elastic band

Abstract

The utility model discloses a kind of elastic belts, and elastic belt includes the belt body integrally woven into shape, and belt body is by several elastic belt sections, handle belt section, woven belt section along its length direction Composition;Along the length direction of belt body, elastic belt section and handle belt section are arranged at intervals, and elastic belt section and handle belt section are connected by woven belt section between;Two end portions of belt body are independently set as handle belt section or woven belt section, wherein, handle belt section integrally woven into shape is solid structure or hollow structure, and filler is filled in hollow structure, to form holding portion.The utility model integrally woven into shape elastic belt, and elastic belt section and handle belt section are arranged at intervals, seamless connection is realized between the two by woven belt section, both ensure that elastic belt section can provide concentrated, efficient training resistance, and also ensure the stability of handle belt section and comfortable grip.

Description

Technical Field

[0001] This utility model relates to the field of elastic band technology, specifically an elastic band. Background Technology

[0002] Currently, most elastic band products on the market are made of a single elastic material, or are assembled by stitching or bonding the elastic part to components such as the handle. This traditional structure has significant drawbacks: stress concentration at the joints easily leads to breakage, resulting in poor product durability; traditional manufacturing processes are cumbersome, making it difficult to achieve flexible functional integration while ensuring structural strength, thus hindering product performance improvement and diversification. Summary of the Invention

[0003] To address the shortcomings of existing technologies, this utility model provides an elastic band.

[0004] To achieve the above objectives, this utility model employs the following technical solution: This utility model provides an elastic band, including an integrally woven band body. The band body is composed of several elastic band segments, handle segments, and webbing segments along its length direction. Along the length direction of the band body, the elastic band segments and the handle segments are spaced apart, and the elastic band segments and the handle segments are connected by the webbing segments. The two ends of the band body are independently configured as either the handle segments or the webbing segments.

[0005] In some embodiments, the integrally woven handle section is a solid or hollow structure, with the hollow structure filled with filler to form a grip.

[0006] In some embodiments, the filler includes one or more of yarn, foam, or plastic tubing.

[0007] In some embodiments, the webbing segment is a uniform width webbing or a wide-narrow webbing, and the webbing segment is an elastic structure or a non-elastic structure.

[0008] In some embodiments, the width of the wide and narrow webbing gradually increases from the center to both ends.

[0009] In some embodiments, the belt is woven from elastic bands, warp yarns, and weft yarns, wherein the elongation of the elastic bands is greater than that of the warp yarns; The elastic band segment is woven from the elastic band, the warp yarn, and the weft yarn; The elastic band of the handle section is exposed outside the solid or hollow structure woven from the warp and weft yarns; and when the handle section is a solid structure, part of the warp yarns are wrapped inside the webbing woven from the remaining warp and weft yarns as a core to form a solid structure; when the handle section is a hollow structure, the hollow webbing woven from the warp and weft yarns has a hollow structure, and the filling material is filled inside the hollow structure of the hollow webbing. When the webbing segment is an elastic structure, the elastic band is encased inside the webbing formed by the warp and weft yarns as a core; when the webbing segment is a non-elastic structure, the elastic band is exposed outside the webbing formed by the warp and weft yarns.

[0010] For example, along the length direction of the belt, the structure of the belt can be any of the following: 1) The handle strap segment, webbing segment, elastic band segment, webbing segment, and handle strap segment are connected in sequence; 2) The following sections are connected in sequence: webbing segment, elastic band segment, webbing segment, handle strap segment, and webbing segment; 3) The following segments are connected in sequence: webbing segment, handle strap segment, webbing segment, elastic band segment, webbing segment, handle strap segment, and webbing segment; 4) The following segments are connected in sequence: webbing segment, handle strap segment, webbing segment, elastic band segment, webbing segment, handle strap segment, webbing segment, elastic band segment, and webbing segment.

[0011] The end structure of the belt is in the following form a), b), or / c): a) The two ends of the integrally woven belt are sewn together to form an elastic belt with a ring structure; b) At least one end of the belt is sequentially woven into a webbing segment, a handle segment, and a webbing segment, and the webbing segments at both ends of the handle segment are sewn together to construct the handle segment as a ring-shaped grip. c) One end of the belt body is a webbing segment, and a connector is provided on the webbing segment.

[0012] Compared with the prior art, the advantages of this utility model are as follows: This utility model's elastic band is formed through an integrated weaving process, with elastic band segments and handle segments arranged alternately along its length, seamlessly connected by webbing segments. This design achieves precise functional zoning of the elastic and gripping areas, ensuring that the elastic band segments provide concentrated and efficient training resistance while guaranteeing a stable and comfortable grip on the handle segments. Furthermore, both ends of the band can be flexibly configured as handle segments or webbing segments, giving the product extremely high design flexibility and enabling it to be widely adapted to diverse training scenarios such as two-handed gripping and fixed-point suspension. This structure not only fundamentally eliminates the risk of damage at the joints caused by traditional splicing methods, significantly improving the product's durability and safety, but also optimizes the production process and unifies product performance through integrated molding.

[0013] This invention significantly improves the comfort of the grip by designing the handle strap segments as solid or hollow structures and filling them with padding material. The solid structure of the handle strap segments ensures the grip's solidity and durability, providing a stable grip feel. The hollow filling structure effectively increases the softness and cushioning performance of the grip, dispersing hand pressure and preventing discomfort during training.

[0014] The webbing segments can be designed with variable widths (wide or narrow webbing) and variable properties (elastic or non-elastic) as needed, giving the product a high degree of design flexibility and functional adaptability. Specifically, using webbing with varying widths can effectively adjust stress distribution, avoid localized stress concentration, and improve durability; while the selectability of the elastic properties of the webbing segments allows for precise configuration of the overall elasticity and deformation characteristics of the webbing body according to training needs—non-elastic webbing provides stable force transmission to ensure standard movements, while elastic webbing can increase training range and amplitude. This modular design allows the same basic structure to generate various product models with different performance characteristics to meet diverse application scenarios from precision rehabilitation to high-intensity training, greatly expanding the product's applicability and market potential.

[0015] This invention endows elastic band products with extremely high flexibility in end form and functional diversity through three end-processing techniques after integrated weaving. Method a directly sews the band body into a loop, creating a simple and reliable jointless training ring; Method b, through clever sewing at the ends, constructs a comfortable and stable loop grip, greatly optimizing the freehand training experience; Method c, by adding connectors, allows the product to be easily fixed to external supports, expanding training scenarios. These end-processing steps are seamlessly integrated with the aforementioned integrated weaving process, forming a highly integrated and flexible manufacturing system. This allows for the efficient development of a series of products with different end forms and functional focuses, such as loops, grips, and connectors, based on target market demands using only one core process flow, significantly improving the adaptability of the production line and market competitiveness. Attached Figure Description

[0016] Appendix Figure 1 This is one of the structural schematic diagrams of the elastic band of this utility model.

[0017] Appendix Figure 2 This is the second structural schematic diagram of the elastic band of this utility model.

[0018] Appendix Figure 3 This is the third schematic diagram of the elastic band of this utility model.

[0019] Appendix Figure 4 This is the fourth structural schematic diagram of the elastic band of this utility model.

[0020] Appendix Figure 5 This is the fifth schematic diagram of the elastic band of this utility model.

[0021] Appendix Figure 6 This is a schematic diagram of the elastic band position structure when the webbing segment of this utility model is a non-elastic structure and is integrally woven.

[0022] Appendix Figure 7 This is a schematic diagram of the elastic band position structure when the webbing segment of this utility model is an elastic structure and is integrally woven.

[0023] Appendix Figure 8 This is a schematic diagram of the structure of the webbing segment of this utility model, which is a webbing of equal width.

[0024] Appendix Figure 9 This is a schematic diagram of the structure of the webbing segment of this utility model, which is a wide or narrow webbing.

[0025] Appendix Figure 10 This is a schematic diagram of the solid structure of the handle belt segment of this utility model.

[0026] Appendix Figure 11 This is a schematic diagram of the hollow structure of the handle section of this utility model.

[0027] Appendix Figure 12 This is a schematic diagram of the structure of the annular elastic band of this utility model.

[0028] Appendix Figure 13 This is a schematic diagram of the elastic band with a gripping part according to the present invention.

[0029] Appendix Figure 14 This is a schematic diagram of the elastic band with two gripping parts according to the present invention.

[0030] The labels shown in the attached diagram: 1. Elastic band segment; 2. Handle band segment; 21. Solid structure; 22. Hollow structure; 3. Webbing segment; 31. Equal width webbing; 32. Wide and narrow webbing; 4. Elastic band; 5. Warp yarn; 6. Filler; 7. Connector. Detailed Implementation

[0031] To make the objectives, technical solutions, and advantages of this utility model clearer, the technical solutions of the embodiments of this utility model will be clearly and completely described below with reference to the accompanying drawings. The same reference numerals in the drawings represent the same components. It should be noted that the described embodiments are only some, not all, of the embodiments of this utility model. All other embodiments obtained by those skilled in the art based on the described embodiments of this utility model without creative effort are within the scope of protection of this utility model.

[0032] Unless otherwise defined, the technical or scientific terms used herein shall have the ordinary meaning as understood by one of ordinary skill in the art to which this invention pertains. The terms "comprising" and similar expressions used in this utility model specification and claims mean that the element or object preceding the word encompasses the element or object listed following the word and its equivalents, without excluding other elements or objects. Terms such as "connection" are not limited to physical or mechanical connections and can be direct or indirect.

[0033] This utility model discloses an elastic band, comprising an integrally woven band body. The band body is composed of several elastic band segments 1, handle segments 2, and webbing segments 3 along its length. Along the length of the band body, the elastic band segments 1 and the handle segments 2 are spaced apart, and are connected by the webbing segments 3. The two ends of the band body are independently configured as either the handle segments 2 or the webbing segments 3. The elastic band segments 3 can extend under tension and retract after the tension is removed to achieve stretching training. For example, the elastic band segments 3 can be pleated elastic bands.

[0034] This invention provides an innovative, integrated, one-piece woven elastic band. Formed using an integrated weaving process, the elastic band segment 1 and handle segment 2 are spaced apart along the length, seamlessly connected by a webbing segment 3. This design achieves precise functional zoning of the elastic and gripping areas, ensuring that the elastic band segment 1 provides concentrated and efficient training resistance while guaranteeing a stable and comfortable grip for the handle segment 2. Furthermore, the two ends of the band can be flexibly configured as either handle segment 2 or webbing segment 3, giving the product high design flexibility and adaptability to diverse training scenarios such as two-handed gripping and fixed-point suspension. This structure not only fundamentally eliminates the risk of damage at the joints caused by traditional splicing methods, significantly improving the product's durability and safety, but also achieves optimized production processes and excellent product performance through integrated molding.

[0035] In some embodiments, the integrally woven handle segment 2 is a solid structure 21 or a hollow structure 22, the hollow structure 22 being filled with filler to form a gripping portion. Exemplarily, the filler includes one or more of yarn, foam, or plastic tubing.

[0036] In this embodiment, by designing the handle strap segment 2 as a solid or filled hollow structure 22, the comfort of the grip area is significantly improved; the solid structure 21 of the handle strap segment 2 ensures the grip's solidity and durability, providing a stable grip feel; while the hollow filled structure can effectively increase the grip's softness and cushioning performance, distribute hand pressure, and avoid discomfort during training.

[0037] In some embodiments, the webbing segment 3 is a uniform width webbing 31 or a wide and narrow webbing 32, and the webbing segment 3 is an elastic structure or a non-elastic structure. The webbing segment 3 is a solid single-layer structure.

[0038] In this embodiment, the webbing segment 3 can be designed with variable width (wide or narrow webbing 32) and variable performance (elastic or non-elastic) as needed, giving the product a high degree of design flexibility and functional adaptability. Specifically, using webbing with varying width can effectively adjust stress distribution, avoid local stress concentration, and improve durability; while the selectability of the elastic performance of the webbing segment 3 allows for precise configuration of the overall elasticity and deformation characteristics of the belt according to training needs—non-elastic webbing can provide stable force transmission to ensure standard movements, while elastic webbing can increase training range and amplitude. This modular combination design allows the same basic structure to generate a variety of product models with different performance characteristics to meet diverse application scenarios from precision rehabilitation to high-intensity training, greatly expanding the product's applicability and market potential.

[0039] In some embodiments, the width of the wide and narrow webbing 32 gradually increases from the center to both ends.

[0040] In this embodiment, the wide and narrow webbing 32 is specifically designed as a shuttle-shaped or streamlined structure with the width gradually increasing from the center to both ends. This enables a smooth transition of force and effectively eliminates the stress concentration phenomenon caused by the abrupt change in cross-section of the traditional equal-width webbing 31, thereby significantly improving the structural durability and fatigue resistance of the webbing segment 3.

[0041] In some embodiments, the belt is woven from elastic bands 4, warp yarns, warp yarns 5, and weft yarns, wherein the elongation rate of the elastic bands 4 is greater than that of the warp yarns 5. It can be integrally woven using a wide-narrow belt machine.

[0042] The elastic band segment 1 is woven from the elastic band 4, the warp yarn 5, and the weft yarn; the number and width of the elastic band 4 can be set as needed to improve adaptability. For example, the elastic band 4 is only arranged within one layer of warp yarn 5 (the length direction of the warp yarn 5 is the length direction of the band body), and a certain tension is applied during weaving. After weaving, the elastic band 4 retracts, so that the woven elastic band segment 1 has a pleated structure, that is, it is woven into a pleated elastic band as shown in the figure.

[0043] like Figure 6 , Figure 7 As shown, the elastic band 4 of the handle section 2 is exposed outside the solid structure 21 or hollow structure 22 woven from the warp yarns 5 and the weft yarns. After weaving, the exposed elastic band 4 can be cut off. Figure 8 , Figure 9 As shown. When the handlebar segment 2 is a solid structure 21, as... Figure 10 As shown, some of the warp yarns 5 are wrapped as a core inside the webbing woven from the remaining warp yarns 5 and the weft yarns to form a solid structure 21; when the handle section 2 is a hollow structure 22, as... Figure 11 As shown, a hollow webbing with a hollow structure is woven from the warp yarns 5 and the weft yarns, and a filler 6 is filled into the hollow structure of the hollow webbing. For example, the filler 6 can be one or more of yarn, foam, or plastic tubing to achieve a good grip. Specifically, a hollow needle can be inserted into the hollow structure of the hollow webbing (i.e., the hollow channel of the hollow structure 22), and then yarn can be filled into the hollow channel of the hollow structure 22 through the hollow needle. Finally, the two layers of webbing segments 3 need to be connected by a sewing machine. Alternatively, an opening can be cut at the connection point between the handle strap segment 2 and the webbing segment 3, a suitable length of plastic tubing or foam can be inserted, the opening can be sewn closed, and the webbing segments can be connected by a sewing machine to form the webbing segment 3.

[0044] When the webbing segment 3 is an elastic structure, the elastic band 4 is wrapped inside the webbing formed by the warp yarns 5 and the weft yarns, acting as a core. The elastic band 4 can be arranged within two layers of warp yarns 5 for weaving, i.e., it can be woven using the same process as elastic bands. When the webbing segment 3 is a non-elastic structure, the elastic band 4 is exposed outside the webbing formed by the warp yarns 5 and the weft yarns. After weaving, the exposed elastic band 4 can be cut off.

[0045] In this embodiment, through the ingenious configuration of the elastic band 4 with the warp and weft yarns 5, precise differential control of the physical properties of the elastic band segment 1, the handle segment 2, and the webbing segment 3 is achieved simultaneously within the overall framework of integrated weaving. Specifically, by using the high-tensile elastic band 4 as the core component participating in the weaving of the elastic band segment 1, the core elasticity and tensile recovery capability required for training in this area are directly endowed; for the handle segment 2, by exposing the elastic band 4 to exclude it from the solid structure 21 / hollow structure 22, and combined with dense yarn weaving, the elasticity of this area is effectively eliminated, thereby forming a stable, strong, and comfortable rigid grip; the elasticity of the webbing segment 3 is flexibly controlled by whether or not the elastic band 4 is embedded as a core inside the webbing, realizing multiple functions from rigid transmission to elastic transition in the connection area, enabling differentiated design of components while forming an integrated weave, simplifying weaving and reducing costs.

[0046] For example, along the length of the belt, the loop structure is elastic band segment 1, webbing segment 3, handle strap segment 2, webbing segment 3, elastic band segment 1, ... For example, the structure of the belt can be any of the following: 1) The handle strap segment 2, webbing segment 3, elastic band segment 1, webbing segment 3, and handle strap segment 2 are connected in sequence, as follows: Figure 3 As shown; 2) The following sections are connected in sequence: webbing segment 3, elastic band segment 1, webbing segment 3, handle strap segment 2, and webbing segment 3; 3) The following sections are connected in sequence: webbing segment 3, handle strap segment 2, webbing segment 3, elastic band segment 1, webbing segment 3, handle strap segment 2, and webbing segment 3, as follows: Figure 4 As shown; 4) The following sections are connected in sequence: webbing segment 3, handle strap segment 2, webbing segment 3, elastic band segment 1, webbing segment 3, handle strap segment 2, webbing segment 3, elastic band segment 1, and webbing segment 3.

[0047] For example, the end structure of the belt body is in the following forms a), b), or / c): a) The two ends of the integrally woven belt are sewn together to form an elastic belt with a ring structure; b) At least one end of the belt body is sequentially configured as a webbing segment 3, a handle strap segment 2, and a webbing segment 3, and the webbing segments 3 at both ends of the handle strap segment 2 are sewn together to construct the handle strap segment 2 as a ring-shaped grip portion; c) One end of the belt body is a webbing segment 3, and a connector is provided on the webbing segment 3. For example, the connector is a hook, carabiner, buckle, or Velcro. Specifically, if the connector 7 is Velcro, the hook side and the loop side of the Velcro can be sewn onto the surface of the webbing segment 3 by a sewing machine; if the connector 7 is a carabiner, hook, buckle, etc., the webbing segment 3 can be passed through the carabiner, hook, buckle, etc. connector 7, folded in half, and sewn together to fix the connector 7 to the webbing segment 3.

[0048] Specifically, such as Figure 12 As shown, the first type of elastic band: the band body is integrally woven, with both ends being webbing segments 3, and the webbing segments 3 at both ends are sewn together to form a ring-shaped elastic band. Alternatively, it includes a hollow handle segment 2, which is fitted over the handle segment at the other end, and the webbing segment 3 or the handle segment 2 is sewn together by a sewing machine to form a ring-shaped elastic band.

[0049] The second type of elastic band: one end of the band body is woven into a webbing segment 3, a handle segment 2, and another webbing segment 3 in sequence. The webbing segments 3 at both ends of the handle segment 2 are sewn together to form a ring-shaped grip. The other end of the band body is a webbing segment 3, which is connected to an external support structure to be used as an elastic band with a grip.

[0050] The third type of elastic band: such as Figure 13 As shown, one end of the belt body is sequentially configured as a webbing segment 3, a handle strap segment 2, and another webbing segment 3. The two ends of the webbing segments 3 of the handle strap segment 2 are sewn together to form a ring-shaped grip. The other end of the belt body is a webbing segment 3. A connector is provided on the webbing segment 3. The connector is a hook, a carabiner, a buckle, Velcro, etc. The connector is connected to an external support structure to be used as an elastic band with a grip.

[0051] The fourth type of elastic band: such as Figure 14 As shown, both ends of the belt are sequentially configured as webbing segment 3, handle belt segment 2, and webbing segment 3. The webbing segments 3 at both ends of the handle belt segment 2 are sewn together to form an elastic belt with two annular grip portions.

[0052] The fifth type of elastic band: one end of the band body is a webbing segment 3, on which a connector is provided; the other end can be a webbing segment 3 or a handle band segment 2, with the connector connected to an external support structure, and the handle band segment 2 can be gripped directly for use.

[0053] The method for preparing the elastic band of this utility model includes weaving the band body starting from any one end as the starting end according to a preset band body structure, wherein: The woven elastic band segment 1 is woven from elastic bands 4, warp yarns 5, and weft yarns. For example, the elastic bands 4 are arranged only in one layer of warp yarns 5 (the length direction of the warp yarns 5 is the length direction of the band body). A certain tension is applied during weaving. After weaving, the elastic bands 4 shrink back, so that the woven elastic band segment 1 has a pleated structure, that is, it is woven into a pleated elastic band as shown in the figure.

[0054] The handle section 2 is woven with elastic bands 4 exposed outside the solid structure 21 or hollow structure 22 woven from warp yarns 5 and weft yarns; when the handle section 2 is a solid structure 21, part of the warp yarns 5 are wrapped inside the webbing woven from the remaining warp yarns 5 and weft yarns as a core to form a solid structure 21; when the handle section 2 is a hollow structure 22, the hollow webbing woven from the warp yarns 5 and weft yarns has a hollow structure, and the hollow webbing is filled with filler 6; When the webbing segment 3 is an elastic structure, the elastic band 4 is wrapped inside the webbing formed by the warp yarns 5 and the weft yarns, acting as a core. For example, the elastic band 4 can be arranged within two layers of warp yarns 5 for weaving, i.e., it can be woven using the same process as elastic bands. When the webbing segment 3 is a non-elastic structure, the elastic band 4 is exposed outside the webbing formed by the warp yarns 5 and the weft yarns.

[0055] The elastic band 4 exposed outside the band body is cut off to complete the elastic band.

[0056] This utility model of elastic band achieves the production of a complex functional band with elastic areas, rigid grip areas, and variable performance connection areas in a single molding process by precisely controlling the relative positions and weaving structure of the elastic band 4, warp yarns 5, and weft yarns in different functional sections (elastic band section, handle section, and webbing section) during the continuous process of integrated weaving. This enables precise design and performance control of the product structure from the source of the process, eliminating the need for later splicing or assembly. It not only completely eliminates weak points at the connection points and greatly improves the consistency and durability of the product, but also ensures the neat appearance of the finished product and the purity of the function of each section by cutting off the exposed elastic band at the end. While ensuring high performance and high reliability of the product, it also significantly improves production efficiency and material utilization.

[0057] The method for preparing the elastic band provided by this utility model further includes steps a), b), or / and c): a) Sew the two ends of the belt together to prepare an elastic belt with a ring structure; b) Weave at least one end of the belt body into a webbing segment 3, a handle segment 2, and another webbing segment 3 in sequence, and sew the webbing segments 3 at both ends of the handle segment 2 together to construct the handle segment 2 as a ring-shaped grip. c) One end of the belt is woven into a webbing segment 3, and a connector is provided on the webbing segment 3. The connector is a carabiner, hook, buckle or Velcro.

[0058] This invention endows elastic band products with extremely high flexibility in end form and functional diversity through three end-processing techniques after integrated weaving. Method a directly sews the band body into a loop, creating a simple and reliable jointless training ring; Method b, through clever sewing at the ends, constructs a comfortable and stable loop grip, greatly optimizing the freehand training experience; Method c, by adding connectors, allows the product to be easily fixed to external supports, expanding training scenarios. These end-processing steps are seamlessly integrated with the aforementioned integrated weaving process, forming a highly integrated and flexible manufacturing system. This allows for the efficient development of a series of products with different end forms and functional focuses, such as loops, grips, and connectors, based on target market demands using only one core process flow, significantly improving the adaptability of the production line and market competitiveness.

[0059] Those skilled in the art should understand that the specific embodiments described above are merely examples and not limitations. Various modifications, combinations, partial combinations, and substitutions can be made to the embodiments of this utility model according to design requirements and other factors, as long as they are within the scope of the appended claims or their equivalents, and thus fall within the scope of the rights to be protected by this utility model.

Claims

1. An elastic band, characterized in that, The belt includes an integrally woven belt body, which is composed of several elastic band segments, handle band segments, and webbing segments along its length direction; along the length direction of the belt body, the elastic band segments and the handle band segments are spaced apart, and the elastic band segments and the handle band segments are connected by the webbing segments; the two ends of the belt body are independently configured as either the handle band segment or the webbing segment.

2. The elastic band according to claim 1, characterized in that, The handle section, which is integrally woven, is either a solid or hollow structure. The hollow structure is filled with filler to form a gripping part.

3. The elastic band according to claim 2, characterized in that, The filler includes one or more of yarn, foam, or plastic tubing; Or / and the webbing segment is a webbing of equal width or a webbing of different widths, and the webbing segment is an elastic structure or a non-elastic structure.

4. The elastic band according to claim 3, characterized in that, The width of the wide and narrow webbing gradually increases from the center to both ends.

5. The elastic band according to claim 3, characterized in that, The belt is woven from elastic bands, warp yarns, and weft yarns, with the elastic bands having a higher elongation rate than the warp yarns. The elastic band segment is woven from the elastic band, the warp yarn, and the weft yarn; The elastic band of the handle section is exposed outside the solid or hollow structure woven from the warp and weft yarns; and when the handle section is a solid structure, part of the warp yarns are wrapped inside the webbing woven from the remaining warp and weft yarns as a core to form a solid structure; when the handle section is a hollow structure, the hollow webbing woven from the warp and weft yarns has a hollow structure, and the filling material is filled inside the hollow structure of the hollow webbing. When the webbing segment is an elastic structure, the elastic band is encased inside the webbing formed by the warp and weft yarns as a core; when the webbing segment is a non-elastic structure, the elastic band is exposed outside the webbing formed by the warp and weft yarns.

6. The elastic band according to claim 1, characterized in that, Along the length direction of the belt, the structure of the belt can be any of the following: 1) The handle strap segment, webbing segment, elastic band segment, webbing segment, and handle strap segment are connected in sequence; 2) The following sections are connected in sequence: webbing segment, elastic band segment, webbing segment, handle strap segment, and webbing segment; 3) The following segments are connected in sequence: webbing segment, handle strap segment, webbing segment, elastic band segment, webbing segment, handle strap segment, and webbing segment; 4) The following segments are connected in sequence: webbing segment, handle strap segment, webbing segment, elastic band segment, webbing segment, handle strap segment, webbing segment, elastic band segment, and webbing segment.

7. The elastic band according to claim 1, characterized in that, The end structure of the belt is in the following form a), b), or / c): The two ends of the integrally woven belt are sewn together to form an elastic belt with a ring structure; At least one end of the belt is sequentially woven into a webbing segment, a handle segment, and another webbing segment. The webbing segments at both ends of the handle segment are sewn together to form a ring-shaped grip portion. One end of the belt is a webbing segment, and a connector is provided on the webbing segment.

8. The elastic band according to claim 7, characterized in that, When a connector is provided on the webbing segment, the connector is a carabiner, hook, buckle, or Velcro.

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