CN201180183Y

CN201180183Y - Screen cloth structure with high tension stress

Info

Publication number: CN201180183Y
Application number: CNU2008200063015U
Authority: CN
Inventors: 陈朝水
Original assignee: YIXING INDUSTRIAL Co Ltd
Current assignee: YIXING INDUSTRIAL Co Ltd
Priority date: 2008-01-30
Filing date: 2008-01-30
Publication date: 2009-01-14
Anticipated expiration: 2018-01-30

Abstract

The utility model discloses a mesh fabric structure with high tension stress. A mesh fabric is formed by interlacing and weaving a plurality of warp thread bundles in the warp direction and a plurality of weft thread bundles in the weft direction, each warp thread bundle or each weft thread bundle is formed by a core-spun bundle, wherein the core-spun bundle is provided with a covering layer, covered yarns made of anti-tensile material are arranged in the covering layer, the covering layer ensures that the core-spun bundle can be respectively overlapped, interlaced and fixed with each warp thread bundle or each weft thread bundle, and the covered yarns ensure that the mesh fabric after the weaving formation has good strength, no elastic ductibility, and good tension stress, and can be quickly and levelly strained and fixed when the mesh fabric is tensely assembled on any object, thereby improving the stability of the formation of the mesh fabric.

Description

The screen cloth structure of tool high tensile force resistance

Technical field

The utility model is relevant with a kind of screen cloth, more detailed it, be meant a kind of screen cloth structure of tool high tensile force resistance especially.

Background technology

Press; see also shown in Figure 1; be to be a kind of known screen cloth structure outside drawing and cutaway view; this screen cloth 1 is along equidistant the forming along the equidistant parallel bundle 3 orthogonal weavings of arranging of weft direction through wire harness 2 and number of arranging of warp direction by number; and warp direction is through wire harness 2 intersect braiding and equidistant the arrangement by two; be formed with a hole 4 between its juxtaposition respectively; adjacent hole 4 positions through 2 of wire harness are to be arranged in parallel; please cooperate consult shown in Figure 2; be to be known screen cloth structure cutaway view; these adjacent apertures 4 are for having placed two relatively with microwave wave arcuation horizontal expansion parallel bundle 3; wherein; this is to make with the flexible plastics silk of tool through wire harness 2; as TPEE (polyester elastomer); make the screen cloth that is woven into have the ductility of high-tension; and this parallel bundle 3 is several weft yarns of being made by silvalin; after finishing for braiding; again by heating; make these be fixed in these parallel bundles 3 through wire harness 2 weldings; promptly finish the screen cloth 1 of tool elasticity ductility; and when being incorporated into 1 utilization of this screen cloth on the seat cushions position; because of when moulding coats; need this screen cloth 1 is strutted stretching, so that combine assembling with the chair periphery around the screen cloth 1, but have the ductility of high-tension because of this screen cloth 1; when tension; regular meeting's stretching transition, thus suitably control on power, otherwise the cushion position after combination; its coating stability is not enough; can't reach good result of use, apply on the object so known screen cloth is configured in assembling, in fact the necessity that remains to be improved.

The utility model content

The purpose of this utility model is, a kind of screen cloth structure of tool high tensile force resistance is provided, it is by clad bag core bundle can be respectively to be fixed through the wire harness staggered welding that overlaps each other with each parallel bundle or each, and make the screen cloth behind the weaving forming have high tensile force resistance by covering filament, when making this screen cloth utilization assembling be fixed on any object, can strain fast smooth fixing, the effect that reaches ease of assembly and prevent to be out of shape.

The utility model provides a kind of screen cloth structure of tool high tensile force resistance, and this screen cloth is to be intermeshed to weave with number parallel bundle through wire harness by number to form, and it is characterized in that:

At least one bag core bundle, be formed at least each through wire harness or each parallel bundle one of them, have a clad, this clad is made by the material of tool weldable, and has the covering filament that several tool stretching resistance materials are made in this clad.

Wherein, this clad is to be selected from by polyvinyl chloride to constitute, and make this utilize welding mode one to combine through wire harness with the place, braiding lap position of this parallel bundle and fix, and this place, lap position forms a fixed part.

Wherein, this count covering filament be selected from special how imperial material, polypropylene wherein a kind of silvalin material of tension stress make.

Wherein, the warp direction of this screen cloth is equidistantly to arrange through wire harness with four lines at least to form a warp unit, and has several warps unit, has a preset space length between adjacent each warp unit.

Wherein, each warp unit is to form through cross one another braiding and equidistant arrangement of wire harness by several two, is formed with a hole between its juxtaposition, and in order to placing at least two parallel bundles, and this parallel bundle is with the unrestrained arcuation horizontal expansion of microwave between adjacent pores.

Wherein, this is all bag core bundle through wire harness.

Wherein, this parallel Shu Jiewei bag core bundle.

Wherein, this is through wire harness and this parallel Shu Jiewei bag core bundle.

Wherein, this is all bag core bundle through wire harness, and this parallel Shu Jiewei chemical fibre, wherein a kind of formation of natural fabric.

Wherein, this parallel Shu Jiewei bag core bundle, and should be all wherein a kind of formations such as chemical fibre, natural fabric through wire harness.

The beneficial effects of the utility model are:

The screen cloth structure of tool high tensile force resistance provided by the utility model, by this clad this bag core bundle can be respectively fixed through the wire harness staggered welding that overlaps each other with each parallel bundle or each, and make the screen cloth behind the weaving forming have high tensile force resistance by this covering filament, when making this screen cloth utilization assembling be fixed on any object, can strain fast smooth fixing, the effect that reaches ease of assembly and prevent to be out of shape.

Description of drawings

Following conjunction with figs. is enumerated following preferred embodiment, in order to structure of the present utility model and effect are elaborated; Wherein used accompanying drawing brief description earlier is as follows, wherein:

Fig. 1 is the partial enlarged drawing for known screen cloth structure.

Fig. 2 is the cutaway view for known screen cloth structure.

Fig. 3 is partial enlarged drawing of the present utility model.

Fig. 4 is cutaway view of the present utility model.

Fig. 5 is the cutaway view for another embodiment of the utility model.

Fig. 6 is the utility model cutaway view of an embodiment again.

The specific embodiment

Seeing also shown in Figure 3ly, is the partial enlarged drawing for the preferred embodiment of the screen cloth of a kind of tool high tensile force resistance of the utility model structure, and this screen cloth structure is to include number through wire harness 10 and number parallel bundle 20; Wherein:

These are through wire harness 10, be to be located at warp direction, be to constitute by a kind of bag core bundle, please cooperate consult shown in Figure 4, be to be cutaway view of the present utility model, it has a clad 11, the covering filament 12 that has several stretching resistance materials in this clad 11, these clads 11 are to be selected from by PVC (polyvinyl chloride) to constitute, and these coatings 12 are to be selected from special how imperial material, PP wherein a kind of tension stress fibers such as (polypropylene), and in present embodiment, be to form a warp unit 13 through wire harness 10 equidistant arrangements, and has several warps unit 13 with four lines, adjacent warp unit 13 is to have a suitable spacing, each warp unit 13 be by in twos through wire harness 10 braiding that crosses one another, and, each through wire harness 10 can with another kind of tinctorial pattern through wire harness 10 mutual interlacings, overlapping of its interlacing is formed with hole 14, and adjacent hole 14 positions through 10 of wire harness are parallel, and in addition, each warp unit 13 can be arranged with five or six through wire harness 10.

Still see also Fig. 3 to shown in Figure 4, these parallel bundles 20, be laterally to be fixedly arranged on weft direction, overlapped staggered fixing with these through wire harness 10, be to extend laterally across in these adjacent holes 14 with microwave wave arcuation with per four parallel bundles 20, make and be combined with two groups of parallel bundles 20 in each hole 14, and these parallel bundles 20 are also to be all a kind of bag core bundle with these through wire harness 10, has a clad 21, the coating 22 that has several stretching resistance materials in this clad 21, make with these through wire harness 10 lap positions by these

clads

11,21 is fixing with the combination of welding mode one, and making these places, lap positions is to form a fixed part 30 respectively.

See also shown in Figure 5, it is cutaway view for another embodiment of the utility model, as seen from the figure, structure is roughly same with the utility model preferred embodiment with function, and difference is that each is to be a kind of bag core bundle through wire harness 10, and each parallel bundle 20 is to be wherein a kind of formations such as chemical fibre, natural fabric, two kinds of materials all have the characteristic of stretching resistance, and the screen cloth tension utilization of formation is assembled when being fixed on any object, can be smooth fast fixing.

See also shown in Figure 6, be to be the utility model cutaway view of an embodiment again, as seen from the figure, structure is roughly same with the utility model preferred embodiment with function, and difference is that each parallel bundle 20 is to be a kind of bag core bundle, and each is to be wherein a kind of formations such as chemical fibre, natural fabric through wire harness 10, two kinds of materials all have the characteristic of stretching resistance, and the screen cloth tension utilization of formation is assembled when being fixed on any object, can be smooth fast fixing.

By for further understanding the effect that the utility model structural feature, application technology means and institute's expection are reached, the utility model occupation mode is narrated, believing be able to have more deep and concrete understanding to the utility model therefrom, as described below:

When these when wire harness 10 forms screen cloths with these parallel bundles 20 braidings, again via between heating 130 degree-180 degree, these

clads

11,21 are fused mutually, with firm combination, when this screen cloth is applied to the cushion position of a chair, this screen cloth is cut pre-sizing, and be coated on this cushion position, this moment one end screen cloth is filled in the frame at this seat cushions position, strain this screen cloth end in addition again, good because of its intensity, can resist pulling force, make its smooth this seat cushions position end in addition that is fixed in, it can reach assembling effect fast.

So of the present utility modelly all can use these bag core bundles formations through wire harness and parallel bundle one of them or both, and can fix through the wire harness integral welding with each parallel bundle or each by its surperficial clad, and make the screen cloth behind the weaving forming have high tensile force resistance by these covering filaments, when making this screen cloth tension utilization be assembled on any object, do not have elasticity ductility because of its intensity is good, have good opposing tension force, smooth being strained and fixed fast makes the stability height of its moulding.

Claims

1, a kind of screen cloth of tool high tensile force resistance structure, this screen cloth are to be intermeshed to weave with number parallel bundle through wire harness by number to form, and it is characterized in that:

2, construct according to the screen cloth of the described tool high tensile force resistance of claim 1, it is characterized in that wherein, this clad is to be selected from by polyvinyl chloride to constitute, make this utilize welding mode one to combine with the place, braiding lap position of this parallel bundle and fix, and this place, lap position forms a fixed part through wire harness.

3, according to the screen cloth of the described tool high tensile force resistance of claim 1 structure, it is characterized in that, wherein, this count covering filament be selected from the how imperial material of spy, polypropylene wherein a kind of silvalin material of tension stress make.

4, construct according to the screen cloth of the described tool high tensile force resistance of claim 1, it is characterized in that wherein, the warp direction of this screen cloth is equidistantly to arrange through wire harness with four lines at least to form a warp unit, and have several warps unit, have a preset space length between adjacent each warp unit.

5, construct according to the screen cloth of the described tool high tensile force resistance of claim 4, it is characterized in that, wherein, each warp unit is to form through cross one another braiding and equidistant arrangement of wire harness by several two, be formed with a hole between its juxtaposition, in order to placing at least two parallel bundles, and this parallel bundle is with the horizontal expansion of microwave wave arcuation between adjacent pores.

According to the screen cloth structure of the described tool high tensile force resistance of claim 1, it is characterized in that 6, wherein, this is all bag core bundle through wire harness.

7, according to the screen cloth structure of the described tool high tensile force resistance of claim 1, it is characterized in that, wherein, this parallel Shu Jiewei bag core bundle.

According to the screen cloth structure of the described tool high tensile force resistance of claim 1, it is characterized in that 8, wherein, this is through wire harness and this parallel Shu Jiewei bag core bundle.

According to the screen cloth of the described tool high tensile force resistance of claim 1 structure, it is characterized in that 9, wherein, this is all bag core bundle through wire harness, and this parallel Shu Jiewei chemical fibre, wherein a kind of formation of natural fabric.

10, according to the screen cloth of the described tool high tensile force resistance of claim 1, it is characterized in that, wherein, this parallel Shu Jiewei bag core bundle, and should be all wherein a kind of formations such as chemical fibre, natural fabric through wire harness.