CN211367938U - Novel fabric - Google Patents

Abstract

The utility model relates to the technical field of clothing fabrics, which relates to a novel fabric, comprising a bottom mesh layer and a mesh layer, wherein the mesh layer is formed by connecting a plurality of weaving threads with the bottom mesh layer, the bottom mesh layer comprises a plurality of yarns, two adjacent yarns are connected by a plurality of silk threads, two adjacent silk threads form a group, the ends of the two silk threads are mutually wound to form a connecting part, the connecting part is connected with a fastening line, the fastening line is spirally wound on the connecting part, the fastening line comprises an inner core and an outer ring sleeved outside the inner core, the inner core is made of spandex fiber, the fastening line is fixed with yarn, the yarn includes solid heart yearn and the cover locates the mantle fiber outside the solid heart yearn, and the solid heart yearn comprises antistatic silk, dacron silk and the mutual spiral winding of spandex silk, and the hollow structure that the mantle fiber was made, the utility model discloses rational in infrastructure simple, the practicality is strong, and tensile strength is strong, and elasticity resilience is strong.

Description

Novel fabric

Technical Field

The utility model relates to a dress surface fabric's technical field, more specifically says, it relates to a novel surface fabric.

Background

With the improvement of living standard, people's pursuit for clothes is no longer limited to the property of wearing, and the requirements on the comfort, appearance, matching and the like of clothes are higher and higher.

Some hollow mesh fabrics are popular among people due to their beautiful appearance, portability and strong air permeability.

However, loose yarn running is easy to occur in the weaving line of the traditional mesh fabric, and the tensile and elastic recovery capabilities are poor.

SUMMERY OF THE UTILITY MODEL

Not enough to prior art exists, the utility model aims to provide a novel surface fabric that rational in infrastructure is simple, and the practicality is strong, and tensile ability is strong, and elasticity resilience ability is strong.

In order to achieve the above purpose, the utility model provides a following technical scheme:

a novel fabric comprises a bottom net layer and a net weaving layer, wherein the bottom net layer is hollowed, the net weaving layer is formed by connecting a plurality of weaving threads with the bottom net layer, the bottom net layer comprises a plurality of yarns, two adjacent yarns are connected by a plurality of silk threads, the two adjacent silk threads form a group, the ends of the two silk threads are mutually wound to form a connecting part, the connecting part is connected with a fastening thread, the fastening thread is spirally wound on the connecting part, the fastening thread comprises an inner core and an outer ring sleeved outside the inner core, the inner core is made of spandex fibers, the fastening thread and the yarns are fixed, the yarns comprise a solid core wire and a sleeve thread sleeved outside the solid core wire, the solid core wire is formed by spirally winding antistatic yarns, the polyester fibers and the spandex fibers, and the sleeve thread is of a hollow structure made of the polyester fibers;

the knitting yarn comprises an inner yarn, a first filament spirally wound on the inner yarn, and an inner tube yarn sleeved outside the first filament, wherein the inner tube yarn is of a hollow structure, a second filament is spirally wound outside the inner tube yarn, an outer tube yarn is sleeved outside the second filament and is of a hollow structure, and the inner yarn is formed by spirally winding two spandex fibers.

By adopting the technical scheme, the states of the yarns are different according to different structures and forms. The purpose of the filaments is to fill the spaces between the yarns. The ratio of the silk threads in one piece of mesh fabric is 90%, so that the structural strength and the physical properties of the mesh fabric directly influence the performance of the fabric. Since the diameter of the yarn is extremely small, the yarn is fixed by using two yarns as a set in order to improve the connection strength and connection stability of the yarn and the yarn. The setting purpose of the fastening line improves the tensile strength of the silk thread and prevents the silk thread from running in the former day of improving the connection strength and the connection stability of the silk thread and the yarn.

In order to improve the tensile and torsional capacities of the yarns, the structure of the yarns adopts a double-layer structure, and the core wires are formed by combining three fiber yarns made of different materials. The polyester yarn has the characteristics of good tensile strength, wear resistance and strong deformation resistance; the spandex yarn is an elastic fiber and has extremely strong impact resistance; the antistatic silk can avoid the fabric friction to produce static. The polyester yarn, the spandex yarn and the antistatic yarn are spirally wound to ensure the structural stability of the solid core yarn, and then the solid core yarn is sleeved with the mantle fiber to prevent the loose condition of the solid core yarn.

The knitting yarn is a decorative yarn, and is formed by combining various linear structures in order to ensure the tensile and torsion resistance of the decorative yarn. The inner silk made of spandex fibers is used as a core line, the first filament is additionally arranged on the core line, the compressive strength of the inner silk can be greatly improved, the inner cylinder line is sleeved on the first filament to prevent the inner cylinder line from loosening, the inner cylinder line is tensioned by the second filament to improve the compactness of the woven line, the loose condition of the fiber filaments is prevented, and finally the outer cylinder line is covered on the second filament to improve the structural stability of the woven line.

The utility model discloses further set up to: and a plurality of elastic wires made of spandex fibers are arranged on the inner wall of the outer cylindrical line.

By adopting the technical scheme, the spandex fiber arranged in the outer barrel body greatly improves the elastic recovery capability of the knitting yarn.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic view of the connection structure of the yarn and the silk thread of the present invention.

Fig. 3 is a schematic structural view of the yarn of the present invention.

Fig. 4 is a schematic structural view of the knitting yarn of the present invention.

Detailed Description

Embodiments of the present invention are further described with reference to fig. 1 to 4.

The embodiment has the specific structure that: the weaving machine comprises a bottom net layer 1 and a weaving net layer, wherein the bottom net layer 1 is hollowed, the weaving net layer is formed by connecting a plurality of weaving threads 2 with the bottom net layer 1, and the bottom net layer 1 comprises a plurality of yarns 3.

Two adjacent yarns 3 are connected by a plurality of silk threads 4, two adjacent silk threads 4 form a group, the ends of the two silk threads 4 are mutually wound to form a connecting part, and the connecting part is connected with a fastening thread 5.

The fastening wire 5 is spirally wound on the connecting part, and the fastening wire 5 comprises an inner core and an outer ring sleeved outside the inner core. The inner core is made of spandex fiber, and the fastening thread 5 is fixed with the yarn 3. The yarn 3 comprises a solid core wire and a mantle fiber 3a sleeved outside the solid core wire, the solid core wire is formed by spirally winding an antistatic yarn 31, a polyester yarn 32 and a spandex yarn 33, and the mantle fiber 3a is of a hollow structure made of polyester fibers.

The weaving thread 2 comprises an inner thread, a first filament 21 spirally wound on the inner thread and an inner cylinder thread 22 sleeved outside the first filament 21, wherein the inner cylinder thread 22 is of a hollow structure, a second filament 23 is spirally wound outside the inner cylinder thread 22, an outer cylinder thread 24 is sleeved outside the second filament 23, and the outer cylinder thread 24 is of a hollow structure. The internal thread is formed by spirally winding two spandex fibers.

The state of the yarn 3 varies according to the configuration and form. The purpose of the filaments 4 is to fill the spaces between the yarns 3. The ratio of the silk threads 4 in one piece of mesh fabric is 90%, so that the structural strength and the physical properties of the mesh fabric directly influence the performance of the fabric. Since the diameter of the yarn 4 is extremely small, the yarn 3 is fixed by a set of two yarns 4 in order to improve the connection strength and connection stability between the yarn 4 and the yarn 3. The fastening thread 5 is provided to improve the tensile strength of the thread 4 and prevent the thread from running before the connection strength and connection stability of the thread 4 and the yarn 3 are improved.

In order to improve the tensile and torsional capacities of the yarns 3, the structure of the yarns 3 adopts a double-layer structure, and the core wires are formed by combining three fiber yarns made of different materials. The polyester yarn has the characteristics of good tensile strength, wear resistance and strong deformation resistance; the spandex yarn is an elastic fiber and has extremely strong impact resistance; the antistatic silk can avoid the fabric friction to produce static. The polyester yarn, the spandex yarn and the antistatic yarn are spirally wound to ensure the structural stability of the solid core yarn, and then the solid core yarn is sleeved with the mantle fiber 3a to prevent the loose condition of the solid core yarn.

The knitting yarn 2 is a decorative yarn, and is formed by combining various linear structures in order to ensure the tensile and torsional resistance. The internal thread made of spandex fiber is used as a core thread, the first filament 21 is additionally arranged on the core thread, the compressive strength of the internal thread can be greatly improved, the internal thread 22 is sleeved on the first filament 21 to prevent the internal thread from loosening, the second filament 23 tensions the internal thread 22 to improve the compactness of the knitting thread 2 and prevent the loosening of the fiber thread, and finally the external thread 24 is utilized to be coated on the second filament 23 to improve the structural stability of the knitting thread 2.

A plurality of elastic wires made of spandex fibers are arranged on the inner wall of the outer cylindrical wire 24. The spandex fiber arranged in the outer cylinder body greatly improves the elastic recovery capability of the knitting yarn 2.

The above is only the preferred embodiment of the present invention, and is not intended to limit the present invention, and the skilled in the art can carry out the common changes and replacements within the technical solution of the present invention.

Claims (2)

1. The utility model provides a novel fabric, includes end net layer and knitmesh layer, and end net layer is the fretwork form, and knitmesh layer is connected the constitution, characterized by for a plurality of knitmeshes and end net layer: the bottom mesh layer comprises a plurality of yarns, two adjacent yarns are connected through a plurality of silk threads, the two adjacent silk threads form a group, the ends of the two silk threads are mutually wound to form a connecting part, a fastening thread is connected onto the connecting part and spirally wound on the connecting part, the fastening thread comprises an inner core and an outer ring sleeved outside the inner core, the inner core is made of spandex fibers and fixed with the yarns, the yarns comprise solid core wires and sleeve wires sleeved outside the solid core wires, the solid core wires are formed by mutually spirally winding antistatic yarns, polyester yarns and the spandex yarns, and the sleeve wires are of hollow structures made of the polyester fibers;

the knitting yarn comprises an inner yarn, a first filament spirally wound on the inner yarn, and an inner tube yarn sleeved outside the first filament, wherein the inner tube yarn is of a hollow structure, a second filament is spirally wound outside the inner tube yarn, an outer tube yarn is sleeved outside the second filament and is of a hollow structure, and the inner yarn is formed by spirally winding two spandex fibers.

2. The novel fabric as claimed in claim 1, wherein: and a plurality of elastic wires made of spandex fibers are arranged on the inner wall of the outer cylindrical line.

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