting sleeve, a check ring and an elastic check ring for a shaft, the tool is driven to rotate by rotating the twentieth cross handle to drive the second rotating shaft and the first cylindrical gear, power is synchronously transmitted to the second and third cylindrical gears, finally the angle adjustment of a rear tail door connecting part is realized by the locking part, during the transmission process, the self-lubricating bronze sleeve guarantees smooth rotation through the inner wall oil storage groove, wear and jam are reduced, after the angle adjustment is completed, the first cross handle is rotated to drive the first rotating shaft to axially move, the transmission mechanism is locked and positioned through the cooperation of the positioning sleeve and the adjusting washer, the base plate reference positioning surface and the reference hole are designed with high-precision tolerance, the high-precision detection structure assembled with the support and the large end cover contour gauge can realize the standardized detection of the linear size, perpendicularity, assembly height and rotating contour of the supporting part.

This utility model discloses a circlip rolling forming device, including a base, an upper roller, and a lower roller. A support frame is fixedly installed above the base, and a magazine-type material hopper is installed on the upper surface of the support frame. A feeding cylinder is set at the bottom of the support frame. Two parallel supports are fixedly installed on the base. A motor a is installed on the upper side of the base. The output end of motor a drives the lower roller to rotate. Multiple columns are fixedly installed on the upper side of the base. A top plate is fixedly installed at the top of the columns. A longitudinal unloading cylinder is fixedly installed on the upper side of the top plate. A downwardly extending push plate is fixedly installed at the output end of the unloading cylinder. A U-shaped notch is provided on the lower side of the push plate. A sliding lifting plate is installed between the columns. A motor b is installed on the upper side of the lifting plate. The output end of motor b is connected to the upper roller. A lifting cylinder installed on the upper side of the base pushes the lifting plate to adjust its height. This device realizes the automatic processing of circlips, which is beneficial to improving production efficiency.

A metal can bottom crimping inverting device, including a fixed seat, the fixed seat is rotatably installed with a guide sleeve, the upper part of the guide sleeve is slidably installed with a positioning claw, a plurality of positioning claws are symmetrically distributed, the positioning claws are integrally formed after being installed with elastic retaining rings between the positioning claws, a crimping wheel is arranged on the right side of the positioning claw, a tapered hole is formed by surrounding the middle part of the positioning claw, and a pressing block is slidably installed, a guide rod is rotatably installed at the center of the pressing block, the lower part of the guide rod is connected with a cylindrical cam through a roller after penetrating through the guide sleeve, an annular groove is processed on the outer surface of the cylindrical cam, the height of the annular groove changes regularly along the circumferential direction of the cylindrical cam, the roller is in rolling cooperation with the annular groove, and the cylindrical cam is connected with a power shaft; in the device, the guide rod is driven to move downward by the cylindrical cam, the pressing block extrudes the positioning claw to move radially and open, and then supports the bottom of the metal can, and then cooperates with the crimping wheel to invert the outwardly crimped lower edge; the positioning structure is stable, convenient to operate, and has high practicality.

This application belongs to the technical field of motor rotor assembly devices, and provides a rotor permanent magnet tensioning circlip rotation installation station, including: a mounting platform; a drive device disposed under the mounting platform; a drive mounting plate located above the mounting platform, the drive mounting plate being connected to the power output shaft of the drive device; a connecting plate disposed above the drive mounting plate; and a mounting block disposed above the connecting plate, the mounting block being used to install the rotor. During circlip installation, this application allows for continuous installation of each U-shaped circlip at its respective mounting position on the rotor by continuously rotating the rotor, greatly improving installation efficiency.

The present application relates to the technical field of automobile engineering, and particularly relates to an elastic check ring mounting device, which comprises a machine base, a clamping mechanism and a material withdrawing mechanism, a machine shell is arranged on the machine base, a first mounting base opposite to the machine shell and a first driving device for driving the first mounting base and the machine shell to move close to or away from each other are arranged on the base; the clamping mechanism comprises a first clamping piece, a second clamping piece and a second driving device fixed on the first mounting base and used for driving the first clamping piece and the second clamping piece to clamp or release the elastic check ring, the material withdrawing mechanism comprises a material withdrawing piece arranged opposite to the hole body and a third driving device fixed on the first mounting base, the first driving device drives the first mounting base to drive the material withdrawing piece and the first clamping piece and the second clamping piece clamping the elastic check ring to be inserted into the hole body, then the third driving device drives the material withdrawing piece to push the elastic check ring in the direction of the check ring groove, the elastic check ring is pushed into the check ring groove, and efficient mounting of the elastic check ring is realized.

The utility model relates to the technical field of supporting wheel, provide a kind of excavator supporting wheel anti-drop structure, basically solve the risk of elastic baffle ring drop for the outside fixing of sealing plate. The excavator supporting wheel anti-drop structure includes wheel body, wheel shaft, bearing, oil seal and sealing plate;Wheel shaft passes through wheel body along axis, and annular cavity between wheel shaft and wheel body is installed with bearing, skeleton oil seal from inside to outside in both ends, and the opening of annular cavity is encapsulated by sealing plate, and sealing plate is fixed on the stepped surface of wheel body end portion by elastic baffle ring, characterized by: retaining structure is equipped on sealing plate, retaining structure includes limiting plate and elastic member, limiting plate can pass the opening of elastic baffle ring under the elastic force of elastic member, and the two side walls of limiting plate and the two clamping parts of elastic baffle ring abut, and its front end is inserted into baffle groove.

The utility model relates to the field of metal parts assembly equipment especially, it relates to a kind of elastic baffle ring press-fitting device, it includes machine body, the inner top surface of machine body is equipped with lifting plate, the bottom surface of lifting plate is equipped with connecting sleeve, clamping assembly is equipped in connecting sleeve, punch is equipped in connecting sleeve.The punch includes connecting column and fixed plate, the fixed plate is arranged at the bottom end of the connecting column, and the fixed plate is used to install pressure head.The utility model is convenient to the press-fitting of elastic baffle ring of gear and shaft of different size specifications, with the effect of reducing processing cost.

The application belongs to the technical field of speed reducer and discloses a gear transmission shaft structure and a speed reducer. The gear transmission shaft structure comprises a gear shaft, a gear and a limiting assembly composed of a first and a second check ring. The gear shaft and the gear are connected by split spline. The first check ring is a steel wire check ring, and the second check ring is a removable check ring. The removable check ring is an annular elastic sheet body, which is provided with a clamping hole and can provide axial displacement compensation for the gear through elastic deformation, forming a preset axial floating gap. The application solves the problems of large material waste and high processing cost of traditional integrated gear shafts through split design. The dynamic compensation mechanism composed of the elastic check ring and the gap can effectively absorb dynamic deformation in transmission, improve transmission stability and component life under operating conditions, and realize quick disassembly and maintenance of the gear without special tooling during maintenance, greatly reducing the maintenance difficulty and cost of the aviation speed reducer.

The utility model discloses a kind of conical chain wheel drums, including connecting shaft, the right end of connecting shaft outer surface is fixedly connected with cylinder, and the left side of cylinder is fixedly connected with sprocket, the right end of cylinder inner cavity and the left end of sprocket inner cavity are movably connected with bearing, and the outside of bearing is provided with bearing circlip, the left and right sides of connecting shaft are all provided with thread groove, the diameter of connecting shaft is 15mm, the diameter of thread groove is 8mm, and the depth of thread groove is 20mm.The utility model is provided with wear-resistant protective layer, the EPDM layer included can play first layer wear-resistant protective treatment to cylinder, and the nitrile rubber layer can play second layer wear-resistant protective treatment to cylinder after EPDM layer is damaged, high-temperature-resistant protective layer is provided, the chloroprene rubber layer included can play first layer high-temperature-resistant protective treatment to cylinder after nitrile rubber layer is damaged, and the chlorinated rubber layer can play second layer high-temperature-resistant protective treatment to cylinder after chloroprene rubber layer is damaged.

This utility model discloses an asymmetric roller shaft bearing fan shaft component, including a bearing housing, an inner cavity of which houses a shaft bearing, and a shaft bearing including a spindle. The outer surface of the spindle has an outer ring, and the inner surface of the outer ring, from left to right, is arranged with cylindrical rollers I, roller retainers I, steel balls, cylindrical rollers II, and roller retainers II. One side of the shaft bearing has a retaining ring for a bore, and the fan shaft is located on the right side of the inner wall of the bearing housing. Because the fan shaft component is a cantilever beam structure, the radial load borne by the cylindrical rollers II closer to the fan is greater than that of the cylindrical rollers I on the other side. Based on this characteristic, the design makes the length of the cylindrical rollers II greater than that of the cylindrical rollers I and I. With the same diameter, longer rollers can increase load-bearing capacity, precisely match different radial load requirements, avoid premature wear due to load concentration, and extend service life.

This invention discloses a fixture and method for axial interference fit installation of a rotating guide vane and a low-pressure turbine disk. The fixture includes a base, a support ring, a positioning ring, a first screw, a pressure ring, a pressure plate, an anti-rotation plate, a pin, a top pin, a first insert pin, a second insert pin, a second screw, a centering ring, an elastic retaining ring, a one-way thrust bearing, and a third screw. During interference fit installation, the low-pressure turbine disk is first fixed using the base, support ring, positioning ring, and anti-rotation plate. Then, the rotating guide vane is placed on the low-pressure turbine disk. Next, the first screw, pressure ring, pressure plate, and top pin complete the non-interference fit assembly between the rotating guide vane boss and the low-pressure turbine disk boss. The pressure ring then drives the rotating guide vane to rotate by an angle. When the through hole of the rotating guide vane boss aligns with the groove of the low-pressure turbine disk boss as observed through the top pin hole on the pressure ring, the pin is inserted to complete the interference fit assembly. This invention can complete the axial interference fit assembly of the rotating guide vane and the low-pressure turbine disk in one step, and the rotating guide vane is not easily deformed.

The utility model discloses a water segregator technical field's water segregator convenient to maintenance, including connecting pipe body, fixed pipe, fixed sleeve and water segregator screw plug, the fixed pipe fixed connection in the right -hand member of connecting pipe body, the fixed sleeve sleeve is connected in the left and right sides of the lateral wall of connecting pipe body, the water segregator screw plug is connected in the right -hand member of the last connecting pipe body, the right -hand member of fixed pipe has opened first sliding slot in front and back sides, the inner chamber top left side of first sliding slot has opened first limit slot, the lateral wall left side of fixed pipe sleeve has the first elastic baffle ring, the left side of the lateral wall of connecting pipe body has the fixed connection with first sliding block, the left side of the lateral wall of connecting pipe body has the sliding connection with first sealing washer, this water segregator convenient to maintenance, the structure design is reasonable, is convenient for maintaining, and the sealing property is strong simultaneously, avoids appearing leakage, and the connection stability is higher, and the sealing property of junction is further improved.

The utility model discloses a kind of semi-automatic bearing circlip machines, including rack, loading and intermittent transmission circlip's feeding device is equipped in the rack, assembly platform is provided at the rack side, vertical column for receiving circlip and making it stack up and down is equipped on the assembly platform, assembly hole for the assembly of circlip and bearing is provided on the assembly platform, push material structure for pushing circlip to assembly hole, blanking device for blanking of assembly hole, jaw component and expansion piece tool for assisting circlip expansion to be sleeved into bearing, stamping upper die and stamping lower die for pressing and fitting circlip and bearing are respectively provided above and below the assembly platform, the utility model structure is simple, through feeding, pushing, blanking, expansion piece, assembly and the like mechanization process, can let circlip be efficiently and accurately sleeved into bearing, several times faster than the speed of manual assembly, and only one station can be completed, greatly increase benefit and reduce quality problem.

The application discloses an assembled anti-falling hub bearing unit for a logistics trailer and an assembling method thereof. A flange outer ring is machined into shape after being treated by quenching and tempering from a 55 steel forging blank, an axial center of the flange outer ring is provided with a stepped inner hole, a positioning shoulder is arranged on a middle part of an inner wall of the stepped inner hole, first and second sections of conical raceways are symmetrically arranged on two sides of the positioning shoulder, and first and second snap spring grooves are arranged at two ends of the stepped inner hole respectively; a first conical roller bearing assembly is assembled from a first end of the flange outer ring and makes an inner ring end face abut against a first side of the positioning shoulder, and a second conical roller bearing assembly is assembled from a second end of the flange outer ring and makes an inner ring end face abut against a second side of the positioning shoulder; a first elastic retainer is arranged in the first snap spring groove, a second elastic retainer is arranged in the second snap spring groove, and two outer retainer plates are fixed to the two end faces of the flange outer ring through bolts and axially limit the elastic retainers in the snap spring grooves, and a sealing assembly is arranged between the outer retainer plates and the end faces of the flange outer ring.

This utility model provides a self-descaling metal hard-seal ball valve, belonging to the field of ball valve technology. It includes a ball valve body, a ball valve ball inside the ball valve body, a ball valve opening / closing stem on the upper part of the ball valve ball, a valve stem key pin on the lower part of the ball valve opening / closing stem, a ball valve switch knob above an elastic retaining ring, an anti-reverse ratchet mechanism below the ball valve switch knob, and a self-descaling mechanism on the outer surface of the ball valve ball. This device uses the ball valve body as the main body, with a ball valve ball containing a ball through-hole inside. Opening and closing control is achieved through the ball valve opening / closing stem. The anti-reverse ratchet mechanism prevents accidental valve reversal and offset. The self-descaling mechanism on the outer side of the ball valve ball dynamically scrapes away scale during opening and closing, and is combined with a self-descaling blade holder adjustment mechanism to achieve adaptive adjustment of the descaling gap. This utility model can automatically clean scale, prevent reversal, adapt to complex working conditions, operate stably, and has low maintenance costs, demonstrating strong practicality and adaptability.

The present application relates to a new electromagnetic clutch structure, belongs to the clutch technical field. Including the shell, fixed end face tooth and movable end face tooth are arranged in the shell respectively, fixed end face tooth axial stationary;Magnetic yoke seat is set on the shell and is wrapped, the coil is wound in the magnetic yoke seat;Movable armature is also set on the shell and is wrapped, and the movable armature corresponds outside the magnetic yoke seat, and the movable armature can slide on the shell;The elastic baffle ring for shaft is arranged on the outside of the magnetic yoke cover plate and is abutted;Reset spring is arranged between movable end face tooth and fixed end face tooth;Push ring is arranged between movable armature and movable end face tooth;The surface of the shell is provided with a through hole, and the end surface of the push ring is pushed through the through hole to drive the movable end face tooth.This technical scheme is widely used in automobile differential lock, segmentation, gear shifting and other functions, can be highly integrated with motor, reducer and other functions, forms modular unit, has the advantages of fast response, high reliability and stability, small size, light weight, simple structure, flexible arrangement and the like.

The utility model provides a kind of dismounting device for F8 type air distribution valve, including the bottom plate being fixedly arranged on pedestal, further including the mounting seat being fixedly arranged on bottom plate, the pressure rod being liftablely arranged in the position above mounting seat, lower mechanism for driving pressure rod lifting is provided on mounting seat;Limiting slot for installing screw cover is provided on mounting seat, one end of pressure rod and the valve body in screw cover are detachably abutted, the other end of pressure rod is connected with lower mechanism, the outside of pressure rod is provided with clamping mechanism for clamping circlip, clamping mechanism and the upper edge of screw cover are detachably contacted.The utility model provides a kind of dismounting device for F8 type air distribution valve, one hand lower mechanism drives pressure rod to descend, while the other hand is released by operating rotary handle, so that clamping mechanism is installed to the installation slot in screw cover inside by being clamped and closed spring claw, to complete the installation of valve piece, the installation and dismounting of valve piece are convenient and fast, safe and reliable.

The utility model relates to clutch snap spring press -fitting technical field, disclose a kind of clutch snap spring press -fitting auxiliary tool, comprising: positioning guide sleeve, its inside is equipped with limit block, lower end is equipped with four square projections for with clutch shell positioning Circumferentially even distribution;Press -fitting sleeve, coaxial sleeve is positioned in the upper portion of positioning guide sleeve, and its upper end surface is equipped with circumferentially three equal division pinhole;Three step pins, fixed on the upper end surface of positioning guide sleeve and circumferentially three equal division distribution, with the clearance fit of press -fitting sleeve's pinhole.The positioning guide sleeve and press -fitting sleeve structure of being set, can effectively improve the precision and stability of snap spring press -fitting, avoid the positioning deflection caused by manual operation, press -fitting uneven etc., improve the assembly quality and reliability of product.Meanwhile, the auxiliary tool structure is relatively simple, the manufacturing cost is lower, easy to post-maintenance and operation, greatly improve production efficiency, especially applicable to the scene of mass production.

This utility model discloses a gear shaft connection structure for a new energy motor and reducer, including a motor output shaft and a gear shaft input shaft connected by a spline; a motor rear bearing is arranged on one side of the right end of the motor output shaft; the gear shaft input shaft adopts a double bearing arrangement, respectively installed on the left and right end covers of the reducer, and axially limited by a shaft shoulder and a shaft elastic retaining ring; a conductive ring and an input shaft oil seal are set between the motor output shaft and the right end cover of the reducer; a bushing and a wave spring are arranged on the gear shaft input shaft; the gear shaft output shaft adopts a double bearing arrangement, limited by a shaft elastic retaining ring, and cooperates with the left and right end covers of the reducer, and is connected to the sun gear shaft by a spline, and fixed by bolts and spacers. In this utility model, the motor and reducer solve the connection problem by using splines and optical shaft centering; the three-dimensional oil seal and conductive ring at the reducer bearing solve the problems of oil leakage and electro-corrosion; the gear shaft output shaft adopts a bolt connection and a spacer structure to solve the floating amount design problem.

The utility model relates to fan equipment technical field especially, a kind of fan automatic feeding core assembly equipment.It includes carrier backflow mechanism, it is characterized by: still including main body feeding mechanism, spring automatic feeding mechanism, automatic oiling mechanism, oiling detection mechanism, bearing automatic feeding press-fitting mechanism, fan blade automatic feeding mechanism, circlip automatic feeding mechanism, visual detection mechanism, fan blade gap detection mechanism, discharging module that are sequentially arranged in the side of the carrier backflow mechanism, the utility model has the advantages that: the carrier backflow mechanism of the conveying line structure is set in the technical scheme, and different structure assembly equipment is set on the two sides of the carrier backflow mechanism to sequentially cooperate with the carrier backflow mechanism, mechanism and mechanism are continuously processed and assembled, so as to realize the assembly of fan circlip and fan blade, and detection is carried out simultaneously by visual detection mechanism and gap detection mechanism, ensure the effect of installation, greatly improve precision and efficiency.

The utility model discloses a kind of clamping spring automatic assembly equipment, it is related to motor rotor core clamping spring preventing magnet falling equipment field.A kind of clamping spring automatic assembly equipment, including lower frame mechanism, upper frame mechanism, clamping spring feeding sorting and distance-changing steering mechanism, clamping spring gripping clamping spring and press-fitting clamping spring mechanism, core rotating mechanism and core handling mechanism;Lower frame mechanism includes welded steel frame one, workbench plate, footing, backing plate, insert magnet tooling, linear electric cylinder, conveying line;The utility model compares with the mode that manually inserts clamping spring into motor rotor core to ensure that magnet does not fall off, structure design is novel, can replace the work of worker to motor rotor core clamping spring, improves the efficiency of motor rotor core clamping spring, also improves the assembly precision of clamping spring, reduces the assembly cost of motor rotor, improves product pass rate.It has the technical advantages of strong scalability, safe and reliable, high work efficiency, simple maintenance etc.