Cable traction stay wire net sleeve braiding machine

Abstract

The utility model discloses a cable traction stay wire net cover braiding machine which comprises a first braiding driving part and a second braiding driving part, the left side of the net cover braiding machine is provided with the first braiding driving part, the right side of the net cover braiding machine is provided with the second braiding driving part, and the first braiding driving part is evenly provided with first spindle sliding assemblies. According to the utility model, the first knitting driving part and the second knitting driving part are arranged at an interval, and through the arrangement of the lengthened structure of the first spindle sliding assembly, the first knitting driving part can bear the pull wire roller, and the second knitting driving part can bear the pull wire roller. The pull wire is output through the second weaving driving part, in the net cover weaving process, the hanging part on the center sleeve rod is close to the second weaving driving part and is clamped and dragged by the conveying equipment, the distance between the output position of the second weaving driving part and the position on the center sleeve rod is always kept consistent, weaving is uniform, the hole distance is uniform, and the weaving quality is guaranteed.

Description

Technical Field

[0001] The utility model relates to the technical field of a cable pulling wire mesh sleeve weaving machine, in particular to a cable pulling wire mesh sleeve weaving machine. Background Art

[0002] At present, in the field of power cable and communication cable construction, the mesh of the traction conductor is made by manual weaving. The production process is: according to the requirements, the metal wire is cut to a certain length in advance, a mandrel is erected on the ground, and after the bottom of the mandrel is fixed, the cut metal wire is manually bent in the middle and hung on the upper end of the mandrel. Two people hold the metal wire and the mandrel by hand, and press them in a superimposed, staggered, and interlaced manner. The metal wires are regularly interwoven to form an artificially woven mesh with a grid. This mesh has a large weaving pitch, and if there is uneven weaving, it must be manually corrected.

[0003] The disadvantages of this manually woven telescopic net are: high labor intensity, low efficiency, uneven weaving, easy to produce waste, unable to ensure quality and quantity, and waste of manpower and material resources.

[0004] As disclosed in the publication (announcement) number: CN115161871A, a cable net cable traction telescopic mesh sleeve weaving machine is disclosed, which includes a frame, a weaving platform arranged on the frame and a shaping traction device, the shaping traction device includes a reel and a reduction motor driving the reel to rotate, a traction medium is wound on the reel, the lower end of the traction medium is connected to a core mold connecting piece, the outer periphery of the core mold connecting piece is evenly distributed with positioning pins, the positioning pins extend along the radial direction of the core mold connecting piece, and the lower part of the core mold connecting piece is connected to a vertically arranged and columnar shaping core mold; a dial distributed in an annular manner is provided on the weaving platform, and a wire drawing spindle and a yarn storage spindle are respectively provided in two opposite notches on the same dial, the wire drawing spindle is located on the inner side of the yarn storage spindle, and the number of the wire drawing spindle and the yarn storage spindle is equal to the number of the positioning pins, the yarn storage spindle stores braiding wire, the wire drawing spindle stores drawing wire, the wire drawing spindle is provided with a drawing wire connector, the braiding wire and the drawing wire are respectively fixed at the upper and lower ends of the drawing wire connector.

[0005] The prior art disclosed (announcement) number is: CN115161871A, and the mesh sleeve is woven inside the equipment, which limits the length of the mesh sleeve weaving; secondly, the spacing between the pay-off spindle assembly and the shaping core mold (center sleeve rod) is very short, and the woven pulling wire (steel wire) is driven by the weaving spindle assembly and directly woven on the shaping core mold (center sleeve rod). This structure is bound to cause the pulling wire (steel wire) cycloid problem in the weaving process from the pay-off spindle assembly to the shaping core mold (center sleeve rod), resulting in poor tightness and neatness of the pulling wire mesh sleeve weaving, which is easy to cause quality problems for subsequent mesh sleeve use; this time, due to the high hardness of the pulling wire (steel wire), the weaving is carried out by directly acting on the pay-off spindle assembly on the pay-off spindle assembly, which easily causes uneven mesh sleeve hole spacing and reduced quality protection strength.

[0006] For this reason, it is necessary to provide a cable traction wire mesh sleeve weaving machine. Utility Model Content

[0007] In view of the problems existing in the above-mentioned prior art, the utility model provides a cable traction wire mesh sleeve weaving machine to solve the above-mentioned technical problems.

[0008] In order to achieve the above-mentioned purpose, the utility model is implemented through the following technical solutions: a cable traction wire mesh weaving machine, the mesh weaving machine includes a weaving drive part 1, a weaving drive part 2, and a central sleeve rod. The left side of the mesh weaving machine is set as the weaving drive part 1, and the right side is set as the weaving drive part 2. The weaving drive part 1 is evenly provided with a spindle sliding component 1, the spindle sliding component 1 is extended toward the weaving drive part 2, and the end of the extension section is provided with a spindle sliding component 2, the spindle sliding component 2 is evenly arranged on the weaving drive part 2, and a plurality of spindle bases 1 are evenly distributed in the circumference of the weaving drive part 1, and are driven in the circumference of the weaving drive part 1 by the spindle sliding component 1. Sliding, a number of spindle bases 2 are evenly distributed on the circumference of the weaving drive part 2, and are driven to slide on the circumference of the weaving drive part 2 by the spindle sliding assembly 2. The middle parts of the weaving drive part 1 and the weaving drive part 2 are connected by a sleeve 1, and both ends of the sleeve 1 pass through the weaving drive part 1 and the weaving drive part 2. A center sleeve rod is installed in the internal sleeve of the sleeve 1, and the end of the center sleeve rod away from the mesh weaving machine is set as a hanging part. The upper limit of the hanging part is set with a pull wire, and the end of the pull wire away from the hanging part is connected with the spindle sliding assembly 1 and the spindle sliding assembly 2 in turn. A traction rod is set at the end of the hanging part, and the traction rod is clamped and transported by a conveying device to complete the mesh weaving.

[0009] Preferably, the upper part of the weaving drive part is set as a positive and negative string track, the spindle base includes a clamping column, a plug-in column, a clamping column and a slide. The top of the clamping column is set as a plug-in column, the bottom of the clamping column is provided with a clamping column, and the bottom of the clamping column is provided with a slide. The clamping column is driven by a spindle sliding assembly to make the slide slide in the positive and negative string track, and the wire plug-in limit is in the plug-in column.

[0010] Preferably, the second weaving drive unit includes a driving base plate, which is sleeved on the middle part of the right side plate of the mesh weaving machine. The connection between the driving base plate and the right side plate of the mesh weaving machine is provided as two positive and negative hook tracks. A spindle base two is arranged inside the positive and negative hook tracks for uniform sliding. The spindle base two includes a limiting column, two slides, and one clamping plate. The upper part of the limiting column is arranged as the slide two, and the lower part of the limiting column is arranged as the clamping plate one. The limiting column is driven by the spindle sliding assembly two to drive the slide two to slide inside the positive and negative hook tracks two. At the same time, the spindle base two is limitedly installed with the spindle sliding assembly two through the clamping plate one arranged at the bottom during the sliding process. The pull wire is interspersed through the limiting column, the slide two, and the clamping plate one from top to bottom in sequence, passes through the clamping plate one and continues to extend and is limitedly installed with the spindle base one.

[0011] Preferably, the hanging part includes a first locking axis, and the end of the central sleeve rod is circumferentially provided with a limiting groove, the interior of the limiting groove is provided with the first locking axis, and a pull wire is provided for limiting the first locking axis.

[0012] Preferably, the end of the pull wire close to the hanging portion is provided with a hook assembly, and the hook assembly is hung with the traction rod.

[0013] In summary, the utility model provides a cable traction wire mesh weaving machine. The utility model patent adopts: the weaving drive part 1 and the weaving drive part 2 are arranged at intervals, and the extension structure of the spindle sliding component 1 is arranged to realize that the weaving drive part 1 carries the wire roller, and the wire is output through the weaving drive part 2. During the weaving process of the mesh, the hanging part on the center sleeve rod is near the weaving drive part 2. As the weaving progresses and the conveying equipment clamps and drags, the output position of the weaving drive part 2 is always kept consistent with the position spacing on the center sleeve rod, avoiding the problem of wire swinging during the weaving process, and the weaving is uniform, the hole spacing is uniform, and the weaving quality is guaranteed; the woven part is clamped and continuously dragged out by the conveying equipment until the weaving is completed. The patent structure: meets the weaving requirements of 2-3.5 meters. Since the required length in the first stage is at most 2.5 meters, the patent structure can also be used for weaving the required length in the future to meet market demand. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 It is a structural schematic diagram of the utility model;

[0015] Figure 2 It is a structural schematic diagram of a spindle sliding assembly 1, a spindle sliding assembly 2, and a sleeve 1 of the utility model;

[0016] Figure 3 It is a schematic diagram of the structure of the elliptical track block of the utility model;

[0017] Figure 4 It is a structural schematic diagram of the spindle sliding component 2 and the clamping plate 1 of the utility model;

[0018] Figure 5 This is a structural schematic diagram of a spindle base of the utility model;

[0019] Figure 6 It is a structural schematic diagram of the hanging part of the utility model;

[0020] Figure 7 This is a schematic diagram of the second structure of the spindle base of the utility model;

[0021] Figure 8 It is a schematic diagram of the internal structure analysis of the utility model;

[0022] Fig. 9 It is a schematic diagram of the hook assembly structure of the utility model;

[0023] In the figure: weaving drive part 1, weaving drive part 2, center sleeve rod 3, spindle sliding assembly 1 4, spindle sliding assembly 2 5, spindle base 1 6, spindle base 2 7, sleeve 1 11, hanging part 12, pull wire 13, traction rod 14, clamping column 1 15, plug-in column 16, clamping column 2 17, driving base plate 21, limiting column 22, slide 2 23, clamping plate 1 24, clamping shaft 1 25, limiting groove 26, elliptical track block 27, hook assembly 31, slide 1 32. DETAILED DESCRIPTION

[0024] The utility model is further described below in conjunction with the accompanying drawings.

[0025] like Figures 1 to 9 As shown:

[0026] The utility model is as follows Figure 1As shown, a cable traction wire mesh braiding machine, the mesh braiding machine includes a braiding drive part 1, a braiding drive part 2, and a central sleeve rod 3. The left side of the mesh braiding machine is set as the braiding drive part 1, and the right side is set as the braiding drive part 2. The braiding drive part 1 is evenly provided with spindle sliding components 4, the spindle sliding component 4 is extended toward the braiding drive part 2, and a spindle sliding component 25 is provided at the end of the extended section. The spindle sliding component 25 is evenly arranged on the braiding drive part 2, and a plurality of spindle bases 6 are evenly distributed on the circumference of the braiding drive part 1, and are driven by the spindle sliding component 4 to slide on the circumference of the braiding drive part 1, and a plurality of spindle bases 6 are evenly distributed on the circumference of the braiding drive part 2. A spindle base 27 is driven by a spindle sliding assembly 25 to slide circumferentially on a weaving drive part 2. The middle parts of the weaving drive part 1 and the weaving drive part 2 are connected by a sleeve 11. Both ends of the sleeve 11 pass through the weaving drive part 1 and the weaving drive part 2. A central sleeve rod 3 is installed in the internal sleeve of the sleeve 11. The end of the central sleeve rod 3 away from the mesh weaving machine is arranged as a hanging part 12. The hanging part 12 is provided with a pull wire 13 at the upper limit position. The ends of the pull wire 13 away from the hanging part 12 are connected with the spindle sliding assembly 4 and the spindle sliding assembly 25 in turn. A traction rod 14 is arranged at the end of the hanging part 12. The traction rod 14 is clamped and transported by a conveying device to complete the mesh weaving.

[0027] In view of the current problems of high labor intensity, low efficiency, uneven weaving and unstable quality of the manual weaving of the wire mesh, and the technical problems of tightness, neatness and stable quality of the wire mesh weaving in the prior art, the technical structure adopted by this patent is: using a double-layer weaving drive part, that is, the left side of the mesh weaving machine is set as a weaving drive part 1, and the right side is set as a weaving drive part 2, and the left side of the mesh weaving machine is set as a driving structure, and the weaving drive part 1 and the weaving drive part 2 are driven in sequence by the driving structure;

[0028] A spindle sliding assembly 14 is arranged between the double-layer braiding drive parts, and each spindle sliding assembly 14 is driven by the braiding drive part 1, so that the spindle sliding assembly 25 is driven to rotate synchronously by the spindle sliding assembly 14; correspondingly: the spindle sliding assembly 14 drives the spindle base 16 to slide, and the spindle sliding assembly 25 drives the spindle base 27 to slide, and the spindle base 16 and the spindle base 27 are jointly plugged with the same or a bundle of pull wires, and the other end of the pull wire is hung on the hanging part 12, and each pull wire is woven around the circumference of the central sleeve rod 3, and the braiding driving mode is: the spindle base 16 and the spindle base 27 slide on the positive string track or the reverse string track to realize that while the conveying equipment clamps and drags the traction rod 14, the pull wire is woven around the circumference of the central sleeve rod 3;

[0029] Since the weaving drive part 1 and the weaving drive part 2 are spaced apart and the spindle sliding assembly 4 is lengthened, the weaving drive part 1 carries the wire pulling roller, and the wire is output through the weaving drive part 2. During the mesh weaving process, the hanging part 12 on the center sleeve rod 3 is near the weaving drive part 2. As the weaving progresses and the conveying equipment clamps and drags, the output position of the weaving drive part 2 is always kept consistent with the position spacing on the center sleeve rod 3, avoiding the problem of wire swinging during the weaving process. The weaving is uniform, the hole spacing is uniform, and the weaving quality is guaranteed. The woven part is clamped and continuously dragged out by the conveying equipment until the weaving is completed. This patented structure: meets the weaving requirements of 2-3.5 meters. Since the required length in the first stage is at most 2.5 meters, this patented structure can also be used for weaving required lengths in the future to meet market demand.

[0030] In at least one embodiment, the sliding structure and driving mode of the spindle base 6 are as follows: the upper part of the weaving drive part 1 is set as the positive and negative hook track 1, the spindle base 6 includes a clamping column 15, a plug-in column 16, a clamping column 17, and a slide 32. The top of the clamping column 15 is set as the plug-in column 16, the bottom of the clamping column 15 is provided with a clamping column 17, and the bottom of the clamping column 17 is provided with a slide 32. The clamping column 15 is driven by the spindle sliding assembly 4 to make the slide 32 slide in the positive and negative hook track, and the pull line 13 is plugged and limited in the plug-in column 16.

[0031] Specifically, a notch is arranged in the circumferential direction of the spindle sliding assembly 14, and the notch limits the driving post 15 to rotate and slide, thereby driving the post 2 17 and the plug-in pull wire 13 of the post 2 17 to rotate and slide around the positive or negative track on the weaving drive part 1, thereby realizing the weaving drive of the mesh sleeve.

[0032] At least in one embodiment, the structure and driving mode of the spindle base 27 are as follows: the weaving drive part 22 includes a driving base plate 21, the driving base plate 21 is sleeved on the middle of the right side plate of the mesh knitting machine, and the connection between the driving base plate 21 and the right side plate of the mesh knitting machine is provided with a positive and negative hook track 2, and the positive and negative hook tracks are evenly slidably provided with a spindle base 27, the spindle base 27 includes a limit column 22, a slide plate 23, and a clamp plate 24, and the upper part of the limit column 22 is provided with a slide plate 23, the lower part of the limiting column 22 is set as a card plate 24, the limiting column 22 is driven by the spindle sliding assembly 25, driving the slide 23 to slide inside the positive and negative hook tracks 2, and at the same time, the spindle base 27 is limited and installed with the spindle sliding assembly 25 through the card plate 24 set at the bottom during the sliding process, and the pull wire 13 is interspersed in the limiting column 22, the slide 23, and the card plate 24 from top to bottom, and continues to extend through the card plate 24 and is limited and installed with the spindle base 6.

[0033] Specifically, spindle sliding components 25 are evenly distributed inside the positive and negative hook tracks 2 of the weaving drive part 2, and the bottom of the spindle sliding component 25 is fixedly arranged with the extended end of the spindle sliding component 14 to realize the synchronous rotation of the spindle sliding component 14 and the spindle sliding component 25. The spindle sliding component 25 is provided with a notch in the circumference, and the notch drives the limiting column 22 to slide and rotate, and then drives the slide plate 23 to slide and rotate in the positive or negative hook track 2, so as to realize the weaving of the wire mesh sleeve. By setting a clamping plate 24 at the lower part of the limiting column 22, the limiting column 22 is limited by the clamping plate 24 and the bottom of the spindle sliding component 25 during the driving process of the spindle sliding component 25, so as to realize the stable weaving of the wire.

[0034] In order to achieve stable sliding and rotation of the slide 23 in the positive or negative track 2, an elliptical track block 27 is provided on the top of the spindle sliding assembly 25. The elliptical track block 27 and the positive or negative track 2 on both sides thereof form a stable sliding track, which reduces the free shaking of the slide 23 during the sliding process and achieves the purpose of stable sliding.

[0035] In at least one embodiment, the hanging portion 12 includes a positioning shaft 25, and the end of the central sleeve rod 3 is circumferentially provided with a limiting groove 26, the interior of the limiting groove 26 is provided with the positioning shaft 25, and the positioning shaft 25 is provided with a pull wire 13 for limiting the positioning.

[0036] At least in one embodiment, the end of the pull wire 13 close to the hanging portion 12 is provided with a hook assembly 31 , and the hook assembly 31 is hung with the traction rod 14 .

[0037] The embodiments of the present invention are only used to illustrate the present invention and do not constitute a limitation on the scope of the claims. Other substantially equivalent alternatives that can be thought of by those skilled in the art are all within the protection scope of the present invention.

Claims

1. A cable traction wire mesh weaving machine, characterized in that: The net sleeve braiding machine comprises a braiding drive part 1 (1), a braiding drive part 2 (2), and a central sleeve rod (3). The left side of the net sleeve braiding machine is provided with the braiding drive part 1 (1), and the right side is provided with the braiding drive part 2 (2). Spindle sliding assemblies 1 (4) are evenly arranged on the braiding drive part 1 (1). The spindle sliding assemblies 1 (4) are extended toward the braiding drive part 2 (2), and a spindle sliding assembly 2 (5) is arranged at the end of the extended section. The spindle sliding assembly 2 (5) is evenly arranged on the braiding drive part 2 (2). A plurality of spindle bases 1 (6) are evenly distributed in the circumferential direction of the braiding drive part 1 (1), and are driven to slide in the circumferential direction of the braiding drive part 1 (1) by the spindle sliding assembly 1 (4). A plurality of spindle bases 2 (7) are evenly distributed in the circumferential direction of the braiding drive part 2 (2), and are driven to slide in the circumferential direction of the braiding drive part 1 (1) by the spindle sliding assembly 1 (4). The spindle sliding assembly (5) is driven to slide in the circumferential direction of the weaving drive part (2). The middle parts of the weaving drive part (1) and the weaving drive part (2) are connected by a sleeve (11). Both ends of the sleeve (11) penetrate the weaving drive part (1) and the weaving drive part (2). A central sleeve rod (3) is sleeved and installed inside the sleeve (11). The end of the central sleeve rod (3) away from the mesh weaving machine is arranged as a hanging part (12). The hanging part (12) is provided with a pull wire (13) at the upper limit position. The end of the pull wire (13) away from the hanging part (12) is connected to the spindle sliding assembly (4) and the spindle sliding assembly (5) in turn. A traction rod (14) is arranged at the end of the hanging part (12). The traction rod (14) is clamped and transported by a conveying device to complete the mesh weaving.

2. A cable traction wire mesh weaving machine according to claim 1, characterized in that: The upper part of the braiding drive part (1) is arranged as a positive and negative hook track (1), and the spindle base (6) comprises a clamping column (15), a plug-in column (16), a clamping column (17), and a slide plate (32). The top of the clamping column (15) is arranged as a plug-in column (16), the bottom of the clamping column (15) is arranged with a clamping column (17), and the bottom of the clamping column (17) is arranged with a slide plate (32). The clamping column (15) is driven by the spindle sliding assembly (4) to make the slide plate (32) slide in the positive and negative hook tracks, and the pull wire (13) is inserted and limited in the plug-in column (16).

3. The cable traction wire mesh weaving machine according to claim 1, characterized in that: The second weaving drive part (2) comprises a driving bottom plate (21), the driving bottom plate (21) is sleeved on the middle part of the right side plate of the mesh sleeve weaving machine, and the connection between the driving bottom plate (21) and the right side plate of the mesh sleeve weaving machine is provided with two positive and negative hook tracks, and the positive and negative hook tracks are evenly slidably provided with a spindle base (7) inside, and the spindle base (7) comprises a limiting column (22), a second slide plate (23), and a clamping plate (24), the upper part of the limiting column (22) is provided with the second slide plate (23), and the lower part of the limiting column (22) is provided with a The first card plate (24) is arranged, and the limit column (22) is driven by the second spindle sliding assembly (5) to drive the second slide plate (23) to slide inside the positive and negative hook tracks. At the same time, the second spindle base (7) is limitedly installed with the second spindle sliding assembly (5) through the first card plate (24) arranged at the bottom during the sliding process. The pull wire (13) is inserted through the limit column (22), the second slide plate (23), and the first card plate (24) from top to bottom in sequence, passes through the first card plate (24) and continues to extend to the first spindle base (6) for limited installation.

4. The cable traction wire mesh weaving machine according to claim 1, characterized in that: The hanging part (12) comprises a first locking shaft (25), and a limiting groove (26) is circumferentially formed at the end of the central sleeve rod (3). The interior of the limiting groove (26) is provided with the first locking shaft (25), and a pull wire (13) is provided for limiting the first locking shaft (25).

5. The cable traction wire mesh weaving machine according to claim 1, characterized in that: The end of the pull wire (13) close to the hanging portion (12) is provided as a hook assembly, and the hook assembly is hung with the traction rod (14).

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