Method for manufacturing a tubing connection support

Abstract

The application discloses a manufacturing method of a tubing connection support, which comprises the following steps: step one, machining of parts; step two, polishing; step three, cleaning operation; step four, spraying; step five, product marking; and step six, packaging and warehousing. The application is characterized in that the cleaned product is subjected to the cleaning operation in the product manufacturing process, so that metal chips, dust and other impurities on the surface of the product are removed, subsequent processing of the product is facilitated, the final product quality is improved, a plurality of products can be synchronously cleaned at a time in the product cleaning operation, the plurality of products are fixed at equal intervals on a placing section, the cleaning process is effectively ensured from shaking and impact, spraying and cleaning are simultaneously performed from the top surface and both sides of the product, the product is cleaned in a full range and at multiple angles, the cleaning effect is obviously improved, spraying is more comprehensive and uniform, and the cleaning spraying efficiency and quality are effectively improved.

Description

TECHNICAL FIELD

[0001] The application belongs to the technical field of oil pipe support manufacturing, and particularly relates to a manufacturing method of an oil pipe connecting support. BACKGROUND

[0002] The automobile oil pipe is mainly used for connecting a gasoline pump and an engine oil injection nozzle to provide fuel for the engine. Meanwhile, the automobile oil pipe also includes an oil return pipe, which functions to return excess fuel to the oil tank to maintain the circulation of the fuel system. Once the automobile oil pipe fails or is damaged, the starting and ignition of the engine will be affected, and even the automobile may not be able to run normally. Therefore, it is crucial to maintain the good state of the oil pipe to ensure the normal operation of the automobile. The oil pipe connecting support is used for the positioning and fixing of the oil pipe to ensure the stability and reliability of the oil pipe in use. During the manufacturing process of the oil pipe connecting support, cleaning operation is generally performed to remove impurities such as oil stains on the surface of the product. However, the existing products generally use a simple high-pressure water gun for flushing and cleaning. During the flushing and cleaning process, dead angles are prone to occur, resulting in unsatisfactory cleaning effect. SUMMARY

[0003] The application aims to provide a manufacturing method of an oil pipe connecting support to solve the problems in the prior art. The design is ingenious. During the manufacturing process of the product, the cleaned product is cleaned to remove impurities such as metal chips and dust on the surface of the product, which is more convenient for subsequent processing of the product, thereby improving the quality of the final product. In the product cleaning operation, multiple products can be simultaneously cleaned at the same time, and the multiple products are fixed at equal intervals on the placement section, which effectively ensures that shaking and impact do not occur during the cleaning process. At the same time, the products are sprayed and cleaned from the top surface and both sides, which can realize omnidirectional and multi-angle cleaning of the products, significantly improve the cleaning effect, and the spraying is more comprehensive and uniform, thereby effectively improving the cleaning and spraying efficiency and quality.

[0004] To solve the technical problems, the application adopts the following technical scheme:

[0005] The manufacturing method of the oil pipe connecting support includes a support body, and limiting holes one, two, three and four are arranged on the support body. The limiting hole one and the limiting hole three have the same hole diameter, the limiting hole two and the limiting hole four have the same hole diameter, and the limiting hole two and the limiting hole three are arranged on the same straight line.

[0006] The manufacturing method includes the following steps:

[0007] Step one: processing of parts. The required support body is processed according to the design drawing, and the limiting hole one, the limiting hole two, the limiting hole three and the limiting hole four are punched on the support body.

[0008] Step two: polishing the surface of the processed bracket body, fine polishing the surface of the processed bracket body can remove burrs and uneven parts, ensure smooth surface and production quality;

[0009] Step three: cleaning the polished bracket body:

[0010] (1) Place the bracket body on the cleaning rack, which includes a support bottom plate and a placement rod. The middle part of the support bottom plate is vertically provided with a partition plate, which divides the support bottom plate into two areas. The placement rod is fixed horizontally through the partition plate, and the part of the placement rod extending out of the partition plate forms a placement section, so that the two areas are provided with placement sections. The bracket body is vertically slid onto the placement section, and several bracket bodies are placed on each placement section. The support bottom plate is divided into two areas by the partition plate, and the placement sections are formed in the two areas. The two placement sections are symmetrically distributed to ensure the balance and reliability of the structure design. Each placement section in each area can hold several bracket bodies, so that multiple bracket bodies can be cleaned simultaneously each time, effectively improving the cleaning efficiency.

[0011] (2) Install the limiting frame. The support bottom plate is provided with a dovetail sliding groove, and the bottom end of the limiting frame is provided with a dovetail sliding block. The limiting frame is slid into the opening end of the dovetail sliding groove and the position of the bracket body on the placement section is adjusted. The limiting frame and the bracket body in the same area are distributed at intervals, and each limiting frame corresponds to a bracket body. The bracket body is fixed by the limiting frame to limit the horizontal movement of the bracket body on the placement section. The limiting frame is provided with a clamping groove, and when the limiting frame is moved into position, it is matched and clamped with the placement rod and abuts against the corresponding side surface of the placement rod. The several dovetail sliding grooves in each area are evenly distributed along the length of the support bottom plate in that area, so that the limiting frames in each area are also evenly distributed, and each limiting frame corresponds to a bracket body. Therefore, the several bracket bodies in the placement section in the same area are evenly distributed along the length of the placement section, which is more conducive to the equal-interval and balanced placement of the bracket bodies, thereby improving the subsequent cleaning efficiency, allowing water to uniformly and fully contact the surface of each bracket body, ensuring cleaning quality, avoiding the influence of the cleaning effect caused by the over-dense placement of the bracket bodies, and being conducive to the monitoring and management of the cleaning process.

[0012] (3) install two end auxiliary frames, the bottom end of the end auxiliary frame is also provided with a dovetail sliding block, the two end auxiliary frames are respectively located at two regions, the two end auxiliary frames are respectively clamped in the dovetail sliding groove at the two ends of the supporting bottom plate through the dovetail sliding block, the end auxiliary frame is also provided with a clamping groove, when the end auxiliary frame moves to the position, the end auxiliary frame is matched and clamped with the placing rod through the clamping groove and abuts against the side surface of the placing rod, after the end auxiliary frame is installed, the limiting frame located at the same region is just located between the end auxiliary frame and the spacing plate; one end auxiliary frame is installed in each of the two regions, the end auxiliary frame is located at the dovetail sliding groove farthest away from the spacing plate in the region, so that the limiting frame at the same region is just located between the end auxiliary frame and the spacing plate, the end auxiliary frame also realizes the sliding clamping on the supporting bottom plate through the dovetail sliding block and the dovetail sliding groove, and the shape of the end auxiliary frame is also similar to that of the limiting frame, the end auxiliary frame also realizes the accurate clamping and limiting between the end auxiliary frame and the placing rod through the clamping groove, which is ingenious in design and convenient to install and disassemble;

[0013] (4) install the guide plate one and the guide plate two, install the guide plate one and the guide plate two at two areas, the limiting frame and the end auxiliary frame are provided with the limiting through slot one and the limiting through slot two, the both sides of the spacing plate are provided with the limiting clamping groove one and the limiting clamping groove two, the limiting through slot one, the limiting clamping groove one are matched with the guide plate one, the limiting through slot two, the limiting clamping groove two are matched with the guide plate two, one end of the guide plate one passes through the limiting through slot one on the limiting frame and the end auxiliary frame in the same area and is clamped into the limiting clamping groove one on the corresponding side of the spacing plate, one end of the guide plate two passes through the limiting through slot two on the limiting frame and the end auxiliary frame in the same area and is clamped into the limiting clamping groove two on the corresponding side of the spacing plate;The corresponding design of the limiting through slot and the limiting clamping groove can facilitate the actual plug-in installation of the guide plate one and the guide plate two, and the design of the limiting through slot, the limiting clamping groove and the inclined surface of the guide plate one and the guide plate two makes the guide plate one and the guide plate two only be able to be pulled out or installed from the side of the corresponding area, and cannot be moved along the length direction of the limiting through slot and the limiting clamping groove, so that the guide plate one and the guide plate two are indirectly connected and fixed between the end auxiliary frame and the limiting frame in the same area after installation, limiting the end auxiliary frame and the limiting frame from sliding along the dovetail sliding groove, thereby ensuring the firmness and reliability of the installation structure of the end auxiliary frame and the limiting frame after moving in place, and the end auxiliary frame and the limiting frame must be pulled out before operation when subsequent movement is required, effectively improving the overall operation safety, avoiding the movement of the end auxiliary frame and the limiting frame affecting the cleaning operation in the subsequent cleaning process, and one guide plate one and one guide plate two are installed in each area, through the bidirectional guiding effect of the guide plate one and the guide plate two, the water generated in the cleaning process can be led out from the side, so as to converge the water to the corresponding collecting groove, and the limiting clamping groove one and the limiting clamping groove two also have overlapping parts in the vertical direction, and the limiting through slot one and the limiting through slot two also have overlapping parts in the vertical direction, the above design makes the guide plate one and the guide plate two have overlapping parts in the vertical direction after installation, the structure design is ingenious and reasonable, enhances the guiding effect, and is more conducive to the smooth flow of water in the middle along the inclined surface of the guide plate one and the guide plate two;

[0014] (5) Install the collection groove one and the collection groove two, the collection groove one is located at the support base on the side of the dovetail sliding groove opening end, the collection groove two is located at the support base on the side of the dovetail sliding groove closed end, limit and fix the collection groove one, the collection groove two and the support base, the end face of the collection groove one which is combined with the support base is provided with a guide notch, the guide notch is communicated with the opening end of the dovetail sliding groove, the top surface of the guide plate one and the guide plate two are all inclined surfaces, the top surface of the guide plate one is inclined downward to the direction of the collection groove one, the top surface of the guide plate two is inclined downward to the direction of the collection groove two; the water flowing along the inclined surface of the guide plate one will converge into the collection groove one for collection, the water flowing along the inclined surface of the guide plate two will converge into the collection groove two for collection, meanwhile, the guide notch is designed on the collection groove one, the guide notch realizes the connection and conduction of the collection groove one and the dovetail sliding groove, so that the little part of water flowing into the dovetail sliding groove can also flow out from the opening of the dovetail sliding groove into the collection groove one for collection, the overall structure design is ingenious and reasonable, through the design of the guide plate and the collection groove, the cleaned water can be collected and treated, reducing the waste of water resources;

[0015] (6) The upper part of the placing rod is provided with a main spraying plate, the bottom surface of the main spraying plate is uniformly provided with main spraying holes, the main spraying plate is fixedly connected with the spacing plate through the fixed rod one and the fixed rod two, the top surface of the main spraying plate is provided with a water inlet, the water inlet is connected with a water pump through a pipeline, the water pump sends the cleaning water from the pipeline and the water inlet into the main spraying plate, and then sprays the water from the main spraying holes to spray and clean the support body below, the cleaned water drops downward and converges into the collection groove one along the guide plate one and into the collection groove two along the guide plate two; the main spraying plate is fixedly arranged on the top surface of the spacing plate through the fixed rod one and the fixed rod two, so as to ensure the installation firmness and reliability, after the cleaning water enters the main spraying plate from the water inlet, the cleaning water sprays from the main spraying holes of the main spraying plate, so that the support body in the two areas below can be fully covered and cleaned, and the support body is limited and fixed and cannot move during the whole cleaning process, so as to effectively ensure the cleaning quality and cleaning efficiency, the water generated during the cleaning process can flow along the guide plate into the corresponding collection groove, so as to realize the collection of the cleaned water, avoid the waste of water resources, facilitate the subsequent centralized treatment and reuse of the water, and also avoid the pollution of the surrounding environment caused by the direct discharge of waste water;

[0016] (7) After the cleaning operation is completed, the guide plate one and the guide plate two are extracted, and the limiting frame and the end auxiliary frame are moved along the dovetail sliding groove until the limiting frame and the end auxiliary frame are moved to the opening end of the dovetail sliding groove and abut against the collecting groove one. In this state, the end limiting frame and the end auxiliary frame are completely misaligned with the support body and the placement section. Then, the cleaned support body is taken off from the placement rod and transported to a drying station for drying treatment. The structure design is ingenious and reasonable. After the guide plate one and the guide plate two are extracted, only the limiting frame and the end auxiliary frame need to be moved along the dovetail sliding groove. After the limiting frame and the end auxiliary frame are moved and adjusted to the right position, they can be completely misaligned with the placement section and the support body, which will not affect the horizontal movement of the support body on the placement section. Then, the support body is taken off without completely disassembling the end auxiliary frame and the limiting frame, which reduces the repeated installation process and improves the actual work efficiency.

[0017] Step four: The surface of the product after cleaning and drying treatment is subjected to spraying treatment. The spraying treatment can enhance the corrosion resistance and aesthetics of the product after production, and improve the production quality.

[0018] Step five: The product is subjected to marking treatment on the outer surface. The product is marked with specifications, models, production dates, etc. for the management and tracking of the product in the subsequent processing, circulation or use process, so as to improve the actual production efficiency and product quality.

[0019] Step six: The product after marking is subjected to quality detection, and the products that pass the detection are packed and stored. The unqualified products can be removed through quality detection to ensure the performance and quality of the products.

[0020] Further, in step (1) of the above step three, the placement rod includes a placement rod one and a placement rod two. The placement rod one is matched with the limiting hole two, and the placement rod two is matched with the limiting hole three. The support body is slidably connected to the placement rod one and the placement rod two through the limiting hole two and the limiting hole three. The structure design is ingenious and reasonable. Two placement rods are used to support the placement support body, which can ensure the structural strength and structural firmness of the placement section, improve the placement stability and safety of the support body on the placement section, and limit the circumferential rotation of the support body on the placement section, so as to ensure the vertical setting stability of the support body and enable the support body to only slide horizontally along the placement section. In combination with the limiting of the horizontal displacement of the support body by the limiting frame, the precise positioning and fixing of the support body on the placement section are realized, so that the support body will not shake or shift during cleaning, ensuring the cleaning quality.

[0021] Further, in step (2) of step three, the top of the limiting frame is provided with a limiting portion, the limiting portion is provided with a limiting slot matched with the support body, the limiting frame is limited by the limiting slot and the top of the support body, the structure is designed ingeniously and reasonably, when the limiting frame is gradually moved to the position, the limiting portion is also gradually limited between the support body, the limiting portion is arranged on the end limiting frame and the middle limiting frame, the support body is further limited from the top of the support body through the limiting slot on the limiting portion, the horizontal movement of the support body is limited, and the placement of the placement rod is matched with the limitation of the circumferential rotation of the support body, so that the stability and reliability of the placement of the support body on the placement section are effectively ensured, the workpiece is prevented from moving and shaking during the cleaning process, and the cleaning quality is controlled.

[0022] Further, in step (4) of step three, the other end of the guide plate one is provided with a support bracket one and a side baffle one, the support bracket one is supported and clamped at the corresponding end of the support bottom plate, and the support bracket one is limited and fixed with the support bottom plate through the abutting screw one, the support bracket one is provided with a groove one, the design of the support bracket one can enhance the overall structural strength of the guide plate one, and the support bracket one is supported on the support bottom plate when the guide plate one is inserted in place, and the two ends of the guide plate one are assisted and limited by the limiting slot one, so that the structure of the guide plate one after being inserted in place is more stable and reliable, and the support bracket one and the support bottom plate are limited and fixed by the abutting screw one, so that the limiting and fixing of the guide plate one is realized, the guide plate one after installation is more firm and reliable, the shaking and sliding of the guide plate one during use is effectively avoided, the use safety is improved, the design of the groove one can provide a hand space to facilitate the installation or disassembly of the guide plate one, and the side baffle one can play a shielding role to prevent water after cleaning from splashing from the side of the guide plate one, so that the water can flow smoothly along the inclined surface of the guide plate one into the collecting groove one.

[0023] Further, in step (4) of step three, the other end of the guide plate two is provided with a support bracket two and a side baffle two, the support bracket one supports the butt joint end of the support base plate, and the support bracket two is limited and fixed with the support base plate through the abutting screw two, the support bracket two is provided with a groove two, the design of the support bracket two can enhance the overall structural strength of the guide plate two, and when the guide plate two is inserted in place, the support bracket two is just supported on the support base plate, and the two ends of the guide plate two are assisted and supported by the limiting clamping groove two, so that the structure of the guide plate two after insertion is more stable and reliable, and the support bracket two and the support base plate are limited and fixed through the abutting screw two, so that the limiting and fixing of the guide plate two is realized, and the guide plate two after installation is more firm and reliable, effectively avoiding the shaking and slipping of the guide plate two during use, improving the use safety, and the design of the groove two can provide a hand space to facilitate the installation or disassembly of the guide plate two, and the design of the side baffle two can play a shielding role to prevent the water after cleaning from washing the side of the guide plate two, and ensure that the water can flow smoothly along the inclined surface of the guide plate two into the collecting groove two.

[0024] Further, in step (5) of step three, the two ends of the collecting groove one are provided with limiting blocks one, and the limiting blocks one and the collecting groove one form positioning clamping grooves one, the collecting groove one is matched and clamped on the corresponding side of the support base plate through the positioning clamping grooves one, the limiting blocks one are provided with open sliding grooves one, the two ends of the support base plate are provided with limiting rods one, the open sliding grooves one are matched with the limiting rods one, the limiting rods one are limited and clamped in the open sliding grooves one, and the end of the limiting rod one is provided with a limiting nut one, the limiting block one and the limiting rod one are limited and fixed by tightening the limiting nut one, the installation and fixing between the collecting groove one and the support base plate are realized, the positioning clamping grooves one matched with the support base plate are formed between the two limiting blocks one and the collecting groove one, so that the precise clamping positioning between the collecting groove one and the support base plate is realized, and at the same time, the open sliding grooves one on the limiting blocks one are matched with the limiting rods one on the support base plate, so that the limiting rods one are gradually slid into the open sliding grooves one during clamping of the collecting groove one, and the extension end of the limiting rod one is also provided with a limiting nut one, so that after the collecting groove one is clamped in place, the limiting block one and the support base plate can be limited and fixed by tightening the limiting nut one, the design is ingenious and reasonable, and the installation and disassembly are convenient, when the collecting groove one needs to be disassembled and removed, the limiting nut one can be loosened for adjustment.

[0025] Further, in step (5) of step three, the two ends of the collecting groove two are provided with limiting blocks two, and the limiting blocks two and the collecting groove two form positioning clamping grooves two. The collecting groove two is matched and clamped in the corresponding side of the supporting bottom plate through the positioning clamping grooves two. The limiting blocks two are provided with open sliding grooves two. The two ends of the supporting bottom plate are provided with limiting rods two. The open sliding grooves two are matched with the limiting rods two. The limiting rods two are clamped in the open sliding grooves two. The ends of the limiting rods two are provided with limiting nuts two. The limiting blocks two and the limiting rods two are fixed by tightening the limiting nuts two. The installation and fixation between the collecting groove two and the supporting bottom plate are realized. The two limiting blocks two and the collecting groove two form the positioning clamping grooves two matched with the supporting bottom plate. The precise clamping and positioning between the collecting groove two and the supporting bottom plate are realized. At the same time, the open sliding grooves two on the limiting blocks two are matched with the limiting rods two on the supporting bottom plate. The limiting rods two are gradually clamped into the open sliding grooves two during the clamping of the collecting groove two. The extending ends of the limiting rods two are provided with limiting nuts two. After the clamping of the collecting groove two, the limiting fixation between the collecting groove two and the supporting bottom plate can be realized by tightening the limiting nuts two. The design is ingenious and reasonable. The installation and disassembly are convenient and simple. When the collecting groove two needs to be disassembled and removed, the limiting nuts two can be loosened for adjustment.

[0026] Further, in step (5) of step three, the ends of the collecting groove one and the ends of the collecting groove two are provided with water outlets. The water outlets can concentrate and discharge the sewage in the collecting groove. The sewage can be treated.

[0027] Further, in step (2) of step three, the limiting frame includes end limiting frames and intermediate limiting frames. The end limiting frames and the bottoms of the intermediate limiting frames are provided with dovetail sliding blocks. One end limiting frame and a plurality of intermediate limiting frames are installed in each area. The end limiting frame is arranged in the dovetail sliding groove close to the partition plate. The intermediate limiting frames in the same area are located between the end limiting frame and the end auxiliary frame. A support body is arranged between the end limiting frame and the adjacent intermediate limiting frame, between the adjacent intermediate limiting frames, and between the end auxiliary frame and the adjacent intermediate limiting frame. The structure design is compact and reasonable. One end limiting frame, one end auxiliary frame, and a plurality of intermediate limiting frames are installed in each area. The plurality of intermediate limiting frames are located between the end limiting frame and the end auxiliary frame. The end limiting frame is arranged close to the partition plate. The end auxiliary frame is arranged away from the partition plate. The end limiting frame, the end auxiliary frame, and the intermediate limiting frame are provided with dovetail sliding blocks. The three kinds of frames are matched and slid into the corresponding dovetail sliding grooves. The clamping and sliding between the three kinds of frames and the supporting bottom plate are realized. The actual installation and disassembly are facilitated. The dovetail structure design can ensure the clamping stability and reliability between the three kinds of frames and the supporting bottom plate. The three kinds of frames can only move horizontally along the dovetail sliding groove. The operation and adjustment safety are improved.

[0028] Further, in step (6) of step three, in addition to the spray cleaning from the main spray plate, an auxiliary spray system is provided for auxiliary spraying, and the auxiliary spraying operation is as follows:

[0029] ①The auxiliary spray system includes an auxiliary guide box and a top pressing cylinder. The auxiliary guide box is arranged on the main spray plate near the opening end of the dovetail sliding groove on one side. The two ends of the auxiliary guide box are connected and communicated with the main spray plate through corrugated connecting pipes. The corrugated connecting pipes have a certain flexibility and elasticity, which can meet the vertical movement of the auxiliary guide box on the fixed rod one, and also ensure the connection and communication between the inside of the auxiliary guide box and the main spray plate. The auxiliary guide box is slidingly connected on the fixed rod one and vertically slides along the fixed rod one. The top pressing cylinder is arranged at the top of the fixed rod one. The piston rod of the top pressing cylinder is connected with the auxiliary guide box. The top ends of the end limiting frame, the middle limiting frame and the end auxiliary frame are provided with guide portions which are in communication with the inside of the corresponding end limiting frame, the middle limiting frame and the end auxiliary frame. The guide portions are provided with guide sockets. The bottom surface of the auxiliary guide box is provided with a positioning sleeve which is in communication with the inside of the auxiliary guide box. The positioning sleeve is matched with the guide sockets one by one. The side of the end limiting frame away from the spacer plate is provided with an auxiliary spray hole. The two sides of the middle limiting frame are provided with auxiliary spray holes. The side of the end auxiliary frame facing the spacer plate is provided with an auxiliary spray hole. The piston rod of the top pressing cylinder is extended and retracted to realize the up and down movement of the auxiliary guide box, so that the position state of the auxiliary guide box can be adjusted according to different needs. The auxiliary guide box is guided and limited by the fixed rod one during movement, so as to improve the verticality and stability of the movement of the auxiliary guide box and improve the operation safety. The auxiliary guide box is lifted and lowered by the top pressing cylinder, which improves the automation degree of the whole operation process and improves the operation efficiency. At the same time, the positions of the auxiliary spray holes on the three frame bodies of the end limiting frame, the middle limiting frame and the end auxiliary frame are limited, so that the two sides of the bracket body between the end limiting frame and the adjacent middle limiting frame, between the adjacent middle limiting frames and between the end auxiliary frame and the adjacent middle limiting frame can be sprayed and cleaned, avoiding the cleaning dead angle, improving the thoroughness of cleaning, and not designing the auxiliary spray holes on the side of the end limiting frame and the end auxiliary frame away from the bracket body, which can reduce the splashing and diffusion of water mist and avoid the waste of cleaning water.

[0030] ②Before the water pump works, the piston rod of the top pressure cylinder is extended to push the auxiliary guide box to move down, so that the positioning sleeve is matched and inserted into the corresponding guide socket, and after the auxiliary guide box is connected and guided between the end limiting frame, the middle limiting frame and the end auxiliary frame, the water pump is started again to pour the cleaning water into the main spray plate, part of the cleaning water in the main spray plate is sprayed from the main spray hole of the main spray plate to spray and clean the bracket body from above, and the other part of the cleaning water enters the auxiliary guide box from the corrugated pipe, then enters the guide socket from the positioning sleeve, and then enters the end limiting frame, the middle limiting frame and the end auxiliary frame from the guide socket, and is sprayed from the auxiliary spray hole of the end limiting frame, the middle limiting frame and the end auxiliary frame to spray and clean the bracket body from the side, so that the bracket body is cleaned in all directions by double spraying, and the cleaning quality and efficiency are effectively improved.

[0031] ③The fixed rod is sequentially provided with a positioning slot one and a positioning slot two from top to bottom, in the initial state, the top surface of the auxiliary guide box is abutted and contacted with the top of the fixed rod one, and the positioning plug is inserted into the positioning slot one, and the positioning plug is supported on the bottom surface of the auxiliary guide box, before the top pressure cylinder is started, the positioning plug is completely pulled out from the positioning slot one, and then the positioning plug is inserted into the positioning slot two, when the top pressure cylinder pushes the auxiliary guide box to move down, the auxiliary guide box is abutted and contacted on the positioning plug. The positioning plug cooperates with the two positioning slots to assist in supporting and limiting the auxiliary guide box before and after the auxiliary guide box is moved to the position, so that the stability and reliability of the auxiliary guide box are ensured, and the positioning plug cooperates with the positioning slot two to realize accurate positioning of the auxiliary guide box when the auxiliary guide box moves down, before the water pump starts to work, the positioning plug inserted into the positioning slot one is pulled out, and then inserted into the positioning slot two, so that when the auxiliary guide box abuts the positioning plug during the movement of the auxiliary guide box pushed by the top pressure cylinder, the auxiliary guide box is moved to the position, in this state, the positioning sleeve is matched and inserted into the corresponding guide socket, the accurate positioning adjustment of the auxiliary guide box is realized, and the extrusion and wear between the positioning sleeve and the guide socket caused by the continuous movement of the auxiliary guide box can be avoided.

[0032] The auxiliary spray system is used for auxiliary cleaning, the bracket body can be sprayed and cleaned from both sides, and the bracket body can be sprayed and cleaned from above by cooperating with the main spray plate, so that the bracket body can be cleaned in all directions and at multiple angles, and the cleaning effect is significantly improved, and the auxiliary spray holes on the end limiting frame, the middle limiting frame and the end auxiliary frame are designed cleverly, so that the bracket body can be sprayed and cleaned from both sides and the top, the spraying is more comprehensive and uniform, and the cleaning and spraying efficiency and quality are improved.

[0033] The technical scheme has the following beneficial effects:

[0034] The product is polished, and then the product is cleaned to remove metal scraps and dust and other impurities on the surface of the product, so that subsequent processing of the product is facilitated, the quality of the final product is improved, and multiple products can be simultaneously cleaned during each cleaning operation, and the multiple products are fixed at equal intervals on the placement section, so that shaking and impact during cleaning is effectively avoided, auxiliary spraying is used during cleaning to spray the two sides of the support body and the top of the support body, the main spraying plate is used to spray the top of the support body, the support body is cleaned in a full range and at multiple angles, the cleaning effect is significantly improved, and the auxiliary spraying holes on the end limiting frame, the middle limiting frame and the end auxiliary frame are designed to spray the two sides and the top of each support body, so that spraying is more comprehensive and uniform, and the cleaning and spraying efficiency and quality are improved. BRIEF DESCRIPTION OF DRAWINGS

[0035] The application will be further described below with reference to the drawings:

[0036] Figure 1 The figure is a state structure diagram of the support body in the application when the support body is installed in place on the placement section.

[0037] Figure 2 The figure is a state structure diagram of the guide plate one and the guide plate two after installation.

[0038] Figure 3 The figure is a state structure diagram of the limiting frame, the end auxiliary frame and the placement rod when they are moved and clamped in place.

[0039] Figure 4 The figure is a structure diagram of the application from another perspective. Figure 3

[0040] Figure 5 The figure is a connection structure diagram between the main spraying plate and the spacing plate in the application.

[0041] Figure 6 The figure is a structure diagram of the collection groove one in the application.

[0042] Figure 7 The figure is a structure diagram of the collection groove two in the application.

[0043] Figure 8 The figure is a position structure diagram of the spacing plate on the support bottom plate in the application.

[0044] Figure 9 The figure is a structure diagram of the application from another perspective. Figure 8

[0045] Figure 10 The figure is a structure diagram of the end auxiliary frame in the application. ​​

[0046] Figure 11 is Figure 10 structure diagram from another perspective;

[0047] Figure 12 is a structure diagram of the end limiting frame in the application;

[0048] Figure 13 is Figure 12 structure diagram from another perspective;

[0049] Figure 14 is a structure diagram of the middle limiting frame in the application;

[0050] Figure 15 is Figure 14 structure diagram from another perspective;

[0051] Figure 16 is a structure diagram of the guide plate one in the application;

[0052] Figure 17 is a structure diagram of the guide plate two in the application;

[0053] Figure 18 is a structure diagram of the placement of the support body on the placement section in the application;

[0054] Figure 19 is a perspective view of the oil pipe connecting support in the application;

[0055] Figure 20 is a front structure diagram of the oil pipe connecting support in the application.

[0056] In the figure: 1-support body; 2-limiting hole one; 3-limiting hole two; 4-limiting hole three; 5-limiting hole four; 6-washing rack; 7-supporting bottom plate; 8-main spraying plate; 9-spacing plate; 10-placing section; 11-dovetail sliding groove; 12-dovetail sliding block; 13-end auxiliary frame; 14-clamping groove; 15-guiding plate one; 16-guiding plate two; 17-limiting slot one; 18-limiting slot two; 19-limiting clamping groove one; 20-limiting clamping groove two; 21-collection groove one; 22-collection groove two; 23-guiding slot; 24-placing rod one; 25-placing rod two; 26-end limiting frame; 27-intermediate limiting frame; 28-limiting part; 29-limiting slot; 30-supporting bracket one; 31-tightening screw one; 32-groove one; 33-supporting bracket two; 34-tightening screw two; 35-groove two; 36-limiting block one; 37-positioning clamping groove one; 38-opening sliding groove one; 39-limiting rod one; 40-limiting nut one; 41-limiting block two; 42-positioning clamping groove two; 43-opening sliding groove two; 44-limiting rod two; 45-limiting nut two; 46-main spraying hole; 47-water inlet; 48-assisting guide box; 49-top pressing air cylinder; 50-corrugated connecting pipe; 51-guiding part; 52-guiding socket; 53-positioning sleeve; 54-assisting spraying hole; 55-positioning insertion slot one; 56-positioning insertion slot two; 57-positioning insertion block; 58-water outlet; 59-fixing rod one; 60-fixing rod two; 61-side baffle one; 62-side baffle two. DETAILED DESCRIPTION

[0057] As Figures 1 to 20 shown, it is the manufacturing method of the oil pipe connecting support, the manufacturing method of the oil pipe connecting support, the oil pipe connecting support includes support body 1, limiting hole one 2, limiting hole two 3, limiting hole three 4 and limiting hole four 5 are arranged on the support body 1, limiting hole one 2 and limiting hole three 4 have the same hole diameter, limiting hole two 3 and limiting hole four 5 have the same hole diameter, limiting hole two 3 and limiting hole three 4 are arranged on the same straight line.

[0058] The manufacturing method includes the following steps:

[0059] Step one: processing of parts, the required support body 1 is processed according to the design drawing, and limiting hole one 2, limiting hole two 3, limiting hole three 4 and limiting hole four 5 are formed on the support body 1 by stamping;

[0060] Step two: the surface of the processed support body 1 is polished, the surface of the processed support body 1 is finely polished, burrs and uneven parts can be removed, the surface is smooth, and the production quality is guaranteed;

[0061] Step three: cleaning operation is carried out on the polished support body 1:

[0062] (1) The stent body 1 is placed on the cleaning frame 6, the cleaning frame 6 comprises a supporting bottom plate 7 and a placing rod, the middle part of the supporting bottom plate 7 is vertically provided with a partition plate 9, the partition plate 9 separates the supporting bottom plate 7 into two areas, the placing rod is transversely fixed on the partition plate 9, the part of the placing rod extending out of the partition plate 9 forms a placing section 10, so that the placing section 10 is arranged in each area, the stent body 1 is vertically slid onto the placing section 10, a plurality of stent bodies 1 are placed on each placing section 10, the supporting bottom plate 7 is divided into two areas by the partition plate 9, the placing section 10 is formed in each area, the two placing sections 10 are symmetrically distributed, which ensures the balance stability and reliability of the structural design, and a plurality of stent bodies 1 can be placed on the placing section 10 in each area, so that the synchronous cleaning operation of multiple stent bodies 1 can be ensured each time, and the cleaning efficiency is effectively improved;

[0063] The placing rod comprises a placing rod one 24 and a placing rod two 25, the placing rod one 24 is matched with the limiting hole two 3, the placing rod two 25 is matched with the limiting hole three 4, and the stent body 1 is slidably connected on the placing rod one 24 and the placing rod two 25 through the limiting hole two 3 and the limiting hole three 4. The structure is designed ingeniously and reasonably, two placing rods are used to support the stent body 1 at the same time, which can ensure the structural strength and stability of the placing section 10, and can also improve the placing stability and safety of the stent body 1 on the placing section 10, and the design of two placing rods can limit the circumferential rotation of the stent body 1 on the placing section 10, so as to ensure the vertical setting stability of the stent body 1, so that the stent body 1 can only slide horizontally along the placing section 10, and the precise positioning and fixing of the stent body 1 on the placing section 10 are realized by cooperating with the limiting frame limiting the horizontal displacement of the stent body 1, so that the stent body 1 will not shake, displace and the like during the cleaning process, and the cleaning quality is ensured;

[0064] (2) The support bottom plate 7 is provided with a dovetail sliding groove 11, the bottom end of the limiting frame is provided with a dovetail sliding block 12, the limiting frame is slid into the opening end of the dovetail sliding groove 11, the position of the support body 1 on the placing section 10 is adjusted, the limiting frames in the same area are distributed at intervals between the support body 1, each limiting frame corresponds to a support body 1, the support body 1 is limited and fixed by the limiting frame, the horizontal movement of the support body 1 on the placing section 10 is limited, the limiting frame is provided with a clamping groove 14, the limiting frame is matched and clamped with the placing rod through the clamping groove 14 when the limiting frame is moved to the position, and the corresponding side surface of the placing rod is abutted, a plurality of dovetail sliding grooves 11 in each area are uniformly distributed along the length direction of the support bottom plate 7 of the area, so that the limiting frames in each area are also uniformly distributed, and each limiting frame corresponds to a support body 1, so that a plurality of support bodies 1 in the placing section 10 of the same area are uniformly distributed along the length of the placing section 10, which is more conducive to the equidistant and balanced placement of the support body 1, thereby improving the subsequent cleaning efficiency, so that water can uniformly and fully contact the surface of each support body 1, ensuring the cleaning quality, avoiding the influence of the cleaning effect caused by the over-dense placement between the support bodies 1, and being conducive to the monitoring and management of the cleaning process;

[0065] The top of the limiting frame is provided with a limiting part 28, the limiting part 28 is provided with a limiting groove 29, the limiting groove 29 is matched with the support body 1, the limiting frame is clamped and limited with the top of the support body 1 through the limiting groove 29, the structure design is ingenious and reasonable, when the limiting frame is gradually moved to the position, the limiting part 28 is also gradually clamped and limited with the support body 1, the limiting part 28 is arranged on the end limiting frame 26 and the middle limiting frame 27, the support body 1 can be further limited from the top of the support body 1 through the limiting groove 29 on the limiting part 28, the horizontal movement of the support body 1 is limited, and the support body 1 is further limited in the circumferential direction by the placing rod, so as to effectively ensure the stability and reliability of the placement of the support body 1 on the placing section 10, and to ensure that the workpiece does not move and shake during the cleaning process, so as to control the cleaning quality;

[0066] The limiting frame comprises end limiting frames 26 and middle limiting frames 27, the bottom of each of the end limiting frames 26 and the middle limiting frames 27 is provided with a dovetail sliding block 12, one end limiting frame 26 and a plurality of middle limiting frames 27 are installed in each area, the end limiting frame 26 is arranged in the dovetail sliding groove 11 close to the partition plate 9, the middle limiting frames 27 in the same area are located between the end limiting frame 26 and the end auxiliary frame 13, a support body 1 is arranged between the end limiting frame 26 and the adjacent middle limiting frame 27, between the adjacent middle limiting frames 27, and between the end auxiliary frame 13 and the adjacent middle limiting frame 27. The structure is compact and reasonable, one end limiting frame 26, one end auxiliary frame 13 and a plurality of middle limiting frames 27 are installed in each area, the plurality of middle limiting frames 27 are located between the end limiting frame 26 and the end auxiliary frame 13, the end limiting frame 26 is arranged close to the partition plate 9, the end auxiliary frame 13 is arranged away from the partition plate 9, and the end limiting frame 26, the end auxiliary frame 13 and the middle limiting frame 27 are all provided with the dovetail sliding block 12, so that the three frames are matched and slid into the corresponding dovetail sliding groove 11, the sliding clamping between the three frames and the support bottom plate 7 is realized, the actual installation and disassembly are facilitated, and the dovetail structure design can also ensure the clamping stability and reliability between the three frames and the support bottom plate 7, so that the three frames can only move horizontally along the dovetail sliding groove 11, and the operation and adjustment safety are improved;

[0067] (3) Two end auxiliary frames 13 are installed, the bottom end of the end auxiliary frame 13 is also provided with a dovetail sliding block 12, the two end auxiliary frames 13 are located at two areas respectively, the two end auxiliary frames 13 are clamped in the dovetail sliding grooves 11 at both ends of the support bottom plate 7 through the dovetail sliding blocks 12, the end auxiliary frame 13 is also provided with a clamping groove 14, when the end auxiliary frame 13 is moved to the position, the end auxiliary frame 13 is clamped and abuts against the placement rod through the clamping groove 14, after the end auxiliary frame 13 is installed, the limiting frame in the same area is located between the end auxiliary frame 13 and the partition plate 9; one end auxiliary frame 13 is installed in each area, the end auxiliary frame 13 is located at the dovetail sliding groove 11 farthest away from the partition plate 9 in the area, so that the limiting frame in the same area is located between the end auxiliary frame 13 and the partition plate 9, the end auxiliary frame 13 also realizes the sliding clamping on the support bottom plate 7 through the dovetail sliding block 12 and the dovetail sliding groove 11, and the shape of the end auxiliary frame 13 is similar to that of the limiting frame, the end auxiliary frame 13 also realizes the precise clamping and limiting between the end auxiliary frame 13 and the placement rod through the clamping groove 14, the design is ingenious, and the installation and disassembly are convenient;

[0068] (4) Install the guide plate one 15 and the guide plate two 16, install the guide plate one 15 and the guide plate two 16 at two areas, the limiting frame and the end auxiliary frame 13 are provided with the limiting slot one 17 and the limiting slot two 18, the both sides of the spacing plate 9 are provided with the limiting slot one 19 and the limiting slot two 20, the limiting slot one 17 and the limiting slot one 19 are matched with the guide plate one 15, the limiting slot two 18 and the limiting slot two 20 are matched with the guide plate two 16, one end of the guide plate one 15 passes through the limiting slot one 17 on the limiting frame and the end auxiliary frame 13 of the same area and is clamped into the limiting slot one 19 on the corresponding side of the spacing plate 9, one end of the guide plate two 16 passes through the limiting slot two 18 on the limiting frame and the end auxiliary frame 13 of the same area and is clamped into the limiting slot two 20 on the corresponding side of the spacing plate 9; the corresponding design of the limiting slot and the limiting slot can facilitate the actual plug-in installation of the guide plate one 15 and the guide plate two 16, and the design of the limiting slot, the limiting slot, the guide plate one 15 and the guide plate two 16 on the inclined surface makes the guide plate one 15 and the guide plate two 16 only be able to be pulled out or installed from the side of the corresponding area, and cannot be moved along the length direction of the limiting slot and the limiting slot, so that the guide plate one 15 and the guide plate two 16 are indirectly connected and fixed after installation The end auxiliary frame 13 and the limiting frame of the same area, limit the end auxiliary frame 13 and the limiting frame from sliding along the dovetail sliding groove 11, thereby ensuring the firmness and reliability of the installation structure of the end auxiliary frame 13 and the limiting frame after moving in place, and the end auxiliary frame 13 and the limiting frame must be pulled out before operation when subsequent movement is required, effectively improving the safety of the entire operation, avoiding the influence of the movement of the end auxiliary frame 13 and the limiting frame on the cleaning operation in the subsequent cleaning process, and one guide plate one 15 and one guide plate two 16 are installed in each area, through the bidirectional guiding effect of the guide plate one 15 and the guide plate two 16, the water generated in the cleaning process can be led out from the side, so as to converge the water to the corresponding collecting groove, and in the actual design, the limiting slot one 19 and the limiting slot two 20 also have overlapping parts in the vertical direction, the limiting slot one 17 and the limiting slot two 18 also have overlapping parts in the vertical direction, the above design makes the guide plate one 15 and the guide plate two 16 have overlapping parts in the vertical direction after installation, the structure design is ingenious and reasonable, the guiding effect is enhanced, and it is more conducive to the smooth flow of water along the inclined surface of the guide plate one 15 and the guide plate two 16;

[0069] The other end of the guide plate one 15 is provided with a support bracket one 30 and a side baffle one 61, the support bracket one 30 is supported and clamped at the corresponding end of the support bottom plate 7, and the support bracket one 30 is fixed and limited by the abutting screw one 31 and the support bottom plate 7, the support bracket one 30 is provided with a groove one 32, the design of the support bracket one 30 can enhance the overall structural strength of the guide plate one 15, and when the guide plate one 15 is inserted in place, the support bracket one 30 is just supported on the support bottom plate 7, and the two ends of the guide plate one 15 can be assisted and supported and limited by cooperating with the limiting clamping groove one 19, so that the structure of the guide plate one 15 after being inserted in place is more stable and reliable, and the support bracket one 30 and the support bottom plate 7 are fixed and limited by cooperating with the abutting screw one 31, so that the limiting and fixing of the guide plate one 15 is realized, the guide plate one 15 after being installed is more firm and reliable, effectively avoiding shaking and slipping of the guide plate one 15 in use, improving the use safety, the design of the groove one 32 can provide a hand space to facilitate the installation or disassembly of the guide plate one 15, and the side baffle one 61 can play a shielding role to prevent the water after being cleaned from splashing out from the side of the guide plate one 15, ensuring that the water can flow smoothly along the inclined surface of the guide plate one 15 into the collecting groove one 21;

[0070] The other end of the guide plate two 16 is provided with a support bracket two 33 and a side baffle two 62, the support bracket one 30 is supported and clamped at the corresponding end of the support bottom plate 7, and the support bracket two 33 is fixed and limited by the abutting screw two 34 and the support bottom plate 7, the support bracket two 33 is provided with a groove two 35, the design of the support bracket two 33 can enhance the overall structural strength of the guide plate two 16, and when the guide plate two 16 is inserted in place, the support bracket two 33 is just supported on the support bottom plate 7, and the two ends of the guide plate two 16 can be assisted and supported and limited by cooperating with the limiting clamping groove two 20, so that the structure of the guide plate two 16 after being inserted in place is more stable and reliable, and the support bracket two 33 and the support bottom plate 7 are fixed and limited by cooperating with the abutting screw two 34, so that the limiting and fixing of the guide plate two 16 is realized, the guide plate two 16 after being installed is more firm and reliable, effectively avoiding shaking and slipping of the guide plate two 16 in use, improving the use safety, the design of the groove two 35 can provide a hand space to facilitate the installation or disassembly of the guide plate two 16, and the design of the side baffle two 62 can play a shielding role to prevent the water after being cleaned from splashing out from the side of the guide plate two 16, ensuring that the water can flow smoothly along the inclined surface of the guide plate two 16 into the collecting groove two 22;

[0071] (5) Install the collection groove one 21 and the collection groove two 22, the collection groove one 21 is located at the support base plate 7 at the opening end of the dovetail slide groove 11 side, the collection groove two 22 is located at the support base plate 7 at the closed end of the dovetail slide groove 11 side, the collection groove one 21, the collection groove two 22 and the support base plate 7 are fixed, the end surface of the collection groove one 21 is provided with a guide notch 23, the guide notch 23 is communicated with the opening end of the dovetail slide groove 11, the top surface of the guide plate one 15 and the guide plate two 16 is inclined surface, the top surface of the guide plate one 15 is inclined downward to the direction of the collection groove one 21, the top surface of the guide plate two 16 is inclined downward to the direction of the collection groove two 22; The water flowing along the inclined surface of the guide plate one 15 will converge into the collection groove one 21 for collection, the water flowing along the inclined surface of the guide plate two 16 will converge into the collection groove two 22 for collection, and the guide notch 23 is designed on the collection groove one 21, the guide notch 23 realizes the connection of the collection groove one 21 and the dovetail slide groove 11, so that the water flowing into the dovetail slide groove 11 can also flow out from the opening of the dovetail slide groove 11 into the collection groove one 21 for collection, the overall structure is designed ingeniously and reasonably, through the design of the guide plate and the collection groove, the water after cleaning can be collected and treated, reducing the waste of water resources; The end of the collection groove one 21 and the end of the collection groove two 22 are provided with a water outlet 58, the water outlet 58 can concentrate and discharge the sewage in the collection groove, and then treat the sewage.

[0072] The two ends of the collection groove one 21 are provided with a limiting block one 36, a positioning clamping groove one 37 is formed between the limiting block one 36 and the collection groove one 21, the collection groove one 21 is matched and clamped on the corresponding side surface of the support base plate 7 through the positioning clamping groove one 37, an open sliding groove one 38 is arranged on the limiting block one 36, the two ends of the support base plate 7 are provided with a limiting rod one 39, the open sliding groove one 38 is matched with the limiting rod one 39, the limiting rod one 39 is clamped in the open sliding groove one 38, and the end of the limiting rod one 39 is provided with a limiting nut one 40, the limiting block one 36 and the limiting rod one 39 are fixed by tightening the limiting nut one 40, the installation and fixation between the collection groove one 21 and the support base plate 7 are realized, the two limiting blocks one 36 and the collection groove one 21 form the positioning clamping groove one 37 matched with the support base plate 7, so that the precise clamping and positioning between the collection groove one 21 and the support base plate 7 is realized, and at the same time, the open sliding groove one 38 on the limiting block one 36 is matched with the limiting rod one 39 on the support base plate 7, so that the limiting rod one 39 is gradually slid into the open sliding groove one 38 during the clamping of the collection groove one 21, and the extension end of the limiting rod one 39 is also provided with the limiting nut one 40, so that after the collection groove one 21 is clamped in place, the collection groove one 21 and the support base plate 7 can be fixed by tightening the limiting nut one 40, the design is ingenious and reasonable, and the installation and disassembly are convenient, when the collection groove one 21 needs to be disassembled and removed, the limiting nut one 40 can be adjusted by loosening;

[0073] The two ends of the collecting groove two 22 are provided with limiting blocks two 41, and a positioning clamping groove two 42 is formed between the limiting blocks two 41 and the collecting groove two 22. The collecting groove two 22 is matched and clamped on the corresponding side of the supporting bottom plate 7 through the positioning clamping groove two 42. The limiting blocks two 41 are provided with open grooves two 43. The two ends of the supporting bottom plate 7 are provided with limiting rods two 44. The open grooves two 43 are matched with the limiting rods two 44. The limiting rods two 44 are clamped in the open grooves two 43. The ends of the limiting rods two 44 are provided with limiting nuts two 45. The limiting blocks two 41 and the limiting rods two 44 are fixed and limited by tightening the limiting nuts two 45, so as to realize the installation and fixation between the collecting groove two 22 and the supporting bottom plate 7. The two limiting blocks two 41 and the collecting groove two 22 form the positioning clamping groove two 42 matched with the supporting bottom plate 7, so as to realize the accurate clamping and positioning between the collecting groove two 22 and the supporting bottom plate 7. At the same time, the open grooves two 43 on the limiting blocks two 41 are matched with the limiting rods two 44 on the supporting bottom plate 7, so that the limiting rods two 44 are gradually clamped into the open grooves two 43 during the clamping of the collecting groove two 22. The extending end of the limiting rod two 44 is also provided with the limiting nut two 45. Therefore, after the collecting groove two 22 is clamped in place, the collecting groove two 22 and the supporting bottom plate 7 can be fixed and limited by tightening the limiting nut two 45. The design is ingenious and reasonable, and the installation and disassembly are convenient and simple. When the collecting groove two 22 needs to be disassembled and removed, the limiting nut two 45 can be loosened for adjustment.

[0074] (6) The upper part of the placing rod is provided with a main spraying plate 8. The bottom surface of the main spraying plate 8 is uniformly provided with main spraying holes 46. The main spraying plate 8 is fixedly connected with the spacing plate 9 through the fixed rod one 59 and the fixed rod two 60. The top surface of the main spraying plate 8 is provided with a water inlet 47. The water inlet 47 is connected with a water pump through a pipeline. The water pump delivers cleaning water from the pipeline and the water inlet 47 into the main spraying plate 8, and then sprays the cleaning water from the main spraying holes 46 to perform a spraying and cleaning operation on the support body 1 below. The cleaned water drops downward and flows along the guide plate one 15 into the collecting groove one 21 and flows along the guide plate two 16 into the collecting groove two 22. The main spraying plate 8 is fixedly arranged on the top surface of the spacing plate 9 through the fixed rod one 59 and the fixed rod two 60, so as to ensure the installation firmness and reliability. The cleaning water enters the main spraying plate 8 from the water inlet 47 and is sprayed from the main spraying holes 46 of the main spraying plate 8, so as to comprehensively cover and clean the support body 1 in the two areas below. During the whole cleaning process, the support body 1 is fixedly limited and cannot move, so as to effectively ensure the cleaning quality and efficiency. The water generated during the cleaning process can flow along the guide plate into the corresponding collecting groove, so as to collect the cleaned water, avoid the waste of water resources, facilitate the subsequent centralized treatment and reuse of the water, and also avoid the pollution of the surrounding environment caused by the direct discharge of waste water.

[0075] (7) After the cleaning operation is completed, the guide plate one 15 and the guide plate two 16 are extracted, the abutting screw one 31 and the abutting screw two 34 are loosened, the guide plate one 15 and the guide plate two 16 can be extracted, the auxiliary guide box 48 is moved upward to reset to the initial state through the top pressure cylinder 49, the positioning sleeve 53 is completely separated from the guide socket 52, the limiting frame and the end auxiliary frame 13 are moved along the dovetail sliding groove 11 until the limiting frame and the end auxiliary frame 13 are in contact with the collecting groove one 21 at the opening end of the dovetail sliding groove 11, the end limiting frame 26 and the end auxiliary frame 13 are completely staggered with the support body 1 and the placing section 10 in this state, the support body 1 after cleaning is taken off from the placing rod and is transported to the drying station for drying treatment, the structure design is ingenious and reasonable, after the guide plate one 15 and the guide plate two 16 are extracted, it is only needed to move the limiting frame and the end auxiliary frame 13 along the dovetail sliding groove 11, the limiting frame and the end auxiliary frame 13 can be completely staggered with the placing section 10 and the support body 1 after being moved and adjusted to the right position, the horizontal movement of the support body 1 on the placing section 10 is not affected, the support body 1 is taken off, the end auxiliary frame 13 and the limiting frame do not need to be completely removed, the repeated installation process is reduced, and the actual work efficiency is improved;

[0076] In addition to the spray cleaning from the main spray plate 8, an auxiliary spray system is arranged to perform auxiliary spray, and the auxiliary spray operation is as follows:

[0077] The auxiliary spraying system comprises an auxiliary guide box 48 and a top pressing cylinder 49. The auxiliary guide box 48 is arranged on the main spraying plate 8 and located at one side close to the opening end of the dovetail sliding groove 11. The two ends of the auxiliary guide box 48 are connected and communicated with the main spraying plate 8 through corrugated connecting pipes 50. The corrugated connecting pipes 50 have certain flexibility and elasticity, which can meet the vertical movement of the auxiliary guide box 48 on the fixed rod one 59 and ensure the connection and communication between the inside of the auxiliary guide box 48 and the main spraying plate 8. The auxiliary guide box 48 is slidingly connected on the fixed rod one 59 and vertically slides along the fixed rod one 59. The top pressing cylinder 49 is arranged at the top of the fixed rod one 59. The piston rod of the top pressing cylinder 49 is connected with the auxiliary guide box 48. The top ends of the end limiting frame 26, the middle limiting frame 27 and the end auxiliary frame 13 are provided with guiding portions 51, which are in communication with the inside of the corresponding end limiting frame 26, middle limiting frame 27 and end auxiliary frame 13. The guiding portions 51 are provided with guiding sockets 52. The bottom surface of the auxiliary guide box 48 is provided with a positioning sleeve 53, which is in communication with the inside of the auxiliary guide box 48. The positioning sleeve 53 is matched with the guiding socket 52 one by one. The side of the end limiting frame 26 away from the spacing plate 9 is provided with an auxiliary spraying hole 54. The two sides of the middle limiting frame 27 are provided with auxiliary spraying holes 54. The side of the end auxiliary frame 13 facing the spacing plate 9 is provided with an auxiliary spraying hole 54. The piston rod of the top pressing cylinder 49 is extended and retracted to realize the up and down movement of the auxiliary guide box 48, so that the position state of the auxiliary guide box 48 can be adjusted according to different requirements. The auxiliary guide box 48 is guided and limited by the fixed rod one 59 during movement, so as to improve the verticality and stability of the movement of the auxiliary guide box 48 and improve the operation safety. The lifting of the auxiliary guide box 48 is realized by the top pressing cylinder 49, which improves the automation degree of the whole operation process and improves the operation efficiency. At the same time, the positions of the auxiliary spraying holes 54 on the end limiting frame 26, the middle limiting frame 27 and the end auxiliary frame 13 are limited, so that the two sides of the support body 1 between the end limiting frame 26 and the adjacent middle limiting frame 27, between the adjacent middle limiting frames 27 and between the end auxiliary frame 13 and the adjacent middle limiting frame 27 can be sprayed and cleaned, so as to avoid the cleaning dead angle, improve the thoroughness of cleaning, and avoid the waste of cleaning water by not designing the auxiliary spraying holes 54 on the side of the end limiting frame 26 and the end auxiliary frame 13 away from the support body 1.

[0078] ②Before the water pump works, the piston rod of the top pressure cylinder 49 is extended to push the auxiliary guide box 48 to move downward, so that the positioning sleeve 53 is matched and inserted in the corresponding guide socket 52, and after the corresponding positioning sleeve 53 and the guide socket 52 are inserted in place, the connection of the auxiliary guide box 48 with the end limiting frame 26, the middle limiting frame 27 and the end auxiliary frame 13 is realized, and then the water pump is started to send cleaning water into the main spray plate 8, part of the cleaning water in the main spray plate 8 is sprayed out of the main spray hole 46 of the main spray plate 8 to spray and clean the support body 1 from above, and the other part of the cleaning water enters the auxiliary guide box 48 from the corrugated pipe, and then enters the guide socket 52 from the positioning sleeve 53, and then enters the end limiting frame 26, the middle limiting frame 27 and the end auxiliary frame 13 from the guide socket 52, and is sprayed out of the auxiliary spray hole 54 on the end limiting frame 26, the middle limiting frame 27 and the end auxiliary frame 13 to spray and clean the support body 1 from the side, so that the support body 1 is cleaned in all directions by double spraying, and the cleaning quality and efficiency are effectively improved.

[0079] ③The fixed rod one 59 is sequentially provided with a positioning slot one 55 and a positioning slot two 56 from top to bottom, in the initial state, the top surface of the auxiliary guide box 48 is abutted and contacted with the top of the fixed rod one 59, and the positioning plug 57 is inserted in the positioning slot one 55, and the positioning plug 57 is supported on the bottom surface of the auxiliary guide box 48, before the top pressure cylinder 49 is started, the positioning plug 57 is completely pulled out of the positioning slot one 55, and then the positioning plug 57 is inserted into the positioning slot two 56, when the top pressure cylinder 49 pushes the auxiliary guide box 48 to move downward, the auxiliary guide box 48 is abutted and contacted on the positioning plug 57. The positioning plug 57 cooperates with the two positioning slots to assist in supporting and limiting the auxiliary guide box 48 before and after the auxiliary guide box 48 is moved to the position, so as to ensure the stability and reliability of the auxiliary guide box 48, and the positioning plug 57 cooperates with the positioning slot two 56 to realize the accurate positioning of the auxiliary guide box 48 when the auxiliary guide box 48 moves downward, before the water pump starts to send water, the positioning plug 57 inserted into the positioning slot one 55 is pulled out and then inserted into the positioning slot two 56, so that when the auxiliary guide box 48 is abutted to the positioning plug 57 during the movement of the auxiliary guide box 48 pushed by the top pressure cylinder 49, it indicates that the auxiliary guide box 48 has moved to the position, and in this state, the positioning sleeve 53 is also matched and inserted in the corresponding guide socket 52 to realize the accurate positioning and adjustment of the auxiliary guide box 48, and the auxiliary guide box 48 can also be prevented from continuing to move downward to cause the extrusion and wear between the positioning sleeve 53 and the guide socket 52.

[0080] The auxiliary cleaning can be performed from both sides of the support body 1 by using the auxiliary spraying system, and the spraying cleaning from above the support body 1 by cooperating with the main spraying plate 8, so that the support body 1 can be cleaned in all directions and at multiple angles, the cleaning effect is obviously improved, and the auxiliary spraying holes 54 on the end limiting frame 26, the middle limiting frame 27 and the end auxiliary frame 13 are designed in a clever manner, so that the two sides and the top of each support body 1 can be sprayed and cleaned, the spraying is more comprehensive and uniform, and the spraying efficiency and quality are improved.

[0081] Step four: the surface of the product after cleaning and drying treatment is sprayed, and the corrosion resistance and aesthetics of the product after production can be enhanced through spraying treatment, and the production quality is improved.

[0082] Step five: marking treatment is performed on the outer surface of the product, and the specifications, models, production dates and the like are marked on the product through the marking treatment, so that the management and tracking of the product in the subsequent processing, circulation or use process are facilitated, and the actual production efficiency and product quality are improved.

[0083] Step six: the product after marking is detected, and the qualified product is packaged and stored, and the unqualified product is removed through quality detection, so that the performance and quality of the product are ensured.

[0084] The design of the present application is reasonable, and the product after polishing is cleaned in the product manufacturing process, the metal chips and dust and impurities on the surface of the product are removed, the subsequent treatment of the product is facilitated, the quality of the final product is improved, and a plurality of products can be simultaneously cleaned in each cleaning operation in the product cleaning operation, and the plurality of products are fixed at equal intervals on the placing section 10, so that shaking and impact do not occur in the cleaning process, and the auxiliary spraying system is used for auxiliary cleaning during cleaning, the spraying cleaning can be performed from both sides of the support body 1, the spraying cleaning from above the support body 1 is performed by cooperating with the main spraying plate, the support body 1 can be cleaned in all directions and at multiple angles, the cleaning effect is obviously improved, and the auxiliary spraying holes 54 on the end limiting frame 26, the middle limiting frame 27 and the end auxiliary frame 13 are designed in a clever manner, so that the two sides and the top of each support body 1 can be sprayed and cleaned, the spraying is more comprehensive and uniform, and the spraying efficiency and quality are improved.

[0085] The above is only a specific embodiment of the present application, but the technical features of the present application are not limited thereto. Any simple change, equivalent replacement or modification made on the basis of the present application to achieve basically the same technical effect is covered by the protection scope of the present application.

Claims

1. A method for manufacturing a tubing connection bracket, characterized in that: The oil pipe connection bracket includes a bracket body, on which are provided limiting holes one, two, three and four. The limiting holes one and three have the same diameter, the limiting holes two and four have the same diameter, and the limiting holes two and three are located on the same straight line. The manufacturing method includes the following steps: Step 1: Part processing. According to the design drawings, process the required bracket body and punch the limiting hole 1, limiting hole 2, limiting hole 3 and limiting hole 4 on the bracket body. Step 2: Polish the surface of the processed bracket body; Step 3: Clean the polished bracket body: (1) Place the support body on the cleaning rack. The cleaning rack includes a support base plate and a placement rod. A partition plate is vertically provided in the middle of the support base plate. The partition plate divides the support base plate into two areas. The placement rod is horizontally fixed on the partition plate. The two ends of the placement rod extend out of the partition plate to form placement sections, so that there are placement sections in both areas. Slide the support body vertically into the placement section. Several support bodies are placed on each placement section. (2) Install the limiting frame. The limiting frame includes an end limiting frame and an intermediate limiting frame. A dovetail groove is provided on the support base plate. A dovetail slider is provided at the bottom of the limiting frame. The limiting frame is slid into the opening end of the dovetail groove and moved. The position of the support body on the placement section is adjusted so that the limiting frames and the support body in the same area are distributed at intervals. Each limiting frame corresponds to one support body. The support body is limited and fixed by the limiting frame, which restricts the horizontal movement of the support body on the placement section. At the same time, the limiting frame is provided with a slot. When the limiting frame moves into place, it matches and engages with the placement rod through the slot and abuts against the corresponding side of the placement rod. (3) Install two end auxiliary frames. The bottom of the end auxiliary frame is also provided with a dovetail slider. The two end auxiliary frames are located in two areas respectively. The two end auxiliary frames are respectively locked in the dovetail grooves at both ends of the support base plate by the dovetail slider. The end auxiliary frame is also provided with a slot. When the end auxiliary frame moves into place, it is matched and locked with the placement rod through the slot and abuts against the side of the placement rod. After the end auxiliary frame is installed, the limit frame located in the same area is located between the end auxiliary frame and the partition plate. (4) Install guide plate one and guide plate two. Guide plate one and guide plate two are installed in both areas. Limiting slot one and limiting slot two are provided on the limiting frame and the end auxiliary frame. Limiting slot one and limiting slot two are provided on both sides of the partition plate. Limiting slot one and limiting slot two are provided on both sides of the partition plate. Limiting slot one and limiting slot one are matched with guide plate one. Limiting slot two and limiting slot two are matched with guide plate two. One end of guide plate one passes through the limiting slot one on the limiting frame and the end auxiliary frame in the same area and is inserted into the limiting slot one on the corresponding side of the partition plate. One end of guide plate two passes through the limiting slot two on the limiting frame and the end auxiliary frame in the same area and is inserted into the limiting slot two on the corresponding side of the partition plate. (5) Install collection trough one and collection trough two. Collection trough one is located on the support base plate on the side of the dovetail slide opening end, and collection trough two is located on the support base plate on the side of the dovetail slide closing end. Collection trough one and collection trough two are fixed to the support base plate. A guide groove is provided on the end face of collection trough one that is in contact with the support base plate. The guide groove is connected to the opening end of the dovetail slide. The top surfaces of guide plate one and guide plate two are both inclined surfaces. The top surface of guide plate one is inclined downward towards the direction of collection trough one, and the top surface of guide plate two is inclined downward towards the direction of collection trough two. (6) A main spray plate is provided above the placement rod. The main spray plate has main spray holes evenly arranged on the bottom surface. The main spray plate is fixedly connected to the partition plate through fixing rod one and fixing rod two. The main spray plate has a water inlet on the top surface. The water inlet is connected to the water pump through a pipe. The water pump delivers the cleaning water from the pipe and the water inlet to the main spray plate, and then sprays it out from the main spray hole to spray and clean the support body below. The cleaned water drips down and flows along guide plate one to collect tank one and along guide plate two to collect tank two. (7) After the cleaning operation is completed, pull out the guide plate 1 and guide plate 2, and then move the limit frame and end auxiliary frame along the dovetail slide until the limit frame and end auxiliary frame move to the opening end of the dovetail slide and abut against the collection tank 1. In this state, the end limit frame and end auxiliary frame are completely separated from the support body and the placement section. Then, remove the cleaned support body from the placement rod and transport it to the drying station for drying. Step 4: Apply a spray coating to the surface of the cleaned and dried product; Step 5: Mark the outer surface of the product; Step Six: Conduct quality inspections on the labeled products and pack the qualified products into the warehouse.

2. The method for manufacturing the tubing connection bracket according to claim 1, characterized in that: In step (1) of step three above, the placement rod includes placement rod one and placement rod two. Placement rod one matches the limiting hole two, and placement rod two matches the limiting hole three. The bracket body is slidably engaged with placement rod one and placement rod two through limiting hole two and limiting hole three.

3. The method for manufacturing the tubing connection bracket according to claim 1, characterized in that: In step (2) of step three above, the top of the limiting frame is provided with a limiting part, and the limiting part is provided with a limiting groove. The limiting groove matches the bracket body, and the limiting frame is limited by engaging with the top of the bracket body through the limiting groove.

4. The method for manufacturing the tubing connection bracket according to claim 1, characterized in that: In step (4) of step three above, the other end of the guide plate is provided with a support bracket and a side baffle. The support bracket is supported and snapped onto the corresponding end of the support base plate, and the support bracket is fixed to the support base plate by a tightening screw. The support bracket is provided with a groove.

5. The method for manufacturing the tubing connection bracket according to claim 1, characterized in that: In step (4) of step three above, the other end of the guide plate two is provided with a support bracket two and a side baffle two. The support bracket one is supported and snapped into the docking end of the support base plate, and the support bracket two is limited and fixed to the support base plate by a tightening screw two. The support bracket two is provided with a groove two.

6. The method for manufacturing the tubing connection bracket according to claim 1, characterized in that: In step (5) of step three above, a limiting block is provided at both ends of the collection tank, and a positioning slot is formed between the limiting block and the collection tank. The collection tank is matched and locked to the corresponding side of the support base plate through the positioning slot. An open sliding groove is provided on the limiting block, and a limiting rod is provided at both ends of the support base plate. The open sliding groove matches the limiting rod, and the limiting rod is locked in the open sliding groove. A limiting nut is provided at the end of the limiting rod. Tightening the limiting nut will limit and fix the limiting block and the limiting rod, thereby realizing the installation and fixation between the collection tank and the support base plate.

7. The method for manufacturing the tubing connection bracket according to claim 1, characterized in that: In step (5) of step three above, limit blocks are provided at both ends of the collection tank two, and positioning slots are formed between the limit blocks two and the collection tank two. The collection tank two is matched and locked to the corresponding side of the support base plate through the positioning slots two. The limit blocks two are provided with open sliding grooves two. Limit rods are provided at both ends of the support base plate. The open sliding grooves two match the limit rods two. The limit rods two are locked in the open sliding grooves two. The end of the limit rods two is provided with limit nuts two. Tightening the limit nuts two limits and fixes the limit blocks two and the limit rods two, thereby realizing the installation and fixation between the collection tank two and the support base plate.

8. The method for manufacturing the tubing connection bracket according to claim 1, characterized in that: In step (5) of step three above, water outlets are provided at the ends of both the first and second collection tanks.

9. The method for manufacturing the tubing connection bracket according to claim 1, characterized in that: Both the end limit frame and the intermediate limit frame are equipped with dovetail sliders at their bottoms. One end limit frame and several intermediate limit frames are installed in each area. The end limit frame is located in the dovetail groove near the partition plate. The intermediate limit frames in the same area are located between the end limit frame and the end auxiliary frame. A support body is distributed between the end limit frame and the adjacent intermediate limit frame, between the adjacent intermediate limit frames, and between the end auxiliary frame and the adjacent intermediate limit frame.

10. The method for manufacturing the tubing connection bracket according to claim 9, characterized in that: In step (6) of step three above, in addition to spraying and cleaning from the main spray plate, an auxiliary spraying system is also set up for auxiliary spraying. The auxiliary spraying operation is as follows: ① The auxiliary spraying system includes an auxiliary guide box and a top pressure cylinder. The auxiliary guide box is located on the side of the main spraying plate near the opening end of the dovetail slide. The two ends of the auxiliary guide box are connected to the main spraying plate through corrugated connecting pipes. The auxiliary guide box is slidably engaged on the first fixed rod and slides vertically along the first fixed rod. The top pressure cylinder is located at the top of the first fixed rod. The piston rod of the top pressure cylinder is connected to the auxiliary guide box. The top of the end limit frame, the middle limit frame and the end auxiliary frame are all provided with guide parts. The guide parts are provided with guide sockets. The bottom surface of the auxiliary guide box is provided with positioning sleeves. The positioning sleeves and guide sockets are matched one-to-one. The side of the end limit frame facing away from the partition plate is provided with auxiliary spraying holes. The two sides of the middle limit frame are provided with auxiliary spraying holes. The side of the end auxiliary frame facing the partition plate is provided with auxiliary spraying holes. ② Before the water pump starts working, the piston rod of the top pressure cylinder extends and pushes the auxiliary guide box down, so that the positioning sleeve is matched and inserted into the corresponding guide socket. Then the water pump starts again to send cleaning water into the main spray plate. Part of the cleaning water that enters the main spray plate sprays out from the main spray hole of the main spray plate and sprays and cleans it from above the bracket body. The other part of the cleaning water enters the auxiliary guide box from the corrugated pipe, then enters the guide socket from the positioning sleeve, and then enters the end limit frame, the intermediate limit frame, and the end auxiliary frame from the guide socket. Finally, it sprays out from the auxiliary spray holes on the end limit frame, the intermediate limit frame, and the end auxiliary frame and sprays and cleans it from the side of the bracket body. ③ The fixed rod is provided with positioning slot one and positioning slot two from top to bottom. In the initial state, the top surface of the auxiliary guide box is in contact with the top of the fixed rod and the positioning block is inserted into the positioning slot one. The positioning block is supported on the bottom surface of the auxiliary guide box. Before the top pressure cylinder is started, the positioning block is completely pulled out from the positioning slot one and then inserted into the positioning slot two. When the top pressure cylinder pushes the auxiliary guide box to move down into place, the auxiliary guide box is just supported and in contact with the positioning block.

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