Full-automatic rust removing and spraying production line for oil pump accessories

Abstract

The utility model discloses a full-automatic derusting and spraying production line for oil pump accessories. The full-automatic derusting and spraying production line comprises a production line base, a plurality of machined oil pump accessories, a plurality of accessory clamps, an accessory conveying table, a derusting and cleaning bearing frame and a spraying and drying bearing frame. The utility model relates to the technical field of oil pump accessory production, in the production line, a function distribution transverse moving assembly is matched with a multifunctional derusting cleaning structure and a multifunctional spraying drying structure to conduct derusting cleaning and spraying drying operation on machined oil pump accessories, and meanwhile generated dust is collected and gathered by an auxiliary dust removal assembly. And the influence of smoke dust generated during production on oil pump accessory machining is reduced, and the production efficiency is improved.

Description

Technical Field

[0001] The utility model relates to the technical field of oil pump fittings production, in particular to a full-automatic rust removal and spraying production line for oil pump fittings. Background Art

[0002] Oil pump accessories refer to various components and parts used in oil pump systems. Their function is to provide sufficient lubricating oil and coolant for engines or machinery in various equipment and industrial production processes such as automobiles, machinery, ships, etc., and to ensure the smooth and safe operation of the oil circuit. Oil pump accessories are an important component of the oil pump system. Their main function is to provide sufficient lubricating oil and coolant for engines or machinery to ensure their normal operation and long-term service life. In order to ensure its mechanical properties and durability during use, oil pump accessories need to be coated with a layer of anti-rust coating or plated. However, before coating or plating, impurities such as rust and oxides on the surface of the oil pump accessories must be removed in time, otherwise it will affect the subsequent coating and plating effects, and even affect the normal operation of the oil pump. In order to ensure its mechanical properties and durability during use, oil pump accessories need to be coated with a layer of anti-rust coating or plated. However, before coating or plating, impurities such as rust and oxides on the surface of the oil pump accessories must be removed in time, otherwise it will affect the subsequent coating and plating effects, and even affect the normal operation of the oil pump. Therefore, for the oil pump accessories, rust removal is a very necessary and important step, which can ensure the quality and firmness of the product surface and improve the service life and performance of the product. The traditional method requires multiple times of different construction methods on the oil pump accessories through different equipment, which is inefficient and consumes a lot of manpower and material resources. Therefore, this case hopes to propose a fully automatic rust removal and spraying production line for oil pump accessories, so that the production line has the advantages of high efficiency, automation, high quality, etc., which can greatly improve production efficiency and product quality, so as to solve the above problems. For the above problems, there may already be technical means to solve them in the prior art, but this case wants to provide an alternative or replacement technical solution. Utility Model Content

[0003] To achieve the above purpose, the utility model is implemented through the following technical solutions: a fully automatic rust removal and spraying production line for oil pump accessories, comprising: a production line base, a plurality of processed oil pump accessories, a plurality of accessory fixtures, an accessory transport platform, a rust removal and cleaning carrier, and a spray drying carrier, the accessory transport platform is installed on the production line base, the rust removal and cleaning carrier is installed on the production line base, the spray drying carrier is installed on the production line base, a plurality of processed oil pump accessories are respectively connected to a plurality of accessory fixtures, a plurality of accessory fixtures are respectively connected to a plurality of accessory transport platforms, the rust removal and cleaning carrier and the spray drying carrier are respectively installed with function allocation lateral shift components, a multifunctional rust removal and cleaning structure is installed on the rust removal and cleaning carrier, and the rust removal and cleaning carrier is connected to the multifunctional rust removal and cleaning structure through the function allocation lateral shift component, a multifunctional spray drying structure is installed on the spray drying carrier, and the rust removal and cleaning carrier is connected to the multifunctional spray drying structure through the function allocation lateral shift component;

[0004] The multifunctional rust removal and cleaning structure comprises: an L-shaped load frame, a slide groove on the frame, a machine compartment connecting slide column, a rust removal power compartment, a rust removal motor, a power gear, a transmission gear column, a fitting bearing, a pressure load plate, a hydraulic push rod, a rust removal grinding head, a fan installation compartment and a high-pressure blower;

[0005] The L-shaped carrier frame is provided with the frame slide groove, the machine chamber connecting slide column is connected to the frame slide groove, and the machine chamber connecting slide column is connected to the rust removal power chamber, the rust removal motor is installed in the rust removal power chamber, the power gear is connected to the rust removal motor, the hydraulic push rod is installed on the L-shaped carrier frame, the pressure load plate is connected to the hydraulic push rod, the fitting bearing is installed on the pressure load plate, and the fitting bearing is connected to the transmission gear column, the transmission gear column and the power gear are meshed with each other, and the transmission gear column is connected to the rust removal grinding head, the fan mounting chamber is installed on the L-shaped carrier frame, the high-pressure blower is installed in the fan mounting chamber, and an auxiliary dust removal assembly is installed on the accessory transport platform, and the auxiliary dust removal assembly is directly opposite to the L-shaped carrier frame.

[0006] It should be noted that, in the above, the production line base is responsible for carrying and installing the parts transport platform and the dust collecting box. In the production of oil pump parts, multiple processed oil pump parts that need to be processed are first placed on multiple corresponding parts fixtures. The parts transport platform carries the processed oil pump parts and moves them to the bottom of the rust removal and cleaning carrier, stops, and starts the rust removal and cleaning operation. After the multifunctional rust removal and cleaning structure and the function allocation transverse shift component cooperate, the corresponding processed oil pump parts under the rust removal and cleaning carrier are rust-removed and cleaned. The processed oil pump parts after rust removal and cleaning are transported to the bottom of the spray drying carrier through the parts transport platform. After the multifunctional spray drying structure and the function allocation transverse shift component cooperate, the processed oil pump parts are sprayed and dried. The finished processed oil pump parts are transported through the parts transport platform and assembled or put into storage by the assembly workers. The multiple processed oil pump parts on the parts transport platform are analogous, and this automated operation is repeated in a cycle. When the processed oil pump parts are transported to the bottom of the L-shaped carrier, the parts transport platform stops, and the function The distribution transverse shift assembly will drive the L-shaped carrier frame to move, so that the rust removal and grinding head is facing the processing oil pump accessories, and the rust removal motor in the rust removal power compartment is started. The rust removal motor drives the power gear to rotate, so that the transmission gear column rotates on the pressure load plate relying on the fitting bearing, and then drives the rust removal and grinding head to rotate, driving the hydraulic push rod to push the pressure load plate downward, so that the rust removal power compartments connected to each other will also move downward. In order to make other accessories descend smoothly, the machine compartment connecting sliding column will slide in the sliding groove on the frame to help other components to move in coordination and improve the overall stability, until the rust removal and grinding head fits to the surface of the processing oil pump accessories for grinding and rust removal operations. The hydraulic push rod can adjust the degree and amplitude of grinding. The function distribution transverse shift assembly can coordinate the horizontal position of the rust removal and grinding head to assist in grinding. After grinding is completed, the fan installation compartment is adjusted to the top of the processing oil pump accessories through the function distribution transverse shift assembly, and the high-pressure blower is started to blow off the dust on the processing oil pump accessories. The auxiliary dust removal assembly also works at the same time to collect the negative pressure of the dust to prevent dust from escaping.

[0007] Preferably, the multifunctional spray drying structure comprises: a straight-line bearing plate, a paint storage box, a feed pipe, a paint integrated nozzle, an integrated fan box, a drying fan and an electric heating layer;

[0008] The paint storage box is installed on the straight-line bearing plate, the material delivery pipe is installed on the paint storage box, and the material delivery pipe is connected to the paint integrated nozzle, the paint integrated nozzle is installed below the straight-line bearing plate, the integrated fan box is installed on the straight-line bearing plate, the drying fan is installed in the integrated fan box, and the electric heating layer is installed on the integrated fan box;

[0009] It should be noted that, in the above, when the processing oil pump accessories are transported to the bottom of the I-shaped carrying plate, the accessories transport platform stops, the function allocation transverse shifting assembly moves the I-shaped carrying plate, and the paint integration nozzle is aimed at the processing oil pump accessories below. The paint integration nozzle is started, and the paint in the paint storage box is sucked into the feed pipe, and then sprayed from the paint integration nozzle to the processing oil pump accessories, and then the spraying position is adjusted by the function allocation transverse shifting assembly. After the spraying is completed, the function allocation transverse shifting assembly moves the integrated fan box to the top of the processing oil pump accessories, and starts the drying fan and the electric heating layer at the same time to dry the paint on the processing oil pump accessories.

[0010] Preferably, the function distribution transverse shift assembly comprises: a pair of horizontal motors, a plurality of threaded rod mounting blocks, a pair of module coupling threaded rods and a pair of transverse shift modules;

[0011] A pair of the horizontal motors are respectively mounted on the rust removal and cleaning carrier and the spray drying carrier, a plurality of the threaded rod mounting blocks are respectively mounted on the rust removal and cleaning carrier and the spray drying carrier, and a plurality of the threaded rod mounting blocks are respectively sleeved on a pair of the module coupling threaded rods, a pair of the module coupling threaded rods are respectively connected to a pair of the horizontal motors, a pair of the transverse movement modules are respectively mounted on a pair of the module coupling threaded rods, and a pair of the transverse movement modules are respectively connected to the L-shaped carrier and the straight-line bearing plate;

[0012] It should be noted that, in the above, when the horizontal position of the L-shaped load frame and the straight-line load plate needs to be adjusted, the horizontal motor drives the module to couple the threaded rods to rotate on a pair of threaded rod mounting blocks, thereby driving the transverse movement module to move horizontally, so that the L-shaped load frame and the straight-line load plate are adjusted horizontally.

[0013] Preferably, the auxiliary dust removal assembly comprises: a negative pressure blower, a negative pressure connecting pipe, an impurity filter, a pair of auxiliary dust shields and a dust receiving box;

[0014] The negative pressure blower is installed on the production line base, the negative pressure connecting pipe is installed on the negative pressure blower, and the negative pressure connecting pipe is connected to the dust receiving box, the dust receiving box is installed in the production line base, and the dust receiving box is connected to the accessory transport platform, the impurity filter is installed in the dust receiving box, and the impurity filter is connected to the negative pressure connecting pipe, and a pair of auxiliary dust shields are respectively installed on the dust receiving box;

[0015] It should be noted that, in the above, when the oil pump accessories are processed and polished, the smoke and dust generated are blocked and gathered by a pair of auxiliary dust shields, and the negative pressure blower is started to suck the air in the dust collecting box to the outside through the negative pressure connecting pipe, so that a certain negative pressure is formed above the dust collecting box, and the smoke and dust that are blocked and gathered above the accessories transport platform are sucked into the dust collecting box, and the dust is intercepted by the impurity filter to avoid damage to the negative pressure blower.

[0016] Preferably, an inspection port is provided on the rust removal power bin;

[0017] Preferably, a paint capacity detection window is provided on the paint storage box. Beneficial Effects

[0018] The utility model provides a fully automatic rust removal and spraying production line for oil pump accessories. Compared with the prior art, the fully automatic rust removal and spraying production line for oil pump accessories has the following beneficial effects: the production line performs rust removal and cleaning and spray drying operations on the processed oil pump accessories through a function distribution transverse shift component in conjunction with a multifunctional rust removal and cleaning structure and a multifunctional spray drying structure, and the dust generated at the same time is collected and gathered by an auxiliary dust removal component, thereby reducing the impact of smoke generated during production on the processed oil pump accessories and improving production efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 This is a schematic diagram of the main cross-sectional structure of a fully automatic rust removal and spraying production line for oil pump accessories described in the utility model.

[0020] Figure 2 This is a schematic diagram of the multifunctional rust removal and cleaning structure of a fully automatic rust removal spraying production line for oil pump accessories described in the utility model.

[0021] Figure 3 for Figure 2 A partial enlarged schematic diagram of "A" in the figure.

[0022] Figure 4 This is a schematic diagram of the multifunctional spraying and drying structure of the fully automatic rust removal spraying production line for oil pump accessories described in the utility model.

[0023] In the figure: 1. Production line base; 2. Processing oil pump accessories; 3. Accessory fixture; 4. Accessory transport platform; 5. Rust removal and cleaning carrier; 6. Spray drying carrier; 7. L-shaped carrier; 8. Slide on the frame; 9. Cabin connecting slide column; 10. Rust removal power cabin; 11. Rust removal motor; 12. Power gear; 13. Transmission gear column; 14. Fitting bearing; 15. Pressure load plate; 16. Hydraulic push rod; 17. Rust removal and grinding head; 18. Fan installation Bin; 19. High-pressure blower; 20. One-shaped load plate; 21. Paint storage box; 22. Feed pipe; 23. Paint integrated nozzle; 24. Integrated fan box; 25. Drying fan; 26. Electric heating layer; 27. Horizontal motor; 28. Threaded rod mounting block; 29. ​​Module coupling threaded rod; 30. Transverse movement module; 31. Negative pressure blower; 32. Negative pressure connecting pipe; 33. Impurity filter; 34. Auxiliary dust shield; 35. Dust collecting box. DETAILED DESCRIPTION

[0024] Based on the embodiments of the present utility model, all other embodiments obtained by ordinary technicians in the field without making any creative work shall fall within the scope of protection of the present utility model.

[0025] Through the personnel in this field, all the electrical components in this case are connected to their corresponding power supplies through wires, and appropriate controllers and encoders should be selected according to actual conditions to meet the control requirements. The specific connection and control sequence should refer to the following working principle, and the electrical connection between the electrical components is completed in the order of working in sequence. The detailed connection means are well-known technologies in this field. The following mainly introduces the working principles and processes, and no longer explains the electrical control. Example

[0026] The present invention will be described in detail below in conjunction with the accompanying drawings. Figure 1-4As shown, a fully automatic rust removal and spraying production line for oil pump accessories comprises: a production line base 1, a plurality of processed oil pump accessories 2, a plurality of accessory fixtures 3, an accessory transport platform 4, a rust removal and cleaning carrier 5 and a spray drying carrier 6, wherein the accessory transport platform 4 is mounted on the production line base 1, the rust removal and cleaning carrier 5 is mounted on the production line base 1, the spray drying carrier 6 is mounted on the production line base 1, a plurality of the processed oil pump accessories 2 are respectively connected to a plurality of the accessory fixtures 3, a plurality of the accessory fixtures 3 are respectively connected to a plurality of the accessory transport platforms 4, the rust removal and cleaning carrier 5 is connected to the spray drying carrier The carrier 6 is respectively provided with a function allocation transverse shift component, the rust removal cleaning carrier 5 is provided with a multifunctional rust removal cleaning structure, and the rust removal cleaning carrier 5 is connected to the multifunctional rust removal cleaning structure through the function allocation transverse shift component, the spray drying carrier 6 is provided with a multifunctional spray drying structure, and the rust removal cleaning carrier 5 is connected to the multifunctional spray drying structure through the function allocation transverse shift component; the multifunctional rust removal cleaning structure comprises: an L-shaped carrier 7, a slide groove 8 on the frame, a machine compartment connecting slide column 9, a rust removal power compartment 10, a rust removal motor 11, a power gear 12, a transmission gear column 13, a fitting bearing 14, a bearing The pressure load plate 15, the hydraulic push rod 16, the rust removal and grinding head 17, the fan installation compartment 18 and the high-pressure blower 19; the L-shaped carrier frame 7 is provided with the frame slide groove 8, the machine compartment connecting slide column 9 is connected to the frame slide groove 8, and the machine compartment connecting slide column 9 is connected to the rust removal power compartment 10, the rust removal motor 11 is installed in the rust removal power compartment 10, the power gear 12 is connected to the rust removal motor 11, the hydraulic push rod 16 is installed on the L-shaped carrier frame 7, the pressure load plate 15 is connected to the hydraulic push rod 16, the fitting bearing 14 is installed on the pressure load plate 15, and the fitting shaft The bearing 14 is connected to the transmission gear column 13, the transmission gear column 13 is meshed with the power gear 12, and the transmission gear column 13 is connected to the rust removal and grinding head 17, the fan installation bin 18 is installed on the L-shaped carrier frame 7, the high-pressure blower 19 is installed in the fan installation bin 18, and an auxiliary dust removal component is installed on the accessory transport platform 4, and the auxiliary dust removal component is directly opposite to the L-shaped carrier frame 7; the multifunctional spray drying structure includes: a straight-line carrier plate 20, a paint storage box 21, a feed pipe 22, a paint integrated nozzle 23, an integrated fan box 24, a drying fan 25 and an electric heating layer 26;The paint storage box 21 is installed on the I-shaped carrier plate 20, the feed pipe 22 is installed on the paint storage box 21, and the feed pipe 22 is connected to the paint integrated nozzle 23, the paint integrated nozzle 23 is installed below the I-shaped carrier plate 20, the integrated fan box 24 is installed on the I-shaped carrier plate 20, the drying fan 25 is installed in the integrated fan box 24, and the electric heating layer 26 is installed on the integrated fan box 24; the function distribution transverse shift assembly includes: a pair of horizontal motors 27, a plurality of threaded rod mounting blocks 28, a pair of module coupling threaded rods 29 and a pair of transverse shift modules 30; a pair of the horizontal motors 27 are respectively installed on the rust removal and cleaning carrier frame 5 and the spray drying carrier frame 6, a plurality of the threaded rod mounting blocks 28 are respectively installed on the rust removal and cleaning carrier frame 5 and the spray drying carrier frame 6, and a plurality of the threaded rod mounting blocks 28 are respectively mounted on a pair of the module coupling threaded rods 29 , a pair of module coupling threaded rods 29 are respectively connected to a pair of horizontal motors 27, a pair of transverse modules 30 are respectively installed on a pair of module coupling threaded rods 29, and a pair of transverse modules 30 are respectively connected to the L-shaped carrier frame 7 and the one-shaped carrier plate 20; the auxiliary dust removal assembly includes: a negative pressure blower 31, a negative pressure connecting pipe 32, an impurity filter 33, a pair of auxiliary dust shields 34 and a dust receiving box 35; the negative pressure blower 31 is installed on the production line base 1, the negative pressure connecting pipe 32 is installed on the negative pressure blower 31, and the negative pressure connecting pipe 32 is connected to the dust receiving box 35, the dust receiving box 35 is installed in the production line base 1, and the dust receiving box 35 is connected to the accessory transport platform 4, the impurity filter 33 is installed in the dust receiving box 35, and the impurity filter 33 is connected to the negative pressure connecting pipe 32, and a pair of auxiliary dust shields 34 are respectively installed on the dust receiving box 35. ;

[0027] According to the attached Figure 1-4It is concluded that the production line base 1 is responsible for carrying and installing the accessory transport platform 4 and the dust collecting box 35. In the production of oil pump accessories, a plurality of processed oil pump accessories 2 that need to be processed are first placed on a plurality of corresponding accessory fixtures 3. The accessory transport platform 4 carries the processed oil pump accessories 2 and moves, transports them to the rust removal and cleaning carrier frame 5 to stop, and starts the rust removal and cleaning operation. After the multifunctional rust removal and cleaning structure and the function allocation transverse shift component cooperate, the corresponding processed oil pump accessories 2 under the rust removal and cleaning carrier frame 5 are rust-removed and cleaned. The rust-removed and cleaned processed oil pump accessories 2 are transported to the bottom of the spray drying carrier frame 6 through the accessory transport platform 4. After the multifunctional spray drying structure and the function allocation transverse shift component cooperate, the processed oil The pump accessories 2 are sprayed and dried, and the finished processed oil pump accessories 2 are transported through the accessories transport platform 4 to be assembled or put into storage by the assembly workers. The multiple processed oil pump accessories 2 on the accessories transport platform 4 are deduced in this way, and this automated operation is repeated in a cycle; when the processed oil pump accessories 2 are transported to the bottom of the L-shaped carrier 7, the accessories transport platform 4 stops, and the function allocation transverse shift component will drive the L-shaped carrier 7 to move, so that the rust removal and grinding head 17 is facing the processed oil pump accessories 2, and the rust removal motor 11 in the rust removal power bin 10 is started, and the rust removal motor 11 drives the power gear 12 to rotate, so that the transmission gear column 13 rotates on the pressure load plate 15 relying on the fitting bearing 14, and then drives the rust removal and grinding head 17 to rotate, driving The hydraulic push rod 16 pushes the pressure load plate 15 to move downward, so that the rust removal power bins 10 connected to each other will also move downward. In order to make other accessories descend smoothly, the machine bin connecting slide column 9 will slide in the slide groove 8 on the frame to help other components to move in coordination and improve the overall stability, until the rust removal and grinding head 17 is attached to the surface of the processed oil pump accessory 2 for grinding and rust removal operations. The hydraulic push rod 16 can adjust the degree and amplitude of grinding, and the function allocation transverse shift assembly can coordinate the horizontal position of the rust removal and grinding head 17 to assist in grinding. After the grinding is completed, the fan installation bin 18 is adjusted to the top of the processed oil pump accessory 2 through the function allocation transverse shift assembly, and the high-pressure blower 19 is started to blow off the dust on the processed oil pump accessory 2, and the dust removal assembly is assisted. The components also work at the same time to gather the negative pressure of dust to prevent dust from escaping; when the processing oil pump accessories 2 are transported to the bottom of the straight-line carrier plate 20, the accessories transport platform 4 stops, the function allocation transverse shift component moves the straight-line carrier plate 20, and aligns the paint integration nozzle 23 with the processing oil pump accessories 2 below, the paint integration nozzle 23 is started, and the paint in the paint storage box 21 is sucked into the feed pipe 22, and then sprayed from the paint integration nozzle 23 to the processing oil pump accessories 2, and then the spraying position is adjusted by the function allocation transverse shift component. After the spraying is completed, the function allocation transverse shift component moves the integrated fan box 24 to the top of the processing oil pump accessories 2, and starts the drying fan 25 and the electric heating layer 26 at the same time to dry the paint on the processing oil pump accessories 2;When the horizontal position of the L-shaped carrier 7 and the straight-line carrier plate 20 needs to be adjusted, the horizontal motor 27 is driven to drive the module coupling threaded rod 29 to rotate on a pair of threaded rod mounting blocks 28, thereby driving the horizontal movement module 30 to move horizontally, and the L-shaped carrier 7 and the straight-line carrier plate 20 are thus adjusted horizontally; when processing and polishing the oil pump accessories 2, the smoke and dust generated are blocked and gathered by a pair of auxiliary dust shielding plates 34, and the negative pressure blower 31 is started to suck the air in the dust receiving box 35 to the outside through the negative pressure connecting pipe 32, so that a certain negative pressure is formed above the dust receiving box 35, and the smoke and dust blocked and gathered above the accessory transport platform 4 are sucked into the dust receiving box 35, and the dust is intercepted by the impurity filter 33 to avoid damage to the negative pressure blower 31. ;

[0028] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A fully automatic rust removal and spraying production line for oil pump parts, comprising: a production line base (1), a plurality of processed oil pump parts (2), a plurality of parts fixtures (3), a parts transport platform (4), a rust removal and cleaning carrier (5) and a spray drying carrier (6), characterized in that: The accessory transport platform (4) is mounted on the production line base (1), the rust removal cleaning carrier (5) is mounted on the production line base (1), the spray drying carrier (6) is mounted on the production line base (1), a plurality of the processing oil pump accessories (2) are respectively connected to a plurality of the accessory fixtures (3), a plurality of the accessory fixtures (3) are respectively connected to a plurality of the accessory transport platforms (4), the rust removal cleaning carrier (5) and the spray drying carrier (6) are respectively installed with function allocation transverse shifting components, a multifunctional rust removal cleaning structure is mounted on the rust removal cleaning carrier (5), and the rust removal cleaning carrier (5) is connected to the multifunctional rust removal cleaning structure via the function allocation transverse shifting component, a multifunctional spray drying structure is mounted on the spray drying carrier (6), and the rust removal cleaning carrier (5) is connected to the multifunctional spray drying structure via the function allocation transverse shifting component; The multifunctional rust removal and cleaning structure comprises: an L-shaped load frame (7), a slide groove (8) on the frame, a machine room connecting slide column (9), a rust removal power chamber (10), a rust removal motor (11), a power gear (12), a transmission gear column (13), a fitting bearing (14), a pressure load plate (15), a hydraulic push rod (16), a rust removal grinding head (17), a fan installation chamber (18) and a high-pressure blower (19); The L-shaped carrier frame (7) is provided with the frame slide groove (8), the machine room connecting slide column (9) is connected to the frame slide groove (8), and the machine room connecting slide column (9) is connected to the rust removal power warehouse (10), the rust removal motor (11) is installed in the rust removal power warehouse (10), the power gear (12) is connected to the rust removal motor (11), the hydraulic push rod (16) is installed on the L-shaped carrier frame (7), the pressure load plate (15) is connected to the hydraulic push rod (16), and the fitting bearing (14) is installed on the L-shaped carrier frame (7). The pressure-bearing load plate (15) is mounted on the pressure-bearing load plate (15), and the fitting bearing (14) is connected to the transmission gear column (13), the transmission gear column (13) and the power gear (12) are meshed with each other, and the transmission gear column (13) is connected to the rust removal and grinding head (17), the fan installation bin (18) is mounted on the L-shaped carrier frame (7), the high-pressure blower (19) is mounted in the fan installation bin (18), and an auxiliary dust removal component is installed on the accessory transport platform (4), and the auxiliary dust removal component is directly opposite to the L-shaped carrier frame (7).

2. The fully automatic rust removal and spraying production line for oil pump parts according to claim 1 is characterized in that: The multifunctional spray drying structure comprises: a straight-line bearing plate (20), a paint storage box (21), a material delivery pipe (22), a paint integrated nozzle (23), an integrated fan box (24), a drying fan (25) and an electric heating layer (26); The paint storage box (21) is mounted on the straight-line bearing plate (20), the feed pipe (22) is mounted on the paint storage box (21), and the feed pipe (22) is connected to the paint integration nozzle (23), the paint integration nozzle (23) is mounted below the straight-line bearing plate (20), the integration fan box (24) is mounted on the straight-line bearing plate (20), the drying fan (25) is mounted in the integration fan box (24), and the electric heating layer (26) is mounted on the integration fan box (24).

3. The fully automatic rust removal and spraying production line for oil pump parts according to claim 2 is characterized in that: The function distribution transverse movement assembly comprises: a pair of horizontal motors (27), a plurality of threaded rod mounting blocks (28), a pair of module coupling threaded rods (29) and a pair of transverse movement modules (30); A pair of the horizontal motors (27) are respectively mounted on the rust removal and cleaning carrier (5) and the spray drying carrier (6); a plurality of the threaded rod mounting blocks (28) are respectively mounted on the rust removal and cleaning carrier (5) and the spray drying carrier (6); and a plurality of the threaded rod mounting blocks (28) are respectively sleeved on a pair of the module coupling threaded rods (29); a pair of the module coupling threaded rods (29) are respectively connected to a pair of the horizontal motors (27); a pair of the transverse movement modules (30) are respectively mounted on a pair of the module coupling threaded rods (29); and a pair of the transverse movement modules (30) are respectively connected to the L-shaped carrier (7) and the I-shaped carrier plate (20).

4. The fully automatic rust removal and spraying production line for oil pump parts according to claim 3 is characterized in that: The auxiliary dust removal component comprises: a negative pressure blower (31), a negative pressure connecting pipe (32), an impurity filter (33), a pair of auxiliary dust shields (34) and a dust receiving box (35); The negative pressure blower (31) is mounted on the production line base (1), the negative pressure connecting pipe (32) is mounted on the negative pressure blower (31), and the negative pressure connecting pipe (32) is connected to the dust collecting box (35), the dust collecting box (35) is mounted in the production line base (1), and the dust collecting box (35) is connected to the accessory transport platform (4), the impurity filter (33) is mounted in the dust collecting box (35), and the impurity filter (33) is connected to the negative pressure connecting pipe (32), and a pair of auxiliary dust shielding plates (34) are respectively mounted on the dust collecting box (35).

5. The fully automatic rust removal and spraying production line for oil pump parts according to claim 4 is characterized in that: The rust removal power bin (10) is provided with an inspection port.

6. The fully automatic rust removal and spraying production line for oil pump parts according to claim 5 is characterized in that: The paint storage box (21) is provided with a paint capacity detection window.

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