A pulling system used in infrastructure systems for connecting horizontally / vertically positioned corrugated pipes to adapters or sleeves.
Patent Information
- Application Number
- TR202615103U
- Authority / Receiving Office
- TR · TR
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2026-09-03
- Publication Date
- 2026-09-21
- Estimated Expiration
- 2036-09-03
Smart Images
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Abstract
Description
1 TARIFF HORIZONTAL / VERTICALLY POSITIONED CORRUGATED FENCES IN INFRASTRUCTURE SYSTEMS USED FOR CONNECTING PIPES TO AN ADAPTER OR SLEEVE PULLING SYSTEM 5 TECHNICAL FIELD The invention relates to different types of applications including waste / clean water transmission and / or communication / electricity. Underground infrastructure where cable distribution operations are carried out 10 The corrugated pipes of the manholes used in the systems are connected to the ends using an adapter. Vertical manholes located at specific intervals either at the edge or underground. horizontally positioned corrugated pipes with connecting sleeves in the corrugated pipe It relates to the mounting hardware used in the connection process. The invention is particularly relevant for different applications including waste / clean water transmission and / or communication / electricity. underground substations where distribution operations for these types of cables are carried out. an adapter for corrugated pipes belonging to manholes used in building systems using end-to-end or underground at specific intervals 20 horizontally positioned sleeves connecting to vertically positioned corrugated pipes belonging to manholes. In the process of connecting corrugated pipes, the need for construction machinery is eliminated. by eliminating them, labor, time and energy costs are reduced, at the same time to prevent damage to the corrugated pipe during application developed; - the channel on the outer surface of the corrugated pipe, front plate belonging to the mechanism group. passed through a gap and the inner edge is brought into contact, at the same time other adapter used in end-to-end joining of corrugated pipes into the channel of the other horizontal corrugated pipe aligned next to it, into the tension group The front 30 is passed through the rear license plate mounting gap and its inner edge is made to contact. Installation by connecting a puller element between the license plate and the back plate. provided, the control lever located in the mechanism assembly from the handle 2 by being held and moved, via a pulling element and ratchet mechanism corrugated pipes positioned on either side of the adapter towards the adapter by being pulled and connecting the corrugated pipes end to end, the ends of the corrugated pipes Apart from the end connection, the vertically positioned corrugated pipe belonging to the manhole is on the side. The sleeve located in section 5 of the horizontally positioned corrugated pipe It relates to the pulling system that can be used in communication. PREVIOUS TECHNIQUE Today, infrastructure systems include waste / clean water pipes, communication, electricity 10 Infrastructure systems where cable distribution operations are carried out, including horizontally positioned corrugated pipes underground and to horizontally positioned corrugated pipes consisting of corrugated pipes located in vertically positioned corrugated pipes It consists of manholes. Corrugated pipes are made of plastic material, It has different diameter measurements. 15 In the known state of the art, horizontally positioned corrugated pipes are connected end-to-end with an adapter. In the connection process via this method, a corrugated pipe is positioned horizontally underground. First, the adapter is threaded through the end, then the other side of the adapter... another horizontally positioned corrugated pipe adapter located in section 20 By connecting them, corrugated pipes are joined end-to-end. Although corrugated pipes made of plastic are considered lightweight, However, due to their diameter and length dimensions, corrugated pipes are used during the installation phase. The adapter mounting process is quite difficult, especially in field 25. If repairs / renovations are desired in the environment, a horizontally positioned corrugated iron is used. Because the pipes are covered with sand, they are very difficult to move. Therefore, end-to-end assembly of corrugated pipes is not possible. In order to eliminate the aforementioned problem, 30 horizontally positioned underground A rope attached to the end of the corrugated pipe is moved using construction machinery. By means of this, a connection can be established between the adapter and the other corrugated pipe. 3 corrugated pipes made of polyethylene material in applications made with the machine. It is getting damaged and causing fractures. Therefore, the specified construction machine... In the assembly process, time, labor, as well as machinery fuel and energy costs are considered. due to the increase, the high cost of the end-to-end connection process of corrugated pipes. This makes it possible to achieve it at a lower cost. 5 In the known state of the art, the process of joining horizontal corrugated pipes end-to-end. In addition, corrugated pipes are also placed horizontally underground, and certain pipes are placed underground. They form the inspection unit in the infrastructure systems by being positioned at intervals. The manhole is located on the side section of the vertically positioned corrugated pipe (underground distributor) 10 The connection process to the found sleeve is carried out. In this process, as in the end-to-end connection of corrugated pipes, although plastic Although corrugated tubing made from this material is considered lightweight, installation Due to their diameter and length dimensions, corrugated pipes are vertically 15 in the manhole. to the sleeve located on the side section of the corrugated pipe (underground distributor) The assembly process is quite difficult, especially in a field environment. If repair / renovation is desired, horizontally positioned corrugated pipes Because it is covered with sand, it is very difficult to move. Therefore, it is horizontal. 20 located on the side section of the underground distributor belonging to the manhole of the corrugated pipe The assembly process cannot be performed on the existing sleeve. In order to eliminate the aforementioned problem, a horizontally positioned underground structure was installed. A rope attached to the end of the corrugated pipe is moved using construction machinery. By being installed, the horizontal corrugated pipe, sleeve, and thus the underground 25 belonging to the manhole Connection to the distributor (vertically positioned corrugated pipe) can be established. In this process... Time, labor, and the cost of construction equipment, fuel, and energy are increasing. Therefore, the process of connecting corrugated pipes to manholes is costly. This makes it possible to achieve it. 4 In conclusion, the issues encountered in the known state of the art and described above Due to the negative aspects, the need for improvement in the relevant technical field has emerged. It has been released. THE PURPOSE OF THE INVENTION Due to the drawbacks of the previous technique, the invention, as described above, It aims to resolve the negative aspects. The purpose of the invention is to provide different applications including waste / clean water transmission and / or communication / electricity. underground substations where distribution operations for these types of cables are carried out. an adapter for corrugated pipes belonging to manholes used in building systems using end-to-end or underground at specific intervals 15 horizontally positioned sleeves connected to vertically positioned corrugated pipes belonging to manholes. In the process of connecting corrugated pipes, the need for construction machinery is eliminated. by eliminating them, labor, time and energy costs are reduced, at the same time to prevent damage to the corrugated pipe during application developed; - the channel on the outer surface of the corrugated pipe, front plate belonging to the mechanism group. passed through a gap and the inner edge is brought into contact, at the same time other adapter used in end-to-end joining of corrugated pipes into the channel of the other horizontal corrugated pipe aligned next to it, into the tension group The front 25 is passed through the rear license plate mounting gap and its inner edge is made to touch. Installation by connecting a puller element between the license plate and the back plate. provided, the control lever located in the mechanism assembly from the handle by being held and moved, via a pulling element and ratchet mechanism corrugated pipes positioned on either side of the adapter towards the adapter by being pulled and connecting the corrugated pipes end to end, the ends of the corrugated pipes 30 Apart from the end connection, the vertically positioned corrugated pipe belonging to the manhole is on the side. The sleeve located in this section, and the horizontally positioned corrugated pipe as well. The goal is to create a tugboat system that can be used for communication. Another purpose of the invention is to connect corrugated pipes end-to-end via an adapter. The mechanism group of 5 in the pulling system used in the connection process puller connected to the other corrugated pipe in such a way that it will face it in its group, the rear plate is designed to fit into the channel located in the corrugated pipe. The aim is to enable its use. In this way, two separate corrugated pipes are connected end-to-end with an adapter. This allows for practical communication. Another purpose of the invention is to create a vertically positioned underground distributor for the manhole. The sleeve located on the side section of the corrugated pipe is a horizontally positioned corrugated pipe. horizontally positioned in the pulling system used in the pipe connection process The sleeve will be positioned opposite the mechanism group connected to the corrugated pipe. or in the pull-out group connected to the vertical corrugated pipe (underground distributor), 15 - to wrap around the vertically positioned corrugated pipe (underground distributor) leather, fabric, cotton / PVC braided cord, rope, chain materials in the structure using a rear mounting clamp made of any material This is to ensure that the vertical corrugated pipe (underground 20) of the manhole is connected. (distributor) to the sleeve located on the side section of the horizontally positioned corrugated pipe Communication is established in a practical way. DESCRIPTION OF THE FIGURES Figure 1; Representative perspective of the assembled pulling system related to the invention. appearance, Figure 2; Front plate, pulling element and pulling mechanism of the pulling system subject to the invention. A representative perspective view of the group in disassembled form, 30 Figure 3; Representative perspective of the pulling system described in the invention in its disassembled state. appearance, 6 Figure 4; Partial ratchet of the mechanism group of the pulling system subject to the invention. General and detailed perspective views in cross-sectional form. Figures 5, 6; End-to-end adapter of corrugated pipes with the pulling system subject to the invention. A representative perspective of the stages of the interconnection process through appearances Figures 7, 8; Vertically positioned corrugated pipe with the pulling system that is the subject of the invention. (underground distributor) horizontally positioned corrugated iron 10 located in the sleeve on the side section. Representative perspective views of the pipe connection process stages. It is located. REFERENCE NUMBERS M. Menhol M1. Corrugated pipe M1.1. Channel M2. Sleeve M3 Adapter 20 1000. Pulling system 1100. Mechanism group 1110. Front plate 1111. Passage gap 1111.1. Inner edge 25 1120. Ratchet 1121. I. Fixed part 1122. Intermediate piece 1122.1. Mounting tab 1123. Spring 30 1124. II. Fixed part 1130. Control lever 7 1131. Handle 1200. Pulling element 1210. Kemer 1211. Ear 1212. Hook 5 1300. Pulling group 1310. Rear license plate 1311. Assembly gap 1320. Rear mounting clamp DETAILED DESCRIPTION OF THE INVENTION Figures 1, 2, 3 and 4 show waste / clean water transmission and / or communication / electricity. underground where different types of cables are distributed A 15 corrugated pipe (M1) belonging to manholes (M) used in infrastructure systems Using adapters (M3), end-to-end or underground at specific intervals. connected to the vertically positioned corrugated pipe (M1) belonging to the positioned manholes (M). in the process of connecting horizontally positioned corrugated pipes (M1) to the sleeve (M2) Representation of the pulling system (1000) in assembled and disassembled form, which is the subject of the invention used. It has a perspective view. It relates to the mounting bracket. 20 The pulling system that is the subject of the invention (1000); - control and operation of the pulling system (1000) by the user group of mechanisms providing (1100), 25 - User of the mechanism group (1100) connected to the corrugated pipe (M1) while being moved along the ratchet (1120) axis by the other pull group (1300) connected to the corrugated pipe (M1) to the mechanism group (1100) hanging by pulling it straight, with an ear at one end (1211), the other 30 Leather, fabric, cotton / PVC braid, rope, with hook (1212) fixed at the end, 8 having a belt made of any of the chain materials (1210) pulling element (1200), - the mechanism group (1100) connected to the channel (M1.1) of the corrugated pipe (M1) During the movement of the ratchet (1120) axis by the user, 5 Connected to the other corrugated pipe (M1) puller element (1200) the corrugated pipe (M1) to which it is connected via the adapter (M3) or one of the main elements of the tensile group (1300) which provides the connection to the sleeve (M2). It consists of. The mechanism group (1100) of the pulling system (1000) that is the subject of the invention; - fitted into the channel (M1) of the corrugated pipe (M1.1), inner edge around its inner circumference front with a concave curved structure with a gap (1111) located at (1111.1) plate (1110), 15 - Pulling by user-controlled movement via the control lever (1130) The pull group (1300) in stages by means of element (1200) moving towards the plate (1110), fixed to the outer lower side sections of the front plate (1110), on its outer edge Fixed part I, which has teeth (1121), o movement between fixed part I (1121) and fixed part II (1124) by making the belt move in stages, 25 (1210) wrapping around the pull group (1300) to the front plate (1110) I. by passing it through the pipe located in the center of the fixed part (1121) movable structure on fixed part I (1121) centered connected, assembly 30 on which the ear (1211) is connected. the claw (1122.1) and the intervertebral section with teeth on both sides piece (1122), 9 during the arming process by moving the joystick (1130) holding it in place, then moving the control lever in the other direction. (1130) which enabled the first fixed part (1121) to return to its first position. a tube located in the center, with one end positioned at the front by passing the other end through the second fixed part (1124) to the plate (1110). The spring (1123) connected to the lower part of the control lever (1130), It will be passed through the pipe located in the center of the fixed part (1121). aligned in this way, the lower inner side sections of the control lever (1130) fixed from the second fixed part (1124) 10 formed crickets (1120), - The upper part that enables user-controlled movement of the mechanism group (1100). In the section, the handle (1131) which is grasped by the user's hand is connected. It consists of a control lever (1130). 15 The pulling group (1300) of the pulling system (1000) that is the subject of the invention; - Connecting end-to-end corrugated pipes (M1) by means of adapter (M3) together with the manhole (M), the underground distributor consists of 20 vertically positioned units. The sleeve (M2) located on the side section of the corrugated pipe (M1) is horizontal. used in the connection process of the corrugated pipe (M1) in the position. to the channel (M1.1) in the pipe (M1) or to the protrusion (M2) in the sleeve concave curved with an inner edge (1111.1) on its inner perimeter in the structure that will pass through. Rear plate (1310) with interlocking gap (1111) in the structure, 25 - when the rear plate (1310) is not used, the manhole (M) is vertical by wrapping around the positioned corrugated pipe (M1) (underground distributor) grasping, through the mounting holes (1311) at both ends of the belt (1210) leather, connected to the hook (1212) at the ends, 30 from any of the following materials: fabric, cotton / PVC braid, rope, chain The product includes a rear connection clamp (1320). The use of the pulling system (1000) which is the subject of the invention is shown representatively in Figures 5, 6, 7 and 8. This has been demonstrated. For the specified uses, horizontally positioned corrugated pipes (M1) end-to-end underground. The connection process is shown in Figures 5 and 6. As seen in Figures 5 and 6, 5 two separate corrugated pipes (M1) are connected end to end by means of an adapter (M3). This process involves attaching the adapter (M3) to both sides separately. The corrugated pipe (M1) is located. The pulling system (100) that is the subject of the invention Front plate (1110) located in the mechanism group (1100), corrugated pipe (M1) It is passed through the gap (1111) and the inner edges (1111.1) into the channel 10 (M1.1) is in contact. Then the rear plate (1310) connects to the other corrugated pipe (M1). It is passed through the passage gap (1111) and the inner edges (1111.1) into the channel (M1.1) It is in contact. Finally, it is in the mounting slot located on the rear plate (1310). (1311) hook (1212), spacer belonging to ratchet (1120) connected to the front plate (1110). (1122) The puller is pulled by passing the ear (1211) through the mounting tab (1122.1) located at (1122). connection of element (1200) to mechanism group (1100) and pull group (1300) is provided. (Figure 5, top image) The pulling system subject to the invention, which is installed in this way (1000) Afterwards, the control lever (1130) is held by the handle (1131) by the user 20 The process of setting up the ratchet (1120) is carried out by moving the ratchet (1120) around its axis. The movement of the control lever (1130) along the ratchet (1120) axis is performed. that is, during the winding operation of the ratchet (1120) on the side parts of the spacer (1122) The teeth found are those in fixed part I (1121) and fixed part II (1122). It jumps. At the end of the movement, the spring (1123) holds the ratchet (1120) in place by winding it. 25 and the setup process is completed. The user's control lever (1130) During the movement of the ratchet (1120) axis in the opposite direction, the spacer (1122) The teeth located on the side sections are in the fixed part I (1121) and the fixed part II (1122) holding the teeth located there by the effect of the bow (1123) and the arch (1210) It is wrapped around the piece (1122). The belt (1210) has 30 spacers on the spacer (1122). wrapping, pulling group (1300) towards mechanism group (1100) by hanging pulling it out and consequently bringing both corrugated pipes (M2) closer together 11 (Figure 5 bottom picture) The specified movement of the control lever (1130) provides each until the two corrugated pipes (M1) are fully inserted into the adapter (M3) It continues. (Figure 6, top image) The corrugated pipes (M1) must be fitted into the adapter (M3) exactly as specified. 5 subsequently the pulling system (1000) subject to the invention from corrugated pipes (M1) They are separated and the corrugated pipes (M1) are connected end-to-end. (Figure 6) (bottom image) 10 for manhole (M) at the end of horizontally positioned corrugated pipes (M1) underground. side section of the vertically positioned corrugated pipe (M1) forming the underground distributor The connection procedure to the connecting sleeve (M2) is shown in Figures 7 and 8. As shown in Figure 7, horizontally opposite the sleeve (M2). The positioned corrugated pipe (M1) is aligned. 15 The pulling system that is the subject of the invention (100) rear plate (1110) located in the pulling group (1300), sleeve (M2) It is passed through the transition gap (1111) to the protruding section and the inner edges (1111.1) It contacts the indicated protrusion. Following this, it belongs to the mechanism group (1100). front plate (1110) through the gap (1111) for fitting into the horizontally positioned corrugated pipe (M1) It is passed through and the inner edges (1111.1) are in contact with the channel (M1.1). Finally 20 hook (1212) into the mounting slot (1311) located on the rear plate (1310), on the front plate (1110) to the mounting tab (1122) on the spacer (1120) of the connected ratchet (1122.1) ear (1211) passing through the pulling element (1200) mechanism group (1100) and connection to the pull group (1300) is provided. (Figure 7 upper left image) The pulling system subject to the invention, which is installed in this way (1000) after which the control lever (1130) is held by the handle (1131) by the user The process of setting up the ratchet (1120) is carried out by moving the ratchet (1120) around its axis. The movement of the control lever (1130) along the ratchet (1120) axis is performed. that is, during the winding operation of the ratchet (1120), the side sections of the spacer (1122) 30 The teeth found are those in fixed part I (1121) and fixed part II (1122). It jumps. At the end of the movement, the spring (1123) holds the ratchet (1120) in place by winding it. 12 and the setup process is completed. The user's control lever (1130) During the movement of the ratchet (1120) axis in the opposite direction, the spacer (1122) The teeth located on the side sections are in the fixed part I (1121) and the fixed part II (1122) holding the teeth located there by the effect of the bow (1123) and the arch (1210) It is wrapped around the piece (1122). The belt (1210) has 5 on the spacer (1122). wrapping, pulling group (1300) towards mechanism group (1100) by hanging pulling it and consequently approaching the corrugated pipe (M2) towards the sleeve (M2) It provides. The specified movement of the control lever (1130) is horizontally positioned. This continues until the pipe (M1) is fully inserted into the sleeve (M2). (Figure 7, bottom left and top image) 10 After the corrugated pipe (M1) is fitted into the sleeve (M2) as specified The pulling system subject to the invention (1000) consists of corrugated pipe (M1) and sleeve (M2) It is separating and forming the underground distributor belonging to the manhole (M) of the corrugated pipe (M1). 15 The connection is established. (Figure 7, right image) In cases where the rear plate (1310) is not used in the towing group (1300), as shown in Figure 8. As can be seen, the corrugated sheet is positioned horizontally opposite the sleeve (M2). The pipe (M1) is aligned. The pulling system (100) subject to the invention has a pull 20 The rear connection clamp (1320) in the group (1300), vertically positioned corrugated sheet passed behind the pipe (M1) and encircling it It is positioned. Then the front plate of the mechanism group (1100) (1110) through the gap for transitioning to the horizontally positioned corrugated pipe (M1) (1111) It is passed through and the inner edges (1111.1) are in contact with the channel (M1.1). Finally 25 to the mounting holes located at the ends of the rear mounting clamp (1320) (1311) hook (1212), spacer belonging to ratchet (1120) connected to the front plate (1110). (1122) The mounting tab (1122.1) is also pulled by passing the ear (1211) through it. connection of element (1200) to mechanism group (1100) and pull group (1300) is provided. (Figure 8, top image) 30 13 The pulling system subject to the invention, which is installed in this way (1000) after which the control lever (1130) is held by the handle (1131) by the user The process of setting up the ratchet (1120) is carried out by moving the ratchet (1120) around its axis. The movement of the control lever (1130) along the ratchet (1120) axis is performed. that is, during the winding operation of the ratchet (1120), the side sections of the spacer (1122) 5 The teeth found are those in fixed part I (1121) and fixed part II (1122). It jumps. At the end of the movement, the spring (1123) holds the ratchet (1120) in place by winding it. and the setup process is completed. The user's control lever (1130) During the movement of the ratchet (1120) axis in the opposite direction, the spacer (1122) The teeth located on the side sections are 10 in the fixed part I (1121) and fixed part II (1122). holding the teeth located there by the effect of the bow (1123) and the arch (1210) The piece (1122) is wrapped around it. The belt (1210) is wrapped around the spacer (1122). wrapping, pulling group (1300) towards mechanism group (1100) by hanging pulling it and consequently approaching the corrugated pipe (M2) towards the sleeve (M2) It provides. The specified movement of the control lever (1130) is horizontally positioned corrugated 15 This continues until the pipe (M1) is fully inserted into the sleeve (M2). After the corrugated pipe (M1) is fitted into the sleeve (M2) as specified The pulling system (1000) subject to the invention is a horizontal position corrugated pipe (M1) and a vertical It is separated from the horizontally positioned corrugated pipe (M2) and the horizontally positioned corrugated pipe 20 (M1) manhole (M) forming the underground distributor, vertically positioned corrugated pipe The connection is made to the sleeve (M2) located on the side section of the pipe (M1). This is the case. (Figure 8, bottom image)
Claims
14 REQUESTS 1. The invention relates to different applications including waste / clean water transmission and / or communication / electricity. underground locations where distribution operations of this type of cable are carried out 5 corrugated pipes (M1) belonging to manholes (M) used in infrastructure systems Using an adapter (M3), end-to-end or underground at specific intervals vertically positioned corrugated pipe (M) belonging to the manholes (M) Connecting the horizontally positioned corrugated pipes (M1) to the connecting sleeve (M2). This relates to the mounting hardware used in the process, and its characteristics are as follows: — the channel (M1.1) on the outer surface of the corrugated pipe (M1), mechanism front plate (1110) belonging to group (1100) through the gap (1111) passed through and the inner edge (1111.1) is touched, at the same time the other Used in the end-to-end joining of corrugated pipes (M1). the other horizontally positioned 15 aligned to the other side of the adapter (M3) To the channel (M1.1) of the corrugated pipe (M1), to the tension group (1300) The inner edge of the rear plate (1310) is passed through the slot (1111). (1111.1) contacted, front plate (1110) and rear plate (1310) Installation by connecting the puller element (1200) between them 20 of the control levers located in the mechanism group (1100) provided. (1130) by being moved by holding the handle (1131) via the puller element (1200) and ratchet (1120) of the adapter (M3) to the adapter of the corrugated pipes (M1) located on either side. (M3) is pulled correctly to connect the corrugated pipes (M1) end to end. manhole 25, except for end-to-end connection of corrugated pipes (M1). side section of vertically positioned corrugated pipe (M1) belonging to (M) to the sleeve (M2) and the horizontally positioned corrugated pipe (M1) characterized by the pull system (1000) which can be used in its connection. is being done.
2. The pulling system (1000) conforming to Claim 1, its feature is; the pulling system (1000); — control of the pulling system (1000) by the user and It contains the mechanism group (1100) that provides its control.
3. The pulling system (1000) conforming to Request 1 or 2, its feature is; pulling mechanism group (1100) belonging to the system (1000); 5 — fitted into the channel (M1.1) of the corrugated pipe (M1), inside around its inner circumference to the interlocking gap in the concave curved structure with edge (1111.1) (1111) is the front plate containing (1110).
4. The pulling system (1000) conforming to request 1 or 2, its feature is; pulling 10 mechanism group (1100) belonging to the system (1000); — moved by user control via the joystick (1130) by means of the pulling element (1200) the pulling group (1300) moving in stages toward the front plate (1110, • fixed to the outer lower side sections of the front plate (1110), outer Fixed part I (1121) with teeth on its edge, • Movement between fixed part I (1121) and fixed part II (1124) by enabling movement in stages, the belt's 20 (1210) wrapping around the pull group (1300) to the front plate (1110) pulling operation by hanging in correct steps performing, located at the center of the first fixed part (1121) Fixed part I (1121) by being passed through the pipe and centered connected in a movable structure, on which the ear has 25 (1211) the mounting tab (1122.1) to which it is connected and both sides Intermediate piece with teeth in its sections (1122), • Arming operation by moving the control lever (1130) holding it steady during the process, then moving in the other direction 30 I. inside the pipe located in the center of the fixed part (1121) positioned, one end to the front plate (1110), the other end to the second fixed 16 by passing through the part (1124) and under the control lever (1130) The bow (1123) connected to the section, • To the pipe located in the center of the fixed part (1121) aligned to be passed through, the lower inner 5 of the control lever (1130) from the second fixed part (1124) fixed to the side sections It contains the resulting ratchet (1120).
5. The pulling system (1000) conforming to Request 1 or 2, its feature is; pulling mechanism group (1100) belonging to the system (1000); 10 — User-controlled movement of the mechanism group (1100) providing a handle at the top that the user grips with their hand. (1131) is that it includes a connected joystick (1130).
6. The pulling system (1000) conforming to Claim 1, its feature is; the pulling system is 15 (1000); — User of the mechanism group (1100) connected to the corrugated pipe (M1) during the movement of the ratchet (1120) on the axis the pull group (1300) connected to the other corrugated pipe (M1) hung by pulling towards the mechanism group (1100), a 20 leather, with an ear (1211) fixed at one end and a hook (1212) at the other end, any of the following materials: fabric, cotton / PVC braid, rope, chain pulling element (1200) with a belt (1210) made of one It includes.
7. The pulling system (1000) conforming to Claim 1, its feature is; the pulling system (1000); — Mechanism for connection to the channel (M1.1) of the corrugated pipe (M1). group (1100) by user on ratchet (1120) axis 30 during its movement to the other corrugated pipe (M1) connected by means of pulling element (1200) 17 the corrugated pipe (M1) to the adapter (M3) or sleeve (M2) It includes a pull group (1300) that provides the connection.
8. The pulling system (1000) conforming to claim 1 or 7, its feature is; pulling pull group (1300) belonging to the system (1000); 5 — end-to-end corrugated pipes (M1) via adapter (M3) The underground connection process for the manhole (M) side of the vertically positioned corrugated pipe (M1) forming the distributor horizontally positioned corrugated sheet located in section (M2) 10 in corrugated pipe used in the connection process of pipe (M1) into the channel (M1) located in (M1.1) or in the sleeve (M2) Having an inner edge (1111.1) on its inner circumference in a structure that will fit onto the projection rear plate with a concave curved structure and a gap (1111) (1310) is included.
9. The pulling system (1000) conforming to claim 1 or 7, its feature is; pulling pull group (1300) belonging to the system (1000); — when the rear plate (1310) is not used, manhole (M) the perimeter of the vertically positioned corrugated pipe (M1) (underground distributor) gripping tightly, with mounting holes at both ends 20 (1311) to the hook (1212) located at the ends of the belt (1210) connected, leather, fabric, cotton / PVC braid, rope, chain rear mounting clamp made from any of the materials (1320) is included.