BALL JOINT LUBRICATION DEVICE PROVIDING ENVIRONMENTAL LUBRICATION.

Abstract

The invention is a lubrication apparatus (10) comprising at least one apparatus body (30) structured to ensure the lubrication of at least one ball joint (20) before it is mounted in a bearing. Accordingly, its novelty is characterized by the fact that the apparatus body (30) of the said lubrication apparatus (10) contains at least one curved inner surface (50) formed to correspond to at least one spherical part (40) of the ball joint (20) and to at least partially surround the said spherical part (40); that it contains at least one lubrication channel (80) which allows the oil from an oil supply source to be conveyed through the apparatus body (30); and that it contains at least one lubrication hole (60) opened on at least one curved inner surface (50) connected to the said lubrication channel (80) and directing the oil to different circumferential regions of the spherical part (40). Figure 1

Description

1 TARIFF BALL JOINT LUBRICATION DEVICE PROVIDING ENVIRONMENTAL LUBRICATION. TECHNICAL AREA 5 The invention relates to the mounting of at least one ball joint into a bearing before a device body containing at least one apparatus body structured to provide lubrication It is related to the lubrication apparatus. PREVIOUS TECHNIQUE In current technology, the purpose of lubrication of ball joints before assembly is... various lubrication devices integrated into automatic assembly machines It is used. In the mentioned devices, a certain amount of oil is applied to the ball joint. transfer to the spherical surface and before the joint is mounted inside the bearing The aim is to ensure the necessary lubrication conditions. In this context, the oil is a Oil is drawn from the supply source and passes through channels and oil outlets on the apparatus. The power is transmitted to the ball joint, and then the lubricated ball joint is transmitted to the relevant bearing. It is installed inside. 20 In current technology, oil outlets in lubrication devices are mostly ball bearing type. at the rear of the joint and near the upper region of the spherical surface It is located in a limited area of ​​the global surface. Therefore, the oil is confined to a limited region of the global surface. is being implemented and adequate lubrication is provided, especially in the lower and lateral areas. 25 This cannot be achieved. The concentration of oil in a specific area, on a global surface. This causes an uneven distribution on the surface and between the ball joint and the bearing. This makes it difficult for sufficient oil to reach all of the working surfaces. In addition, sufficient lubrication is not achieved due to the accumulation of oil in a single area. 30 using excessively large amounts of oil in order to achieve this This may be necessary. Accumulation during the installation of the ball joint inside the bearing. Excess fat can escape through openings located at the back or bottom of the mattress. and can lead to increased oil consumption. This situation increases production costs. 2 increasing, can cause oil spills in the assembly area and automatic Balanced, controlled and repeatable for each ball joint on the assembly line. This makes the lubrication process difficult. In conclusion, all the problems mentioned above require an innovation in the relevant technical field. 5 This has made it necessary to do it. A BRIEF DESCRIPTION OF THE INVENTION The present invention aims to eliminate the aforementioned disadvantages and the related technical 10 ball joints that provide environmental lubrication, bringing new advantages to the field. It is related to the lubrication apparatus. One aim of the invention is to allow the ball joint's spherical portion to be placed in different circumferential regions. By ensuring the application of controlled amounts of oil, a more homogeneous lubrication is achieved. 15 The goal is to develop a lubrication apparatus that accomplishes this. Another purpose of the invention is to prevent oil from accumulating in a single area and leaking out during assembly. A lubrication system that reduces oil consumption and production costs by limiting overflow. The goal is to reveal the apparatus. 20 All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention aims to achieve this by fitting at least one ball joint into a bearing. at least one configured to ensure lubrication before assembly It is a lubrication apparatus that includes an apparatus body. Accordingly, its novelty lies in the aforementioned 25 The lubrication apparatus body must have at least one spherical part of the ball joint. will correspond and at least partially encompass the aforementioned global segment. It must contain at least one curved inner surface formed in this way, providing an oil supply. at least one that allows the oil taken from the source to be conveyed through the apparatus body. It contains a lubrication channel, and the spherical part is connected to the aforementioned lubrication channel and is 30 at least one curved interior to direct oil to different environmental zones It contains at least one lubrication hole on its surface. Thus, the oil circulates globally. direct application of the part to different environmental regions, more of the global part 3 homogeneous lubrication of a large surface area and the oil being distributed in a single region This ensures that its accumulation is limited. A characteristic feature of a possible construction of the invention is that the body of the aforementioned apparatus is spherical. The portion extends along its perimeter and the global portion consists of 5 different environmental regions. It consists of four curved inner surfaces that partially surround and are separated from each other. Thus, the global portion is partially surrounded by different environmental regions, and oil The areas to be treated must be held in the correct position relative to the apparatus body. is provided. Another possible configuration of the invention features the aforementioned lubrication hole. on four different curved inner surfaces, and one on each curved inner surface. The reason is that there are four of them. Thus, the spherical part of the fat has four different parts. applied more evenly and homogeneously by distributing it throughout the region. is provided. 15 Another possible configuration of the invention features the aforementioned lubrication channel, will distribute oil from the oil supply source to multiple lubrication holes The oil supply is positioned inside the apparatus body in this way. The oil taken from the source passes through 20 different locations inside the apparatus body. The lubricant is delivered to the lubrication holes in a controlled manner. Another possible configuration of the invention features the aforementioned curved inner surfaces. between, the insertion of the ball joint and its separation after the lubrication process. It must contain at least one opening that provides lubrication. Thus, the ball joint lubrication apparatus has a 25 after installation and lubrication process is completed, from the lubrication apparatus Separation is made easier. BRIEF DESCRIPTION OF THE FIGURE Figure 1 shows a representative perspective view of the lubrication apparatus that is the subject of the invention. It has been given. Figure 2 shows a representative cross-sectional view of the lubrication apparatus that is the subject of the invention. 4 DETAILED DESCRIPTION OF THE INVENTION This detailed explanation of the invention only serves to better understand the subject. This is explained with examples that will not create any limiting effect. 5 Figure 1 shows a representative perspective view of the lubrication apparatus (10) that is the subject of the invention. It is provided. The mentioned lubrication device (10) has at least one ball joint (20) It ensures controlled lubrication prior to the automated assembly process. Lubrication apparatus (10) is used to lubricate the aforementioned ball joint (20). applying the appropriate amount of oil to the surfaces and ensuring the oil adheres more firmly to those surfaces It distributes evenly. The lubrication apparatus (10) that is the subject of the invention is the ball joint (20) oil accumulation in a specific area and oil leakage during assembly limiting, adequate and homogeneous lubrication with lower oil usage. It provides. Lubrication device (10), ball bearing 15 in automatic assembly machines. It is used before the joint (20) is placed in the relevant bearing and thus lubricates to reduce consumption, to carry out the production process in a more controlled manner and to reduce ball bearing costs. Contributes to more appropriate lubrication of the working surfaces of the joint (20). It provides. Figure 2 shows a representative cross-sectional view of the lubrication apparatus (10) that is the subject of the invention. The subject of the invention is the lubrication apparatus (10), the lubrication process of the ball joint (20). It includes at least one apparatus body (30) that enables its positioning during the process. The mentioned apparatus body (30) during the lubrication process of the ball joint (20). a 25 that allows it to be held in a stable and lubrication-friendly position. It has geometry. The mentioned geometry is also the ball joint (20) of the oil. to be directed to at least one global part (40) and the aforementioned global part (40) The areas to be lubricated should be properly matched with the lubrication apparatus (10). It allows for their confrontation. The apparatus body (30) will correspond to the spherical part (40) of the ball joint (20). It contains at least one curved inner surface (50) formed in this way. The aforementioned curved The inner surface (50) will have a curvature that will conform to the outer geometry of the spherical part (40). It has and surrounds at least part of the spherical part (40). Apparatus body (30) on the application of oil to the spherical part of the ball joint (20) (40). There is at least one lubrication hole (60) that provides lubrication. The aforementioned lubrication hole (60) opens onto the curved inner surface (50) of the apparatus body (30) and the oil spherical It creates an output that is transmitted to the part (40). Thus, the ball joint (20) during the lubrication process, in the appropriate position relative to the apparatus body (30) 5 the lubrication of the areas to be lubricated and the global part (40) The hole (60) is brought into contact with the curved inner surface (50). at the time the lubrication hole (60) is kept close to the spherical part (40) and directing of the oil to the targeted regions of the global part (40) It provides opportunities. 10 The apparatus body (30) extends along the circumference of the spherical part (40) and separates from each other. It can have multiple curved inner surfaces (50) separated. Possible inventions In one configuration, the lubrication apparatus (10) contains four lubrication holes (60). The aforementioned lubrication holes (60) are located on different curved inner surfaces (50) 15 by positioning the oil in different regions of the global part (40) It ensures its implementation. Separate curved inner surfaces (50) located on the apparatus body (30) There is at least one gap (70) between them. The mentioned gap (70) is the ball bearing 20 before the lubrication of the joint (20) it is placed in the lubrication apparatus (10). and after the lubrication process is completed, to detach it from the lubrication apparatus (10) It is created in such a way as to make possible. The location and width of the opening (70), input and output movement of the ball joint (20) with lubrication device (10) while facilitating the curved inner surfaces (50) the spherical part of the ball joint (20) (40) 25 partial encirclement from different environmental zones and lubrication holes (60) so that it can be kept in a position close to the global part (40) It is determined. The ball joint (20) lubricates the spherical part (40) of the apparatus body during the lubrication process. on the lubrication apparatus (10) to correspond to its curved inner surface (50) is positioned. Thanks to the mentioned positioning, the global part (40) the areas intended to be lubricated, in a suitable location where the oil can be applied. Lubrication of the ball joint (20), ball joint (20) related bearing is brought. 6 This is done before it is assembled inside. Accordingly, ball joint (20) is first placed in the lubrication apparatus (10), then into the spherical part (40) oil is applied and the lubrication process is completed ball joint (20) lubrication It is separated from its device (10) and mounted inside the bed. The lubrication apparatus (10) that is the subject of the invention includes at least one lubrication channel (80). The aforementioned lubrication channel (80) is located on the apparatus body (30). Lubrication channel (80) the lubrication channel to the apparatus body from an oil supply source (30) ensures that lubrication is transmitted through at least one lubrication hole (60). Lubrication If the apparatus (10) contains more than one lubrication hole (60), lubrication 10 channels (80) allow the oil to be distributed to the aforementioned lubrication holes (60). It lies inside the apparatus body (30) in such a way as to provide oil supply oil taken from the source corresponds to different regions of the global part (40) It transfers to the lubrication holes (60). Lubrication channels (80) open into the curved inner surface (50) of the apparatus body (30) at least It is connected to a lubrication hole (60) and the oil passes through the apparatus body (30) via a ball bearing. It ensures the transfer of the joint (20) to the spherical part (40). lubrication holes (60), lubricate only one region of the spherical part (40) Instead of applying it, oil 20 to different regions of the global part (40). on each of the multiple curved inner surfaces (50) to direct It is located. In a possible configuration of the invention, the lubrication apparatus (10), to correspond to different locations around the global part (40) It contains four lubrication holes (60) in place so that the oil is spherical It is ensured that the part (40) is applied evenly to a larger surface area. 25 However, the number of lubrication holes (60) depends on the dimensions of the ball joint (20), depending on the areas targeted for lubrication and the amount of oil to be applied They vary. In light of all that has been said, the invention works as follows; ball joint (20), 30 at least one opening (70) between separated curved inner surfaces (50) It is placed on the lubrication apparatus (10) and the spherical part (40) of the apparatus to correspond to the curved inner surfaces (50) of its body (30) is positioned. Then, oil is supplied from an oil supply source, 7 The lubrication is transmitted to the lubrication channels (80) inside the apparatus body (30) and the aforementioned located on curved inner surfaces (50) via lubrication channels (80) The oil coming out of the lubrication holes (60) is distributed to the lubrication holes (60). to the different lateral and circumferential regions of the spherical part (40) of the ball joint (20) It is applied directly. After the lubrication process is complete, ball bearing 5 joint (20) through the aforementioned opening (70) from the lubrication apparatus (10) It is separated and mounted into the relevant bearing. Lubrication holes (60), This allows for precise and controlled adjustment of the amount of oil to be applied. It can be created on a scale that will provide this. In an example application of the invention, a ball bearing... 0.2824 grams of oil were dosed onto the joint (20) and this value is 10 of the invention. It is not a mandatory value that determines the working limit, but sufficient with a low amount of oil. This is an example application value showing that lubrication can be provided. Lubrication holes (60) correspond to different circumferential regions of the spherical part (40). Thanks to its positioning, the oil is concentrated in only one area. accumulation is limited and a wider surface of the global part (40) Homogeneous lubrication is ensured. Between the curved inner surfaces (50) The opening (70) located allows the ball joint (20) to be easily lubricated by the lubrication apparatus (10). while enabling its placement and separation from the apparatus after the lubrication process, The global part of the curved inner surfaces (50) (40) is partly from different environmental regions 20 to surround and keep the lubrication holes (60) close to the spherical part (40) This allows for the controlled application of oil to targeted areas. oil that spills out when the ball joint (20) is mounted inside the bearing This allows for a reduction in the amount of oil and its retention on the working surfaces. It provides. 25 In this way, the amount of oil used and oil consumption are reduced, and production costs are lowered. This contributes to lowering the load and is achieved by sequentially placing products on an automated assembly line. It is possible to lubricate ball joints (20) in a repeatable manner. However, the working surfaces of the ball joint (20) are more suitable 30 By ensuring lubrication, it contributes to improving post-assembly working conditions. is provided. 8 The scope of protection of the invention is set out in the attached claims and is strictly adhered to. The detailed explanation cannot be limited to the examples given. Because in technology... A specialist, without deviating from the main theme of the invention, will do what is described above. It is clear that similar structures can emerge in light of this. 9 REFERENCE NUMBERS GIVEN IN THE FIGURE Lubrication Apparatus Ball Joint Device body 5 40 Global Sections 50 Curved Interior Surfaces 60 Lubrication Holes 70 degrees of aperture 80 Lubrication Channel 10

Claims

REQUESTS 1. The invention consists of mounting at least one ball joint (20) into a bearing. at least one apparatus body structured to ensure prior lubrication (30) is a lubrication apparatus (10) containing; its feature is the lubrication mentioned 5 at least one of the apparatus body (30) and ball joint (20) in the apparatus (10) will correspond to the global part (40) and the aforementioned global part (40) at least one curved inner surface designed to enclose at least part of it (50) containing, the oil taken from an oil supply source into the apparatus body (30) containing at least one lubrication channel (80) that allows transmission through it, 10 connected to the mentioned lubrication channel (80) and the spherical part (40) from each other at least one curved interior to direct oil to different environmental zones It contains at least one lubrication hole (60) opened on the surface (50).

2. According to claim 1, a lubrication apparatus (10) and its feature is; the said apparatus 15 its body (30), extending along the circumference of the spherical part (40) and spherical part (40) partially surrounding different environmental regions, from each other It contains four separate curved inner surfaces (50).

3. According to claim 2, a lubrication apparatus (10) and its feature is; the lubrication mentioned 20 on four different curved inner surfaces (50) of the hole (60) and each curved inner There should be four of them, with one (50) on the surface.

4. According to claim 1, a lubrication apparatus (10) and its feature is; the lubrication mentioned 25 of the channel (80), lubricate the oil taken from the oil supply source multiple times. inside the apparatus body (30) to distribute into the hole (60). It is its positioning.

5. According to claim 1, a lubrication apparatus (10) whose characteristic is; the aforementioned curved inner Placement of ball joint (20) and lubrication between surfaces (50) 30 It contains at least one opening (70) that allows it to separate after the process.

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