CN214830947U - Multifunctional ribbon - Google Patents

Abstract

The utility model belongs to the technical field of the technique of meshbelt for the dress and specifically relates to a multi-functional meshbelt, it includes the meshbelt body, and the meshbelt body includes a plurality of round core sections that are the tubulose setting and a plurality of flat section that are narrow width form setting, and the length direction of meshbelt body is followed with the flat section to round core section and the setting in turn. The multifunctional woven belt disclosed by the application has the advantages of attractive appearance, wearing comfort, stable connection and the like.

Description

Multifunctional ribbon

Technical Field

The application relates to the technical field of meshbelts for clothing, in particular to a multifunctional meshbelt.

Background

The woven belt is a narrow-width fabric or tubular fabric woven by using single or multiple yarns as raw materials, has various effects of traction, connection, decoration and the like, and is commonly used in the fields of clothes, cases, shoe materials, agriculture, military industry and the like.

The woven belt has various physical properties including elasticity, width, thickness, length, shape and the like, and the combination of different physical properties enables the woven belt to have specific functions and purposes. For example, a narrow web-shaped webbing having elasticity and a certain width can be used as an underwear shoulder strap; the non-elastic tubular woven belt can be used as a tightening belt of a sweater hood; the narrow webbing having no elasticity and a wide width can be used as an elastic band of a bag or a seat belt in an automobile. In the field of apparel in particular, webbings are more of a variety of special uses, such as tubular webbings having a better aesthetic appearance than narrow-width webbings. Thus, the function and use of the woven tape are basically determined by the physical properties of the woven tape.

In the field of apparel, different shaped webbings have different functions, which have particular advantages in certain application scenarios, such as: when the shoelace is used as a shoelace, the tubular braid is more convenient to penetrate through the threading holes on the shoes, and the narrow-width braid is more beneficial to improving the stability of knotting; when the narrow-width woven belt is used as an underwear shoulder belt, the narrow-width woven belt is arranged more closely to the skin, the narrow-width woven belt has good anti-skidding capacity and is convenient to be connected with underwear in a sewing mode, and the tubular woven belt has more attractive appearance and can show the sexuality of a wearer.

In view of the above-mentioned related technologies, the inventor considers that the function of the woven belt in the current clothing field is single, and it is difficult to satisfy the requirements of people for manufacturing and using clothing such as clothing materials, shoe materials, etc.

SUMMERY OF THE UTILITY MODEL

In order to satisfy the demand of people to multi-functional meshbelt, this application provides a multi-functional meshbelt, and this multi-functional meshbelt integrates the meshbelt of different functions, makes it have the function of multiple difference in order to satisfy the demand of making and using dress such as clothing material, shoes material.

The application provides a multi-functional meshbelt adopts following technical scheme:

the utility model provides a multifunctional mesh belt, includes the meshbelt body, the meshbelt body includes a plurality of circle core sections that are the tubulose setting and a plurality of flat section that are narrow width form setting, circle core section with flat section is followed the length direction of meshbelt body sets up in turn.

The shape of meshbelt and the difference of size make the meshbelt have different functions, be when setting up in turn when circle core section and flat section, each section circle core section is independent function section with each section flat section, consequently the diameter of each section circle core section, length can be the same incompletely, the width of each section flat section, thickness and length also can be the same incompletely, this will make the meshbelt have a plurality of circle core sections and flat section of different shapes size, thereby make the meshbelt have multiple different functions, and then satisfied people's demand to multi-functional meshbelt.

In particular, the number of the core segments and the flat segments on the woven belt should be designed according to the specific application of the woven belt. For example, when the mesh belt is used for the binding openings of sleeves or trouser legs, two ends of the mesh belt can be set into the round core sections, the middle part of the mesh belt is set into the flat section, and the flat section has a larger contact area with human skin, so that the mesh belt has a better anti-skidding effect; the round core section is more attractive compared with the flat section, and the part of the woven belt exposed outside the sleeves or the trouser legs is arranged into the round core section, so that the clothes have better appearance, and the clothes can be sold conveniently. However, it should be understood by those skilled in the art that the number of the core segments and the flat segments of the woven belt disclosed in the present application may be any number, and the specific number of the core segments and the flat segments should be designed individually according to the specific use scenario of the woven belt.

Optionally, the round core section and the flat section are connected through a gradual transition of a gradual transition section.

Because the shape and the size of circle core section and plat flat section have great difference, can make the junction of circle core section and plat flat section appear the swell when carrying out the lug connection, the outward appearance quality that reduces the meshbelt has also reduced the comfort when the wearer dresses simultaneously. In addition, the connection stability is poor, the problem of end of a thread opening also appears easily in the junction of circle core section and flat section to the life of meshbelt has been shortened. The round core section and the flat section which are in gradual transition connection can effectively reduce the bulge, and simultaneously, the probability of the line opening of the line head at the connection part is also reduced, so that the appearance quality and the wearing comfort of the woven belt are improved, and the service life of the woven belt is prolonged.

Optionally, the transition section is connected to the round core section in a seamless manner, and the transition section is connected to the flat section in a seamless manner.

Generally speaking, when two sections of woven belts are sewn and connected, sewing traces, namely sewing seams, are left, and concave-convex parts exist between the sewing seams and the surfaces of the woven belts, so that the smoothness of the surfaces of the woven belts is influenced, and the appearance quality of the woven belts is also influenced. And through adopting above-mentioned technical scheme, the both ends of gradual change section respectively with circle core section and flat section seamless connection for all there is not the sewing between circle core section and gradual change section, flat section and the gradual change section, not only improved the roughness on meshbelt body surface, and then improved the comfort when the wearer wears, also improved meshbelt appearance quality simultaneously, strengthened the aesthetic feeling of meshbelt, and then be favorable to the sale of meshbelt.

Optionally, the mesh belt body is integrally woven.

The braid body can be woven in a sectional mode or in an integrated mode. When the meshbelt body adopts the integrative formation of weaving, can not only improve the connection stability of round core section and flat section, also simplified simultaneously and woven the process, and then improved the production efficiency of meshbelt.

Optionally, the mesh belt body is integrally woven by elastic yarns.

The meshbelt body can be woven by any material, and meshbelts woven by materials with different properties have different functions. When adopting elastic yarn to weave, the meshbelt body that obtains has better elasticity equally for the meshbelt has certain elasticity regulatory function, can provide more comfortable experience for the user when being used for clothing dress with this meshbelt, and then is favorable to the sale of clothing dress.

Optionally, the mesh belt body includes a first flat section, a first gradual change section, a first round core section, a second gradual change section and a second flat section, which are connected in sequence along the length direction of the mesh belt body.

By adopting the technical scheme, the woven belt disclosed by the application has various different purposes, such as being used as a shoulder belt of female underwear, and also being used as a binding belt of a hood and the like. When used as a shoulder strap for a feminine undergarment, the first flat section can be used for shoulder contact, the first round core section can be used for decoration, and the second flat section can be used for attachment to the undergarment. When being used as the mouth tying belt of the hood, the first flat section and the second flat section can be used for being mutually lapped and knotted for winding, and the first round core section can be used for tying the hood mouth as a tightening part.

It will be understood by those skilled in the art that the use of the webbing herein is derived from the function and shape of the webbing, and that the recitation of the use of the webbing herein is intended to illustrate that the webbing has a variety of uses, and is not intended to limit the use of the present application further.

Optionally, the diameter of the first round core segment is smaller than the width of the first flat segment, and the diameter of the first round core segment is smaller than the width of the second flat segment.

Through adopting above-mentioned technical scheme, when using the meshbelt that this application disclosed as the baldric of women's underwear, the sheltering from to women's back can be reduced to thinner first round core section, has stealthy and pleasing to the eye effect.

Optionally, the first flattened section has a length shorter than the length of the second flattened section.

By adopting the technical scheme, when the mesh belt disclosed by the application is used as the shoulder belt of the female underwear, the shorter first flat section can be used for being connected with the back buckle of the underwear in a sewing mode, and the longer second flat section can be used for being in contact with the shoulder to increase the contact area of the shoulder belt and the shoulder, so that the pressure of the shoulder is reduced, and the comfort of a wearer is further improved.

Optionally, an inner core is filled in the first round core section.

First circle core section can be for hollow setting, also can be for solid setting, and first circle core section takes place to warp easily when first circle core section is hollow setting, leads to the appearance quality decline of first circle core section. Therefore, the first round core section is preferably provided as a solid braid by filling the inner core in the first round core section. The first round core section filled with the inner core is not easy to deform, and the round shape can be better maintained, so that the appearance quality of the first round core section is improved.

Optionally, the inner core and the first round core section are integrally woven and formed.

The inner core can be adhered to the first round core section, can be sewed in the first round core section, and can be integrally woven with the first round core section. The inner core and the first round core section are preferably connected in an integrally woven forming mode, the method can reduce the production process steps of the first round core section, and can also improve the connection stability of the inner core and the first round core section; if adopt elastic yarn to weave first round core section and inner core when, the inner core of integrative weaving shaping has the same coefficient of elasticity with first round core section to guarantee that inner core and first round core section keep better connection stability when carrying out elastic stretching, prevent that inner core and first round core section that leads to because of different coefficients of elasticity from taking place the condition of tearing.

In summary, the present application includes at least one of the following beneficial technical effects:

1. the braid body formed by alternately connecting a plurality of independent round core sections and flat sections has all functions of independent functional sections, so that the braid has multiple different functions simultaneously to meet the requirements of people on multifunctional braids;

2. the round core section and the flat section which are in seamless gradual transition enable the manufactured mesh belt to have the advantages of high connection stability, difficult thread opening of thread ends, strong wearing comfort, long service life and the like, and have higher practicability and market prospect;

3. the integrally woven braid not only reduces the process steps of producing and weaving the braid, but also improves the connection stability of the round core section and the flat section, thereby prolonging the service life of the braid;

4. the round core section is integrally woven with the inner core, so that the round core section can be filled to maintain the round shape of the round core section, and the appearance quality of the round core section is improved.

Drawings

Fig. 1 is a schematic structural view of a multifunction webbing according to embodiment 1 of the present application.

Fig. 2 is a cross-sectional view of a first core segment in example 1 of the present application.

Fig. 3 is a schematic structural view of a multifunction webbing according to embodiment 2 of the present application.

Fig. 4 is a schematic structural view of a multifunction webbing according to embodiment 3 of the present application.

Fig. 5 is an enlarged view of the area a in fig. 4.

Description of reference numerals: 1. a braid body; 2. a first flattened section; 3. a first transition section; 4. a first core segment; 41. an inner core; 5. a second transition section; 6. a second flattened section; 7. a second core segment; 8. a third flattened section; 9. and a third transition section.

Detailed Description

The present application is described in further detail below with reference to FIGS. 1-5 and examples 1-3.

The embodiment of the application discloses a multifunctional mesh belt.

Example 1

Referring to fig. 1, a multi-functional meshbelt includes meshbelt body 1, meshbelt body 1 includes first flat section 2, first gradual change section 3, first round core section 4, second gradual change section 5 and the second flat section 6 that connect gradually along its length direction, and first flat section 2 and second flat section 6 all are the setting of narrow width form, and first round core section 4 is the tubulose setting.

Referring to fig. 1, the first flat section 2, the first gradual change section 3, the first round core section 4, the second gradual change section 5, and the second flat section 6 are woven by using elastic yarns as warp yarns and weft yarns, wherein the elastic yarns may be spandex covered yarns, acrylic core-spun yarns, polyester nanofibers, or other elastic high polymer. In this embodiment, polyester nanofibers (available from imperial textile co., ltd) are preferably used as raw yarns to weave the first flat section 2, the first transition section 3, the first core section 4, the second transition section 5 and the second flat section 6, so that the woven tape woven from the polyester nanofibers has better elasticity and is more convenient to clean.

Referring to fig. 1, a first flat section 2, a first transition section 3, a first round core section 4, a second transition section 5 and a second flat section 6 are integrally woven, so that the first flat section 2 is seamlessly connected with the first transition section 3, one end of the first round core section 4 is seamlessly connected with the first transition section 3, the other end of the first round core section is seamlessly connected with the second transition section 5, and the second transition section 5 is seamlessly connected with the second flat section 6. First transition 3 is flat to the setting of circle core gradual change transition, and first transition 3 is flat one end and 2 smooth connection of first flat section, and first transition 3 is the one end and the 4 smooth connection of first circle core section of circle core. The second transition section 5 is flat and is set up to the gradual transition of circle core, and second transition section 5 is flat one end and the 6 smooth connection of second flat section, and second transition section 5 is the one end and the 4 smooth connection of first circle core section of circle core.

As will be understood by those skilled in the art, since the first flat section 2 and the first core section 4, and the second flat section 6 and the first core section 4 are connected by the first transition section 3 and the second transition section 5, respectively, the first flat section 2, the second flat section 6 and the first core section 4 are functional sections independent of each other, that is, parameters such as length, width, thickness and shape of the first flat section 2, the second flat section 6 and the first core section 4 do not influence each other. For example, when the vertical cross-section of the first flattened section 2 is rectangular, the vertical cross-section of the second flattened section 6 may be either rounded or rectangular; when the diameter of the first round core segment 4 is fixed, the width of the first flat segment 2 can be larger than the diameter of the first round core segment 4, and can also be smaller than the diameter of the first round core segment 4; the length of the first flattened section 2 may be greater than the length of the second flattened section 6, or may be less than the length of the second flattened section 6.

Referring to fig. 1 and fig. 2, specifically, in this embodiment, the first flat section 2 is a closed edge, the vertical cross section of the first flat section 2 is a rounded rectangle, the thickness of the first flat section 2 is 2mm, the width is 7mm, and the length is 5 mm. The second flat section 6 is the setting of receiving the limit, and the vertical cross-section of second flat section 6 is fillet rectangle, and the thickness of first flat section 2 is 2mm, and the width is 7mm, and length is 20 cm. The vertical cross-section of the first core segment 4 is circular in shape, and of course, when the user presses the first core segment 4, the vertical cross-section of the first core segment 4 will be deformed into an oval shape. The first core segment 4 has a diameter of 5mm and a length of 12 cm. Further, the first round core segment 4 is filled with an inner core 41, and the inner core 41 and the first round core segment 4 are integrally woven and formed.

Referring to fig. 1, each of the first transition section 3 and the second transition section 5 is formed by knitting through a knitting process in which a flat shape is changed into a round core shape. According to the set carding step, the feeding speed and the feeding density of the polyester nanofiber are regulated and controlled in the process of weaving the gradual change section, so that the effect that the first gradual change section 3 and the second gradual change section 5 are gradually changed from a flat shape to a round core shape is achieved.

The implementation principle of the embodiment 1 is as follows: the webbing disclosed in this embodiment can be used as a shoulder strap for a woman's undergarment, wherein the end of the first flat section 2 is used for attachment to the back-button or harness of the undergarment, the second flat section 6 is used for contact with the shoulder, and the end of the second flat section 6 is used for attachment to the side-rest or cup of the undergarment.

Example 2

Referring to fig. 3, the difference from embodiment 1 is that the first flat section 2, the first transition section 3, the first core section 4, the second transition section 5 and the second flat section 6 are formed by weaving inelastic yarns. The first flat section 2 and the second flat section 6 are identical, and the thickness of the first flat section 2 and the second flat section 6 is 2mm, the width is 7mm, and the length is 5 cm. The first core segment 4 has a diameter of 5mm and a length of 40 cm.

The implementation principle of the embodiment 2 is as follows: the webbing disclosed in this embodiment can be used as a mouth-binding strap for a hood, wherein the first round core segment 4 is used for penetrating the edge of the hood so that the mouth-binding strap can bind the mouth of the hood, and the first flat segment 2 and the second flat segment 6 are used for tying to fix the shape of the mouth-binding strap.

Example 3

Referring to fig. 4 and 5, the difference from embodiment 1 is that the webbing body 1 includes twelve second circular core segments 7 arranged in a tubular shape and thirteen third flat segments 8 arranged in a narrow width shape, the thirteen third flat segments 8 and the twelve second circular core segments 7 are sequentially and alternately connected along the length direction of the webbing body 1, and the third flat segments 8 and the second circular core segments 7 are connected in a seamless gradual change manner through third gradual change segments 9. Specifically, the mesh belt body 1 is symmetrically arranged along the length direction, the length of the third flat section 8 positioned at the middle of the mesh belt body 1 is 4cm, the lengths of the two sections of the third flat sections 8 positioned at the two ends of the mesh belt body 1 are 10cm, and the lengths of the rest third flat sections 8 are 6 cm; the length of each second core segment 7 is 2 cm.

The implementation principle of the embodiment 3 is as follows: the woven belt disclosed by the embodiment can be used as a shoelace, each second round core section 7 is used for penetrating through a corresponding shoe hole on a shoe, the third flat sections 8 at the two ends of the woven belt are used for being connected tightly, and the rest third flat sections 8 are used for decorating the vamp.

The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.

Claims (10)

1. A multifunctional ribbon is characterized in that: including meshbelt body (1), meshbelt body (1) includes a plurality of round core sections that are the tubulose setting and a plurality of flat section that are narrow width form setting, round core section with flat section is followed the length direction of meshbelt body (1) sets up in turn.

2. The multi-function webbing of claim 1, wherein: the round core section and the flat section are in transition connection through a gradual change section.

3. The multi-function webbing of claim 2, wherein: the transition section is connected with the round core section in a seamless mode, and the transition section is connected with the flat section in a seamless mode.

4. The multi-function webbing of claim 3, wherein: the mesh belt body (1) is integrally woven and formed.

5. The multi-function webbing of claim 4, wherein: the mesh belt body (1) is integrally formed by weaving elastic yarns.

6. The multifunction webbing of any one of claims 1-5, wherein: the mesh belt body (1) comprises a first flat section (2), a first gradual change section (3), a first round core section (4), a second gradual change section (5) and a second flat section (6) which are sequentially connected along the length direction of the mesh belt body.

7. The multi-function webbing of claim 6, wherein: the diameter of the first round core section (4) is smaller than the width of the first flat section (2), and the diameter of the first round core section (4) is smaller than the width of the second flat section (6).

8. The multi-function webbing of claim 6, wherein: the first flattened section (2) has a length shorter than the length of the second flattened section (6).

9. The multi-function webbing of claim 6, wherein: an inner core (41) is filled in the first round core section (4).

10. The multi-function webbing of claim 9, wherein: the inner core (41) and the first round core section (4) are integrally woven and formed.

Images