KR102295343B1 - Tissue Automatic Folding Device and Tissue folding method - Google Patents

Abstract

The present invention relates to a tissue-folding type automatic packing machine. According to the present invention, the structure of an existing tissue packing machine, which cannot perform repetitive folding in vertical and horizontal directions due to technical limitations, is actively improved to enable tissues to be folded multiple times, and, as a result, packing production in a desired shape can be possible regardless of types and sizes of tissues and packing materials, and, in particular, due to a structural characteristic of performing a tissue folding process and a packing and cosmetic-liquid injection process at the same time through one single operation of the machine, production efficiency can be maximized with a reduction in production time and a mechanical structure can be simplified in contrast to a functional improvement, which can lead to the facilitation of the operation and maintenance of the machine. The tissue-folding type automatic packing machine includes: a first supply part (100) supplying tissues wound on a roll in one direction by folding the same multiple times; a cutting part (200) placed in front of the first supply part to cut the folded tissues; a second supply part (300) placed on a side of the cutting part to supply a packing material with an open upper part in one direction; an injection part (400) allowing a crossing entry of the tissues and the packing material, and folding the tissues multiple times to insert the same into the packing material while injecting cosmetic liquid; and a packing part (500) sealing an upper part of the packing material, in which the tissues and the cosmetic liquid are stored, through thermal bonding, and then, individually dividing the packing material to discharge the same.

Description

Tissue Automatic Folding Device and Tissue Folding Method

The present invention promotes the technical idea of a tissue automatic packaging device that automatically wraps dry tissues, as well as wet tissues containing water, alcohol, and various cosmetic paints, into a preset size and automatically wraps each individual wrapping paper. By actively improving the structure of the existing tissue packaging device, which was not able to repeatedly fold and fold vertically and horizontally due to technical limitations, to enable multiple folds of tissues, thereby producing the desired packaging regardless of the type and size of tissues and wrapping paper In particular, due to the structural characteristics in which tissue folding, packaging, and cosmetic paint injection are performed simultaneously with one operation of the machine, the production efficiency is maximized by shortening the production time and the mechanical structure is simplified compared to the function improvement, thereby driving and maintaining the device , It relates to a tissue folding type automatic packaging device that is easy to manage and repair.

In general, tissues are provided as dry tissues and wet tissues depending on the purpose of use.

The wet tissue is provided in a cover-type wrapping paper that can be used repeatedly and a disposable wrapping paper that is discarded after one-time use, and the cover-type wrapping paper is repeatedly provided by providing a cover body in the wrapping paper to prevent loss and evaporation of the liquid charged inside the wrapping paper. It is easy to use and manage phosphorus, and the disposable packaging is a product with a small size in which a small amount of liquid and a single tissue are stored, so portability and hygiene are maximized.

On the other hand, while the tissue is manufactured as large as possible in consideration of usability, since the wrapping paper is manufactured in a minimum volume for portability and storage, the tissue is folded at least once or multiple times to be packaged.

Such tissue packaging utilizes an automatic packaging apparatus for mass production, and as an example, Korean Patent Publication No. 10-1118606 "Packaging apparatus for tissue stacked in multiple layers" is published. The technology consists of a frame, a packaging guide coupled to the upper frame, a compression unit coupled to the front of the packaging guide, a discharge unit coupled to the rear of the packaging guide, and a control unit for driving and controlling the compression unit and the discharge unit, Based on the structure, as the tissue compressed by the packing guide and the compression unit enters the inside of the packing paper and the compressive force is removed, the tissue is restored and expanded, and the tissue is buffered and loaded onto the packing paper.

However, the above technology is a device that simply automatically puts already folded tissues into the wrapping paper. In order to fold or stack tissues in multiple layers, another folding device or a separate manual operation must be preceded. hard to see

On the other hand, recently, a packaging device equipped with a tissue folding function has been developed, and as an example, published Patent Publication No. 10-2019-0012779 "Tissue for skin care and a tissue folding device suitable therefor". In this technology, the nonwoven strip is first grounded in the axial direction as it passes through the grounding guide, then it is counted into multiple sheets by repeatedly folding in the cross direction by a pair of folding rolls. It is a device that separates

The above technique is a structure in which the nonwoven strip is folded once in the axial direction while passing through the grounding guide, and then repeatedly folded in the transverse direction while passing through the folding roll again. Since it is a structure that cannot be folded more than once, the volume of the wrapping paper is inevitably increased.

For this reason, the present invention has developed an automatic tissue packaging device that provides multiple folding functions in the longitudinal and lateral directions, and enables tissue folding and cosmetic liquid injection at the same time, enabling faster packaging compared to the existing ones.

Registered Patent Publication No. 10-1118606 "Packaging device for multi-layered tissue" Laid-Open Patent Publication No. 10-2019-0012779 "Tissue for skin care and tissue folding device suitable for it"

The present invention was created in order to more actively solve the above problems, and the main problem to be solved is to provide an automatic tissue packaging device that can fold the tissue several times in the longitudinal and transverse directions, respectively.

Another object of the present invention is to provide an automatic tissue packaging device capable of rapidly producing high-quality tissue packaging products by actively simplifying the tissue packaging process while improving the precision of the tissue folding function.

In order to achieve the above-mentioned problem, the tissue folding type automatic packaging device and the tissue folding method using the packaging device proposed in the present invention are as follows.

The tissue folding type automatic packaging apparatus of the present invention includes a first supply unit 100 that folds a plurality of tissues wound on a roll and supplies them in one direction, and a cutting unit disposed in front of the first supply unit to cut the folded tissues ( 200), and a second supply unit 300 disposed on the side of the cutting unit to supply wrapping paper with an open top in one direction, allowing the tissue and wrapping paper to cross in, and folding the tissue several times to put it in the wrapping paper It is characterized in that it is composed of a charging unit 400 for loading the cosmetic liquid at the same time, and a packaging unit 500 for sealing the upper part of the tissue and the wrapping paper in which the cosmetic liquid is stored, and separately dividing and discharging the wrapping paper. .

In addition, the supply unit 100 includes a roll member 110 on which a tissue is wound, a frame 120 that is arranged and installed between the roll member and the cutting unit, and a plurality of pieces installed at a set interval in the frame and maintains the set tension of the tissues of the roll member. Consists of a guide 130 to be supplied to the cutting unit in one state, and the guide 130 has a folding groove 131 formed in a zigzag shape to guide the supply path of the tissue, maintain tension and induce folding, and the cutting The chisel groove 131 is characterized in that the zigzag interval is formed narrower from the roll member toward the cutting part, so that the tissue folding is gradually progressed.

In addition, the cutting unit 200 has a body 210 that takes over the folded tissue supplied from the first supply unit 100 and delivers it to the charging unit 400, and is installed to enable a rolling operation at one end of the body. A transport roller 220 that provides power to the movement of the tissue in one direction, a motor 230 installed at the bottom of the body and providing power to the transport roller by a timing belt, and a motor 230 installed at the top of the roller to pass through the body A pressing roller 240 for pressing the upper surface of the tissue, a cutting member 250 that is installed so as to be able to ascend and descend from the upper part of the body and has a cutting blade at the bottom to cut the transferred tissue uniformly, and the cutting member It is characterized in that it is composed of a first cylinder 260 that provides elevating power.

In addition, the second supply unit 300 includes a pair of folding rollers 310 that fold the wrapping paper drawn out from the roll in a 'V' shape, and pressurize both sides of the wrapping paper folded in a 'V' shape by the folding roller. It is characterized in that it is composed of a pair of pressing rollers 320 for fixing the shape, and a first sealing device 330 that separates the inside of the wrapping paper by thermal bonding in the vertical direction for each set width of the wrapping paper.

In addition, the charging unit 400 receives the divided tissue and guides it to a grounding path provided therein to induce the tissue to be grounded several times, and is installed on the upper surface of the grounding block and from the cutting unit 200 . A stopper 420 that determines the seating position for the grounding of the supplied tissue, a rotating piece 430 that rotates on the upper part of the grounding block to enter the tissue into the grounding path for primary grounding, and raises and lowers at the upper part of the grounding block The pressurizing piece 440 for secondary grounding by operating and pressurizing one surface of the primary grounded tissue, is vertically installed on the pressurized piece, and is connected by the container 451 and the tube body 452 in which the cosmetic liquid is stored, and the cosmetic liquid It is characterized in that it is composed of an injection hole 450 for discharging to the wrapping paper.

In addition, the ground block 410 is formed in a position corresponding to the range of the pendulum of the rotating piece 430, and a semicircular first path portion 411 that allows the tissue entry and primary grounding, and the pressing piece ( It is characterized in that it consists of a second path part 412 that is vertically cut on the same line as 440 and presses the upper center of the primary grounded tissue to make the secondary grounding by allowing the downward entry of the pressing piece.

In addition, the rotating piece 430 is installed on the ground block 410 and has a shaft portion 431 that serves as a main axis of rotation of the rotation piece, and a tissue seated on the ground block while extending laterally from the shaft and turning with the rotation of the shaft. It is characterized in that it is composed of a grounding bracket 432 for inducing the primary grounding of the tissue by entering the center of the pressurization and the first path portion 411.

In addition, the pressing piece 440 is installed on the ground block 410 and vertically installed from the second cylinder 441 for lifting and lowering, and from the rod of the second cylinder, and the second path part ( 412), it is characterized in that it is composed of a pressure bracket 442 for secondary grounding by pressing the center of the tissue disposed at the intersection of the first cylinder and the second path part.

In addition, the injection hole 450 is installed at the top of the ground block 410 and contains at least one container 451 containing water or a cosmetic liquid such as alcohol or cosmetic paint, and one surface of the pressure bracket 442 . It is characterized in that it consists of a nozzle 452 installed vertically to discharge the cosmetic liquid in the container, and a tube body 453 that connects the container and the nozzle to deliver the cosmetic liquid stored in the container to the nozzle.

In addition, the packaging unit 500 includes a second sealing device 510 that takes over the wrapping paper in which the tissue and cosmetic liquid are put in, and heat-bonds the upper part of the wrapping paper to seal the second sealing device 510, and a marking device for marking images or characters on both sides of the wrapping paper ( 520) and a dividing device 530 that separates the wrapping paper by cutting the thermally bonded position of the first sealing device.

On the other hand, as the tissue folding method using the tissue automatic packaging device, the tissue folding step (S10) in which the tissue drawn out from the roll member 110 passes through the cut-out groove 131 of the guide 130 and is folded several times in the longitudinal direction (S10). ) and the tissue cutting step (S20) in which the folded tissue is divided by the cutting unit in a state in which the folded tissue passes through the cutting unit 200 and the grounding position is consolidated by the stopper 420 provided in the charging unit 400; As the tissue enters the first path portion 411 provided in the ground block 410 while the center is pressed by the rotating operation of the rotating piece 430, the primary grounding step (S30) and the rotating piece The center of the tissue grounded primarily by the first path part and the second path part 412 is disposed at the intersection point, and the center of the tissue is pressed by the lowering operation of the pressing piece 440 to the second path part provided in the grounding block. A secondary grounding step (S40) in which the cosmetic liquid is discharged from the injection hole 450 at the same time as the secondary grounding is made as entering, and the secondary grounded tissue and cosmetic liquid are charged into the wrapping paper, and the wrapping paper is It is characterized in that it consists of a wrapping paper sealing step (S50) of individually dividing and discharging to the outside after sealing.

According to the present invention having the above-described configuration, the tissue wound on the roll member is folded several times in the longitudinal or transverse directions by a plurality of guides provided in the first supply unit, and the rotating and pressing pieces provided in the charging unit. As the volume of the tissue is minimized, there is an effect that the tissue can be packaged regardless of the allowable volume of the wrapping paper.

In addition, according to the present invention, the number of folds is controlled by determining whether the guide, the rotating piece and the pressing piece are operated selectively, so that various packaging is possible according to the purpose of use of the tissue.

In addition, the present invention has another effect of maximizing product production efficiency by enabling faster product production by simultaneously performing tissue folding, wrapping paper input, and cosmetic liquid injection.

1 is a plan view of a tissue folding type automatic packaging device configured according to a preferred embodiment of the present invention.
Fig. 2 is a side view of Fig. 1;
Figure 3 is a perspective view of the first supply unit proposed by the present invention.
Figure 4 is a side view of the cutting portion and the charging portion.
5 is a front view of the second supply unit, the charging unit and the packaging unit.
Figure 6 is a perspective view of a simplified overall operation algorithm of the tissue folding type automatic packaging device.
7 is a use state diagram illustrating a process in which the tissue is folded and folded several times in the longitudinal direction by the first supply unit.
8 is a state diagram showing a process in which the tissue is divided by the cutting unit in a state in which the tissue is seated in the charging unit.
9 is a state diagram showing the process of primary grounding in the lateral direction while the tissue seated in the charging part enters the first path part by the rotating piece.
10 is a state diagram showing a process of secondary grounding in the lateral direction as the pressing piece presses the center of the tissue disposed at the intersection of the first path part and the second path part by the rotating piece and enters the second path part; .
11 is a state diagram in which the primary and secondary grounding forms of the tissue are sequentially listed in the transverse direction.
12 is a state diagram in use sequentially listing the process of tissue packaging while passing through the second supply unit, the charging unit, and the packaging unit.
13 is a flowchart sequentially listing the folding process of the tissue folding method using the tissue folding type automatic packaging apparatus provided according to the preferred embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings, it will be collectively described for the configuration of the present invention and the resulting action and effect.

Advantages and features of the present invention, and a method for achieving them will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various different forms, and only this embodiment serves to complete the disclosure of the present invention, and common knowledge in the technical field to which the present invention pertains It is provided to fully inform those who have the scope of the invention, and the present invention is only defined by the scope of the claims. In addition, like reference numerals refer to like elements throughout the specification.

The present invention relates to a tissue automatic packaging device that automatically wraps dry tissue, as well as water tissue containing water, alcohol, various cosmetic paints, etc., into a preset size and automatically packaging each individual wrapping paper.

Above all, the present invention actively improves the structure of the existing tissue packaging device, which was unable to repeatedly fold and fold vertically and horizontally due to technical limitations, so that the tissue can be folded multiple times, regardless of the type and size of tissue and wrapping paper. Packaging production in the desired shape is possible. In particular, due to the structural characteristics of tissue folding, packaging, and injection of cosmetic paint at the same time as one operation of the machine, the mechanical structure is simplified compared to maximizing production efficiency by shortening production time and improving functions. Note that the operation, maintenance, and maintenance of the device are related to the automatic tissue folding type packaging device that is easy to maintain.

1 is a plan view of a tissue folding type automatic packaging apparatus configured according to a preferred embodiment of the present invention, and FIG. 2 is a side view of FIG. 1 .

1 and 2, the tissue folding type automatic packaging device of the present invention includes a first supply unit 100 that folds a plurality of tissues wound on a roll and supplies them in one direction, and the tissue folded and arranged in front of the first supply unit. A cutting unit 200 for cutting the , a second supply unit 300 disposed on the side of the cutting unit to supply a wrapping paper with an open top in one direction, allowing the tissue and wrapping paper to cross in, and folding the tissue several times ( To the packaging unit 500 for sealing the upper part of the wrapping paper in which the tissue and the cosmetic liquid are stored, and thermally bonding the upper part of the wrapping paper in which the tissue and the cosmetic liquid are stored, and the packaging portion 500 for discharging the wrapping paper separately. is composed

The first supply unit 100 serves to be folded or folded at least once in the longitudinal direction in the process of transferring the tissue wound on the roll to the loading unit 400, and the first supply unit serves to fold the tissue. The roll member 110 on which is wound, the frame 120 arranged and installed between the roll member and the cutting part, and a plurality of guides installed at a set interval in the frame and supplied to the cutting part while maintaining the set tension of the tissue of the roll member (130).

3 is a perspective view of a guide proposed by the present invention.

As shown in FIG. 3 , the guides 130 are spaced apart from each other at set intervals on the frame 120 , and a zigzag folding groove 131 is provided for each guide to pass the tissue through the corresponding space. The tissue passing through the folding groove 131 is folded and folded according to a zigzag shape. In particular, the guide 130 is formed in a form in which the zigzag interval of the folding grooves 131 is gradually narrowed from the roll member 110 to the cutting part 200, and the tissue passes through each guide, and naturally sophisticated folding is possible. is done

On the other hand, the guide 130 is configured to be able to adjust the spacing in the front and rear directions on the frame 120, it is possible to control the tension of the tissue being supplied based on the spacing adjustment of the guide.

In addition, the first supply unit 100 may set and control the number of folds of the tissue by separately holding the guides 130 having different zigzag times, and selectively replacing the guides according to circumstances.

4 is a side view of the cutting part and the charging part, and FIG. 5 is a front view of the second supplying part, the charging part, and the packaging part.

As shown in FIG. 4 , the cutting unit 200 includes a body 210 that takes over the folded tissue supplied from the first supply unit 100 and delivers it to the charging unit 400, and a rolling operation at one end of the body is possible. A transport roller 220 installed to provide power to the movement of the tissue in one direction, a motor 230 installed at the bottom of the body to provide power to the transport roller by a timing belt, and a motor 230 installed at the top of the roller to move the body A pressing roller 240 that presses the upper surface of the tissue passing through, a cutting member 250 that is installed so as to be able to move up and down from the upper part of the body and has a cutting blade at the bottom to uniformly cut the transferred tissue, and the cutting member and a first cylinder 260 that provides elevating and descending power in combination with the .

As shown in FIGS. 4 and 5, the charging unit 400 takes over the divided tissue and guides it to a grounding path provided therein to induce the tissue to be grounded several times. A ground block 410 and a ground A stopper 420 installed on the upper surface of the block to determine the seating position for the grounding of the tissue supplied from the cutting unit 200, and a rotating piece ( 430), a pressure piece 440 that is secondarily grounded by pressurizing one side of a tissue grounded primarily by ascending/lowering operation on the upper portion of the grounding block, is vertically installed on the pressure piece, and is connected to the container in which the cosmetic liquid is stored. It is composed of an injection hole 450 for discharging the cosmetic liquid to the wrapping paper.

The ground block 410 has an area corresponding to the width of the tissue and is installed at the same height as the body of the cutting part in order to induce a stable seating arrangement of the tissue from the cutting part 200 . The ground block 410 is formed in a position corresponding to the range of the pendulum of the rotating piece 430, and a semicircular first path part 411 to allow the tissue entry and primary grounding, and the pressing piece 440. It further includes a second path part 412 that is vertically cut on the same line as the second path part 412 to press the upper center of the primary grounded tissue by allowing the downward entry of the pressing piece to be secondarily grounded.

The stopper 420 is installed on the top of the ground block 410 to limit the progress of the tissue passing through the cutting unit 200 . A seating position of the tissue is determined by the stopper 420 , and then the cutting member 250 of the cutting unit 200 operates to cut the tissue. In other words, the distance between the stopper 420 and the cutting member 250 becomes the length of the tissue. The stopper 420 can be adjusted forward and backward within the space allowed by the ground block 410, and since the distance with the cutting member 250 is set according to the location where the stopper is installed, the length of the tissue is adjusted as a result. . On the other hand, the stopper 420 is provided with a separate sensor to stop the operation of the transfer roller 220 when the tissue touches the stopper to prevent excessive entry of the tissue.

The rotating piece 430 is installed at a position spaced apart from the ground block 410 by a predetermined height, and rotates clockwise or counterclockwise from the tissue supply direction as a starting point. The rotating piece 430 is installed on the ground block 410 and has a shaft portion 431 that is the main axis of rotation of the rotation piece, and is formed extending in the lateral direction from the shaft portion and is rotated along with the rotation of the shaft portion of the tissue seated on the ground block. It is composed of a grounding bracket 432 for inducing the primary grounding of the tissue by pressing the center and entering the first path part 411 .

The pressing piece 440 is vertically disposed at the same position as the second path unit 412, and the tissue disposed at the intersection of the first path unit 411 and the second path unit is secondarily grounded by an elevating operation. At the same time, put the secondary grounded tissue in the wrapping paper. The pressing piece 440 is installed on the ground block 410 and vertically installed from the second cylinder 441 for lifting and lowering, and from the rod of the second cylinder, and the second path part 412 by the operation of the second cylinder. It is composed of a pressure bracket 442 that enters into and presses the center of the tissue disposed at the intersection of the first cylinder and the second path to make a secondary ground.

The injection hole 450 is installed at the top of the ground block 410 and is perpendicular to at least one container 451 in which a cosmetic liquid such as water or alcohol or cosmetic paint is stored therein, and one surface of the pressure bracket 442 . It is installed as a nozzle 452 for discharging the cosmetic liquid in the container, and a tube body 453 that connects the container and the nozzle to deliver the cosmetic liquid stored in the container to the nozzle. On the other hand, the injection hole 450 may have a separate sensor to discharge the cosmetic liquid only when the pressing piece 440 descends, or to discharge the cosmetic liquid only when the wrapping paper is sensed on the lower side.

6 is a perspective view simply showing the overall operation algorithm of the tissue folding type automatic packaging device.

As shown in FIG. 6 , in the tissue folding type automatic packaging device of the present invention, the tissue enters in the longitudinal direction with respect to the loading unit 400 , and the wrapping paper enters in the transverse direction.

The tissue is folded several times in a zigzag manner through a plurality of guides 130 in a state wound on a roll member, and is divided into sizes designated by the cutting unit 200 to reach the charging unit 400 . The wrapping paper is supplied to the charging unit 400 in a state wound on the roll of the second supply unit 300, and is folded in a 'V' shape while passing through a pair of vertically standing folding rollers 310, , After passing through a pair of vertically standing pressing rollers 320 and the first sealing device 330, the wrapping paper is individually divided. As described above, when the individually divided wrapping paper reaches the charging unit 400, the rotating piece 430 and the pressing piece 440 provided in the charging unit operate sequentially to fold the folded tissue twice and then insert it into the wrapping paper. At the same time, the cosmetic liquid is discharged from the injection hole 450 and injected into the wrapping paper. The wrapping paper in which the tissue and the cosmetic liquid are injected moves again in the lateral direction and is handed over to the packaging unit 500 , and the upper part is thermally bonded by the second sealing device 510 provided in the packaging unit, and then the marking device 520 . The tissue individually packaged by the and dividing device 530 is completed.

7 is a state diagram in use showing a process in which the tissue is folded and folded several times in the longitudinal direction by the first supply unit, and FIG. 9 is a use state diagram showing a process in which primary grounding is made in the lateral direction while the tissue seated in the charging unit enters the first path unit by the rotating piece, and FIG. 10 is the first path unit and the second path by the rotating piece It is a state diagram showing the process of secondary grounding in the transverse direction as the pressing piece presses the center of the tissue disposed at the sub-intersection and enters the second path part, and FIG. 11 is the primary and secondary of the tissue in the transverse direction. It is a state diagram in which the folding form is arranged in order, and FIG. 12 is a use state diagram sequentially listing the process of tissue packaging while passing through the second supply unit, the charging unit, and the packing unit.

As shown in FIG. 7 , the tissue is supplied to the cutting unit 200 while being folded and molded several times in the longitudinal direction by the first supply unit 100 .

As mentioned above, the first supply unit 100 includes a roll member 110 on which a tissue is wound, a frame 120 that is arranged and installed between the roll member and the cutting unit, and a plurality of pieces installed at a set interval in the frame and the roll member It is composed of a guide 130 that allows the tissue to be supplied to the cutting unit while maintaining the set tension. The tissue passes through a plurality of guides 130 disposed between the roll member and the cutting unit in the process of being supplied to the roll member 110 and the cutting unit 200, and is predetermined by the folding grooves 131 provided for each guide. At the same time as maintaining the tension of

As shown in FIG. 8 , the tissue is transferred to the charging unit 400 through the cutting unit 200 in a state of being folded several times in the longitudinal direction by the first supply unit 100 , and at this time, the tissue is transferred to the conveying roller 220 provided in the cutting unit. ) and the pressing roller 240 while passing between the folded portion is pressed, the folding becomes firm. The tissue being transported to the charging unit 400 through the cutting unit 200 is positioned to be folded by the stopper 420 disposed at the top of the folding block 410. When the tissue touches the stopper, the sensor installed around By detecting this, the operation of the cutting unit 200 is requested. The cutting unit 200 receives the information requested by the sensor monitoring the stopper, and the motor 230 drives it, and as a result, the cutting member 250 coupled to the first cylinder rod while the first cylinder 260 operates. It descends and cuts a preset area of the tissue.

When the tissue is divided as shown in FIG. 9 , the rotating piece 430 provided on the top of the ground block 410 operates immediately. The rotating piece 430 is rotated clockwise and presses the center of the tissue disposed on the top of the ground block, so that the center of the tissue enters the first path portion 411 provided in the ground block 410 as the head. At this time, as the grounding bracket 432 of the rotating piece 430 presses the center of the tissue, and the edges of the entry part of the first path part 411 are pressed on both sides of the center, the tissue is first grounded in a 'V' shape. is entered into the first path unit in a state where The tissue is located at the intersection of the first path part 411 and the second path part 412 by the rotating piece 430, and precisely, the tissue center in the primary grounded state is the first path part and the second path part. It is located at the intersection of the route.

As shown in FIG. 10 , the rotating piece 430 is rotated counterclockwise after placing the tissue at the intersection of the first path part 411 and the second path part 412 to return to its original position, and a sensor installed around the rotating part. By detecting the return of the rotation piece requests the operation of the second cylinder (441). The pressure bracket 442 coupled to the second cylinder rod is lowered by the lowering operation of the second cylinder 441 that is requested to operate from the sensor installed around the rotating piece 430, and the lowering pressure bracket is the second It enters the path part 412 and is discharged to the lower part of the ground block 410 while pressing the center of the tissue seated at the intersection of the first path part and the second path part. The wrapping paper immediately after passing through the first sealing device 330 of the second supply unit 300 is disposed under the ground block 410 with the top open, and the tissue falling by the pressure bracket 442 is the wrapping paper. is charged through the opening of

On the other hand, the injection hole 450 installed in the pressing piece 440 is a nozzle ( 452), the cosmetic liquid is applied to the tissue as a certain amount is discharged, and a predetermined amount of the cosmetic liquid is stored in the wrapping paper.

11, the tissue is provided in a longitudinally folded state by the guide 130 of the first supply unit 100, and the tissue shown in (1) simply shows the side of the tissue folded in the longitudinal direction. .

The tissue folded in the longitudinal direction as shown in (1) of FIG. 11 is positioned on the top of the ground block 410, cut by the cutting unit 200, and provided to a predetermined length. The first central portion 1a of the cut tissue is located at the entry portion of the first path portion 411 provided in the ground block 410 , and the first path portion is pressed while the first central portion is pressed by the rotating piece 430 . As the entry to (411) is made, the primary grounding is made in the same form as in (2). The primary grounded tissue is positioned at the intersection of the first path part 411 and the second path part 412 by the rotating piece 430, preferably the second central part 1b of the primary grounded tissue. is located at the corresponding intersection point, and as the second center is pressed again by the pressing piece 440 and the entry into the second path portion 412 is made, the secondary grounding is made in the form of (3).

As shown in FIG. 12, the tissue falls to the bottom of the ground block 410 in a state of being secondary grounded by the charging unit 400, and is loaded in a wrapping paper disposed in advance at the bottom of the ground block, resulting in packaging, where the The wrapping paper is transported in one direction by the packaging unit 500 , and the tissue and cosmetic liquid are taken over from the charging unit 400 and thermally bonded several times to be individually packaged.

The wrapping paper is supplied in the direction in which the charging unit 400 is located while being wound on the roll of the second supply unit 300 , and is folded in a 'V' shape by the folding roller 310 at the bottom of the charging unit 400 . is placed as The charging unit, which detects that the wrapping paper is disposed at the bottom of the charging unit 400, sequentially operates the rotating piece 430, the pressing piece 440, and the injection hole 450 to turn the tissue coated with the cosmetic liquid into the wrapping paper. put in The wrapping paper, which received the tissue and cosmetic liquid inside, moves again in one direction, and the upper part is thermally joined by the second sealing device 510 of the packaging unit 500 , and then the marking device 520 and the dividing device 530 are attached to each other. Individually wrapped tissues are manufactured and completed.

13 is a flowchart sequentially listing the folding process of the tissue folding method using the tissue folding type automatic packaging apparatus provided according to the preferred embodiment of the present invention.

13, in the tissue folding method using the device of the present invention, the tissue folding step (S10) in which the tissue drawn out from the roll member 110 is folded several times in the longitudinal direction through the cut-out groove 131 of the guide 130 as shown in FIG. And, a tissue cutting step (S20) in which the folded tissue is divided by the cutting unit in a state where the folded tissue passes through the cutting unit 200 and is seated and assigned to the grounding position by the stopper 420 provided in the charging unit 400; As the tissue enters the first path portion 411 provided in the ground block 410 while the center is pressed by the rotating operation of the rotating piece 430, the primary grounding step (S30) and the rotating piece The center of the tissue grounded primarily by the first path part and the second path part 412 is disposed at the intersection point, and the center of the tissue is pressed by the lowering operation of the pressing piece 440 to the second path part provided in the grounding block. A secondary grounding step (S40) in which the cosmetic liquid is discharged from the injection hole 450 at the same time as the secondary grounding is made as entering, and the secondary grounded tissue and cosmetic liquid are charged into the wrapping paper, and the wrapping paper is After sealing, it consists of a packaging paper sealing step (S50) of individually dividing and discharging to the outside.

The tissue folding step (S10) is a tissue first supply step (S11) of taking out the tissue wound on the roll member 110 and passing it through the folding grooves 131 of the plurality of guides 130 to induce folding in the longitudinal direction (S11). ) and the tissue that has passed through the guide 130 enters between the transfer roller 220 and the pressure roller 240 of the cutting unit 200 to maintain the tension of the tissue and to apply power to the tissue transfer in one direction. It consists of two supply steps (S12).

The tissue cutting step (S20) includes a stopper installation step (S21) of installing a stopper 420 on the top of the ground block 410, and a stopper positioning step (S22) of adjusting the position of the stopper to set the cut length of the tissue (S22) And, when the tissue touches the stopper whose position has been determined, the sensor around the stopper operates to request an operation to the cutting unit 200, and the first cylinder 260 operates based on the requested information to cut a preset area of the tissue. It consists of a tissue division step (S23).

The first grounding step (S30) is a first center portion pressing step (S31) in which the rotating piece 430 rotates clockwise to press the first center portion 1a of the tissue seated on the top of the grounding block 410; Due to the pressing force of the rotating piece, the tissue enters the first path part 411 with the first central part as the head and is positioned at the intersection of the first path part and the second path part 412 (S32) and , a rotating piece returning step (S33) of locating the first central portion of the tissue at the intersection of the first path portion and the second path unit, and then returning the rotating piece to its original position.

In the second grounding step (S40), the pressing piece 440 descends to press the second central portion 1b of the tissue disposed at the intersection of the first path portion 411 and the second path portion 412. The center pressing step (S41), the secondary grounding entry step (S42) in which the tissue enters the second path part 412 with the second central part at the head due to the pressing force of the pressing piece (S42), and the cosmetic liquid from the nozzle 452 It consists of a tissue loading step (S43) of applying the cosmetic liquid to the tissue after being discharged, and loading the tissue coated with the cosmetic liquid and a small amount of the cosmetic liquid into the wrapping paper.

The wrapping paper sealing step (S50) is a wrapping paper folding step ( S51), the wrapping paper pressing step (S52) of pressing both sides of the wrapping paper folded in the 'V' shape by a pair of pressing rollers 320, and thermal bonding in the vertical direction for each set width of the pressurized wrapping paper to separate spaces The wrapping paper partitioning step (S53) of dividing the space, the contents insertion step (S54) of receiving the second folded tissue and cosmetic liquid after placing the space-divided wrapping paper at the bottom of the loading unit, and the top of the wrapping paper in which the tissue and cosmetic liquid are stored That is, a wrapping paper sealing step (S55) of sealing the opening by thermal bonding, a wrapping paper marking step (S56) of marking both sides of the wrapping paper, and a wrapping paper cutting step of individually dividing the wrapping paper by cutting the thermally bonded area in the wrapping paper partitioning step (S57).

According to the tissue folding type automatic packaging device of the present invention and the tissue folding method using the packaging device having the above configuration, the tissue wound on the roll member 110 is provided with a plurality of guides ( 130) and the rotating piece 430 and the pressing piece 440 provided in the loading part 400, the tissue is folded several times in the longitudinal or transverse direction to minimize the volume of the tissue, so regardless of the allowable volume of the wrapping paper, the tissue can be packed In addition, the number of folding of the guide 130, the rotating piece 430, and the pressing piece 440 is controlled by selectively determining whether to operate, so that various packaging is possible according to the purpose of use of the tissue. In addition, there is another effect of maximizing the efficiency of product production by enabling faster product production by performing tissue folding, wrapping paper input, and cosmetic liquid injection at the same time.

Although the present invention described above has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and various modifications and equivalent other embodiments are possible by those skilled in the art. should be made clear. Accordingly, the true technical protection scope of the present invention should be construed by the appended claims, and all technical ideas within the equivalent scope should be construed as being included in the scope of the present invention.

100. Feeding part 200. Cutting part
300. Second supply unit 400. Charging unit
500. Packaging Department
S10. Tissue folding step S20. tissue cutting step
S30. 1st grounding step S40. Second grounding step
S50. Wrapping paper sealing step

Claims (5)

A first supply unit 100 that folds a plurality of tissues wound on a roll and supplies them in one direction; and a cutting unit 200 disposed in front of the first supply unit to cut the folded tissues; A second supply unit 300 that is arranged and supplies the wrapping paper with the top open in one direction; and the tissue and the wrapping paper are allowed to cross in, and the tissue is folded several times and put into the wrapping paper and the cosmetic liquid is charged at the same time. In the tissue folding type automatic packaging device consisting of;
The charging unit 400 takes over the divided tissue and guides it to a grounding path provided inside to induce the tissue to be grounded several times; and a grounding block 410 installed on the upper surface of the grounding block and supplied from the cutting unit 200. A stopper 420 that determines the seating position for the grounding of the used tissue; and a pivoting piece 430 that rotates on the upper part of the grounding block to enter the tissue into the grounding path and ground the first; A pressing piece 440 for secondary grounding by pressing the first surface of the tissue grounded in a descending operation; and a container 451 installed vertically on the pressure piece, and connected by a tube body 452 and a container 451 in which the cosmetic liquid is stored. Including; injection hole 450 for discharging the cosmetic liquid to the wrapping paper;
The ground block 410 is formed at a position corresponding to the range of the pendulum of the rotating piece 430 and has a semicircular first path portion 411 to allow the tissue entry and primary grounding; and the pressing piece 440 ) and a second path part 412 that is vertically cut on the same line to allow the descending entry of the pressing piece to press the upper center of the primary grounded tissue to make the secondary fold; packaging device.
delete delete According to claim 1,
The first supply unit 100,
a roll member 110 on which the tissue is wound;
Frame 120 arranged and installed between the roll member and the cutting unit;
a guide 130 installed in the frame at a set interval and supplied to the cutting unit while maintaining the set tension of the tissue of the roll member;
is composed of
The guide 130 has a folding groove 131 formed in a zigzag shape to guide the supply path of the tissue, maintain tension, and induce folding,
The folding groove (131) is a tissue folding type automatic packaging device, characterized in that the zigzag interval is formed narrower from the roll member toward the cutting part, so that the folding of the tissue is gradually progressed. delete

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