Moisture absorption and sweat releasing chemical fiber fabric

Abstract

The utility model discloses a moisture-absorbing and sweat-releasing chemical fiber fabric, which relates to the technical field of textile fabrics, and is characterized in that the moisture-absorbing and sweat-releasing chemical fiber fabric comprises a base layer, the base layer is provided with a plurality of breathable openings, the breathable openings are linearly arrayed along the warp direction of the base layer, and the base layer is provided with a plurality of sweat-releasing strips. A breathable opening is formed in the base layer, the sweat releasing strip is located on an opening in one side of the breathable opening, a plurality of moisture absorption yarns are inserted in the base layer in a penetrating mode, the penetrating path of the moisture absorption yarns is in a continuous Z shape, the moisture absorption yarns partially make contact with the sweat releasing strip, and the moisture absorption yarns are spirally wound around the moisture absorption yarns. The polyester profiled fibers with the double-cross-shaped cross sections are arranged in the chemical fiber fabric, the double-cross-shaped polyester profiled fibers have good moisture absorption and a certain perspiration effect, and the overall moisture absorption and perspiration effect of the chemical fiber fabric is improved through the characteristics of materials.

Description

Technical Field

[0001] This utility model relates to the field of textile fabric technology, and more specifically, to moisture-wicking synthetic fiber fabrics. Background Technology

[0002] Chemical fiber fabrics mainly refer to pure, blended, or interwoven fabrics made from chemical fibers. Therefore, chemical fiber fabrics do not include blends or interweaving with natural fibers. The characteristics of chemical fiber fabrics are determined by the characteristics of the chemical fibers that make them.

[0003] Polyester fiber is a commonly used chemical fiber in the textile industry. It is characterized by good abrasion resistance, wrinkle resistance, high strength, and low price. Fabrics made from polyester are widely used in many industries, most notably in clothing. However, compared to natural fibers, polyester has poor moisture absorption, which can make clothing feel stuffy and unbreathable. This is because the molecular structure of polyester lacks hydrophilic groups, making it unable to effectively absorb and transfer moisture. When the human body sweats heavily, the sweat cannot be quickly absorbed and evaporated, accumulating on the skin surface. To improve the moisture absorption of synthetic fiber fabrics, natural fibers with good moisture absorption are often blended into the yarn. However, natural fibers generally have lower strength and abrasion resistance, resulting in a decrease in the strength of the fabric. Therefore, it is necessary to ensure that the fabric has good structural strength while also possessing good moisture absorption and wicking properties.

[0004] Therefore, a new solution is needed to address this problem. Utility Model Content

[0005] In view of the shortcomings of the existing technology, the purpose of this utility model is to provide a moisture-wicking synthetic fiber fabric.

[0006] The above-mentioned technical objective of this utility model is achieved through the following technical solution: the moisture-wicking chemical fiber fabric includes a base layer, on which a plurality of breathable openings are provided, the plurality of breathable openings being arranged linearly along the warp direction of the base layer, a plurality of sweat-wicking strips being provided on the base layer, the sweat-wicking strips being located on one side of the breathable openings, a plurality of moisture-wicking yarns being inserted into the base layer, the insertion path of the moisture-wicking yarns being a continuous Z-shape, some of the moisture-wicking yarns being in contact with the sweat-wicking strips, and the moisture-wicking yarns being spirally wound around the plurality of sweat-wicking strips.

[0007] The present invention is further configured such that: a moisture-wicking groove is provided on the end face of the base layer with a plurality of sweat-wicking strips, some of the sweat-wicking strips are located above the moisture-wicking groove, the moisture-absorbing yarns are alternately interwoven along the warp direction of the base layer, and some of the moisture-absorbing yarns are located in the moisture-wicking groove.

[0008] The present invention is further configured such that: the moisture-wicking groove extends along the weft direction of the base layer, the moisture-wicking groove is located between adjacent ventilation openings, and the width of the ventilation opening is greater than the width of several sweat-wicking strips located on the ventilation opening.

[0009] The present invention is further configured such that: the fabric structure of the base layer is a raised strip structure, the plurality of moisture-dissipating grooves are formed by the raised strip structure, and the yarn used to weave the base layer is a comfort yarn, the comfort yarn is made of a plurality of polyester profiled fibers twisted together, the cross section of the polyester profiled fibers is double cross-shaped.

[0010] The present invention is further configured such that: the sweat-wicking strip is made of several viscose fibers and several ramie fibers twisted together, and the moisture-absorbing yarn is made of several viscose fibers and several nylon fibers twisted together.

[0011] In summary, this utility model has the following beneficial effects: the base layer is made of polyester profiled fibers with good strength and wear resistance, ensuring good durability; several ventilation openings improve the breathability of the base layer; several sweat-wicking strips and several moisture-absorbing yarns are added to the base layer, and without affecting the strength of the base layer, the moisture-absorbing yarns absorb sweat and guide the sweat to the sweat-wicking strips. When air flows through the ventilation openings, it comes into contact with the sweat-wicking strips, improving the moisture-wicking effect of the sweat-wicking strips. In this way, while ensuring that the base layer has good fabric strength, the base layer can also have good moisture absorption and sweat-wicking effect. Attached Figure Description

[0012] Figure 1 This is a schematic diagram of the structure of the present invention. Figure 1 ;

[0013] Figure 2 This is a schematic diagram of the structure of the present invention. Figure 2 .

[0014] In the diagram: 1. Base layer; 2. Breathable opening; 3. Moisture-absorbing yarn; 4. Sweatband; 5. Moisture-draining groove. Detailed Implementation

[0015] The present invention will now be described in detail with reference to the accompanying drawings and embodiments.

[0016] Moisture-wicking synthetic fabrics, such as Figure 1 and Figure 2As shown, the base layer 1 has several ventilation openings 2 arranged linearly along the warp direction of the base layer 1. This regular arrangement of ventilation openings 2 ensures more uniform breathability and better structural stability. Several moisture-wicking strips 4 are installed on the base layer 1, positioned above one of the ventilation openings 2. Air passing through the ventilation openings 2 carries away the sweat absorbed by the moisture-wicking strips 4. Several moisture-absorbing yarns 3 are interwoven into the base layer 1, partially contacting the moisture-wicking strips 4 and spirally wound around them. The moisture-absorbing yarns 3 float on both sides of the base layer 1. The side end face, and its surrounding design of the sweat-wicking strip 4, ensures that the moisture-absorbing yarn 3 is located on the outside of the sweat-wicking strip 4. The moisture-absorbing yarn 3 is densely distributed on the surface of the base layer 1. Although the diameter of each yarn is small, the overall structure forms a mesh-like coverage. Through multi-point contact, the total moisture-absorbing area is increased, ensuring that sweat is quickly captured. The moisture-absorbing yarn 3 can preferentially absorb the sweat produced by the human body and guide it to the sweat-wicking strip 4 for sweat wicking and moisture dissipation. The arrangement of the moisture-absorbing yarn 3 makes the surface of the base layer 1 uneven, which can reduce the contact area with the skin when the human body sweats heavily, thereby improving wearing comfort. This structure ensures that the base layer 1 has good structural strength while still providing good breathability, moisture absorption, and sweat wicking.

[0017] like Figure 1 and Figure 2 As shown, the yarn used in the weaving of the base layer 1 is comfort yarn. The comfort yarn is made by twisting several polyester profiled fibers through a twisting machine. The cross-section of the polyester profiled fibers is double cross-shaped. The double cross-shaped profiled cross-section can improve the bulkiness, breathability and moisture absorption of the polyester profiled fibers. The high strength and wear resistance of the polyester profiled fibers themselves, combined with the high strength and wear resistance of the base layer 1 woven by the comfort yarn, not only improve the overall breathability of the base layer 1, but also enhance the overall breathability of the base layer 1. The comfort yarn is fed into the air-jet loom and woven in the order of the rib structure to create a tightly structured and firm base layer 1.

[0018] like Figure 1 and Figure 2As shown, the base layer 1 is provided with several ventilation openings 2 and several moisture-wicking grooves 5. The ventilation openings 2 are cut by a laser cutting machine. The base layer 1 is placed on the worktable of the laser cutting machine, and a cutting pattern is preset on the laser cutting machine. Several ventilation openings 2 are cut on the base layer 1 by the laser head. The ventilation openings 2 are arranged in a matrix array on the base layer 1. The ventilation performance of the base layer 1 is improved by opening several ventilation openings 2 on the base layer 1. The moisture-wicking grooves 5 are formed by convex strips. The setting of the moisture-wicking grooves 5 is mainly to increase the contact area between the sweat strip 4 and the air and accelerate the sweating speed of the sweat strip 4. Preferably, the moisture-wicking grooves 5 extend along the weft direction of the base layer 1 and are arranged in a linear array on the base layer 1. The moisture-wicking grooves 5 are located between adjacent ventilation openings 2. The arrangement and position of the moisture-wicking grooves 5 ensure the stability of the base layer 1 structure and have an aesthetic effect.

[0019] like Figure 1 and Figure 2 As shown, a number of moisture-wicking strips 4 and moisture-absorbing yarns 3 are provided on the base layer 1. The moisture-wicking strips 4 are made of a number of viscose fibers and a number of ramie fibers twisted together by a twisting machine. Viscose fibers and ramie fibers have good moisture absorption, breathability and moisture-wicking effect. The moisture-wicking strips 4 made of a blend of ramie fibers and viscose fibers are soft, smooth and breathable, and have better wearing comfort. The moisture-absorbing yarns 3 are made of a number of viscose fibers and a number of nylon fibers twisted together by a twisting machine. Viscose fibers provide good moisture absorption performance for the moisture-absorbing yarns 3, while nylon fibers provide good yarn strength for the moisture-absorbing yarns 3. The moisture-absorbing yarns 3 are sewn onto the base layer 1 by a sewing machine. Before sewing the moisture-absorbing yarns 3, the moisture-wicking strips 4 are placed on the end face of the base layer 1 with a number of moisture-draining grooves 5. The moisture-wicking strips 4 are located above the ventilation openings 2, and multiple moisture-wicking strips 4 can be set above the ventilation openings 2, and adjacent moisture-wicking strips 4 are arranged in a specific pattern. A certain distance is set between the strips 4 to facilitate the contact between the moisture-wicking strips 4 and the air for moisture wicking. The moisture-wicking strips 4 can be sewn onto the base layer 1 to reduce the possibility of the moisture-wicking strips 4 falling off the base layer 1. Finally, the moisture-absorbing yarn 3 is sewn onto the base layer 1 by a sewing machine. During the sewing process, the moisture-absorbing yarn 3 alternately passes through the base layer 1, and its insertion path is a continuous Z-shape. When tightened, it comes into contact with the moisture-wicking strips 4. The moisture-absorbing yarn 3 is located above the moisture-wicking strips 4, so it can first contact the skin to absorb sweat, and then conduct it to the moisture-wicking strips 4 for moisture dissipation and sweat wicking. In addition to its moisture-absorbing effect, the moisture-absorbing yarn 3 also has the function of fixing the moisture-wicking strips 4. The Z-shaped sewing method makes the moisture-absorbing yarn 3 contact the several moisture-wicking strips 4 in a spiral shape, which can stably and evenly contact the moisture-wicking strips 4, play an even and effective role in guiding sweat, and enhance the moisture-wicking effect of the fabric.

[0020] The above description is merely a preferred embodiment of this utility model. The protection scope of this utility model is not limited to the above embodiments. All technical solutions falling within the scope of this utility model's concept are protected. It should be noted that for those skilled in the art, any improvements and modifications made without departing from the principle of this utility model should also be considered within the protection scope of this utility model.

Claims

1. A moisture-absorbing and perspiration-dissipating chemical fabric, characterized in that: The utility model provides a sweat releasing fabric, which comprises a base layer (1) having a plurality of air-permeable openings (2) formed thereon, the air-permeable openings (2) being linearly arranged along the warp direction of the base layer (1), a plurality of sweat releasing strips (4) being arranged on the base layer (1), the sweat releasing strips (4) being arranged on one side of the air-permeable openings (2), a plurality of moisture absorbing yarns (3) being inserted into the base layer (1), the moisture absorbing yarns (3) being arranged in a continuous zigzag pattern, and part of the moisture absorbing yarns (3) being in contact with the sweat releasing strips (4), the moisture absorbing yarns (3) being spirally wound around the sweat releasing strips (4).

2. The moisture-absorbing and perspiration-dissipating synthetic fabric according to claim 1, wherein: The base layer (1) has a plurality of sweat releasing strips (4) arranged on the end surface thereof, and a plurality of moisture releasing grooves (5) are formed on the end surface of the base layer (1), part of the sweat releasing strips (4) being arranged above the moisture releasing grooves (5), and the moisture absorbing yarns (3) being alternately inserted into the base layer (1) along the warp direction of the base layer (1), and part of the moisture absorbing yarns (3) being arranged in the moisture releasing grooves (5).

3. The moisture-absorbing and perspiration-dissipating synthetic fabric according to claim 2, wherein: The moisture releasing grooves (5) extend along the weft direction of the base layer (1), the moisture releasing grooves (5) being arranged between adjacent air-permeable openings (2), and the width of the air-permeable openings (2) being greater than the width of the sweat releasing strips (4) arranged on the air-permeable openings (2).

4. The moisture-absorbing and perspiration-dissipating synthetic fabric according to claim 3, wherein: The fabric structure of the base layer (1) is arranged as a raised strip structure, the plurality of moisture releasing grooves (5) being formed by the raised strip structure, the yarns used for weaving the base layer (1) being arranged as comfort yarns, the comfort yarns being twisted from a plurality of polyester profiled fibers, and the cross section of the polyester profiled fibers being arranged as a double cross shape.

5. The moisture-absorbing and perspiration-dissipating synthetic fabric according to claim 1, wherein: The sweat releasing strips (4) are twisted from a plurality of viscose fibers and a plurality of ramie fibers, and the moisture absorbing yarns (3) are twisted from a plurality of viscose fibers and a plurality of polyamide fibers.

Images