Anti-transparent super-soft mini-jacquard fabric

Abstract

The utility model belongs to the field of functional fabrics, and particularly discloses an anti-permeable super-soft mini-jacquard fabric, which adopts special anti-permeable porous nylon yarns according to the principle that dpf of the yarns reaches 0.3-0.6 by using a porous spinneret plate and an accurate regulation and control process, and the woven fabric is light, thin, soft and skin-friendly; furthermore, nano anti-transparent material particles (such as titanium dioxide powder) can be uniformly embedded into the fibers, so that absorption and reflection of visible light can be improved, a better anti-transparent effect is achieved, and 40G high-needle-density equipment is adopted, so that the fabric is more compact, anti-transparent and skin-friendly.

Description

Technical Field

[0001] The utility model belongs to the field of functional fabrics, and specifically discloses an anti-permeable super-soft small jacquard fabric. Background Art

[0002] With the mature application of polyamide in the market, there are more and more sun-protective clothes, but there is a need for lighter weight, better anti-permeability, and higher UPF. The existing sun protection and anti-perspective effects are achieved by increasing the thickness of the fabric, which makes the clothes thicker, with insufficient air permeability, not skin-friendly enough, and insufficient wearing comfort, thus restricting the application of the above fabrics, especially in the field of sportswear. Content of the Utility Model

[0003] In view of the above problems, the utility model discloses an anti-permeable super-soft small jacquard fabric and a textile product made of the above fabric.

[0004] The technical solution of the utility model is as follows:

[0005] An anti-permeable super-soft small jacquard fabric, characterized in that taking 12 courses as a cycle, wherein,

[0006] The 1st course is in sequence: knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop;

[0007] The 2nd course is in sequence: knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop;

[0008] The 3rd course is in sequence: knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop;

[0009] The 4th course is in sequence: knitting with the bottom needle to form a loop, floating the bottom needle, knitting with the bottom needle to form a loop;

[0010] The 5th course is in sequence: knitting with the bottom needle to form a loop, floating the bottom needle, knitting with the bottom needle to form a loop;

[0011] The 6th course is in sequence: knitting with the bottom needle to form a loop, floating the bottom needle, knitting with the bottom needle to form a loop;

[0012] The 7th course is in sequence: knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop;

[0013] The 8th course is in sequence: knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop;

[0014] The 9th course is in sequence: knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop;

[0015] The 10th course is in sequence: knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop, floating the bottom needle;

[0016] The 11th course is in sequence: knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop, floating the bottom needle;

[0017] The 12th course is in sequence: knitting with the bottom needle to form a loop, knitting with the bottom needle to form a loop, floating the bottom needle.

[0018] Furthermore, for the above-mentioned anti-permeable super soft small jacquard fabric, each pass uses a blended textile of 50D / 96F DTY yarn and 30D OP Lycra yarn.

[0019] Furthermore, for the above-mentioned anti-permeable super soft small jacquard fabric, the mass ratio of the 50D / 96F DTY yarn to the 30D OP Lycra yarn is 7:3.

[0020] Furthermore, for the above-mentioned anti-permeable super soft small jacquard fabric, the fabric is woven by a 40G high-density loom.

[0021] Furthermore, for the above-mentioned anti-permeable super soft small jacquard fabric, the anti-UV index of the fabric reaches 50+ or above.

[0022] Furthermore, for the above-mentioned anti-permeable super soft small jacquard fabric, the lower knitting needles are arranged as Figure 3 shown.

[0023] Furthermore, the present utility model discloses a textile product containing the above-mentioned anti-permeable super soft small jacquard fabric.

[0024] Furthermore, the present utility model discloses a piece of clothing containing the above-mentioned anti-permeable super soft small jacquard fabric.

[0025] Furthermore, the present utility model discloses a sportswear containing the above-mentioned anti-permeable super soft small jacquard fabric.

[0026] From the above technical solutions, it can be seen that the present utility model has the following beneficial effects:

[0027] The present utility model belongs to the field of functional fabrics, and specifically discloses an anti-permeable super soft small jacquard fabric. We use higher-density knitting needles and finer yarns, and the yarn is a super-matte yarn with a core-sheath structure. This yarn has a good anti-permeable effect; the present utility model uses a special anti-permeable porous nylon yarn for the yarn. The principle is to use a multi-hole spinneret and precisely control the process to make the yarn dpf reach 0.3 - 0.6. The woven fabric is light, thin, soft, and skin-friendly; further, by evenly embedding nano anti-permeable material particles (such as titanium dioxide powder) into the fibers, the absorption and reflection of visible light can be improved, and it has a better anti-permeable effect. Secondly, a 40G high-needle-density device is used to make the fabric more tightly anti-permeable and skin-friendly. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] Figure 1 is a front view of the fabric;

[0029] Figure 2 is a schematic diagram of the reverse side of the fabric in contact with the body;

[0030] Figure 3 is a schematic diagram of the knitting needle arrangement;

[0031] Figure 4 It is a knitting triangle diagram of the fabric. Specific embodiments

[0032] The embodiments of the present utility model will be described in detail below. The examples of the embodiments are shown in the drawings, in which the same or similar reference numerals denote the same or similar elements or elements having the same or similar functions throughout. The embodiments described below with reference to the drawings are exemplary and are intended to explain the present utility model and should not be construed as limiting the present utility model.

[0033] Embodiment 1

[0034] As Figures 1-4 shown, a non-transparent super-soft small jacquard fabric has a cycle of 12 courses, wherein,

[0035] The 1st course is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, knitting with the lower needle to form a loop;

[0036] The 2nd course is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, knitting with the lower needle to form a loop;

[0037] The 3rd course is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, knitting with the lower needle to form a loop;

[0038] The 4th course is successively knitting with the lower needle to form a loop, floating the lower needle, knitting with the lower needle to form a loop;

[0039] The 5th course is successively knitting with the lower needle to form a loop, floating the lower needle, knitting with the lower needle to form a loop;

[0040] The 6th course is successively knitting with the lower needle to form a loop, floating the lower needle, knitting with the lower needle to form a loop;

[0041] The 7th course is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, knitting with the lower needle to form a loop;

[0042] The 8th course is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, knitting with the lower needle to form a loop;

[0043] The 9th course is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, knitting with the lower needle to form a loop;

[0044] The 10th course is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, floating the lower needle;

[0045] The 11th course is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, floating the lower needle;

[0046] The 12th course is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, floating the lower needle.

[0047] Embodiment 2

[0048] As Figures 1-4 shown, a non-transparent super-soft small jacquard fabric has a cycle of 12 courses, wherein,

[0049] The first pass is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, and knitting with the lower needle to form a loop;

[0050] The second pass is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, and knitting with the lower needle to form a loop;

[0051] The third pass is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, and knitting with the lower needle to form a loop;

[0052] The fourth pass is successively knitting with the lower needle to form a loop, floating the lower needle, and knitting with the lower needle to form a loop;

[0053] The fifth pass is successively knitting with the lower needle to form a loop, floating the lower needle, and knitting with the lower needle to form a loop;

[0054] The sixth pass is successively knitting with the lower needle to form a loop, floating the lower needle, and knitting with the lower needle to form a loop;

[0055] The seventh pass is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, and knitting with the lower needle to form a loop;

[0056] The eighth pass is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, and knitting with the lower needle to form a loop;

[0057] The ninth pass is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, and knitting with the lower needle to form a loop;

[0058] The tenth pass is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, and floating the lower needle;

[0059] The eleventh pass is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, and floating the lower needle;

[0060] The twelfth pass is successively knitting with the lower needle to form a loop, knitting with the lower needle to form a loop, and floating the lower needle.

[0061] Furthermore, each pass uses a blended textile of 50D / 96F DTY yarn and 30D OP Lycra yarn; preferably, the mass ratio of the 50D / 96F DTY yarn to the 30D OP Lycra yarn used is 7 to 3; particularly, the fabric is woven by a 40G high-density loom; further, the anti-UV index of the fabric reaches 50+ or above; preferably, the yarn used in the fabric also contains nano anti-permeability material particles of titanium dioxide powder.

[0062] As can be seen from the above embodiments, the present utility model adopts a special yarn, anti-permeable porous nylon yarn. The principle is to use a multi-hole spinneret to precisely control the process, so that the yarn dpf reaches 0.3 - 0.6. The woven fabric is light, thin, soft, and skin-friendly; further, embedding nano anti-permeability material particles (such as titanium dioxide powder) uniformly into the fibers can improve the absorption and reflection of visible light, having a better anti-permeability effect. Secondly, a 40G high-needle density device is used to make the fabric more tightly anti-permeable and skin-friendly.

[0063] The above are only the preferred embodiments of the present utility model, and the protection scope of the present utility model cannot be limited thereby. That is, any simple equivalent changes and modifications made in accordance with the claims of the present utility model and the content of the utility model still fall within the protection scope of the patent application of the present utility model.

Claims

1. A kind of anti-transmission ultra-soft small jacquard fabric, characterized in that: There are 12 routes as a cycle, among which, The first route is to make a circle with the lower needle, a circle with the lower needle, and a circle with the lower needle; The second route is to make a circle with the lower needle, a circle with the lower needle, and a circle with the lower needle; The third route is to make a circle with the lower needle, a circle with the lower needle, and a circle with the lower needle; The fourth route is to make a circle with the lower needle, float the thread with the lower needle, and make a circle with the lower needle; The fifth route is to make a circle with the lower needle, float the thread with the lower needle, and make a circle with the lower needle; The sixth route is to form a circle with lower needle, float thread with lower needle, and form a circle with lower needle; The seventh route is to make a circle with the lower needle, a circle with the lower needle, and a circle with the lower needle; The 8th route is to make a circle with the lower needle, a circle with the lower needle, and a circle with the lower needle; The 9th route is to make a circle with the lower needle, a circle with the lower needle, and a circle with the lower needle; The 10th route is to make a circle with the lower needle, make a circle with the lower needle, and then make a floating line with the lower needle; The 11th route is to make a circle with the lower needle, make a circle with the lower needle, and then make a floating line with the lower needle; The 12th route is, in sequence, lower needle into circle, lower needle into circle, and lower needle floating line.

2. The anti-transmission ultra-soft small jacquard fabric according to claim 1, characterized in that: Each route is woven with a blend of 50D / 96FDTY yarn and 30DOP Lycra yarn.

3. The anti-transmission ultra-soft small jacquard fabric according to claim 2, characterized in that: The mass ratio of the 50D / 96F DTY yarn to the 30DOP Lycra yarn is 7 to 3.

4. The anti-transmission ultra-soft dobby fabric according to claim 1, characterized in that: The fabric is woven by a 40G high-density loom.

5. The anti-transmission ultra-soft small jacquard fabric according to claim 1, characterized in that: The anti-UV index of the fabric reaches 50+ or ​​more.

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