KR100919112B1 - Weaving method of 3layer fabrics for textile blinds and loom thereof - Google Patents

Abstract

The present invention relates to a three-stage weaving method for fabric blinds and a weaving machine, comprising two winding rollers A and B 110 and 120 for controlling the loosening and tension of the warp, respectively. The first, second and third warp yarns 14, 16, 18 and weft yarns 12 are arranged in a predetermined order through a three-stage loom 100 for fabric blinds configured to be driven independently controlled by By weaving together, weave the front and rear side vent papers (4) and (8) so that the intermediate light shielding paper (6) is integrally connected to each other to form a three-stage fabric (2) for fabric blinds, thereby forming a three-stage fabric for fabric blinds. It is to make it much easier to manufacture.

Description

3 step fabric weaving method for fabric blinds and its looms {WEAVING METHOD OF 3LAYER FABRICS FOR TEXTILE BLINDS AND LOOM THEREOF}

The present invention relates to a fabric blind, and more particularly, to a three-stage fabric weaving method and a weaving machine for forming a three-stage fabric fabric for fabric blinds integrally formed with the front, rear vent paper and the intermediate shading paper at one time.

Generally, a blind refers to a venetian blind, which is installed at the front of a window or a door, and is mainly used for shading, ventilation, thermal insulation, soundproofing, and privacy protection.

Conventional blinds are manufactured by stretching the thin and narrow metal plates, wooden boards and plastic boards at regular intervals. These blinds can be controlled to unfold the lower portion of the take-up rod, and the inflow and angle of light can be adjusted, unlike the conventional curtain (curtain) has the advantage of freely controlling the degree of sunlight and wind entering the room have.

Recently, the blinds are made of cloth or paper such as polyester and are used regardless of the place such as office or home.In particular, the fabric blinds can be washed at home and used in the home. The design can be configured in various ways, so it is easy to decorate.

However, in order to manufacture the fabric blinds, we have to go through the process of weaving the front and rear fabrics primarily intended for ventilation and the intermediate fabrics primarily intended for shading, and connecting them by bonding or sewing. It was. Therefore, the manufacturing process is complicated and takes a long time to manufacture, it is inevitably to be an expensive product and despite the fact that it has various advantages over ordinary curtains, it is not widely used.

Accordingly, in Korean Patent Application No. 10-2006-0117059, the yarn is woven into a blind fabric, and the front mesh curtain, the rear mesh curtain, and the shading curtain are respectively formed, and each curtain sheet is connected to the front knot and the rear. There has been proposed a blind woven by the connecting method of warp and weft yarns which are integrally connected by a woven connecting weft yarn which is woven integrally with the connection knot.

However, the above-mentioned patent application is that the weaving connection weft is exposed to the outside, and the worker has to cut the weaving connection weft one by one. As a result, even if the front and rear mesh curtain and the shading curtain has the advantage that can be formed at the same time, there is a disadvantage that the work that must be cut after weaving weaving connecting obstacles to productivity.

An object of the present invention, the fabric blind for fabric blinds to be able to quickly and easily manufacture the front and rear vent paper and the intermediate light-shielding paper of the fabric blinds integrally at once through a single weaving process and to significantly increase the productivity and price competitiveness The present invention provides a method of weaving three-stage fabrics and a loom thereof.

Another object of the present invention, weaving of the three-stage fabric for fabric blinds to increase the productability and to design a variety of designs through the color or pattern of each of the front and rear ventilation wind paper and the intermediate shading paper of the fabric blind. A method and a loom thereof are provided.

Thus, the present invention, in the three-stage fabric weaving method for the fabric blind, using the first, second, third warp yarn 14, 16, 18 and weft yarn 12 in the predetermined order to weave the front and back side by side In order to form a three-stage fabric (2) for the fabric blinds in which the intermediate light shielding paper (6) is integrally connected between the rear vent paper (4) and (8), the first inclination (14) and the second inclination (16) are formed together. After weaving a single front vent paper 4 using a warp and a low denier weft 12, the first and second warp yarns 14 and 16 are separated and the first warp yarn 14 is a low denier weft yarn. Weaving with (12) forms the front vent paper (4) of the other compartment and at the same time weaving with the high denier weft (12) with the second inclination (16) to form one compartment of the intermediate light blocking paper (6), Subsequently, after weaving one compartment of the rear vent paper 8 using the warp yarn and the low denier weft yarn 12 together with the second warp yarn 16 and the third warp yarn 18, the second and third warp yarns 16 Separately (18), the third inclination (18) is a low denier weft (12) and The second slope 16 is woven with the high denier weft 12 to form one side of the intermediate light shielding paper 6, and the weaving process is performed. By repeating these three units are characterized in that the configuration is completed.

In addition, in the weaving machine, the first, second, and third inclined beams 14, 16, 18 provided from each of the warp beams 104, 106, and 108 are loosened in weaving and weaving. It is connected to two winding rollers A and B (110, 120) for controlling the tension to be driven independently controlled by the servo motors A, B (112) and 122, respectively, and the winding roller B (120) is a servo motor. The first inclination 14 and the second inclination 16 are simultaneously released and the tension is controlled from the drive control of the B 122, and the winding roller A 110 is controlled from the drive control of the servo motor A 112 by the second. The inclination 16 and the third inclination 18 are configured to simultaneously control loosening and tension, and the second inclination 16 is the servo motor A 112 and the winding roller B 120 of the winding roller A 110. It characterized in that the configuration so that all of the drive control by the servo motor B (122).

The present invention can weave the three-stage fabric for fabric blinds quickly and easily at the same time has the effect of increasing its productivity and productability.

1 is a perspective view of a three-stage fabric for the fabric blind of the present invention.

Figure 2 is a view showing a weaving method of three-stage fabric for the fabric blind of the present invention.

Figure 3 is a simplified configuration of a three-stage weaving machine for the fabric blind of the present invention.

Figure 4 is a perspective view of the fabric blind shading in accordance with an embodiment of the present invention and a partial enlarged view of the three-stage fabric for fabric blinds.

Figure 5 is a perspective view of the ventilation of the fabric blind of Figure 4;

<Explanation of symbols for main parts of the drawings>

(2)-Three-stage fabric for fabric blinds (4)-Front vent paper

(6)-Intermediate shading paper (8)-Rear vent paper

(12)-Weft (14)-First slope

(16)-second inclination (18)-third inclination

(100)-three-stage weaving machine for fabric blinds

(104)-first inclined beam (106)-second inclined beam

(108)-Third tilt beam (110)-Winding roller A

(112)-Servo motor A (120)-Winding roller B

(122)-Servo motor B (200)-Fabric blind

The present invention through the three-stage fabric weaving machine for fabric blinds, the front vent paper (4), the intermediate light shielding paper (6) and the rear vent paper (8) integrated fast three-stage fabric (2) at a time. There is a method of weaving easily and a constituent portion of the loom.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. Like reference numerals in the drawings denote components having the same function.

1 is a perspective view of a three-stage fabric for fabric blinds of the present invention, Figure 2 is a view showing a weaving method of the three-stage fabric for fabric blinds of the present invention. And, Figure 3 is a simplified configuration of a three-stage weaving machine for the fabric blind of the present invention.

The three-stage fabric (2) for the fabric blind of the present invention is the first, second, third warp yarns 14, 16, 18 and the weft yarns 12 in a predetermined order by connecting weaving and the front vent paper (4) and The intermediate light shielding paper 6 and the rear vent paper 8 are each configured to be woven at once.

In more detail, the three-stage fabric (2) for the fabric blind of the present invention, as shown in Figure 1, the front ventilator 4 and the rear ventilator 8 is located side by side in front and rear, and front, rear The intermediate light shielding paper 6 is integrally formed in the vertical direction of the front and rear ventilating papers 4 and 8 between the ventilation papers 4 and 8, and the same structure is repeated to repeat the whole three-stage fabric (2). To form.

At this time, the front, rear vent paper (4) (8) is mainly the low weft yarn 12 and the first, second, third inclined (14) (16) of the fabric blind 200 for smooth ventilation ( 18) is formed into a mesh shape, and in the case of the intermediate light shielding paper 6, high density weaving is performed using high weft yarns 12 and second warp yarns 16 of high density for effective light shielding of the fabric blind 200, and the like. By weaving, the three-stage fabric 2 is woven.

In weaving the three-stage fabric (2) for the fabric blind of the present invention, as shown in Figure 2, the first warp yarn and the mesh type low denier weft yarn with the second warp yarn 16 in conjunction with the first warp yarn 14 (12) is used to weave a section of the front vent paper 4 of a predetermined width and length (1 in Fig. 2). Then, the first inclination 14 and the second inclination 16 are continued. Weaving each one separately, weaving one compartment for the front vent paper (4) and the intermediate light shielding paper (6), but separate the first inclined yarn (14) and the mesh type low denier weft yarn (12). Weaving the ventilation paper 4 (2 in Fig. 2) and weaving one compartment of the intermediate light blocking paper 6 with the second inclination 16 and the high-density weft yarn for shading 12 (2 'in Fig. 2). . At this time, the low denier weft yarn 12 and the high denier weft yarn 12 are alternately supplied for simultaneous weaving the front vent paper 4 and the intermediate light shielding paper (6).

After weaving the intermediate light-shielding paper 6 of the second inclination 16 separated from the front vent paper 4 of the first inclination 14 separated from ② and ② 'of FIG. 2, the second inclination ( 16) using a slope and mesh-type low denier weft (12) together with a third slope (18) to form a rear vent paper (8) of the same size (width x length) as one compartment of the front vent paper (4). (3 in Fig. 2), and then weaving each compartment of the rear vent paper (8) and the intermediate shading paper (6) separately using the third inclination (18) and the second inclination (16) separately. Weaving the rear vent paper (8) of the other compartment with a third inclined yarn (18) and a mesh type low denier weft (12) separated separately (④ of FIG. 2), and simultaneously for the second inclination (16) and shading. A middle light shielding paper 6 is woven with a high denier weft yarn 12 (4 'in FIG. 2). At this time, the low denier weft yarn 12 and the high denier weft yarn 12 are alternately supplied for the simultaneous weaving of the rear vent paper 8 and the intermediate light shielding paper (6).

Therefore, repeating the above process (1 → ②, ② ′ → ③ → ④, ④ ′ of FIG. 2), the three-stage fabric 2 for the fabric blind as shown in FIG. 1 is woven.

In the present invention, the front and rear vent papers 4 and 8, in which each of the first and second inclinations 14 and 18, which are separated separately, are woven one by one, the difference in the thickness of the inclination becomes noticeable. Do not. The thickness of the fabric, the type of yarn, the texture (texture), the pattern, etc., including the size of the front vent paper (4), the intermediate light shield paper (6), and the rear vent paper (8), respectively, include the place, window, door, and It can be produced in various ways depending on the purpose of use, the taste of the user.

The blind three-stage fabric (2) of the weaving method described so far can be easily woven through the three-stage fabric weaving machine for blinds 100 of the present invention, the three-stage fabric weaving machine for blinds 100 of the present invention. The main part of the configuration will be described.

The three-stage weaving loom 100 for blinds of the present invention, as shown in FIG. 3, includes three first, second, and third inclined beams 104, 106, 108. Third inclined 14, 16, 18 are provided and are woven together with the input weft while passing through the body 140.

In addition, two winding rollers A, B (110, 120) for controlling and pulling the first, second, and third inclination (14, 16, 18), respectively, 2 The two winding rollers A and B 110 and 120 are configured to be driven independently by the servo motor A 112 and the servo motor B 122.

Specifically, the winding rollers A, B (110) 120 and the first and third tilt beams (104, 108) are configured to have a height difference up and down, respectively, and are connected to the winding roller B (120). The servo motor B 122 controls the twist and the tension of the first inclination 14 and the second inclination 16 at the same time, and the servo motor A 112 connected to the winding roller A 110 is the second. The loosening and tensioning of the warp 16 and the third warp 18 is controlled. Therefore, the second inclination 16 can be drive controlled to both the servo motor A 112 of the winding roller A 110 and the servo motor B 122 of the winding roller B 120. The three-stage weaving machine 100 for the fabric blind is alternately driven and controlled by the servo motors A and B 112 and 122 corresponding to the winding rollers A and B 100 and 120 so that the first slope 14 and The third inclination 18 is sequentially supplied, and the second inclination 16 is continuously supplied by the corresponding winding rollers A, B 110 and 120 which are being drive controlled.

In addition, a controller (not shown in the drawing) so that the servomotors A and B 112 and 122 can precisely control the weaving sequence and motion of the three-stage fabric for blinds 2. Configure In addition, other components of the three-stage weaving machine 100 for blinds of the present invention other than those described above may be configured similarly to conventional weaving machines.

4 is a perspective view of the fabric blind shading according to an embodiment of the present invention and a partially enlarged view of the three-stage fabric for the fabric blind, Figure 5 is a perspective view of the ventilation of the fabric blind of FIG.

The fabric blind 200 is configured to have a winding operation unit (not shown) as illustrated in FIGS. 4 and 5 as the three-stage fabric 2 for the fabric blind of the present invention.

Therefore, it is possible to wind up and down the entire three-stage fabric (2) for the fabric blind, and to raise and lower the front vent paper (4) or rear vent paper (8) within the length range of the intermediate light shielding paper (6) Used to adjust the shading degree of the paper (6). That is, by adjusting the up and down of the front and rear vent paper 8 to rotate the intermediate light shielding paper 6 within a 180 ° range, as shown in FIG. , As shown in FIG. 5, the gap between the front and rear vent papers 8 is widened so that the light shielding is less but well ventilated.

Reference numeral 130 is a 'guide roller', (142) is a 'north', and (150) is a 'tension roller'.

The present invention can be woven at a single three-stage fabric (2) for the fabric blind can be produced easily because the fabric blind 200 can be widely used in the manufacturing industry of the fabric blind 200.

Claims (3)

In the three-stage fabric weaving method for fabric blinds, Intermediate light shielding paper 6 between the front and rear vent papers 4 and 8 that are woven in a predetermined order using the first, second, and third warp yarns 14, 16 and 18 and the weft yarns 12. ) To form a three-stage fabric (2) for the fabric blinds connected integrally, After weaving the front vent paper 4 of one compartment using the warp yarn and the low denier weft yarn 12 together with the first warp yarn 14 and the second warp yarn 16, The first and second slopes 14 and 16 are separated and the first slope 14 is woven with the low denier weft 12 to form the front vent paper 4 of the other compartment and the second slope ( 16) weave with a high denier weft (12) to form a compartment of the intermediate light blocking paper (6), Subsequently, after weaving one compartment of the rear vent paper 8 using the warp yarn and the low denier weft yarn 12 together with the second warp yarn 16 and the third warp yarn 18, The second and third slopes 16 and 18 are separately separated, and the third slope 18 is woven with the low denier weft 12 to form a rear vent paper 8 in another compartment and at the same time a second slope ( 16) weave with a high denier weft (12) to weave one compartment of the intermediate light-shielding paper (6), Repeating the weaving process of the three-stage fabric is characterized in that the three-step fabric weaving method for the blind. In the loom, Two winding rollers A, the first, second and third inclined beams 14, 16 and 18 provided from each of the warp beams 104, 106 and 108 to control loosening and tension during weaving and weaving. It is connected to the B (110) 120 to be driven independently controlled by the servo motors A, B (112) 122, respectively, the take-up roller B (120) is the first from the drive control of the servo motor B (122) The inclination 14 and the second inclination 16 are simultaneously released and the tension is controlled, and the winding roller A 110 receives the second inclination 16 and the third inclination 18 from the drive control of the servo motor A 112. ) Is configured to control the loosening and tension at the same time, the second inclination 16 is both by the servo motor A 112 of the winding roller A (110) and the servo motor B (122) of the winding roller B (120). A three-stage weaving machine for fabric blinds, which is configured to be driven and controlled. The method of claim 2, The winding rollers A, B (110) (120) and the first, the third inclined beam (104) (108) is a three-stage weaving machine for weaving blinds, characterized in that the configuration is configured with a vertical difference.