Plate-type ejector lubricating system of determinant bottle-making machine

Abstract

The utility model belongs to the field of bottle-making production, and particularly relates to a plate-type ejector lubricating system of a determinant bottle-making machine. The plate type ejector lubricating assembly is communicated with an oil supply pump station to supply oil to the determinant bottle-making machine and comprises a lubricating connecting plate, a plate type ejector and an oil storage plate, an oil supply channel communicated with the determinant bottle-making machine is arranged on the lubricating connecting plate, the lubricating connecting plate is arranged on the determinant bottle-making machine, the oil storage plate is arranged on the lubricating connecting plate, and an oil storage groove and a lubricating hole are formed in the oil storage plate. The oil storage tank is communicated with an oil supply point of the oil supply pump station, the plate-type ejectors are arranged on the oil storage plate, one ends of the plate-type ejectors are communicated with the oil storage tank, the other ends of the plate-type ejectors are communicated with the lubricating holes, the number of the plate-type ejectors corresponds to that of the lubricating holes, and the lubricating holes are communicated with the oil supply passage and correspond to the lubricating points. By using the plate-type ejector, a pipeline does not need to be independently connected to be connected with the lubricating connecting plate, mounting and dismounting are convenient, space and materials are saved, and the hidden danger of pipeline leakage caused by pipeline connection is prevented.

Description

Technical Field

[0001] This utility model belongs to the field of bottle manufacturing, and in particular to a lubrication system for a plate-type jet injector in a row-type bottle making machine. Background Technology

[0002] With the rapid development of the bottle-making industry, customers have increasingly higher requirements for the quality of glass bottles and jars. Therefore, it is imperative for bottle and jar manufacturers to produce high-standard, high-requirement glass bottles and jars. The row-type bottle-making machine is a widely used, high-efficiency mechanical device for manufacturing glass bottles. The timed and quantitative lubrication system is crucial for the normal operation of the row-type bottle-making machine. It is a vital factor in ensuring the stable operation of the machine. Each lubrication point corresponds to a specific part of the mechanism, including lubrication for cylinder-type mechanisms and for frame-type mechanisms. There are oil bath lubrications that directly enter the mechanism and aerosol lubrications that enter the mechanism along with the operating air. In existing technology, different pipelines need to be connected from the oil supply point to the lubrication point for different lubrication points. This is not only disorganized but also prone to oil leaks. This is wasteful for customers and accelerates wear and tear on the mechanism, reducing its service life. Utility Model Content

[0003] The technical problem to be solved by this utility model is to overcome the shortcomings of the prior art and provide a timed and quantitative lubrication system for a plate-type injector of a row-type bottle making machine that is simple in structure, saves time and effort in disassembly and assembly, can lubricate at fixed times and points without requiring separate lubrication pipelines for each lubrication point, and has high safety.

[0004] The technical solution adopted by this utility model to solve its technical problem is as follows: The plate-type injector lubrication system of the row-type bottle making machine includes a row-type bottle making machine, an oil supply pump station, and a plate-type injector lubrication assembly. The plate-type injector lubrication assembly is connected to the oil supply pump station to supply oil to the row-type bottle making machine. The system is characterized by including a lubrication plate, a plate-type injector, and an oil storage plate. The lubrication plate is provided with an oil supply passage connecting to the row-type bottle making machine. The lubrication plate is set on the row-type bottle making machine. The oil storage plate is set on the lubrication plate. The oil storage plate is provided with an oil storage tank and lubrication holes. The oil storage tank is connected to the oil supply point of the oil supply pump station. The plate-type injector is set on the oil storage plate, with one end connected to the oil storage tank and the other end connected to the lubrication hole. The number of plate-type injectors corresponds to the number of lubrication holes. The lubrication holes are connected to the oil supply passage and correspond to the lubrication points.

[0005] Preferably, the plate-type injector includes a small plate-type injector and a large plate-type injector. The oil storage plate includes a first oil storage plate and a second oil storage plate. The first oil storage plate is provided with a first oil storage tank, a second oil storage tank, a third oil storage tank, and a lubrication hole. The second oil storage plate is provided with a fourth oil storage tank. The small plate-type injector is disposed on the first oil storage plate, with one end connected to the first oil storage tank, the second oil storage tank, or the third oil storage tank, and the other end connected to the corresponding lubrication hole. The large plate-type injector is disposed on the second oil storage plate, with one end connected to the fourth oil storage tank and the other end connected to the corresponding lubrication hole.

[0006] Preferably, the first oil storage tank, the fourth oil storage tank, the second oil storage tank, and the third oil storage tank have the same width and their lengths decrease sequentially.

[0007] Preferably, it also includes a hose and a quick-connect coupling. The large plate injector is connected to the corresponding lubrication hole through the hose and quick-connect coupling located on the outside of the oil reservoir plate, and the small plate injector is connected to the corresponding lubrication hole on the inside of the oil reservoir plate.

[0008] Preferably, it also includes a straight connector, which is set on the lubrication plate. The number of straight connectors corresponds to the number of lubrication points. One end of the straight connector is connected to the oil supply passage, and the other end is connected to the lubrication hole.

[0009] Preferably, it also includes a nameplate, which is set on the oil reservoir plate and has markings corresponding to the lubrication points.

[0010] Preferably, a sealing ring is provided between the lubrication hole and the lubrication plate, and a sealing ring is provided between the plate injector and the oil reservoir plate.

[0011] Compared with existing technologies, the beneficial effects of this technical solution are:

[0012] This invention mounts multiple plate-type injectors onto an oil storage plate equipped with an oil reservoir. Lubricating oil enters the reservoir from the supply point and then flows into the plate-type injectors. The number of plate-type injectors corresponds to the number of lubrication holes on the lubrication plate, with each hole corresponding to a lubrication point on the row-type bottle-making machine. The plate-type injectors deliver the lubricating oil from the reservoir to each lubrication point through the lubrication holes. By using plate-type injectors, separate piping connections to the lubrication plate are eliminated, making installation and disassembly convenient, saving space and materials, and preventing potential leaks caused by piping. Furthermore, different lubrication points correspond to different plate-type injectors and use different oil reservoirs, enabling zoned and targeted lubrication, providing ample lubrication protection for the machine and extending its service life. Attached Figure Description

[0013] Figure 1 This is a schematic diagram of the structure of a plate-type injector lubrication system for a row-type bottle making machine according to this utility model.

[0014] Figure 2This is a side view of the present invention.

[0015] Figure 3 This is a schematic diagram of the lubrication assembly of the plate-type injector of this utility model.

[0016] Figure 4 This is a cross-sectional view of the lubrication assembly of the plate-type injector of this utility model.

[0017] Figure 5 This is a cross-sectional view of the installation of the plate injector lubrication assembly of this utility model.

[0018] Figure 6 This is a cross-sectional view of the installation of the oil reservoir plate of the lubrication assembly of the plate injector of this utility model.

[0019] The components include: 1. Lubrication plate; 2. Lubrication hole; 3. Small plate injector; 4. Large plate injector; 5. First oil reservoir; 6. Second oil reservoir; 7. First oil tank; 8. Second oil tank; 9. Third oil tank; 10. Hose; 11. Quick-connect fitting; 12. First oil supply fitting; 13. Second oil supply fitting; 14. Third oil supply fitting; 15. Nameplate; 16. Row-type bottle making machine; 17. Straight connector; 18. Fourth oil tank; 19. Lubrication main pipe; 20. Oil reservoir plate fixing cylindrical pin; 21. Hexagonal threaded pin; 22. Mounting block; 23. Plate injector fixing cylindrical pin; 24. Long screw; 25. Mounting block fixing cylindrical pin. Detailed Implementation

[0020] Figures 1-6 This is the preferred embodiment of the present invention, which is described below in conjunction with the appendix. Figures 1-6 The present invention will be further described below.

[0021] Reference Figures 1-3 The lubrication system for the plate-type injector of the row-type bottle making machine includes the row-type bottle making machine 16, an oil supply pump station, and a plate-type injector lubrication assembly. The plate-type injector lubrication assembly is connected to the oil supply pump station to supply oil to the row-type bottle making machine 16. The plate-type injector lubrication assembly includes a lubrication plate 1, a plate-type injector, and an oil storage plate. The lubrication plate 1 is provided with an oil supply passage connected to the row-type bottle making machine 16. The lubrication plate 1 is set on the row-type bottle making machine 16. The oil storage plate is set on the lubrication plate 1. The oil storage plate is provided with an oil storage tank and a lubrication hole 2. The oil storage tank is connected to the oil supply point of the oil supply pump station. The plate-type injector is set on the oil storage plate, with one end connected to the oil storage tank and the other end connected to the lubrication hole 2. The lubrication hole 2 is connected to the oil supply passage.

[0022] This utility model has three oil supply points. Two oil supply points are located on the lubrication plate 1, namely the second and third oil supply points. In this embodiment, the second oil supply connector 13 is a right-angle elbow, and the third oil supply connector 14 is a T-junction. The lubricating oil from the oil pump station is connected to the three oil supply points through a three-way stainless steel lubrication main pipe 19. The unused interface of the third oil supply connector 14 can be plugged with a pipe plug; when in use, it can be directly connected to the oil storage tank on the oil storage plate. The first oil supply point is directly connected to the oil storage tank via the first oil supply connector 12. In this embodiment, the first oil supply connector 12 connects to the second oil storage tank 8. Oil is supplied to different oil storage tanks through different oil supply points. Multiple plate-type injectors are installed on different oil storage tanks, and the number of plate-type injectors is the same as the number of lubrication holes 2, each corresponding to a different oil supply point, thereby achieving zoned lubrication.

[0023] A lubrication plate 1 is located on one side of the row-type bottle making machine 16. The width of the lubrication plate 1 gradually increases from top to bottom, and an oil reservoir plate is inclinedly located on the lower side of the lubrication plate 1. Both sides of the lubrication plate 1 are connected to the row-type bottle making machine 16 by screws. Multiple straight connectors 17 are installed on the side in contact with the row-type bottle making machine 16. Each straight connector 17 corresponds to a lubrication point on the row-type bottle making machine 16. The lubrication plate 1 has a channel that communicates with the straight connectors 17, and the other side of the channel communicates with the lubrication holes 2 on the oil reservoir plate. Lubricating oil exits from the lubrication holes 2 and enters the various lubrication points of the machine through the straight connectors 17, completing the lubrication of each lubrication point.

[0024] Reference Figures 4-6 The oil reservoir plate includes a first oil reservoir plate 5 and a second oil reservoir plate 6. The second oil reservoir plate 6 is located below the first oil reservoir plate 5. The two sides of the second oil reservoir plate 6 are fixedly connected to the first oil reservoir plate 5 by screws, and a cylindrical pin 20 is provided in the middle for fixation. The plate injector includes a small plate injector 3 and a large plate injector 4. The small plate injector 3 is located on the first oil reservoir plate 5, and the large plate injector 4 is located on the second oil reservoir plate 6. In this embodiment, there are 20 small plate injectors 3, arranged in two rows of 9 adjacent to each other, and 4 large plate injectors 4.

[0025] The first oil storage plate 5 is provided with a first oil storage tank 7, a second oil storage tank 8, and a third oil storage tank 9. The three oil storage tanks are arranged along the width direction of the first oil storage plate 5 and penetrate through the first oil storage plate 5. The second oil storage tank 8 and the third oil storage tank 9 are arranged side by side below the first oil storage tank 7, with the second oil storage tank 8 located on the left side and its length greater than that of the third oil storage tank 9. The first oil storage tank 7 and the third oil storage tank 9 are supplied with oil by a third oil supply point. The oil supply pipe coming out from the third oil supply connector 14 is arranged inside the first oil storage plate 5 and passes through the first oil storage tank 7 and the third oil storage tank 9 from top to bottom. The second oil storage tank 8 is supplied with oil by the first oil supply point, and the first oil supply connector 12 is directly connected to the second oil storage tank 8. The second oil storage plate 6 has a fourth oil storage tank 18 inside, which is arranged along the width direction and penetrates the second oil storage plate 6. The second oil supply point supplies oil to the fourth oil storage tank 18. The oil supply pipe from the second oil supply connector 13 is arranged from top to bottom inside the two oil storage plates and connects to the fourth oil storage tank 18. The two sides of the oil storage tank are provided with threaded holes, which can be directly connected to the pipeline for oil inlet. In this embodiment, lubricating oil enters the oil storage tank through the oil supply point. The two sides of the oil storage tank are blocked by pipe plugs, so that the lubricating oil enters each plate injector corresponding to the oil storage tank.

[0026] Lubrication holes 2 are vertically arranged on the upper side of the first oil reservoir plate 5, and a sealing ring is provided between them and the lubrication connecting plate 1 to prevent lubricating oil leakage. Each lubrication hole 2 corresponds to a plate-type injector. The small plate-type injector 3 is connected to the first oil reservoir plate 5 by two screws, and is fixed in the middle by a plate-type injector fixing cylindrical pin 23. A sealing ring is provided at the connection between the small plate-type injector 3 and the oil reservoir of the first oil reservoir plate 5 and the lubrication hole 2 to prevent lubricating oil leakage. Since the first mounting position of the injector on the first oil reservoir plate 5 is the size of the large plate-type injector, which is different from the installation size of the small plate-type injector 3, a mounting block 22 is used to transition to the installation size of the small plate-type injector 3. The upper side of the mounting block 22 is fixedly connected to the first oil reservoir plate 5 by screws, and the lower side is fixed to the small plate-type injector 3 by a long screw 24. The mounting block 22 and the first oil reservoir plate 5 are fixed by a mounting block fixing cylindrical pin 25 to prevent the mounting block 22 from rotating. The fixing method of the large plate injector 4 and the second oil reservoir 6 is the same as the fixing method of the small plate injector 3 and the first oil reservoir 5.

[0027] The small plate injector 3 is connected to the oil reservoir and the corresponding lubrication hole 2. The lubrication holes 2 are all located on the inner side of the first oil reservoir 5, which is too tight. Therefore, the large plate injector 4 is connected to the corresponding lubrication hole 2 through the hose 10 and quick-change connector 11 located on the outer side of the oil reservoir. The lubricating oil in the fourth oil reservoir 18 enters the hose 10 through the large plate injector 4 and then enters the corresponding lubrication hole 2 through the quick-change connector 11.

[0028] This utility model also includes two nameplates 15, which are located on the side of the plate injector away from the oil reservoir plate. The plate injector has a fixing hole, and the nameplate 15 is fixed in the fixing hole by a hexagonal threaded pin 21. Each nameplate 15 is marked with a corresponding lubrication point number, which makes it convenient for customers to check the lubrication table.

[0029] Work process:

[0030] Lubricating oil exits the oil supply pump station and branches into three streams via the lubrication main pipe 19, entering the oil storage tanks of the oil storage plate. The first oil supply point supplies oil to the second oil storage tank 8, primarily for lubricating the pressure blowing mechanism's lubrication points. The second oil supply point supplies oil to the fourth oil storage tank 18, primarily for lubricating the guide rails and guide shafts on the initial mold support and the forming mold support. The third oil supply point supplies oil to the first oil storage tank 7 and the third oil storage tank 9, primarily for lubricating other mechanisms. The lubricating oil then enters the plate-type injectors through the oil storage tanks. Each plate-type injector corresponds to a lubrication hole 2, and the lubricating oil flows through the plate-type injectors into their respective lubrication holes 2, returning to the lubrication receiving plate 1. From there, it connects to the various lubrication points of the row-type bottle-making machine 16 via the straight connector 17 mounted on the lubrication receiving plate 1, achieving sufficient lubrication for the bottle-making machine.

[0031] The oil supply pump station can schedule the oiling time for the machine. The plate injector has its own oil storage chamber. When the oil supply pump station is working, the plunger of the plate injector is opened under the pressure of the oil supply pump station, and the lubricating oil enters the oil storage chamber inside the plate injector. When the pump station stops working, the oil storage chamber of the plate injector is closed, and the plunger uses the pressure of the spring to pump the lubricating oil fixed in the oil storage chamber into various parts of the machine. Different parts require different amounts of lubricating oil, so the large plate injector 4 or the small plate injector 3 is used to pump oil separately to complete the timed and quantitative lubrication of the machine.

[0032] The above description is merely a preferred embodiment of this utility model and is not intended to limit the utility model in any other way. Any person skilled in the art may make changes or modifications to the above-disclosed technical content to create equivalent embodiments. However, any simple modifications, equivalent changes, and modifications made to the above embodiments based on the technical essence of this utility model without departing from its technical solution shall still fall within the protection scope of this utility model.

Claims

1. A matrix bottle machine plate injector lubrication system comprising a matrix bottle machine (16), an oil supply pump station and a plate injector lubrication assembly, the plate injector lubrication assembly being in communication with the oil supply pump station for supplying oil to the matrix bottle machine, characterized in that: The lubricating plate (1), the plate type injector and the oil storage plate are included, the lubricating plate (1) is arranged on the row type bottle making machine (16), and is provided with an oil supply passage connected with the row type bottle making machine (16), the oil storage plate is arranged on the lubricating plate (1), the oil storage groove and the lubricating hole (2) are arranged on the oil storage plate, the oil storage groove is connected with the oil supply point, the plate type injector is arranged on the oil storage plate, and one end is connected with the oil storage groove, the other end is connected with the lubricating hole (2), the number of the plate type injector corresponds to the number of the lubricating hole (2), the lubricating hole (2) is connected with the oil supply passage, and corresponds to the lubricating point.

2. A plate injector lubrication system for a matrix bottle machine as defined in claim 1, characterized in that: The plate type injector includes a small plate type injector (3) and a large plate type injector (4), the oil storage plate includes a first oil storage plate (5) and a second oil storage plate (6), the first oil storage plate (5) is provided with a first oil storage groove (7), a second oil storage groove (8), a third oil storage groove (9) and a lubricating hole (2), the second oil storage plate (6) is provided with a fourth oil storage groove (18), the small plate type injector (3) is arranged on the first oil storage plate (5), and one end is connected with the first oil storage groove (7) or the second oil storage groove (8) or the third oil storage groove (9), the other end is connected with the corresponding lubricating hole (2), the large plate type injector (4) is arranged on the second oil storage plate (6), and one end is connected with the fourth oil storage groove (18), the other end is connected with the corresponding lubricating hole (2).

3. A plate eductor lubrication system for a column and stud bottle machine as defined in claim 2, wherein: The first oil storage groove (7), the fourth oil storage groove (18), the second oil storage groove (8) and the third oil storage groove (9) have the same width, and the length decreases in turn.

4. A plate eductor lubrication system for a column and stud bottle machine as defined in claim 2, wherein: The hose (10) and the quick connector (11) are further included, the large plate type injector (4) is connected with the corresponding lubricating hole (2) through the hose (10) and the quick connector (11) arranged outside the oil storage plate, and the small plate type injector (3) is connected with the corresponding lubricating hole (2) inside the oil storage plate.

5. A plate eductor lubrication system for a column and stud bottle machine as defined in claim 1, wherein: The straight joint (17) is further included, the straight joint (17) is arranged on the lubricating plate (1), the number of the straight joint (17) corresponds to the number of the lubricating point, one end of the straight joint (17) is connected with the oil supply passage, and the other end is connected with the lubricating hole (2).

6. A plate eductor lubrication system for a block machine as defined in claim 1, wherein: The nameplate (15) is further included, the nameplate (15) is arranged on the oil storage plate, and the label corresponding to the lubricating point is arranged on the nameplate.

7. A plate eductor lubrication system for a column and stud machine as defined in claim 1 wherein: The sealing ring is arranged between the lubricating hole (2) and the lubricating plate (1), and the sealing ring is arranged between the plate type injector and the oil storage plate.

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