KR20180023780A - Automatic processing device of wrapping paper of wet tissue - Google Patents

Abstract

The present invention relates to an apparatus for automatically processing wet tissue packing paper, which is manufactured by passing a fabric supply unit, a first line, a second line, and a third line, wherein the fabric supply unit continuously supplies a fabric where a top surface is a film and a bottom surface is combined with printing paper. In particular, the first line includes a punching part for forming a predetermined opening in the fabric and a sticker attaching part for attaching a sticker to the opening. The second line includes a center guide part which firstly guides both edges of the fabric to contact each other, a center sealing part which seals both edges of the firstly guided fabric, and a side surface guide part which secondly guides both side cross-sections of the fabric to have an ″M″ shape respectively. The third line includes a pressing part which pressurizes the secondly guided fabric by predetermined weak heat, a sealing part which partitions an inner space by sealing the fabric in the transverse direction, a cooling part which cools the fabric sealed in the transverse direction by the sealing part, and a cutting unit which partitions the fabric in the transverse direction into several pieces. According to the present invention, it is possible to manufacture tissue packing paper opened in a predetermined direction in order to insert wet tissue. Since the fabric is moved through a roller and passes through each process, a large amount of wet tissue packing paper can be manufactured rapidly. Since the fabric has the shape of the water tissue packing paper step by step by passing through each process, the process can be freely adjusted according to a demand of a consumer.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an automatic processing apparatus,

The present invention relates to a packaging paper processing apparatus. More particularly, to a device capable of automatically processing a wet tissue wrapping paper.

The wet tissue is wrapped in a wrapping paper having a predetermined size and shape as a tissue containing moisture or oil so that the tissue can be conveniently used. At this time, each of the wet tissues is manufactured by sealing in a state in which the wet tissues are accommodated in the wrapping paper, or by inserting the wet tissue into a wrapping paper which is partially opened and then sealing. The wet tissue is packaged so that it is located in the enclosed inner space of the wrapper, thereby allowing the user to continue to contain moisture or oil before use.

A separate packaging system is required to produce the wet tissue paper using the wrapping paper as described above. In general, the packaging system is manufactured from wrapping paper through each process in a roll movement and roll movement process of the wrapping paper. However, if the error occurs in the manufacturing process due to the characteristics of the roll moving fabric, the entire process must be stopped. Further, since the entire fabric is manufactured by roll-moving, it is difficult to supply it in accordance with the method of supplying the fabric required in each process. [0002] Korean Patent Registration No. 10-1243461 discloses a wet tissue packaging apparatus, which can be individually packaged. In the case of the prior art, since the wet tissue paper is not manufactured through the roll movement, the manufacturing time is long and only the individually packed packaging container needs to be used.

Korean Registered Patent No. 10-1243461 (registered on March 3, 2013)

SUMMARY OF THE INVENTION It is an object of the present invention to provide a wet tissue paper manufacturing apparatus capable of automatically and quickly manufacturing a wet tissues wrapping paper.

It is another object of the present invention to provide a wet tissue paper manufacturing apparatus capable of freely controlling a supply method of a fabric in each process for manufacturing a wet tissue paper.

It is another object of the present invention to provide a device for preventing an error from occurring in a process of manufacturing a wet tissue paper and promptly recognizing an error in the manufacturing process.

According to one aspect of the present invention, there is provided a wet tissue wrapping paper autografting apparatus manufactured through a raw material feeding section for continuously feeding a raw material with a top surface being a film and a bottom surface being laminated with a printing paper, a first line, a second line and a third line . Specifically, the first line includes a punching portion for forming a predetermined opening portion in the raw end and a sticker attaching portion for attaching a sticker to the opening portion. The second line includes a center guide portion And a side guide portion for guiding a second side so that both end faces of the fabric have an " M " shape, and the third line includes a center sealing portion for sealing both side edges of the guided fabric, A cooling section for cooling the raw material transversely sealed by the sealing section, and a cutting section for dividing the raw material into a plurality of sections by cutting the raw material in the transverse direction, Automatic wrapping paper processing machine is provided.

According to the present invention, a wet tissue wrapping paper having a predetermined direction opened to insert a wet tissue can be manufactured.

Further, according to the present invention, since the fabric is moved through the rollers and passes through each process, the wet tissue paper can be rapidly produced in a large amount.

In the meantime, according to the present invention, since the fabric has stepwise shape of the wrapping paper of the wet tissue by passing through each step, the process can be freely adjusted according to the demand of the consumer.

1 is a view illustrating an apparatus for automatic processing of a wet tissue paper according to an embodiment of the present invention.
2 is a cross-sectional view illustrating an automatic wet tissue wiping paper processing apparatus according to an embodiment of the present invention.
FIG. 3 is a view showing a raw end of a wet tissue paper automatic processing apparatus according to an embodiment of the present invention.
4 is a view illustrating a tension unit of an automatic wet tissue wrapping paper processing apparatus according to an embodiment of the present invention.
FIG. 5 is a view illustrating a first tension unit, a second tension unit, and a third tension unit of the automatic wet tissue wrapping paper automatic processing apparatus according to the embodiment of the present invention.
FIG. 6 is a view illustrating a raw material supplying unit of an automatic wet tissue wiping apparatus according to an exemplary embodiment of the present invention. Referring to FIG.
7 is a view illustrating a first line of an automatic wet tissue wiping apparatus according to an embodiment of the present invention.
8 to 10 are views showing a second line of the automatic wet tissue wrapping paper processing apparatus according to an embodiment of the present invention.
11 is a view showing a third line of the automatic wet tissue wiping apparatus according to an embodiment of the present invention.
FIG. 12 is a view showing that the controller of the automatic wet tissue wrapping paper processing apparatus according to an embodiment of the present invention determines an error on the basis of an image photographed by the third inspection unit.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Also, in order to clearly illustrate the present invention in the drawings, portions not related to the present invention are omitted, and the same or similar reference numerals denote the same or similar components.

The objects and effects of the present invention can be understood or clarified naturally by the following description, and the objects and effects of the present invention are not limited only by the following description.

The objects, features and advantages of the present invention will become more apparent from the following detailed description. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail. Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Referring to FIGS. 1 and 2, the automatic wet tissue wrapping paper processing apparatus according to an embodiment of the present invention includes a raw material supplying unit 10, a first line 20, a second line 30, and a third line 40 And the wet tissue wrapping paper can be automatically processed by processing the raw material supplying unit 10, the first line 20, the second line 30 and the third line 40. The first line 20 includes the punching unit 100 and the attaching unit 200 and the second line 30 includes the center guide unit 300 and the sealing unit and the side guide unit 500 And the third line 40 includes a pressing portion 600, a sealing portion 700, a cooling portion (not shown), and a cutting portion 800. In addition, each line may include one or more of a first tension portion 50a or a second tension portion 50b for controlling the feeding method of the raw material 11. In addition, each line may include a first inspection unit 60, a second inspection unit 70, or a third inspection unit 80 for inspecting the processing of the fabric 11. Meanwhile, in each constitution of the present invention, the fabric 11 is automatically supplied by providing a plurality of rollers on which the fabric 11 is mounted and moved. Further, the automatically supplied raw fabric 11 is processed into a wet tissue wrapping paper by passing through the first line 20, the second line 30 and the third line 40. Hereinafter, each configuration will be described in detail with reference to the drawings.

Referring to Figs. 3 and 6, the far-end feeder 10 feeds the roll 11 of the raw fabric 11 to the first line 20. Here, the fabric 11 may be a pre-bonded fabric 11. In detail, the fabric 11 may have a film 12 on one side and a printing paper 13 on the other side. More specifically, the fabric 11 may be a fabric 11 whose upper surface is a film 12 and whose lower surface is laminated with a printing paper 13. [ The fabric feeding section 10 continuously supplies the lapped fabric 11. Specifically, the far-end feeder 10 can continuously feed (S1) at one speed by rotating the roll 11 in the form of a roll. That is, the far-end feeder 10 continuously supplies the fabric 11 joined to the first line 20 at a constant speed (S1).

A first tension roller 90 may be provided between the first supply line 10 and the first line 20. The first tension roller 90 prevents the cloth 11 from being excessively fed from the cloth feeder 10 by winding or conveying the cloth 11 in a process step to be described later. Therefore, the first tension roller 90 is provided with a pair of rollers which are in contact with each other, and can grip the fabric 11. Also, the first tension roller 90 is made of a material such as rubber to increase the frictional force, so that the fabric 11 can be gripped more firmly. That is, the first tension roller 90 causes the far-end feeder 10 to constantly supply the fabric 11 (S 1) even if the fabric 11 is excessively wound in the following process. Accordingly, the first tension roller 90 is rotated at a predetermined speed to continuously feed the cloth 11 (S1), but to prevent the cloth 11 from being pulled excessively in the following process So as not to rotate. Meanwhile, the first tension roller 90 may be rotated to feed the raw material 11 at the same speed as the raw material feeding portion 10.

Referring to FIG. 7, the punching unit 100 is provided in the first line 20 and forms a predetermined opening in the raw end 11. Specifically, the punching section 100 forms a predetermined opening by pressing the fabric 11. Here, the predetermined opening may be formed at the center of the fabric 11. In addition, it is preferable that the predetermined opening is formed in a size that facilitates the extraction of the wet tissue located inside through a subsequent process.

The attachment portion 200 is provided on the first line 20. The attaching portion 200 closes the opening by attaching the sticker 210 to the opening portion. The attachment portion 200 may include a sticker 210 wound in a roll form. The sticking part 200 moves the sticker 210 wound in the roll shape at the same speed or interval as the original end 11 and places the sticker 210 in contact with the fabric 11 at a predetermined distance, The sticker 210 can be attached. Specifically, when the cloth 11 is continuously supplied (S1), the sticker 210 is also continuously supplied (S1) at the same speed as the cloth 11, and when the cloth 11 is snapped (S2) (S2) at the same interval or at the same speed as the fabric 11.

Referring to FIGS. 8 to 10, the center guide unit 300 is provided in the second line 30. The center guide unit 300 has a first guide G1 with the punching unit 100 and the attaching unit 200 to form the opening 11 and the fabric 11 having the sticker 210 formed thereon. The center guide 300 has a first guide G1 so that both side edges of the fabric 11 come into contact with each other. Specifically, the center guide unit 300 includes a first guide member 310 having a cross-sectional shape of "ㅗ", and a pair of first and second guide members 310, And the guide rollers 320 described above. More specifically, the guide rollers 320, which are provided in more than one pair, move the opposite side edges of the fabric 11 with the projected irregularities 311 of the first guide member 310. The pair of guide rollers 320 are provided such that each pair of the guide rollers 320 is symmetrical with respect to the protruded concave and convex portions 311 of the first guide member 310. Meanwhile, when more than one pair of guide rollers 320 are provided, each pair of guide rollers 320 may be gradually disposed adjacent to the asperities 311. The guide roller 320 may be provided to have a predetermined angle with the projected irregularities 311 of the first guide member 310 to closely move the fabric 11 with the irregularities 311. [ have. That is, the distal end 11 is guided by a first guide G1 by a roller portion provided in more than one pair with the first guide member 310. Specifically, the first guide (G1) is provided such that both side edges of the raw material 11 are in contact with the left and right sides of the concave and convex portions 311 by roller portions provided in the pair of the first guide members 310 and the like. More specifically, the fabric 11 has a first guide G1 and a first guide G1, which are formed by a pair of roller portions provided with a first guide member 310, Contact the concave and convex portions 311 of the first guide member 310, respectively. More specifically, the fabric 11 is guided by a first guide G1 by a roller portion provided with at least one pair of the first guide members 310, so that both side edges of the fabric 11 on both sides of the protrusion 311 Of the film 12 are respectively touched. Therefore, the cloth 11 is moved by the first guide G1 contacting the films 12 on both side edges of the cloth 11 so as to face each other, with the side edges of the cloth 11 contacting with each other in the upper direction by the center guide portion 300.

The center sealing portion 400 is included in the second line 30 and seals the fabric 11 moved by the first guide G1. The center sealing part 400 may be connected to the center guide part 300. In detail, the center sealing part 400 may be connected to the first guide member 310 of the center guide part 300. The center sealing portion 400 seals both ends of the raw fabric 11 moved by the first guide G1 by the preceding center guide portion 300 so that both ends of the raw fabric 11 are connected to each other. The center sealing portion 400 seals the opposite side edges of the raw fabric 11, which are in contact with both side edges thereof, by the center guide portion 300 so that the opposite side edges of the raw fabric 11 are connected. The center sealing portion 400 seals both edges of the fabric 11 by applying predetermined heat to both side edges of the fabric 11 moved by the first guide G1 by the center guide portion 300. [ The center sealing part 400 melts the film 12 positioned inside the fabric 11 by applying a predetermined heat to both side edges of the fabric 11 moved by the first guide G1 and melts the fabric 11 And the films 12 on both side edges thereof are brought into contact with each other. The center sealing portion 400 may include a heating portion 410 for melting the raw fabric 11 and a pressure roller 420 for sealing the molten raw fabric 11 by pressing. Specifically, the center sealing part 400 presses the heating part 410 and the molten film 12, which melt the film 12 positioned inside by applying a predetermined heat to both edges of the raw fabric 11, (Not shown). More specifically, the center sealing portion 400 applies a predetermined heat to the protruding portion of the fabric 11 having the first guide G1 in the shape of a "cross-section" so that the opposing faces of the opposite edges of the fabric 11 Sealed and tangent to each other. That is, the center sealing part 400 seals the raw fabric 11 which is brought into contact with the side edges so as to be in contact with the first guide G1 by sealing the raw fabric 11 with the first guide G1. Specifically, the heating unit 410 applies heat to the opposite side edges of the fabric 11 that are first guided by the guide G1, thereby melting the film 12 that is in contact with the side edges. The pressure roller 420 presses both side edges of the raw fabric 11 melted by the heating portion 410 with the rollers to attach the two side edges to each other.

The second line 30 further includes a side guide portion 500. The side guide portion 500 may be positioned after the center sealing portion 400. The side guide part 500 has a second guide G2 on the side of the fabric 11 in which both side edges are sealed in a tubular shape. The side guide portion 500 presses the side surface of the sealed end 11 to form a second guide G2. Specifically, the side guide portion 500 has a second guide G2 such that the side end face thereof has an "M" -shaped cross section. More specifically, the side guide portion 500 is moved inward of the distal end 11 of the side guide portion 500 to have a second guide G2 so as to have an "M" -shaped cross section. Specifically, the side surface guide part 500 may be provided in a circular plate shape capable of rotating. More specifically, the side guide part 500 may include a pair of disc parts 510. More specifically, the side guide part 500 is provided with a pair of disc parts 510, and a pair of disc parts 510 each having a disc-like shape are mounted on the side of the fabric 11 And the second guide (G2) is pressed against both sides. More specifically, the pair of disc portions 510 are more specifically formed by a pair of side guide portions 500 which are rotatable and which respectively press the both sides of the fabric 11 to form a second guide G2 And a disc portion 510 of the disc drive. Therefore, the side guide portion 500 of the fabric 11 presses the side surface thereof, thereby forming the second guide G2 so as to have the side surface of the "M" shape.

Referring to FIG. 11, the third line 40 includes a pressing portion 600. The pressing portion 600 can press the fabric 11 which is guided by the second guide G2. The pressing portion 600 compresses the inner space of the fabric 11 by pressing the fabric 11 which is guided by the second guide G2. The pressurizing portion 600 presses the fabric 11 which is guided by the second guide G2 so as to breathe the inside of the fabric 11. The pressing portion 600 presses the fabric 11 which is guided by the second guide G2, and can apply a predetermined amount of heat. The pressurizing unit 600 can apply a predetermined low heat to the raw fabric 11 and press it. The pressing portion 600 can hold the raw material 11 in a pressed shape by applying a predetermined amount of heat to the raw material 11. The pressing portion 600 presses the edge of the fabric 11 which is the second guide G2 to keep the fabric 11 in the state of the second guide G2. The pressing portion 600 of the present invention is an example of pressing the raw fabric 11 in a press form while the raw fabric 11 is supplied with a snap along a predetermined distance and is subjected to a snap feed S2. That is, the raw fabric 11 is pressurized through the pressurizing part 600 to remove the breath, and the pressurized state can be maintained because the predetermined low heat is applied by the pressurizing part 600.

The third line 40 may include a sealing portion 700 and a cooling portion (not shown). The sealing portion 700 can be sealed by sealing the raw material 11 pressed by the pressing portion 600 at predetermined intervals. The sealing portion 700 can seal the raw material 11 pressed by the pressing portion 600 in the transverse direction. The pressing portion 600 can be divided into a plurality of portions by heating the distal end 11 in the lateral direction at a predetermined distance. In detail, the sealing portion 700 can press the fabric 11 in the lateral direction and simultaneously heat it. When the sealant 700 presses and simultaneously presses the fabric 11, the film 12 positioned on the inner circumferential surface of the fabric 11 is melted and brought into contact with each other. Therefore, the inner space of the fabric 11 can be partitioned by the sealing portion 700 into a plurality of spaces. The raw material 11 heated and pressed by the sealing portion 700 can be cooled through a cooling portion (not shown). In detail, the fabric 11 heated and pressed by the sealing portion 700 may further include a cooling portion (not shown) so that the heated portion can be firmly sealed without being deformed. More specifically, the cooling section (not shown) can prevent deformation of the fabric 11 by cooling the fabric 11 heated and pressed by the sealing section 700.

The third line 40 is further provided with a cutting portion 800. The cutting portion 800 may be positioned after the pressing portion 600 and the cooling portion (not shown). The cutting unit 800 can cut the fabric 11 by forming a blade and driving it in a press type. The cutting unit 800 cuts the raw material 11 at a predetermined distance and the raw material 11 is divided into a plurality of pieces due to the cutting of the cutting unit 800. Accordingly, the raw fabric 11 having passed through the cutting portion 800 may be provided so that one end thereof is closed and the other end thereof is opened, so that a wet tissue or the like can be inserted in a subsequent process (not shown). Specifically, the end portion 11 of the raw fabric 11 having passed through the cutting portion 800 is in a state in which one end is sealed by the sealing portion 700 and the other end is cut off by the cutting portion 800 to be opened. On the other hand, the third line 40 may further include a second tension roller 95. The second tension roller 95 may be integrally formed with the cutter 800. In detail, a second tension roller 95 may be further provided before the cutting portion 800 or integrally with the cutting portion 800. More specifically, the second tension roller 95 may be provided with a pair of rollers having a material such as rubber. More specifically, the second tension roller 95 is integrally formed with the cutting unit 800 or before the cutting unit 800 so that the fabric 11 is cut by the cutting unit 800 so that the tension is removed . The second tension roller 95 can prevent the tension of the fabric 11 from being removed by grasping the fabric 11. The second tension roller 95 also rotates so that the fabric 11 is snap-fed (S2) at the same speed or supply time as the snap supply S2 of the following fabric 11 to maintain a predetermined tension . Therefore, even if the cloth 11 is cut by the second tension roller 95 by grasping the cloth 11, a predetermined tension can be maintained and the cloth can be transported without disturbance.

Referring to FIGS. 1, 2, 4, and 5, the automatic wet tissue wrapping paper processing apparatus includes a first line 20, a second line 30, and a third line 40, Tensioning portions 50a, 50b, and 50c for switching the feeding mode of the fabric 11 between the respective corners of the fabric. A first tension part 50a is provided between the far-end feeder 10 and the first line 20 and a second tension part 50b is provided between the first line 20 and the second line 30. [ And a third tension portion 50c may be provided between the second line 30 and the third line 40. [

The raw material feeding section 10 continuously feeds the raw material 11 wound in a roll shape by rotating it. Specifically, the raw material feeding section 10 continuously supplies the raw material 11 at the same speed (S1). Here, the continuous feed S1 refers to the continuous feeding of the fabric 11 at a constant speed without stopping. The first tension portion 50a is located between the original feeding portion 10 and the first line 20. The first tension portion 50a switches the fabric 11 continuously fed from the original feeding portion 10 to the snap feed S2. The first tension unit 50a switches the cloth 11 continuously supplied through the raw material supply unit 10 to the snap supply S2 which sequentially supplies the raw cloth 11 by a predetermined distance. Here, the snap feed S2 refers to feeding the fabric 11 by a predetermined distance, then stopping the supply of the fabric 11, and then repeatedly feeding the fabric 11 by a predetermined distance. On the other hand, the second tension portion 50b is provided between the first line 20 and the second line 30. The second tension portion 50b switches the end 11 of the snap supply S2 from the first line 20 back to the continuous supply S1. The second tension portion 50b switches the raw material 11 from the first line 20 to the first supply portion S2 by the first tension portion 50a to the continuous supply S1. On the other hand, the third tension portion 50c is provided between the second line 30 and the third line 40. The third tension unit 50c is provided between the second line 30 and the third line 40 and switches the fabric 11 continuously supplied from the second line 30 to the snap supply S2 . The third tension portion 50c switches the fabric 11 continuously supplied from the second line 30 by the second tension portion 50b to the snap supply S2.

The first tension portion 50a, the second tension portion 50b and the third tension portion 50c include fixing members 51a, 51b and 51c and hinge members 52a, 52b and 52c, respectively. Specifically, the fixing members 51a, 51b, and 51c and the hinge members 52a, 52b, and 52c are provided so that a pair of bars are parallel to each other. Each pair of rods may have a tension roller arranged in one direction in one direction. Specifically, the fixing members 51a, 51b and 51c may have a ladder shape by arranging a plurality of first tension rollers 53 in one direction. In addition, the hinge members 52a, 52b, and 52c may have a ladder shape by arranging a plurality of second tension rollers 54 in one direction. The fixing members 51a, 51b, and 51c and the hinge members 52a, 52b, and 52c may be parallel to each other. The first tension roller (53) and the second tension roller (54), which are plurally arranged, are fixed to the fabric (11). Specifically, the fabric 11 can be wound around the first tension roller 53 and the second tension roller 54. [ More specifically, the fabric 11 can be engaged with the first tension roller 53 and the second tension roller 54 alternately. More specifically, the fabric 11 may be fastened to the first tension roller 53 and the second tension roller 54 in a zigzag fashion. Meanwhile, the hinge members 52a, 52b and 52c may have hinges at their ends. Specifically, the hinge portion hinges the hinge members 52a, 52b and 52c by a predetermined angle. Further, the hinge part may be provided to have a predetermined restoring force. More specifically, the hinge unit is provided at the ends of the hinge members 52a, 52b, 52c to hinge the hinge members 52a, 52b, 52c in one direction. Further, the hinge member H1 moved in one direction can return to the hinge movement H1 in the other direction through a predetermined restoring force of the hinge portion.

The second tension portion 50b may be provided to be symmetrical with respect to the first tension portion 50a or the third tension portion 50c. Specifically, the first tension portion 50a and the third tension portion 50c are configured to switch the fabric 11 to be supplied continuously (S1) to the snap supply S2. On the other hand, the second tension portion 50b is configured to switch the raw material 11 to be subjected to the snap supply S2 to the continuous supply S1. Accordingly, the second tension portion 50b may be provided to be symmetrical with respect to the first tension portion 50a or the third tension portion 50c. The hinge movement H1 or the restoring motion H2 of the fixing member 51b and the hinge member 52b of the second tension member 50b is applied to the first tension member 50a or the third tension member 50c, And the hinge movement H1 or the restoring motion H2 of the fixing members 51a and 51c and the hinge members 52a and 52c. More specifically, the hinge members 52a and 52c of the first tension unit 50a and the third tension unit 50c come close to the fixing members 51a and 51c at the time of the hinge movement H1, When the hinge members 52a and 52c are in the hinge movement H1, the second tension unit 50b is moved to the restoring position where the fixing member 51b and the hinge member 52b are brought close to each other Exercise (H2) can be done. Conversely, when the first tension portion 50a and the third tension portion 50c make the restoring motion H2, the second tension portion 50b can perform the hinge movement H1.

The fabric 11 which is continuously supplied S1 by the far-end feeder 10 is supplied with the first tension 20 by a predetermined distance to be snapped (S2) And wound in a staggered manner in the portion 50a. In detail, the first tension unit 50a can store the predetermined distance of the raw fabric 11 which is continuously supplied (S1) by the restoring motion (H2) of the hinge member 52a. More specifically, the first tension unit 50a can store the fabric 11, which is continuously supplied (S1) by a predetermined distance, by the restoring motion (H2) of the hinge member 52a in the other direction. The first tension unit 50a is moved in the restoring motion H2 and then hinged by the hinge movement H1 to supply the stored distal end 11 to the first line 20 at a predetermined distance. At this time, the second tension portion 50b performs a hinge movement (H1) so as to pull the fabric 11 of the first line 20 in order to maintain the tension of the fabric 11 supplied to the first line 20 . Specifically, when the first tension unit 50a is hinged by the hinge movement H1, the second tension unit 50b is hinged (H1) when the distal end 11 is supplied to the first line 20 by a predetermined distance, And pulls the fabric 11 of the first line 20 by a predetermined distance. The second tension portion 50b is subjected to a hinge movement H1 to perform a restoring motion H2 to switch the fabric 11 pulled in the first line 20 to the continuous supply S1. Therefore, the second tension portion 50b is formed in such a manner that the hinge member 52b is distant from the fixing member 51b in order to maintain a predetermined tensile force on the fabric 11 that has been subjected to the snap feed S2 to the first line 20 (H1). That is, the hinge member 52b is hinged so as to be distant from the fixing member 51b so that the fabric 11, which has been subjected to the snap supply S2 to the first line 20, . The second tensioning portion 50b then continuously supplies the fabric 11 to the second line 30 through the restoring motion H2. Here, the hinge movement H1 is hinged at a comparatively high speed H1 so as to correspond to the snap supply S2, and the restoring motion H2 is restoring motion H2 at a relatively slow speed so as to correspond to the continuous supply S1. . The hinge movement H1 or the restoring motion H2 of the hinge members 52a, 52b and 52c is performed by the fixing members 51a and 51b which are moved closer to or away from each other depending on the hinge movement H1 or the restoring motion H2. 51b and 51c and the length of the raw fabric 11 wound on the hinge members 52a, 52b and 52c corresponds to the length of the raw fabric 11 in which the continuous feeding S1 or the snap feeding S2 is performed, ) Or a restoring motion (H2). That is, when the supply of the fabric 11 is temporarily stopped due to the snap supply S2, the restoring motion H2 (not shown) is wound to the first tension portion 50a by the length of the fabric 11, )can do.

The hinge member 52a of the first tension unit 50a is provided with a fabric 11 which is continuously supplied S1 from the fabric feeder 10 through a restoring motion H2 that is separated from the fixing member 51a by a predetermined distance Save as distance. The hinge member 52a of the first tension unit 50a then moves the far end 11 stored in the hinge member 52a to the first line 20 through the hinge movement H1, Snap supply (S2). The second tension unit 50b is configured to move the hinge member 52b away from the fixing member 51b so as to maintain the tension of the fabric 11 supplied to the first line 20 by a predetermined distance, To pull the fabric 11 at a predetermined distance supplied to the first line 20. Next, the second tension portion 50b continuously supplies the fabric 11 to the second line 30 (S1) through the restoring motion H2 in which the hinge member 52b approaches the fixing member 51b . The hinge member 52c of the third tension unit 50c is moved to the fabric 11 which is continuously supplied S1 from the second line 30 through the restoring motion H2 which is distant from the fixing member 51c, For a predetermined distance. The hinge member 52c of the third tension unit 50c then moves the fabric 11 stored for a predetermined distance to the third line 40 through the hinge movement H1 that approaches the fixing member 51c Snap supply (S2). That is, the first tension part 50a, the second tension part 50b and the third tension part 50c organically mutually hinge movement H1 and restoring motion H2, ) And the snap feed S2 are switched to and the fabric 11 on the first line 20, the second line 30 and the third line 40, which is the continuous feed S1 or the snap feed S2, The accuracy of the process can be enhanced.

Referring to FIG. 6, a first inspection unit 60 may be provided between the far-end feeder 10 and the first line 20. In detail, a first inspection unit 60 may be provided to capture the raw material 11 continuously fed from the raw material feeding unit 10. The first inspection section 60 can take a side edge of the fabric 11. The first inspection unit 60 can check the direction of the fabric 11 by photographing the side edges of the fabric 11. [ The first inspection section 60 can continuously scan the image of the fabric 11 by photographing it continuously or photographing it every predetermined time. The first inspection unit 60 can determine whether the supply of the fabric 11 is normal based on the photographed image. The first inspection unit 60 may further include a control unit for determining whether the supply of the fabric 11 is normal. The first checking unit 60 may be an EPC (Edge Position Control).

Referring to FIG. 7, the first line 20 may include a second checking unit 70. The third line 40 may include a third checking unit 80. The second inspection unit 70 and the third inspection unit 80 can check whether the supply of the fabric 11 is normal by photographing the printing paper 13 located on one side of the fabric 11. [ The second inspection unit 70 and the third inspection unit 80 photograph the mark M1 previously printed on the printing paper 13 and determine whether the supply of the fabric 11 is normal based on the position of the photographed mark M1 Can be checked. The second inspection unit 70 and the third inspection unit 80 may include a control unit that can determine whether the supply of the fabric 11 is normal based on the photographed mark M1. On the other hand, the second inspection unit 70 and the third inspection unit 80 are located in the first line 20 and the third line 40, and the fabric 11 on the first line 20 and the third line 40 The second inspecting unit 70 and the third inspecting unit 80 can be repeatedly photographed every time the fabric 11 is supplied with the snap S2. That is, the second inspecting unit 70 and the third inspecting unit 80 can check whether or not the fabric 11 which has been subjected to the snap feed S2 has been moved by a predetermined distance.

3 and 11, the mark M1 previously printed on the printing paper 13 can be positioned in the direction of the edge of the original 11. Therefore, the film 12 is positioned on the upper side of the raw material 11 supplied from the raw material feeding section 10 and the printing paper 13 is positioned on the lower side, so that the second checking section 70 . On the other hand, since the fabric 11 passes through the second line 30, the marginal edges thereof are in contact with each other in the upward direction, so that the mark M1 located at the edge of the printing paper 13 is also reversed and moved upward do. Therefore, the third inspection unit 80 provided in the third line 40 can be photographed from the upper side to the lower side. The third inspecting unit 80 checks whether or not the far end 11 which has been subjected to the snap feed S2 has been moved by a predetermined distance as in the second inspecting unit 70, It is also possible to judge whether or not the fabric 11 which is the guide G1 and the second guide G2 is normally the first guide G1 and the second guide G2. 12, the third checking unit 80 determines whether an error has occurred in the step of supplying the snap (S2) of the fabric 11 based on the position of the mark M1 of the photographed image, Or the second guide (G2). For example, when the position of the mark M1 is compared with the position of the normal mark M1 on the basis of the image photographed by the third inspection unit 80 and a distance error is generated in the longitudinal direction in which the fabric 11 is supplied, Snap supply (S2) failed and Snap supply (S2) is faulty. If a distance error occurs in the lateral direction of the fabric 11 when comparing the position of the normal mark M1 with the mark M1 of the photographed image, an error occurs in the first guide G1 or the second guide G2 It is. Therefore, it is possible to determine which process has caused the error through the third checking unit 80, so that the error correction step can be simplified and the recovery operation can be performed quickly. For example, the control unit may further include a controller for comparing the position of the reference mark M2, which is connected to the third checking unit 80 and stored in advance, with the position of the mark M1 displayed on the image taken by the third checking unit 80 have. The control unit determines that the photographed mark M1 is a malfunction of the snap supply S2 when the photographed mark M1 is shifted in the longitudinal direction from the reference mark M2 and when the photographed mark M1 is shifted laterally from the reference mark M2, It can be determined that the guide part 300 or the side guide part 500 is malfunctioning. Here, the longitudinal direction refers to the direction in which the fabric 11 is fed, and the lateral direction refers to the direction at an angle of 90 degrees with respect to the longitudinal direction.

It will be apparent to those skilled in the art that various modifications, additions and substitutions are possible, without departing from the spirit and scope of the invention as defined by the appended claims. Should be regarded as belonging to the above-mentioned patent claims.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the inventive concept as defined by the appended claims. But is not limited thereto.

In the above-described exemplary system, the methods are described on the basis of a flowchart as a series of steps or blocks, but the present invention is not limited to the order of the steps, and some steps may occur in different orders . It will also be understood by those skilled in the art that the steps shown in the flowchart are not exclusive and that other steps may be included or that one or more steps in the flowchart may be deleted without affecting the scope of the invention.

10: fabric supply part 11: fabric
12: film 13: printing paper
20: first line 30: second line
40: Line 3
50a: first tension portion 51a: fixing member
52a: the hinge member
50b: second tension portion 51b: fixing member
52b: a hinge member
50c: third tension portion 51c: fixing member
52c: a hinge member
53: first tension roller 54: second tension roller
60: first inspection unit 70: second inspection unit
80: Third Inspection Section 90: 1st tension roller
95: 2nd tension roller
100: punching unit 200:
210: sticker 300: center guide part
310: first guide member 311: concave / convex
320: Guide roller 400: Center sealing part
410: heating section 420: pressure roller
500: side guide part 510: disk part
600: pressing portion 700: sealing portion
800: Cutting part
G1: first guide G2: second guide
S1: Continuous supply S2: Snap supply
H1: Hinge motion H2: Restore motion
M1: Mark M2: Reference mark

Claims (11)

A first line 20, a second line 30, and a third line 30, the upper end of which is the film 12 and the lower surface of which is continuous with the printing paper 13, The present invention relates to a wet tissue wrapper autografting apparatus manufactured through a line 40,
The first line (20)
A punching unit 100 forming a predetermined opening in the fabric 11; And
And a sticker 210 attachment portion 200 for attaching the sticker 210 to the opening portion,
The second line (30)
A center guide part 300 for guiding the first end G1 of the fabric 11 so that both side edges thereof are in contact with each other;
A center sealing part 400 for sealing both side edges of the fabric 11 with the first guide G1; And
And a side guide part (500) for guiding the second guide (G2) so that both end faces of the fabric (11) have an "M" shape,
The third line (40)
A pressing portion 600 for pressing the fabric 11 with the second guide G2 with a predetermined amount of heat;
A sealing part 700 for separating the inner space by sealing the fabric 11 in the transverse direction;
A cooling unit for cooling the transverse sealed fabric 11 by the sealing unit 700; And
And a cutting unit (800) for dividing the raw material (11) in a plurality of directions by cutting the raw material (11) in the transverse direction.
The method according to claim 1,
A snap supply S2 provided between the raw material supplying unit 10 and the first line 20 and sequentially supplying the raw material 11 to the continuous supplying unit S1 from the raw material supplying unit 10 by a predetermined distance A first tension portion 50a for switching;
And a switch for switching said fabric (11) provided between said first line (20) and said second line (30) to said supply (S1) from said first line (20) A two-tension portion 50b; And
(21) which is provided between the second line (30) and the third line (40) and which continuously supplies the first end (11) from the second line (30) And a three-tension portion (50c).
3. The method of claim 2,
The first tension portion 50a, the second tension portion 50b, or the third tension portion 50c,
Fixing members (51a, 51b, 51c) having a ladder shape by arranging a plurality of first tension rollers (53) in one direction; And
52b, 52c having a ladder shape by arranging a plurality of second tension rollers 54 in parallel with the fixing members 51a, 51b, 51c and one direction of the hinge members 52a, 52b, 52c,
The hinge members 52a, 52b and 52c are hinged to be close to or away from the fixing members 51a, 51b and 51c and have a predetermined restoring force so that the hinge members 52a, H2)
The fabric 11 is fastened to the first tension roller 53 and the second tension roller 54 in a zigzag manner,
The hinge members 52a, 52b and 52c are moved by the hinge movement H1 or the restoring motion H2 so that the fabric 11 is switched from the continuous supply S1 to the snap supply S2, 11) is switched from the snap supply (S2) to the continuous supply (S1).
The method of claim 3,
When the fixing members 51a and 51c and the hinge members 52a and 52c of the first tension unit 50a and the third tension unit 50c make a hinge movement H1 , The fixing member 51b of the second tension portion 50b and the hinge member 52b perform a restoring motion H2 that is distant from each other,
When the fixing members 51a and 51c of the first tension unit 50a and the fixing members 51a and 51c of the third tension unit 50c and the hinge members 52a and 52c make a restoring motion H2, Wherein the fixing member (51b) of the second tension unit (50b) and the hinge member (52b) make a hinge movement (H1) such that the distance between the fixing member (51b) and the hinge member (52b) is close to each other.
3. The method of claim 2,
A first inspection unit 60 is provided between the far-end feeder 10 and the first line 20,
Wherein the first inspection unit (60) inspects the feeding direction of the fabric (11) by photographing a side edge of the fabric (11) to be continuously supplied (S1).
3. The method of claim 2,
A second checking unit 70 provided in the first line 20; And
And a third checking unit 80 provided in the third line 40,
The second checking unit 70 and the third checking unit 80,
(11) which has been subjected to the snap feed (S2) is moved by the predetermined distance, by photographing a mark (M1) printed in advance at the predetermined distance on the printing paper (13) Device.
The method according to claim 6,
The mark M1 is positioned in the edge direction of the fabric 11 and is reversely moved upward by the second line 30,
The third inspection unit 80 checks the error of the first guide G1 or the second guide G2 of the second line 30 by photographing the mark M1 from the upper direction to the lower direction Wherein the automatic wet-tissue wrapping paper processing apparatus comprises:
The method according to claim 1,
The center guide unit 300 includes a first guide member 310 having a concavity and convexity 311 and a cross-sectional shape of " ㅗ " And
And the first guide G1 is moved on both side edges of the fabric 11 in the direction of the protrusions 311 of the first guide member 310 to have a predetermined angle with the protrusions 311 And a guide roller (320) whose pairs are symmetrical with respect to the unevenness (311).
The method according to claim 1,
The center sealing portion 400 may be formed,
A heating unit 410 for melting the film 12 positioned inside by applying heat to both edges of the fabric 11 with the first guide G1; And
And a pair of pressure rollers (420) for pressing both edges of the molten film (12) so as to be in contact with each other.
The method according to claim 1,
The side surface guide part 500 includes:
And a pair of disk portions (510) having a disk shape capable of rotating and pressing the both sides of the fabric (11), respectively, by the second guide (G2).
A pair of rollers are provided between the raw material supplying unit 10 and the first line 20 so as to grip the raw material 11 and to prevent the raw material 11 from being excessively fed, A first tension roller 90 which rotates only at a predetermined speed that is the continuous supply (S1); And
A pair of rollers positioned at the cutting unit 800 are provided to grip the fabric 11 to prevent the tension of the fabric 11 from being removed by the cutting unit 800, And a second tension roller (95) for applying the snap force (S2) to the second tension roller (S2).

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