CN110846484B - A kind of enhanced grinding equipment for processing bearing inner ring raceway - Google Patents

Abstract

Translated fromChinese

本发明公开一种用于加工轴承内圈滚道的强化研磨设备，包括强化加工模块和循环供料模块，所述强化加工模块包括混合料斗、加工箱体和旋转装夹机构；所述循环供料模块包括高速喷头、混合输送管道和混合动力机构；所述混合动力机构包括入料管道、入料斗、出料管道、两个高压泵送缸以及切换驱动机构，所述高压泵送缸包括存料缸体和推送液压缸，所述推送液压缸的推送活塞延伸至存料缸体的内腔中；所述存料缸体的末端延伸至入料斗中，所述入料管道和出料管道的一端与混合输送管道连通，另一端延伸至入料斗中。该强化研磨设备不仅能够实现高压快速的输送，而且输送过程中压力的损失小，可以有效保证轴承内圈的滚道的加工质量。

The invention discloses a reinforced grinding device for processing a bearing inner ring raceway. The material module includes a high-speed nozzle, a mixed conveying pipeline, and a hybrid power mechanism; the hybrid power mechanism includes a feed pipe, a feed hopper, a discharge pipe, two high-pressure pumping cylinders and a switching drive mechanism, the high-pressure pumping cylinder includes a storage tank. A material cylinder body and a pushing hydraulic cylinder, the pushing piston of the pushing hydraulic cylinder extends into the inner cavity of the material storage cylinder body; the end of the material storage cylinder body extends into the feeding hopper, the feeding pipeline and the discharging pipeline One end is communicated with the mixing pipeline, and the other end extends into the hopper. The enhanced grinding equipment can not only realize high-pressure and fast transportation, but also has a small pressure loss during transportation, which can effectively ensure the processing quality of the raceway of the inner ring of the bearing.

Description

Reinforced grinding equipment for processing bearing inner ring raceway

Technical Field

The invention relates to a reinforced grinding processing device, in particular to reinforced grinding equipment for processing a raceway of an inner ring of a bearing.

Background

With the rapid development of modern industrial technologies, various industries have increasingly high requirements on the safe and reliable performance and the service life of mechanical equipment, such as automobiles, robots, internal combustion engines, ships, metallurgical machinery, coal mine machinery and the like; among them, the bearing is used as an indispensable rotating bearing body, widely applied to modern mechanical equipment, and is called as a mechanical joint by the mechanical industry. The failure of the bearing not only causes property loss, but also can cause a great deal of casualties, so that the improvement of the fatigue life of the bearing is of great significance.

A conventional strengthening grinding machine employs a direct pressurization type machining method, for example, a bearing strengthening grinding machine disclosed in application publication No. CN104942664A, which directly mixes a strengthening abrasive and a strengthening abrasive liquid by high-pressure gas and then conveys the mixture to a nozzle to machine a workpiece. Although the reinforced grinding machine can automatically complete reinforced processing and has the advantages of simple structure, convenient control and the like, the following defects still exist:

in the grinding machine, high-speed spraying is mainly carried out by means of high-pressure gas, and the grinding material is firstly sucked into the high-pressure gas by generating huge negative pressure at the grinding material placing position, so that the grinding material is sprayed to the raceway of the bearing from the spray head at high speed under the propelling of the high-pressure gas. In the process of pipeline transportation, the loss ratio of pressure of high-pressure gas is large, so that the pressure at the tail end of transportation is far smaller than the preset pressure output by the head end, a large amount of energy is wasted, and the processing effect of a bearing raceway cannot meet the preset requirement.

Disclosure of Invention

The invention aims to overcome the existing problems and provides reinforced grinding equipment for processing a raceway of a bearing inner ring, which not only can realize high-pressure and rapid conveying, but also has small pressure loss in the conveying process and can effectively ensure the processing quality of the raceway of the bearing inner ring.

The purpose of the invention is realized by the following technical scheme:

a reinforced grinding device for machining a raceway of an inner ring of a bearing comprises a reinforced machining module and a circulating feeding module, wherein the reinforced machining module comprises a mixing hopper, a machining box body and a rotary clamping mechanism, and the mixing hopper is arranged on and communicated with one side of the machining box body; the rotary clamping mechanism comprises a clamping mechanism for clamping the bearing and a rotary driving mechanism for driving the clamping mechanism to rotate;

the circular feeding module comprises a high-speed spray head, a mixing and conveying pipeline and a mixing power mechanism, wherein one end of the mixing and conveying pipeline is connected to the bottom of the processing box body, the other end of the mixing and conveying pipeline is connected with the high-speed spray head, and the high-speed spray head is arranged in the processing box body; the hybrid power mechanism is arranged at one end of the hybrid conveying pipeline close to the bottom of the processing box body; the high-pressure pumping cylinders comprise a material storage cylinder body for temporarily storing mixed abrasive and a pushing hydraulic cylinder for pushing the mixed abrasive in the material storage cylinder body out at high speed, the tail end of the material storage cylinder body extends into the feeding hopper, one end of the feeding pipeline is communicated with the mixing and conveying pipeline, and the other end of the feeding pipeline extends into the feeding hopper; one end of the discharge pipeline extends into the feeding hopper, and the other end of the discharge pipeline is communicated with the mixing and conveying pipeline; and a pushing piston of the pushing hydraulic cylinder extends into an inner cavity of the material storage cylinder body and is matched with the wall of the inner cavity of the material storage cylinder body.

The working principle of the reinforced grinding equipment is as follows:

when the device works, a bearing to be processed is clamped on the clamping mechanism, and the angle of the high-speed sprayer is adjusted to enable the nozzle of the sprayer to face the surface of the bearing raceway; putting the mixed abrasive (steel balls and abrasive powder) on a mixing hopper, and opening a switch of the mixing hopper to enable the mixed abrasive to fall to the bottom of a processing box body; and starting a mixing power mechanism, connecting a discharge pipeline with one of the high-pressure pumping cylinders, moving a pushing piston in a material storage cylinder body in the other high-pressure pumping cylinder in the opposite pushing direction, and sucking the mixed abrasive into the material storage cylinder body through a feeding pipeline. After this stock cylinder body is filled with mixed abrasive, switch actuating mechanism drive ejection of compact pipeline and this stock cylinder body intercommunication, under the drive of propelling movement pneumatic cylinder, the propelling movement piston is gone out the mixed abrasive propelling movement in this stock cylinder body fast, make mixed abrasive obtain huge kinetic energy, thereby can be at a high speed along mixing the pipeline and moving forward, and spout from high-speed shower nozzle, violently strike on the raceway of bearing, make the surface of bearing raceway obtain great residual compressive stress, be favorable to improving the mechanical properties and the life-span of bearing. Meanwhile, a feeding opening of the other material storage cylinder body is opened in the feeding hopper, a pushing piston in the material storage cylinder body moves in the opposite direction of pushing, mixed abrasive is filled into the other material storage cylinder body, and feeding preparation is made. Wherein, with the switching constantly of ejection of compact pipeline, two high-pressure pumping jars are in turn, are in turn with mixing abrasive material forward propelling movement to form highly compressed, continuous jet, constantly circulate and carry mixing abrasive material, until accomplishing intensive processing.

The invention also comprises a separation and recovery module, wherein the separation and recovery module comprises a cleaning and separation module for classifying and recovering the mixed grinding material and a drying module for drying the classified steel balls.

Preferably, the cleaning and separating module comprises a separating mechanism and a separating mechanism, the separating mechanism comprises a separating box body and a plurality of separating plates arranged in the separating box body, and the plurality of separating plates are arranged on two opposite inner walls of the separating box body in an up-and-down staggered manner; the head end of the separation plate is fixedly connected to the inner wall of the separation box body, and the tail end of the separation plate obliquely extends downwards to a position exceeding the vertical central line of the separation box body; the position of the intersection point of the tail end extension line of the upper separation plate and the inner wall of the separation box body is higher than the position of the connection point of the head end of the lower adjacent separation plate and the inner wall of the separation box body; the separation box body is arranged below the processing box body, the top of the separation box body is provided with a recovery pipeline communicated with an opening at the bottom of the processing box body and a cleaning pipeline used for introducing cleaning liquid, and the bottom of the separation box body is provided with a discharge hole; a recovery switch is arranged on the recovery pipeline;

the separation mechanism comprises a separation box body and a separation screen, the separation box body is arranged below the discharge port, and the separation screen is obliquely arranged at the top of the separation box body; wherein the mesh size of the separation screen is smaller than the size of steel balls in the mixed grinding material and larger than the size of grinding powder in the mixed grinding material. Through the structure, after accomplishing intensive processing, the mixed abrasive material (the abrasive powder adhesion is on the surface of steel ball) is whole to be collected in the bottom of processing the box, open the recovery switch of recovery pipeline, make mixed abrasive material fall to and break away from in the box, wherein, because a plurality of break away from the board down the slope set up on breaking away from two relative inner walls in the box, so mixed abrasive material can be in proper order from the relative crisscross falling of "beating" that sets up on the board that breaks away from, here "the in-process of beating", the steel ball can strike on breaking away from the board in proper order, steel ball self can constantly produce the vibration like this, thereby shake the abrasive powder of adhesion and fall. Not only here, because the position that the intersection point of the terminal extension line of the break-away plate that lies in the top and the inner wall of the break-away box is located is higher than the position that lies in the head end of the adjacent break-away plate in below and breaks away from the tie point of box inner wall, and the terminal slope of break-away plate extends down to the position that exceeds the vertical center line that breaks away from the box, can guarantee all to have enough long roll distance on every break-away plate like this, so that the steel ball can carry out abundant roll, from top to bottom, the steel ball rolls off on a plurality of break-away from the board in proper order, and in this process, the ground powder can break away from the steel ball gradually. Meanwhile, cleaning fluid is introduced into a cleaning pipeline at the top of the separation box body to clean the mixed abrasive falling from the separation box body, so that the separation of the steel balls and the abrasive powder is further accelerated; in addition, the separated grinding powder can be washed off from the separating plate and enters the separating box body through the meshes of the separating screen.

Furthermore, a baffle plate which is obliquely arranged is arranged in the separation box body.

Preferably, the drying module comprises a drying coil for introducing high-frequency current to dry the steel balls, a guide plate for guiding the steel balls to move downwards and a recovery box for collecting the steel balls, one end of the guide plate extends to a steel ball discharging end of the cleaning and separating module, and the other end of the guide plate extends into the recovery box; the drying coil is wound around the outside of the guide panel along the extending direction of the guide panel. Through above-mentioned structure, not only can dry the steel ball fast, avoid the steel ball to rust, still have advantages such as simple structure.

Further, the guide plate is made of a high temperature resistant and non-conductive material.

In a preferred embodiment of the present invention, one end of the mixing and conveying channel, which is close to the high-speed nozzle, is communicated with a high-pressure pipeline for providing high-pressure gas, and the high-pressure gas is used for auxiliary conveying, so that the movement speed of the mixed abrasive can be further accelerated.

Compared with the prior art, the invention has the following beneficial effects:

1. different from the traditional high-pressure gas conveying mode, the reinforced grinding equipment adopts a pushing mode directly acting on the mixed grinding material, namely, the mixed grinding material is directly pushed in the spraying direction by high-speed and high-pressure pushing force, so that the capacity loss in the conveying process can be reduced, and the processing quality of a raceway of a bearing inner ring can be effectively ensured.

2. In the conveying process, the mixed conveying pipeline is directly pushed forwards, so that the phenomenon of pipeline blockage can be effectively reduced.

Drawings

FIG. 1 is a schematic diagram of an intensified abrasive device for machining a raceway of an inner ring of a bearing in the invention.

Fig. 2 is a front view of the hybrid mechanism of the present invention.

Fig. 3 is a schematic perspective view of the hybrid mechanism according to the present invention.

Detailed Description

In order to make those skilled in the art understand the technical solutions of the present invention well, the following description of the present invention is provided with reference to the embodiments and the accompanying drawings, but the embodiments of the present invention are not limited thereto.

Referring to fig. 1, the reinforced grinding apparatus for processing a raceway of an inner ring of a bearing in the embodiment includes a reinforced processing module, a circulating feeding module, and a separation and recovery module, where the separation and recovery module includes a cleaning and separation module for classifying and recovering mixed abrasives and a drying module for drying classified steel balls. The reinforced processing module comprises amixing hopper 1, aprocessing box body 2 and a rotary clamping mechanism, wherein themixing hopper 1 is arranged on and communicated with one side of theprocessing box body 2; the rotary clamping mechanism comprises an electromagnetic centerless fixture for clamping the bearing inner ring a and a rotary driving mechanism for driving the electromagnetic centerless fixture to rotate. Specifically, the clamping manner of the electromagnetic centerless clamp in this embodiment may refer to the prior art of electromagnetic clamps, such as the related technologies of a bearing reinforced grinding machine disclosed in the invention patent with the publication number of CN 104942664B and a reinforced grinding processing method of a wheel tooth-shaped workpiece disclosed in the invention application with the publication number of CN 109176318 a. In addition, the rotary driving mechanism comprises a rotary driving motor, a transmission rod and the like, and the specific structure can refer to the technical means for realizing the rotation in the prior art.

Referring to fig. 1-3, the circulating feeding module comprises a high-speed spray head 3, a mixing and conveyingpipeline 4 and a mixing power mechanism 5, one end of the mixing and conveyingpipeline 4 is connected to the bottom of theprocessing box body 2, the other end of the mixing and conveyingpipeline 4 is connected with the high-speed spray head 3, and the high-speed spray head 3 is arranged in theprocessing box body 2; the hybrid power mechanism 5 is arranged at one end of thehybrid conveying pipeline 4 close to the bottom of theprocessing box body 2; the mixing power mechanism 5 comprises a feeding pipeline 5-1, a feeding hopper 5-2, a discharging pipeline 5-3, two high-pressure pumping cylinders and a switching driving mechanism for driving the discharging pipeline 5-3 to be alternately communicated with the two high-pressure pumping cylinders, the high-pressure pumping cylinders comprise a material storage cylinder body 5-4 for temporarily storing mixed abrasive and a pushing hydraulic cylinder 5-5 for pushing the mixed abrasive in the material storage cylinder body 5-4 out at a high speed, the tail ends of the material storage cylinder bodies 5-4 extend into the feeding hopper 5-2, one end of the feeding pipeline 5-1 is communicated with the mixing and conveyingpipeline 4, and the other end of the feeding pipeline 5-1 extends into the feeding hopper 5-2; one end of the discharge pipeline 5-3 extends into the feed hopper 5-2, and the other end is communicated with the mixing and conveyingpipeline 4; and a pushing piston of the pushing hydraulic cylinder 5-5 extends into an inner cavity of the material storage cylinder body 5-4. Specifically, the two material storage cylinder bodies 5-4 are arranged in parallel and extend into the feeding hopper 5-2, the switching driving mechanism drives the discharging pipeline 5-3 to rotate, and the discharging ports of the two material storage cylinder bodies 5-4 are switched back and forth; the switching driving mechanism can adopt a structure which can realize automatic pipeline switching in the prior art.

Referring to fig. 1, the cleaning and separating module comprises a separating mechanism and a separating mechanism, wherein the separating mechanism comprises a separatingbox body 6 and a plurality of separatingplates 7 which are arranged in the separatingbox body 6 in a downward inclined mode, and the plurality of separatingplates 7 are arranged on two opposite inner walls of the separatingbox body 6 in a vertically staggered mode; the head end of theseparation plate 7 is fixedly connected to the inner wall of theseparation box body 6, and the tail end of the separation plate obliquely extends downwards to a position exceeding the vertical central line of theseparation box body 6; wherein, the intersection point of the tail end extension line of theupper separation plate 7 and the inner wall of theseparation box body 6 is higher than the position of the connection point of the head end of the loweradjacent separation plate 7 and the inner wall of theseparation box body 6; theseparation box body 6 is arranged below theprocessing box body 2, the top of the separation box body is provided with arecovery pipeline 8 communicated with an opening at the bottom of theprocessing box body 2 and acleaning pipeline 9 used for introducing cleaning liquid, and the bottom of the separation box body is provided with a discharge hole; a recovery switch is arranged on therecovery pipeline 8; the separation mechanism comprises aseparation box body 10 and aseparation screen 11, theseparation box body 10 is arranged below the discharge hole, and theseparation screen 11 is obliquely arranged at the top of theseparation box body 10; wherein, the mesh size of theseparation screen 11 is smaller than the size of the steel balls in the mixed grinding material and larger than the size of the grinding powder in the mixed grinding material. Through the structure, after accomplishing intensive processing, the mixed abrasive material is whole to be collected in the bottom ofprocessing box 2, open the recovery switch ofrecovery pipeline 8, make mixed abrasive material fall to and break away from in thebox 6, wherein, because a plurality of break away from theboard 7 down set up on two relative inner walls that break away from in thebox 6 aslope, so mixed abrasive material can be in proper order from the relative crisscross falling of "beating" that sets up on breaking away from theboard 7, at this "in-process of beating", the steel ball can strike on breaking away fromboard 7 in proper order, steel ball self can constantly produce the vibration like this, thereby shake the abrasive powder of adhesion and fall. Not only here, because the position that the intersection point of the tail end extension line of theseparation plate 7 located above and the inner wall of theseparation box 6 is located is higher than the position of the connection point of the head end of theseparation plate 7 located below and the inner wall of theseparation box 6, and the tail end of theseparation plate 7 extends obliquely downwards to a position exceeding the vertical center line of theseparation box 6, a sufficient rolling distance can be ensured on eachseparation plate 7, so that the steel balls can roll sufficiently, and from top to bottom, the steel balls roll down on a plurality ofseparation plates 7 in sequence, and in the process, the grinding powder can be gradually separated from the steel balls. Meanwhile, cleaning fluid is introduced into acleaning pipeline 9 at the top of theseparation box body 6 to clean the falling mixed abrasive in theseparation box body 6, so that the separation of the steel balls and the abrasive powder is further accelerated; in addition, the separated ground powder can be washed from theseparation plate 7 and then enter theseparation box 10 through the meshes of theseparation screen 11.

Further, a baffle plate which is obliquely arranged is arranged in theseparation box body 10.

Referring to fig. 1, the drying module comprises adrying coil 12 for introducing high-frequency current to dry the steel balls, aguide plate 13 for guiding the steel balls to move downwards and arecovery box 14 for collecting the steel balls, wherein one end of theguide plate 13 extends to a steel ball discharging end of the cleaning and separating module, and the other end of the guide plate extends into therecovery box 14; thedrying coil 12 is wound around the outside of theguide plate 13 in the extending direction of theguide plate 13. Through above-mentioned structure, not only can dry the steel ball fast, avoid the steel ball to rust, still have advantages such as simple structure. Further, theguide plate 13 is made of a high temperature resistant and electrically non-conductive material.

Referring to fig. 1, one end of the mixing and conveying channel, which is close to the high-speed nozzle 3, is communicated with a high-pressure pipeline 15 for providing high-pressure gas, and the movement speed of the mixed abrasive can be further accelerated by using the high-pressure gas for auxiliary conveying.

Referring to fig. 1 to 3, the working principle of the intensified abrasive device in this embodiment is as follows:

when the high-speed sprayer works, a bearing inner ring a to be machined is clamped on the clamping mechanism, and the angle of the high-speed sprayer 3 is adjusted to enable the nozzle of the sprayer to face the surface of a raceway of the bearing inner ring a; putting the mixed abrasive (steel balls and abrasive powder) on amixing hopper 1, and opening a switch of themixing hopper 1 to enable the mixed abrasive to fall to the bottom of aprocessing box body 2; when the mixing power mechanism 5 is started, the mixed abrasive can be firstly conveyed into the feeding hopper 5-2 through the feeding pipeline 5-1 by the additional suction mechanism, at the moment, the discharging pipeline 5-3 is communicated with one high-pressure pumping cylinder, the pushing piston in the material storage cylinder body 5-4 in the other high-pressure pumping cylinder moves in the opposite direction of pushing, and the mixed abrasive is sucked into the material storage cylinder body 5-4. When the material storage cylinder 5-4 is filled with the mixed abrasive, the switching driving mechanism drives the discharge pipeline 5-3 to be communicated with the material storage cylinder 5-4, the pushing piston rapidly pushes the mixed abrasive in the material storage cylinder 5-4 out under the driving of the pushing hydraulic cylinder 5-5, so that the mixed abrasive obtains huge kinetic energy, can move forwards along the mixedconveying pipeline 4 at a high speed and is ejected out from the high-speed nozzle 3 to violently impact on the raceway of the bearing inner ring a, the raceway surface of the bearing inner ring a obtains larger residual compressive stress, and the mechanical performance and the service life of the bearing inner ring a are favorably improved. Meanwhile, the feeding port of the other material storage cylinder 5-4 is exposed in the feeding hopper 5-2, the pushing piston in the material storage cylinder 5-4 moves in the opposite direction of pushing, and mixed abrasive is filled into the other material storage cylinder 5-4 to prepare for feeding. Wherein, with the continuous switching of ejection of compact pipeline 5-3, two high-pressure pumping jars are alternative, are in turn with mixing abrasive material forward propelling movement to form high-pressure, continuous jet flow, constantly circulate and carry mixing abrasive material, until accomplishing intensive processing.

The present invention is not limited to the above embodiments, and any other changes, modifications, substitutions, combinations, and simplifications which do not depart from the spirit and principle of the present invention should be construed as equivalents and are included in the scope of the present invention.

Claims (7)

Translated fromChinese

1.一种用于加工轴承内圈滚道的强化研磨设备，其特征在于，包括强化加工模块和循环供料模块，所述强化加工模块包括混合料斗、加工箱体和旋转装夹机构，所述混合料斗设置并连通在加工箱体的一侧；所述旋转装夹机构包括用于对轴承进行装夹的装夹机构和用于驱动装夹机构进行转动的旋转驱动机构；1. An intensified grinding device for processing a bearing inner ring raceway, characterized in that it comprises an intensified processing module and a circulating feeding module, and the intensified processing module comprises a mixing hopper, a processing box and a rotary clamping mechanism, so that the The mixing hopper is arranged and communicated on one side of the processing box; the rotary clamping mechanism includes a clamping mechanism for clamping the bearing and a rotary driving mechanism for driving the clamping mechanism to rotate;其中，所述循环供料模块包括高速喷头、混合输送管道和混合动力机构，所述混合输送管道的一端连接在加工箱体的底部，另一端与高速喷头连接，所述高速喷头设置在加工箱体内；所述混合动力机构设置在混合输送管道靠近加工箱体的底部的一端；所述混合动力机构包括入料管道、入料斗、出料管道、两个高压泵送缸以及用于驱动出料管道交替地与两个高压泵送缸连通的切换驱动机构，所述高压泵送缸包括用于暂存混合研磨料的存料缸体和用于将存料缸体中的混合研磨料高速推送出去的推送液压缸，所述存料缸体的末端延伸至入料斗中，所述入料管道的一端与混合输送管道连通，另一延伸至入料斗中；所述出料管道的一端延伸至入料斗中，另一端与混合输送管道连通；所述推送液压缸的推送活塞延伸至存料缸体的内腔中，并与存料缸体的内腔壁配合。Wherein, the circulating feeding module includes a high-speed nozzle, a mixed conveying pipeline and a hybrid power mechanism. One end of the mixed conveying pipeline is connected to the bottom of the processing box, and the other end is connected to the high-speed nozzle, and the high-speed nozzle is arranged in the processing box. The hybrid power mechanism is arranged at one end of the mixing conveying pipe near the bottom of the processing box; the hybrid power mechanism includes a feeding pipe, a feeding hopper, a discharging pipe, two high-pressure pumping cylinders, and a device for driving the discharging A switching drive mechanism in which the pipes are alternately communicated with two high-pressure pumping cylinders, the high-pressure pumping cylinders include a storage cylinder for temporarily storing mixed abrasives and a high-speed push for the mixed abrasives in the storage cylinders For the pushing hydraulic cylinder that goes out, the end of the storage cylinder extends into the feeding hopper, one end of the feeding pipeline is communicated with the mixing conveying pipeline, and the other extends into the feeding hopper; one end of the discharging pipeline extends to the into the hopper, and the other end is communicated with the mixing conveying pipeline; the pushing piston of the pushing hydraulic cylinder extends into the inner cavity of the material storage cylinder and cooperates with the inner cavity wall of the material storage cylinder.2.根据权利要求1所述的用于加工轴承内圈滚道的强化研磨设备，其特征在于，还包括分离回收模块，该分离回收模块包括用于将混合研磨料进行分类回收的清洗分离模块和用于对分类后的钢珠进行干燥的干燥模块。2 . The enhanced grinding equipment for processing the bearing inner ring raceway according to claim 1 , further comprising a separation and recovery module, the separation and recovery module comprising a cleaning and separation module for classifying and recycling the mixed abrasives. 3 . and a drying module for drying the sorted steel balls.3.根据权利要求2所述的用于加工轴承内圈滚道的强化研磨设备，其特征在于，所述清洗分离模块包括脱离机构和分离机构，所述脱离机构包括脱离箱体和多个设置在脱离箱体内的脱离板，多个脱离板上下交错地设置在脱离箱体的两个相对的内壁上；所述脱离板的首端固定连接在脱离箱体的内壁，末端倾斜往下延伸至超过脱离箱体的竖直中心线的位置；其中，位于上方的脱离板的末端延伸线与脱离箱体内壁的相交点所处的位置高于位于下方相邻的脱离板的首端与脱离箱体内壁的连接点的位置；所述脱离箱体设置在加工箱体的下方，其顶部设有与加工箱体的底部开口连通的回收管道以及用于通入清洗液的清洗管道，其底部设有出料口；所述回收管道上设有回收开关；3 . The enhanced grinding equipment for processing the bearing inner ring raceway according to claim 2 , wherein the cleaning and separation module includes a separation mechanism and a separation mechanism, and the separation mechanism includes a separation box and a plurality of settings. 4 . In the detachment plate in the detachment box, a plurality of detachment plates are arranged alternately up and down on two opposite inner walls of the detachment box; the head end of the detachment plate is fixedly connected to the inner wall of the detachment box, and the end extends obliquely downward to Exceeds the position of the vertical centerline of the detachment box; wherein, the intersection of the end extension line of the upper detachment plate and the inner wall of the detachment box is located higher than the head end of the adjacent detachment plate located below and the detachment box The position of the connection point of the inner wall; the detachment box is arranged below the processing box, the top of which is provided with a recovery pipeline that communicates with the bottom opening of the processing box and a cleaning pipeline for introducing cleaning liquid, the bottom of which is provided with a recovery pipe communicating with the bottom opening of the processing box. There is a discharge port; a recovery switch is arranged on the recovery pipeline;所述分离机构包括分离箱体和分离筛网，所述分离箱体设置在出料口的下方，所述分离筛网倾斜地设置在分离箱体的顶部；其中，所述分离筛网的网孔尺寸小于混合研磨料中的钢珠的尺寸，大于混合研磨料中的研磨粉的尺寸。The separation mechanism includes a separation box and a separation screen, the separation box is arranged below the discharge port, and the separation screen is obliquely arranged on the top of the separation box; wherein, the net of the separation screen is The pore size is smaller than the size of the steel balls in the mixed abrasive and larger than the size of the grinding powder in the mixed abrasive.4.根据权利要求3所述的用于加工轴承内圈滚道的强化研磨设备，其特征在于，所述分离箱体内设有倾斜摆放的挡板。4 . The reinforced grinding device for processing the raceway of the inner ring of the bearing according to claim 3 , wherein the separating box is provided with baffles that are placed obliquely. 5 .5.根据权利要求2所述的用于加工轴承内圈滚道的强化研磨设备，其特征在于，所述干燥模块包括用于通入高频电流对钢珠进行干燥的干燥线圈、用于引导钢珠下移的引导板和用于收集钢珠的回收箱体，所述引导板的一端延伸至清洗分离模块的钢珠出料端，另一端延伸至回收箱体中；所述干燥线圈沿着引导板的延伸方向环绕在引导板的外侧。5 . The enhanced grinding device for processing the inner ring raceway of a bearing according to claim 2 , wherein the drying module comprises a drying coil for drying the steel balls by passing in a high-frequency current, and for guiding the steel balls. 6 . A guide plate that moves down and a recovery box for collecting steel balls, one end of the guide plate extends to the discharge end of the steel balls of the cleaning and separation module, and the other end extends into the recovery box; the drying coil is along the guide plate. The extension direction surrounds the outer side of the guide plate.6.根据权利要求5所述的用于加工轴承内圈滚道的强化研磨设备，其特征在于，所述引导板由耐高温且不导电的材料制成。6 . The enhanced grinding equipment for machining the raceway of the bearing inner ring according to claim 5 , wherein the guide plate is made of a material that is resistant to high temperature and non-conductive. 7 .7.根据权利要求1所述的用于加工轴承内圈滚道的强化研磨设备，其特征在于，所述混合输送管道靠近高速喷头的一端连通有用于提供高压气体的高压管道。7 . The enhanced grinding equipment for processing the bearing inner ring raceway according to claim 1 , wherein a high-pressure pipeline for supplying high-pressure gas is connected to one end of the mixing conveying pipeline close to the high-speed nozzle. 8 .

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