KR200176042Y1 - Manufacture apparatus of fold paper - Google Patents

Abstract

The present invention moves the paper cloth soaked with water in the wrinkled drum while passing through the water tank, so that it is peeled off from the wrinkled drum by the blade and at the same time, the wrinkled paper fabric is dried while passing through the drying drum. The present invention relates to a device for manufacturing wrinkled paper, which can be configured at a low price by simplifying the configuration of the device to reduce wrinkles. Wrinkled drum is heated with a built-in pleated heater to pass the water tank, the paper fabric with moisture is wound on the outer peripheral surface and dried about 80% of the moisture of the wound paper fabric, the paper fabric is the wrinkled drum The blade is peeled off so that it is peeled off while being pushed away. It is provided in a state facing the outer peripheral surface of the, is provided with a conveyor belt for conveying the paper fabric peeled from the pleated drum, the conveyor belt is wound around the outer circumferential surface to pass through and the paper fabric is pressed and passed together. There is provided a drying drum with a built-in drying heater for constantly heating the pressed paper fabric, and a pair of cutting rollers having a plurality of blades and blade grooves on the outer circumferential surface to cut the wrinkled paper fabric out of the drying drum to a certain width It is configured to be provided.

Description

Wrinkled paper manufacturing apparatus {Manufacture apparatus of fold paper}

The present invention relates to an apparatus for manufacturing wrinkled paper, and more particularly, the paper fabric containing water while being passed through the water tank is peeled off from the wrinkled drum by a blade while passing over the wrinkled drum, and dried in the wrinkled state. The present invention relates to an apparatus for producing wrinkled paper, by which a wrinkled paper is produced by being ironed in a drum, thereby simplifying the configuration of the apparatus for producing wrinkled paper and improving productivity.

In general, wrinkled paper is used as a wrapping paper used to wrap flowers, depending on the method of use, such as folding a paper flower is used in various ways. Most of these wrinkled paper depend on imports and are not produced in Korea. The technique of folding wrinkled paper is very difficult, and various devices have been proposed to fold it.

However, because these devices are complicated in structure and expensive, ordinary users cannot purchase such devices.

The present invention was developed in view of the conventional problems, and an object of the present invention is to move the paper cloth soaked with water while passing through the water tank to be dried on the wrinkled drum, and to be peeled off from the wrinkled drum by the blade. And the wrinkled paper fabric is dried while passing through the drying drum to prevent the wrinkles to be released, the configuration of the creasing device to simplify the configuration of the device to provide a device for producing wrinkled paper at a low price.

1 is a schematic cross-sectional view of the present invention wrinkled paper manufacturing apparatus

Figure 2 is a perspective view showing a part of the present invention wrinkled paper manufacturing apparatus

3 is a perspective view of the wrinkled paper produced by the present invention

<Code Description of Main Parts of Drawing>

10: paper fabric 11: paper guide roller

12: stripe 20: water tank

21: attachment roller 30: wrinkled drum

31: rotating shaft 32: corrugated heater

40: blade 50: dry drum

51: rotating shaft 52: drying heater

53: conveyor belt 54: steam discharge hole

60: hot air generator 61: hot air pipe

70: cutting roller 71: blade

72: blade groove 80: stripe roller

81: projection 82: groove

In order to achieve the above object, the present invention is provided with a water tank to be immersed in water while paper rolls are rolled up in a rolled form, and a paper fabric having moisture is wound on the outer circumferential surface of the paper tank and wound up. Wrinkling drum is provided with a built-in pleated heater to dry the moisture of about 80%, and the paper fabric is peeled off from the pleated drum and the blade is pushed against the outer peripheral surface side of the pleated drum at this time It is provided in a state of being provided, a conveyor belt for transporting the paper fabric peeled from the pleated drum is provided, the conveyor belt is wound around the outer peripheral surface to pass through at this time, the paper fabric is pressed together to pass through the pressed paper fabric to a certain It is equipped with a drying drum with a built-in drying heater, A pair of cutting roller having a plurality of blade and blade groove on the outer peripheral surface so as to cut the paper is caught in the fabric folds out from the drying drum group with a constant width and is configured to be provided.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is a schematic cross-sectional view of the device for producing wrinkled paper, the paper fabric 10, which is released from the fabric roller is wound around the paper fabric 10 is moved to the water tank 20 by the paper guide roller (11). The water tank 20 is formed to be larger than the width of the paper fabric 10 by supplying moisture to the paper fabric 10, the paper fabric 10 is contained in a sufficient amount of water so that it can be sufficiently immersed in the water.

The water tank 20 is configured to be elevated to prevent the paper fabric 10 from being immersed in water and to lower the water tank 20 to fill water in the tank or to remove the defective portion of the paper fabric 10. You can make room for inspection. And the water supplied to the water tank 20 may be to be supplied into the water tank 20 by the pump.

In addition, the paper cloth 10 soaked with water is wound toward the wrinkled drum (30). An attachment roller 21 for guiding the paper fabric 10 to be wound toward the pleated drum 30 is provided to closely adhere the paper fabric wetted with water toward the pleated drum 30. In the water tank 20, a dyeing agent is added in some cases so that the paper fabric 10 is dyed to a desired color by the dyeing agent. In this way, the color of the paper fabric can be different, thereby expanding the color selection of the wrinkled paper.

A central axis of the pleated drum 30 is provided with a rotating shaft 31, the inner circumferential surface of the pleated drum 30 has a built-in pleated heater 32 to directly heat the surface of the pleated drum 30 constant. The wrinkle drum 30 has a surface temperature of not exceeding 100 degrees and the wrinkle heater 32 is controlled within the temperature range. The pleated heater 32 may be installed on the outer circumferential surface of the rotating shaft 31 to heat the inner space of the pleated drum 30 and may be configured to indirectly heat the surface of the pleated drum 30 by the heated heat.

Since the paper fabric 10 is wet with water, when the paper roller 10 touches the outer circumferential surface of the pleated drum 30 by the attachment roller 21, the paper fabric 10 does not fall to the outer circumferential surface by the bite. And one side of the wrinkle drum 30 is provided with a blade 40 to peel off the paper fabric 10 is rotated with the wrinkle drum in the state wound on the wrinkle drum from the wrinkle drum (30). The blade 40 maintains a constant angle with respect to the outer circumferential surface of the pleated drum 30 and is in close contact with the pleated drum 30 and the blade 40 in the process of the paper fabric 10 is rotated on the pleated drum 30. When it comes in contact with the pleated drum 30, it is peeled off.

As the paper fabric 10 is peeled off from the pleating drum 30 on the blade 40, the pleating is carried out. The paper fabric 10 is wet with water and is constantly heated by the surface temperature of the pleated drum 30, and the water is dried by about 70% to 80%. When it touches the blade 40 in this state, the paper fabric 10 attached to the surface of the wrinkle drum 30 by moisture is pushed from the blade 40 by the surface friction force (surface adhesion force) of the wrinkle drum 30. Peeled from the pleated drum (30). In this way, the surface of the paper is peeled off from the pleated drum 30 in the folded state by the frictional force, and the degree of pushing the paper fabric varies depending on the angle of the blade 40 and the thickness of the blade 40. The shape of the wrinkles formed on the paper fabric 10 is different. The more the blade 40 is erected and also the thicker the more wrinkles are caught, the less the blade 40 is erected and the thinner the less wrinkles.

The paper fabric 10 peeled off from the corrugated drum 30 is directed to the drying drum 50 by the conveyor belt 53. Since the conveyor belt 53 wraps and circulates a part of the outer circumferential surface of the drying drum 50, the paper fabric 10 contacts the surface of the drying drum 50.

The drying drum 50 is provided with a rotating shaft 51 in the center and a drying heater 52 is built in the inner circumferential surface of the drying drum 50 to directly and directly heat the surface of the drying drum 50 constantly. The drying drum 50 is heated to a surface temperature of 250 degrees and the drying heater 52 is controlled within the temperature range. The drying heater 52 may be installed on the outer circumferential surface of the rotating shaft 51 to heat the internal space of the drying drum 50 and indirectly heat the surface of the drying drum 50 by the heated heat.

Since the conveyor belt 53 is circulated in intimate contact with the outer circumferential surface of the drying drum 50, the paper fabric 10 sandwiched between them is pressed against the surface of the drying drum 50. In addition, since the circulating speed of the conveyor belt 53 and the rotational speed of the drying drum 50 coincide, no slip is generated between them and the instantaneous movement speed is the same. Therefore, when the paper fabric 10 is placed between the conveyor belt and the drying drum, it is not pulled or pushed and is pressed as it is placed and moved in close contact with the drying drum 50. As such, the wrinkled paper fabric is completely dried, and moisture is evaporated while being moved in close contact with the drying drum 50. On the surface of the conveyor belt 53, a myriad of vapor discharge holes 54 are formed, and steam generated while the paper fabric 10 is dried is discharged to the outside through these vapor discharge holes 54.

In addition, when the rotation of the drying drum 50 is adjusted faster than the pleated drum 30, the paper fabric 10 guided to the drying drum 50 by the conveyor belt 53 is pulled. In this way, the wrinkles of the paper fabric 10 is unfolded in the process of being moved on the outer peripheral surface of the drying drum (50).

When the paper fabric 10 is pulled out of the outer circumferential surface of the drying drum 50, the wrinkles of the paper fabric are unfolded, leaving only those wrinkle marks. As a result, the wrinkles of the paper fabric are unfolded, and only the wrinkle marks remain on the paper fabric, thereby making it possible to selectively manufacture paper fabrics having wrinkle marks.

The paper fabric conveyed out of the outer circumferential surface of the drying drum 50 by the conveyor belt 53 is finally dried by hot air supplied from the hot air pipe 61. The hot air pipe 61 is connected to the hot air generator 60 by a connection hose, and the paper fabric 10 is thick so that it contains a lot of moisture or the hot air pipe 61 to compensate for the drying performance of the drying drum 50. Use The hot air pipe 61 has a myriad of holes are formed in the outer peripheral surface of the hot air pipe 61 is discharged toward the paper fabric (10) through these holes.

The paper fabric 10 corrugated in the completely dried state away from the conveyor belt 53 passes between a pair of cutting rollers 70 to cut to a predetermined width. The cutting roller 70 has a blade 71 formed at one side and a blade groove 72 formed at the other side to accommodate the blade 71. These blades 71 are disposed at a distance of about 50 cm from the fabric sheet. Cut 10 to 50cm width. Since the paper fabric has a width of approximately 100 cm or more, or by dividing it or cutting the number of blades 71 by increasing the number of the paper fabric 10 can be cut to a certain width according to the taste of the consumer.

The paper fabric 10 passing through the cutting roller 70 may pass through a pair of stripe rollers 80 as necessary. The stripe roller 80 forms a plurality of stripes 12 in the lengthwise direction on the paper fabric 10. A plurality of protrusions 81 are formed at one side of the stripe roller 80 at regular intervals, and the protrusions are formed on the other side. A plurality of grooves 82 into which the 81 is fitted are formed at regular intervals. When the paper fabric 10 is passed between the stripe rollers 80, the paper fabric 10 is pressed by the projections 81 and the grooves 82, and stripes are formed by their gaps.

The present invention configured as described above is made of various types of wrinkled paper according to the color of the paper fabric (10). The wrinkle folding process is described in more detail as follows. Paper fabric 10 installed in the fabric roller has a variety of colors. It can be a single color or a mixture of different colors. The paper fabric 10 is moved on the paper guide roller 11 toward the water tank (20). The water tank 20 contains an amount of water to soak the paper fabric 10, and the paper fabric is soaked in water as it passes through the water tank 20 to contain water.

The paper cloth soaked in water first touches the outer circumferential surface of the pleated drum 30 through the attachment roller 21 and then rotates together with the pleated drum 30 in a state of not falling off the outer circumferential surface of the pleated drum 30 by water. do. While being rotated together with the pleated drum 30, the pleated drum 30 is constantly heated by the pleated heater 32 embedded in the interior of the pleated drum 30, thereby drying the water to about 80%.

The paper fabric in which drying is in progress is peeled off from the wrinkled drum 30 by the blade 40. As soon as the paper fabric 10 touches the blade 40, the paper fabric 10 is pushed off by the surface friction force between the paper fabric attached by the water and the wrinkle drum 30, and is peeled off from the wrinkle drum 30. In the process of being pushed by the blade 40, the paper fabric overlaps and overlaps each other while being wrinkled.

Depending on the angle of the blade 40 and the thickness of the blade 40, the degree of sliding of the fabric is changed, and the shape of the wrinkles formed on the paper fabric 10 varies depending on the degree of the push. The more the blade 40 is erected and also the thicker the more wrinkles are caught, the less the blade 40 is erected and the thinner the less wrinkles.

The corrugated paper fabric 10 is directed toward the drying drum 50 by the conveyor belt 53. Since the conveyor belt 53 is circulated in a state in which a part of the drying drum 50 is closely wrapped, the paper fabric 10 is moved in contact with the surface of the drying drum 50 by the conveyor belt 53. The drying drum 50 has a drying heater 52 built therein to raise the surface to about 250 degrees. Therefore, the moisture is completely evaporated and dried while the paper fabric 10 is moved in intimate contact with the drying drum 50. In the drying process, the conveyor belt 53 presses the paper fabric 10 toward the drying drum 50 so that the paper fabric is dried as if ironed by iron. Even if the conveyor belt 53 presses the paper fabric 10 toward the drying drum 50, the wrinkles formed on the paper fabric 10 are not crushed. This is because there are a lot of wrinkles formed in the paper fabric, the pressing force of the conveyor belt 53 is dispersed in these wrinkles and is not concentrated in any one of the wrinkles, so that the wrinkles are not unfolded and dried as it is.

Vapor generated during the drying of the paper fabric is discharged to the outside through the steam discharge hole 54 formed in the surface of the conveyor belt 53 innumerably proceeds to dry the paper fabric. Since the conveyor belt 53 is a part of which is wound around the outer circumferential surface of the drying drum 50, the rotational speed thereof is the same, so that slip does not occur. Therefore, the paper fabric 10, which is moved in the state sandwiched between them, is prevented from being pulled out.

If necessary, it is possible to adjust the rotation of the drying drum 50 faster than the pleated drum (30). In this case, as the paper fabric 10 entering the drying drum 50 is pulled and wound around the outer circumferential surface of the drying drum 50, the wrinkles formed on the paper fabric 10 are spread out and only the marks remain. When passing through the drying drum 50 in such a state that the wrinkles are unfolded, only the wrinkle marks are dried in the remaining state, thereby making a paper fabric having wrinkle marks.

The paper fabric deviating from the drying drum 50 is finally dried by the hot air supplied from the hot air generator 60 and the hot air pipe 61 and then passes through the cutting roller 70. The cutting roller 70 is composed of a pair, the blade 71 is formed on one side and the blade groove 72 is formed on the other side, so that the paper fabric 10 is cut to a certain width while passing between them. do. And the cut paper fabric is a stripe 12 is formed while passing between the stripe rollers 80 as necessary. Striped roller 80 is a projection 81 is formed on one side and the grooves 82 are formed on the other side, respectively, while passing therebetween, the wrinkled paper is formed with stripes 12 formed at regular intervals on the surface of the paper fabric. .

As described above, the present invention guides the paper cloth soaked with water to the pleat drum to be wound on the pleat drum and to dry it while evaporating part of the moisture during the winding process. Then, the fabric was peeled off from the drying drum by the blade facing the outer peripheral surface of the drying drum, and the paper was peeled off so that the degree of peeling was controlled by adjusting the peeling angle according to the angle and thickness of the blade. . In addition, the creased paper fabric is dried by winding on a conveyor drum to a drying drum and finally dried by hot air, thereby simplifying the configuration of the manufacturing apparatus for wrinkled paper and making the device cheaper. It can be supplied to consumers, such as.

Claims (3)

It is equipped with a water tank to be soaked in water as the rolled paper rolls in the form of rolls, While passing through the water tank is provided with a wrinkled drum that is heated with a built-in pleated heater so that the paper fabric with moisture is wound on the outer circumferential surface and dried about 80% of the moisture of the wound paper fabric, A blade for peeling the paper fabric from the wrinkled drum and being pushed at this time is provided in a state in which the outer peripheral surface of the wrinkled drum is opposed to one side, Conveyor belt is provided to transfer the peeled paper from the pleated drum, The conveyor belt is wound around a portion of the outer circumferential surface and the paper fabric is pressed and passed together, and there is provided a drying drum with a built-in drying heater for constantly heating the pressed paper fabric, Wrinkled paper manufacturing apparatus characterized in that a pair of cutting rollers having a plurality of blades and blade grooves on the outer circumferential surface to cut the wrinkled paper fabric deviated from the drying drum to a certain width. The wrinkled paper according to claim 1, wherein a hot air pipe for drying the surface of the paper fabric out of the drying drum with hot air is provided on an upper portion of the drying drum, and a hot air generator for collecting hot air with the hot air pipe is provided. Manufacturing equipment. The apparatus of claim 1, wherein a stripe drum having a plurality of protrusions and grooves is provided to form a stripe on the surface of the dried paper fabric while passing through the drying drum.