CN201343610Y

CN201343610Y - Structure for manufacturing three-dimensional fabric

Info

Publication number: CN201343610Y
Application number: CNU2009203003078U
Authority: CN
Inventors: 徐志漳; 陈鑫湶
Original assignee: Ruentex Industries Ltd
Current assignee: Ruentex Industries Ltd
Priority date: 2009-01-19
Filing date: 2009-01-19
Publication date: 2009-11-11
Anticipated expiration: 2019-01-19

Abstract

The utility model provides a structure for manufacturing a three-dimensional fabric, which comprises a weaving mechanism, two weaving shafts, two bobbin cones and a shrinkable yarn feeding unit, wherein the weaving mechanism at least has a first entrance part, a second entrance part and an exit part; the two weaving shafts are arranged correspondingly on one side of the first entrance part and each weaving shaft is provided with yarns; and a tension unit is arranged correspondingly between each weaving shaft and the weaving mechanism; the two bobbin cones are arranged correspondingly on one side of the second entrance part and each bobbin cone is provided with yarns; and the shrinkable yarn feeding unit is arranged correspondingly on one side of the second entrance part and in the position adjacent to the bobbin cones, and the shrinkable yarn feeding unit is provided with shrinkable yarns. Accordingly, during the process of manufacturing the three-dimensional fabric, the structure achieves the effects of reducing the preparation time, reducing the raw material consumption, reducing the manufacturing cost, controlling the three-dimensional degree of the fabric and designing the three-dimensional shape of the fabric.

Description

Make the structure of stereo fabric

Technical field:

The utility model relates to a kind of structure of making stereo fabric, especially refer to a kind of can be when the dual beams loom be made stereo fabric, reach reduce processing procedure time, reduce former material loss, reduce cost of manufacture, the structure of the three-dimensional degree of control fabric and design textile stereo modelling effect.

Background technology:

The structure of general existing making stereo fabric, as shown in Figure 4, it comprises that one has the mechanism 6 of weaving cotton cloth of first inlet portion 61, second inlet portion 62 and export department 63; Three correspondences are located at the beam of a loom 7 of first inlet portion, 61 1 sides, and each beam of a loom 7 has yarn 71 respectively, and each beam of a loom 7 and the corresponding respectively tension unit 72 that is provided with between the mechanism 6 of weaving cotton cloth; Two correspondences are located at the tube yarn 8 of second inlet portion, 62 1 sides, and each yarn 8 has yarn 81 respectively; By this, can utilize the mechanism 6 of weaving cotton cloth that the yarn 71 of three beams of a loom 7 and the yarn 81 of two tube yarns 8 are woven into stereo fabric 9, as shown in Figure 5.

Though said mechanism can weave makes stereo fabric 9, after this fabric 9 was made, the yarn 71 of its three beams of a loom 7 was positioned on the same axis, therefore, except that the three-dimensional degree of uncontrollable fabric 9, more can't be according to the stereo modelling of required design textile 9; Moreover each beam of a loom 7 must cooperate a tension unit 72, not only longer, the relative increase that more can cause cost of manufacture of time of processing procedure preparation.

The utility model content:

Technical problem to be solved in the utility model is: at above-mentioned the deficiencies in the prior art, a kind of structure of making stereo fabric is provided, need not to use the triaxial loom can be when making stereo fabric, reach and reduce processing procedure time, reduce cost of manufacture, and see through that Fabric Design changes with yarn twist, picking variable density and reach the effect of control fabric solid degree and design textile stereo modelling.

In order to solve the problems of the technologies described above, the technical scheme that the utility model adopted is: a kind of structure of making stereo fabric, it comprises the mechanism of weaving cotton cloth, number beam of a loom and two yarns, and this mechanism of weaving cotton cloth has one first inlet portion, one second inlet portion and an export department that is connected at least; This beam of a loom correspondence is located at first inlet portion, one side of the mechanism of weaving cotton cloth, and each beam of a loom has yarn respectively, and each beam of a loom and the corresponding respectively tension unit that is provided with between the mechanism of weaving cotton cloth; These two yarn correspondences are located at second inlet portion, one side of the mechanism of weaving cotton cloth, and each yarn has yarn respectively; Be characterized in: also comprise a pulled down yarn feeding unit, its correspondence is located at second inlet portion, one side of the mechanism of weaving cotton cloth, and the position of contiguous tube yarn, and this pulled down yarn feeding unit has pulled down yarn, and described beam of a loom is two.

So, need not to use triaxial loom, can be when making stereo fabric, reach and reduce processing procedure time, reduce cost of manufacture, and see through that Fabric Design changes with yarn twist, picking variable density and reach the effect of control fabric solid degree and design textile stereo modelling.

Description of drawings:

Fig. 1 is a basic framework schematic diagram of the present utility model.

Fig. 2 is the change type stereo fabric construction schematic diagram that the utility model is made.

Fig. 3 is the regular pattern composite stereo fabric construction schematic diagram that the utility model is made.

Fig. 4 is known basic framework schematic diagram.

Fig. 5 is known stereo fabric construction schematic diagram.

Label declaration:

Mechanism's 1 first inlet portion 11 of weaving cotton cloth

Second inlet portion, 12 export departments 13

Beam of a loom 2 yarns 21

22 yarns 3 of tension unit

Yarn 31 pulled down yarn feeding units 4

Pulled down yarn 41 change type stereo fabrics 5

Regular pattern composite stereo fabric 51 mechanism 6 of weaving cotton cloth

First inlet portion, 61 second inlet portions 62

Export department's 63 beams of a loom 7

Yarn 71 tension unit 72

Tube yarn 8 yarns 81

Fabric 9

The specific embodiment:

See also Fig. 1, Fig. 2 and shown in Figure 3, be respectively change type stereo fabric construction schematic diagram and regular pattern composite stereo fabric construction schematic diagram that basic framework schematic diagram of the present utility model, the utility model are made.As shown in the figure: the utility model is a kind of structure of making stereo fabric, and it is made of weave cotton cloth mechanism 1, two beams of a loom 2, two yarns 3 and a pulled down yarn feeding unit 4 at least.

The above-mentioned mechanism of carrying 1 of weaving cotton cloth has one first inlet portion 11, one second inlet portion 12 and an export department 13 that is connected at least, and wherein this first and

second inlet portion

11,12 is arranged in the mechanism 1 of weaving cotton cloth with plumbness.

Each beam of a loom 2 correspondence is located at first inlet portion, 11 1 sides of the mechanism 1 of weaving cotton cloth, each beam of a loom 2 has yarn 21 respectively, and each beam of a loom 2 and the corresponding respectively tension unit 22 that is provided with between the mechanism 1 of weaving cotton cloth, and this tension unit 22 can be roller, and the yarn 21 on each beam of a loom 2 can be various functional fibre and yarn or heterogeneous materials such as string, animal fiber, artificial fibre, metal fibre, wherein a beam of a loom must be the monofilament-type artificial fibre, and can change different yarn specifications according to its purposes difference.

Each yarn 3 correspondence is located at second inlet portion, one side 12 of the mechanism 1 of weaving cotton cloth, each yarn 3 has yarn 31 respectively, and the yarn 31 on each yarn 3 can be various functional fibre and yarn or heterogeneous materials such as string, animal fiber, artificial fibre, metal fibre, wherein a yarn must be the monofilament-type artificial fibre, and can change different yarn specifications according to its purposes difference.

These pulled down yarn feeding unit 4 correspondences are located at second inlet portion, 12 1 sides of the mechanism 1 of weaving cotton cloth, and the position of contiguous tube yarn 3, and this pulled down yarn feeding unit 4 has pulled down yarn 41, and this high-shrinkage yarn can change its shrinkage factor by the variation of the twisting twist, and then reaches the controllability of stereo fabric degree.In this way, constitute the structure of a brand-new making stereo fabric by said structure; And the effect that reaches minimizing processing procedure time and reduce cost of manufacture.

When the utility model when making fabric 5, be to make of the cooperation of the yarn 21 of each beam of a loom 2 via tension unit 22, enter in the mechanism 1 of weaving cotton cloth by first inlet portion 11, and the pulled down yarn 41 of yarn 31 and pulled down yarn feeding unit 4 on each yarn 3 is entered in the mechanism 1 of weaving cotton cloth by second inlet portion 12, allow the yarn 21 of mechanism 1 of weaving cotton cloth with each beam of a loom 2, after the yarn 31 of each yarn 3 and the pulled down yarn 41 of pulled down yarn feeding unit 4 are woven into fabric 5, again by export department's 13 outputs, and make

yarn

21,31 are vertical braiding shape with pulled down yarn 41, and when weaving cotton cloth mechanism's 1 braiding, according to the desired position pulled down yarn 41 is set, utilize tissue to change pulled down yarn 41 is located at diverse location with the intertwined point design, make this fabric 5 have the different three-dimensional degree and the effect of shape design, or use the design of simple weavy grain version and be made into regular pattern composite stereochemical structure fabric 51.

In sum, the structure of making stereo fabric of the present utility model can effectively be improved the various shortcoming of prior art, can be when making stereo fabric, reach the effect that reduces processing procedure time, reduces cost of manufacture, the three-dimensional degree of control fabric and design textile stereo modelling, and then make the utility model can produce more progressive, more practical, more meet the user the institute must, really meet the important document of utility application, proposed patent application in accordance with the law.

Claims

1. structure of making stereo fabric, it comprises the mechanism of weaving cotton cloth, number beams of a loom and two yarns, this mechanism of weaving cotton cloth has one first inlet portion, one second inlet portion and an export department that is connected at least; This beam of a loom correspondence is located at first inlet portion, one side of the mechanism of weaving cotton cloth, and each beam of a loom has yarn respectively, and each beam of a loom and the corresponding respectively tension unit that is provided with between the mechanism of weaving cotton cloth; These two yarn correspondences are located at second inlet portion, one side of the mechanism of weaving cotton cloth, and each yarn has yarn respectively; It is characterized in that: also comprise a pulled down yarn feeding unit, its correspondence is located at second inlet portion, one side of the mechanism of weaving cotton cloth, and the position of contiguous tube yarn, and this pulled down yarn feeding unit has pulled down yarn, and described beam of a loom is two.

2. the structure of making stereo fabric as claimed in claim 1 is characterized in that: described first and second inlet portion is vertically installed in the mechanism of weaving cotton cloth.

3. the structure of making stereo fabric as claimed in claim 1 is characterized in that: described tension unit is a roller.

4. the structure of making stereo fabric as claimed in claim 1 is characterized in that: the yarn on described each beam of a loom and the tube yarn is a string.

5. the structure of making stereo fabric as claimed in claim 1 is characterized in that: the yarn on described each beam of a loom and the tube yarn is an animal fiber.

6. the structure of making stereo fabric as claimed in claim 1 is characterized in that: the yarn on described each beam of a loom and the tube yarn is a metal fibre.

7. the structure of making stereo fabric as claimed in claim 1 is characterized in that: the yarn on described each beam of a loom and the tube yarn is heterogeneous material.

8. the structure of making stereo fabric as claimed in claim 1 is characterized in that: the described mechanism of weaving cotton cloth cooperates the pulled down yarn of pulled down yarn feeding unit to make fabric with the yarn of tube on the yarn on each beam of a loom, and this yarn is vertical braiding shape with pulled down yarn.