TWM599818U - Structure of elastic ribbon - Google Patents

Abstract

The utility model discloses an elastic webbing structure. The structure includes a plurality of warp yarns, a plurality of wrapped elastic latex filaments and a plurality of bare root elastic latex filaments, which are interwoven to form an elastic webbing. The warp yarns are on the surface and bottom of the webbing body An elastic cloth layer with stretch patterns is formed. An elastic structure layer is arranged between the elastic cloth layers with stretch patterns on the surface and bottom. The elastic structure layer is composed of multiple warp yarns, multiple wrap-around elastic latex filaments, and multiple bare-root elastic latex filaments. It is formed by interweaving. The multiple warp yarns pass through thirteen heald frames, the multiple warp yarns and the multiple rooted elastic latex threads and the multiple smooth root elastic latex threads pass through the thirty-three steel buckles, and the 13 heald frames and Thirty-three steel buckles are repeatedly interwoven to form an elastic webbing. The elastic webbing has high elasticity and high stretch rate, has better covering properties, and can also improve its elastic stretch effect.

Description

Elastic webbing structure

The utility model relates to the field of elastic webbing, in particular to an elastic webbing structure applied to training sports.

When conventional webbing is used in tensile fitness equipment, it usually has a fixed end, a webbing body, and a grip. When in use, the user can use the fixed end to install and fix it on a fixed point, such as: door panel, partition On the wall, the bar frame, etc., use both hands to hold on the grips to pull and apply force, and use your own body weight to train, and then achieve the fitness effect of exercise training muscle strength; because of this kind of tensile fitness equipment The upper webbing body has no elasticity and can only be trained based on its own body weight.

However, the structural design of the existing conventional tensile fitness equipment still has some problems and deficiencies that need to be improved in actual use experience. The webbing body of the conventional tensile fitness equipment has a certain maximum tensile tolerance limit, and the user’s own weight And the pulling force is different. If the webbing body receives excessive pulling force, it will cause the webbing body of the tensile fitness equipment to quickly fatigue, and even cause the webbing body to break, especially when the webbing body breaks, the material of the webbing body The rebounding force of the webbing is likely to hurt the user and cause safety concerns. Taking a step back, if the webbing body is used for a long time in a highly stretched state, even if it will not be broken, It will face the problem of rapid fatigue of the webbing body due to excessive use, thereby shortening the service life of the tensile exercise machine.

In view of this, the creator has been engaged in the manufacturing, development and design of related products for many years. Aiming at the above goals, after detailed design and careful evaluation, he finally got a practical and practical elastic webbing improved structure.

The purpose of the utility model is to provide an elastic webbing structure, which utilizes multiple warp yarns, multiple wrap-around elastic latex filaments and multiple bare-rooted elastic latex filaments, and interweaves to form an elastic webbing, so that the elastic webbing has high elasticity and High stretch rate, especially suitable for training sports, can train with one's own body weight; it can also make the elastic webbing get better coverage, allowing users to have warp yarn wrap when the elastic webbing or part of the elastic latex yarn is broken Cover the support, will not cause harm to the personnel.

Based on this, the present utility model mainly adopts the following technical means to achieve the above-mentioned purpose.

An elastic webbing structure, comprising: a plurality of warp yarns, a plurality of root-wrapped elastic latex filaments, and a plurality of bare-rooted elastic latex filaments, which are interwoven to form an elastic webbing. The warp yarns form an elastic cloth layer with stretch patterns on the surface and bottom of the webbing body , There is an elastic structure layer between the elastic cloth layers with stretch patterns on the surface and the bottom surface. The elastic structure layer is formed by interweaving multiple warp yarns, multiple wrapping elastic latex filaments, and multiple smooth elastic latex filaments. There are multiple heald frames and multiple steel buckles, the multiple warp yarns pass through multiple heald frames, multiple warp yarns, multiple wrap-around elastic latex wires and multiple smooth root elastic latex wires pass through the multiple steel buckles, the heald frames and The repetitive action of the steel buckle is interwoven to form an elastic webbing.

Furthermore, the number of heald frames is set between five and twenty.

Furthermore, the number of steel buckles is set between ten and two hundred.

Furthermore, the thirteen heald frames are provided with flower chain sheet traction, and an elastic cloth layer with stretch patterns on the surface and the bottom surface is woven in eight steps in a sequence of high and low.

Furthermore, the number of warp yarns is two hundred and forty, the number of wrapped elastic latex yarns is 4 to 1,300, and the number of bare elastic latex yarns is 20 to 1,300.

Furthermore, the elastic cloth layer can be stretched and retracted with the elastic structure layer, the elastic cloth layer covers the elastic structure layer, and the stretch ratio of the elastic cloth layer and the elastic structure layer is between 100% and 400%.

Furthermore, the width of the finished elastic webbing woven product is between 1 cm and 25 cm, the thickness can be between 0.4 cm and 5 cm, and the circumference can be between 50 cm and 500 cm.

Further, the covered elastic latex thread and the bare-rooted elastic latex thread can be replaced by rubber thread.

Furthermore, the wrapped elastic latex yarn and the bare-rooted elastic latex yarn can be replaced with TPR yarn (Thermo-Plastic-Rubber material).

After adopting the above technical means, the elastic webbing structure of the present invention can be used on a tensile fitness device, or the user can use the elastic webbing and adding his own body weight for training. After the tensile fitness device is added with the elastic webbing, the training method is not It is only limited to self-weight training. The elasticity of the elastic webbing can be used to exercise diversified muscle strength to achieve fitness effects, and the tensile fitness equipment with elastic webbing will not Rapid elastic fatigue, can be used for a long time in a highly stretched state without being stretched. Even if the elastic webbing is broken, the front and back sides of the elastic webbing are interlaced to form a stretched elastic cloth layer, which will not let the elastic webbing The rebound force hurts users, removes safety concerns such as elastic webbing breaks, and extends the service life of the tensile exercise machine.

The elastic webbing structure can be used for multi-functional action training. The action training includes bending, lifting, pushing, pulling, rotating, and single-leg extension based on the combination of human body action training exercises. If the elastic webbing is used destructively, the whole product will not break instantly. If the product is used for a long time, it will not break instantaneously. It will only cause the rooted elastic latex filaments and bare-rooted elastic latex filaments in the elastic structure layer to break, and the elastic structure layer will gradually become elastically fatigued, and the rooted elastic latex The breakage of the silk and light-rooted elastic latex will be covered by the elastic cloth layer woven by the outer warp yarn, and will not bounce to the user. This removes the safety concerns of the elastic webbing breakage and prolongs the use of the tensile exercise machine. life.

20: Elastic webbing

30: warp

31: Elastic fabric layer

311: pattern

312: Radian

32: Elastic structure layer

40: Wrapped elastic latex silk

41: Light root elastic latex thread

50: heald frame

60: steel buckle

70: Eight high and low sequence steps

Figure 1: A three-dimensional schematic diagram of this creation.

Picture 2: The threading picture created by this book.

Figure 3: Schematic diagram of the flower board organization created by this book.

Figure 4: The unstretched schematic diagram of the wrap-rooted, bare-rooted elastic latex yarn and elastic cloth layer created by this creation.

Figure 5: Schematic diagram of stretching of the wrap-rooted, bare-rooted elastic latex yarn and elastic cloth layer of this creation Figure.

Figure 6: A schematic diagram of the use of this creation.

Figure 7: Another schematic diagram of this creation.

Figure 8: Another schematic diagram of this creation.

Figure 9: Another schematic diagram of this creation.

Figure 10: Another schematic diagram of this creation.

Figure 11: Another schematic diagram of this creation applied to stretching.

Figure 12: Another schematic diagram of this creation applied to stretching.

Figure 13: Another schematic diagram of this creation applied to stretching.

This creation is an elastic webbing structure. In the specific embodiments and components of the present model illustrated in the accompanying drawings, all references to front and back, left and right, top and bottom, top and bottom, and horizontal and vertical are only It is used to facilitate the description, not to limit the present invention, nor to restrict its components to any position or spatial direction. The dimensions specified in the drawings and the specification can be changed according to the design and requirements of the specific embodiments of the present invention without departing from the scope of the patent application of the present invention.

In order to have a further understanding and understanding of the purpose, features and effects of the present invention, please refer to Figures 1 to 3, a weaving method and structure of an elastic webbing 20, the structure includes: a plurality of warp yarns 30, A plurality of wrapped elastic latex yarns 40 and a plurality of light elastic latex yarns 41 are interwoven to form an elastic webbing 20. The warp yarns 30 form an elastic cloth layer 31 with stretch patterns on the surface and bottom of the webbing body. The surface and bottom have stretch patterns. An elastic structure layer 32 is arranged between the elastic cloth layers 31, The sexual structure layer 32 is formed by interweaving a plurality of warp yarns 30 with a plurality of wrapped elastic latex yarns 40 and a plurality of bare elastic latex yarns 41. The plural warp yarns are provided with ten main heald frames 50, a plurality of warp yarns 30 and a plurality of wrapped elastic latex yarns. 40 and a plurality of light elastic latex wires 41 pass through thirty-three steel buckles 60, thirteen heald frames 50 and thirty-three steel buckles 60 are repeatedly interwoven to form an elastic webbing 20, wherein the thirteen heald frames 50 are The flower chain is hauled, and the elastic fabric layer 31 and the elastic structure layer 32 with stretch patterns on the surface and the bottom surface are woven in eight steps 70 in the order of high and low. Between 25cm, the thickness can be between 0.4cm~5cm, and the circumference can be between 50cm~500cm.

Please refer to Figure 2 for the threading diagram of this creation. There are thirteen heald frames 50 and thirty-three steel buckles 60 on the loom, a plurality of warps 30 and a plurality of wrapping elastic latex yarns 40 and a plurality of The light-rooted elastic latex yarn 41 passes through the thirty-three steel buckles 60, and the thirteen heald frames 50 and the thirty-three steel buckles 60 are repeatedly interwoven to form an elastic webbing 20, as shown in the first drawing of the original creation. The 1a~33a represent thirty-three steel buckles 60, A, B, C, D represent warp yarn 30, R represents root elastic latex yarn 40, R1, R2, R3 represent light root elastic latex yarn 41, raw material specifications and wear The method is 3 A warp yarns, 16 B warp yarns (2 in 1 wear), C warp yarns 174 (3 in 1 wear), D warp yarns 174 (3 in 1 wear), R wraps elastic latex yarn 4 (needle 1 side, 3 cloth sides), R1 light-rooted elastic latex yarns 145 each (5 in 1 wear), R2 light-rooted elastic latex yarns 145 each (5 in 1 wear), R3 light-rooted elastic latex yarns each 28 (The heald frame is the first frame). The numbers 1~13 represent thirteen heald frames 50. The difference between rooted elastic latex yarn 40 and bare-rooted elastic latex yarn 41 is that the outer layer of rooted elastic latex yarn 40 is provided with a covering Layer to make the structure more It is not easy to break and is set on the needle edge and cloth edge.

Figure 3 is a schematic diagram of the flower plate organization of this creation. The circle represents high and the cross represents low. There are eight sequential steps 70 for high and low. The thirteen heald frames 50 are equipped with flower chain traction, with eight high and low steps 70. , Weave an elastic cloth layer 31 with stretch patterns on the surface and bottom surface.

In this way, thirteen heald frames 50 and thirty-three steel buckles 60 are provided on the loom, and the elastic cloth layer 31 with stretch patterns on the surface and the bottom surface can be woven through the above threading and pattern structure. The elastic webbing of the elastic structure layer 32 makes the elastic webbing body 20 have high elasticity and high stretch rate, which not only enables the elastic webbing body 20 to obtain better covering properties, but also improves its elastic expansion effect. The elastic webbing structure product can With the adjustment of width and stretching resistance, the number of warp yarns ranges from 240 to 2,000, the number of wrapped elastic latex yarns ranges from 4 to 1,300, and the number of bare elastic latex yarns ranges from 20 to 2,000. One thousand three hundred, the heald frame can be set between five and twenty, the number of steel buckles can be set between ten and two hundred, the number of warp yarns can be between two hundred and forty to two thousand. The elastic cloth layer can be stretched and retracted with the elastic structure layer. The elastic cloth layer and the elastic structure layer have a stretch rate of 30%. The elastic cloth layer 31 can be stretched and retracted with the elastic structure layer 32. The layer 31 covers the elastic structure layer, and the stretch ratio of the elastic cloth layer 31 and the elastic structure layer 32 is between 100% and 400%.

Please refer to Figures 4 and 5, which are the unstretched schematic diagrams of the wrapped elastic latex thread 40, the bare-rooted latex thread 41 and the elastic cloth layer 31. After the elastic cloth layer 31 is stretched, it is woven by the warp yarn 30 The pattern 311 on the elastic cloth layer 31 has a curvature. When the pattern 311 is stretched, the curvature 312 will change with the elastic latex yarn 40 and the light root. The latex filament 41 is extended and straightened, so that the pattern 311 has an elastic extension function, and can cooperate with the wrapped elastic latex filament 40 and the bare-rooted latex filament 41 to stretch and shrink.

Please refer to Figures 6 to 10, which are schematic diagrams of various uses of this creation. The elastic webbing 20 can allow users to train with their own weight.

Please refer to Figures 11 to 13, the elastic webbing 20 can be applied to various stretching fitness equipment.

20: Elastic webbing

30: warp

31: Elastic fabric layer

32: Elastic structure layer

40: Wrapped elastic latex silk

41: Light root elastic latex thread

Claims (9)

An elastic webbing structure, which is characterized in that it comprises a plurality of warp yarns, a plurality of rooted elastic latex filaments, and a plurality of bare rooted elastic latex filaments, which are interwoven to form an elastic webbing. The warp yarns form a stretch pattern on the surface and bottom of the webbing body The elastic fabric layer is provided with an elastic structure layer between the elastic cloth layers with stretch patterns on the surface and the bottom surface. The elastic structure layer is formed by interweaving multiple warp yarns, multiple wrapping elastic latex filaments and multiple smooth elastic latex filaments. There are multiple heald frames and multiple steel buckles on the cloth machine, the multiple warp yarns pass through multiple heald frames, multiple warp yarns, multiple wrap-around elastic latex wires, and multiple smooth elastic latex wires pass through the multiple steel buckles , The heald frame and the steel buckle are woven together to form an elastic webbing. The elastic webbing structure according to claim 1, wherein the number of the heald frames is set between five and twenty. The elastic webbing structure according to claim 1, wherein the number of the steel buckle is set between ten and two hundred. The elastic webbing structure according to claim 1, wherein the thirteen heald frames are provided with flower chain sheet traction, and an elastic cloth layer with a stretch pattern on the surface and the bottom is woven in eight steps in the order of height. The elastic webbing structure according to claim 1, wherein the number of warp yarns is 240 to 2,000, the number of wrapped elastic latex yarns is 4 to 1,300, and the number of bare elastic latex yarns is 2 Ten to 1,300. The elastic webbing structure according to claim 1, wherein the elastic cloth layer can be stretched and retracted with the elastic structure layer, the elastic cloth layer covers the elastic structure layer, the elastic cloth layer and the elastic The stretching ratio of the structural layer is between 100% and 400%. The elastic webbing structure according to claim 1, wherein the width of the finished elastic webbing woven product is between 1 cm and 25 cm, the thickness can be between 0.4 cm and 5 cm, and the circumference can be between 50 cm and 500 cm. The elastic webbing structure according to claim 1, wherein the covered elastic latex thread and the bare-rooted elastic latex thread can be replaced by rubber thread. The elastic webbing structure according to claim 1, wherein the wrapped elastic latex yarn and the bare-rooted elastic latex yarn can be replaced by TPR yarn (Thermo-Plastic-Rubber material).

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