CN217917096U - High-transparency antibacterial shirt fabric - Google Patents

Abstract

The utility model discloses a high antibiotic shirt fabric that passes through relates to fabrics technical field, aims at solving the not good problem of traditional shirt fabric gas permeability. The key points of the technical scheme are as follows: including the ventilative outer layer of fixing in proper order, ventilative sandwich layer and ventilative inlayer, ventilative sandwich layer includes a plurality of backing sheets of array distribution, runs through along its thickness direction on the backing sheet and has seted up a plurality of first bleeder vents, runs through on the ventilative inlayer and has seted up a plurality of ventilative grooves, and the backing sheet is buckled towards one side of ventilative inlayer and is formed with the bending segment that wears out the ventilative inlayer from ventilative groove. The utility model discloses in be provided with bamboo charcoal fiber, utilize the antibacterial characteristics good with the gas permeability that this kind of material has to further strengthen the holistic ventilative and antibacterial performance of fabric.

Description

High Permeable Antibacterial Shirt Fabric

technical field

The utility model relates to the technical field of textiles, in particular to a high-transparency antibacterial shirt fabric.

Background technique

The fabric is a flat and soft piece made of small and long objects through crossing, knotting and connection.

Fabric products are closely related to our daily life, ranging from all kinds of home textiles to various clothing and accessories. Among them, clothing and clothing are the most contacted textiles in people's daily life. With the continuous improvement of living standards, people are more interested in clothing. The requirements for clothing are getting higher and higher, but in the final analysis, the most important factor for clothing is comfort. There are various factors that affect the comfort of clothing, and breathability is one of the most important properties. Most of the shirts are woven with chemical fibers. Compared with natural fibers, chemical fiber materials usually do not have good air permeability. Sweat and stuffiness, and then make the process of wearing clothes very uncomfortable, so it is necessary to set a fabric structure with good air permeability.

Therefore, a new solution needs to be proposed to solve this problem.

Utility model content

Aiming at the deficiencies in the prior art, the purpose of this utility model is to provide a high-permeability antibacterial shirting fabric, which can achieve the purpose of improving the overall air permeability of the fabric through the setting of the structure.

The above-mentioned technical purpose of the utility model is achieved through the following technical solutions: the high-permeability antibacterial shirt fabric includes a breathable outer layer, a breathable core layer and a breathable inner layer fixed in sequence, and the breathable core layer includes a number of supports distributed in an array The supporting sheet is provided with a plurality of first ventilating holes along its thickness direction, and the ventilating inner layer is provided with a plurality of ventilating grooves, and the supporting sheet is bent toward the side of the ventilating inner layer to form self-ventilating grooves. A bend through the breathable inner layer.

The utility model is further configured as: the air-permeable inner layer is provided with a plurality of second air-permeable holes along its thickness direction.

The utility model is further configured as follows: both the support sheet and the air-permeable inner layer are woven by the first air-permeable yarn plain weave, and the air-permeable outer layer is made by the second air-permeable yarn plain weave.

The utility model is further configured as follows: the first air-permeable yarn includes a first elastic yarn core, a moisture-absorbing covered yarn and a breathable covered yarn, and the first elastic yarn core is formed by twisting polyester fibers and spandex fibers. The moisture-absorbing covered yarn is formed by twisting viscose fiber and bamboo charcoal fiber, and the breathable covered yarn is formed by twisting cool-feeling nylon fiber and Y-shaped polyester special-shaped fiber in cross section.

The utility model is further configured as: the second air-permeable yarn is formed by twisting cotton fibers and polyester special-shaped fibers.

The utility model is further configured as follows: the bending section is provided with an air guiding gap penetrating through it along the thickness direction.

The utility model is further configured as follows: a plurality of air-permeable strips are fixedly connected between two adjacent support sheets, and the air-permeable strips are loofah slices.

In summary, the utility model has the following beneficial effects:

The air-permeable core layer includes a number of support sheets distributed in an array. Through the set of support sheets, channels for airflow to flow through can be provided between adjacent support sheets, so that when the flowing air enters the interior of the fabric, it can flow along the adjacent The channels between the support sheets flow better around, thereby enhancing the overall air permeability of the fabric. A number of first ventilation holes are formed on the support sheet through laser machining along its thickness direction, and the formed first ventilation holes are enlarged. The degree of communication on both sides of the support sheet is improved, so that the air flowing to the support sheet can flow through the support sheet better, and the influence of the setting of the support sheet on the overall air permeability stability of the structure is reduced.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the enlarged view of place A in Fig. 1;

Fig. 3 is the explosion diagram of the utility model;

Fig. 4 is the enlarged view of place B in Fig. 3;

Fig. 5 is a slice diagram of the first breathable yarn in the utility model;

Fig. 6 is a slice diagram of the second air-permeable yarn in the utility model.

In the figure: 1. Breathable outer layer; 2. Breathable inner layer; 3. Support sheet; 4. First vent hole; 5. Vent slot; 6. Bending section; 7. Second vent hole; 8. First vent hole Yarn; 9, the second air-permeable yarn; 10, the first elastic yarn core; 11, moisture-absorbing covered yarn; 12, breathable covered yarn; 13, polyester fiber; 14, spandex fiber; 15, viscose fiber; 16 1. Bamboo charcoal fiber; 17. Cool nylon fiber; 18. Polyester shaped fiber; 19. Cotton fiber; 20. Air guide gap; 21. Breathable strip.

Detailed ways

Below in conjunction with accompanying drawing and embodiment, the utility model is described in detail.

The high-permeable antibacterial shirt fabric, as shown in Figure 1 and Figure 2, includes a breathable outer layer 1, a breathable core layer and a breathable inner layer 2 that are fixedly connected by yarn stitching in sequence, through the breathable outer layer 1, the breathable core The combined effect of the layer and the breathable inner layer 2 constitutes the overall structure of the fabric. The breathable core layer includes a number of support sheets 3 distributed in an array. Through the channel, when the flowing air enters the interior of the fabric, it can flow better around the channel between the adjacent support pieces 3, thereby enhancing the overall air permeability of the fabric. The support piece 3 passes along its thickness direction. The way of laser machining is provided with a number of first ventilation holes 4, the formed first ventilation holes 4 increase the degree of communication on both sides of the support sheet 3, so that the air flowing to the support sheet 3 can better pass through the support The sheet 3 flows, reducing the impact of the setting of the support sheet 3 on the overall air permeability stability of the structure.

As shown in Figures 1 and 2, a number of air-permeable grooves 5 are provided through the air-permeable inner layer 2. The air-permeable grooves 5 provided on the one hand increase the degree of communication between the inner and outer sides of the air-permeable inner layer 2, and strengthen the air-permeable inner layer 2 and the structure. Overall air permeability, the support sheet 3 is bent toward the side of the air-permeable inner layer 2 to form a bent section 6 that passes through the air-permeable inner layer 2 from the air-permeable groove 5, and the formed bent section 6 passes through the bent section 6 on the one hand. The support piece 3 is offset against the user's skin, reducing the bonding area of the fabric as a whole and the user's skin, so that there is a passage for air to flow through between the fabric and the user's skin, so that it flows to the user's skin. The air can flow around better, and further strengthen the ventilation stability of the whole structure. At the same time, through the bending section 6, openings communicating with the ventilation groove 5 can be formed on both sides of the bending section 6 in the width direction, so that the flowing air can Better cross the bending section 6 and enter into the ventilation groove 5, so that the airflow on both sides of the whole structure can better pass through the breathable outer layer 1, the breathable core layer and the breathable inner layer 2, and further strengthen the air permeability of the whole structure .

As shown in Figures 1 and 2, the air-permeable inner layer 2 is provided with a number of second air holes 7 along its thickness direction, and the opening of the second air holes 7 increases the degree of communication between the inner and outer sides of the air-permeable inner layer 2, so that Gas can flow through the air-permeable inner layer 2 better, further enhancing the air-permeable stability of the overall structure.

As shown in Figures 3-6, both the support sheet 3 and the air-permeable inner layer 2 are made of the first air-permeable yarn 8 through the plain weave of the shuttle loom, and the air-permeable outer layer 1 is made of the second air-permeable yarn 9 through the plain weave of the shuttle loom Braided, the first air-permeable yarn 8 includes a first elastic yarn core 10, a moisture-absorbing covering yarn 11 and an air-permeable covering yarn 12, and the first elastic yarn core 10 is formed by twisting polyester fibers 13 and spandex fibers 14. Polyester fiber 13 and spandex fiber 14 have the characteristics of good elastic deformation performance to strengthen the elastic deformation performance of the first elastic yarn core 10 and the first air-permeable yarn 8 and the whole structure, and the hygroscopic covering yarn 11 is made of viscose fiber 15 and bamboo charcoal The fiber 16 is twisted by a twisting machine, and the hygroscopic covering yarn 11 is helically wound on the outside of the first elastic yarn core 10, and the water absorption and hygroscopicity of the viscose fiber 15 are used to ensure that the hygroscopic covering yarn 11 can Better realize the stable absorption of sweat, and at the same time enhance the overall air permeability and antibacterial performance of the hygroscopic covering yarn 11 through the breathable and antibacterial characteristics of the bamboo charcoal fiber 16, and the breathable covering yarn 12 is spirally wound on the hygroscopic covering yarn On the outside of 11, the air-permeable covering yarn 12 is formed by twisting cool-feeling nylon fiber 17 and polyester special-shaped fiber 18 with a Y-shaped cross-sectional shape, and utilizes the cool and comfortable characteristics of cool-feeling nylon fiber 17 during wearing to strengthen the structure as a whole. Coolness and comfort, using the long grooves on the surface of polyester profiled fiber 18 to increase the amount of pores in the air-permeable covering yarn 12 and the first air-permeable yarn 8 for water supply and air flow through, thereby further enhancing the breathability and comfort performance of the overall structure .

As shown in Figures 4 and 6, the second air-permeable yarn 9 is formed by twisting cotton fibers 19 and polyester special-shaped fibers 18 through the twisting machine, and utilizes the characteristics of high strength and good elastic reset performance of polyester fibers To strengthen the overall structural strength of the second breathable yarn 9, and at the same time utilize the characteristics of sweat absorption and good air permeability of the cotton fiber 19 to strengthen the breathability of the second breathable yarn 9 and the overall structure.

As shown in Figures 3 and 4, the bending section 6 is provided with an air guide gap 20 penetrating it along its thickness direction, and the setting of the air guide gap 20 reduces the degree of overlap between the bendable section 6 and the opening of the air-permeable groove 5 , to reduce the degree of occlusion of the opening of the ventilation groove 5 by the bending section 6, so that the gas can flow through the ventilation groove 5 better, and further strengthen the air permeability of the whole structure. A number of air-permeable strips 21 are fixedly connected by stitching. Through the supporting effect of the air-permeable strips 21, the air-permeable inner layer 2 and the air-permeable outer layer 1 between two adjacent support sheets 3 can be stably propped up, so that the air-permeable inner layer 2 and the air-permeable outer layer 1 form a more stable channel for airflow to flow through, so that the gas entering the structure can flow around better and enhance the air permeability of the overall structure. The air-permeable strip 21 is a loofah slice. The loofah sheet has many holes and good air permeability to ensure the air permeability of the air strip 21 and the overall structure.

The above descriptions are only preferred implementations of the present utility model, and the protection scope of the present utility model is not limited to the above-mentioned embodiments, and all technical solutions under the idea of the present utility model all belong to the protection scope of the present utility model. It should be pointed out that for those skilled in the art, some improvements and modifications without departing from the principle of the utility model should also be regarded as the protection scope of the utility model.

Claims (7)

1. A high-permeable antibacterial shirting fabric, comprising a fixed breathable outer layer (1), a breathable core layer and a breathable inner layer (2) in sequence, characterized in that: the breathable core layer includes some supporting sheets (3) distributed in an array ), the support sheet (3) is provided with a number of first air holes (4) along its thickness direction, and the air-permeable inner layer (2) is provided with a number of air grooves (5), and the support sheet ( 3) The side facing the air-permeable inner layer (2) is bent to form a bent section (6) passing through the air-permeable inner layer (2) from the air-permeable groove (5). 2. The high-permeable antibacterial shirting fabric according to claim 1, characterized in that: the air-permeable inner layer (2) is provided with a plurality of second air-permeable holes (7) along its thickness direction. 3. The high-permeable antibacterial shirting fabric according to claim 2, characterized in that: the support sheet (3) and the breathable inner layer (2) are all made of plain weave weaving of the first breathable yarn (8), and the The air-permeable outer layer (1) is made of plain weave weaving of second air-permeable yarns (9). 4. The high-permeability antibacterial shirting fabric according to claim 3, characterized in that: the first air-permeable yarn (8) comprises a first elastic yarn core (10), a moisture-absorbing covering yarn (11) and an air-permeable covering Yarn (12), the first elastic yarn core (10) is formed by twisting polyester fibers (13) and spandex fibers (14), and the hygroscopic covering yarn (11) is formed by viscose fibers (15) and bamboo charcoal The fibers (16) are twisted, and the air-permeable covering yarn (12) is formed by twisting cool-feeling nylon fibers (17) and Y-shaped polyester special-shaped fibers (18) in cross section. 5. The high-permeable antibacterial shirting fabric according to claim 4, characterized in that: the second air-permeable yarn (9) is formed by twisting cotton fibers (19) and polyester special-shaped fibers (18). 6. The high-permeable antibacterial shirting fabric according to claim 1, characterized in that: the bending section (6) is provided with an air guide gap (20) passing through it along the thickness direction. 7. The high-permeable antibacterial shirting fabric according to claim 1, characterized in that: several air-permeable strips (21) are fixedly connected between adjacent two said support sheets (3), and said air-permeable strips (21) are Loofah slices.

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