A seamless circular solid split webbing

Abstract

The present invention discloses a seamless quasi-circular solid split webbing, comprising a webbing body, wherein the webbing body comprises a seamless quasi-circular closed section and a seamless quasi-circular split section, the split section and the closed section are seamlessly connected, the split section comprises at least two seamless quasi-circular single strips, the closed section is a seamless quasi-circular whole strip, the split section and the closed section are respectively provided with at least one section, the split section and the closed section are sequentially cyclically connected, or the two ends of the closed section are respectively connected to the split section.

Description

Technical Field

[0001] The invention relates to the technical field of webbings, and in particular to a seamless quasi-circular solid split webbing. Background Art

[0002] At present, the application of ribbons is very extensive, such as: ready-made clothes, underwear, yoga, sports bras, etc., among which the application in yoga clothes and sports bras has grown most significantly. In recent years, sportswear, yoga clothes, etc. have been sought after by consumers and have become a hot spot in the market. With the continuous improvement of human living standards, people's demand for the comfort and beauty of underwear in daily life is increasing. The demand for clothes is no longer a single function, and more consumers tend to prefer products that combine comfort and beauty. Most of the slit ribbons on the market now have to be divided into the front and back sides, which are flat single slit sections and flat whole closed sections, and there will be an obvious connecting seam in the middle of the closed section, which affects the appearance, and wrinkles are prone to appear at the slit position. Summary of the invention

[0003] The technical problem to be solved by the present invention is to provide a seamless quasi-circular solid split webbing.

[0004] In order to solve the above technical problems, the present invention adopts the following technical solutions:

[0005] A seamless quasi-circular solid split webbing comprises a webbing body, wherein the webbing body comprises a seamless quasi-circular closed section and a seamless quasi-circular split section, wherein the split section and the closed section are seamlessly connected, the split section comprises at least two seamless quasi-circular single strips, and the closed section is a seamless quasi-circular whole strip.

[0006] The open segment and the closed segment are each provided with at least one segment.

[0007] The forked section and the closed section are connected in a circular manner in sequence, or the two ends of the closed section are respectively connected to the forked section.

[0008] The single strip of the slit section and the entire strip of the closed section are both solid structures.

[0009] At least two individual strips in the forked section have the same or different cross-sectional diameters, and the cross-sectional diameter of the entire closed section is greater than the cross-sectional diameter of a single strip of the forked section.

[0010] The lengths of at least two of the split segments are the same or different.

[0011] At least two of the split segments are filled with yarn and / or conductive material.

[0012] The ribbon body is woven from core-spun yarn, nylon, polyester or cotton.

[0013] The present invention realizes a 360-degree seamless connection between the slit section and the closed section and the slit section itself, making the connection more secure, without the need for manual sewing, and the seamless quasi-circular structure feels smooth, has a stronger skin-fitting feel, is more beautiful, and is more comfortable for the wearer. The specifications and lengths of the seamless quasi-circular slit sections can be adjusted according to demand, and wrinkles will not appear when used at a large angle, and there is no difference between the front and back sides when used, so the flexibility is high. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 It is a schematic diagram of the three-dimensional structure of the present invention;

[0015] Figure 2 A schematic diagram of the inlay yarn during weaving of the present invention;

[0016] Figure 3 This is a schematic diagram of yarn threading during weaving of the present invention;

[0017] Figure 4 This is a schematic diagram of the application of the present invention. DETAILED DESCRIPTION

[0018] In order to further understand the features, technical means, specific objectives and functions of the present invention, the present invention is further described in detail below in conjunction with the accompanying drawings and specific implementation methods.

[0019] As attached Figure 1-4 As shown, the present invention discloses a seamless quasi-circular solid split webbing, including a webbing body, wherein the webbing body includes a seamless quasi-circular closed section H and a seamless quasi-circular split section, the split section and the closed section are seamlessly connected, the split section includes at least two seamless quasi-circular single strips, and the closed section is a seamless quasi-circular whole strip. The split section and the closed section are provided with multiple sections, which are extended in a loop. On a webbing, there is no specific restriction on the number of split sections and closed sections, which can be flexibly set according to the use of the webbing. By adopting a quasi-circular webbing structure, the appearance is consistent at any angle, and there is no need to worry about the embarrassment of the reverse strap after wearing. The seamless connection structure allows a seamless transition between the split section and the closed section, and the connection is more secure, and wrinkles will not appear when used at a large angle.

[0020] The forked section and the closed section are connected in a circular manner, or the two ends of the closed section are connected to the forked section respectively, so as to form a variety of closed sections and forked sections with different cycles, and form a variety of different structural forms according to needs.

[0021] The single strip of the split segment and the whole strip of the closed segment are solid structures, and at least two single strips of the split segment are filled with yarn and / or conductive material.

[0022] At least two of the split segments have the same or different cross-sectional diameters, the cross-sectional diameter of the entire closed segment is larger than the cross-sectional diameter of the split segment, and at least two of the split segments have the same or different lengths.

[0023] The ribbon body is woven from core-spun yarn, nylon, polyester or cotton.

[0024] The loop lengths of the seamless quasi-circular split section and the seamless quasi-circular closed section can be adjusted accordingly according to requirements.

[0025] By choosing the split section and the closed section, different specifications or different circulation modes can be selected, thus achieving diversification.

[0026] As attached Figure 1 In the figure, the forked section is set to be three single strips, namely single strip K1, single strip K2 and single strip K3, and the cross-sectional diameters of the three single strips are different, that is, the cross-sectional diameter D1 of single strip K1 is larger than the cross-sectional diameter of single strip K2, the cross-sectional diameter of single strip K2 is larger than the cross-sectional diameter of single strip K3, the cross-sectional diameter D of the semi-closed section H is larger than the cross-sectional diameter of single strip K1, and the length L1 of the closed section and the length L2 of the forked section are also different.

[0027] In the implementation of the present invention, Figure 2 Yarn S1 passes through B1, and yarn S7 passes through Figure 3 The guide bar B7 in the middle is knitted in the needle bed A and the needle bed B respectively. Figure 3 In the figure, the latch needles of needle bed A move through the machine and form loops with the yarn passing through the comb bar B1. The looping path is the basic warp knitting principle: warp plain organization, chain organization, etc. Yarn S1 is repeatedly knitted into loops on the latch needles of two adjacent needles on needle bed A. While needle bed A is knitting, the latch needles of needle bed B also knit with yarn S7 guided by comb bar B7. Yarn S7 is repeatedly knitted into loops on the latch needles of two adjacent needles on needle bed B. Figure 2 The yarn S2 passes through Figure 3 The guide bar B2 in the middle is weft-inserted into the needle bed A for knitting. Figure 2 Yarn S5 in the left side passes through Figure 3 The guide bar B4 in the middle is regularly interlaced and knitted in the latch needles of the two needle beds according to the operation principle of the Raschel warp knitting machine, forming a seamless connection with the structures knitted by S1 and S7 in the A and B needle beds respectively. Figure 2 Yarn S6 in the right passes through Figure 3 The guide bar B5 in the middle is regularly interlaced and knitted in the latch needles of the two needle beds according to the operation principle of the Raschel warp knitting machine, forming a seamless connection with the structures knitted by S1 and S7 in the A and B needle beds respectively. Figure 2 The yarn S3 passes through Figure 3The bar B6 in the middle performs a looping motion with the latch needles of the A and B needle beds through machine motion, first repeatedly weaving loops on the latch needles of the two adjacent needles of the B needle bed, and then regularly interlacing weaving on the latch needles of the A and B needle beds respectively. Figure 2 The yarn S4 passes through Figure 3 The comb bar B3 in the middle performs a looping motion with the latch needles of the A and B needle beds through machine motion, first repeatedly weaving loops on the latch needles of the two adjacent needles of the A needle bed, and then regularly interlacing weaving on the latch needles of the A and B needle beds respectively.

[0028] In the closed section, the yarn S4 passing through B3 is repeatedly woven into loops on the latch needles of two adjacent needles on the A needle bed, forming the same weaving structure as the yarn S1 passing through B1. The yarn S3 passing through B6 is repeatedly woven into loops on the latch needles of two adjacent needles on the B needle bed, forming the same weaving structure as the yarn S7 passing through B7, thereby forming a quasi-circular structure with the structure woven by S5 and S6 and wrapping S2 therein, together forming a seamless quasi-solid closed section H.

[0029] In the split section, the yarn S4 passing through B3 is regularly interlaced and woven in the latch needles of the A and B needle beds, respectively, and the yarn S3 passing through B6 is regularly interlaced and woven in the latch needles of the A and B needle beds, respectively, to divide the yarn S2 into two or more parts, which can be equally distributed or unequally distributed. The yarns S4 and S5 form the same braided knots to form a seamless connection with the structures woven by S1 and S7 in the A and B needle beds, respectively, and a part of the yarn S2 is covered therein, forming a seamless quasi-circular solid single strip. The yarns S3 and S6 form the same braided knots to form a seamless connection with the structures woven by S1 and S7 in the A and B needle beds, respectively, and another part of the yarn S2 is covered therein, forming a new seamless quasi-circular solid single strip.

[0030] The loop length and specifications of the closed section and the open section in the above-mentioned webbing can be adjusted as needed, and the latch needles on the two needle beds can be arranged relative to each other or facing each other.

[0031] The specific production process is as follows:

[0032] 1. Input the warp knitting process on the microcomputer touch screen of the electronic controller, and the warp knitting process can be a multi-layer process cycle;

[0033] 2. Install the warp yarn head on the warp let-off mechanism as needed, and the warp yarn let-off parameters in the microcomputer can be directly set through the touch screen according to the yarn conditions;

[0034] 3. Pass one or several groups of parallel warp threads through the yarn guide needle holes of the comb bar transverse mechanism, and wrap the yarn around the latch needle as the comb bar moves;

[0035] 4. Start the machine, and the yarn is woven into a webbing through the coordinated movement of the latch needle, sinker and other loop forming parts;

[0036] The production process of seamless quasi-circular solid split webbing can directly adjust various production coefficients through the electronic controller according to the needs of the webbing, and change the density of the webbing by stepless speed regulation.

[0037] It should be noted that the above are only preferred embodiments of the present invention and are not intended to limit the present invention. Although the present invention has been described in detail with reference to the embodiments, it is still possible for those skilled in the art to modify the technical solutions described in the aforementioned embodiments or to make equivalent substitutions for some of the technical features therein. However, any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A seamless quasi-circular solid split webbing, comprising a webbing body, characterized in that: The webbing body comprises a seamless quasi-circular closed section and a seamless quasi-circular slit section, the slit section and the closed section are seamlessly connected, the slit section comprises at least two seamless quasi-circular single strips, and the closed section is a seamless quasi-circular whole strip; Yarn S1 passes through comb bar B1, and yarn S7 passes through comb bar B7 to be woven in needle bed A and needle bed B respectively. The latch needle of needle bed A moves through the machine to form loops with the yarn passing through comb bar B1, and yarn S1 is repeatedly woven into loops on the adjacent latch needles on needle bed A. While needle bed A is moving and weaving, the latch needle of needle bed B is also woven with yarn S7 guided by comb bar B7, and yarn S7 is repeatedly woven into loops on the adjacent latch needles on needle bed B. Yarn S2 passes through comb bar B2 to be weft-inserted in needle bed A. Yarn S5 on one side passes through comb bar B4 to be woven in needle bed A and needle bed B at the same time. The latch needles of the B needle bed are regularly interlaced and woven, forming a seamless connection with the structures woven by the yarn S1 and the yarn S7 in the A needle bed and the B needle bed respectively; the yarn S6 located on the other side is regularly interlaced and woven in the latch needles of the A needle bed and the B needle bed at the same time through the comb B5, forming a seamless connection with the structures woven by the yarn S1 and the yarn S7 in the A needle bed and the B needle bed respectively; the yarn S3 passes through the comb B6, and performs a looping motion with the latch needles of the A needle bed and the B needle bed through machine motion, first repeatedly weaving into loops on the latch needles adjacent to the B needle bed, and then regularly interlacing and woven in the latch needles of the A needle bed and the B needle bed respectively; the yarn S4 passes through the comb B3, and performs a looping motion with the latch needles of the A needle bed and the B needle bed through machine motion, first repeatedly weaving into loops on the latch needles adjacent to the A needle bed, and then regularly interlacing and woven in the latch needles of the A needle bed and the B needle bed respectively; In the closed section, the yarn S4 passing through the comb bar B3 is repeatedly woven into loops on the latch needles adjacent to the needle bed A, forming the same weaving structure as the yarn S1 passing through the comb bar B1, and the yarn S3 passing through the comb bar B6 is repeatedly woven into loops on the latch needles adjacent to the needle bed B, forming the same weaving structure as the yarn S7 passing through the comb bar B7, thereby forming a circular structure with the structure woven by the yarn S5 and the yarn S6 and wrapping the yarn S2 therein, together forming a seamless solid closed section; In the fork section, the yarn S4 passing through the comb bar B3 is regularly interlaced and woven in the latch needles of the A needle bed and the B needle bed respectively, and the yarn S3 passing through the comb bar B6 is regularly interlaced and woven in the latch needles of the A needle bed and the B needle bed respectively, dividing the yarn S2 into two parts. The yarn S4 and the yarn S5 form the same weaving structure and are seamlessly connected with the structures weaved by the yarn S1 and the yarn S7 in the A needle bed and the B needle bed respectively, and a part of the yarn S2 is covered therein to form a seamless quasi-circular solid single strip; the yarn S3 and the yarn S6 form the same weaving structure and are seamlessly connected with the structures weaved by the yarn S1 and the yarn S7 in the A needle bed and the B needle bed respectively, and another part of the yarn S2 is covered therein to form a new seamless quasi-circular solid single strip.

2. The seamless quasi-circular solid split webbing according to claim 1, characterized in that: The open segment and the closed segment are each provided with at least one segment.

3. The seamless quasi-circular solid split webbing according to claim 2, characterized in that: The forked section and the closed section are connected in a circular manner in sequence, or the two ends of the closed section are respectively connected to the forked section.

4. The seamless quasi-circular solid split webbing according to claim 3, characterized in that: The single strip of the slit section and the entire strip of the closed section are both solid structures.

5. The seamless quasi-circular solid split webbing according to claim 4, characterized in that: The cross-sectional diameters of the two individual strips in the forked section are the same or different, and the cross-sectional diameter of the entire strip of the closed section is greater than the cross-sectional diameter of the individual strips in the forked section.

6. The seamless quasi-circular solid split webbing according to claim 5, characterized in that: The lengths of the two individual strips in the split section are the same or different.

7. The seamless quasi-circular solid split webbing according to claim 6, characterized in that: Two of the split sections are filled with yarn and / or conductive material.

8. The seamless quasi-circular solid split webbing according to claim 7, characterized in that: The ribbon body is woven from core-spun yarn, nylon, polyester or cotton.

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