CN220658645U - Rotation and revolution cleaning device for cleaning atomizing chamber of atomizing powder making equipment - Google Patents

Abstract

The utility model belongs to the field of atomization powder making equipment, and particularly relates to a rotation and revolution cleaning device for cleaning an atomization chamber of the atomization powder making equipment. The device comprises a cleaning device, a rotating device and a lifting device, wherein the middle of a rotating arm of the cleaning device is fixed on a rotating arm seat of the rotating device, the rotating device is fixed on an upper table surface of a scissor-fork type lifting platform of the lifting device through a ratchet seat, the cleaning device is provided with a pneumatic motor, and the pneumatic motor is in transmission connection with a rolling brush shaft of the cleaning device through a speed reducer and a synchronous belt. The utility model solves the problem that powder cleaning on the inner wall of the atomizing chamber is difficult to manually carry out in the prior art, and realizes the function of cleaning the inner wall of the atomizing chamber by the rotation and revolution modes of the cleaning device after the powder cleaning device is placed below the atomizing chamber and started.

Description

Rotation and revolution cleaning device for cleaning atomizing chamber of atomizing powder making equipment

Technical Field

The utility model belongs to the field of atomization powder making equipment, and particularly relates to a rotation and revolution cleaning device for cleaning an atomization chamber of the atomization powder making equipment.

Background

The gas atomization powder process technology is widely applied to the preparation of metal and alloy powder, and the principle is that high-temperature metal liquid is crushed into small liquid drops through the interaction between gas and liquid, and then the small liquid drops are solidified into powder particles. The gas atomization pulverizing process can be used for preparing high-quality powder with high efficiency and low cost, and the powder can be used for various process occasions, and has a very wide application prospect in the field of additive manufacturing. Aerosolization is a complex physical process that is largely divided into crushing deformation of the continuous phase, primary crushing, secondary crushing, and cooling solidification of droplets into powder, depending on the behavior of the liquid. In this process, the kinetic energy of the high velocity gas stream is converted into surface energy of the metal or alloy droplets that increases the total surface area.

After adopting the powder process of gas atomization powder process equipment, need collect the powder that gas atomization powder process equipment made, the atomized powder falls from the discharge gate vertical of atomizing chamber during the collection earlier, later gets into the toper fill (in toper fill whereabouts in-process powder will cool off to a certain extent), falls to collecting in the hopper at last. However, there is partial powder remaining and adhering to the inside wall of the cone hopper in the vertical falling process of atomized powder from the discharge port of the atomizing cavity, so that the iron content of the powder adhering to the inside wall of the cone hopper is increased and cannot be collected as a qualified product, the yield of atomized powder preparation is reduced, the powder remaining on the inside wall of the cone hopper is difficult to clean, and the cone hopper is detached for cleaning after atomization is finished, so that the labor and time cost of atomized powder preparation are high.

Chinese patent publication No. CN210231529U proposes an aerosolized powder making apparatus, which includes a powder cleaning device, the powder cleaning device includes an air knife, the air knife is disposed in a connection portion between an atomizing chamber and a cone hopper, and the air knife is used for blowing up powder attached to an inner side wall of the cone hopper so that the powder falls into a collection hopper. This powder cleaning device's air knife sets up in the connecting portion of atomizing chamber and toper fight, can blow up the powder that adheres to on the inside wall of toper fight through the air knife so that the powder whereabouts is in collecting the hopper, and the powder that adheres to on the inside wall of toper fight like this can be in time cleared up and collect, improves the productivity of atomizing powder process, and need not the work of the powder on the inside wall of the toper fight of extra clearance for the manpower and the time cost reduction of atomizing powder process.

The prior art has the following defects: when the atomizing powder making equipment is used, a large amount of dust is adhered to the inner wall of the rear atomizing section, after the material mark is replaced, if the atomizing section is not cleaned, the powder produced after the material mark is replaced can be mixed with other mark material powder adhered to the atomizing section before, so that the product quality is affected. The existing cleaning mode is manual blowing, and in the blowing process, the atomizing section is full of a large amount of dust, so that the dust is easily sucked into a respiratory system, and the physical health of cleaning staff is affected; the inside height of atomizing section is located more than 5 ~ 6 meters, and the inside space of atomizing room cavity is sealed relatively, is difficult to artificially carry out the powder clearance of atomizing room inner wall, has the cleaning efficiency low, cleans the effectual condition such as easy emergence incident.

Disclosure of Invention

The utility model aims to provide a rotation and revolution cleaning device for cleaning an atomizing chamber of an atomizing powder making device, which solves the problem that powder on the inner wall of the atomizing chamber is difficult to clean manually in the prior art, and realizes the function of cleaning the inner wall of the atomizing chamber by the rotation and revolution modes of the cleaning device after the device is placed below the atomizing chamber to start.

The technical scheme of the utility model is as follows:

a rotation and revolution cleaning device for cleaning an atomizing chamber of an atomizing powder making device comprises a cleaning device, a rotating device and a lifting device, wherein the middle of a rotating arm of the cleaning device is fixed on a rotating arm seat of the rotating device, the rotating device is fixed on a scissor type lifting platform upper table surface of the lifting device through a ratchet seat, the cleaning device is provided with an air motor, and the air motor is in transmission connection with a rolling brush shaft of the cleaning device through a speed reducer and a synchronous belt.

The automatic cleaning device for the rotation and revolution of the atomizing chamber of the atomizing powder making equipment is characterized in that the cleaning device is provided with a rolling brush support, the rolling brush support is formed by welding or bolting rolling brush support side support columns between an upper rolling brush support plate and a lower rolling brush support plate which are arranged in parallel relatively from top to bottom, the two rolling brush supports are symmetrically arranged at two ends of a rotating arm, each rolling brush support is fixedly connected with one end of the rotating arm through the rolling brush support side support column, and the middle of the rotating arm is fixed on a rotating arm seat of the rotating device.

The automatic cleaning device for the rotation and revolution of the atomizing chamber of the atomizing powder making equipment is provided with a rolling brush upper fixed bearing seat, the rolling brush upper fixed bearing seat corresponds to a support upper bearing gland and is connected with the support upper bearing gland through a bolt to form a rolling brush upper bearing seat, and the rolling brush upper bearing seat is fixed with a rolling brush support upper plate through a bolt; two rolling brush overturning bearing seats are formed in a group, the rolling brush overturning bearing seats are symmetrically arranged at the bottom of a lower plate of a rolling brush support by taking the central axis of a horizontal rolling brush overturning shaft as the center, each rolling brush overturning bearing seat is provided with a bearing hole, the two bearing holes are oppositely arranged along the horizontal axis, one rolling brush overturning bearing is respectively arranged in each bearing hole, and the rolling brush overturning shaft is arranged on the rolling brush overturning bearing seat through the rolling brush overturning bearing; the lower part of the rolling brush turnover shaft is provided with a rolling brush lower bearing seat and a supporting plate, the side wall of the rolling brush lower bearing seat is provided with a mounting hole, the rolling brush turnover shaft is arranged in the mounting hole in a penetrating mode, the mounting hole is matched with the rolling brush turnover shaft, two ends of the rolling brush turnover shaft are matched with inner holes of the rolling brush turnover bearing, and the relative positions of the rolling brush turnover shaft, the side wall mounting hole of the rolling brush lower bearing seat and the rolling brush turnover bearing are coaxially mounted.

The self-rotation and revolution cleaning device for cleaning the atomizing chamber of the atomizing powder making equipment is provided with a rolling brush shaft which is vertically arranged, the upper end of the rolling brush shaft is matched with an inner hole of an upper bearing of the rolling brush, a central bearing hole of a lower bearing seat of the rolling brush is matched with an outer circle of a lower bearing of the rolling brush, and the lower end of the rolling brush shaft is matched with the inner hole of the lower bearing of the rolling brush; the rolling brush sleeve is coaxially sleeved on the rolling brush shaft, and relative rotation is limited between the rolling brush sleeve and the rolling brush shaft by a flat key.

The automatic rotating and revolution cleaning device for cleaning the atomizing chamber of the atomizing powder making equipment is characterized in that a supporting plate is connected with a rolling brush lower bearing seat through a bolt, an output shaft of a pneumatic motor is connected to an input hole of a speed reducer, the output shaft of the speed reducer is coaxially arranged with a driving belt wheel, and a speed reducer shell is arranged on the supporting plate through a bolt; the driven belt wheel is arranged below the rolling brush shaft, is coaxially arranged with the rolling brush shaft, and is connected with the rolling brush shaft through a flat key to limit relative rotation, and the driving belt wheel is connected with the driven belt wheel through a synchronous belt.

The rotation and revolution cleaning device for cleaning the atomizing chamber of the atomizing powder making equipment is characterized in that the lower end of the rolling brush shaft is provided with a locking bolt, the lower end surface of the driven belt wheel is fixed through the locking bolt, and a flat pad is arranged between the locking bolt and the driven belt wheel; each pneumatic motor independently controls the output shaft on the pneumatic motor to rotate so as to drive the output shaft of the speed reducer to rotate.

The rotation and revolution cleaning device for cleaning the atomizing chamber of the atomizing powder making equipment is characterized in that the rotating device is provided with a ratchet seat, the ratchet seat is fixed on the upper table surface of the scissor type lifting platform, the ratchet seat is of a side opening frame structure formed by connecting upper and lower relatively parallel horizontal plates through vertical plates, a ratchet rotating shaft penetrates through the horizontal plates of the ratchet seat respectively, the lower end of the ratchet rotating shaft is connected with the lower horizontal plate of the ratchet seat through a ratchet rotating shaft bearing, the upper part of the ratchet rotating shaft is connected with the upper horizontal plate of the ratchet seat through a graphite bearing, the upper end of the ratchet rotating shaft is connected with the rotating arm seat, a ratchet and a pawl arm are respectively arranged in the middle of the ratchet rotating shaft, and the ratchet is connected with the ratchet rotating shaft through a one-way bearing.

The rotation and revolution cleaning device for cleaning the atomizing chamber of the atomizing powder making equipment is characterized in that a ratchet driving cylinder seat is arranged on the rotating device, the ratchet driving cylinder seat is fixed on the side surface of the ratchet seat, a ratchet driving cylinder is arranged on the ratchet driving cylinder seat, the end part of a cylinder rod of the ratchet driving cylinder is connected with a fork head of the cylinder rod of the ratchet driving cylinder through threads, two clamping surfaces which are vertically opposite are arranged at the end part of the fork head of the cylinder rod of the ratchet driving cylinder, a shaft hole is coaxially formed in the clamping surfaces, a pawl arm extends between the clamping surfaces, a pin shaft penetrates through the shaft hole and the pawl arm, and the fork head of the cylinder rod of the ratchet driving cylinder is connected with the pawl arm through the pin shaft.

The automatic cleaning device for the rotation and revolution of the atomizing chamber of the atomizing powder making equipment is characterized in that a pawl is arranged on a pawl arm through a pawl fixing shaft, a limit nut corresponding to a ratchet on a ratchet wheel is arranged at the upper end of the pawl, and a torsion spring is arranged on the pawl.

The automatic rotation and revolution cleaning device for cleaning the atomizing chamber of the atomizing powder making equipment is characterized in that a scissor fork type lifting platform is arranged on a scissor fork type lifting vehicle, and the upper surface of the scissor fork type lifting platform is a table top on the scissor fork type lifting platform.

The utility model has the advantages and beneficial effects that:

1. the traditional cleaning mode of the atomization section is as follows: the manual blowing or manual use alcohol cleans the inner wall of the atomizing section, and the cleaning process is difficult and has a certain danger because the atomizing section is higher in size, narrow in inner space and relatively closed. The automatic powder sweeping machine is capable of automatically sweeping powder, and has higher cleaning efficiency than manual cleaning, and the cleaning process is automatic and more convenient.

2. The upper end of a ratchet wheel rotating shaft of the rotating device is connected with a rotating arm seat, a ratchet wheel and a pawl arm are respectively arranged at the upper part and the lower part of the middle part of the ratchet wheel rotating shaft, the ratchet wheel is connected with the ratchet wheel rotating shaft through a one-way bearing, and the rotating arm seat and a rotating arm on the rotating arm seat are driven through the ratchet wheel rotating shaft, so that the rotating cleaning of a rolling brush is realized; meanwhile, under the action of the ratchet pawl mechanism and the one-way bearing, the transmission efficiency is high, larger torque can be born, and the device has the characteristics of simple structure, convenience in manufacturing, reliability in movement and the like.

3. The lifting device adopts the scissor fork type lifting platform arranged on the scissor fork type lifting vehicle, and can drive the rotating device and the lifting device on the scissor fork type lifting vehicle to reach the height required to be cleaned, so that powder cleaning on the inner wall of the atomizing chamber is realized.

4. All execution parts of the utility model are hydraulically driven or pneumatically driven, so that the utility model can work more reliably in a dust environment, and the explosion danger caused by the ignition of electric devices in the dust environment is avoided.

5. The utility model can adjust the rotation radius of the cleaning device of the rotating arm by changing the rotating arm or adjusting the telescopic length of the rotating arm, and is suitable for atomizing chambers with different diameters.

6. The utility model can adjust the cleaning speed according to the actual working condition, and the adjusting logic is as follows: the sweeping speed of the rolling brush rotation is adjusted by adjusting the compressed air pressure of the ventilation motor; controlling the revolution speed of the cleaning device by controlling the reciprocating speed of the ratchet driving cylinder; the lifting speed of the rotating device and the cleaning device is adjusted by the lifting device.

7. The lifting device has wide platform working surface and stronger bearing capacity, the cleaning device works in a rotation and revolution mode, and the cleaning device can clean the inner wall of the atomizing chamber cavity in a certain area at fixed points when the revolution speed is slower or stops, so that the cleaning effect on powder with strong adhesive capacity is better.

Drawings

Fig. 1 is a front view of the present utility model.

Fig. 2 is a perspective view of the present utility model.

Fig. 3 is a schematic view of a rolling brush structure according to the present utility model.

Fig. 4 is a schematic view of the installation of the rolling brush of the present utility model.

Fig. 5 is a schematic view of a rotary device according to the present utility model.

In the figure, 1 tumbler, 2 ratchet, 3 tumbler, 4 graphite bearing, 5 ratchet shaft, 6 ratchet seat, 7 ratchet shaft bearing, 8 pawl arm, 9 scissor lift truck, 10 unidirectional bearing, 11 scissor lift platform, 12 driving pulley, 13 decelerator, 14 driven pulley, 15 synchronous belt, 16 support plate, 17 roller lower bearing seat, 18 roller brush shaft, 19 air motor, 20 roller brush turnover shaft, 21 roller brush turnover bearing, 22 roller brush turnover bearing seat, 23 roller brush support, 24 roller brush sleeve, 25 roller brush upper bearing, 26 roller brush upper fixed bearing seat, 27 roller brush support upper plate, 28 roller brush support side support column, 29 roller brush support lower plate, 30 roller brush lower bearing, 31 lock bolt, 32 flat pad, 33 flat key, 34 support upper bearing, 35 support upper bearing gland, 36 pin shaft, 37 limit nut, 38 torsion spring, 39 pawl, 40 fixed shaft, 41 scissor lift platform upper table top, 42 ratchet drive cylinder, 43 ratchet drive cylinder seat, 44 ratchet drive cylinder rod fork, A cleaning device, B rotating device, C lifting device.

Detailed Description

As shown in fig. 1-5, the utility model provides a rotation and revolution cleaning device for cleaning an atomization chamber of an atomization powder making device, which consists of a cleaning device a, a rotating device B and a lifting device C, wherein the cleaning device a, the rotating device B and the lifting device C are composed of the cleaning device a, the middle of a rotating arm 1 of the cleaning device a is fixed on a rotating arm seat 3 of the rotating device B, the rotating device B is fixed on a scissor-type lifting platform upper table surface 41 of the lifting device C through a ratchet seat 6, the cleaning device a is provided with a pneumatic motor 19, and the pneumatic motor 19 is in transmission connection with a rolling brush shaft 18 of the cleaning device a through a speed reducer 13 and a synchronous belt 15.

The device mainly comprises: the ratchet wheel mechanism comprises a rotating arm 1, a ratchet wheel 2, a rotating arm seat 3, a graphite bearing 4, a ratchet wheel rotating shaft 5, a ratchet wheel seat 6, a ratchet wheel rotating shaft bearing 7, a pawl arm 8, a scissor lift truck 9, a one-way bearing 10, a scissor lift platform 11, a driving belt pulley 12, a speed reducer 13, a driven belt pulley 14, a synchronous belt 15, a supporting plate 16, a rolling brush lower bearing seat 17, a rolling brush shaft 18, a pneumatic motor 19, a rolling brush overturning shaft 20, a rolling brush overturning bearing 21, a rolling brush overturning bearing seat 22, a rolling brush support 23, a rolling brush sleeve 24, a rolling brush upper bearing 25, a rolling brush upper fixed bearing seat 26, a rolling brush support upper plate 27, a rolling brush support side supporting column 28, a rolling brush support lower plate 29, a rolling brush lower bearing 30, a locking bolt 31, a flat pad 32, a flat key 33, a support upper bearing 34, a support upper bearing cover 35, a pin 36, a limit nut 37, a torsion spring 38, a pawl 39, a fixed shaft 40, a scissor lift platform upper table 41, a scissor drive cylinder 42, a ratchet wheel driving cylinder seat 43 and a ratchet wheel driving cylinder fork 44, and the following specific structures:

the main parts of the cleaning device A are fixedly arranged on the rolling brush support 23, the rolling brush support 23 is formed by welding or bolting rolling brush support side support columns 28 between upper and lower rolling brush support upper plates 27 and rolling brush support lower plates 29 which are oppositely arranged in parallel, the two rolling brush supports 23 are symmetrically arranged at two ends of the rotating arm 1, each rolling brush support 23 is fixedly connected with one end of the rotating arm 1 through the rolling brush support side support column 28, and the middle of the rotating arm 1 is fixed on the rotating arm seat 3 of the rotating device B.

The rolling brush upper fixed bearing seat 26 corresponds to the support upper bearing gland 35 and is connected with the support upper bearing gland through bolts to form a rolling brush upper bearing seat, and the rolling brush upper bearing seat is fixed with the rolling brush support upper plate 27 through bolts. The two rolling brush overturning bearing seats 22 are a group, the rolling brush overturning bearing seats 22 are symmetrically arranged at the bottom of the lower plate 29 of the rolling brush support by taking the central axis of the horizontal rolling brush overturning shaft 20 as the center, each rolling brush overturning bearing seat 22 is provided with a bearing hole, the two bearing holes are oppositely arranged along the horizontal axis, each bearing hole is internally provided with one rolling brush overturning bearing 21, and the rolling brush overturning shaft 20 is arranged on the rolling brush overturning bearing seat 22 through the rolling brush overturning bearing 21. The lower part of the rolling brush overturning shaft 20 is provided with a rolling brush lower bearing seat 17 and a supporting plate 16, the side wall of the rolling brush lower bearing seat 17 is provided with a mounting hole, the rolling brush overturning shaft 20 is penetrated through the mounting hole, the mounting hole is matched with the rolling brush overturning shaft 20, two ends of the rolling brush overturning shaft 20 are matched with inner holes of rolling brush overturning bearings 21, and the relative positions of the rolling brush overturning shaft 20, the side wall mounting hole of the rolling brush lower bearing seat 17 and the rolling brush overturning bearings 21 are coaxially mounted.

The upper end of the vertically arranged rolling brush shaft 18 is matched with the inner hole of the rolling brush upper bearing 25, the central bearing hole of the rolling brush lower bearing seat 17 is matched with the outer circle of the rolling brush lower bearing 30, and the lower end of the rolling brush shaft 18 is matched with the inner hole of the rolling brush lower bearing 30. The roller brush sleeve 24 is coaxially sleeved on the roller brush shaft 18, and relative rotation between the roller brush sleeve and the roller brush shaft 18 is limited by a flat key.

The supporting plate 16 is connected with the rolling brush lower bearing seat 17 through bolts, an output shaft of the pneumatic motor 19 is connected with an input hole of the speed reducer 13, the output shaft of the speed reducer 13 is coaxially arranged with the driving belt wheel 12, and a shell of the speed reducer 13 is arranged on the supporting plate 16 through bolts. The driven pulley 14 is mounted below the roller brush shaft 18, the driven pulley 14 is mounted coaxially with the roller brush shaft 18, relative rotation is limited by a flat key 33, axial displacement is limited by a bolt and a shaft shoulder, and the driving pulley 12 and the driven pulley 14 are connected by a synchronous belt 15. The lower end of the rolling brush shaft 18 is provided with a locking bolt 31, the lower end surface of the driven pulley 14 is fixed by the locking bolt 31, and a flat pad 32 is arranged between the locking bolt 31 and the driven pulley 14. Each pneumatic motor 19 independently controls the output shaft on the pneumatic motor to rotate, so that the output shaft of the speed reducer 13 is driven to rotate, meanwhile, the driving belt wheel 12 is driven to rotate, and the rolling brush shaft 18 is driven to rotate through the synchronous belt 15 and the driven belt wheel 14.

The connecting bolt between the bearing gland 35 on the support and the fixed bearing seat 26 on the rolling brush is disassembled, so that the rolling brush shaft 18 can rotate along the axial direction of the rolling brush overturning shaft 20, and the rolling brush sleeve 24 can be quickly replaced.

The rotating device B is mainly characterized in that parts of the rotating device B are fixed on a ratchet seat 6, the ratchet seat 6 is fixed on an upper table surface 41 of a scissor type lifting platform, the ratchet seat 6 is of a side opening frame-shaped ( -shaped) structure formed by connecting upper and lower relatively parallel horizontal plates through vertical plates, a ratchet rotating shaft 5 penetrates through the horizontal plates of the ratchet seat 6 from top to bottom respectively, the lower end of the ratchet rotating shaft 5 is connected with the lower horizontal plate of the ratchet seat 6 through a ratchet rotating shaft bearing 7, the upper part of the ratchet rotating shaft 5 is connected with the upper horizontal plate of the ratchet seat 6 through a graphite bearing 4, the upper end of the ratchet rotating shaft 5 is connected with a rotating arm seat 3, a ratchet 2 and a pawl arm 8 are respectively arranged on the upper and lower parts of the middle of the ratchet rotating shaft 5, and the ratchet 2 is connected with the ratchet rotating shaft 5 through a one-way bearing 10.

The ratchet wheel driving cylinder seat 43 is fixed on the side surface of the ratchet wheel seat 6, a ratchet wheel driving cylinder 42 is installed on the ratchet wheel driving cylinder seat, the end part of a cylinder rod of the ratchet wheel driving cylinder 42 is connected with a ratchet wheel driving cylinder rod fork head 44 through threads, the end part of the ratchet wheel driving cylinder rod fork head 44 is provided with two clamping surfaces which are opposite up and down, a shaft hole is coaxially formed in each clamping surface, a pawl arm 8 extends between the clamping surfaces, a pin shaft 36 penetrates through the shaft hole and the pawl arm 8, and the ratchet wheel driving cylinder rod fork head 44 is connected with the pawl arm 8 through the pin shaft 36. The pawl arm 8 is provided with a pawl 39 through a pawl fixing shaft 40, the upper end of the pawl 39 is provided with a limit nut 37 corresponding to a ratchet on the ratchet wheel 2, the pawl 39 is provided with a torsion spring 38, and the clamping force of the pawl 39 is provided through the torsion spring 38.

The ratchet drive cylinder 42 pushes the pawl 39 to rotate the ratchet 2, and the pawl 39 comes to the next ratchet position of the ratchet 2 due to the action of the one-way bearing 10 during the return stroke of the ratchet drive cylinder 42. The ratchet 2 does not rotate following the return stroke of the pawl 39 and ratchet drive cylinder 42 at this time.

The lifting device C is a scissor lift platform 11 arranged on the scissor lift truck 9, and the upper surface of the scissor lift platform 11 is a scissor lift platform upper table surface 41.

Claims (10)

1. The rotation and revolution cleaning device for cleaning the atomizing chamber of the atomizing powder making equipment is characterized by comprising a cleaning device, a rotating device and a lifting device, wherein the middle of a rotating arm of the cleaning device is fixed on a rotating arm seat of the rotating device, the rotating device is fixed on an upper table surface of a scissor-type lifting platform of the lifting device through a ratchet seat, the cleaning device is provided with a pneumatic motor, and the pneumatic motor is in transmission connection with a rolling brush shaft of the cleaning device through a speed reducer and a synchronous belt.

2. The rotation and revolution cleaning device for an atomization chamber of an atomization powder making device according to claim 1, wherein the cleaning device is provided with a rolling brush support, the rolling brush support is formed by welding or bolting rolling brush support side support columns between an upper rolling brush support plate and a lower rolling brush support plate which are arranged in parallel, the two rolling brush supports are symmetrically arranged at two ends of a rotating arm, each rolling brush support is fixedly connected with one end of the rotating arm through the rolling brush support side support column, and the middle of the rotating arm is fixed on a rotating arm seat of the rotating device.

3. The rotation and revolution cleaning device for cleaning an atomization chamber of an atomization powder making device according to claim 2, wherein the cleaning device is provided with a rolling brush upper fixed bearing seat which corresponds to a support upper bearing gland and is connected with the support upper bearing gland through a bolt to form a rolling brush upper bearing seat, and the rolling brush upper bearing seat is fixed with a rolling brush support upper plate through a bolt; two rolling brush overturning bearing seats are formed in a group, the rolling brush overturning bearing seats are symmetrically arranged at the bottom of a lower plate of a rolling brush support by taking the central axis of a horizontal rolling brush overturning shaft as the center, each rolling brush overturning bearing seat is provided with a bearing hole, the two bearing holes are oppositely arranged along the horizontal axis, one rolling brush overturning bearing is respectively arranged in each bearing hole, and the rolling brush overturning shaft is arranged on the rolling brush overturning bearing seat through the rolling brush overturning bearing; the lower part of the rolling brush turnover shaft is provided with a rolling brush lower bearing seat and a supporting plate, the side wall of the rolling brush lower bearing seat is provided with a mounting hole, the rolling brush turnover shaft is arranged in the mounting hole in a penetrating mode, the mounting hole is matched with the rolling brush turnover shaft, two ends of the rolling brush turnover shaft are matched with inner holes of the rolling brush turnover bearing, and the relative positions of the rolling brush turnover shaft, the side wall mounting hole of the rolling brush lower bearing seat and the rolling brush turnover bearing are coaxially mounted.

4. A rotation and revolution cleaning device for cleaning an atomization chamber of an atomization powder making device according to claim 3, wherein the cleaning device is provided with a vertically arranged rolling brush shaft, the upper end of the rolling brush shaft is matched with an inner hole of an upper rolling brush bearing, a central bearing hole of a lower rolling brush bearing seat is matched with an outer circle of a lower rolling brush bearing, and the lower end of the rolling brush shaft is matched with the inner hole of the lower rolling brush bearing; the rolling brush sleeve is coaxially sleeved on the rolling brush shaft, and relative rotation is limited between the rolling brush sleeve and the rolling brush shaft by a flat key.

5. The rotation and revolution cleaning device for an atomization chamber of an atomization powder making apparatus according to claim 4, wherein the supporting plate is connected with the lower bearing seat of the rolling brush by a bolt, the output shaft of the pneumatic motor is connected with the input hole of the reducer, the output shaft of the reducer is coaxially installed with the driving belt wheel, and the housing of the reducer is installed on the supporting plate by a bolt; the driven belt wheel is arranged below the rolling brush shaft, is coaxially arranged with the rolling brush shaft, and is connected with the rolling brush shaft through a flat key to limit relative rotation, and the driving belt wheel is connected with the driven belt wheel through a synchronous belt.

6. The rotation and revolution cleaning device for cleaning an atomization chamber of an atomization powder making device according to claim 5, wherein a locking bolt is arranged at the lower end of the rolling brush shaft, the lower end surface of the driven belt wheel is fixed by the locking bolt, and a flat pad is arranged between the locking bolt and the driven belt wheel; each pneumatic motor independently controls the output shaft on the pneumatic motor to rotate so as to drive the output shaft of the speed reducer to rotate.

7. The rotation and revolution cleaning device for cleaning an atomization chamber of an atomization powder making device according to claim 1, wherein the rotation device is provided with a ratchet seat, the ratchet seat is fixed on an upper table surface of a scissor type lifting platform, the ratchet seat is of a side opening frame structure formed by connecting upper and lower relatively parallel horizontal plates through vertical plates, a ratchet rotating shaft penetrates through the horizontal plates of the ratchet seat respectively from top to bottom, the lower end of the ratchet rotating shaft is connected with the lower horizontal plate of the ratchet seat through a ratchet rotating shaft bearing, the upper part of the ratchet rotating shaft is connected with the upper horizontal plate of the ratchet seat through a graphite bearing, the upper end of the ratchet rotating shaft is connected with a rotating arm seat, a ratchet and a pawl arm are respectively arranged at the upper part and the lower part of the middle part of the ratchet rotating shaft, and the ratchet is connected with the ratchet rotating shaft through a one-way bearing.

8. The rotation and revolution cleaning device for cleaning an atomization chamber of an atomization powder making device according to claim 7, wherein the rotating device is provided with a ratchet driving cylinder seat, the ratchet driving cylinder seat is fixed on the side surface of the ratchet seat, a ratchet driving cylinder is arranged on the ratchet driving cylinder seat, the end part of a cylinder rod of the ratchet driving cylinder is connected with a fork head of a rod of the ratchet driving cylinder through threads, the end part of the fork head of the rod of the ratchet driving cylinder is provided with two clamping surfaces which are vertically opposite, the clamping surfaces are coaxially provided with shaft holes, a pawl arm extends between the clamping surfaces, and a pin shaft penetrates through the shaft holes and the pawl arm, so that the fork head of the rod of the ratchet driving cylinder is connected with the pawl arm through the pin shaft.

9. The rotation and revolution cleaning device for an atomizing chamber of an atomizing powder preparing apparatus according to claim 8, wherein a pawl is installed on the pawl arm through a pawl fixing shaft, a limit nut corresponding to a ratchet on the ratchet is installed at an upper end of the pawl, and a torsion spring is installed on the pawl.

10. The rotation and revolution cleaning device for an atomization chamber of an atomization powder making device according to claim 1, wherein the lifting device is a scissor fork type lifting platform arranged on a scissor fork type lifting vehicle, and the upper surface of the scissor fork type lifting platform is a table top on the scissor fork type lifting platform.