CN215303091U

CN215303091U - Composite waist protecting belt

Info

Publication number: CN215303091U
Application number: CN202120469979.2U
Authority: CN
Inventors: 陈京伟; 杨佳佳
Original assignee: Suzhou Mispo Motion Technology Co ltd
Current assignee: Suzhou Mispo Motion Technology Co ltd
Priority date: 2021-03-04
Filing date: 2021-03-04
Publication date: 2021-12-28
Anticipated expiration: 2031-03-04

Abstract

The utility model relates to a composite waist protecting belt, which comprises: by inside subsides skin layer, anchor coat, toughness enhancement layer, rete and the surperficial abrasionproof layer that outwards sets gradually of dress, combine through the anchor coat between skin layer and the toughness enhancement layer and form multilayer overall structure, toughness enhancement layer another side forms one whole through the rete and the laminating of surperficial abrasionproof layer, the anchor coat is for setting up the glue film on toughness enhancement layer side surface, supports the technical scheme that pastes the skin layer and can obtain the effect through implementing in this application jointly with the toughness enhancement layer: compared with the waist protecting belt with the same function, the composite waist protecting belt is lighter in weight, the waist protecting belt designed by human engineering is closer to the skin, the belly of a user is not easy to curl when the waist protecting belt is worn, and meanwhile, the waist protecting belt is good in structural strength and can effectively protect the waist.

Description

Composite waist protecting belt

Technical Field

The utility model relates to the field of sports garment accessories, in particular to a composite waist protecting belt suitable for being worn during sports.

Background

With the development of society and the improvement of the living standard of people, people have further pursuit of wearing requirements, the clothes are fashionable and comfortable, meanwhile, the use of the clothes and accessories under various applicable scenes also needs to be improved and optimized in various functionalities, so that the research work of the functional clothes and accessories continuously needs to be perfected, and in the prior art, a plurality of cases for researching the aspects are provided, such as:

the authorization notice number is: CN 207041092U's utility model patent, it discloses a combined material belt buckle and belt structure, wherein combined material belt buckle includes: a belt buckle body and a slide bar; the belt buckle main body comprises a first part fixedly connected with one end of the belt and a second part used for penetrating the other end of the belt; the second part comprises two side surfaces which are vertical to the passing direction of the waistband, sliding grooves are respectively arranged on the two side surfaces, and the sliding grooves are obliquely arranged on the two side surfaces along the passing direction of the waistband; two ends of the sliding rod penetrate through the sliding groove and are in frictional contact with the sliding groove, and the sliding rod can slide in the sliding groove to fix or loosen the waistband penetrating through the second part; the composite material belt buckle is a chopped fiber reinforced synthetic plastic belt buckle. The waistband does not need to be changed and adjusted in order to realize that the waistband is bound on clothes or a person by the composite material waistband buckle; the chopped fiber reinforced synthetic plastic belt buckle has the characteristics of tensile resistance, shear resistance, high toughness, high strength, good fatigue resistance, no alarm in security inspection and the like.

If the authorization notice number is: CN 210929794U's utility model patent, it has opened a high wear-resisting compound waistband, including the waistband body, the fixed waistband head that is equipped with of waistband body one end, the waistband body is kept away from a plurality of buckle holes have been seted up to waistband head one end, the waistband body includes the oxhide layer, the fixed PVC membrane of establishing in the oxhide layer outside, the fixed thin steel wire stratum reticulare that is equipped with in the PVC membrane outside, the fixed nylon layer that is equipped with in the thin steel wire stratum reticulare outside, the coating of nylon layer outer wall has polyurethane resin coating, the fixed two rows of wear-resisting archs that are equipped with of polyurethane resin coating outer wall. Has the advantages that: the wear-resisting and resistant tensile property of increase waistband body that can be great to can make the waistband body more durable, life is longer, and wear-resisting bordure can prevent to advance the ash between each layer, thereby can make difficult the breaking away from between each layer, can be for a long time firm bonding together.

Although the above technical solutions all improve the structure of the composite waistband, the technical problems proposed in the present application are not solved, and the present application is proposed in view of this.

SUMMERY OF THE UTILITY MODEL

In order to solve the technical problem, the utility model discloses a composite waist support belt, which comprises: by inside subsides skin layer, anchor coat, toughness enhancement layer, rete and the surperficial abrasionproof layer that outwards sets gradually of wearing, combine through the anchor coat between skin layer and the toughness enhancement layer and form multilayer overall structure, toughness enhancement layer another side forms one whole through the rete and the laminating of surperficial abrasionproof layer, the anchor coat is the glue film that sets up on toughness enhancement layer one side surface, supports the skin layer jointly with the toughness enhancement layer.

Furthermore, the toughness reinforcing layer is a nylon textile toughness reinforcing layer.

Furthermore, the shape of the edge of the outline of the toughness reinforcing layer is the same as that of the front of the waist protecting band, the area of the toughness reinforcing layer is smaller than that of the front of the waist protecting band, the distance between the edge of the toughness reinforcing layer and the top and bottom edges of the front piece of the waist protecting band is at least 2.5mm-20mm, and the width of the side edge of the toughness reinforcing layer is more than or equal to 240 mm.

Furthermore, the bonding layer is a glue spraying layer, glue dots forming the bonding layer are distributed on the toughness reinforcing layer in an array mode, and the size of the glue dots is larger than or equal to 2.0mm x 2.0 mm.

Furthermore, the glue points of the binding layer distributed on the toughness reinforcing layer comprise O-shaped glue points, and the O-shaped glue points are arranged in a longitude and latitude square matrix.

Furthermore, the glue points of the binding layer distributed on the toughness reinforcing layer also comprise X-shaped glue points, and the X-shaped glue points are arranged between the longitudinal directions of the O-shaped glue point array in a transverse extending weft mode to separate the O-shaped glue point array in the longitudinal direction.

Further, the glue sites of the tie layer disposed on the stiffening layer may further comprise glue sites of the type "ж", and the glue sites of the type "ж" are disposed between the glue sites of the type "X".

Furthermore, O-shaped glue dots are arranged between the X-shaped glue dots, and at least two or more than two X-shaped glue dots are clamped between the adjacent O-shaped glue dots in the same horizontal row.

Further, surface abrasionproof layer top edge is provided with prevents the winding tape, prevent that the winding tape interface is "omega" and opening orientation dress face, prevent that winding tape bottom edge connects surface abrasionproof layer, top edge is provided with flexible rubber bone circle.

Furthermore, the thickness of the anti-rolling belt gradually becomes thicker from the bottom to the top, and the thickness of the joint of the bottom of the anti-rolling belt and the waist protecting belt is consistent.

The following effects can be obtained by implementing the technical scheme provided by the application:

1. compared with the waist protecting belt with the same function, the composite waist protecting belt has lighter weight;

2. the waist protecting belt designed by human engineering is more close-fitting;

3. the clothes are not easy to curl when being worn by users with large abdomen;

4. the waist support belt has good structural strength and can effectively support waist.

Drawings

FIG. 1 is a schematic view of the present invention;

FIG. 2 is a cross-sectional view of the present invention;

FIG. 3 is a second schematic structural diagram of the present invention;

FIG. 4 is a schematic structural view of a medium toughness reinforcing layer according to the present invention;

fig. 5 is a schematic structural view of the middle anti-rolling tape of the present invention.

Legend: 1. the elastic expansion rubber band comprises a skin layer, 2 a binding layer, 3 a toughness reinforcing layer, 4 a rubber film layer, 5 a surface anti-abrasion layer, 51 a rolling prevention band and 52 an elastic expansion rubber ring.

Detailed Description

The following is a further description of the present invention with reference to the following examples, but not limited to the description.

As shown in fig. 1, the present invention discloses a composite waist support belt, wherein the front middle length of the front belt of the waist belt is longer than the rear middle length of the rear belt of the waist belt, so that the front middle length of the front belt of the waist belt can better wrap the abdomen, and the waist support belt designed by ergonomics is more close-fitting, and specifically, as shown in fig. 2, the composite waist support belt comprises: the waist protecting belt is characterized in that a skin attaching layer 1, a combining layer 2, a toughness reinforcing layer 3, an adhesive film layer 4 and a surface anti-abrasion layer 5 are sequentially arranged from the inside to the outside of a wearer, wherein the skin attaching layer 1 and the toughness reinforcing layer 3 are combined through the combining layer 2 to form a multi-layer integral structure, one surface of the toughness reinforcing layer 3 is coated with the combining layer 2, the other side of the toughness reinforcing layer is combined with the surface anti-abrasion layer 5 through the adhesive film layer 4 to form a whole, the combining layer 2 is an adhesive layer arranged on the surface of one side of the toughness reinforcing layer 3, the combining layer 2 can be sprayed or coated specifically, wherein the skin attaching layer 1 can be made of an antibacterial and moisture absorption material, the combining layer 2 can be a glue spraying layer specifically, the toughness reinforcing layer 3 can be made of a nylon textile toughness reinforcing layer, the adhesive film layer 4 is made of a TPU adhesive film layer, and the surface anti-abrasion layer 5 is made of an abrasion-resistant material with good appearance and texture, and compared with a waist protecting belt with the same function, the composite waist support belt is lighter in weight, good in structural strength and capable of effectively supporting waist.

As shown in figure 3, the back of the waist protecting belt is fixed by the row buttons and is loosened by disassembly, which is flexible and convenient.

Wherein, the intensity of strengthening the waist support belt that nylon weaving toughness enhancement layer can be fine is selected for use to toughness enhancement layer 3, but easily skids when selecting nylon textile as reinforced material, so often fix with modes such as sewing, but the nylon materials after the sewing, the stitch seam of sewing can be dragged the surface fabric after the atress, cause the pinhole on toughness enhancement layer 3 to be pulled open easily, cause the damage, and select for use the mode of point gluing then to avoid producing the pinhole of joint usefulness through anchor coat 2.

As shown in figure 4, the shape of the outline edge of the toughness reinforcing layer 3 is the same as that of the front piece of the waist protecting band, the area of the toughness reinforcing layer 3 is smaller than that of the front piece of the waist protecting band, the distance from the edge of the toughness reinforcing layer 3 to the top and bottom edges of the front piece of the waist protecting band is at least 2.5mm-20mm, the distance from the edge of the toughness reinforcing layer 3 to the top and bottom edges of the front piece of the waist protecting band is preferably 1mm, so that the toughness reinforcing layer 3 can ensure basic strength, the edge arrangement of the toughness reinforcing layer 3 can ensure that the abdomen of a user is large, the front piece of the waist protecting band is not easy to roll over, the width of the side edge of the toughness reinforcing layer 3 is more than or equal to 240mm, the width of the side edge of the toughness reinforcing layer 3 is preferably 260mm, after 5 layers of the waist protecting band are compounded, the opening degree is 120% under the pulling force of 3.6 kilograms, the comfort in use can be ensured, and the strength can be ensured.

In addition, as shown in fig. 2, the bonding layer 2 is a glue spraying layer, glue dots forming the bonding layer 2 are distributed on the toughness reinforcing layer 3 in an array manner, the glue dots are larger than or equal to 2.0mm by 2.0mm, the glue dots distributed on the toughness reinforcing layer 3 by the bonding layer 2 comprise O-shaped glue dots, the O-shaped glue dots are arranged in a matrix manner, the uniform array distribution is favorable for uniformly distributing the tensile force on a bonding surface when in use, the glue dots distributed on the toughness reinforcing layer 3 by the bonding layer 2 also comprise X-shaped glue dots, the X-shaped glue dots are arranged between the longitudinal directions of the O-shaped glue dots in a transverse extending weft manner, the O-shaped glue dot array is separated along the warp direction, the X-shaped glue dots can not only enhance the stress bearing capacity of the glue dots, but also help the toughness reinforcing layer 3 to maintain the shape, and the X-shaped glue dots maintain the shape of the toughness reinforcing layer 3, prevent the surface course too bloated for 3 surface courses of the enhancement layer of toughness have reduced and have dragged the curl that arouses to top limit, base, and the shape preserving effect is better like this.

Furthermore, the glue points of the bonding layer 2 distributed on the toughness reinforcing layer 3 further include ж type glue points, ж type glue points are arranged between the X type glue points, O type glue points are arranged between the X type glue points, and at least two or more than two X type glue points are clamped between adjacent O type glue points in the same transverse row, so that structural strength is uneven, the O type glue points clamped between the X type glue points are used as stress sacrificial points, and if deformation is generated or a user needs the O type glue points between the X type glue points are used as deformation points, on one hand, the user needs are met, and on the other hand, the waist protection belt can keep the shape stability of most structures.

As shown in fig. 5, when the abdominal fat is excessively accumulated in the user, when the fat overflows the waist protecting belt when the waist protecting belt is used, a rolling-proof belt 51 may be additionally disposed at the top edge of the surface wear-proof layer 5, the rolling-proof belt 51 may be detachably fixed on the surface wear-proof layer 5 by means of a zipper, a row buckle, etc., the cross section of the rolling-proof belt 51 is "Ω" and the opening of the rolling-proof belt is toward the wearing surface, the bottom edge of the rolling-proof belt 51 is connected with the surface wear-proof layer 5, the top edge is disposed with an elastic telescopic rubber ring 52, the elastic telescopic rubber ring 52 may preferably be a split rubber ring 52, the elastic telescopic rubber frame ring 52 is spliced by the elastic rope materials which are strung between a plurality of sections of hollow rubber frames, thus, the elastic expansion rubber bone ring 52 can meet different body states of users when being worn, and can be propped against the anti-rolling belt 51 when being stressed to roll, so that the rolling is stopped, and the normal shape of the top edge of the waist protecting belt is maintained.

Further prevent that rolling up area 51 thickness is by the bottom to the top thicken gradually, prevents that rolling up area 51 bottom is unanimous with waist support belt junction thickness, prevents that rolling up area 51 after setting up like this can use the human body of bottom cooperation user to carry out deformation, and prevents that rolling up area 51 top is thicker, and intensity is higher, then is difficult for taking place deformation, makes the edge of rolling up area 51 as waist support belt, the shape that keeps that can be better, makes waist support belt also can not take place to curl when wearing for a long time.

Specifically, for example, when the waist length of the waist support belt is 580mm, the front middle waist height is 180mm, and the rear middle waist height is 100mm, the front middle height of the toughness reinforcing layer 3 is 160mm, the side width is 260mm, and the limit opening of the waist support belt is preferably 200-260%.

It should be understood that the above-described embodiments of the present invention are merely examples for clearly illustrating the present invention, and are not intended to limit the embodiments of the present invention. Other variations and modifications will be apparent to persons skilled in the art in light of the above description. Not all embodiments are exhaustive. All obvious changes and modifications which are obvious to the technical scheme of the utility model are covered by the protection scope of the utility model.

Claims

1. A composite waist support belt, characterized in that it comprises: by inside subsides skin layer (1), anchor coat (2), toughness enhancement layer (3), glue film layer (4) and the surperficial abrasionproof layer (5) that outwards set gradually of wearing, combine through anchor coat (2) between skin layer (1) and toughness enhancement layer (3) and form multilayer overall structure, toughness enhancement layer (3) another side forms one whole through glue film layer (4) and surperficial abrasionproof layer (5) laminating, anchor coat (2) support skin layer (1) jointly for setting up the glue film on toughness enhancement layer (3) one side surface with toughness enhancement layer (3).

2. A composite waist support belt according to claim 1, wherein said stiffening layer (3) is a nylon woven stiffening layer.

3. The composite waist support belt according to claim 2, wherein the shape of the outline edge of the toughness reinforcing layer (3) is the same as the shape of the front surface of the waist support belt, the area of the toughness reinforcing layer (3) is smaller than that of the front surface of the waist support belt, the edge of the toughness reinforcing layer (3) is at least 2.5mm-20mm away from the top and bottom edges of the front piece of the waist support belt, and the side width of the toughness reinforcing layer (3) is more than or equal to 240 mm.

4. The composite waist support belt according to claim 1, wherein the bonding layer (2) is a glue-sprayed layer, and glue dots forming the bonding layer (2) are distributed on the toughness-enhanced layer (3) in an array, and the size of the glue dots is greater than or equal to 2.0mm x 2.0 mm.

5. The composite waist support belt according to claim 4, wherein the glue dots distributed on the toughness reinforcing layer (3) of the bonding layer (2) comprise O-shaped glue dots, and the O-shaped glue dots are arranged in a matrix of warps and wefts.

6. A composite waist support belt according to claim 5, wherein the glue sites of the bonding layer (2) distributed on the tenacity-enhancing layer (3) further comprise X-shaped glue sites, and the X-shaped glue sites are arranged between the longitudinal direction of the O-shaped glue sites in a transverse extending weft line manner, so as to separate the O-shaped glue sites in a longitudinal direction.

7. Composite waist support belt according to claim 6, wherein said bonding layer (2) comprises glue sites distributed on the stiffening layer (3) of the type "ж", the glue sites of the type "ж" being arranged between the glue sites of the type "X".

8. The composite waist support belt according to any one of claims 6 or 7, wherein "O" type glue dots are further disposed between the "X" type glue dots, and at least two or more "X" type glue dots are interposed between adjacent "O" type glue dots in the same horizontal row.

9. A composite waist support belt according to claim 1, wherein the top edge of the surface anti-wear layer (5) is provided with a winding-proof belt (51), the interface of the winding-proof belt (51) is "Ω" and the opening faces the wearing surface, the bottom edge of the winding-proof belt (51) is connected with the surface anti-wear layer (5), and the top edge is provided with an elastic expansion rubber ring (52).

10. A composite waist support belt according to claim 9, wherein the thickness of the tape (51) is gradually thicker from the bottom to the top, and the thickness of the tape (51) at the bottom is consistent with that at the connection part of the waist support belt.