A multi-axial rope connection structure and connection method thereof

Abstract

The present invention discloses a multi-axial rope connection structure and a connection method thereof, comprising a longitudinal rope, a transverse rope, and a flexible shackle, wherein the longitudinal rope comprises a longitudinal rope and a longitudinal eyelet, the transverse rope comprises a transverse rope and a transverse eyelet, the flexible shackle comprises a flexible rope body, a flexible rope ring, and a flexible rope knot, and the flexible shackle passes through the longitudinal eyelet and the transverse eyelet respectively to connect and fix the longitudinal rope and the transverse rope. The present invention has a novel structure, adopts a fully flexible structure connection, is simpler and lighter to operate, is safe to use, saves costs, reduces the weight of the overall system, is not easy to cause wear to the rope, prolongs the overall service life of the rope, and is easy to maintain and service.

Description

Technical Field

[0001] The invention relates to a chemical fiber rope, in particular to a multi-axial rope connection structure and a connection method thereof. Background Art

[0002] At present, the diameter of chemical fiber ropes used for mechanical weaving is generally a maximum of more than ten millimeters. However, in some applications, it is necessary to use chemical fiber ropes with larger diameters to weave a mesh structure. The larger diameter chemical fiber ropes need to be woven by hand to form a mesh structure. Generally speaking, there are three existing manual weaving techniques:

[0003] First, the chemical fiber ropes in the horizontal and vertical directions are connected to each other through inserted eyelets, so that the ropes in the horizontal and vertical directions form an independent cable net structure, and then the two independent cable nets are combined into a larger cable net through metal heart rings and metal shackles at the construction site. This method lacks flexibility. The heavy metal shackles and heart rings not only increase the weight of the cable net itself, but also are not conducive to on-site construction. At the same time, the metal shackles and heart rings are easy to corrode and damage, and have a short service life;

[0004] The second is to connect the chemical fiber ropes in the horizontal and vertical directions with each other through inserted eyelets, so that the ropes in the horizontal and vertical directions form an independent cable net structure, and then connect the two nets by manual insertion at the construction site. This method will lead to low on-site construction efficiency and is not conducive to on-site construction operations, and cannot meet the needs of convenient and fast on-site construction;

[0005] The third is to use multi-axial metal fasteners to clamp the ropes in the horizontal and vertical directions and use thin ropes to tie the ropes in the horizontal and vertical directions. However, although the ropes in the horizontal and vertical directions can be fixed when the ropes are not under stress, since the synthetic fiber ropes are flexible objects, their diameter will become smaller after being stressed, which will cause the synthetic fiber ropes to slip from the fixed points and make the net unable to function during use. Summary of the invention

[0006] In order to overcome the above-mentioned problems existing in the prior art, the present invention provides a multi-axial rope connection structure and a connection method thereof, a fully flexible and detachable connection structure, and weaving eyelets at the tail ends of the transverse and longitudinal ropes or at the main body of the ropes. At the construction site, flexible shackles are used to pass through the ends of the transverse and longitudinal ropes or the eyelets at the main body of the ropes to connect the ropes in the transverse and longitudinal directions into a giant cable net.

[0007] The technical solution adopted by the present invention to solve its technical problem is:

[0008] As shown in the accompanying drawings, the present invention provides a multi-axial rope connection structure, including a longitudinal rope, a transverse rope, and a flexible shackle. The longitudinal rope includes a longitudinal rope and a longitudinal eyelet, the transverse rope includes a transverse rope and a transverse eyelet, and the flexible shackle includes a flexible rope body, a flexible rope ring, and a flexible rope knot. The flexible shackle passes through the longitudinal eyelet and the transverse eyelet respectively to connect and fix the longitudinal rope and the transverse rope.

[0009] The above-mentioned multi-axial rope connection structure, the flexible rope ring, flexible rope body and flexible rope knot are an integrally woven structure, the flexible rope ring is a ring structure formed by knotting the flexible rope body, the flexible rope ring and the flexible rope knot are located at both ends of the flexible rope body, and the ring size of the flexible rope ring can be adjusted by pulling the flexible rope body.

[0010] The above-mentioned multi-axial rope connection structure, the transverse rope and the transverse eyelet are woven as one body, the transverse eyelet is formed by inserting the end body of the transverse rope, the longitudinal rope and the longitudinal eyelet are woven as one body, the longitudinal eyelet is formed by inserting the end body of the longitudinal rope, the two relatively independently arranged longitudinal ropes form a longitudinal rope body, the two relatively connected transverse ropes form a transverse rope body, the flexible shackle is one, one flexible shackle fixedly connects one longitudinal rope body and one transverse rope body, or one flexible shackle fixedly connects one longitudinal rope body and multiple transverse rope bodies.

[0011] The above-mentioned multi-axial rope connection structure, the transverse rope and the transverse eyelet are woven from different bodies, the transverse eyelet is formed by inserting the non-end parts of the transverse rope, the longitudinal rope and the longitudinal eyelet are woven from different bodies, the longitudinal eyelet is formed by inserting the non-end parts of the longitudinal rope, one flexible shackle is fixedly connected to a longitudinal rope and a transverse rope, or one flexible shackle is fixedly connected to a longitudinal rope and multiple transverse ropes.

[0012] In the above-mentioned multi-axial rope connection structure, the longitudinal rope body is composed of two independent longitudinal ropes, and the transverse rope body is composed of transverse ropes with transverse eyelets cross-woven or stacked with each other.

[0013] According to the above-mentioned connection method of a multi-axial rope connection structure, the following steps are included:

[0014] (1) When the transverse eyelets are inserted into the body of the transverse rope, the ends of the two transverse ropes are first crossed and then woven, and the two transverse eyelets formed pass through each other, so that the two transverse ropes are connected in series through the transverse eyelets to form a transverse rope body;

[0015] (2) Lay the connected transverse ropes flat on a plane;

[0016] (3) Place the two relatively independent longitudinal cables that have been woven on both sides of the transverse rope body;

[0017] (4) Pass the flexible rope ring of the flexible shackle through the longitudinal eyelet of one of the longitudinal cables, then through the transverse eyelet at the overlapping part of the two transverse cables, and finally through the longitudinal eyelet of the other longitudinal cable;

[0018] (5) Wind the flexible shackle for the second time, pass the flexible rope ring around the longitudinal eye of one of the longitudinal cables again, then pass it through the transverse eye at the overlapping part of the two transverse cables, and finally pass it through the longitudinal eye of the other longitudinal cable, and adjust the tightness of the flexible shackle;

[0019] (6) expanding the flexible rope loop by pulling a single rope of the flexible rope body at the intersection of the flexible rope loop and the flexible rope body until the flexible rope loop can be placed on the flexible rope knot;

[0020] (7) Pass the flexible rope knot through the flexible rope ring, stop the flexible rope knot near the intersection of the flexible rope knot and the flexible rope ring, pull the rope of the same flexible rope body in the opposite direction, fix the flexible rope ring, and tighten the flexible rope ring by hand;

[0021] (8) After the connection is completed, when the flexible shackle is loaded, the two ropes in the flexible rope body will adjust and maintain balance.

[0022] According to the connection method of the multi-axial rope connection structure, step (1) can also be that when the transverse eyelet (5) of the transverse rope (1) is inserted into the body, the ends of the two transverse ropes (1) are respectively inserted into the eyelets, the two braided transverse eyelets (5) are stacked on each other, and the two transverse ropes (1) are connected into a transverse rope body by passing the flexible shackle (3) through the two transverse eyelets (5) respectively.

[0023] According to the above-mentioned connection method of a multi-axial rope connection structure, the following steps may also be included:

[0024] (1) The horizontal cables are woven with transverse eyelets at non-ends, and the longitudinal cables are woven with longitudinal eyelets at non-ends;

[0025] (2) Lay the woven horizontal rope flat on a flat surface;

[0026] (3) Place the woven longitudinal cables and transverse cables crosswise;

[0027] (4) Pass the flexible rope ring of the flexible shackle through the longitudinal eye ring of the longitudinal rope, and then through the transverse eye ring of the transverse rope;

[0028] (5) Wrap the flexible shackle around for the second time, pass the flexible rope ring around the longitudinal eye of the longitudinal rope again, and then pass it through the transverse eye of the transverse rope, and adjust the tightness of the flexible shackle;

[0029] (6) expanding the flexible rope loop by pulling a single rope of the flexible rope body at the intersection of the flexible rope loop and the flexible rope body until the flexible rope loop can be placed on the flexible rope knot;

[0030] (7) Pass the flexible rope knot through the flexible rope ring, stop the flexible rope knot near the intersection of the flexible rope knot and the flexible rope ring, pull the rope of the same flexible rope body in the opposite direction, fix the flexible rope ring, and tighten the flexible rope ring by hand;

[0031] (8) After the connection is completed, when the flexible shackle is loaded, the two ropes in the flexible rope body will adjust and maintain balance.

[0032] The invention has a novel structure. Eyelets are inserted into the tail ends of the transverse and longitudinal ropes and the main body, and the transverse and longitudinal ropes are connected by flexible shackles, so that the transverse and longitudinal ropes with larger diameters can form a giant cable net.

[0033] The present invention adopts a split assembly design for the connecting parts of the connecting piece, which is convenient for disassembly and assembly, more convenient for accurate maintenance and replacement, reduces material waste, and improves the effective comprehensive utilization of materials.

[0034] The present invention can be used for on-site construction, especially for ropes up to several hundred meters long, and is simple, convenient and safe to use;

[0035] The present invention uses fully flexible ropes to connect with each other, and does not involve the connection between chemical fiber ropes and metal materials, thus avoiding the wear between chemical fiber ropes and metal materials, and also avoiding the risk of corrosion caused by the use of metal materials, thus extending the service life of the cable net formed by the transverse and longitudinal ropes. At the same time, since chemical fiber ropes are lighter than metal materials, this greatly reduces the quality of the transverse and longitudinal rope net system and reduces maintenance costs.

[0036] The present invention is further described below in conjunction with the accompanying drawings and embodiments.

[0037] Figure 1 This is a schematic diagram of the transverse cable structure of Example 1 of the present invention;

[0038] Figure 2 This is a schematic diagram of the longitudinal cable structure of Example 1 of the present invention;

[0039] Figure 3 It is a schematic structural diagram of the flexible shackle of the present invention;

[0040] Figure 4 This is a schematic diagram of the transverse cable structure of Example 2 of the present invention;

[0041] Figure 5 This is a schematic diagram of the longitudinal cable structure of Example 2 of the present invention;

[0042] Figure 6This is a schematic diagram of a rope connection structure of Example 1 of the present invention;

[0043] Figure 7 This is a schematic diagram of another rope connection structure according to Embodiment 1 of the present invention;

[0044] Figure 8 This is a schematic diagram of a rope connection structure according to Example 2 of the present invention.

[0045] 1. Horizontal rope, 2. Longitudinal rope, 3. Flexible shackle, 4. Horizontal rope, 5. Horizontal eyelet, 6. Longitudinal rope, 7. Longitudinal eyelet, 8. Flexible rope ring, 9. Flexible rope body, 10. Flexible rope knot. DETAILED DESCRIPTION

[0046] In order to enable those skilled in the art to better understand the technical solution of the present invention, the present invention is described in detail below in conjunction with the accompanying drawings and specific implementation methods.

[0047] [Example 1]

[0048] As attached Figure 1 , 2 As shown in Figures 3 and 6, a multi-axial rope connection structure provided by the present invention includes a longitudinal rope 2, a transverse rope 1, and a flexible shackle 3. The longitudinal rope 2 includes a longitudinal rope 6 and a longitudinal eyelet 7, the transverse rope 1 includes a transverse rope 4 and a transverse eyelet 5, and the flexible shackle 3 includes a flexible rope body 9, a flexible rope ring 8 and a flexible rope knot 10. The flexible shackle 3 passes through the longitudinal eyelet 7 and the transverse eyelet 5 respectively to connect and fix the longitudinal rope 2 to the transverse rope 1.

[0049] Furthermore, the flexible rope ring 8, flexible rope body 9 and flexible rope knot 10 are an integrally woven structure, the flexible rope ring 8 is a ring structure formed by knotting the flexible rope body 9, the flexible rope ring 8 and the flexible rope knot 10 are located at both ends of the flexible rope body 9, and the ring size of the flexible rope ring 8 can be adjusted by pulling the flexible rope body 9.

[0050] Furthermore, the transverse rope 4 is woven integrally with the transverse eyelet 5, and the transverse eyelet 5 is formed by inserting the end body of the transverse rope 4; the longitudinal rope 6 is woven integrally with the longitudinal eyelet 7, and the longitudinal eyelet 7 is formed by inserting the end body of the longitudinal rope 6; the two relatively independently arranged longitudinal ropes 2 form a longitudinal rope body, and the two relatively connected transverse ropes 1 form a transverse rope body; the flexible shackle 3 is one, and one flexible shackle 3 is fixedly connected to a longitudinal rope body and a transverse rope body.

[0051] Furthermore, one of the longitudinal rope bodies is composed of two independent longitudinal ropes 2, and one of the transverse rope bodies is composed of transverse ropes 1 with transverse eyelets 5 cross-woven with each other.

[0052] Further, the two transverse eyelets 5 pass through each other, cross each other first and then braid, so that the two transverse ropes 1 are connected in series to form a transverse rope body through the transverse eyelets 5. That is, the ends of the two transverse ropes 1 are first crossed and then braided to form two transverse eyelets 5 that pass through each other.

[0053] Furthermore, the two braided transverse eyelets 5 are stacked on each other, and the two transverse ropes 1 are connected into a transverse rope body by passing the flexible shackle 3 through the two transverse eyelets 5 respectively.

[0054] Furthermore, a method for connecting a multi-axial rope connection structure includes the following steps:

[0055] (1) When the transverse eyelets 5 of the transverse rope 1 are inserted and braided, the two transverse ropes 1 are first crossed and then braided, and the two transverse eyelets 5 formed pass through each other, so that the two transverse ropes 1 are connected in series through the transverse eyelets 5 to form a transverse rope body;

[0056] (2) Lay a connected transverse rope flat on a plane;

[0057] (3) Placing the two relatively independent longitudinal ropes 2 that have been woven relatively on both sides of the 2 transverse rope bodies;

[0058] (4) Pass the flexible rope ring 8 of the flexible shackle 3 through the longitudinal eyelet 7 of one of the longitudinal cables 2, then through the transverse eyelet 5 at the overlapping part of the two transverse cables 1, and finally through the longitudinal eyelet 7 of the other longitudinal cable 2;

[0059] (5) Wind the flexible shackle 3 for the second time, pass the flexible rope ring 8 around the longitudinal eyelet 7 of one of the longitudinal cables 2 again, pass it through the transverse eyelet 5 at the overlapping part of the two transverse cables 1, and finally pass it through the longitudinal eyelet 7 of the other longitudinal cable 2, and adjust the tightness of the winding of the flexible shackle 3;

[0060] (6) expanding the flexible rope loop 8 by pulling a single rope of the flexible rope body 9 at the intersection of the flexible rope loop 8 and the flexible rope body 9 until the flexible rope loop 8 can be placed on the flexible rope knot 10;

[0061] (7) Pass the flexible rope knot 10 through the flexible rope ring 8, stop the flexible rope knot 10 near the intersection of the flexible rope knot 10 and the flexible rope ring 8, pull the rope of the same flexible rope body 9 in opposite directions, fix the flexible rope ring 8, and tighten the flexible rope ring 8 by hand;

[0062] (8) After the connection is completed, when the flexible shackle 3 is loaded, the two ropes in the flexible rope body 9 will adjust and maintain balance.

[0063] In the step (1), when the transverse eyelet 5 of the transverse rope 1 is inserted and braided, the ends of the two transverse ropes 1 are respectively inserted and braided with eyelets, and the two braided transverse eyelets 5 are stacked on each other, and the two transverse ropes 1 are connected into a transverse rope body by passing the flexible shackle 3 through the two transverse eyelets 5 respectively. The stacking method is that the two transverse eyelets 5 overlap and the eyelet openings are connected, so that the flexible rope ring 8 of the flexible shackle 3 can pass through the two transverse eyelets 5 at the same time.

[0064] [Example 2]

[0065] As attached Figure 3 , 4 As shown in Figures 5 and 8, the present invention provides a multi-axial rope connection structure, including a longitudinal rope 2, a transverse rope 1, and a flexible shackle 3. The longitudinal rope 2 includes a longitudinal rope 6 and a longitudinal eyelet 7, the transverse rope 1 includes a transverse rope 4 and a transverse eyelet 5, and the flexible shackle 3 includes a flexible rope body 9, a flexible rope ring 8 and a flexible rope knot 10. The flexible shackle 3 passes through the longitudinal eyelet 7 and the transverse eyelet 5 respectively to connect and fix the longitudinal rope 2 to the transverse rope 1.

[0066] Furthermore, the flexible rope ring 8, flexible rope body 9 and flexible rope knot 10 are an integrally woven structure, the flexible rope ring 8 is a ring structure formed by knotting the flexible rope body 9, the flexible rope ring 8 and the flexible rope knot 10 are located at both ends of the flexible rope body 9, and the ring size of the flexible rope ring 8 can be adjusted by pulling the flexible rope body 9.

[0067] Furthermore, the transverse rope 4 and the transverse eyelet 5 are woven in different bodies, and the transverse eyelet 5 is formed by inserting the non-end part of the transverse rope 4 in different bodies. The longitudinal rope 6 and the longitudinal eyelet 7 are woven in different bodies, and the longitudinal eyelet 7 is formed by inserting the non-end part of the longitudinal rope 6 in different bodies. One flexible shackle 3 is fixedly connected to a longitudinal rope 2 and two transverse ropes 1.

[0068] Furthermore, a method for connecting a multi-axial rope connection structure comprises the following steps:

[0069] (1) The transverse cable 1 is provided with a transverse eyelet 5 at a non-end portion, and the longitudinal cable 2 is provided with a longitudinal eyelet 7 at a non-end portion;

[0070] (2) Lay the two braided horizontal cables 1 in parallel on a flat surface;

[0071] (3) Place the woven longitudinal rope 2 crosswise with the two parallel transverse ropes 1;

[0072] (4) Pass the flexible rope ring 8 of the flexible shackle 3 through the longitudinal eyelet 7 of the longitudinal cable 2, and then through the transverse eyelet 5 of the transverse cable 1;

[0073] (5) Wind the flexible shackle 3 for the second time, pass the flexible rope ring 8 around the longitudinal eyelet 7 of the longitudinal cable 2 again, and then pass it through the transverse eyelet 5 of the transverse cable 1, and adjust the tightness of the winding of the flexible shackle 3;

[0074] (6) expanding the flexible rope loop 8 by pulling a single rope of the flexible rope body 9 at the intersection of the flexible rope loop 8 and the flexible rope body 9 until the flexible rope loop 8 can be placed on the flexible rope knot 10;

[0075] (7) Pass the flexible rope knot 10 through the flexible rope ring 8, stop the flexible rope knot 10 near the intersection of the flexible rope knot 10 and the flexible rope ring 8, pull the rope of the same flexible rope body 9 in opposite directions, fix the flexible rope ring 8, and tighten the flexible rope ring 8 by hand;

[0076] (8) After the connection is completed, when the flexible shackle 3 is loaded, the two ropes in the flexible rope body 9 will adjust and maintain balance.

[0077] Based on the embodiment 1, a flexible shackle 3 can also be fixedly connected to a longitudinal rope body and two transverse rope bodies, such as Figure 7 shown.

[0078] Based on the embodiment 2, one of the flexible shackles 3 can also be fixedly connected to a longitudinal cable 2 and a transverse cable 1, such as Figure 8 shown.

[0079] Combining Example 1 and Example 2, one flexible shackle 3 corresponds to at least one transverse eyelet 5 and one longitudinal eyelet 7, and multiple longitudinal cables 2 and multiple transverse cables 1 are connected to each other through the flexible shackle 3 to form a mesh structure.

[0080] The above embodiments are only exemplary embodiments of the present invention and are not intended to limit the present invention. The protection scope of the present invention is defined by the claims. Those skilled in the art may make various modifications or equivalent substitutions to the present invention within the essence and protection scope of the present invention, and such modifications or equivalent substitutions shall also be deemed to fall within the protection scope of the present invention.

Claims

1. A multi-axial rope connection structure, characterized in that: The invention comprises a longitudinal cable (2), a transverse cable (1), and a flexible shackle (3), wherein the longitudinal cable (2) comprises a longitudinal rope (6) and a longitudinal eyelet (7), the transverse cable (1) comprises a transverse rope (4) and a transverse eyelet (5), and the flexible shackle (3) comprises a flexible rope body (9), a flexible rope ring (8), and a flexible rope knot (10), and the flexible shackle (3) passes through the longitudinal eyelet (7) and the transverse eyelet (5) respectively, so that the longitudinal cable (2) is connected and fixed to the transverse cable (1); The flexible rope ring (8), the flexible rope body (9) and the flexible rope knot (10) are an integrally woven structure; the flexible rope ring (8) is a ring structure formed by tying the flexible rope body (9); the flexible rope ring (8) and the flexible rope knot (10) are located at both ends of the flexible rope body (9); and the size of the ring of the flexible rope ring (8) can be adjusted by pulling the flexible rope body (9); The transverse rope (4) and the transverse eyelet (5) are woven from different bodies, and the transverse eyelet (5) is formed by inserting the non-end parts of the transverse rope (4). The longitudinal rope (6) and the longitudinal eyelet (7) are woven from different bodies, and the longitudinal eyelet (7) is formed by inserting the non-end parts of the longitudinal rope (6). One flexible shackle (3) is fixedly connected to one longitudinal rope (2) and one transverse rope (1), or one flexible shackle (3) is fixedly connected to one longitudinal rope (2) and multiple transverse ropes (1). The multi-axial rope connection structure specifically includes the following steps: (1) The transverse cables (1) are provided with transverse eyelets (5) woven in a different shape at non-end portions, and the longitudinal cables (2) are provided with longitudinal eyelets (7) woven in a different shape at non-end portions; (2) Laying the woven horizontal rope (1) flat on a plane; (3) placing the woven longitudinal rope (2) and the transverse rope (1) crosswise; (4) Pass the flexible rope ring (8) of the flexible shackle (3) through the longitudinal eyelet (7) of the longitudinal cable (2), and then through the transverse eyelet (5) of the transverse cable (1); (5) Wind the flexible shackle (3) for the second time, pass the flexible rope ring (8) around the longitudinal eyelet (7) of the longitudinal rope (2) again, and then pass it through the transverse eyelet (5) of the transverse rope (1), and adjust the tightness of the winding of the flexible shackle (3); (6) expanding the flexible rope loop (8) by pulling a single rope of the flexible rope body (9) at the intersection of the flexible rope loop (8) and the flexible rope body (9) until the flexible rope loop (8) can be placed on the flexible rope knot (10); (7) Passing the flexible rope knot (10) through the flexible rope ring (8), stopping the flexible rope knot (10) near the intersection of the flexible rope knot (10) and the flexible rope ring (8), pulling the rope of the same flexible rope body (9) in opposite directions, fixing the flexible rope ring (8), and tightening the flexible rope ring (8) by hand; (8) After the connection is completed, when the flexible shackle (3) is loaded, the two ropes in the flexible rope body (9) will adjust and maintain balance.

2. A multi-axial rope connection structure, characterized in that: The invention comprises a longitudinal cable (2), a transverse cable (1), and a flexible shackle (3), wherein the longitudinal cable (2) comprises a longitudinal rope (6) and a longitudinal eyelet (7), the transverse cable (1) comprises a transverse rope (4) and a transverse eyelet (5), and the flexible shackle (3) comprises a flexible rope body (9), a flexible rope ring (8), and a flexible rope knot (10), and the flexible shackle (3) passes through the longitudinal eyelet (7) and the transverse eyelet (5) respectively, so that the longitudinal cable (2) is connected and fixed to the transverse cable (1); The flexible rope ring (8), the flexible rope body (9) and the flexible rope knot (10) are an integrally woven structure; the flexible rope ring (8) is a ring structure formed by tying the flexible rope body (9); the flexible rope ring (8) and the flexible rope knot (10) are located at both ends of the flexible rope body (9); and the size of the ring of the flexible rope ring (8) can be adjusted by pulling the flexible rope body (9); The transverse rope (4) and the transverse eyelet (5) are woven as one body, and the transverse eyelet (5) is formed by inserting the end body of the transverse rope (4); the longitudinal rope (6) and the longitudinal eyelet (7) are woven as one body, and the longitudinal eyelet (7) is formed by inserting the end body of the longitudinal rope (6); the two relatively independent longitudinal ropes (2) form a longitudinal rope body, and the two relatively connected transverse ropes (1) form a transverse rope body; the flexible shackle (3) is one, and one flexible shackle (3) is fixedly connected to one longitudinal rope body and one transverse rope body, or one flexible shackle (3) is fixedly connected to one longitudinal rope body and multiple transverse rope bodies; The connection method of the multi-axial rope connection structure specifically includes the following steps: (1) When the transverse eyelets (5) of the transverse rope (1) are inserted into the body, the ends of the two transverse ropes (1) are first crossed and then braided, and the two transverse eyelets (5) formed pass through each other, so that the two transverse ropes (1) are connected in series through the transverse eyelets (5) to form a transverse rope body; (2) Lay the connected transverse ropes flat on a plane; (3) placing the two relatively independent longitudinal cables (2) that have been braided opposite to each other on both sides of the transverse rope body; (4) passing the flexible rope ring (8) of the flexible shackle (3) through the longitudinal eyelet (7) of one of the longitudinal cables (2), then through the transverse eyelet (5) at the overlapping portion of the two transverse cables (1), and finally through the longitudinal eyelet (7) of the other longitudinal cable (2); (5) Wind the flexible shackle (3) for the second time, pass the flexible rope ring (8) around the longitudinal eyelet (7) of one of the longitudinal cables (2) again, pass it through the transverse eyelet (5) at the overlapping part of the two transverse cables (1), and finally pass it through the longitudinal eyelet (7) of the other longitudinal cable (2), and adjust the tightness of the winding of the flexible shackle (3); (6) expanding the flexible rope loop (8) by pulling a single rope of the flexible rope body (9) at the intersection of the flexible rope loop (8) and the flexible rope body (9) until the flexible rope loop (8) can be placed on the flexible rope knot (10); (7) Passing the flexible rope knot (10) through the flexible rope ring (8), stopping the flexible rope knot (10) near the intersection of the flexible rope knot (10) and the flexible rope ring (8), pulling the rope of the same flexible rope body (9) in opposite directions, fixing the flexible rope ring (8), and tightening the flexible rope ring (8) by hand; (8) After the connection is completed, when the flexible shackle (3) is loaded, the two ropes in the flexible rope body (9) will adjust and maintain balance.

3. A multi-axial rope connection structure according to claim 2, characterized in that: One of the longitudinal rope bodies is composed of two independent longitudinal ropes (2), and one of the transverse rope bodies is composed of two transverse ropes (1) that are cross-woven or stacked with transverse eyelets (5).

4. The method for connecting a multi-axial rope connection structure according to claim 2, characterized in that: Step (1) may also be that when the transverse eyelet (5) of the transverse rope (1) is being inserted into the body, the ends of the two transverse ropes (1) are respectively inserted into the eyelets, the two braided transverse eyelets (5) are stacked on each other, and the two transverse ropes (1) are connected into a transverse rope body by passing the flexible shackle (3) through the two transverse eyelets (5) respectively.

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