CN210151310U

CN210151310U - Elastic ribbon structure

Info

Publication number: CN210151310U
Application number: CN201920194764.7U
Authority: CN
Inventors: 江汨绅
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-02-13
Filing date: 2019-02-13
Publication date: 2020-03-17
Anticipated expiration: 2029-02-13

Abstract

The utility model discloses an elasticity meshbelt structure, its structure includes: the elastic woven belt comprises a plurality of warps, a plurality of root-wrapping elastic latex yarns and a plurality of smooth root elastic latex yarns, and is interwoven to form an elastic woven belt, the warps form elastic cloth layers with telescopic patterns on the surface and the bottom surface of a woven belt body, an elastic structure layer is arranged between the elastic cloth layers with the telescopic patterns on the surface and the bottom surface, the elastic structure layer is formed by interweaving the warps, the root-wrapping elastic latex yarns and the smooth root elastic latex yarns, fourteen heald frames penetrate through the warps, the root-wrapping elastic latex yarns and the smooth root elastic latex yarns penetrate through thirty-three steel buckles, the fourteen heald frames and the thirty-three steel buckles are repeatedly interwoven to form the elastic woven belt, and the elastic woven belt has high elasticity and high elasticity rate, has better coating performance, and can improve the elastic stretching effect.

Description

Elastic ribbon structure

Technical Field

The utility model relates to a body-building apparatus field especially indicates to be applied to the elasticity meshbelt structure on the training motion.

Background

Conventionally, when using in the pulling force body-building device, have a main structure such as a stiff end, a meshbelt body and handle usually, let the user can utilize the stiff end when using, the installation is fixed on a fixed point, for example: the door plate, the partition wall, the rod frame body and the like are held on the handle by hands to pull and apply force, and the training is carried out by the weight of the user, so that the body-building effect of exercising muscle strength is achieved; because the braid body on the tension body builder has no elasticity, the tension body builder can only mainly train the body weight of the user.

However, the structural design of the conventional pull-strength exercise device still finds some problems and deficiencies to be improved in practical use experience, the braid body of the conventional pull-strength exercise device has a certain maximum tensile load limit, the user's own weight and pulling force are different, if the braid body is subjected to an excessive pulling force, can cause the rapid fatigue of the ribbon body of the pull fitness equipment and even the fracture of the ribbon body, especially when the ribbon body is fractured at the moment, the rebound force of the material of the mesh belt body is very likely to hurt a user, so that the safety carelessness is caused, and in the first step, if the mesh belt body is in a highly stretched use state for a long time, the mesh belt body cannot be pulled apart, and the problem of rapid fatigue of the mesh belt body caused by overuse can be met, so that the service life of the tension body builder is shortened.

In view of the above, the inventor has made various manufacturing, development and design experiences of related products for many years, and has designed and carefully evaluated the above objects to obtain a practical elastic webbing structure.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing an elastic braid structure, which utilizes a plurality of warps, a plurality of root-wrapping elastic latex filaments and a plurality of smooth root elastic latex filaments to interweave to form an elastic braid, so that the elastic braid has high elasticity and high expansion rate, is particularly suitable for being applied to training exercises and can train with self weight; the elastic woven belt can also obtain better covering performance, so that when the elastic woven belt or part of the elastic latex filaments are broken, a user can also cover and support the warp yarns, and the user cannot be injured by the user.

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

An elastic webbing structure, comprising: a plurality of warps, a plurality of package root elasticity latex silk and a plurality of smooth root elasticity latex silk, and interweave and form an elasticity meshbelt, this warp forms the elasticity cloth layer that has flexible decorative pattern at meshbelt body surface and bottom surface, be equipped with the elastic construction layer between the elasticity cloth layer that surface and bottom surface have flexible decorative pattern, the elastic construction layer interweaves by a plurality of warps and a plurality of package root elasticity latex silk and a plurality of smooth root elasticity latex silk and forms, be equipped with a plurality of heald frames and a plurality of steel buckles on the loom, a plurality of heald frames are worn to establish by this a plurality of warps, a plurality of warps and a plurality of package root elasticity latex silk and a plurality of smooth root elasticity latex silk pass a plurality of steel buckles, the heald frame interweaves with the steel buckle repeated action and forms the elasticity meshbelt.

Further, the number of the heald frames is set between eight and seventeen.

Further, the number of the steel buttons is set to be between twenty eight and thirty six.

Further, the number of heald frames is fourteen.

Further, the number of the steel buttons is thirty-three.

Furthermore, the fourteen heald frames are drawn by the chain sheet, and the elastic cloth layers with the surface and the bottom provided with the telescopic patterns are woven in eight steps in sequence.

Further, the number of the warp yarns is two hundred and forty, the number of the root-wrapped elastic latex filaments is four, and the number of the bare root elastic latex filaments is one hundred and fifty.

Furthermore, the elastic fabric layer can stretch and retract along with the elastic structure layer, the elastic fabric layer covers the elastic structure layer, and the stretching ratio of the elastic fabric layer and the elastic structure layer is between 100% and 400%.

Furthermore, the width of the finished product woven by the elastic woven tape is between 1cm and 11cm, the thickness of the finished product woven by the elastic woven tape can be between 0.4cm and 5cm, and the circumference of the finished product woven by the elastic woven tape can be between 50cm and 500 cm.

Further, the root-wrapped elastic latex filaments and the smooth root elastic latex filaments can be replaced by rubber filaments.

Further, the root-wrapped elastic latex filaments and the photoroot elastic latex filaments may be replaced with TPR filaments (Thermo-Plastic-Rubber material).

After the technical means is adopted, the utility model discloses elasticity meshbelt structure can be used on pulling force body-building device, or let the usable utensil elasticity meshbelt of user, train in addition self weight, pulling force body-building device adds behind the utensil elasticity meshbelt, the training mode just can not only restrict at self weight training, the elasticity of usable elasticity meshbelt, carry out diversified exercise muscle power and reach the body-building effect, and the pulling force body-building device that is equipped with the elasticity meshbelt can not quick elasticity tired, can be in for a long time highly by tensile state use also can not be pulled apart, indulge the elasticity meshbelt and produce cracked condition, form tensile elasticity cloth layer at elasticity meshbelt front and reverse side looks intersection, also can not let the rebound force of elasticity meshbelt say and hinder and the user, the carelessness on safety such as elasticity meshbelt fracture has been removed, the life of pulling force body-building device has also been prolonged.

The elasticity meshbelt structure can be used to multi-functional action training, the action training is including bending, carry, push away, draw, it is rotatory, the human action training motion of single leg for the basic extension combination, whole product fracture in the twinkling of an eye can not appear yet in case destructive use elasticity meshbelt, and the product uses for a long time also can not fracture in the twinkling of an eye, only can produce the root of package elasticity latex silk of the internal portion of elastic construction, root of light elasticity latex silk fracture, and make elastic construction layer elasticity tired gradually, and root of package elasticity latex silk, the fracture of root of light elasticity latex, can receive the elastic fabric layer cladding that outer warp woven and formed, can not pop into the user, the carelessness on elasticity meshbelt fracture safety has been removed, the life of pulling force fitness equipment has also been prolonged.

Drawings

Fig. 1 is a perspective view of the present invention.

Fig. 2 is a drawing of the yarn threading of the present invention.

Fig. 3 is a schematic view of the structure of the flower plate of the present invention.

Fig. 4 is a schematic diagram of the present invention showing the root wrapping, bare root elastic latex filaments and the elastic cloth layer not stretched.

Fig. 5 is a schematic drawing showing the stretching of the elastic latex yarn and the elastic cloth layer for wrapping the root and the bare root of the present invention.

Fig. 6 is a schematic view of the present invention.

Fig. 7 is another schematic view of the present invention.

Fig. 8 is another schematic view of the present invention.

Fig. 9 is another schematic view of the present invention.

Fig. 10 is another schematic view of the present invention.

Fig. 11 is another schematic view of the present invention applied to stretching.

Fig. 12 is another schematic view of the present invention applied to stretching.

Fig. 13 is another schematic view of the present invention applied to stretching.

[ notation ] to show

20 elastic webbing 30 warp

31 elastic cloth layer 311 pattern

312 radian 32 elastic structure layer

40-root-wrapping elastic latex yarn and 41-root-wrapping elastic latex yarn

50 harness frame 60 steel buckle

70 eight high-low sequential steps.

Detailed Description

The present invention relates to an elastic webbing structure, exemplified with the accompanying drawings, in the specific embodiments and components thereof, all references about front and rear, left and right, top and bottom, upper and lower portions, and horizontal and vertical are only used for convenient description, not limitation the present invention, also not limiting its components to any position or space direction. The dimensions specified in the figures and the description may vary depending on the design and requirements of particular embodiments of the invention without departing from the scope of the claims.

To further understand and appreciate the objects, features and functions of the present invention, please refer to fig. 1 to 3, which illustrate a structure of an elastic webbing 20, the structure includes: a plurality of warps 30, a plurality of root-wrapped elastic latex filaments 40 and a plurality of plain elastic latex filaments 41, and interweaving to form an elastic woven belt 20, the warps 30 form elastic cloth layers 31 with stretching patterns on the surface and the bottom of the woven belt body, an elastic structure layer 32 is arranged between the elastic cloth layers 31 with stretching patterns on the surface and the bottom, the elastic structure layer 32 is formed by interweaving the warps 30, the root-wrapped elastic latex filaments 40 and the plain elastic latex filaments 41, the warps penetrate fourteen harness frames 50, the warps 30, the root-wrapped elastic latex filaments 40 and the plain elastic latex filaments 41 penetrate thirty-three steel buckles 60, the fourteen harness frames 50 are interweaved with the thirty-three steel buckles 60 repeatedly to form the elastic woven belt 20, wherein the fourteen harness frames 50 are drawn by a flower chain sheet, and the elastic cloth layers 31 and the elastic cloth layers 32 with stretching patterns on the surface and the bottom are woven in eight high-low order steps 70, the width of the knitted product of the elastic mesh belt 20 body can be between 1cm and 11cm, the thickness can be between 0.4cm and 5cm, and the circumference can be between 50cm and 500cm according to the use requirement.

Referring to fig. 2, a schematic drawing of the threading of the present invention is shown, a loom is provided with fourteen heald frames 50 and thirty-three steel buckles 60, a plurality of warp yarns 30 and a plurality of elastic latex filaments 40 wrapped in roots and a plurality of elastic latex filaments 41 wrapped in roots penetrate the thirty-three steel buckles 60, fourteen heald frames 50 and the thirty-three steel buckles 60 are repeatedly interlaced to form an elastic webbing 20, as shown in fig. 1, the drawing of the present invention shows that 1 a-33 a represents the thirty-three steel buckles 60, A, B, C, D represents the warp yarns 30, R represents the elastic latex filaments 40 wrapped in roots, R1, R2, R3 represents the elastic latex filaments 41, the specification and the threading method of raw materials are three for a warp yarn 30, sixteen for B warp yarn 30 (2 in 1 threading), one hundred and seventy four for C warp yarn 30 (3 in 1 threading), one hundred and seventy four for D warp yarn 30 (3 in 1 threading), four elastic latex filaments 40 wrapped in roots (one needle edge, three selvedges), one hundred forty-five (5 in 1) of each R1 light root elastic latex silk 41, one hundred forty-five (5 in 1) of each R2 light root elastic latex silk 41, 28 (the heald frame 50 is worn as the 1 st frame) of each R3 light root elastic latex silk 41, the figure 1 ~ 14 represents fourteen heald frames 50, the difference of root wrapping elastic latex silk 40 and light root elastic latex silk 41 lies in that, the outer layer of root wrapping elastic latex silk 40 is equipped with a covering layer, makes its structure be more difficult for the fracture, sets up in needle limit and selvedge.

Fig. 3 is a schematic diagram of the pattern plate structure of the present invention, wherein the circle represents high, the fork represents low, and there are eight sequential steps 70 of high and low, the fourteen harness frames 50 are pulled by the pattern chain, and the elastic cloth layer 31 with the surface and the bottom having the stretch pattern is woven in the eight sequential steps 70 of high and low.

Therefore, the loom is provided with fourteen heald frames 50 and thirty-three steel buckles 60, the elastic woven belts of the elastic structure layer 32 are arranged between the elastic cloth layers 31 with the surface and the bottom surface provided with the telescopic patterns through the threading and the pattern plate organization, so that the elastic woven belts 20 have high elasticity and high expansion rate, not only can the elastic woven belts 20 obtain better covering performance, but also can improve the elastic expansion effect, the heald frames 50 can be set between eight to seventeen, the steel buckles 60 can be set between twenty-eight to thirty-six, the number of the warp yarns 30 can be two hundred forty, the number of the wrapped elastic latex wires 40 can be four, the number of the wrapped elastic latex wires 41 can be one hundred fifty, the elastic cloth layer 31 can stretch and retract along with the elastic structure layer 32, the elastic cloth layer 31 wraps the elastic structure layer 32, the stretching multiplying power of the elastic cloth layer 31 and the elastic structure layer 32 is between 100% -400%, the elastic fabric layer 31 can stretch and retract along with the elastic structure layer 32, and the root-wrapped elastic latex filaments 40 and the optical root elastic latex filaments 41 can be replaced by Rubber filaments, TPR filaments (Thermo-Plastic-Rubber material), and the like.

Referring to fig. 4 and 5, which are schematic views of the root-wrapped elastic latex filaments 40, the bare root latex filaments 41 and the elastic fabric layer 31 being unstretched, after the elastic fabric layer 31 is stretched, since the pattern 311 on the elastic fabric layer 31 woven by the warp yarns 30 has a curvature, when the pattern 311 is stretched, the curvature 312 is straightened as the root-wrapped elastic latex filaments 40 and the bare root latex filaments 41 extend, so that the pattern 311 has an elastic extension function, and can be stretched and contracted in cooperation with the root-wrapped elastic latex filaments 40 and the bare root latex filaments 41.

Referring to fig. 6 to 10, various schematic views of the present invention are shown, the elastic webbing 20 can allow a user to train on his/her own weight.

Referring to fig. 11-13, the elastic webbing 20 can be used in a variety of stretch exercise machines.

Claims

1. An elastic webbing structure, comprising: a plurality of warps, a plurality of package root elasticity latex silk and a plurality of smooth root elasticity latex silk, and interweave and form an elasticity meshbelt, this warp forms the elasticity cloth layer that has flexible decorative pattern at meshbelt body surface and bottom surface, be equipped with the elastic construction layer between the elasticity cloth layer that surface and bottom surface have flexible decorative pattern, the elastic construction layer interweaves by a plurality of warps and a plurality of package root elasticity latex silk and a plurality of smooth root elasticity latex silk and forms, be equipped with a plurality of heald frames and a plurality of steel buckles on the loom, a plurality of heald frames are worn to establish by this a plurality of warps, a plurality of warps and a plurality of package root elasticity latex silk and a plurality of smooth root elasticity latex silk pass a plurality of steel buckles, the heald frame interweaves with the steel buckle repeated action and forms the elasticity meshbelt.

2. The elastic webbing structure of claim 1, wherein: the number of heald frames is set between eight and seventeen.

3. The elastic webbing structure of claim 1, wherein: the number of the steel buttons is set between twenty eight and thirty six.

4. The elastic webbing structure of claim 2, wherein: the number of heald frames is fourteen.

5. The elastic webbing structure of claim 3, wherein: the number of the steel buttons is thirty-three.

6. The elastic webbing structure of claim 1, wherein: the number of the warp yarns is two hundred and forty, the number of the root wrapping elastic latex filaments is four, and the number of the bare root elastic latex filaments is one hundred and fifty.

7. The elastic webbing structure of claim 1, wherein: the elastic fabric layer can stretch and retract along with the elastic structure layer, the elastic fabric layer covers the elastic structure layer, and the stretching ratio of the elastic fabric layer and the elastic structure layer is between 100% and 400%.

8. The elastic webbing structure of claim 1, wherein: the width of the finished product woven by the elastic woven tape is between 1cm and 11cm, the thickness can be between 0.4cm and 5cm, and the circumference can be between 50cm and 500 cm.

9. The elastic webbing structure of claim 1, wherein: the root-wrapped elastic latex yarn and the smooth root elastic latex yarn can be replaced by rubber yarn.

10. The elastic webbing structure of claim 1, wherein: the root-wrapped elastic latex yarn and the bare root elastic latex yarn can be replaced by TPR yarn.