CN214496679U

CN214496679U - Seamless quasi-circular solid split braid

Info

Publication number: CN214496679U
Application number: CN202120028316.7U
Authority: CN
Inventors: 曹令学; 张志生; 何慧
Original assignee: New Horizon Elastic Fabric Co Ltd
Current assignee: New Horizon Elastic Fabric Co Ltd
Priority date: 2021-01-06
Filing date: 2021-01-06
Publication date: 2021-10-26
Anticipated expiration: 2031-01-06

Abstract

The utility model discloses a solid jag meshbelt of seamless class circular shape, including the meshbelt main part, the meshbelt main part includes the circular shape closed section of seamless class and the circular shape jag section of seamless class, jag section and closed section seamless connection, and the jag section includes two at least circular shape monocells of seamless class, and the closed section is the circular shape whole strip of seamless class, and jag section and closed section set up one section at least respectively, and jag section and closed section are cyclic connection in proper order, perhaps jag section is connected respectively at the both ends of closed section.

Description

Seamless quasi-circular solid split braid

Technical Field

The utility model relates to a meshbelt technical field especially involves a solid jag meshbelt of seamless quasi-circular.

Background

The application of the braid is very wide at present, such as: the yoga clothes comprise ready-made clothes, underwear, yoga, athletic underwear and the like, wherein the application growth on the yoga clothes and the athletic underwear is the most obvious. In recent years, sportswear, yoga clothes and the like have been pursued by consumers and become hot spots in the market. With the continuous improvement of the living standard of human beings, the requirements of people on the comfort and the aesthetic property of underwear in daily life are more and more. The demand for clothing is no longer a single function, and more consumers tend to integrate a comfortable and aesthetically pleasing product. Most of the forked woven belts on the market are divided into a front side and a back side, namely a planar single forked section and a planar whole closed section, an obvious connecting seam can be formed in the middle of the closed section, the appearance is influenced, and wrinkles can easily appear at the forked position.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is to provide a solid jag meshbelt of seamless quasi-circular.

In order to solve the technical problem, the utility model discloses take following technical scheme:

the utility model provides a solid jag meshbelt of seamless quasi-circular, includes the meshbelt main part, the meshbelt main part includes the circular shape closed section of seamless quasi-circular and the circular shape jag section of seamless quasi-circular, jag section and closed section seamless connection, jag section includes two at least seamless quasi-circular singles, and the closed section is the circular shape whole strip of seamless quasi-circular.

The fork-opening section and the closing section are respectively provided with at least one section.

The forking section and the closed section are sequentially connected in a circulating manner, or two ends of the closed section are respectively connected with the forking section.

The single strip of the forking section and the whole strip of the closed section are both of solid structures.

At least two single strips in the forking section have the same or different section diameters, and the section diameter of the whole strip of the closed section is larger than that of the single strip of the forking section.

At least two of the split sections may have the same or different lengths.

At least two of the diverging sections are individually filled with yarn and/or conductive material.

The main body of the mesh belt is woven by core-spun yarn, nylon, terylene or cotton.

The utility model discloses a jag section and closed section and 360 degrees seamless connection of itself make to be connected more firmly, need not artifical sewing, and seamless class circular structure feels level and smooth, pastes the skin and feels stronger, class circular structure is more pleasing to the eye and make the person of dress more comfortable. The specification and length of each seamless quasi-circular forked section can be adjusted according to requirements, folds cannot appear even when the slit, use not to do not to divide front and do not to do not divide front and front.

Drawings

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

FIG. 2 is a schematic view of the yarn laying during knitting of the present invention;

FIG. 3 is a schematic drawing of the yarn threading during knitting of the present invention;

fig. 4 is a schematic view of the present invention.

Detailed Description

For further understanding of the features and technical means of the present invention, as well as the specific objects and functions attained by the present invention, the present invention will be described in further detail with reference to the accompanying drawings and detailed description.

As shown in fig. 1-4, the utility model discloses a solid jag meshbelt of seamless class of circular shape, including the meshbelt main part, the meshbelt main part includes seamless class of circular shape closed segment H and seamless class of circular shape jag section, jag section and closed segment seamless connection, and the jag section includes at least two seamless class of circular shape is single, and the closed segment is seamless class of circular shape integer. The fork-opening section and the closing section are provided with multiple sections which are arranged in a circulating extending manner. The number of the open sections and the closed sections on one woven belt is not particularly limited and can be flexibly set according to the use condition of the woven belt. By adopting the similar round braid structure, the appearance is consistent at any angle, and the embarrassment of reverse braiding is not considered after the garment is worn. The seamless connection structure enables the split section and the closed section to be in seamless transition, the connection is firmer, and wrinkles can not appear when the fork type folding bicycle is used at a large angle.

The forking section and the closed section are sequentially connected in a circulating manner, or two ends of the closed section are respectively connected with the forking section. Can form a plurality of different circulating closed sections and fork sections, and form a plurality of different structural forms according to the requirements.

The single strips of the open section and the whole strip of the closed section are both solid structures, and at least two single strips of the open section are filled with yarns and/or conductive materials.

At least two single strips in the forking section have the same or different section diameters, and the section diameter of the whole strip of the closed section is larger than that of the single strip of the forking section. At least two of the split sections may have the same or different lengths.

The cycle length of the seamless quasi-circular forked section and the seamless quasi-circular closed section can be correspondingly adjusted according to requirements.

By selecting the fork section and the closed section, different specifications or different circulation modes can be selected, so that diversification is realized.

As shown in fig. 1, the bifurcated sections are three single strips, namely, a single strip K1, a single strip K2 and a single strip K3, and the cross-sectional diameters of the three single strips are different, namely, the cross-sectional diameter D1 of the single strip K1 is larger than that of the single strip K2, the cross-sectional diameter D of the single strip K2 is larger than that of the single strip K3, the cross-sectional diameter D of the half-closed section H is larger than that of the single strip K1, and the length L1 of the closed section is different from the length L2 of the bifurcated section.

In the implementation process of the invention, the yarn S1 in the second drawing is knitted in the needle bed A and the needle bed B through the B1 and the yarn S7 respectively by the guide bar B7 in the third drawing, the latch needle of the needle bed A is moved by a machine to perform a looping movement with the yarn passing through the guide bar B1, and the looping path is a basic warp knitting principle: the yarn S1 is repeatedly knitted into loops on the latch needles of two adjacent needles on the needle bed a by a flat stitch, a chain stitch, and the like. While the needle bed a is moving knitting, the latch needles of the needle bed B are knitted with the yarn S7 by the guide bar B7, and the yarn S7 is knitted repeatedly in loops on the latch needles of two adjacent needles on the needle bed B. Yarn S2 in figure two is weft inserted in the a needle bed through bar B2 in figure three. Yarn S5 in fig. two is regularly interlaced on the left by bar B4 in fig. three simultaneously in the latch needles of both needle beds according to the raschel machine operating principle, forming a seamless connection with the structure knitted in the A, B needle beds respectively of S1, S7. Yarn S6 in fig. two is regularly interlaced on the right by bar B5 in fig. three simultaneously in the latch needles of both needle beds according to the raschel machine operating principle, forming a seamless connection with the structure knitted in the A, B needle beds respectively for S1, S7. Yarn S3 in fig. two passes through guide bar B6 in fig. three, and performs knitting with latch needles of A, B needle beds by machine motion, and the knitting is repeated on the latch needles of two adjacent needles of the B needle bed, and then the knitting is regularly staggered among the latch needles of A, B needle beds. Yarn S4 in fig. two passes through guide bar B3 in fig. three, and performs knitting with the latch needles of the A, B needle bed by machine motion, and the knitting is repeated on the latch needles of two adjacent needles of the a needle bed, and then the knitting is regularly staggered among the latch needles of the A, B needle bed.

In the closed section, yarn S4 passing through B3 is knitted repeatedly in loops on the latch needles of two adjacent needles of the a needle bed to form the same knitting structure as yarn S1 passing through B1, yarn S3 passing through B6 is knitted repeatedly in loops on the latch needles of two adjacent needles of the B needle bed to form the same knitting structure as yarn S7 passing through B7, so that the structure knitted with S5, S6 forms a quasi-circular structure and covers S2 therein, together forming a seamless quasi-solid closed section H.

In the forked section, yarns S4 penetrating through B3 are regularly and alternately knitted in latch needles of a A, B needle bed respectively, yarns S3 penetrating through B6 are regularly and alternately knitted in latch needles of a A, B needle bed respectively, yarns S2 are divided into two or more parts, which can be distributed in equal parts or unequal parts, yarns S4 and S5 form the same knitting knots and form seamless connection with structures knitted in needle beds of S1 and S7 respectively in A, B, and a part of yarns S2 is covered in the knitting knots to form a seamless round-like solid single strip. Yarns S3 form the same knitting knot as S6 and form a seamless connection with the structure knitted in the A, B needle beds respectively for S1 and S7, and wrap another portion of yarn S2 therein, forming a new seamless round-like solid single strip.

The circulating length and specification of the closed section and the open section in the mesh belt can be adjusted according to the requirement, and the latch needles on the two needle beds can be oppositely configured or oppositely configured.

The specific manufacturing process is as follows:

inputting a warp knitting process on a microcomputer touch screen of an electronic controller, wherein the warp knitting process can be a cycle of a multilayer process;

secondly, warp yarn pan heads are arranged on a warp feeding mechanism as required, and the warp feeding parameters of the pan heads in the microcomputer can be directly set through a touch screen according to the yarn condition;

thirdly, one group or a plurality of groups of warp threads which are arranged in parallel penetrate through a guide needle eyelet of the guide bar shogging mechanism, and the yarns are wound and padded on a latch needle along with the movement of the guide bar;

fourthly, starting the machine, and weaving the yarns into a woven belt through the mutual matching motion of the latch needles, the sinkers and other looping machine parts;

the manufacturing process of the seamless quasi-circular solid forked braid can directly adjust various production coefficients through an electronic controller according to the requirements of the braid, and stepless speed regulation can change the density of the braid and the like.

It should be noted that the above is only a preferred embodiment of the present invention, and the present invention is not limited to the above, and although the present invention has been described in detail with reference to the embodiments, it will be apparent to those skilled in the art that the technical solutions described in the foregoing embodiments can be modified or some technical features can be replaced with equivalents, but any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. The utility model provides a solid jag meshbelt of seamless quasi-circular, includes the meshbelt main part, its characterized in that, the meshbelt main part includes seamless quasi-circular's closed section and seamless quasi-circular's jag section, jag section and closed section seamless connection, jag section includes two at least seamless quasi-circular singles, and the closed section is seamless quasi-circular's whole strip.

2. The seamless round-like solid split braid as claimed in claim 1, wherein the split and closed segments are provided with at least one segment, respectively.

3. The seamless round-like solid split braid as claimed in claim 2, wherein the split section and the closed section are connected in sequence in a circulation manner, or both ends of the closed section are respectively connected with the split section.

4. The seamless round-like solid split braid as claimed in claim 3, wherein the single pieces of the split section and the entire piece of the closed section are of solid construction.

5. The seamless circular-like solid split braid as claimed in claim 4, wherein at least two individual pieces of the split segments have the same or different cross-sectional diameters, and the cross-sectional diameter of the entire piece of the closed segment is larger than the cross-sectional diameter of the individual pieces of the split segment.

6. The seamless round-like solid split braid as claimed in claim 5, wherein at least two individual strips of the split segments are the same or different length.

7. The seamless round-like solid split braid as claimed in claim 6, wherein at least two of the split segments are individually filled with yarn and/or conductive material.

8. The seamless round-like solid split fabric belt according to claim 7, wherein the fabric belt body is woven from core-spun yarn, nylon, polyester or cotton.