CN204162862U - Bury the fabric of institutional framework - Google Patents

Abstract

The utility model relates to a kind of fabric of burying institutional framework, and described fabric is made up of several cellular organizations, and cellular organization is interweaved by warp thread and weft yarn and forms; The warp thread of described cellular organization is the first warp thread, the second warp thread, the 3rd warp thread and the 4th warp thread successively from left to right, the weft yarn of described cellular organization is the first weft yarn, the second weft yarn, the 3rd weft yarn and the 4th weft yarn successively from top to bottom, and the 3rd warp thread is antistatic fiber; It is characterized in that: described first warp thread is positioned at the below of the first weft yarn, the second weft yarn, be positioned at the top of the 3rd weft yarn, the 4th weft yarn; Described second warp thread, the 4th warp thread are all positioned at the top of the first weft yarn, the second weft yarn, and the second warp thread, the 4th warp thread are all positioned at the below of the 3rd weft yarn, the 4th weft yarn; Described 3rd warp thread is positioned at the top of the second weft yarn, is positioned at the below of the first weft yarn, the 3rd weft yarn, the 4th weft yarn.The utility model both ensure that the performances such as the antistatic of product, in turn ensure that outward appearance and the taking of product.

Description

Bury the fabric of institutional framework

Technical field

The utility model relates to a kind of thin type fabric in summer with new organizational structure, and especially a kind of fabric of burying institutional framework with antistatic, belongs to field of textiles.

Background technology

Petrochemical industry, oil field, People's Armed Police, security personnel etc. industry in recent years, in order to ensure the safety of employee's life security and enterprise product and assets, needs to use protective Work Clothes fabric in a large number.Mostly adopting conduction to spell in the market, twisted yarn is equidistant directly embeddingly inweaves method, and the outward appearance of fabric and comfortableness are all poor.This Anti-static textile fabric compares to be applicable to make and does not require in appearance or the coat Work Clothes of dark color.

Summary of the invention

The purpose of this utility model overcomes the deficiencies in the prior art, provides a kind of fabric of burying institutional framework, has good taking and antistatic performance on the one hand, do not affect the outward appearance of fabric on the other hand.

According to the technical scheme that the utility model provides, described fabric of burying institutional framework, described fabric is circulated by several cellular organizations and forms, and on fabric, be evenly arranged some antistatic cellular organizations, antistatic cellular organization is identical with the structure of cellular organization, and each cellular organization is interweaved by warp thread and weft yarn respectively and forms; The warp thread of described cellular organization is the first warp thread, the second warp thread, the 3rd warp thread and the 4th warp thread successively from left to right, the weft yarn of described cellular organization is the first weft yarn, the second weft yarn, the 3rd weft yarn and the 4th weft yarn successively from top to bottom, and in antistatic cellular organization, the 3rd warp thread is antistatic fiber; It is characterized in that: described first warp thread is positioned at the below of the first weft yarn, the second weft yarn, be positioned at the top of the 3rd weft yarn, the 4th weft yarn; Described second warp thread, the 4th warp thread are all positioned at the top of the first weft yarn, the second weft yarn, and the second warp thread, the 4th warp thread are all positioned at the below of the 3rd weft yarn, the 4th weft yarn; Described 3rd warp thread is positioned at the top of the second weft yarn, is positioned at the below of the first weft yarn, the 3rd weft yarn, the 4th weft yarn.

The utility model has the following advantages: (1) the utility model can pass through the structure of warp thread and weft yarn in institutional framework, is completely buried in the warp thread of web surface by antistatic fiber interlacing point; (2) the utility model both ensure that the performances such as the antistatic of product, in turn ensure that outward appearance and the taking of product.

Accompanying drawing explanation

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

Fig. 2 is fabric organization chart of the present utility model.

Detailed description of the invention

Below in conjunction with concrete accompanying drawing, the utility model is described in further detail.

As shown in Figure 1: described in bury institutional framework fabric comprise the first warp thread 11, second warp thread 12, the 3rd warp thread 13, the 4th warp thread 14, first weft yarn 21, second weft yarn 22, the 3rd weft yarn 23, the 4th weft yarn 24 etc.

The cellular organization that fabric of burying institutional framework described in the utility model is circulated by several is formed, and each cellular organization is interweaved by warp thread and weft yarn respectively and forms; As shown in Figure 1, the warp thread of described cellular organization is the first warp thread 11, second warp thread 12, the 3rd warp thread 13 and the 4th warp thread 14 successively from left to right, and the weft yarn of described cellular organization is the first weft yarn 21, second weft yarn 22, the 3rd weft yarn 23 and the 4th weft yarn 24 successively from top to bottom; Described first warp thread 11 is positioned at the below of the first weft yarn 21, second weft yarn 22, is positioned at the top of the 3rd weft yarn 23, the 4th weft yarn 24; Described second warp thread 12, the 4th warp thread 14 are all positioned at the top of the first weft yarn 21, second weft yarn 22, and the second warp thread 12, the 4th warp thread 14 are all positioned at the below of the 3rd weft yarn 23, the 4th weft yarn 24; Described 3rd warp thread 13 the 3rd warp thread 13 is positioned at the top of the second weft yarn 22, is positioned at the below of the first weft yarn 21, the 3rd weft yarn 23, the 4th weft yarn 24;

Described second warp thread 12, the 3rd warp thread 13 and the 4th warp thread 14 are positioned at the top of the second weft yarn 22, and the 3rd warp thread 13 in the free slippage of the second weft yarn 22, thus well can be buried by the second warp thread 12 and the 4th warp thread 14;

Described fabric is evenly arranged multiple antistatic cellular organization, in the structure of antistatic cellular organization, the 3rd warp thread 13 is antistatic fiber;

As shown in Figure 2, the warp thread of described cellular organization and the intertexture place of weft yarn are interlacing point, in Fig. 2, each little lattice represent an interlacing point, and drawing has the grid of " fork " to represent warp thread in tissue to float on weft yarn, stroke have the grid of " circle " to represent antistatic fiber and also float on weft yarn.The warp thread that the warp thread that " circle " represents and " fork " represent on the position of same parallel, generation slippage clamped by the warp thread that the warp thread that " circle " represents is represented by left and right sides " fork ", thus reach the buried effect of warp thread that " circle " represent.

The utility model is by special institutional framework, the structure that three warp thread add root antistatic fiber is one by one formed in antistatic cellular organization, antistatic fiber is arranged in the warp-wise of fabric equidistantly, for guaranteeing that product electric conductivity generally adopts black conductive silk, adopt this structure can well by hidden for the conductive filament reverse side at fabric, fabric had both had appearance attractive in appearance, ensured that again good conduction etc. is functional.The utility model has following characteristics: (1) warp thread of the present utility model generally adopts the fiber preferably such as comfortableness, hygroscopicity, and weft yarn adopts the raw material that wearability is good; Fabric exquisiteness is frivolous, is applicable to making slim Work Clothes in summer; (2) in antistatic cellular organization, adopt three warp thread to add the structure of an antistatic fiber, antistatic cellular organization is evenly distributed on whole fabric on the one hand, and antistatic fiber is equidistant is arranged on warp thread, guarantees product antistatic performance.

The utility model adopts special institutional framework, makes fabric not only have fine and smooth appearance effect but also have good wearability; And the interlacing point of antistatic fiber can be buried in fabric face warp thread in, while guarantee product antistatic performance, make again fabric have appearance attractive in appearance, good taking.Detect the point-to-point resistance of fabric through authoritarian structure and be less than 10 ¹⁰ohm, meets GB 12014-2009 country antistatic fabric standard completely.

Claims (1)

1. bury the fabric of institutional framework for one kind, described fabric is circulated by several cellular organizations and forms, and on fabric, being evenly arranged some antistatic cellular organizations, antistatic cellular organization is identical with the structure of cellular organization, and each cellular organization is interweaved by warp thread and weft yarn respectively and forms; The warp thread of described cellular organization is the first warp thread (11), the second warp thread (12), the 3rd warp thread (13) and the 4th warp thread (14) successively from left to right, the weft yarn of described cellular organization is the first weft yarn (21), the second weft yarn (22), the 3rd weft yarn (23) and the 4th weft yarn (24) successively from top to bottom, and in antistatic cellular organization, the 3rd warp thread (13) is antistatic fiber; It is characterized in that: described first warp thread (11) is positioned at the below of the first weft yarn (21), the second weft yarn (22), be positioned at the top of the 3rd weft yarn (23), the 4th weft yarn (24); Described second warp thread (12), the 4th warp thread (14) are all positioned at the top of the first weft yarn (21), the second weft yarn (22), and the second warp thread (12), the 4th warp thread (14) are all positioned at the below of the 3rd weft yarn (23), the 4th weft yarn (24); Described 3rd warp thread (13) is positioned at the top of the second weft yarn (22), is positioned at the below of the first weft yarn (21), the 3rd weft yarn (23), the 4th weft yarn (24).