CN218552184U - Whole quick-sinking towel - Google Patents

Abstract

The utility model discloses a whole quick-sinking towel, the front side is a terry layer, the middle part is a super absorbent interlayer, and the back side is a honeycomb structure; dividing the warp into three layers: face layer warp yarns, intermediate layer warp yarns and back layer warp yarns; the weft yarns were divided into three groups: the weft yarns in the fuzzing area, the weft yarns in the interlayer area and the weft yarns in the honeycomb area; the terry layer is formed by clamping the wool warp terry by the weft yarns in the fluffing area and the warp yarns of the front surface layer; the super absorbent interlayer is a plain cloth weave formed by weaving the interlayer region weft yarns and the intermediate layer warp yarns; the honeycomb weave is formed by floating and lengthening the honeycomb wefts and the back layer warps respectively; the ground warp and the interlayer area weft adopt hollow yarns; the sewing thread of the towel is folded cotton yarn. The three tissue areas of the towel of the utility model form three layers of products, which not only can absorb moisture and ventilate, but also can be fluffy and soft, and can achieve the effect of rapid water absorption and rapid sinking of the whole towel.

Description

Whole quick-sinking towel

Technical Field

The utility model relates to the technical field of weaving, concretely relates to whole quick-sinking towel.

Background

Along with the increasing national economy, towels become necessities for mass consumption, and various functional towel products emerge endlessly.

Due to the requirement of the use performance of the towel, the towel is required to have strong water absorption in the use process and can be instantly soaked in the use and soaking process, however, the conventional towel is often tightly interwoven through the tissues of the hair warps, the ground warps and the weft because the towel fabrics are mostly loop pile fabrics due to the fluffy characteristic of the hair loops, the fabric tissue is thick, the four sides of the towel are mostly plain cloth and are densely organized, and particularly, when the towel is soaked in water in the use of popular consumers, the towel is firstly soaked through the front loop part and then penetrates through the interweaved part of the warp tissue to the back side of the towel, so that the towel cannot be instantly settled in water, and the requirement of rapid water absorption and rapid settlement cannot be met. Particularly, when the whole towel is soaked in water due to the fact that the tissues of the edge covering part and the head covering part of the towel are tight or chemical fiber yarns are used for sewing for strong requirements, the hair body part of the towel is completely penetrated, the middle part of the towel can quickly absorb water and sink, the four edges of the towel are still suspended on the water surface, and the phenomenon that the whole towel can quickly absorb water and sink cannot be met.

Therefore, the technical staff in the technical field needs to solve the problem of how to ensure that the towel product has super-strong water absorption and the whole towel is soaked in water and instantly settled so as to meet the requirements of mass consumption on the use performance of the towel.

Disclosure of Invention

The utility model aims to solve the technical problem that: aiming at the defects in the prior art, the whole quick-sinking towel is provided, and the purpose of quick water absorption and quick sinking of the whole towel is achieved through the design of tissues and yarns.

In order to solve the technical problem, the technical scheme of the utility model is that:

a whole quick-sinking towel, which is a three-layer structure woven by wool warps, warps and wefts: the front side is provided with a terry layer, the middle part is provided with a super absorbent interlayer, and the back side is provided with a honeycomb structure;

dividing the warp into three layers: face layer warp yarns, intermediate layer warp yarns and back layer warp yarns;

the weft yarns were divided into three groups: the weft yarns in the fuzzing area, the weft yarns in the interlayer area and the weft yarns in the honeycomb area;

the terry layer is formed by clamping the wool with the front layer warp yarns through the fuzzing area weft yarns and the front layer warp yarns and weaving the fuzzing warp;

the super absorbent interlayer is a plain cloth weave formed by weaving the interlayer region weft yarns and the intermediate layer warp yarns;

the honeycomb weave is formed by respectively floating and lengthening the weft yarns in the honeycomb area and the warp yarns on the back surface layer;

the ground warp and the interlayer area weft adopt hollow yarns;

the sewing thread of the towel is folded cotton yarn.

As an improved technical scheme, the super absorbent interlayer is a plain weave which is woven by the interlayer region weft yarns and the middle layer warp yarns and is arranged above and below the interlayer region weft yarns.

As an improved technical scheme, the wool warp is 36.4-58.3 tex pure cotton yarn or blended yarn of pure cotton yarn and natural fiber.

As an improved technical scheme, the wool warp is a single yarn or a plied yarn; the twist of the single yarn is 45-88 twist/10 cm; the twist of the plied yarn is 24-51 twists/10 cm.

As an improved technical scheme, the warp yarns are hollow cotton fibers of 24.3 multiplied by 2tex, and the twist is 33 twists/10 cm; the weft yarn in the interlayer region is hollow cotton fiber of 36.4-58.3 tex, and the twist is 53 twist/10 cm; the hollow cotton fiber contains 25% of water-soluble vinylon.

As an improved technical scheme, every 7 picks of the towel are one cycle, the 1 st, 2 nd and 3 rd picks of the cycle are picking region wefts, the 4 th and 5 th picks are interlayer region wefts, and the 6 th and 7 th picks are honeycomb region wefts.

As an improved technical scheme, the sewing thread of the towel adopts 30-34S/2 ply cotton yarn, the single yarn twist is 95-115 twist/10 cm, and the ply twist is 55-65 twist/10 cm.

As an improved technical scheme, the towel is sewn in a chain type, three-needle and five-thread sewing mode.

Since the technical scheme is used, the beneficial effects of the utility model are that:

the whole quick-sinking towel of the utility model is provided with a terry layer on the front side, a super absorbent interlayer in the middle and a honeycomb structure on the back side; dividing the warp into three layers: face layer warp yarns, intermediate layer warp yarns and back layer warp yarns; the weft yarns are divided into three groups: the weft yarns in the fuzzing area, the weft yarns in the interlayer area and the weft yarns in the honeycomb area; the terry layer is formed by clamping the wool warp terry by the weft yarns in the fluffing area and the warp yarns of the front surface layer; the super absorbent interlayer is a plain weave woven by the interlayer region weft yarns and the intermediate layer warp yarns; the honeycomb weave is formed by respectively floating and lengthening the weft yarns in the honeycomb area and the warp yarns on the back surface layer; the ground warp and the interlayer area weft adopt hollow yarns; the sewing thread of the towel is folded cotton yarn. The utility model discloses a towel three-layer tissue, the hair warp does not participate in interweaving when weaving the honeycomb tissue, has so not only guaranteed that honeycomb warp tension is unanimous to form even third dimension honeycomb, be favorable to the control of product warp direction shrinkage, because honeycomb warp direction yarn is sparse than ordinary honeycomb product warp direction moreover, the spatial sensation between the yarn is big, more is favorable to the rapid-settlement of fabric. The middle layer uses hollow yarn, which can absorb water quickly after being soaked in the honeycomb area, and accelerate sinking. The sewing thread of the towel adopts the twisted cotton yarn, so that the strength can be ensured, and the problem that four sides of the towel are not easy to sink due to the fact that the polyester thread is not easy to absorb water in the prior art is solved.

The three tissue areas of the utility model form three layers of products, which are not only moisture-absorbing and breathable, but also fluffy and soft, and can achieve the effect of rapid water absorption and rapid sinking of the whole towel.

Drawings

The present invention will be further described with reference to the accompanying drawings and examples.

FIG. 1 is an upper computer organization diagram of an embodiment of the present invention;

in the figure, a-denotes honeycomb tissue points; ■ -representing a sandwich region plain weave point; ● -representing the stitch points of the loop layer in the raised area; x-represents warp yarn lifting; 9633denotes that the warp yarn falls.

Detailed Description

The invention is further explained below by referring to the drawings and examples. It should be understood that these examples are only for illustrating the present invention and are not intended to limit the scope of the present invention. Furthermore, it should be understood that various changes and modifications of the present invention may be made by those skilled in the art after reading the teachings of the present invention, and these equivalents also fall within the scope of the appended claims.

As shown in the figure, the whole quick-sinking towel of the utility model comprises a three-layer structure woven by the warp, the warp and the weft: the front side is provided with a terry layer, the middle part is provided with a super absorbent interlayer, and the back side is provided with a honeycomb tissue. The weft yarns are divided into three groups: the weft yarns in the fuzzing area, the weft yarns in the interlayer area and the weft yarns in the honeycomb area; every 7 wefts form a cycle, the 1 st, 2 nd and 3 rd wefts in each cycle form fluffing area wefts, the 4 th and 5 th wefts form interlayer area wefts, and the 6 th and 7 th wefts form honeycomb area wefts; dividing the warp into three layers: face layer warp yarns, intermediate layer warp yarns and back layer warp yarns; the terry layer is formed by clamping the wool warp terry by the weft yarns in the fluffing area and the warp yarns of the front surface layer; the super absorbent interlayer is a plain cloth weave formed by weaving the interlayer region weft yarns and the intermediate layer warp yarns; the honeycomb weave is formed by floating and lengthening the honeycomb weft yarns and the back surface layer warp yarns respectively.

As a modified embodiment, the ground warp and the interlayer area weft adopt hollow yarns.

As an improved embodiment, the sewing thread of the towel is folded cotton yarn.

As an improved mode, the super absorbent interlayer is a plain weave which is woven from the interlayer region wefts and the interlayer warps.

As an improved embodiment, the wool warp is 36.4-58.3 tex pure cotton yarn or blended yarn of pure cotton yarn and natural fiber.

As an improved embodiment, the wool warp is a single yarn or a plied yarn; the twist of the single yarn is 45-88 twist/10 cm; the twist of the plied yarn is 24-51 twists/10 cm.

As an improved embodiment, the warp yarn is a hollow cotton fiber of 24.3 × 2tex, and the twist is 33 twists/10 cm; the weft in the interlayer area is hollow cotton fiber of 36.4-58.3 tex, and the twist is 53 twist/10 cm; the hollow cotton fiber contains 25% of water-soluble vinylon.

As a modified embodiment, the sewing thread of the towel adopts 30-34S/2 folded cotton yarn, the single yarn twist is 95-115 twist/10 cm, and the folded twist is 55-65 twist/10 cm.

As an improved embodiment, the towel is sewn by adopting a chain type, three-needle and five-thread sewing mode.

Claims (8)

1. The whole quick-sinking towel is characterized in that the towel is a three-layer structure woven by wool warps, warps and wefts: the front side is provided with a terry layer, the middle part is provided with a super absorbent interlayer, and the back side is provided with a honeycomb structure;

dividing the warp into three layers: face layer warp yarns, intermediate layer warp yarns and back layer warp yarns;

the weft yarns were divided into three groups: the weft yarns in the fuzzing area, the weft yarns in the interlayer area and the weft yarns in the honeycomb area;

the terry layer is formed by clamping the wool warp terry by the weft yarns in the fluffing area and the warp yarns of the front surface layer;

the super absorbent interlayer is a plain cloth weave formed by weaving the interlayer region weft yarns and the intermediate layer warp yarns; the honeycomb weave is formed by respectively floating and lengthening the weft yarns in the honeycomb area and the warp yarns on the back surface layer;

the warp yarns and the weft yarns in the interlayer area are hollow yarns;

the sewing thread of the towel is folded cotton yarn.

2. The full length fast-sinking towel according to claim 1, wherein: the super absorbent interlayer is a plain weave of one over the other woven from the interlayer region weft yarns and the intermediate layer warp yarns.

3. The full length fast-sinking towel according to claim 1, wherein: the wool warp is 36.4-58.3 tex pure cotton yarn or blended yarn of pure cotton yarn and natural fiber.

4. The full length fast-sinking towel according to claim 1, wherein: the wool warp is a single yarn or a plied yarn; the twist of the single yarn is 45-88 twist/10 cm; the twist of the plied yarn is 24-51 twists/10 cm.

5. The full length fast-sinking towel according to claim 1, wherein: the warp yarns are hollow cotton fibers of 24.3 multiplied by 2tex, and the twist number is 33 twists/10 cm; the weft yarn in the interlayer region is hollow cotton fiber of 36.4-58.3 tex, and the twist is 53 twist/10 cm; the hollow cotton fiber contains 25% of water-soluble vinylon.

6. The full length fast-sinking towel according to claim 1, wherein: every 7 picks of the towel are a cycle, the 1 st, 2 nd and 3 rd picks of the cycle are the picks in the fluffing area, the 4 th and 5 th picks are the picks in the interlayer area, and the 6 th and 7 th picks are the picks in the honeycomb area.

7. The full length fast-sinking towel according to claim 1, wherein: the sewing thread of the towel adopts 30-34S/2 ply-twisted cotton yarn, the single yarn twist is 95-115 twist/10 cm, and the ply-twisted twist is 55-65 twist/10 cm.

8. The full length fast-sinking towel according to claim 1, wherein: the towel is sewn in a chain type, three-needle and five-thread sewing mode.

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