KR102097547B1 - Eco-friendly rope manufacturing method, rope made by it and mat made of rope - Google Patents

Abstract

The present invention relates a method for manufacturing an eco-friendly rope. The method comprises the following steps: a fiber separation step of separating fibers by crushing coconut fruits; a fiber drying step of drying the fibers after the fiber separation step; a long fiber extraction step of extracting a long fiber from the fibers dried in the fiber drying step; a jute yarn preparing step of preparing a jute yarn; a long fiber combining step of putting the jute yarn obtained in the jute yarn preparing step and the long fiber extracted in the long fiber extraction step so that the long fiber is combined around the jute yarn; and a first rope manufacturing step of manufacturing a first rope by rotationally combining the long fiber and the jute yarn in the long fiber combining step.

Description

Eco-friendly rope manufacturing method, rope made by it and mat made of the rope thereof {Eco-friendly rope manufacturing method, rope made by it and mat made of rope}

The present invention relates to a method for manufacturing an eco-friendly rope and a rope produced thereby and a mat made of the rope.

The mat for plant cultivation using coconut fiber according to the technology of the background of the invention is largely composed of first and second mat layers composed only of coconut fiber, and earthworm feces and coco peat or sawdust are mixed between the mat layers, and selectively expanded ferrite, It is characterized by inserting a medium layer in which seeds of plants are sprayed or mixed in a medium in which one or more artificial soils selected from zeolite and expanded vermiculite are mixed.

This is as shown in Figure 14, the size, shape, shape may vary depending on the application or the factory. In the drawing, reference numeral 1 is a first mat layer, 2 is a badge layer, 3 is a second mat layer, and 4 is a sewing line for joining a mat consisting of three layers.

First, coconut fiber and coco feet are explained.

Coconut fiber is made by removing the contents of coconut, soaking the shell in water for a long time, dehydrating it, and passing the fibrous mass obtained here by squeezing it. In addition, as the coco peat used for the medium layer, dust generated during the production of coconut fiber was collected and used.

The first mat layer 1, which is an upper layer, is preferably 5 cm or less in thickness. There is no need to actually limit the thickness, and the thickness can be varied depending on the type of seeds mixed in the medium. In fact, when tested, it was found that when growing grass, a thickness of about 1 cm was most effective for seed germination and grass growth.

The first mat layer 1 configured in this way not only prevents damage to plant seeds from the outside, but also increases the growth of the plant sprouts through the coconut fibers, so that the fiber bundle itself serves to help the plant grow straight. In addition, it also serves to prevent the loss of the medium layer between the coconut fiber layer during the movement or transportation of the mat for plant cultivation of the present invention.

The medium layer (2) is possible to use all of the solid medium previously used for the material used, but the most preferred is made by mixing or sprinkling seeds on a medium mixed with coco peat or sawdust alone or together in earthworm feces. Also, as described above, artificial soils such as expanded perlite, expanded vermiculite, and zeolite may be additionally mixed and used.

The medium layer (2) constituted in this way can be used in combination with various plant nutrients, nutrient solutions, fertilizers, fungicides, pesticides, etc., as known, but if the medium layer contains a lot of liquid substances, the fiber of the mat layer Since there is a fear of being lost through the bunch, it is preferable to spray the liquid material such as moisture or nutrient solution after installing the mat for plant cultivation.

Therefore, the medium layer retains moisture and nutrients. When watered, nutrients necessary for germination are supplied as seeds.

That is, until the root of the plant is settled on the lower layer, it plays a role of supplying primary nutrients to the seed, that is, the plant. After that, the nutrients necessary for plant growth can be supplemented by fertilizing the nutrient solution prepared in advance on the mat.

The most preferable component ratio of the medium layer was about 30 to 40% by volume of earthworm feces, 40 to 60% by volume of coco peat or sawdust, 10 to 20% by volume of artificial soils such as expanded ferrite and zeolite expanded vermiculite. As a result, it seems to be more preferable to use only earthworm feces and coco peat or sawdust.

The first mat layer 3, like the first mat layer 1, is made of only coconut fiber, and preferably has a thickness of about 0.5 to 10 cm. This will help the roots to settle and prevent the loss of medium. In the use of the invention mat, which is used as the background, the soil can replace the lower layer when used for greening of grass such as legal surfaces, so the lower layer only needs to maintain a thickness such that there is no loss of the medium layer when transferring the mat. Therefore, in this case, the lower the thickness, the better. Meanwhile, in order to use lettuce, cabbage, etc. for cultivation in an apartment, it is preferable that the lower layer is thick enough to enable roots to adhere.

As described above, the conventional mat for plant cultivation consists of three layers, and it is necessary to combine the three layers in order to facilitate the transfer, transportation, and the like of the mat. In the previously described FIG. 14, sewing is suggested as a coupling means, but various other coupling means can be used.

Korea Patent Office Registration Patent Publication 10-1819041 (2018.02.28) Korea Patent Office Publication Patent Publication 1998-087795 (1998.12.05)

The first problem was to solve the problem of producing an eco-friendly rope for weaving a mat with a thin thickness but a high tensile strength and a low tensile strain.

The second task is to solve the problem of providing an eco-friendly mat that is woven by providing an eco-friendly rope with high tensile strength and low tensile strain.

In order to solve the above problems, it has the following method.

Fibrous separation step of separating the fiber by crushing the coconut fruit;

A fiber drying step of drying the fiber after the fiber separation step;

A long fiber extraction step of extracting long fibers from the fibers dried in the fiber drying step;

Preparation of the jute room to prepare the jute room;

A long fiber bonding step in which the long fibers obtained in the preparation of the jute thread and the long fibers extracted in the long fiber extraction step are introduced to bond the long fibers around the jute thread;

It has an eco-friendly rope manufacturing method having; a primary rope manufacturing step of manufacturing the primary rope by rotating the long fiber and the jute yarn in the long fiber bonding step.

Here, a moisture impregnation step of impregnating the dried long fibers after the long fiber extraction step;

 And a long fiber drying step of drying after the moisture impregnation step.

Here, it is preferable to further have a secondary long fiber extraction step of extracting the long fiber once more after the long fiber drying step.

Here, it is preferable to further have a secondary rope manufacturing step of manufacturing a secondary rope by rotationally coupling a plurality of primary ropes manufactured in the primary rope manufacturing step.

Here, it is preferable to further have a third rope manufacturing step of manufacturing a third rope by rotating and coupling a plurality of second ropes manufactured in the second rope manufacturing step to each other.

Produce an eco-friendly rope manufactured by the eco-friendly rope manufacturing method.

The eco-friendly rope is manufactured as a walking mat manufactured by a mat weaving device.

The mat weaving device is constructed as follows.

Slope division supply device;

The inclined division supply device constitutes an inclined second division supply device to divide and supply the first inclination moving upward and the second inclination moving downward.

The second inclined second supply device comprises a first inclined second divided supply device and a second inclined second divided supply device that move in opposite directions, respectively.

The first inclined second divided supply device and the second inclined second divided supply device constitute an annular annular ring so that the first inclined and second inclined parts pass respectively,

The first inclined second division supplying device and the second inclined second division supplying device are configured with a ladle size on each side facing each other,

A pinion gear is configured at a central portion of the inclined second divided supply device supporting the inclined second divided supply device, and the second inclined second divided supply device and the second inclined second divided supply device are respectively configured at side surfaces of the inclined second divided supply device. The ratchet gear and the pinion gear are coupled to each other to be configured to move to the upper and lower portions respectively by power,

Comprising a weft supply device for supplying the weft in the space of the slope supplied from the inclined division supply device,

The weft feeder comprises a first weft feeder and a second weft feeder that moves away from the first weft feeder in order to be configured to be spaced from the slope after feeding the weft,

It consists of a weft support body for supporting the weft roller between the first weft supply device and the second weft supply device,

After the first weft supply device and the weft support body are combined and after supplying the weft, the first weft supply device and the weft support body are spaced apart from each other, and at the same time, the second weft supply device and the weft support body are coupled. It is configured to alternate with each other whenever weft is supplied.

The first weft supply device and the weft support body and the second weft supply device and the weft support body are each composed of a clamp,

After supplying the weft from the weft supply device, after applying the pressure on the weft, a weft pressure device is configured to closely weave the warp yarns and the weft,

The weft pressure device is configured to apply the pressure of the weft in the direction in which the warp is supplied,

Further comprising the inclined third division supply device at the rear end of the inclined second division supply device,

The inclined three-part supply device divides and supplies inclined parts moving upwards,

Constructed by alternating the concave portion and the concave portion to supply each of the inclinations that are moved upwards to be divided into the concave portion.

The weft pressure device configured at the lower part of the inclined three-part supply device comprises a concave portion and a convex portion, and the weft pressure device convexly presses the weft yarn after the weft is disposed, and is closely configured between the warp and weft threads.

The slopes moving to the bottom are configured to rest on the weft pressure device,

The inclined support is configured at an intermediate portion between the weft pressure device convex part and the weft pressure support part and the weft pressure device main part so that the inclined parts moving to the lower part can no longer be moved downward.

It has a walking mat weaving device to divide and supply slopes that move downward at the same time as the weft pressure.

Here, a weft support body roller support is formed between the weft pressure device and the third division supply device so that the weft support body loading the weft roller supplying the weft is moved to the left and right by the weft support body roller. .

Here, it is preferable to configure the first partition supply device to the front end of the second partition supply device to be divided so that the slopes are divided and supplied to the second partition supply device.

Here, the inclined first divided supply device is the first inclined supplied from the upper and the second inclined supplied from the lower inclined tension holding device next to the inclined first divided supply device in the same plane the first inclined and the It is preferable to configure the horizontal bar so that the second slope is supplied so that the first slope and the second slope penetrate the lower portion of the horizontal bar.

Here, it is preferable to configure the rod in the vertical direction to the horizontal bar so that the first slope and the second slope are divided and supplied.

Here, it is preferable to configure the inclined tension holding device between the inclined first divided supply device and the inclined second divided device so that the tension is maintained in the first and second inclined portions.

Here, the inclined tension holding device is composed of an inclined tension first roller and an inclined tension second roller configured under the inclined tension first roller, and to adjust the tension of the inclined tension first roller and the inclined tension second roller. It is preferable to configure the tension adjusting device.

Here, the tension adjusting device is preferably configured to adjust the pressure of the upper axis of the inclined tension first roller in an upward or downward direction.

The first effect is to produce a rope for weaving the mat, which is thinner but has a higher tensile strength and a lower tensile strain.

The second effect is to provide an eco-friendly rope with high tensile strength and low tensile strain, thereby providing an eco-friendly mat.

1 is a view showing the shell of a coconut fruit.
FIG. 2 is a view showing that the skin of FIG. 1 is crushed and dried while the fibers are separated.
Figure 3a is a diagram showing the step of impregnating the long fibers with moisture.
Figure 3b is a view showing the step of separating the long fibers once again after drying on the impregnated long fibers.
Figure 3c is a view showing the long fibers separated from Figure 3b.
Figure 4a is a view showing a device for manufacturing a rope using long fibers and jute.
4b is a view showing a process of manufacturing a primary rope by rotating long fibers around the jute thread and the jute thread.
FIG. 4c is a view showing a more detailed view of FIG. 4b, showing a state in which long fibers are arranged around the three strands of the jute thread and the jute thread.
4d is a view showing a step of manufacturing a second rope with two strands of the first rope produced by rotating the two strands of jute yarn and long fibers.
FIG. 5 is a view showing a step of manufacturing a third rope by rotating the four strands of the second rope manufactured in FIG. 4d in a rotating machine.
6A is a view showing a manufacturing process showing an eco-friendly rope manufacturing method.
6B is a view showing a manufacturing process showing the manufacturing process of FIG. 6A in more detail.
7 is a view showing the overall configuration of weaving walking mat.
8 is a view showing an inclined tension holding device for supplying an inclination to the walking mat.
Figure 9a is a view showing a second division supply device inclined.
9B is a view showing a rack and a pinion for moving the inclined second division supply device.
10 is a view showing a state in which the first inclination is inserted into the ring rings.
11 is a view showing the configuration of the first inclined third division supply device and the weft pressure device and the second inclined division and support.
12 is a view showing a weft supply device for supplying weft.
13 is a view showing that the mat for walking is moved by a mat moving roller.
14 is a view showing a conventional technique.

It will be described below with reference to FIG.

It is a drawing showing coconut fruit.

The part that surrounds the outermost part of the coconut fruit is called coco peat, which is separated separately into small pieces while crushing the coconut fruit.

In the present invention, by crushing the state in which the flesh has been removed from the coconut fruit and using the fiber for the purpose of the rope, it is newly discovered as the purpose of the rope to acquire the flesh from the coconut fruit and discard it after use, and used to weave the eco-friendly mat 700 Is to do.

FIG. 2 is a view showing the crushing of the fruit of FIG. 1 and drying in a state in which fibers are separated.

In the tropical region, Indonesia, the usual temperature is over 30 degrees, so you can dry it at room temperature.

Choose long fibers of 15 centimeters or more, but smaller fibers are possible, but to increase the tensile force, more than a certain size of long fibers are extracted.

When placed in a rotating machine, short fibers are pulled out to extract long fibers.

According to Figures 3a to 3c, after passing through the step of impregnating the water is dried again.

In this way, the fibrous material is hardly dried and contracted, so that when the eco-friendly mat 700 is completed, the defective rate of reducing the fiber is significantly reduced.

Referring to Figure 3b again, the job of selecting a business.

The work is to select long and short fibers using the wind.

Figure 3c picks up the longevity in the machine to make the picked yarn in the yarn and put it together.

In the process of Figs. 4A to 4D, the first and second ropes are produced from the selected so far.

The process is as follows.

The rope going to the primary is completed as it is rotated as it moves to the rotating machine entrance by blowing long fibers around one strand of the jute thread.

In the prior art, instead of the jute thread, artificially produced plastic strings of poly type are used for this part.

The eco-friendly mat 700 constructed in this way has a disadvantage in that it cannot become an eco-friendly mat, and a plastic string remains, which makes it practically not an eco-friendly mat.

However, in the present invention, an environmentally friendly jute thread is used as a basic thread.

However, the tensile strength is stronger and the deformation is less likely to occur.

Two strands with multiple primary ropes are rotated to complete the secondary rope.

In this part, 100% eco-friendly products are produced by putting jute yarn, not polysil.

5 is as follows.

The finished secondary rope 4 strands are rotated again to produce a robust rope.

Currently, the only company that makes ropes with machines is the applicant.

The rope produced in this way has a strength about 3 times better than that of other companies, and the mat made with iropro has also been tested and proved by the Korea Apparel Testing Research Institute to have a strength twice as good.

The results of the test report for the mat made of the rope produced by the present invention are as follows.

Test Applicant: Codan Ecoroad Co., Ltd. Test Report Issuance Date: September 17, 2019

Tester: President of Korea Apparel Testing Research Institute (Technical Officer: Seungmin Lee, Tester: Younghyuk Cho)

Sample name: 2 walking mats

Sample 1: KD1000 (23496598). KD1200 (23496599), KD1500 (23496600)

Sample 2: Vietnamese competitors

Test Items Test result Sample 1 Sample 2 (conventional) Material analysis: KS K 0210-1: 2015 Infrared absorption spectrum method

* Note) 1. Test equipment: Fourier transform infrared spectrophotometer ATR
2. It indicates the main ingredient

Tensile strength (kN / m): KS K ISO 10319: 2015

Machine direction
Width direction

* Note) 1. State of test piece: Present state
2. Number of test pieces: 5
3. Tester Type: CRE Type

Cellulose system





89.72
86.14
Cellulose system





63.95
39.28 Tensile strain (%): KS K ISO 10319: 2015

Machine direction
Width direction

* Note) 1. State of test piece: Present state
2. Number of test pieces: 5
3. Tester Type: CRE Type


48.9
46.7

58.9
47.9 Thickness (mm): KS K ISO 9863-1: 2005

* Note) 1. Number of test pieces: 10
2. Pressure: (2 ± 0.01) kPa
3. Test procedure: A
4. Presser Foot Size: Area (25 ± 0.2) cm ²
30.62
32.54

About tensile strength (kN / m)

In Table 1, the tensile strength (kN / m) of the invention of the present invention is 89.72 in the machine direction, whereas the tensile strength of the general product on the market is 63.95, and the tensile strength according to the present invention is 140.3% more than the tensile strength of the general product. high.

In addition, the tensile strength of the present invention is 86.14 in the width direction, whereas the tensile strength of the commercial products on the market is 39.28, and the tensile strength according to the present invention is 219% higher than the tensile strength of the general products.

About tensile strain (%)

In Table 1, the tensile strain (%) of the present invention is 48.9 in the machine direction, while the tensile strain of the general product on the market is 58.9. .

In addition, the tensile strain of the invention of the present invention is 46.7, while the tensile strain of the general product on the market is 47.9, whereas the tensile strain according to the present invention is 103% lower than the tensile strain of the general product.

About thickness

While the invention of the present application is 30.62mm, the general product is 32.54mm, and the thickness of the general product is 106% higher than the thickness of the present invention, but the tensile strength and tensile strain are better than the salpin bar.

It will be described with reference to Figures 6a and 6b.

It has a fiber separation step (S100) for separating the fiber by crushing the coconut fruit.

It is okay to use a separate device, but it is sufficient if only the outermost part is selected.

After the fiber separation step, a fiber drying step of drying the fiber; (S200).

It may be dried by an external environment.

It has a long fiber extraction step of extracting the long fiber 20 from the fiber dried in the fiber drying step; (S300).

It is sufficient if the fiber is blown in the wind to select the long fibers 20 divided by the weight.

You may use a special device.

Thus, after preparing the long fiber 20, the preparation of the jute thread 10 prepares the jute thread 10; it has (S400).

Entering the long fibers 20 extracted in the jute room 10 and the long fiber extraction step (S300) obtained in the preparation step of the jute room, the long fibers 20 are coupled to the jute room 10 Fiber bonding step; (S500).

In the long fiber bonding step, the primary fiber manufacturing step of manufacturing the primary rope 31 by rotating and combining the long fiber 20 and the jute thread 10; provides an eco-friendly rope manufacturing method having (S600) .

After the long fiber extraction step (S300), a moisture impregnation step of impregnating the dried long fiber 20 with moisture; passes through (S310).

During this step, since the fibers are dried and contracted, the defect rate of the fibers shrinking when the eco-friendly mat 700 is completed is significantly reduced.

After the moisture impregnation step (S310), a long fiber drying step; further comprising (S320).

After the long fiber drying step (S320), it is preferable to further have a second long fiber extraction step (S330) of extracting the long fiber 20 once more.

In this way, the long fiber has a configuration that increases the tensile force by becoming a more robust configuration.

The primary rope manufacturing step (S600) further comprises a secondary rope manufacturing step (S610) for manufacturing the secondary rope 32 by rotating and coupling the plurality of primary ropes 31 to each other.

The number of strands to manufacture the rope according to the desired thickness of the rope is configured according to the consumer's request.

The secondary rope manufacturing step (S610) has a third rope manufacturing step (S620) of manufacturing a tertiary rope (33) by rotating and coupling a plurality of secondary ropes (32) to each other.

The eco-friendly rope 30 manufactured by the eco-friendly rope manufacturing method is to provide an eco-friendly rope having an effect of significantly reducing a defect rate caused by a reduction in fiber in response to a consumer's request.

In addition, to provide an eco-friendly rope 30, a walking mat 50 manufactured by a conventional mat weaving device.

The mat weaving device is constructed as follows.

It will be described below with reference to the drawings.

It will be described with reference to Figs. 7 to 13.

In the following description, the mat is woven using the above-described eco-friendly rope 30 as a weft and a slope.

Hereinafter, in weaving the eco-friendly mat 700 using the above-described eco-friendly rope 30, the first inclination is denoted by reference numeral 150, the second inclination by 170, and the weft by 535, in order to distinguish the warp and weft. However, even if the weft yarns and the warp yarns have different reference numerals, they refer to the eco-friendly ropes 30 described so far.

The walking mat of the present invention is to apply the eco-friendly rope (30).

Unit slope and unit weft consisted of two strands in the present invention.

Of course, one or three or more strands may be used as needed.

In addition, the slope is configured to move up and down. Wefts are configured to move left and right.

 The inclined division supply device will be described.

The inclined division supply device configures the inclined second division supply device 300 to divide and supply the first inclination 150 moving upward and the second inclination 170 moving downward.

The inclined second divided supply device 300 is composed of a first inclined second divided supply device 310 and a second inclined second divided supply device 320 that move in opposite directions, respectively.

The first inclined second divided supply device 310 and the second inclined second divided supply device 320 are constituted by annular annular rings 312 and 322, respectively, forming the first inclined 150 and the second inclined ( 170) is configured to pass.

Each of the side surfaces of the first inclined second divided supply device 310 and the second inclined second divided supply device 320 are composed of lager gears 362 and 363,

The first inclined second divided supply device 310 and the second inclined second divided supply device are configured by forming a pinion gear at a central portion of the inclined second divided supply device support supporting the inclined second divided supply device 300. The ratchet gears 362, 363 and the pinion gears 364 respectively configured on the sides of the 320 are coupled to each other to be configured to move upward and downward respectively by power.

The weft supply device 500 for supplying the weft yarns 535 to the inclined spaces supplied by the inclined division supply device is configured,

The weft supply device 500 is a first weft supply device 510 and a second weft supply device 520 that moves from opposite sides of the first weft supply device to configure the weft yarn 535 to be spaced from a slope after supplying the weft yarn 535 ),

Is composed of a weft support body 530 for supporting the weft roller (540,550) between the first weft supply device 510 and the second weft supply device (520),

After the first weft supply device 510 and the weft support body 530 are coupled and the weft is supplied, the first weft supply device 510 and the weft support body 530 are spaced apart from each other and at the same time The two weft supply devices 520 and the weft support body 530 are configured to alternately engage with each other every time weft 535 is supplied.

This is controlled through a motor.

The first weft supply device 510 and the weft support body 530 and the second weft supply device 520 and the weft support body 530 are configured with clamps 515 and 525, respectively.

The first weft supply device 510 and the second weft supply device 520 are configured with clamps 515 and 525 operated by a hydraulic pump 800.

After supplying the weft 535 from the weft supply device 500, and then applying pressure to the weft 535, weft pressure device 560 to closely weave the warp yarns and the weft 535 Make up.

The weft pressure device 560 is configured to apply the pressure of the weft yarn 535 in the direction in which the warp is supplied.

The inclined third division supply device 400 is further configured at the rear end of the inclined second division supply device 300,

The inclined three-part supply device 400 supplies the inclined parts that are moved upwardly,

The main part and the iron part are alternately constituted so that each of the inclinations moving upwards is dividedly supplied to seat the main part.

In addition, the weft pressure device 560 configured in the lower portion of the inclined three-part supply device 400 comprises a concave portion and a convex portion so that the convex portion 535 is disposed after the weft yarn 535 is disposed on the weft pressure support 565. By pressing, the warp and weft 535 are closely configured.

The slopes moving to the bottom are configured to rest on the weft pressure device 560,

The inclined support 562 is configured at an intermediate portion between the weft pressure support 565 and the weft pressure device recess 512 so that the inclined movements to the lower part no longer move downwards,

The weft pressure device 560 is configured to divide and supply the slopes that move downwardly at the same time as the weft pressure.

The first inclined third division supply device 310 and the second inclined third division supply device 320 are configured such that the dividing rods 313 and 323 cross each other.

Therefore, the primary purpose is to configure the annular rings 312 and 322 through which the dividing rods 313 and 323 pass through the inclined portions at the lower ends when alternately moving up and down from each other in the parallel position, but the first inclined third division supply device 310 The first inclination 150 passing through the annular ring 312 configured at the lower end of the dividing rod 313 is divided by passing between the dividing rods 323 of the second inclined third division supply device 320. .

In addition, the second slope 170 passing through the circular ring 322 configured at the lower end of the dividing rod 323 of the second slope third division supply device 320 is the first slope third division supply device 310 It is divided by passing between the dividing rods (323).

The slope is alternately moved up and down to weave the weft yarns in close contact.

It is composed of a weft support body (530) supporting the weft rollers (540,550) between the first weft supply device (510) and the second weft supply device (520), after supplying the weft (535), the first slope ( 150) and the upper and lower portions of the second slope 170 are configured such that the slope does not interfere with movement due to the weft supply device 500.

This is because the inclined structures are woven together with the weft yarns while moving up and down.

Since the first weft supply device 510 and the weft support body 530 are combined, after supplying the weft, the second weft supply device 520 configured on the opposite side approaches the weft support body 530 After the weft support body movement (not shown) approaches the hole of the weft support body 530 and is coupled, the clamp 515 operating as a hydraulic pump mounted on the first weft supply device 510 is relaxed and the weft support body 530 ) And the clamp 525 of the second weft supply device 520 operating with the hydraulic pump 800 of the second weft supply device 520 is combined with the aging support body 530 and the second weft The supply device 520 and the weft support body 530 are combined to be spaced apart from each other in a space where slopes are arranged.

The same process is repeated in the next process. In addition, after being spaced apart from the space in which the slopes are arranged, the first inclined three-division supply device 310 and the second inclined three-division supply device 320 move up and down to weave with the weft.

Then, the weft is supplied again, and the above operation is repeated.

Here, the weft roller (540,550) is loaded between the weft pressure device (560) and the inclined third division supply device (400) to form a weft support body roller support (570) to supply the weft (535). The weft support body 530 is configured to be moved by the weft support body roller 575 from side to side.

In addition, the inclined first divided supply device 100 is configured at the front end of the inclined second divided supply device 300 so that the inclined portions are divided and supplied to the inclined second divided supply device 300.

The inclined first division supply device 100 maintains the inclined tension located next to the first inclined portion 150 supplied from the upper portion and the second inclined portion 170 supplied from the lower portion of the inclined first divided supply device 100. The first slope 150 and the second slope 170 penetrate the lower portion of the horizontal bar by configuring a horizontal bar so that the first slope 150 and the second slope 170 are supplied to the device in the same plane. To be configured.

In addition, by configuring the rod in the vertical direction to the horizontal bar is configured to supply the first slope 150 and the second slope 170 is divided.

The first slope 150 and the second slope 170 are tensioned by configuring the slope tension maintaining device 200 between the first slope supply device 100 and the second slope device 300. Configure to maintain.

In addition, the inclined tension holding device 200 is composed of an inclined tension first roller 210 and an inclined tension second roller 220 configured below the inclined tension first roller 210, and the inclined tension first roller To adjust the tension of the 210 and the inclined tension second roller 220, the tension adjusting device 230 is configured.

The tension adjusting device 230 is configured to adjust the pressure of the upper axis of the inclined tension first roller 210 in an upward or downward direction.

The inclined tension first roller 210 is configured with irregularities in the longitudinal direction to adjust tension to move by the weft pressure of the weft pressure device 560.

In addition, it is configured to move the mat moved by the pressure of the weft pressure device 560 to the rear or to move the mat moving roller 600 by the weaving length due to the hydraulic pump 800 immediately after the pressure of the weft pressure device 560. .

The terms or words used in the specification and claims should not be interpreted as being limited to ordinary or dictionary meanings, and the inventor can appropriately define the concept of terms in order to best describe his or her invention. Based on the principle that it should be interpreted as meanings and concepts consistent with the technical spirit of the present invention.

Therefore, the embodiments shown in the embodiments and the drawings described in this specification are only the most preferred embodiments of the present invention, and do not represent all the technical spirit of the present invention, and at the time of this application, they can be replaced. It should be understood that there may be various equivalents and variations.

10: jute room 20: long fiber
30: Rope 31: 1st rope 32: 2nd rope 33: 3rd rope
40: Twister 50: Business separator
100: first slope supply unit 150: first slope 155: first slope roller
170: second slope 175: second slope roller
200: inclined tension holding device 210: inclined tension first roller 220: inclined tension second roller
230: tension control device 300: inclined second division supply device
310: first inclined second divided supply device 312,322: circular loop 313,323: divided rod
320: second inclined second division supply device 350: inclined second divided supply device support
360: Lek and Pinion 362,363: Resize 364: Pinion Gear
400: inclined third division supply device 412: inclined third division supply device
414: Inclined third division supply device
500: weft supply device 510 first weft supply device 512: weft pressure device main part 515,525: clamp
520: second weft supply device 530: weft support body 535: weft 536: weft supply roller 540,550: weft roller 560: weft pressure device 562: slope support
565: weft pressure support 570: weft support body roller support 575: weft support body roller
600: mat moving roller 700: eco-friendly mat 800: hydraulic pump

Claims (7)

Fibrous separation step of separating the fiber by crushing the coconut fruit;
A fiber drying step of drying the fiber after the fiber separation step;
A long fiber extraction step of extracting long fibers from the fibers dried in the fiber drying step;
A moisture impregnation step of impregnating the dried long fiber after the long fiber extraction step;
A long fiber drying step of drying after the water impregnation step;
A second long fiber extraction step of extracting the long fiber once more after the long fiber drying step;
Preparation of the jute room to prepare the jute room;
The jute thread obtained in the preparation step of the jute thread and the long fiber extracted in the secondary long fiber extraction step are introduced,
The long fiber is 15 cm or more, the long fiber bonding step of the long fiber is coupled to rotate the jute thread;
A primary rope manufacturing step in which the long fiber and the jute are rotationally combined in the long fiber bonding step to produce a primary rope; Eco-friendly rope manufacturing method characterized in that it has a. delete delete The method of claim 1, further comprising a secondary rope manufacturing step of manufacturing a secondary rope by rotating and coupling a plurality of primary ropes manufactured in the primary rope manufacturing step to each other. The method of claim 4, further comprising a tertiary rope manufacturing step of manufacturing a tertiary rope by rotating and combining a plurality of secondary ropes manufactured in the secondary rope manufacturing step. An environmentally friendly rope manufactured by the method for manufacturing an environmentally friendly rope according to any one of claims 1, 4 and 5. A walking mat manufactured by using the eco-friendly rope of claim 6 by a mat weaving device.

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