ACTULATOR MAINTENANCE TECHNICIAN

Abstract

The invention relates to actuator maintenance equipment (A) which enables the replacement (maintenance) of the seal (o-ring) inside the actuators (B) and is connected to a hydraulic press for this operation.

Description

1 TARIFF ACTULATOR MAINTENANCE TECHNICIAN TECHNICAL FIELD The invention relates to actuator maintenance equipment that enables maintenance of actuators. The invention relates, in particular, to the seal (o-ring) located inside the actuators of a hydraulic press 5 It relates to the actuator maintenance component that enables its replacement using a special tool. PREVIOUS TECHNIQUE In current technology, replacing actuators with new ones without maintenance increases costs. This leads to an increase and waste of resources. Inside the actuators Parts like gaskets (o-rings) that wear out and need replacing eventually lose their function over time. They are losing power, in which case the entire actuator needs to be replaced. However, actuators It is usually a closed structure and its internal elements are not accessible. Maintenance operations cannot be performed. Therefore, maintenance of the actuator is not possible. Solutions are needed. Today, in actuators used in hydraulic and pneumatic systems, 15 are no longer functioning. Replacing gaskets generally does not require disassembly. Instead, Damaged or declining actuators are being replaced with completely new ones, and Therefore, maintenance and repair services cannot be provided. This situation is problematic both environmentally and otherwise. This leads to increased waste and also raises operating costs. In current techniques, replacing the elements integrated into the actuators takes 20 years. this is not possible and the entire unit can be damaged due to simple wear or seal problems. It needs to be renewed. For this reason, especially in industrial applications, more Developing a sustainable, cost-effective, and efficient maintenance process is a major need. It has become this way. In this context, by reaching the elements that need to be replaced in the actuators... The need for equipment that enables maintenance is steadily increasing. 25 2 Considering the problems mentioned above, inside the actuators... a device that allows the seal (o-ring) to be replaced using a hydraulic press An actuator maintenance technician is needed. In conclusion, all the problems mentioned above necessitate innovation in the relevant field. It has brought it to this state. 5 THE PURPOSE OF THE INVENTION The present invention aims to eliminate the aforementioned problems and provide technical solutions in the relevant field. It is introduced with the aim of creating an innovation. The purpose of the invention is to enable the replacement of seals and other elements in the internal structure of actuators. to make it possible, thus eliminating the need to replace it with a completely new one. The aim is to ensure that the maintenance process is completed in the minimum possible time. to provide. The aim of the invention is to make actuators maintainable, thereby reducing high costs. The goal is to prevent actuator changes. The aim of the invention is to increase the lifespan of actuators and reduce the amount of waste. 15 This is a way to contribute to the environment. A BRIEF DESCRIPTION OF THE INVENTION All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention is actuator maintenance equipment designed to perform this function. The invention relates to the first hole, 20, through which the shaft in the aforementioned actuators passes. and having at least two secondary holes for connection to the pins on the actuator The disassembly device consists of a cylindrical housing and a horizontal section extending from the aforementioned housing. The printing device, which includes two protrusions extending outwards along the axis, is pulled and turned by the operator. two horizontally extending outwards from the aforementioned disassembly device to provide The number of arms, in the rotational movement that the removal tool will make, is 25 degrees from the shaft in the aforementioned actuator. and to ensure the printing device remains fixed and to remove the printing device with the removal tool. to ensure connection between the socket located in the body and the removal device. It is characterized by containing a bearing that provides connection for the first hole. 3 This allows for the replacement (maintenance) of the seal (o-ring) inside the actuators. This relates to actuator maintenance equipment connected to a hydraulic press for the process. A preferred configuration of the invention involves applying balanced pressure to the actuator. the first hole positioned so that it is in the center of the disassembly device to ensure it is secured It includes. 5 A preferred configuration of the invention is one where the aforementioned first hole is aligned with the horizontal axis. configured to be in line with the first hole, both in front and behind it. It contains two secondary holes. BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows a representative isometric view of the actuator maintenance equipment connected to the actuator. Its appearance is given. Figure 2 shows a front view of the actuator maintenance equipment connected to the actuator. Its appearance is given. Figure 3 shows a representative isometric view of the disassembly device. Figure 4 shows a representative isometric view of the bearing and pressing apparatus. 15 EXPLANATION OF REFERENCE NUMBERS IN THE FIGURES A. Actuator maintenance equipment 1. Disassembly tool 11. First hole 12. Second hole 20 13th Column 2. Printing apparatus 21. Projection 22. Body Nest 221, 25 4 3. Bearing B. Actuator YE. Horizontal axis. DE. Vertical axis. DETAILED DESCRIPTION OF THE INVENTION 5 In this detailed description, the subject of the invention, actuator maintenance equipment (A), is only a more detailed description of the subject. To ensure a good understanding, it is explained with examples that do not create any limiting effects. The invention relates to the replacement (maintenance) of the seal (o-ring) inside the actuators (B). with actuator maintenance equipment (A) which provides and is connected to a hydraulic press for this operation. It is related. 10 The invention includes a disassembly device (1) as shown in Figure 3. The aforementioned disassembly device The apparatus (1) is connected to the actuator (B) as shown in figures 1 and 2. Figure As seen in 3, the disassembly device (1) will have a geometry that extends along the horizontal axis (YE). It is configured. The disassembly device (1); the shaft located in the aforementioned actuators (B) the first hole (11) located in the center to allow it to pass through 15 It includes. To enable connection to the pins (B) located on the actuators. two second holes positioned in front of and behind the first hole (11) mentioned. (12) is included. The second holes (12) and the first hole (11) are on the horizontal axis (YE) It is configured to be in the same direction. The operator holds and turns it. To ensure this, the aforementioned disassembly device (1) should be turned outwards 20 degrees on the horizontal axis (YE). It includes two extending arms (13). The invention relates to the pressure removal apparatus (1) which is transmitted by the aforementioned hydraulic press. It includes a pressure device (2) that enables transmission to the actuator (B). As seen in Figure 4. printing apparatus (2); to fit over the shaft in the aforementioned actuators (B). It includes a body (22) with a housing (221) in a cylindrical geometry. The mentioned 25 It includes two protrusions (21) extending outwards from the body (22) along the horizontal axis (YE). These protrusions (21) are used when adjusting the position of the printing apparatus (2). It enables the operator to hold the printing apparatus (2). The invention includes a bearing (3) as shown in Figure 3, and the said bearing (3) the socket (221) located in the body (22) and the first hole (11) located in the disassembly device (1) It ensures the connection between the disassembly device (1) and the printing device (2). they are connected and thus the rotational movement of the disassembly apparatus (1) will be The shaft (B) and the pressure device (2) in the aforementioned actuator are kept fixed. 5 As shown in Figures 1 and 2, firstly the disassembly tool (1), the first hole (11) and the second It is connected to the actuator (B) via holes (12). Then, on the actuator (B) The shaft, bearing (3) and the pressure device (2) on the bearing (3) are connected. Hydraulic Force is applied to the press and the printing apparatus (2) and the spring located inside the actuator (B) It is being compressed. While the actuator (B) is under pressure, the operator, on the removal tool (1) 10 By holding the levers (13), turn the removal device (1) and the actuator (B) cover It is opened. After the cover is opened, the pressure on the actuator (B) is terminated and The seal (o-ring) inside actuator (B) is being replaced. Actuator (B) as needed. Other elements within it that need to be changed may also change. Later... The actuator (B) cover is closed and pressed down again, and this time disassembly is 15 The actuator (B) is closed by turning the device (1) in the opposite direction. This process As a result, the maintenance of the actuator (B) is completed. The scope of protection of the invention is specified in the claims attached hereto, and these details are strictly adhered to. The explanation cannot be limited to those given for illustrative purposes. Because a technically skilled person... The person, without deviating from the main theme of the invention, can create similar 20 based on the above-mentioned points. It is clear that these structures can emerge.

Claims

6 REQUESTS 1. The invention describes the replacement (maintenance) of the seal (o-ring) inside the actuators (B). actuator maintenance equipment that provides and is connected to a hydraulic press for this process. (A) and its characteristic is;  5 that allows the shaft (B) in the aforementioned actuators to pass through. the first hole (11) and the pins on the actuator (B) that enable connection disassembly device (1) having at least two second holes (12),  Body (22) with a housing (221) in cylindrical geometry and the aforementioned two projections (21) extending outwards from the body (22) along the horizontal axis (YE) printing apparatus (2), 10  The aforementioned disassembly is done to allow the operator to grip and turn. Two arms (13) extending outwards on the horizontal axis (YE) from the apparatus (1),  The rotational movement that the disassembly device (1) will make is mentioned to ensure that the shaft (B) and the pressure device (2) in the actuator remain fixed and to ensure the connection of the disassembly device (1) and the printing device (2) 15 with the socket (221) located in the body (22) and the disassembly device (1) Bearing (3) which provides connection of the first hole (11), It is characterized by its inclusion.

2. Actuator maintenance equipment (A) conforming to Claim 1, its characteristic is; mounted on actuator (B). To ensure balanced pressure is applied, the disassembly device (1) 20 It contains the first hole (11) which is positioned to be in the center.

3. Actuator maintenance equipment (A) conforming to Claim 1, and its characteristic is; the first one mentioned above. The first hole (11) is aligned with the hole (11) on the horizontal axis (YE) Two second holes configured to be in front and behind (12) 25 It includes.

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