ROPE PULLING-RELEASING SYSTEM FOR CHANGING WAGONET ROPES
Patent Information
- Application Number
- TR202616213
- Authority / Receiving Office
- TR · TR
- Patent Type
- Applications
- Current Assignee / Owner
- Filing Date
- 2026-09-21
- Publication Date
- 2026-10-21
Abstract
Description
1 TARIFF ROPE PULLING FOR REPLACING WAGONET ROPES. RELEASE SYSTEM TECHNICAL FIELD The invention relates to the changing of wagon ropes in blast furnace skip systems. the rope must be pulled along at least one vertical working axis and in a controlled manner. 10 for pulling and releasing the aforementioned rope in order to enable its release at least one carrier assembly that carries the components and the aforementioned carrier assembly by positioning it on the rope and bringing it to the working position and operation a rope that includes at least one swivel base that allows it to be moved away from its position It is related to the pull-release system. PREVIOUS TECHNIQUE Skip systems used in blast furnace installations allow material to move to different levels. the movement of wagons that enable transportation between them by means of ropes It is based on the ropes used in these systems, the working conditions and 20 Depending on the usage period, the ropes are replaced at specific intervals. Rope replacement. During the process, the existing rope is removed from the system and the new rope is put into operation. It needs to be repositioned. This process is necessary in areas with significant elevation differences. in areas where access is limited and the workspace may be narrow This is being done. Also, the steel cables used have a high weight. 25 and the presence of lubricants on their surfaces, for the handling and guidance of ropes This increases the need for controlled movement during the procedure. In current practices, a significant portion of rope changing operations are performed by humans. It can be achieved based on its strength, and heavy ropes are lifted upwards 30 The operation may require the simultaneous work of a large number of personnel. numerous personnel in the work areas being in the same operational zone This restricts mobility, makes it difficult to perform the job, and This can cause the operation time to be prolonged. The rope has an oily surface. 2 This refers to pulling done manually or with equipment that does not provide adequate grip. This increases the risk of slipping during operations. Holding, guiding and Continuous human intervention to maintain it in the desired position It may require. In the current technique, the weight of the rope during the downward movement of the old rope... The fact that it needs to be handled in a controlled manner also poses a significant problem. The controlled handling of the rope... The rope is released suddenly without any engaging or holding mechanism. to slide, to roll back, or to move faster than the predicted speed This can cause damage to both the rope and surrounding equipment. This increases the risk of exposure and also poses a workplace safety problem for employees. It is formed. In addition, for pulling the rope up and releasing it down. separate operations or the use of methods requiring intensive manpower, rope the replacement process is disadvantageous in terms of time, labor and operational safety It makes it so. 15 In conclusion, all the problems mentioned above require an innovation in the relevant technical field. This has made it necessary to do it. BRIEF DESCRIPTION OF THE INVENTION 20 The present invention eliminates the aforementioned disadvantages and the related technical In order to bring new advantages to the area, a wagon ropes are being replaced. It relates to the rope pulling and releasing system. One purpose of the invention is to improve the performance of wagon ropes in blast furnace skip systems. During the replacement process, the old rope should be released down in a controlled manner and the new one... rope change by mechanically pulling the rope upwards. a rope pulling and releasing system that makes the operation safer and more controlled to reveal. 30 Another purpose of the invention is to prevent the oiled rope from slipping and recoiling in confined working spaces. By reducing the risk of escape, the rope changing operation requires fewer personnel and is cheaper. 3 a rope pulling and releasing system that enables its operation using human power to reveal. All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention aims to realize wagonet 5 in blast furnace skip systems. During rope replacement, the rope must be rotated along at least one vertical working axis. to ensure the rope is pulled and released in a controlled manner at least one carrier device that carries the components for its pulling and releasing, and by positioning it on the aforementioned carrier mechanism, the rope is brought to its working position. at least one rotating device that enables its removal and detachment from the work position. It is a rope pull-release system that includes a base. Accordingly, its innovation lies in the aforementioned rope. The pull-release system is positioned on a rotating base and the rope is positioned opposite each other. at least one traction unit that enables it to be moved by gripping it from the sides This includes the fact that the aforementioned traction unit has at least one located on one side of the rope. first traction module and at least one traction band in the aforementioned first traction module 15 It must contain at least one primary drive motor that moves the traction unit, the primary traction unit. at least one second pull positioned on the opposite side of the rope according to its module module and at least one traction band in the aforementioned second traction module first drive It must include at least a second drive motor that moves it separately from the main drive motor. The placement of the rope in the parts of the mentioned traction bands that come into contact with the rope and 20 It must contain at least one angled channel for gripping between the traction bands, first It is clear that the first traction module and the second traction module can be placed between the ropes. the working position where the rope of the traction bands grips each other. It must contain at least one rotating support that allows the rope to move between them. Thus, the rope... Securely gripped between two opposing traction modules, it moves upwards 25 towed or released in a controlled manner and the activation of the traction modules Thanks to its foldable design, the rope can be easily attached to the traction unit. It is ensured that it is removed from here. A feature of a possible construction of the invention is that the mentioned carrier mechanism, rope 30 At least one fixed point that ensures the release mechanism is positioned securely. It includes a base. Thus, the rope pulling-releasing system remains stable on the field. supported in this way and the rotating base moving over a fixed support structure This is ensured. 4 Another possible configuration of the invention features a fixed rotating base. It must contain at least one curved guide that directs its movement relative to the base. Thus controlled guidance of the rotating base along a defined path and putting the traction unit into the operating position and moving it away from this position 5 is provided. Another possible configuration of the invention features the aforementioned first module. located opposite each other in the upper and lower regions of the body, and the primary traction at least 10 that ensure the continuous movement of the traction belt in the module through a continuous cycle. It includes a primary upper pulley and at least one primary lower pulley. Thus, the primary traction the traction band in the module is continuous between the first upper pulley and the first lower pulley. This allows the rope to circulate and the driving motion to be transferred to the rope. Another possible configuration of the invention features the aforementioned second module 15 The secondary traction system is located on either side of the lower and upper sections of the body. minimum that enables the continuous movement of the traction belt in the module through a continuous cycle It includes a second upper pulley and at least a second lower pulley. Thus, the second traction the traction belt in the module is continuous between the second upper pulley and the second lower pulley. its circulation and the movement of the rope in relation to the first traction module 20 The transfer is ensured. BRIEF DESCRIPTION OF THE FIGURE Figure 1 shows a representative perspective of the rope pulling-releasing system that is the subject of the invention. 25 The appearance is given. Figure 2 shows a representative perspective of the rope pulling-releasing system that is the subject of the invention. The appearance is given. Figure 3 shows a representative rear view of the rope pulling-releasing system that is the subject of the invention. It has been given. Figure 4 shows the first traction module in the rope pulling-releasing system that is the subject of the invention. A representative perspective view is provided. Figure 5 shows a representation of the carrier mechanism in the rope pulling-releasing system that is the subject of the invention. A perspective view is given. 5 Figure 6 shows the second traction module in the rope pulling-releasing system that is the subject of the invention. A representative perspective view is provided. Figure 7 shows a representative image of the traction unit in the rope pulling-releasing system that is the subject of the invention. A perspective view is provided. 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. Figure 1 shows a representative image of at least one rope pulling-releasing system (10) which is the subject of the invention. A perspective view is given. The mentioned rope pull-release system (10), During the replacement of wagon ropes in blast furnace skip systems, 20 It is used. The subject of the invention is the rope pulling-releasing system (10), rope changing During the operation, the old rope was released downwards in a controlled manner and the new one was installed. It enables the rope to be mechanically pulled upwards. Rope pulling-releasing. system (10), rope changing performed especially in confined work areas It enables the processes to be carried out with less manpower and heavy, greasy 25 uncontrolled slippage that may occur during manual handling of ropes and reduces the risk of the rope slipping back. Both pulling and releasing the rope. thanks to the mechanical control of the movement during the operation safety is increased, and the rope changing process is more controlled and regular. is being carried out and the number of personnel and workload required for the process is 30. is being reduced. Figure 2 shows a representative perspective of the rope pulling-releasing system (10) that is the subject of the invention. The appearance of the invention is given. The subject of the invention is the rope pulling-releasing system (10), blast furnace 6 During the replacement of wagon ropes in skip systems, at least one rope (20) controlled movement along at least one vertical working axis (I) In this regard, the rope pulling-releasing system (10), rope changing along the vertical working axis (I) of the new rope (20) to be used in the operation to be pulled upwards and the old rope (20) in use on the same axis 5 This allows it to swing downwards in a controlled manner throughout. Thus The upward and downward movement of the rope (20) is mechanically controlled. is held, especially during the manual handling of heavy and oily ropes. The risk of uncontrolled slipping or retraction that may occur is reduced, and the rope... ensuring the replacement process is carried out in a safer and more controlled manner. 10 is provided. The rope pulling-releasing system (10) allows the rope (20) to be pulled in a controlled manner. with at least one traction unit (30) that performs the function of releasing the aforementioned traction a carrier device that enables the positioning of unit (30) on the site 15 (40) is included. Figure 7 shows the rope pulling-releasing system (10) which is the subject of the invention. A representative perspective view of the traction unit (30) is given. The mentioned carrier The apparatus (40) must have at least one fixed base (41) and on the aforementioned fixed base (41). It includes at least one rotating base (42) that is positioned to move. Figure 5 shows the carrier device (10) in the rope pulling-releasing system which is the subject of the invention. (40) A representative perspective view is given. Thanks to this structure, the conflict unit (30) is in the required working position during rope replacement operation. They are brought in and removed from the work area after the process is complete. Figure 3 shows a representative background of the rope pulling-releasing system (10) that is the subject of the invention. The appearance of the rope pulling-releasing system (10) is given. Also, the traction unit (30) surrounding at least part of it and the mechanical components of the system from the external environment at least one that protects against the effects and contact that may occur in the work area It includes a housing (50). Thus, the traction unit (30), the swivel base (42) and the fixed Suitable for positioning in narrow workspaces, together with the base (41), operation 30 providing access to the rope during the process and from the working axis after the process. It forms an integrated structure that can be removed. 7 Fixed base (41), rope pull-release system (10) fixed on the field It forms the carrier part that enables its positioning. The rotating base (42) It is connected to the fixed base (41) in a movable way. The traction unit (30), It is carried on the rotating base (42) and the rotating base (42) is relative to the fixed base (41). During the rope change operation by moving the rope (20) vertically 5 The working position is aligned with the working axis (I). Process After completion, the traction unit is moved in the opposite direction by turning the rotary base (42) (30) is removed from the vertical working axis (I). This movement of the rotating base (42) is positioned in relation to the fixed base (41) at least 10 It is guided by means of a slightly curved guide (43) and thus the traction unit (20) being put into a controlled working position within a narrow working area and It is ensured that it is removed from the working position. The aforementioned curved guide (43), by determining the path of motion followed by the rotating base (42) during its movement 15 Controlled orientation of the base (42) relative to the fixed base (41) The carrier mechanism (40) also allows the rope (20) to pass through it. It includes at least one pilot hole (44) that allows for this. The said pilot hole (44), along the vertical working axis (I) of the rope (20) towards the traction unit (30) on the carrier apparatus (40) to guide its progress It is located. 20 The traction unit (30) enables the rope (20) to be moved in a controlled manner. at least one first traction module (60) located on opposite sides of the rope (20) and includes at least one second traction module (70). The first traction module mentioned (60) and the second traction module (70) approach the rope (20) in the working position 25 The rope (20) is arranged to grip between them. In this way, the rope (20), held mutually between the two traction modules and the traction unit (30) by operation, it moves up or down along the vertical working axis (I). It is moved in a controlled manner. Figure 4 shows the first pull (10) in the rope pulling-releasing system which is the subject of the invention. A representative perspective view of the module (60) is given. First traction module (60) with the second traction module (70), placing the rope (20) into the traction unit (30) and operation afterwards, in order to remove them from the traction unit (30) 8 so that it can move away and approach the rope (20) during the work It is arranged in a movable manner. The opening and closing of the aforementioned traction modules... closing motion, at least one rotary support (80) instead of a linear slide motion This is achieved through a rotational movement around it. Thus, the first pull module (60) and second traction module (70) are placed between the rope (20) in the open position. It allows for placement, and in the working position, towards the rope (20). By bringing them closer together, the rope (20) is gripped between the two modules. Open In the position between the first traction module (60) and the second traction module (70), the rope (20) to be placed in the traction unit (30) or removed from the traction unit (30) There is a distance that will allow for this. In working position, the first pull is 10. The first traction module (60) and the second traction module (70) are brought closer together and towards each other. by touching the opposite sides of the rope (20) with the traction bands (90) They are compressed between each other. The aforementioned rotating traction modules Moving around the support (80), especially in blast furnace skip systems An additional linear movement distance is needed in the existing confined workspaces. 15 It allows modules to be switched on and off without being heard. The first traction module (60) enables the transport and movement of at least one traction band (90). It contains at least one first module body (61) which enables its operation. First module housing (61), pulley, drive and linkage of the first traction module (60) 20 It forms the supporting structure on which the elements are positioned. First On the module body (61), positioned vertically apart from each other There is at least one first upper pulley (62) and at least one first lower pulley (63). The traction band (90) is connected to the first upper pulley (62) and the first lower pulley (63) mentioned above. They are positioned to circulate continuously between them. 25 The first traction module (60) also has at least one first drive motor (64), at least one first It includes a gearbox (65) and at least one primary drive shaft (66). The aforementioned primary The rotational movement generated by the drive motor (64) passes through the first gearbox (65). It is transmitted to the first drive shaft (66). Through the first drive shaft (66) the first lower 30 The pulley (63) is rotated and as a result the traction belt (90) is first upper It is moved between pulley (62) and the first lower pulley (63). In the configuration, the first lower pulley (63) is directly connected to the first drive shaft (66) via the first drive shaft (66). When forming the driven pulley, the first upper pulley (62) is the traction band (90) 9 It enables it to move around and be guided during its movement. First upper The pulley (62) rotates on its own axis depending on the movement of the traction belt (90). It is mounted in such a way that it can rotate around its axis. Thus, in the first traction module (60) The traction band (90) located is driven in a controlled manner. Figure 6 shows the second pull in the rope pulling-releasing system (10) which is the subject of the invention. A representative perspective view of the module (70) is given. The second traction module (70), It is positioned opposite the first traction module (60) and at least one second It includes a module body (71). On the aforementioned second module body (71), at least one second upper pulley positioned vertically apart from each other 10 (72) and at least one second lower pulley (73) are present. In the second traction module (70) The traction band (90) located between the aforementioned second upper pulley (72) and the second lower pulley (73) They are positioned in such a way that they constantly circulate among them. Thanks to this arrangement... The second traction module (70) will work in conjunction with the first traction module (60). It is being structured. 15 The second traction module (70) also has at least one second drive motor (74), at least one second It includes a gearbox (75) and at least one second drive shaft (76). The aforementioned second drive shaft The rotational movement generated by the motor (74) is transferred to the second reducer (75) via the second reducer (75). It is transferred to the drive shaft (76), through the second drive shaft (76) to the second lower pulley (73) 20 and the traction band (90) connected to it is moved. In this configuration, the second sub pulley (73) is driven directly by means of the second drive shaft (76) When creating, the second upper pulley (72) causes the traction band (90) to circulate and move. It ensures the guidance of the traction belt during the process. The second upper pulley (72) ensures the guidance of the traction belt. (90) It can rotate around its own axis of rotation depending on its movement 25 It is placed in the first traction module (60) and the second traction module (70) The traction bands (90) located will move on opposite sides of the rope (20). It is driven in this way and controlled by gripping the rope (20) between two modules. Transportation is ensured accordingly. Traction bands (90) located in the first traction module (60) and the second traction module (70), by touching the opposite sides of the rope (20) in the working position, the rope (20) compressing them together and with the movement of the rope (20) and the traction bands (90). It enables the conveyance of the traction belts (90), rope with oily surface (20) Preferably made of polyurethane material to help it grip without slipping. is formed and has a serrated surface structure on its surfaces that come into contact with the rope (20). It has. In addition, the traction bands (90) are in contact with the rope (20). in the sections, at least one channel at an angle suitable for the placement of the rope (20) (as shown in the figures (not shown) is located and rope (20) is approximately 5 in the mentioned channel. It is gripped by compressing mm. Thus, sufficient grip on the rope (20) slipping between the rope (20) and the traction bands (90) while the force is being created reduced and transported in a controlled manner without damaging the rope (20). is provided. The first drive motor (64) and the second drive motor (74) are separate drive groups. by creating and activating the first and second traction modules respectively. It provides the movement of the first drive motor (64) through the first gearbox (65) and the first from the drive shaft (66) to the first lower pulley (63) and the traction band (90) The movement of the second drive motor (74) is transferred by the second gearbox (75) and 15 The traction is transmitted to the opposite traction band (90) via the second drive shaft (76). The modules having separate drives means the modules can operate independently of each other. to allow movement, to facilitate opening and closing operations, and the rope (20) use when inserting into or removing the traction unit (30). This allows for ease of use. During operation, both drives are 20 The group, together with the traction bands (90) located on opposite sides of the rope (20). It ensures the rope (20) is carried in a controlled manner by moving it. During the upward movement of the rope (20), the first drive motor (64) and the second The drive motor (74) is operated in the appropriate direction and the traction belts (90) rope (20) is vertically 25 It moves upwards along the working axis (I). Thus, downwards The new rope (20) in the full drum at the level is driven by the traction unit (30) It is mechanically pulled up. Lowering the old rope (20) downwards. during this time, the traction belts (90) are operated in the reverse direction by running the drive motors. The direction of movement is changed and the rope (20) is moved downwards in a controlled manner 30 It is being released. The old rope (20) that is lowered is directed to the empty drum. It can be wound thanks to the motor drive structure, the weight of the rope (20) and the oily surface This prevents it from sliding down uncontrollably or running backward, and The retrieval and release operation is performed safely. 11 In rope changing operation, first the traction unit (30), the rotating base (42) By means of the rope (20) it is brought to the vertical working axis (I). Then the first The traction module (60) and the second traction module (70) around the rotating support (80). They are separated from each other and brought to the open position and the rope (20) two modules 5 It is possible to place the rope (20) between them. After positioning, the traction modules are moved towards each other. The contact of the traction bands (90) with opposite sides of the rope (20) and the rope (20) They are made to grip each other. The ropes (20) of the traction bands (90) are connected to each other. This position, which he understood as the first traction module (60) and the second traction module (70) 10 It forms the working position. In this position, the new rope (20) drive motors It is pulled upwards by being operated in the appropriate direction, and the old rope (20) is driven By changing its direction, the rope is released downwards in a controlled manner. Once the replacement process is complete, the traction modules will be separated from each other again. being removed, rope (20) is removed from the traction unit (30) and the traction unit 15 (30) from the vertical working axis (I) by means of the rotating base (42) is being removed. The mentioned housing (50), in particular traction modules, traction belts (90), pulleys and protection of the drive elements from external influences in the working area and 20 Contributes to limiting direct contact with moving mechanical parts. This ensures that the system operates more safely during use. Its use is supported, the traction unit (30) can absorb dirt from the outside environment, It is protected from impacts and similar effects. The subject of the invention is the rope pulling-releasing system (10), the rotating support of the traction modules. (80) can be opened and closed around the traction unit (30) rotating base (42) Thanks to its ability to be put into working position via this device, it can be used even in confined spaces. It offers a structure suitable for use. Traction belts in a possible configuration. (90), polyurethane 30 to help the oil rope (20) to grip without slipping. It can be made of material and has a serrated surface on the surfaces that come into contact with the rope (20). surface structure can be found. Also, between the rope's (20) pulling bands (90). By holding the rope compressed by approximately 5 mm, it can be raised in a controlled manner. Pulling and releasing are supported. Through these structures 12 The risk of uncontrolled slipping or retraction of the rope (20) is reduced, rope replacement This allows the operation to be carried out with fewer personnel, and Workplace safety is enhanced during the operation. In light of all that has been explained, the invention works as follows: rope pull-release 5 The system (10) rotates the traction unit (30) before the rope change operation. The work is done by taking the rope (20) to the vertical working axis (I) via the base (42). It is brought to the position of the first traction module (60) and the second traction module (70), Two modules of rope (20) are separated around the rotating support (80) This allows for their placement between the tracks, and then the traction modules move towards each other in 10 increments. by moving the traction bands (90) and gripping the rope (20) mutually is provided. The first drive motor (64) and the second drive motor (74) are suitable. By operating in this direction, the traction bands (90) are moved and the new rope (20) It is pulled upwards along the vertical working axis (I). Drive motors If operated in the reverse direction, the old rope (20) will be moved downwards in a controlled manner 15 It is released. Once the rope replacement process is complete, the traction modules are reset. It is being unwound, the rope (20) is being removed from the traction unit (30) and the traction unit (30) rotates It is moved away from the vertical working axis (I) by means of the base (42). Thus Rope changing operation, in confined workspaces, with less manpower, the rope By reducing the risk of uncontrolled sliding or backward movement and ensuring operational safety. 20 This is being done by increasing the number of participants. 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... an expert, without deviating from the main theme of the invention, will do what is described above. 25 It is clear that similar structures can emerge in light of this. 13 REFERENCE NUMBERS GIVEN IN THE FIGURE Rope Pull-Release System Rope Traction Unit 5 40 Support Mechanisms 41 Fixed Base 42 Rotating Base 43 Curved Guide 44 Pilot Holes 10 50 Storage 60 First Traction Module 61 First Module Body 62 First Upper Pulley 15 63 First Lower Pulley 64 First Drive Motor 65 First Gearbox 66 First Drive Shaft 70 Second Traction Module 71 Second Module Body 72 Second Upper Pulley 73 Second Lower Pulley 74 Second Drive Motor 25 75 Second Gearbox 76 Second Drive Shaft 80 Rotating Supports 90 Traction Band 30 (I) Vertical Working Axis
Claims
14 REQUESTS 1. The invention concerns the replacement of wagon ropes in blast furnace skip systems. during which the rope (20) is pulled along at least one vertical working axis (I). and to ensure that it is released in a controlled manner, the aforementioned rope (20) 5 at least one carrier that carries the components for its pulling and release. positioned on the apparatus (40) and the aforementioned carrier apparatus (40) to bring the rope (20) to the working position and from the working position a rope puller which includes at least one rotating base (42) that enables its removal. The release system (10) has the following feature; the rope pulling-release system mentioned is 10 positioned on the rotating base (42) and the rope (20) opposite at least one traction unit that enables it to be moved by gripping it from the sides (30) includes the aforementioned traction unit (30), on one side of the rope (20). at least one first traction module (60) positioned and the aforementioned first traction at least one first 15 that moves at least one traction band (90) in the module (60). The drive motor (64) includes the traction unit (30) to the first traction module (60) at least one second pull positioned on the opposite side of the rope (20) module (70) and at least one traction module (70) in the second traction module mentioned. at least the belt (90) that moves separately from the first drive motor (64) The inclusion of a second drive motor (74) means that the mentioned traction bands (90) are connected by rope 20 (20) placement of rope (20) and traction bands (90) in the contacting parts It must contain at least one angled channel for grasping between them, first pull. between the rope (20) of the module (60) and the second traction module (70) The ropes (20) of the traction bands (90) can be placed opposite each other in the open position. at least 25 that enables movement between the working positions he perceives. It includes a rotating support (80).
2. According to claim 1, a rope pulling-releasing system (10) and its feature is; mentioned the carrier assembly (40), rope pulling-release system (10) fixed It must contain at least one fixed base (41) which enables its positioning. 30 3. According to claim 2, a rope pulling-releasing system (10) and its feature is; mentioned at least one that directs the movement of the rotating base (42) relative to the fixed base (41). It includes a curved guide (43).
4. According to claim 1, a rope pulling-releasing system (10) and its feature is; mentioned structure on which the mechanical components of the first traction module (60) are carried It must contain at least one first module body (61).
5. According to claim 4, a rope pulling-releasing system (10) and its feature is; mentioned located opposite the lower and upper regions of the first module body (61) and the traction band (90) in the first traction module (60) through a continuous cycle at least one first upper pulley (62) and at least one first lower pulley that enables its movement It contains a pulley (63). 10 6. According to claim 1, a rope pulling-releasing system (10) has the following feature; mentioned structure on which the mechanical components of the second traction module (70) are carried It must contain at least one second module body (71).
7. According to claim 6, a rope pulling-releasing system (10) and its feature is; mentioned located opposite the lower and upper regions of the second module body (71) and the traction band (90) of the second traction module (70) through a continuous cycle at least one second upper pulley (72) and at least one second lower pulley that enables its movement It contains a pulley (73). 20 8. A rope pull-release system (10) according to claim 1 or 5, and its feature is; the rotational motion generated by the first drive motor (64) mentioned above It must include at least one primary drive shaft (66) which transmits to the lower pulley (63).
9. According to claim 8, a rope pull-release system (10) and its feature is; first drive the rotational movement generated by the motor (64) to the first drive shaft (66) It is that the transferring contains at least one first reducer (65).
10. A rope pulling-releasing system (10) according to claim 1 or 7, and its characteristic is; 30 the rotational motion generated by the second drive motor (74) mentioned above It includes at least one second drive shaft (76) which transmits to the lower pulley (73). 16 11. A rope pull-release system (10) according to claim 10, and its feature is; second drive. transmitting the rotational motion generated by the motor (74) to the second drive shaft (76) It must contain at least one second reducer (75).
12. According to claim 1, a rope pulling-releasing system (10) and its feature is; first drive 5 The motor (64) and the second drive motor (74), the vertical traction belts (90) To change the direction of movement on the working axis (I) in both directions Its purpose is to provide motion transmission.
13. According to claim 1, a rope pulling-releasing system (10) and its feature is; the aforementioned 10 The traction tapes (90) contain polyurethane material.
14. According to claim 1, a rope pulling-releasing system (10) has the characteristic of; pulling the surfaces of the bands (90) that come into contact with the rope (20) the slip of the rope (20) It has a serrated surface structure to limit [the impact of the glare]. 15 15. According to claim 1, a rope pulling-releasing system (10) and its feature is that the rope (20), angled channels in the parts that come into contact with the traction bands (90) It is compressed to 5 mm inside. According to claim 16, a rope pulling-releasing system (10) has the characteristic of; pulling surrounding at least part of the mechanical and drive components of the unit (30) It contains at least one container (50).
17. According to Claim 1, a rope pulling-releasing system (10) and its feature is; mentioned 25 The carrier device (40) enables the rope (20) to pass through it and the rope (20) directing along the vertical working axis (I) towards the traction unit (30). It must contain at least one pilot hole (44).