CABLE PASSAGE MOVABLE MOUNTING SYSTEM

Abstract

Specifically, the invention is a mobile mounting system that allows for the passage of cables, wires, etc., through which rotational movement is required, enabling the rotational movement and fixing in a specific position, thereby providing mobility to fixed systems in confined spaces, and offering possibilities for use in various industrial applications.

Description

1 TARIFF CABLE PASSAGE MOVABLE MOUNTING SYSTEM Technical Area The invention is designed for vertically mounted structures requiring rotational movement. It is a movable assembly system. 5 The invention specifically relates to vertically mounted machines requiring rotational movement, as well as A device that allows cables, wires, etc. to pass through it and performs rotational movement. and by performing the function of fixing it in a specific position, it makes it possible to fix items in confined spaces. In order to provide mobility to systems, in various industrial applications. It is a mobile assembly system that provides the possibility of use. 10 State of the Art The mechanisms used in fixed structures today generally have mobility. Because they lack these features, they can only be used in a specific location. This situation affects different It is inadequate for applications requiring movement or fixation at various angles, especially. In confined spaces or situations requiring versatile use, existing systems, movement 15 Because it does not offer this feature, it lacks flexibility and also wastes time and effort during use. This can lead to workforce losses. These deficiencies limit functionality and various This leads to increased operational costs. Regarding the current technical application numbered JP2020044648A, the work during assembly... ensuring increased efficiency, with cables properly arranged and 20 The text refers to a rotary shaft cable wiring system whose reliability has been increased. While it offers a good suggestion for a management system in large structures where a lot of cables are used, Cable penetration surfaces are not smooth due to structural defects originating from the buildings. It is insufficient in structures where it is not present. In application number US2024075514A1, related to the current technology, a revolving cable arrangement 25 The device is being identified. This application prevents cables from getting tangled and twisted. A healthy transmission area is created, thereby improving the quality of the transmitted signal. However... Its complex structure makes it insufficient when there are too many cables; this invention was desired. It prevents it from providing the benefit. 2 In conclusion, due to the negative aspects described above and the current solutions, the subject matter... Due to its shortcomings, an improvement is needed in the relevant technical field. It has been observed. Purpose of the Invention The invention represents a new breakthrough in this field, unlike the structures used in the current technology. The aim is to create a structure with different technical specifications that bring these elements together. The primary purpose of the invention is to transmit signals, matter, power, and energy in structures such as cables, wires, and pipes. By making the transmission channels that carry out the transmission more mobile, the existing structural The goal is to prevent errors and ensure the transmission is regular and reliable. Another purpose of the invention is to provide movement to the transmission paths with the movable structure of the assembly system. 10 The goal is to acquire the ability. Another purpose of the invention is to address the needs of applications requiring versatile use, especially in confined spaces. In these systems, the assembly system can rotate at the desired angles thanks to its movable parts. Its ability to lock in desired positions provides flexibility of movement and ease of assembly. Another aim of the invention is to enable the mechanism to work on structures with uneven surfaces. the transmission elements such as cables and wires passing through it are in an orderly and safe manner The aim is to save time and increase labor efficiency by passing the process through. To fulfill the purposes stated above, the invention includes a locking pin, a needle roller bearing, setscrew, connecting bushing, fixing setscrew, bearing bushing, bolt, connecting lug, inner Piston ring, shoulder bolt, actuation spring, ball setscrew, bearing part and DIN912 bolt 20 It includes. Explanation of the Figures Figure 1 is a perspective view of the movable assembly system that is the subject of the invention. Figure 2 is a cross-sectional view of the movable assembly system that is the subject of the invention. Figure 3 shows a bottom view of the movable assembly system that is the subject of the invention. 25 Figure 4 shows a top view of the movable assembly system that is the subject of the invention. 3 Explanation of Part References 1. locking pin 2. Needle roller bearing 3. setskur 4th connecting bushing 5 5. Fixing sets 6. bearing bushing 7th bolt 8th connection ear 9th inner segment 10 10. shoulder bolt 11th movement spring 12-ball setscrew 13th bearing part 14. DIN912 Bolt 15 Detailed Description of the Invention In this detailed explanation, the preferred configurations of the invention are not merely for better understanding the subject. in order to facilitate understanding and without imposing any limiting effects It is explained. 20 The invention involves the fixed part of the structure that is intended to be moved, and the entire structure... bearing bushing (6) carrying the system and the connecting bushing (4) which is the movable part These are the two supporting bodies of the movable mounting system. These bodies are attached to the movable mounting system. When fixing, the mounting system is desired by using setscrews (3) in the required metrics. 4 It is securely mounted to the structure. Ball bearing setscrews lock the bodies together. (12) prevents the structure from separating along the Y-axis, while not restricting rotational movement. Bearing bushing (6) and intermediate connection bushing (4), two carriers of the movable mounting system It forms the frame. These frames are sized to suit the needs of the movable assembly system. It is fixed using setscrews (3) and a secure mounting is ensured by this method. Also, 5 Separation of the bodies along the Y-axis is prevented by using a ball screw (12), while rotation The necessary freedom of movement is preserved. The movable part, the intermediate connecting bushing (4), is mounted to the lower body by an inner retaining ring (9). The needle gains rotary motion via a roller bearing (2). Inner ring (9) Needle 10 fixing the outer ring of the roller bearing (2) to the bearing bushing (6) which is a fixed housing It is a connecting element. These bearing and bushing structures allow cables, wires, and hydraulic fluid to pass through the system. or allows the safe passage of elements such as pneumatic hoses. Thus, the structure, power and securely meets needs such as data transfer. The intermediate part is the moving part. Connecting bushing (4), needle roller bearing (2) mounted on the lower housing with inner retaining ring (9) 15 It gains rotary motion through the inner ring (9), the outer ring of the needle roller bearing (2). a bearing bushing (6) that securely fastens the collar to the fixed body. It is a connecting element. This device allows cables, wires, hydraulic or pneumatic devices to pass through the system. It allows for the orderly and safe passage of elements such as hoses. The exterior of the system Because its structure rotates, the torsional load is transferred to the internal elements with minimum intensity. 20 Thus, the structure reliably meets functional needs such as power and data transmission. The rotational movement is fixed at the desired angles by the bearing bushing (6) This is ensured by the locking pin (1) located in its housing. The locking pin (1) acts as the actuator spring (11) With its help, it is returned to its initial position. The rotational movement at the desired angles. It is fixed by the locking pin (1) located in its housing on the bearing bushing (6) 25 This is ensured by the locking pin (1) fixing the rotational movement at certain angles. It ensures the safe use of the mechanism. Locking pin (1), By sitting in one of the slots on the bearing bushing (6), it rotates. It restricts and fixes. After the fixing process is completed, the locking pin (1) moves It returns to its starting position with the help of the spring (11). The movement spring (11) returns the pin to its starting position. It enables free movement by allowing its rotation and ensures the regular functioning of the mechanism. It contributes to its operation. The locking pin (1) is a manual trigger mechanism or It can be controlled by a pull wire. To fix this wire, use the fixing set screw (5) It is used. In addition, the locking pin (1) is an automatic control such as an electromagnet. It can also be designed to operate with a mechanism. This structure allows for precise rotational movement. It ensures that the angles are fixed and provides secure movement without restricting rotational movement. and offers durable use. The locking system consists of a locking pin (1) and a movement spring (11) bearing. 5 bearing part (13) and the movement limiting link connecting this part to the body. It consists of the lug (6) and the bolts (7) that provide the connecting lug. (8) consists of a DIN912 bolt connecting to the bearing bushing (4). (14). Locking pin (1), pull wire or electromagnetic systems as needed. It can be triggered using. If movement is provided by wire, the wire is locked to the locking pin 10 A fixing setscrew (5) is used to connect. Bearing piece for passing the wire. (13) has a hole in it. The wire that activates the locking pin (1) is connected to the locking pin. (1) The fastening element that enables compression is the fixing set screw (5). The structure that defines the limits of the rotational movement of the movable assembly system is the housing. It is the shoulder bolt in its socket (10). Referring to the shoulder bolt (10), this bolt is 15 It refers to a restriction on its movement within its own private home. The shoulder bolt, while moving in its housing, restricts the system within a certain limit and This structure ensures that the rotational movement remains within the desired limits. This structure allows the assembly system to... This ensures that it operates both safely and stably. Shoulder The movement of the bolt (10) inside the socket increases the mechanical strength of the system while at the same time 20 This allows for the restriction of movement in time at certain angles. This situation benefits both... It increases the overall lifespan of the system and ensures it is positioned correctly. The part connecting the locking system bearing part (13) to the bearing bushing (6) It is the lug (8). DIN912 bolt (14) is used to fix the connecting lug. Lock The system is connected by the 25 connecting element which connects the bearing part (13) to the bearing bushing (6). It is securely mounted via the connecting lug (8). Connecting lug (8), Locking by enabling the integration of movable and stationary parts in the system. This connecting element enables the mechanism to function correctly. not only for securing parts, but also for evenly distributing mechanical loads. It is designed to ensure that it is distributed in this way. 30 The connecting lug is fixed to the bearing bushing (6) with bolts conforming to DIN912 standard. (14) is made with DIN912 bolts, high mechanical strength and tightening safety. Because of the benefits it provides, it is widely preferred in such applications. This structure both 6 It protects the integrity of the locking system and also prevents vibrations that may occur in the system. It minimizes the risk of loosening or deformation that may result from loads. Thus, the connecting lug (8), the bearing bushing (6) and the locking system work as a whole. It increases the stability and reliability of the mechanism. If an electromagnetic system is used, the locking pin (1) and the actuation spring (11) 5 bearing lock system bearing part (13), which is not attracted by the magnet It needs to be made from a material such as stainless steel. This mechanism ensures reliable fixation of the movable structure and the system. by ensuring the orderly transfer of its components, high performance. and provides security. The cable or transmission element comes from the system and 10 It is transferred to the moving organ. Because a moving transfer medium is created, this system The transmission elements are not subjected to torsion or within tolerable values. It is exposed to it. The fundamental component of the invention is the stationary part of the structure that is intended to be moved. Interaction between bearing bushing (6) and the connecting bushing (4) which is the movable part 15 It is supported. The bearing bushing forms the main body that carries the entire system, while the intermediate connection The bushing is part of the movable mounting system. These two carrier bodies are positioned according to need. Using the setscrews (3) placed in the metrics, the assembly system is made to the desired structure. It ensures a secure mounting. The ball screw (12) that locks the bodies together reduces the separation in the Y-axis of the structure by 20 Obstacles are overcome, but the necessary freedom of movement for rotational motion is maintained. In this way, the system... It moves safely at the required angles. The movable part, the intermediate connecting bushing (4), is connected to the lower body by the inner retaining ring (9). It obtains rotational movement through a bearing-mounted needle roller bearing (2). Inner ring (9) the outer ring of the needle roller bearing (2) into the bearing bushing (6) with fixed housing 25 It is an important fastening element that secures. These structures hold cables, wires, and other components within the system. Allows for the safe passage of elements such as hydraulic or pneumatic hoses. It recognizes them. Thus, needs such as power transmission and data transfer can be met securely. The rotational movement is fixed at the desired angles by the bearing bushing (6) This is achieved via the locking pin (1) located in its housing. The locking pin (1) has a movement of 30° 7 It is returned to its original position with the help of the spring (11). In this process, the pin is returned via the spring. Its rotation ensures it remains in a fixed position and that the movement is performed safely. The locking system consists of a locking pin (1) and a movement spring (11) bearing a locking system. It is based on this locking system. This locking system is located on the bearing part (13), and this part movement limiter connection lug (8) that connects to the body and the connection 5 It consists of bolts (7). The connecting lug (8) is connected to the bearing bushing (6). bolt (7). Locking pin (1), pull wire or electromagnetic systems where required It can be triggered using a wire. If movement is provided by a wire, connect the wire to the locking pin. For fixing sets, Dry (5) is used. To ensure connection with locking pin (1) and locking 10 A fixing set screw (5) is used to ensure that the pin is properly tightened. As a connecting element that references the rotational movement of the movable mounting system. shoulder bolt (10) is found. Here the term "referencing" refers to the mounting system of this bolt. It performs a guiding function by referencing a specific movement or position. It means that the bolt determines this movement or position, thus ensuring the correct 15. It allows for placement and securing. The locking system is connected to the bearing part (13) and the bearing bushing (6). This structure is both It provides both a secure connection and a fastening function. This connection lug (8) This ensures that it is mechanically secured. If an electromagnetic system is used, the locking pin (1) and the actuation spring (11) 20 The locking mechanism must have a structure that is activated by the effect of a magnet. This In this case, the locking system needs to be made of a material such as stainless steel, because The magnet does not attract these types of materials and will not prevent the system from functioning correctly. This mechanism ensures reliable fixation of the movable structure and the system. By ensuring the orderly transfer of its components, it provides high performance. 25 and provides security. The overall structure of the mechanism and the interaction of its components ensure the integrity of the entire system. It ensures long-lasting and effective operation.

Claims

8 REQUESTS 1. The invention describes a vertically mounted device requiring rotational movement, and also... the passage of elements that transmit energy, power and matter such as cables, wires, pipes through it provides the function of performing rotational movement and fixing it in a specific position. By fulfilling this function, it provides mobility to fixed systems located in confined spaces. It is a movable mounting system; its feature is:  positioned in its housing on the bearing bushing (6) and rotational movement at least one locking pin (1) that enables it to be fixed at the desired angles.  The connecting bushing that holds the movable part of the movable mounting system. (4), 10  at least one wire that enables the actuator pin (1) to be compressed against the pin fixing setskuru (5),  supporting the movable assembly system and connecting the movable part to the fixed part bearing bushing (6),  The movement limiter connecting the bearing part (13) of the locking system to the housing must be at least 15 a connecting ear (8),  at least one actuator spring that allows the locking pin (1) to return to its starting position (11),  Locking system bearing part supporting the locking pin (1) and the actuation spring (11) (13) includes. 20 2. A movable assembly system as in Claim 1, characterized by having a fixed part of the structure and bearing bushing (6) which carries the entire system and the connecting bushing (4) which is the movable part It must contain at least one setscrew (3) that fixes to the external structure.

3. It is a movable assembly system like the one in option 1, and its feature is that it enables rotational movement. It must contain at least one needle roller bearing (2). 25 4. It is a movable mounting system as in Claim 2, the feature of which is to activate the locking pin (1). fixing set screw (5) which enables the wire passing through to be clamped to the locking pin (1) It includes. 9 5. It is a movable mounting system as in Claim 2, and its feature is the connecting lug (8) It includes a bolt (7) that connects to the bearing bushing (6).

6. It is a movable assembly system as in Claim 4, and its feature is; needle roller bearing (2) inner retaining ring (9) which fixes the outer ring to the bearing bushing (6) which is the fixed body. It includes. 5 7. A movable assembly system as in Claim 5, characterized by the fact that the movable assembly system It must contain at least one shoulder bolt (10) that references the rotational movement.

8. A movable assembly system as in Claim 1, characterized by having a movable body as the connection. at least one that enables the connection of the bearing bushing (6) with the bushing (4) and the fixed body. It contains a ball bearing setscrew (12). 10

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