TWM664369U - Automatic dipping and centrifugal painting equipment - Google Patents

Abstract

An automated lacquering and centrifugal painting equipment includes a mobile basket lifting device, a basket circulating conveying device, a lacquering and centrifugal painting device, a flipping device and a drying device, and is used with multiple baskets to perform lacquering and centrifugal painting operations. The basket circulating conveying device is provided with a basket conveying path, a basket distribution path, a basket transfer path and an empty basket return path arranged in a loop above the conveying position. The first carrier unit carries the basket from the basket input area of the basket conveying path to the basket transfer area and resets it. The second carrier unit carries the basket from the basket input area of the basket conveying path to the basket transfer area and resets it. The carrier unit carries the baskets from the basket distribution area of the basket distribution path to the varnishing operation area and resets them. The third carrier unit carries the baskets and moves back and forth between the varnishing operation area, return transfer area and material unloading area of the basket distribution path. The first car unit grabs the baskets from the basket transfer area of the basket conveying path and transfers and releases them to the basket distribution area of the basket distribution path. The second car unit can grab the baskets in the return transfer area of the basket distribution path, transfer and release the baskets to the feeding area, etc., to improve the operating efficiency of the automated varnishing and centrifugal paint throwing equipment.

Description

Automatic dipping and centrifugal painting equipment

This new model is about an automatic dipping and centrifugal painting equipment for coating the surface of screws and other parts with paint with functions such as rust prevention or dyeing.

Currently, the automated surface treatment equipment used for surface treatment operations such as coating the surface of small materials such as screws mainly delivers a predetermined number of materials into a material basket, and then distributes the material barrel to the dipping and centrifugal painting device immersed in the surface treatment equipment to perform the dipping and centrifugal painting steps of the materials, so that each material surface is attached with paint. Afterwards, the painted materials are transferred to a drying device for drying.

Although the aforementioned surface treatment equipment performs the material dipping, centrifugal painting and drying operations in an automated manner, the material basket of the surface treatment equipment carries the material in the material basket, delivers it to the dipping and centrifugal painting device to perform the dipping and centrifugal painting steps of the material, and then sends it to the drying device. The material basket delivery time is relatively long, resulting in more idle time of the equipment in the process, low operating efficiency, and low process output per unit time.

On the other hand, after the material basket carries a predetermined amount of materials, when it is delivered to the paint dipping and centrifugal painting device, an empty material basket must be placed manually on the material basket carrier, and then the material feeding device will feed the materials into the material basket. On the other hand, after the materials in the material basket are finished with paint dipping, painting and pouring into the drying device, the empty basket must be manually recovered, resulting in poor operating efficiency.

The purpose of this new model is to provide an automated varnishing and centrifugal varnishing equipment to improve the technical problem of poor performance of existing automatic surface treatment operations for materials.

In order to achieve the above-mentioned purpose, the present invention proposes an automatic dip-painting and centrifugal paint-throwing equipment, which can be combined with multiple baskets and controlled to perform dip-painting and centrifugal paint-throwing operations on a plurality of materials, and includes: a mobile basket lifting device, which includes a guide rail seat, a platform lifting drive unit and a platform moving drive unit, the platform lifting drive unit is movably installed on the guide rail seat, and includes a basket carrier and a carrier that can carry the basket carrier. a lifting platform lifting assembly, the platform moving drive unit is installed in the guide rail seat and can drive the platform lifting drive unit to move horizontally between a feeding position and a conveying position of the guide rail seat; a material basket circulating conveying device, which is arranged in a loop from above the conveying position and includes: a base frame, a first carrying unit, a second carrying unit, a third carrying unit, a first trolley unit and a second trolley unit, The base frame is defined as a basket conveying path, a basket delivery path, a basket transfer path and an empty basket return path. The basket conveying path is arranged in parallel with the basket delivery path. The two ends of the basket conveying path are a basket input area and a basket transfer area. The basket input area is located directly above the conveying position of the guide rail seat of the mobile basket lifting device. The basket delivery path includes a basket delivery area, a basket transfer area and an empty basket return path arranged in sequence. The first carrier unit is installed in the base frame and includes a first vehicle and a first vehicle driving assembly for driving the first vehicle. The first vehicle can carry the basket from the basket input area of the basket conveying path to the basket transfer area and reset; the second carrier unit is installed in the base frame, and includes a second vehicle and a second vehicle driving assembly for driving the second vehicle, and the driven second vehicle can carry the basket from the basket distribution area of the basket distribution path to the varnishing operation area and reset; the third carrier unit is installed in the base frame, and includes A third car and a third car driving assembly driving the third car, the driven third car can carry the material basket and move back and forth between the varnishing operation area, the return transfer area and the material dumping area of the material basket distribution path; the first car unit is installed on the base frame, and the first car unit can grab the material basket on the first car from the material basket transfer area of the material basket conveying path and transfer and release it to the second car in the material basket distribution area of the material basket distribution path The second car unit is installed on the base frame, and the second car unit can grab the material basket in the material basket input area and transfer and release the material basket to the first car, and can grab the material basket on the third car in the return transfer area of the material basket distribution path and transfer and release the material basket to the material basket carrier located in the material feeding area; a lacquering centrifugal paint throwing device is installed in the lacquering operation area of the base frame of the material basket circulation conveying device, and can receive the material basket and the The materials in the material basket are subjected to the action of dipping and centrifugal painting; a flipping and unloading device is installed in the unloading area of the base frame, and can lift the third vehicle that has moved to the unloading area to carry the material basket after the dipping and unloading, flip the material basket sideways to perform the unloading action, and put the material basket back to the third vehicle; and a drying device is arranged at a position adjacent to the flipping and unloading device, and can receive the materials that have completed the unloading and apply drying action.

The creation of the overall structure of the above-mentioned automated immersion and centrifugal paint throwing equipment has at least the following technical effects:

1. Improve work efficiency: This new type of automatic varnishing and centrifugal varnishing equipment can be used with multiple baskets to perform varnishing, centrifugal varnishing and drying operations, and utilizes the basket circulation conveying device to configure the basket conveying path, basket distribution path, basket transfer path and empty basket return path in a loop shape above the conveying position. The first carrier unit can carry the basket from the basket input area of the basket conveying path to the basket transfer area and reset it, the second carrier unit can carry the basket from the basket distribution area of the basket distribution path to the varnishing operation area and reset it, and the third carrier unit can carry the basket The machine moves back and forth between the varnishing operation area, return transfer area and material dumping area of the basket delivery path. On the first day, the machine unit can grab the basket from the basket transfer area of the basket conveying path and transfer and release it to the basket delivery area of the basket delivery path. On the second day, the machine unit can grab the basket in the return transfer area of the basket delivery path and transfer and release it to the feeding area, etc. The basket circulation conveying device provides good time planning in the basket conveying, varnishing and centrifugal painting process steps, effectively shortens the idle time of the device, and thus improves the operating efficiency of the automated varnishing and centrifugal painting equipment.

2. Automatic recycling and reloading of baskets: As mentioned above, this new type of automatic dipping and centrifugal painting equipment can be used with multiple baskets to perform material dipping, centrifugal painting and drying operations, and utilizes the planning of the basket conveying path, basket distribution path, basket transfer path and empty basket return path configured in a self-loop shape by the basket circulation conveying device, and the first loading unit, the second loading unit, the third loading unit, the first car unit and the second car unit timely carry the baskets in the aforementioned paths, and can return the empty baskets to the mobile basket lifting device in the feeding area for reloading, thereby reducing manual operations and improving the simplicity of the operation of the automatic dipping and centrifugal painting equipment.

3. Reduce the length of the entire installation space and improve the convenience of equipment in and out of materials: As mentioned above, the new automatic dipping and centrifugal painting equipment uses the basket circulation conveying device to configure the basket conveying path, basket distribution path, basket transfer path and empty basket return path in a loop shape from the top of the conveying position. The basket conveying path and the basket The distribution paths are arranged in parallel, and a material dumping area is set outside the return transfer area of the material basket distribution path. The drying device is connected to the material dumping area, and the return transfer area is adjacent to the material basket input area. In this way, the length of the automatic varnishing and centrifugal painting equipment can be shortened, which is helpful for the factory with limited length to configure the automatic varnishing and centrifugal painting equipment. In addition, the material entry position and the material discharge position of the automatic varnishing and centrifugal painting equipment are both located on the same side of the surface treatment equipment of the automatic varnishing and centrifugal painting equipment, which is conducive to the convenience of material transportation.

The new automatic varnish dipping and centrifugal varnish throwing equipment can further utilize the mobile basket lifting device to add a basket rotating unit, which includes a basket supporting seat and a basket rotating drive assembly. The basket supporting seat is pivoted on the basket carrier and can receive the basket. The basket rotating drive assembly is installed on the basket carrier and connected to the basket supporting seat, and can drive the basket supporting seat and the basket thereon to rotate. The materials can be evenly dispersed in the basket.

This new type of automatic varnish dipping and centrifugal varnish throwing equipment can further utilize a feeding device connected to the front end of the mobile basket lifting device, utilize the feeding device to stably transport the materials into the basket, and cooperate with the basket rotating unit of the mobile basket lifting device to drive the basket to rotate, so that the majority of materials in the basket can be more evenly dispersed.

The feeding device in the new automatic varnishing and centrifugal painting equipment includes a main vibration machine unit, a secondary vibration machine unit and a conveyor belt unit arranged in sequence, and the conveyor belt unit extends to the top of the material basket carried by the mobile material basket lifting device. Through the two-stage vibration conveying method, the multiple materials are dispersed and moved in a predetermined direction, and the materials are dispersed and dropped into the conveyor belt unit, and then sent to the material basket, so that most of the materials can be dispersed and stably transported to the material basket.

In the new automatic varnishing and centrifugal varnishing equipment, the conveyor belt unit of the feeding device is combined with a weighing component and is arranged on a base, or a weighing unit is arranged on the basket carrier of the mobile basket lifting device to control the quantity of materials input into the basket on the basket carrier.

The feeding device of the new automatic paint dipping and centrifugal paint throwing equipment can also be equipped with a flip feeder unit configured on the high side of the main vibration machine to facilitate the material to be flipped and dropped from the lower side to the high side of the main vibration machine for transportation.

This new type of automatic paint dipping and centrifugal paint throwing equipment can further utilize a secondary centrifugal paint throwing device between the flipping device and the drying device. The secondary centrifugal paint throwing device can receive the materials that have been flipped out by the flipping device after the paint dipping and paint throwing, and then perform the second centrifugal paint throwing operation. After completion, the materials are flipped over to the drying device for drying, thereby avoiding paint residues in the concave parts on the surface of the materials, making the paint coating on the surface of the materials more uniform, and improving the quality of the surface treatment of the materials.

As mentioned above, this new type of automatic dipping and centrifugal painting equipment is a two-stage painting equipment creation, which can effectively remove the excess paint on the surface of the material, so it can overcome the limitations of the single-time painting surface coating equipment on the number of materials loaded into the material basket and the painting time, and appropriately increase the number of materials placed in each material basket to improve the process capacity. On the other hand, this new type of automatic dipping and centrifugal painting equipment can better control and optimize the process time of material transportation, dipping and centrifugal painting, and improve its process efficiency.

A: Basket

1: Mobile basket lifting device

10: Guide rail seat

10A: Feeding position

10B: Delivery location

11: Carrier lifting drive unit

111: Carrier lifting assembly

112: Material basket carrier

12: Carrier moving drive unit

13: Basket rotation unit

131: Material basket carrier

132: Basket rotation drive assembly

14: Weighing unit

2: Basket circulation conveyor device

20: Base frame

20A: Basket conveying path

201A: Basket input area

202A: Basket transfer area

20B: Basket delivery path

201B: Basket distribution area

202B: Paint dipping area

203B: Return transfer area

204B: Material dumping area

20C: Basket transfer path

20D: Empty basket return path

21: First loading unit

211: The first car

212: The first car drive assembly

213: Basket guide seat

22: Second carrier unit

221: The second car

222: Second car drive assembly

223: Basket guide seat

224: Basket lifting drive assembly

23: The third carrier unit

231: The third car

232: Third car drive assembly

233: Basket guide seat

234: Basket lifting drive assembly

24: First day of the car crew

25: The next day, the car crew

3: Dipping paint and centrifugal painting device

30: Paint bucket platform

31: Paint bucket lifting drive assembly

32: Centrifugal drive assembly

33: Paint bucket

4: Flipping and unloading device

40: Flip bracket

401: Support Department

41: Flip drive unit

5: Drying device

50: Conveyor belt assembly

501: Material receiving end

6: Feeding device

60: Main vibration machine set

601: Main rack

602: Main vibration machine

603: Main vibration component

604:Blanking control mechanism

61: Sub-vibration machine set

611: Secondary rack

612: Secondary vibration machine

613: Sub-vibration component

62: Conveyor belt unit

621: Base

622: Weighing assembly

63: Flip feeding unit

631:Frame

632:Turning hopper

633: Flip drive assembly

7: Secondary centrifugal paint throwing device

70: Base

71: Flip drive mechanism

711: Flip seat

712: Flip drive assembly

72: Centrifugal paint throwing mechanism

720: Storage bucket

721: Throwing paint basket

722: Rotary drive assembly

Figure 1 is a three-dimensional schematic diagram of the first embodiment of the new automatic paint dipping and centrifugal paint throwing equipment.

Figure 2 is a partial top view schematic diagram of the first embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in Figure 1.

FIG3 is a three-dimensional schematic diagram of the second embodiment of the automatic paint dipping and centrifugal paint throwing equipment shown in FIG1 with an additional feeding device.

Figure 4 is a partial top view schematic diagram of the second embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in Figure 3.

Figure 5 is a three-dimensional schematic diagram of the third embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in Figure 3 with an auxiliary centrifugal unit added.

Figure 6 is a partial top view schematic diagram of the third embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in Figure 5.

FIG7 is a schematic diagram of the three-dimensional configuration of the mobile basket elevator unit, basket circulation conveying device, paint dipping and centrifugal paint throwing device, flipping device and drying device in the embodiments of the automated paint dipping and centrifugal paint throwing equipment shown in FIG1, FIG3 and FIG5.

Figure 8 is a schematic top view of Figure 7.

FIG9 is a three-dimensional schematic diagram of the mobile basket lifting unit and the basket it carries in the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in FIG1, FIG3 and FIG5.

FIG10 is a three-dimensional schematic diagram of the mobile basket lifting unit and the basket it carries in the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in FIG1, FIG3 and FIG5 from another perspective.

FIG11 is a schematic side view of the mobile basket lifting unit and the basket it carries in the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in FIG1, FIG3 and FIG5.

FIG12 is a schematic diagram of the three-dimensional configuration of the material basket circulation conveying device, the paint dipping and centrifugal paint throwing device and the flipping device in the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in FIG1, FIG3 and FIG5.

FIG13 is a side plan view schematic diagram of the material basket circulation conveying device, the paint dipping and centrifugal paint spinning device and the flipping device in the embodiment of the automated paint dipping and centrifugal paint spinning equipment shown in FIG1, FIG3 and FIG5.

FIG14 is a schematic side view of another angle of the material basket circulation conveying device and the paint dipping and centrifugal paint throwing device in the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in FIG1, FIG3 and FIG5.

FIG15 is a schematic diagram of the three-dimensional configuration of the material basket circulation conveying device, the paint dipping and centrifugal paint spinning device and the flipping device in the embodiment of the automated paint dipping and centrifugal paint spinning equipment shown in FIG1, FIG3 and FIG5 from another perspective.

FIG16 is a schematic diagram of the three-dimensional configuration of the material basket circulation conveying device, the paint dipping and centrifugal paint spinning device and the flipping and unloading device in the embodiment of the automatic paint dipping and centrifugal paint spinning equipment shown in FIG1, FIG3 and FIG5 from another perspective.

FIG17 is a side plan view of the material basket circulation conveying device, the paint dipping and centrifugal paint throwing device and the flipping device in the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in FIG16.

FIG18 is a schematic side view of another angle of view of the material basket circulation conveying device, the paint dipping and centrifugal paint spinning device and the flipping device in the embodiment of the automated paint dipping and centrifugal paint spinning equipment shown in FIG16.

FIG19 is a partial three-dimensional schematic diagram of the first carrier unit in the basket circulation conveying device of the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in FIG1, FIG3 and FIG5.

Figure 20 is a partial three-dimensional schematic diagram of the second carrier unit in the basket circulation conveying device of the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in Figures 1, 3 and 5.

Figure 21 is a partial three-dimensional schematic diagram of the second carrier unit in the basket circulation conveyor device shown in Figure 20, viewed from above.

Figure 22 is a partial three-dimensional schematic diagram of the third carrier unit and the second car unit flipping and unloading device in the basket circulation conveying device of the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in Figures 1, 3 and 5.

Figure 23 is a partial three-dimensional schematic diagram of Figure 22 from another viewing angle.

Figure 24 is a partial three-dimensional schematic diagram of the material basket circulation conveying device and the flipping device in the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in Figures 1, 3 and 5.

Figure 25 is a partial three-dimensional schematic diagram of another perspective of the material basket circulation conveying device and the flipping device in the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in Figures 1, 3 and 5.

Figure 26 is a three-dimensional schematic diagram of the paint dipping and centrifugal paint spinning device in the embodiment of the automated paint dipping and centrifugal paint spinning equipment shown in Figures 1, 3 and 5.

FIG27 is a schematic diagram of the three-dimensional configuration of the mobile basket lifting unit and the feeding device in the embodiments of the automated paint dipping and centrifugal paint throwing equipment shown in FIG3 and FIG5.

Figure 28 is a side plan view of the mobile basket lift unit and feeding device shown in Figure 27.

FIG29 is a partial top view schematic diagram of the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in FIG5 .

FIG30 is a partial three-dimensional schematic diagram of the flipping device, the secondary centrifugal paint throwing device and the drying device in the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in FIG5.

FIG31 is a partial three-dimensional schematic diagram from another perspective of the flipping device, the secondary centrifugal paint throwing device and the drying device in the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in FIG5 .

FIG32 is a top plan view of the flipping device, the secondary centrifugal paint throwing device and the drying device in the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in FIG5 .

FIG33 is a reference diagram of the use status of the flipping device, the secondary centrifugal paint throwing device and the drying device in the embodiment of the automated paint dipping and centrifugal paint throwing equipment shown in FIG5.

Figure 34 is a top view reference diagram of the automatic paint dipping and centrifugal paint throwing equipment embodiment shown in Figure 1 in the state of use.

Figure 35 is a top view reference diagram of the automatic paint dipping and centrifugal paint throwing equipment embodiment shown in Figure 5 in the state of use.

As shown in Figures 1, 3 and 5, several specific feasible embodiments of the new automatic dipping and centrifugal painting equipment are disclosed. The automatic dipping and centrifugal painting equipment is equipped with a plurality of material baskets A to perform dipping and centrifugal painting operations. The material basket A is a container for accommodating a plurality of materials and can be moved to perform dipping and painting steps. The material basket A can be selected from existing products. Basically, the material basket A is a container with an upward opening and a plurality of holes on its peripheral wall and bottom plate. The size of the holes can only allow the paint to pass through, but the materials cannot pass through the holes. The top of the peripheral wall of the material basket A is provided with a ring, and the material basket A can be grabbed and released by the ring.

As shown in Figures 1, 3 and 5, the overall structure of the automatic paint dipping and centrifugal paint throwing equipment basically includes a mobile basket lifting device 1, a basket circulating conveying device 2, a paint dipping and centrifugal paint throwing device 3, a flipping device 4 and a drying device 5. As shown in another embodiment of Figures 3 and 5, the automatic paint dipping and centrifugal paint throwing equipment also includes a feeding device 6. As shown in another embodiment of Figure 5, the automatic paint dipping and centrifugal paint throwing equipment is additionally provided with a first-stage centrifugal paint throwing device 7.

As shown in Figures 1, 3 and 5, the mobile material basket lifting device 1 is used to carry a material basket A to carry the materials to be processed and transport them to the material basket circulation conveying device 2. As shown in Figures 7 to 11, the mobile material basket lifting device 1 includes a guide rail seat 10, a platform lifting drive unit 11 and a platform moving drive unit 12.

As shown in Figures 7 to 11, the guide rail seat 10 can be arranged on the ground and includes a guide rail set extending from a feeding position 10A to a conveying position 10B.

As shown in Figures 7 to 11, the carrier lifting drive unit 11 is installed on the guide rail seat 10 and can move along the guide rail seat. The carrier lifting drive unit 11 includes a carrier lifting assembly 111 and a material basket carrier 112. The carrier lifting assembly 111 is installed on the guide rail seat 10. The material basket carrier 112 is arranged on the carrier lifting assembly 111 and can carry a material basket A. The material basket A is used to carry the materials for the dip coating and the centrifugal coating. The material basket carrier 112 is driven to rise and fall by the carrier lifting assembly 111. In this embodiment, the carrier lifting assembly 111 uses a cross-arm lifting drive assembly, but it is not limited to this. The cross-arm lifting drive assembly is an existing product, and its specific structure will not be described here.

As shown in Figures 7 to 11, the platform moving drive unit 12 is installed in the guide rail base 10 and connected to the platform lifting assembly 111 of the platform lifting drive unit 11, and can drive the platform lifting drive unit 11 to move between the feeding position 10A and the conveying position 10B. In this embodiment, the platform moving drive unit 12 can use a motor combined with a transmission assembly including gears and racks, and its specific structure is not repeated here.

As shown in FIG9 and FIG11, the mobile material basket lifting device 1 further includes a material basket rotating unit 13, which includes a material basket supporting seat 131 and a material basket rotating driving assembly 132. The material basket supporting seat 131 is pivoted on the material basket carrier 112 and can carry the material basket A. The material basket rotating driving assembly 132 is installed on the material basket carrier 112 and connected to the material basket supporting seat 131, and can drive the material basket supporting seat 131 and the material basket A thereon to rotate. The material basket rotating driving assembly 132 can be a combination of a motor and a transmission wheel set, and the transmission wheel set can be a chain wheel set, a gear set or other gear train transmission assembly. In this way, basket A is driven to rotate, so that the multiple materials dropped into basket A can be evenly dispersed in basket A.

As shown in FIG10 , the mobile material basket lifting device 1 may further include a weighing unit 14, which is installed in the material basket supporting seat 131 and can measure the weight of the material basket A carried on the material basket supporting seat 131, and when the measured weight of the material basket A loaded with materials reaches a predetermined value, the material is stopped from being input into the material basket A.

As shown in FIG. 7 and FIG. 8 , the material basket circulation conveying device 2 is arranged in a loop from above the conveying position 10B. The material basket circulation conveying device 2 includes a base frame 20, a first carrier unit 21, a second carrier unit 22, a third carrier unit 23, a first car unit 24, and a second car unit 25.

As shown in FIG. 7 and FIG. 8 , the base frame 20 defines a basket conveying path 20A, a basket delivery path 20B, a basket transfer path 20C, and an empty basket return path 20D, wherein the basket conveying path 20A is arranged in parallel with the basket delivery path 20B, and the basket delivery path 20B is arranged in parallel with the empty basket return path 20D. One end of the basket conveying path 20A is a basket input area 201A, and the other end of the basket conveying path 20A is a basket transfer area 202A. The basket input area 201A is located directly above the conveying position 10B of the guide rail seat 10 of the mobile basket lifting device 1.

As shown in FIG. 7, FIG. 8 and FIG. 12 to FIG. 18, in the above, the material basket delivery path 20B includes a material basket delivery area 201B, a varnishing operation area 202B, a return transfer area 203B and a material dumping area 204B, wherein the material basket delivery area 201B is located at one end of the material basket delivery path 20B adjacent to the material basket transfer area 202A, and the material dumping area 204B is located at the material basket delivery path 20B is far from the other end of the basket delivery area 201B, the return transfer area 203B is located on the basket delivery path 20B near the basket input area 201A, and the varnishing operation area 202B is located between the basket delivery area 201B and the return transfer area 203B on the basket delivery path 20B, that is, the return transfer area 203B is located between the dumping area 204B and the varnishing operation area 202B.

In the above, the basket transfer path 20C extends from the basket transfer area 202A of the basket conveying path 20A to the basket delivery area 201B of the basket delivery path 20B, and the empty basket return path 20D extends from the return transfer area 203B of the basket delivery path 20B to the basket input area 201A of the basket conveying path 20A.

As shown in FIG. 12 and FIG. 19 , the first carrier unit 21 is installed in the base frame 20 and includes a first vehicle 211 and a first vehicle driving assembly 212 for driving the first vehicle 211. The first vehicle driving assembly 212 can drive the first vehicle 211 to move back and forth between the basket input area 201A and the basket transfer area 202A of the basket conveying path 20A of the base frame 20.

As shown in Figures 12, 15, 20 and 21, the second carrier unit 22 is installed in the base frame 20 and can carry the basket A to move between the basket distribution area 201B and the varnishing operation area 202B of the basket distribution path 20B. In this embodiment, the third carrier unit 23 includes a second vehicle 221 and a second vehicle driving assembly 222 for driving the second vehicle 221. The second vehicle driving assembly 222 can drive the second vehicle 221 to move back and forth between the basket distribution area 201B and the varnishing operation area 202B of the basket distribution path 20B of the base frame 20.

As shown in Figures 15, 22 to 24, the third carrier unit 23 is installed in the base frame 20 and can carry the material basket A to move between the varnishing operation area 202B, the return transfer area 203B and the material dumping area 204B. In this embodiment, the third carrier unit 23 includes a third vehicle 231 and a third vehicle driving assembly 232 for driving the third vehicle 231. The third vehicle driving assembly 232 can drive the third vehicle 231 to move back and forth between the varnishing operation area 202B, the return transfer area 203B and the material dumping area 204B of the material basket distribution path 20B of the base frame 20.

As shown in Figures 19, 20 and 22, in the above, the first trolley 211 of the first carrier unit 21, the second trolley 221 of the second carrier unit 22 and the third trolley 231 of the third carrier unit 23 are all provided with a basket guide support 213, 223, 233, which are used to guide the basket A to automatically align and align to a predetermined position, so as to facilitate the transfer and transportation of the basket A. The basket guide support 223, 233 of the second trolley 221 of the second carrier unit 22 and the third trolley 231 of the third carrier unit 23 are each provided with a basket lifting drive assembly 224, 234, which is used to carry the basket A to lift and move.

As shown in Figures 7, 8, 12 to 17, the first car unit 24 is installed on the base frame 20. The first car unit 24 can grab the basket A from the basket transfer area 202A of the basket conveying path 20A, and can move to the basket distribution area 201B of the basket distribution path 20B to release the basket A and reset.

As shown in Figures 7, 8, 17 to 18, 22, and 23, the second car unit 25 is installed on the base frame 20. The second car unit 25 can grab basket A and release basket A in the basket input area 201A, move to the return transfer area 203B of the basket distribution path 20B to grab basket A, and move to the basket input area 201A of the basket conveying path 20A to release basket A.

As shown in Fig. 7, Fig. 8, Fig. 17, Fig. 22 and Fig. 23, the first and second trolley units 24 and 25 can be existing products. Basically, the first and second trolley units 24 and 25 both include a trolley rail, a trolley, a trolley driving assembly and a basket taking assembly. The trolley rail is mounted on the base frame 20, the trolley can move along the trolley rail, the trolley driving assembly is mounted on the trolley rail and drives the trolley to move, and the basket taking assembly is mounted on the trolley and can grab the basket A to lift and release the basket A. Other specific details of the first and second trolley units 24 and 25 belong to the existing technology and will not be described here. The basket placement assembly includes a pair of clamping claws that can be driven to open and close, and the pair of clamping claws are used to clamp the ring at the top of the basket A.

As shown in Figures 15 to 17 and Figure 26, the paint dipping and centrifugal paint throwing device 3 is installed in the paint dipping operation area 202B of the base frame 20 of the material basket circulating conveying device 2, and includes a paint bucket carrier 30, a paint bucket lifting drive assembly 31 and a centrifugal drive assembly 32. The paint bucket platform 30 is arranged in the paint-throwing operation area in a manner that it can be lifted and moved, and can carry a paint bucket 33. The paint bucket lifting drive assembly 31 is arranged below the paint bucket platform 30 and is connected to the paint bucket platform 30 to drive the paint bucket platform 30 and the paint bucket 33 thereon to lift and move. The centrifugal drive assembly 32 is arranged in the paint-throwing operation area and is located above the paint bucket platform 30. The centrifugal drive assembly 32 can grab and release the material basket A, and drive the material basket A to rotate. In this embodiment, the paint bucket lifting drive assembly 31 uses a cross-arm lifting drive assembly, which is an existing product, and its specific structure is not repeated here.

As shown in Figures 16 to 18 and Figures 22 to 25, the overturning and unloading device 4 is installed in the unloading area 204B of the base frame 20, and clamps the material basket A after the paint dipping and paint throwing, and overturns the material basket A laterally to unload the material. In this embodiment, the overturning and unloading device 4 includes a overturning bracket 40 and an overturning drive unit 41. The overturning bracket 40 is pivotally arranged in the unloading area 204B of the base frame, and can lift the material basket A carried by the third trolley 231 to overturn and put the material basket A back to the third trolley 231. The overturning drive unit 41 is arranged in the base frame and connected to the overturning bracket 40, and can drive the overturning bracket 40 and the material basket A thereon to overturn and unload the material outward. In this embodiment, the bottom of the flip bracket 40 facing the return transfer zone 203B has a holding portion 401 for holding the material basket A. The flip bracket 40 also has a notch, which provides a space for the material basket lifting drive assembly 234 in the material basket guide support 233 of the third trolley 231 to pass through, so that the flip bracket 40 can lift the material basket A from the third trolley 231 and restore the material basket A to the third trolley 231 when the flip bracket 40 is reset.

As shown in Figures 1 to 4 and 8, the drying device 5 is arranged on one side of the flipping device 4 and can receive the materials after the paint dipping and paint throwing for drying. The drying device 5 includes a drying unit and a conveyor belt set 50 passing through the drying unit. The two ends of the conveyor belt set 50 are respectively a material receiving end 501 and a material discharging end. The material receiving end 501 is located at one end of the conveyor belt set 50 facing the flipping device 4, and the material discharging end is the part where the materials are output. The drying unit can be a heating mechanism, an airflow generating mechanism or a combination thereof. The drying unit and the conveyor belt set 50 are both existing products, and their specific structures are not described here.

As shown in Figures 3 to 6 and Figures 27 to 29, when the automatic paint dipping and centrifugal paint throwing equipment is an embodiment including a feeding device 6, the feeding device 6 is used to transport the material to be dipped into the material basket A located on the material basket carrier 112 of the mobile material basket lifting device 1. In this embodiment, the feeding device 6 includes a main vibration machine unit 60, a primary vibration machine unit 61 and a conveyor belt unit 62, or further includes a flip feeder unit 63.

As shown in Figures 27 to 29, the main vibration machine set 60 includes a main frame 601, a main vibration machine 602 and a main vibration assembly 603. The main vibration machine 602 is installed on the main frame 601 at a predetermined angle in combination with multiple springs. The two ends of the main vibration machine 602 are a high end and a low end. The low end is located at one end of the main vibration machine 602 facing the mobile basket lifting device 1. The main vibration assembly 603 is arranged on the main vibration machine 602, so that the materials poured onto the main vibration machine 602 can be dispersed and moved from the high end of the main vibration machine 602 to the low end by the vibration force provided by the main vibration assembly 603.

As shown in Figures 27 to 29, the main vibration machine set 60 can also be provided with a material drop control mechanism 604 at the lower end of the main vibration machine 602 to control the on/off state of the lower end of the main vibration machine 602, so that the material drops from the lower end or stops dropping. In this embodiment, the material drop control mechanism 604 includes a baffle pivotally arranged in the lower end of the main vibration machine 602 and a driving assembly that drives the baffle to rotate.

As shown in FIGS. 27 to 29, the secondary vibration machine set 61 includes a primary frame 611, a primary vibration machine 612 and a primary vibration assembly 613. The secondary vibration machine 612 is installed on the secondary frame 611 at a predetermined angle in combination with a plurality of springs. The two ends of the secondary vibration machine 612 are a high end and a low end. The low end is located at the secondary vibration machine 612 facing the mobile basket lifting device. 1, the high end of the secondary vibration machine 612 is connected to the low end of the main vibration machine 602, the secondary vibration assembly 613 is arranged on the secondary vibration machine 612, the high end of the secondary vibration machine 612 receives the materials dropped from the low end of the main vibration machine 602, and the vibration force provided by the secondary vibration assembly 613 can make the multiple materials dispersedly move from the high end of the secondary vibration machine 612 to the low end. In this embodiment, the secondary vibration machine set 61 is a mechanism with a smaller size than the main vibration machine set 60.

As shown in Figures 27 to 29, the conveyor belt unit 62 is arranged from the lower end of the secondary vibration machine 612 of the secondary vibration machine unit 61 to the upper part of the feeding position 10A of the mobile material basket lifting device 1, and is used to receive the materials dropped from the lower end of the secondary vibration machine 612 and transfer them to the material basket A on the material basket carrier 112 of the mobile material basket lifting device 1 moved to the feeding position 10A. The conveyor belt unit 62 is an existing product, and its specific composition and structure are not described here.

As shown in Figures 27 and 28, the conveyor belt unit 62 can also be combined with a weighing assembly 622 disposed on a base 621 to control the number of materials in the basket A transported to the basket carrier 112 by the conveyor belt unit 62.

As shown in Figures 27 to 29, the flip feeder unit 63 is arranged on the high side of the main vibration machine 602, and flips the material from the lower side to the high side of the main vibration machine 602. The flip feeder unit 63 includes a frame 631, a flip hopper 632 pivotally mounted on the frame 631, and a flip drive assembly 633 installed on the frame 631 and connected to the flip hopper 632. The flip drive assembly 633 can drive the flip hopper 632 to flip and reset. In this embodiment, the flip drive assembly 633 uses a cylinder, and can also be replaced with other equivalent mechanisms, but is not limited to this.

As shown in FIG5 and FIG6, when the automatic paint dipping and centrifugal paint throwing equipment is an embodiment including the secondary centrifugal paint throwing device 7, the secondary centrifugal paint throwing device 7 is arranged between the flipping device 4 and the material receiving end 501 of the conveyor belt set 50 of the drying device 5. The secondary centrifugal paint throwing device 7 can receive the material flipped out from the flipping device 4, and then flip the material to the material receiving end 501 of the conveyor belt set 50 of the drying device 5 to perform a drying operation; or, after the secondary centrifugal paint throwing device 7 receives the material flipped out from the flipping device 4, it performs a second centrifugal paint throwing operation, and after completion, flips back to the material receiving end 501 of the conveyor belt set 50 of the drying device 5 to perform a drying operation.

As shown in Figures 5 to 6 and Figures 29 to 33, in this embodiment, the secondary centrifugal paint-throwing device 7 is set lower than the flipping and unloading device 4, and the secondary centrifugal paint-throwing device 7 includes a base 70, a flipping drive mechanism 71 and a centrifugal paint-throwing mechanism 72. The base 70 is located between the material receiving end of the flipping and unloading device 4 and the conveyor belt assembly of the drying device 5. The rotating drive mechanism 71 includes a flip seat 711 and a flip drive assembly 712. The flip seat 711 is pivoted on the base 70 near one side of the drying device 5. The flip drive assembly 712 is disposed on the base 70 and connected to the flip seat 711 to drive the flip seat 711 to flip and reset laterally toward the material receiving end 501 of the conveyor belt assembly 50 of the drying device 5. In this embodiment, the flip seat 711 is pivoted on the base 70 by a rotating shaft, and the rotating shaft is connected to the flip drive assembly 712. The flip seat 711 flips with the rotating shaft as the rotation center axis.

As shown in Figures 29 to 33, the centrifugal paint-throwing mechanism 72 is disposed on the flip seat 711 and includes a accommodating bucket 720, a paint-throwing basket 721 and a rotary drive assembly 722. The accommodating bucket 720 is mounted on the flip seat 711. The paint-throwing basket 721 is pivoted in the accommodating bucket 720 and can receive a plurality of materials. The rotary drive assembly 722 is disposed on the flip seat 711 and can drive the paint-throwing basket 721 to rotate and throw paint.

Regarding the use of the new automatic paint dipping and centrifugal paint throwing equipment, take the embodiment disclosed in FIG. 3 as an example, please refer to FIG. 3 to FIG. 4, FIG. 28 to FIG. 29 and FIG. 34, which is to pour the material to be dipped into the flip hopper 632 of the flip feeder unit 63 of the feeding device 6, and drive the flip hopper 632 to flip by the flip drive assembly 633 to pour the material in the flip hopper 632 onto the main vibration machine 602 of the main vibration machine unit 60, and utilize the vibration of the main vibration machine unit 60 to disperse and transport the material along the main vibration machine 602 to the secondary vibration machine unit 61. The material is placed on the machine 612, and the vibration of the secondary vibration machine unit 61 is utilized to disperse the material pieces along the secondary vibration machine 612 and transport them to the conveyor belt unit 62. The conveyor belt unit 62 then transports the material pieces to the basket A on the basket carrier 112 of the mobile basket lifting device 1 at the feeding position 10A, and the basket rotation drive assembly 132 drives the basket A to rotate, so that the multiple material pieces falling into the basket A can be evenly dispersed in the basket A. On the other hand, the weighing assembly 622 combined with the conveyor belt unit 62 is utilized to control the quantity of material pieces in the basket A transported to the basket carrier 112.

As shown in FIGS. 3 to 4, 9 to 11 and 34, after a predetermined number of materials are placed in the basket A on the basket carrier 112 of the mobile basket lifting device 1, the weighing unit 14 disposed on the basket carrier 112 measures that the basket A containing the materials has reached a preset weight value, and then the feeding device 6 is stopped to transport the materials to the basket A on the basket carrier 112, and the carrier of the mobile basket lifting device 1 is driven to move. Unit 12 drives the carrier lifting drive unit 11 and the material basket A loaded with materials on its material basket carrier 112 to move from the feeding position 10A to the conveying position 10B, and is located below the material basket input area 201A of the material basket circulating conveying device 2. Then, the carrier lifting drive unit 11 of the mobile material basket lifting device 1 drives the material basket carrier 112 and the material basket A loaded with materials thereon to rise to the material basket input area 201A.

As shown in FIG. 34 and FIG. 13, when the basket A containing materials rises to the basket input area 201A, the second car unit 25 of the basket circulation conveying device 2 grabs the basket A containing materials and moves it to the first car 211 of the first carrier unit 21, and the first carrier unit 21 moves the basket A containing materials to the basket transfer area 202A; on the other hand, the second car unit 25 returns to the return transfer area 203B along the empty basket return path 20D, and Grab the basket A above the third vehicle 231 in the return transfer area 203B of the third carrier unit 23 and transfer it to the basket carrier 112 of the mobile basket lifting device 1 that rises to the basket input area 201A. Then the mobile basket lifting device 1 drives the basket carrier 112 and the basket A above it to descend to the conveying position 10B, and then returns from the conveying position 10B to the feeding position 10A to receive the materials output by the feeding device 6 again.

As shown in FIG. 34 and FIG. 12 to FIG. 17, in the above, the material basket A loaded with materials moved by the first carrier unit 21 to the material basket transfer area 202A is grabbed by the first car unit 24 from the material basket transfer area 202A of the material basket conveying path 20A and transferred to the second car 221 of the second carrier unit 22 of the material basket delivery area 201B of the material basket delivery path 20B, and then carried by the second carrier unit 22 to the material basket A loaded with materials. The material basket is transferred from the material basket distribution area 201B of the material basket distribution path 20B to the varnishing operation area 202B, and the material basket A is pushed up by the material basket lifting drive assembly 224 on the second trolley 221 of the second carrier unit 22, and the centrifugal drive assembly 32 of the varnishing centrifugal paint throwing device 3 grabs the material basket A, the material basket lifting drive assembly 224 is reset, and the second carrier unit 22 returns to the material basket distribution area 201B.

As shown in Figures 34, 17 and 26, in the above, after the centrifugal driving assembly 32 of the paint dipping and centrifugal painting device 3 grabs the material basket A containing the materials, the paint bucket lifting and driving assembly 31 drives the paint bucket carrier 30 and the paint bucket 33 thereon to rise to the material basket A containing the materials and immerse it in the paint in the paint bucket 33. After the predetermined time of dipping, the paint bucket lifting and driving assembly 31 drives the paint bucket carrier 30 and the paint bucket 33 thereon to rise to the material basket A containing the materials above the paint in the paint bucket, and then the centrifugal driving assembly 32 drives the material basket A containing the materials that has been dipped in paint to rotate, and stops after the predetermined time of centrifugal painting.

As shown in FIG. 34, FIG. 17 and FIG. 26, the paint bucket lifting drive assembly 31 then drives the paint bucket carrier 30 and the paint bucket 33 on it to rise to the material basket A containing the materials and leave the paint bucket 33. The third trolley 231 of the third carrier unit 23 is driven to move to the varnishing operation area 202B. The basket lifting drive assembly 234 rises to carry the material basket A, and the centrifugal drive assembly 32 of the paint dipping and centrifugal painting device 3 releases the paint-dipped and centrifugally painted material basket A to the third trolley 231, and the third carrying unit 23 carries the paint-dipped and centrifugally painted material basket A from the paint dipping operation area 202B of the material basket distribution path 20B to the material unloading area 204B.

As shown in FIGS. 3, 4, 34, 17 and 26, when the third carrier unit 23 carries the paint-dipped and centrifugally spun material basket A to the unloading area 204B, the material basket A enters the flip bracket 40, wherein the support portion 401 of the flip bracket 40 guides the material basket A to move to the top of the flip bracket 40, until the material basket A is completely moved to the top of the flip bracket 40, the material basket lifting drive assembly 234 on the third trolley 231 of the third carrier unit 23 descends, and the material basket A The transfer is supported by the flip bracket 40, and the flip bracket 40 of the flipping and unloading device 4 is used to lift the third trolley 231 to carry the material basket A that has been dipped in paint and centrifugally spun. The materials in the material basket A that have completed the dip and centrifugally spun paint are unloaded to the receiving end 501 of the conveyor belt set 50 of the drying device 5. The drying device 5 then performs a drying step on the materials that have completed the dip and centrifugally spun paint, so that the paint on the surface of the materials is solidified and discharged from the discharge end of the conveyor belt set 50 of the drying device 5.

As shown in Figures 34, 16, 24 and 25, in the above, when the flip bracket 40 of the flipping and unloading device 4 lifts the third trolley 231 to carry the paint-impregnated and centrifugally spun material basket A to flip and unload, the empty material basket A is reversely rotated and returned to the third trolley 231, and then transferred to the return transfer area 203B by the third trolley 231, and then the second trolley unit 25 grabs the empty material basket A and sends it back to the material basket carrier 112 of the mobile material basket lifting device 1, and then the mobile material basket lifting device 1 carries the empty material basket A to descend, and returns from the conveying position 10B to the feeding position 10A, and receives the material output by the feeding device 6 again.

As shown in Figure 34, the new automatic dipping and centrifugal painting equipment carries out the feeding step of the material basket A on the mobile material basket lifting device 1, and the dipping and centrifugal painting device 3 performs the dipping and centrifugal painting steps on the material basket A with the materials simultaneously. At the same time, the material basket circulation conveying device is used to provide good time planning in the material basket conveying, dipping, and centrifugal painting process steps, effectively shortening the idle waiting time of each device, thereby improving the operating efficiency of the automatic dipping and centrifugal painting equipment.

As shown in Figures 5 to 6, Figure 33 and Figure 35, when the new automatic paint dipping and centrifugal paint throwing equipment is equipped with the secondary centrifugal paint throwing device 7 between the turning and unloading device 4 and the material receiving end 501 of the conveyor belt set 50 of the drying device 5, during use, it is basically the same as the operation mode of the above-mentioned automatic paint dipping and centrifugal paint throwing equipment embodiment, the difference is that the turning bracket 40 of the turning and unloading device 4 lifts the third car 231 to carry the paint-dipped and centrifugal paint-throwing materials. After the paint basket A is centrifugally thrown, it is turned over and poured into the paint basket 721 of the next-stage centrifugal paint throwing device 7. The turning bracket 40 of the turning and pouring device 4 lifts the third trolley 231 to carry the paint-impregnated and centrifugally thrown paint basket A. After turning over and pouring, the empty basket A is reversely rotated and returned to the third trolley 231, and then transferred to the return transfer area 203B by the third trolley 231, waiting for the next day's car unit 25 to grab and send it back to the basket carrier 112 of the mobile basket lifting device 1.

As shown in Figures 33 and 35, in the above, the material is turned over and poured into the paint-throwing basket 721 of the secondary centrifugal paint-throwing device 7. The rotation drive assembly 722 of the centrifugal paint-throwing mechanism 72 drives the paint-throwing basket 721 to perform a second centrifugal paint-throwing step in the storage barrel 720. After completion, the turning drive mechanism 71 of the secondary centrifugal paint-throwing device 7 turns the finished material in the paint-throwing basket 721 over and pours it to the receiving end 501 of the conveyor belt assembly 50 of the drying device 5. The drying device 5 then performs a drying step on the material that has been dipped in paint and centrifugally threshed, so that the paint on the surface of the material is solidified and discharged from the discharge end of the conveyor belt assembly 50 of the drying device 5.

1: Mobile basket lifting device

2: Basket circulation conveyor device

3: Dipping paint and centrifugal painting device

4: Flipping and unloading device

5: Drying device

50: Conveyor belt assembly

501: Material receiving end

6: Feeding device

60: Main vibration machine set

61: Sub-vibration machine set

62: Conveyor belt unit

63: Flip feeding unit

A: Basket

Claims (15)

An automatic varnishing and centrifugal varnishing equipment can be combined with multiple baskets and controlled to perform varnishing and centrifugal varnishing operations on a plurality of materials, and includes: a movable basket lifting device, which includes a guide rail seat, a platform lifting drive unit and a platform moving drive unit, the platform lifting drive unit is movably installed on the guide rail seat, and includes a basket platform and a platform lifting assembly capable of carrying the basket platform to lift and lower. The carrier moving drive unit is installed in the guide rail base and can drive the carrier lifting drive unit to move horizontally between a feeding position and a conveying position of the guide rail base; a material basket circulating conveying device is arranged in a loop from above the conveying position and includes: a base frame, a first carrier unit, a second carrier unit, a third carrier unit, a first trolley unit and a second trolley unit, wherein: the base frame defines a The material basket conveying path, a material basket delivery path, a material basket transfer path and an empty basket return path are arranged in parallel with the material basket delivery path. The two ends of the material basket conveying path are respectively a material basket input area and a material basket transfer area. The material basket input area is located directly above the conveying position of the guide rail seat of the mobile material basket lifting device. The material basket delivery path includes a material basket delivery area, a varnishing operation area, a return path and an empty basket return path arranged in sequence. The basket transfer path extends from the basket transfer area of the basket conveying path to the basket delivery area of the basket delivery path, and the empty basket return path extends from the return transfer area of the basket delivery path to the basket input area of the basket conveying path; the first carrier unit is installed in the base frame and includes a first vehicle and a first vehicle driving assembly for driving the first vehicle, and the driven first vehicle The second carrier unit is installed in the base frame and includes a second vehicle and a second vehicle driving assembly for driving the second vehicle. The driven second vehicle can carry the material basket from the material basket distribution area of the material basket distribution path to the varnishing operation area and reset it; the third carrier unit is installed in the base frame and includes a third vehicle. and a third car driving assembly for driving the third car, the driven third car can carry the material basket and move back and forth between the varnishing operation area, the return transfer area and the material dumping area of the material basket distribution path; the first car unit is installed on the base frame, the first car unit can grab the material basket on the first car from the material basket transfer area of the material basket conveying path and transfer and release it to the second car in the material basket distribution area of the material basket distribution path; the The second car unit is installed on the base frame, and the second car unit can grab the material basket in the material basket input area and transfer and release the material basket to the first car, and can grab the material basket on the third car in the return transfer area of the material basket distribution path and transfer and release the material basket to the material basket carrier located in the material input area; a lacquering centrifugal paint-throwing device is installed in the lacquering operation area of the base frame of the material basket circulation conveying device, and can receive the material basket and the material The materials in the basket are subjected to the action of dipping and centrifugal painting; a flipping and unloading device is installed in the unloading area of the base frame, and can lift the third vehicle that has moved to the unloading area to carry the basket after the dipping and unloading, flip the basket sideways to perform the unloading action, and put the basket back to the third vehicle; and a drying device is arranged at a position adjacent to the flipping and unloading device, and can receive the materials that have completed the unloading and apply drying action. The automatic paint dipping and centrifugal paint throwing equipment as described in claim 1, wherein the paint dipping and centrifugal paint throwing device includes a paint bucket platform, a paint bucket lifting and driving assembly, and a centrifugal driving assembly. The paint bucket platform is arranged in the paint throwing operation area in a manner that it can be lifted and moved, and can carry a paint bucket filled with paint. The paint bucket lifting and driving assembly is arranged below the paint bucket platform and can drive the paint bucket platform and the paint bucket thereon to lift and move. The centrifugal driving assembly is arranged in the paint throwing operation area and is located above the paint bucket platform. The centrifugal driving assembly can grab and release the material basket, and drive the material basket to rotate and throw the paint. The automatic varnishing and centrifugal varnishing equipment as described in claim 1, wherein the mobile basket lifting device further includes a basket rotating unit, the basket rotating unit includes a basket support seat and a basket rotating drive assembly, the basket support seat is pivoted on the basket carrier and can receive the basket, the basket rotating drive assembly is installed on the basket carrier and connected to the basket support seat, and can drive the basket support seat and the basket thereon to rotate. The automatic varnishing and centrifugal painting equipment as described in claim 1, wherein the first car of the first carrier unit, the second car of the second carrier unit and the third car of the third carrier unit are all provided with a basket guide support to guide the basket to automatically align on the basket guide support; the basket guide support of the second car of the second carrier unit and the third car of the third carrier unit are each provided with a basket lifting drive assembly to carry the basket for lifting and moving. The automated varnishing and centrifugal varnishing equipment as described in any one of claims 1 to 4, wherein the mobile basket lifting device further comprises a weighing unit, which is mounted on the basket carrier. The automated dipping and centrifugal painting equipment as described in any one of claims 1 to 4 includes a feeding device, which extends from the feeding position of the mobile basket lifting device and can transport the material to be dipped into the basket on the basket carrier located at the feeding position. The automatic varnish dipping and centrifugal varnish throwing equipment as described in claim 6, wherein the feeding device includes a main vibration machine unit, a primary vibration machine unit and a conveyor belt unit, wherein: the main vibration machine unit includes a main frame, a main vibration machine and a main vibration assembly, the main vibration machine is installed on the main frame at a predetermined angle in combination with a plurality of springs, the two ends of the main vibration machine are a high end and a low end respectively, the main vibration assembly is arranged on the main vibration machine, and the material poured on the main vibration machine is dispersed and moved from the high end of the main vibration machine to the low end by the vibration force of the main vibration assembly; the secondary vibration machine unit includes a primary frame, a primary vibration machine and a primary vibration assembly, the secondary vibration machine is installed on the main frame at a predetermined angle in combination with a plurality of springs The secondary vibration machine is installed on the secondary frame with a tilted degree. The two ends of the secondary vibration machine are a high end and a low end respectively. The high end of the secondary vibration machine is connected to the low end of the main vibration machine. The secondary vibration assembly is arranged on the secondary vibration machine. The high end of the secondary vibration machine receives the material pieces falling from the low end of the main vibration machine. The vibration force of the secondary vibration assembly can make the multiple materials move from the high end of the secondary vibration machine to the low end. The conveyor belt unit is arranged from the low end of the secondary vibration machine of the secondary vibration machine unit to the upper part of the feeding position of the mobile material basket lifting device, and can receive the material pieces falling from the low end of the secondary vibration machine and transfer them to the material basket on the material basket carrier moved to the feeding position of the mobile material basket lifting device. The automated varnishing and centrifugal painting equipment as described in claim 7, wherein the conveyor belt unit is combined with a weighing assembly and is arranged on a base. The automatic varnishing and centrifugal varnishing equipment as described in claim 7, wherein the conveyor belt unit is combined with a weighing assembly and is arranged on a base; the mobile basket lifting device also includes a weighing unit, which is installed on the basket carrier. The automatic varnishing and centrifugal varnishing equipment as described in claim 7, wherein the feeding device further includes a flip feeder unit, which is arranged on the high end side of the main vibration machine and can flip the material from the lower side to the high end of the main vibration machine. The flip feeder unit includes a frame, a flip hopper pivotally mounted on the frame, and a flip drive assembly mounted on the frame and capable of driving the flip hopper to flip and reset. The automated paint dipping and centrifugal paint throwing equipment as described in any one of claims 1 to 4 includes a primary centrifugal paint throwing device, which is arranged between the flipping device and the conveyor belt set of the drying device. The secondary centrifugal paint throwing device can receive the material flipped out from the flipping device, and continuously apply centrifugal paint throwing and flip to the receiving end of the conveyor belt set of the drying device. The automatic paint dipping and centrifugal paint throwing equipment as described in claim 11, wherein the secondary centrifugal paint throwing device is set lower than the flipping device, and the secondary centrifugal paint throwing device includes a base, a flipping drive mechanism and a centrifugal paint throwing mechanism, the base is located between the flipping device and the conveyor belt set of the drying device, the flipping drive mechanism includes a flip seat and a flipping drive assembly, the flip seat is pivoted on the base facing the side of the drying device, the flipping drive assembly is arranged on the base and connected to the flip seat and can drive the flip seat to flip and reset laterally toward the material receiving end of the conveyor belt set. The automatic paint dipping and centrifugal paint throwing equipment as described in claim 6 includes a primary centrifugal paint throwing device, which is arranged between the flipping device and the conveyor belt set of the drying device. The secondary centrifugal paint throwing device can receive the material flipped out from the flipping device, and then continue to centrifugally throw paint and flip to the material receiving end of the conveyor belt set of the drying device. The automatic paint dipping and centrifugal paint throwing equipment as described in claim 8 includes a primary centrifugal paint throwing device, which is arranged between the flipping device and the conveyor belt set of the drying device. The secondary centrifugal paint throwing device can receive the material flipped out from the flipping device, and then continue to centrifugally throw paint and flip to the receiving end of the conveyor belt set of the drying device. The automated paint dipping and centrifugal paint throwing equipment as described in claim 14, wherein the secondary centrifugal paint throwing device is arranged at a position lower than the flipping and unloading device, and the secondary centrifugal paint throwing device includes a base, a flipping drive mechanism and a centrifugal paint throwing mechanism, the base is located between the flipping and unloading device and the material receiving end of the conveyor belt set of the drying device, the flipping drive mechanism includes a flip seat and a flipping drive assembly, the flip seat is pivoted on the base with a side facing the drying device, the flipping drive assembly is arranged on the base and connected to the flip seat, and can drive the flip seat to flip and reset laterally toward the material receiving end of the conveyor belt set.