A bearing seat cleaning line and cleaning process

Abstract

The present invention relates to the technical field of bearing seat processing, and in particular to a bearing seat cleaning line and cleaning process, comprising a transmission device for transmitting the bearing seat, and a cleaning device, a rust prevention device, a liquid removal device, a cooling device, a workbench, a drying device and a rust prevention unit are sequentially arranged along the transmission direction of the transmission device. The present invention uses the transmission device to transmit the bearing seat through the cleaning device, the rust prevention device, the liquid removal device, the cooling device, the workbench, the drying device and the rust prevention unit in sequence, so that each process step has coherence, thereby improving work efficiency and reducing labor intensity.

Description

Technical Field

[0001] The invention relates to the technical field of bearing seat processing, and in particular to a bearing seat cleaning line and a cleaning process. Background Art

[0002] After the bearing seat is machined, it will be covered with iron filings, oil stains, dust and other dirt, so it needs to be cleaned and rust-proofed before it can be shipped. However, the existing cleaning and rust-proofing methods are mostly manual and carried out separately, that is, after the previous process is completed, it needs to be transported to the next process manually, which affects the work efficiency. Summary of the invention

[0003] In view of the problems of the prior art, the present invention provides a bearing seat cleaning line and a cleaning process, which can enable each process step of bearing seat cleaning to be performed continuously, thereby improving work efficiency and reducing labor intensity.

[0004] In order to solve the above technical problems, the present invention adopts the following technical solutions:

[0005] The present invention provides a bearing seat cleaning line, which includes a transmission device for transmitting the bearing seat. Along the transmission direction of the transmission device, there are arranged a cleaning device for cleaning the bearing seat, a rust-proof device for rust-proofing the bearing seat, a liquid removal device for liquid removal from the bearing seat, a cooling device for cooling the bearing seat, a workbench for visual inspection and repair of the bearing seat, a drying device for drying the bearing seat, and a rust-proof unit for applying rust-proof oil to the bearing seat.

[0006] Furthermore, the transmission device includes a first transmission mechanism and a second transmission mechanism. The first transmission mechanism is used to transmit the bearing seat through the cleaning device, the rust prevention device, the liquid removal device and the cooling device in sequence to reach the workbench; the second transmission mechanism is used to transmit the bearing seat processed by the workbench through the drying device to reach the rust prevention unit.

[0007] Furthermore, the cleaning device includes a cleaning machine, a cleaning heating mechanism and a cleaning liquid circulation mechanism. The cleaning heating mechanism is used to heat the inside of the cleaning machine. The transmission device runs through the cleaning machine. The top of the cleaning machine is provided with a plurality of cleaning nozzles for spraying cleaning liquid on the bearing seat. The cleaning liquid circulation mechanism is respectively connected to the cleaning machine and the plurality of cleaning nozzles.

[0008] Furthermore, the rust-proof device includes a rust-proof machine, an anti-rust liquid circulation mechanism and an anti-rust heating mechanism. The transmission device runs through both sides of the rust-proof machine. The anti-rust heating mechanism is arranged in the rust-proof machine and is used to heat the inside of the rust-proof machine. The rust-proof machine is provided with an anti-rust nozzle for spraying anti-rust liquid on the bearing seat. The anti-rust liquid circulation mechanism is respectively connected to the rust-proof machine and the anti-rust nozzle.

[0009] Further, the liquid removal device includes an air blowing mechanism and a first drying mechanism, the air blowing mechanism is located between the rust prevention device and the first drying mechanism, and the first drying mechanism is located between the air blowing mechanism and the cooling device;

[0010] The blower mechanism comprises a blower body and a wind knife arranged in the blower body, the transmission device runs through the blower body, and the wind knife is used to blow away liquid water droplets attached to the surface of the bearing seat;

[0011] The first drying mechanism is used for heating and drying the bearing seat.

[0012] Furthermore, the workbench is provided with a paint touch-up carrier, and the paint touch-up carrier is used for loading paint.

[0013] Furthermore, the drying device includes a second drying mechanism and an air cooling mechanism, wherein the second drying mechanism is located between the workbench and the air cooling mechanism, and the air cooling mechanism is located between the second drying mechanism and the rust prevention unit.

[0014] Furthermore, the anti-rust unit includes an anti-rust platform and an anti-rust carrier arranged on the anti-rust platform, and the anti-rust carrier is used to load anti-rust oil.

[0015] The present invention also provides a bearing seat cleaning process, comprising the following steps:

[0016] a. The transmission device transmission bearing seat passes through the cleaning device, rust prevention device, liquid removal device, cooling device, workbench, drying device and rust prevention unit in sequence;

[0017] b. The cleaning device is heated to 45-80°C, and then the bearing seat passing through the cleaning device is spray-cleaned;

[0018] c. The temperature of the rust-proof device is raised to 38-70°C, and then the bearing seat passing through the rust-proof device is sprayed with rust-proof liquid;

[0019] d. Use the liquid removal device to blow away the anti-rust liquid drops on the surface of the bearing seat, and then dry the bearing seat;

[0020] e. The bearing seat is cooled by a cooling device;

[0021] f. The bearing seat is transferred to the workbench, where the appearance of the bearing seat is manually inspected and the bearing seat with appearance defects is repainted;

[0022] g. Manually place the bearing seat on the transmission device, which will transport the bearing seat to the drying device for drying and cooling treatment;

[0023] h. The bearing seat is transferred to the anti-rust unit by the transmission device, and the anti-rust oil is applied to the bearing seat manually.

[0024] Furthermore, between step b and step c, the method further includes:

[0025] b1. The cleaning device is connected to a cleaning liquid circulation mechanism, and a cleaning liquid filtering mechanism is arranged in the cleaning liquid circulation mechanism; the cleaning liquid after cleaning is recovered by the cleaning liquid circulation mechanism, filtered by the cleaning liquid filtering mechanism, and then transported by the cleaning liquid circulation mechanism to the inside of the cleaning device for reuse.

[0026] Between step c and step d, the method further includes:

[0027] c1. The rust-proof device is provided with an anti-rust liquid circulation mechanism, and an anti-rust liquid filtering mechanism is provided in the anti-rust liquid circulation mechanism; the anti-rust liquid after being used for spraying is recovered by the anti-rust liquid circulation mechanism, filtered by the anti-rust liquid filtering mechanism, and then transported by the anti-rust liquid circulation mechanism to the inside of the rust-proof device for reuse.

[0028] Beneficial effects of the present invention: The present invention uses a transmission device to transmit the bearing seat through a cleaning device, a rust prevention device, a liquid removal device, a cooling device, a workbench, a drying device and a rust prevention unit in sequence, so that each process step has continuity, thereby improving work efficiency and reducing labor intensity. BRIEF DESCRIPTION OF THE DRAWINGS

[0029] Figure 1 It is a schematic diagram of the present invention.

[0030] Figure 2 It is a schematic diagram of the interior of the cleaning device of the present invention.

[0031] Figure 3 for Figure 2 Schematic diagram of direction A.

[0032] Figure 4 It is a schematic diagram of the interior of the rust prevention device of the present invention.

[0033] Figure 5 for Figure 4 Schematic diagram of direction B.

[0034] Figure 6 It is a schematic diagram of the interior of the hair dryer mechanism of the present invention.

[0035] Figure numerals: 1—transmission device, 2—cleaning device, 3—rust prevention device, 4—liquid removal device, 5—cooling device, 6—workbench, 7—drying device, 8—rust prevention unit, 11—first transmission mechanism, 12—second transmission mechanism, 21—cleaning machine, 22—cleaning heating mechanism, 23—cleaning liquid circulation mechanism, 24—cleaning nozzle, 25—cleaning liquid filtering mechanism, 31—rust prevention machine, 32—rust prevention liquid circulation mechanism, 33—rust prevention heating mechanism, 34—rust prevention nozzle, 35—rust prevention liquid filtering mechanism, 41—air blowing mechanism, 42—first drying mechanism, 43—air blowing body, 44—air knife, 61—paint touch-up carrier, 71—second drying mechanism, 72—air cooling mechanism, 81—rust prevention table, 82—rust prevention carrier. DETAILED DESCRIPTION

[0036] In order to facilitate the understanding of those skilled in the art, the present invention is further described below in conjunction with the embodiments and drawings, and the contents mentioned in the embodiments are not intended to limit the present invention. The present invention is described in detail below in conjunction with the drawings.

[0037] Example 1

[0038] like Figures 1 to 6 As shown, the present embodiment provides a bearing seat cleaning line, comprising a transmission device 1 for transmitting the bearing seat. Along the transmission direction of the transmission device 1, the bearing seat cleaning line of the present embodiment is also sequentially provided with a cleaning device 2 for cleaning the bearing seat, a rust prevention device 3 for rust prevention of the bearing seat, a deliquidation device 4 for deliquiding the bearing seat, a cooling device 5 for cooling the bearing seat, a workbench 6 for visual inspection and repair of the bearing seat, a drying device 7 for drying the bearing seat and a rust prevention unit 8 for applying rust prevention oil to the bearing seat.

[0039] Specifically, this embodiment combines manual and automatic operation, and has the following specific structure: the transmission device 1 includes a first transmission mechanism 11 and a second transmission mechanism 12, the first transmission mechanism 11 is used to transmit the bearing seat to the workbench 6 after passing through the cleaning device 2, the rust prevention device 3, the liquid removal device 4 and the cooling device 5 in sequence; the second transmission mechanism 12 is used to transmit the bearing seat processed by the workbench 6 through the drying device 7 to the rust prevention unit 8. The first transmission mechanism 11 and the second transmission mechanism 12 are preferably chain transmission mechanisms.

[0040] During actual operation, the cleaning device 2, the rust prevention device 3, the liquid removal device 4 and the cooling device 5 are arranged side by side and close to each other, so that the first transmission mechanism 11 will not expose the bearing seat when transmitting it, and will complete the four steps of cleaning, rust prevention, liquid removal and cooling before being transmitted to the workbench 6; after arriving at the workbench 6, the staff will use the naked eye to inspect the appearance of the bearing seat, and if defects are detected in the appearance, the staff will repaint it; and the bearing seat that has been inspected will be placed on the second transmission mechanism 12 for transmission by the staff, and the second transmission mechanism 12 will drive the bearing seat to be dried by the drying device 7 and then transported to the rust prevention unit 8, and another staff will apply rust prevention oil to the bearing seat at the rust prevention unit 8, thereby completing the entire cleaning process of the bearing seat.

[0041] Compared with the prior art, the present invention has the following two advantages: First, it adopts an automated transmission mechanism to transmit the bearing seat, reducing the labor intensity of production workers; second, it eliminates the time wasted on manual transportation between different processes, that is, the cleaning steps are compact, which can improve work efficiency.

[0042] In this embodiment, the cleaning device 2 includes a cleaning machine 21, a cleaning heating mechanism 22 and a cleaning liquid circulation mechanism 23. The cleaning heating mechanism 22 is used to heat the cleaning liquid inside the cleaning machine 21. The first transmission mechanism 11 runs through the cleaning machine 21. The top of the cleaning machine 21 is provided with a plurality of cleaning nozzles 24 for spraying the bearing seat with cleaning liquid. The cleaning liquid circulation mechanism 23 is respectively connected to the cleaning machine 21 and the plurality of cleaning nozzles 24. Specifically, a cleaning liquid filtering mechanism 25 is provided in the cleaning liquid circulation mechanism 23 to filter out impurities inside the cleaning liquid.

[0043] During cleaning, the cleaning liquid needs to be sprayed at a certain temperature (usually 45-80°C) to make the dirt attached to the surface of the bearing seat fall off more easily and achieve a better cleaning effect. Therefore, the cleaning device 2 is provided with a cleaning heating mechanism 22 to ensure that the temperature of the cleaning liquid inside the cleaning machine 21 is maintained at the above temperature. The cleaning heating mechanism 22 can be a common electric heating wire. After the bearing seat is driven by the first transmission mechanism 11 and enters the cleaning machine 21, the cleaning nozzle 24 sprays the cleaning liquid on the bearing seat to wash away the dirt attached to the surface of the bearing seat. The spraying action starts from the bearing seat entering the cleaning machine 21 and ends when the bearing seat leaves the cleaning machine 21. After the cleaning is completed, the cleaning liquid inside the cleaning machine 21 will be recovered by the cleaning liquid circulation mechanism 23, and after the impurities (i.e., dirt attached to the bearing seat) in the cleaning liquid are filtered by the cleaning liquid filtering mechanism 25, it is then transmitted to the cleaning nozzle 24 by the cleaning liquid circulation mechanism 23 for reuse, thereby saving costs. Specifically, the cleaning liquid circulation mechanism 23 described in this embodiment can be implemented by adopting a common "liquid storage tank + liquid pump" structure, while the cleaning liquid filtering mechanism 25 can adopt a filter element.

[0044] In this embodiment, the rust-proof device 3 includes a rust-proof machine 31, a rust-proof liquid circulation mechanism 32 and a rust-proof heating mechanism 33. The first transmission mechanism 11 runs through both sides of the rust-proof machine 31. The rust-proof heating mechanism 33 is arranged in the rust-proof machine 31 and is used to heat the rust-proof liquid inside the rust-proof machine 31. The rust-proof machine 31 is provided with a rust-proof nozzle 34 for spraying rust-proof liquid on the bearing seat. The rust-proof liquid circulation mechanism 32 is connected to the rust-proof machine 31 and the rust-proof nozzle 34 respectively.

[0045] The operating principle of the rust-proof device 3 is similar to that of the cleaning device 2, that is, the rust-proof liquid is sprayed on the bearing seat located inside the rust-proof machine 31 through the rust-proof nozzle 34, so as to perform secondary cleaning on the bearing seat, and the cleaning liquid on the surface of the bearing seat is washed away and the rust-proof liquid is attached to perform the next step. Preferably, the rust-proof liquid circulation mechanism 32 is provided with a rust-proof liquid filtering mechanism 35, which is used for filtering impurities by the rust-proof liquid filtering mechanism 35 after the rust-proof liquid circulation mechanism 32 recovers the sprayed rust-proof liquid, thereby realizing the recycling of the rust-proof liquid.

[0046] In this embodiment, the liquid removal device 4 includes a blower mechanism 41 and a first drying mechanism 42. The blower mechanism 41 is located between the anti-rust device 3 and the first drying mechanism 42, and the first drying mechanism 42 is located between the blower mechanism 41 and the cooling device 5. After the anti-rust liquid is sprayed, the bearing seat will be subjected to a blowing treatment and a drying treatment in sequence. The blowing treatment is used to blow off the anti-rust liquid water droplets on the surface of the bearing seat. The blower mechanism 41 has a specific structure as follows: it includes a blower body 43 and a wind knife 44 arranged in the blower body 43. The transmission device 1 passes through the blower body 43, and the transmission device 1 passes through the first transmission mechanism 11 from below the wind knife 44. The wind knife 44 is used to blow off the liquid water droplets attached to the surface of the bearing seat. Specifically, the number of the wind knife 44 can be one or more. Preferably, after the bearing seat enters the blower body 43, the wind knife 44 blows the bearing seat from above.

[0047] After the blowing treatment, the first transmission mechanism 11 transmits the bearing seat to the first drying mechanism 42, which heats and dries the bearing seat so that the surface of the bearing seat is dry and free of moisture. The first drying mechanism 42 uses a heating tube for radiation heating, and the drying effect is best when the drying temperature is approximately 100°C.

[0048] Specifically, the cooling device 5 used in this embodiment cools the bearing seat by air cooling, so as to reduce the temperature of the bearing seat to room temperature so that the staff can directly pick up the bearing seat for appearance inspection.

[0049] In this embodiment, the workbench 6 is provided with a paint touch-up carrier 61, and the paint touch-up carrier 61 is used to load paint. That is, after the first transmission mechanism 11 transmits the bearing seat to the workbench 6, the staff picks up the bearing seat and visually inspects whether there is a defect on the surface of the bearing seat, which is generally paint peeling caused by bumping during the machining process before cleaning; if paint peeling is found, the staff uses a brush to apply paint on the paint touch-up carrier 61 and then smears it on the corresponding position of the bearing seat, thereby completing the paint touch-up action, and then places the bearing seat on the second transmission mechanism 12 for transmission.

[0050] In this embodiment, the drying device 7 includes a second drying mechanism 71 and an air cooling mechanism 72, wherein the second drying mechanism 71 is located between the workbench 6 and the air cooling mechanism 72, and the air cooling mechanism 72 is located between the second drying mechanism 71 and the anti-rust unit 8; the anti-rust unit 8 includes an anti-rust platform 81 and an anti-rust carrier 82 disposed on the anti-rust platform 81, and the anti-rust carrier 82 is used to load anti-rust oil. The second drying mechanism 71 is used to dry the paint just applied on the bearing seat, and to dry the bearing seat again to ensure that the surface of the bearing seat is completely free of moisture; and after drying, the air cooling mechanism 72 air cools the bearing seat, so that the bearing seat is cooled to room temperature, so that the staff can directly pick up the bearing seat and apply anti-rust oil to its surface, and directly place the bearing seat at the designated unloading position after applying.

[0051] Example 2

[0052] This embodiment provides a bearing seat cleaning process, which is applied to the cleaning line described in Embodiment 1 and specifically includes the following steps:

[0053] a. The transmission device 1 transmits the bearing seat through the cleaning device 2, the rust prevention device 3, the liquid removal device 4, the cooling device 5, the workbench 6, the drying device 7 and the rust prevention unit 8 in sequence;

[0054] b. The cleaning device 2 is heated to 45-80°C, and then the bearing seat passing through the inside of the cleaning device 2 is spray-washed;

[0055] c. The temperature of the rust-proof device 3 is raised to 38-70°C, and then the bearing seat passing through the interior of the rust-proof device 3 is sprayed with rust-proof liquid;

[0056] d. The anti-rust liquid droplets on the surface of the bearing seat are first blown off by the liquid removal device 4, and then the bearing seat is dried; specifically, the anti-rust liquid droplets on the surface of the bearing seat are blown off by blowing, and then the bearing seat is dried by heating to 100°C;

[0057] e. The cooling device 5 cools the bearing seat until the bearing seat cools to room temperature;

[0058] f. The bearing seat is transferred to the workbench 6, where the appearance of the bearing seat is manually inspected and the bearing seat with appearance defects is repainted;

[0059] g. The bearing seat is manually placed on the transmission device 1, and the transmission device 1 transports the bearing seat to the drying device 7 for drying and cooling treatment; specifically, the drying temperature is about 90°C, and the cooling treatment is also achieved by air cooling;

[0060] h. The bearing seat is transferred to the anti-rust unit 8 by the transfer device 1, and the anti-rust oil is applied to the bearing seat manually.

[0061] In order to save costs and improve the utilization rate of cleaning liquid and rust-proof liquid, in this embodiment, between step b and step c, the following steps are further included:

[0062] b1. The cleaning device 2 is connected to a cleaning liquid circulation mechanism 23, and a cleaning liquid filtering mechanism 25 is provided in the cleaning liquid circulation mechanism 23; the cleaning liquid after cleaning is recovered by the cleaning liquid circulation mechanism 23, filtered by the cleaning liquid filtering mechanism 25, and then transported by the cleaning liquid circulation mechanism 23 to the inside of the cleaning device 2 for reuse.

[0063] Between step c and step d, the method further includes:

[0064] c1. The rust-proof device 3 is provided with an anti-rust liquid circulation mechanism 32, and an anti-rust liquid filtering mechanism 35 is provided inside the anti-rust liquid circulation mechanism 32; the anti-rust liquid after being used for spraying is recovered by the anti-rust liquid circulation mechanism 32, filtered by the anti-rust liquid filtering mechanism 35, and then transported by the anti-rust liquid circulation mechanism 32 to the inside of the rust-proof device 3 for reuse.

[0065] The above description is only a preferred embodiment of the present invention and does not limit the present invention in any form. Although the present invention is disclosed as a preferred embodiment as above, it is not used to limit the present invention. Any technician familiar with the profession can make some changes or modifications to equivalent embodiments of equivalent changes by using the technical contents disclosed above without departing from the scope of the technical solution of the present invention. However, any simple modification, equivalent changes and modifications made to the above embodiments according to the technology of the present invention are within the scope of the technical solution of the present invention without departing from the content of the technical solution of the present invention.

Claims

1. A bearing seat cleaning process, characterized in that: The following steps are involved: a. The transmission device transmission bearing seat passes through the cleaning device, rust prevention device, liquid removal device, cooling device, workbench, drying device and rust prevention unit in sequence; b. The cleaning device is heated to 45-80°C, and then the bearing seat passing through the cleaning device is spray-cleaned; c. The temperature of the rust-proof device is raised to 38-70°C, and then the bearing seat passing through the rust-proof device is sprayed with rust-proof liquid; d. Use the liquid removal device to blow away the anti-rust liquid drops on the surface of the bearing seat, and then dry the bearing seat; e. The bearing seat is cooled by a cooling device; f. The bearing seat is transferred to the workbench, where the appearance of the bearing seat is manually inspected and the bearing seat with appearance defects is repainted; g. Manually place the bearing seat on the transmission device, which will transport the bearing seat to the drying device for drying and cooling treatment; h. The bearing seat is transferred to the anti-rust unit by the transmission device, and the anti-rust oil is applied to the bearing seat manually; Between step b and step c, the method further includes: b1. The cleaning device is connected to a cleaning liquid circulation mechanism, and a cleaning liquid filtering mechanism is provided in the cleaning liquid circulation mechanism; the cleaning liquid after cleaning is recovered by the cleaning liquid circulation mechanism, filtered by the cleaning liquid filtering mechanism, and then transported by the cleaning liquid circulation mechanism to the inside of the cleaning device for reuse; Between step c and step d, the method further includes: c1. The rust-proof device is provided with an anti-rust liquid circulation mechanism, and an anti-rust liquid filtering mechanism is provided in the anti-rust liquid circulation mechanism; the anti-rust liquid after being used for spraying is recovered by the anti-rust liquid circulation mechanism, filtered by the anti-rust liquid filtering mechanism, and then transported by the anti-rust liquid circulation mechanism to the inside of the rust-proof device for reuse; The cleaning device is used to clean the bearing seat, the anti-rust device is used to perform anti-rust treatment on the bearing seat, the liquid removal device is used to perform liquid removal treatment on the bearing seat, the cooling device is used to cool the bearing seat, the workbench is used to perform appearance inspection and repair on the bearing seat, the drying device is used to dry the bearing seat, and the anti-rust unit is used to apply anti-rust oil to the bearing seat; The transmission device includes a first transmission mechanism and a second transmission mechanism, wherein the first transmission mechanism is used to transmit the bearing seat to the workbench after passing through the cleaning device, the rust prevention device, the liquid removal device and the cooling device in sequence; the second transmission mechanism is used to transmit the bearing seat processed by the workbench to the rust prevention unit after passing through the drying device; During operation, the cleaning device, the rust prevention device, the liquid removal device and the cooling device are arranged side by side and close to each other, so that the bearing seat will not be exposed when being transported by the first transmission mechanism, and the four steps of cleaning, rust prevention, liquid removal and cooling are completed before being transported to the workbench; after arriving at the workbench, the staff conducts an appearance inspection of the bearing seat by naked eye observation, and if defects are detected in the appearance, the staff will repaint it; and the bearing seat that has been inspected will be placed on the second transmission mechanism for transmission by the staff, and the second transmission mechanism drives the bearing seat to be dried by the drying device and then transported to the rust prevention unit, and another staff member applies rust prevention oil to the bearing seat at the rust prevention unit, thereby completing the entire cleaning process of the bearing seat; The cleaning device comprises a cleaning machine, a cleaning heating mechanism and a cleaning liquid circulation mechanism, wherein the cleaning heating mechanism is used to heat the inside of the cleaning machine, the transmission device runs through the cleaning machine, a plurality of cleaning nozzles for spraying the bearing seat with cleaning liquid are arranged on the top of the cleaning machine, and the cleaning liquid circulation mechanism is respectively connected to the cleaning machine and the plurality of cleaning nozzles; a cleaning liquid filtering mechanism is arranged in the cleaning liquid circulation mechanism, which is used to filter out impurities in the cleaning liquid; During cleaning, the cleaning liquid needs to be sprayed at 45-80°C; after the bearing seat is driven by the first transmission mechanism and enters the cleaning machine, the cleaning nozzle sprays the cleaning liquid on the bearing seat, thereby washing away the dirt attached to the surface of the bearing seat. The spraying action starts from the time the bearing seat enters the cleaning machine and ends when the bearing seat leaves the cleaning machine; after cleaning, the cleaning liquid inside the cleaning machine will be recovered by the cleaning liquid circulation mechanism, and after the impurities in the cleaning liquid are filtered by the cleaning liquid filtering mechanism, it will be transmitted to the cleaning nozzle by the cleaning liquid circulation mechanism for reuse; The rust-proof device comprises a rust-proof machine, a rust-proof liquid circulation mechanism and a rust-proof heating mechanism, the transmission device runs through both sides of the rust-proof machine, the rust-proof heating mechanism is arranged in the rust-proof machine and is used to heat the inside of the rust-proof machine, the rust-proof machine is provided with a rust-proof nozzle for spraying rust-proof liquid on the bearing seat, and the rust-proof liquid circulation mechanism is respectively connected to the rust-proof machine and the rust-proof nozzle; The anti-rust liquid is sprayed on the bearing seat inside the anti-rust machine through the anti-rust nozzle, so as to perform secondary cleaning on the bearing seat, and the cleaning liquid on the surface of the bearing seat is washed away, and the anti-rust liquid is attached to perform the next step; the anti-rust liquid circulation mechanism is provided with an anti-rust liquid filtering mechanism, which is used to filter impurities after the anti-rust liquid circulation mechanism recovers the sprayed anti-rust liquid, thereby realizing the recycling of the anti-rust liquid; The liquid removal device comprises an air blowing mechanism and a first drying mechanism, wherein the air blowing mechanism is located between the rust prevention device and the first drying mechanism, and the first drying mechanism is located between the air blowing mechanism and the cooling device; The blower mechanism comprises a blower body and a wind knife arranged in the blower body, the transmission device runs through the blower body, and the wind knife is used to blow away liquid water droplets attached to the surface of the bearing seat; The first drying mechanism is used for heating and drying the bearing seat; The transmission device passes through the first transmission mechanism from below the wind knife, and the wind knife is used to blow off the liquid water droplets attached to the surface of the bearing seat; after the bearing seat enters the blower body, the wind knife blows the bearing seat from above; After the blowing treatment, the first transmission mechanism transmits the bearing seat to the first drying mechanism, and the first drying mechanism heats and dries the bearing seat by heating, so that the surface of the bearing seat is dry and free of moisture; the first drying mechanism adopts radiation heating by a heating tube, and the drying temperature is 100°C; The drying device comprises a second drying mechanism and an air cooling mechanism, wherein the second drying mechanism is located between the workbench and the air cooling mechanism, and the air cooling mechanism is located between the second drying mechanism and the rust prevention unit; The second drying mechanism is used to dry the paint just applied on the bearing seat, and to dry the bearing seat again to ensure that the surface of the bearing seat is completely free of moisture; after drying, the bearing seat is cooled by the air cooling mechanism to reduce the temperature of the bearing seat to room temperature, so that the staff can directly pick up the bearing seat and apply anti-rust oil to its surface, and then directly place the bearing seat at the designated unloading position after application.

2. A bearing seat cleaning process according to claim 1, characterized in that: The workbench is provided with a paint touch-up carrier, and the paint touch-up carrier is used for loading paint.

3. A bearing seat cleaning process according to claim 1, characterized in that: The anti-rust unit comprises an anti-rust platform and an anti-rust carrier arranged on the anti-rust platform, and the anti-rust carrier is used for loading anti-rust oil.

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