JP6429566B2 - Tissue paper container packaging method and tissue paper container packaging apparatus - Google Patents

Description

  The present invention relates to a method for packaging a plurality of tissue paper storage bodies and a device for packaging a plurality of tissue paper storage bodies, and in particular, a method for shrink packaging a plurality of tissue paper storage bodies and a plurality of tissue papers. The present invention relates to an apparatus for shrink-wrapping a container.

  A tissue paper storage body in which a bundle obtained by folding a plurality of tissue papers is stored in a rectangular parallelepiped storage box also called a carton is well known. This tissue paper container is often marketed by stacking one or three to five and packaging with a film.

  Caramel packaging and shrink packaging are known as packaging forms of this tissue paper container by film. Among these wrapping forms, in particular, as shown in FIG. 6, the shrink wrapping is performed by covering the tissue paper storage bodies 101, 101... With the shrink film 120 and then using the transport belt 142 of the belt conveyor device 104. The paper is passed through a heating zone 150 covered with a hood composed of a shrink tunnel 152 or a heater tunnel, and the shrink film 120 is shrunk by heating with hot air or the like at that time, and the tissue paper container In this form, the shrink film 120 is tightly attached to the outer surface of the storage boxes 101, 101.

  This shrink wrapping gives a clean impression because the film adheres tightly to the tissue paper container that is to be packaged, and each tissue paper container is particularly packaged when multiple tissue paper containers are packaged together. The movement is regulated by the film, and there is an advantage that it has excellent shape retention and is easy to carry.

  However, in the conventional shrink wrapping method and apparatus, when a plurality of tissue paper containers are shrunk and packed together, as shown in FIG. 6, before shrink film shrinkage, the shrink film 120 and the tissue paper containers 101, 101. Since there is a margin between the transport belt 172 of the belt conveyor device 107 in the preceding stage and the transfer belt 142 of the belt conveyor device 104 provided with the shrink tunnel 152, the storage body 101 in the shrink film, etc. 101... Are misaligned and a gap is generated between the storage bodies. Further, when the storage bodies 101, 101,... Are aligned and reach the heating region 150 with a gap between the storage bodies, large wrinkles may be formed after shrinkage of the shrink film.

  In addition, since there is a concern about the occurrence of such large wrinkles, when packaging a plurality of tissue paper containers together with shrink packaging, designs such as patterns, patterns, letters, etc. are applied to the film surface by printing or the like. However, the design may be distorted, making it difficult to give the design to the shrink film.

JP2012-140186A JP 2008-296915 A JP 2009-165663 A

  Therefore, the main problem of the present invention is to provide a packaging method for shrink-wrapping a plurality of tissue paper storage bodies without shrinking the existing device without significant improvement, and an apparatus for achieving the method. Further, as an accompanying problem, it is possible to give a design to the outer surface of a product in which a plurality of tissue paper storage bodies are shrink-wrapped.

  The present invention that has solved the above problems is as follows.

[Invention of Claim 1]
A plurality of tissue paper storage bodies are closely arranged and covered with a shrink film, and the tissue paper storage body group is transported on a moving transport plane, and the shrinkage is caused by passing through a heating region in the transport process. A method of tissue paper container that heat shrinks a film and packages a plurality of tissue paper containers together.
A negative pressure suction area is provided along the width direction perpendicular to the traveling direction of the tissue paper storage body group immediately before or immediately before the transport plane leading to the heating area, and the negative pressure suction is performed while transporting the tissue paper storage body group. When passing over the area and sending it to the heating area ,
The tissue paper storage body group is allowed to pass over the negative pressure suction region while contacting the leveling plate, and the shrink film covering the tissue paper storage body is leveled by the leveling plate and the tissue paper storage body is arranged. Arrange,
A method for wrapping a tissue paper container.

[Invention of Claim 2]
A plurality of tissue paper storage bodies are closely arranged and covered with a shrink film, and the tissue paper storage body group is transported on a moving transport plane, and the shrinkage is caused by passing through a heating region in the transport process. A method of tissue paper container that heat shrinks a film and packages a plurality of tissue paper containers together.
A negative pressure suction area is provided along the width direction perpendicular to the traveling direction of the tissue paper storage body group immediately before or immediately before the transport plane leading to the heating area, and the negative pressure suction is performed while transporting the tissue paper storage body group. Passing over the area to the heating area,
Applying a press plate to the tissue paper storage body group immediately after passing through the heating region to arrange the tissue paper storage body,
A method for wrapping a tissue paper container.

[Invention of Claim 3]
Against the holding plate adjust the arrangement of the tissue paper container against tissue paper container groups after heating region transmission, method of packaging tissue paper container according to claim 1, wherein.

[Invention of Claim 4]
A transport plane in which a plurality of tissue paper storage bodies are closely arranged and moved by placing a tissue paper storage body group covered with a shrink film, and a heating area provided in the middle of the transport path of the tissue paper storage body group, In the course of transporting the tissue paper storage body group by the transport plane, the tissue paper storage body group reaches the heating area, and the shrink film is thermally contracted while passing through the heating area, and the plurality of tissue A tissue paper container packaging apparatus in which a paper container is packed together,
A negative pressure suction region is provided along the width direction perpendicular to the advancing direction of the tissue paper storage body group, or just before the transport plane leading to the heating region ,
In addition, with the tissue paper storage body group passing over the negative pressure suction region, as the tissue paper storage body group moves, the tissue paper storage body group continuously contacts from the front side in the traveling direction to the rear side in the traveling direction. , Having a leveling plate that arranges the tissue paper storage body and leveles the shrink film covering the tissue paper storage body,
The tissue paper container group is sent to the heating area through the negative pressure suction area while being conveyed,
A tissue paper packaging apparatus characterized by the above.

[Invention of Claim 5]
A transport plane in which a plurality of tissue paper storage bodies are closely arranged and moved by placing a tissue paper storage body group covered with a shrink film, and a heating area provided in the middle of the transport path of the tissue paper storage body group, In the course of transporting the tissue paper storage body group by the transport plane, the tissue paper storage body group reaches the heating area, and the shrink film is thermally contracted while passing through the heating area, and the plurality of tissue A tissue paper container packaging apparatus in which a paper container is packed together,
A negative pressure suction region is provided along a width direction perpendicular to the traveling direction of the tissue paper storage body group immediately before or immediately before the transport plane leading to the heating region, and the tissue paper storage body group is transported under the negative pressure. Passed over the suction area and sent to the heating area,
And it is pressed against the tissue paper storage body group immediately after passing through the heating region, and has a presser plate that arranges the tissue paper storage body.
A tissue paper packaging apparatus characterized by the above.

[Invention of Claim 6]
The tissue paper storage body packaging apparatus according to claim 4 , further comprising a pressing plate that is pressed against the tissue paper storage body group immediately after passing through the heating region and arranges the tissue paper storage bodies.

  According to the present invention described above, a packaging method for shrink-wrapping a plurality of tissue paper containers and a device for achieving the method are provided, and a plurality of tissue paper containers are shrink-wrapped on a product outer surface. It is possible to give a design.

It is a perspective view for demonstrating the shrink wrapping form of the tissue paper storage body which concerns on embodiment of this invention. It is a perspective view for demonstrating the tissue paper storage body which concerns on embodiment of this invention. It is a side view for demonstrating the shrink wrapping method and apparatus of the tissue paper storage body which concerns on embodiment of this invention. It is a top view for demonstrating the shrink packaging method and apparatus of the tissue paper storage body which concerns on embodiment of this invention. It is a top view which shows the other form of the negative pressure suction area | region which concerns on embodiment of this invention. It is a perspective view for demonstrating the conventional shrink wrapping method.

  Next, a tissue paper packaging method according to this embodiment will be described with reference to FIGS. In addition, about the packaging apparatus of a tissue paper storage body, it will match | combine in describing the packaging method of the tissue paper storage body 1. FIG.

  As shown in FIG. 1, the packaging method of the tissue paper storage body (hereinafter also simply referred to as storage body) according to the present embodiment comprises a plurality of storage bodies 1, 1... (5 in the illustrated example) as shrink films. 20 is a method of performing shrink wrapping together (a package after shrink wrapping is indicated by a symbol X1 in the figure).

As shown in FIGS. 1 and 2, the individual storage body 1 to be packaged according to the present embodiment has a rectangular parallelepiped shape having an opening perforation line 12 on an upper surface 11 of the storage box, which forms an outline of the storage body 1. In the storage box 10, a plurality of tissue papers 19, 19... Are folded and stacked so that a bundle of tissue paper 19 t is stored, and the opening perforation 12 x formed by tearing the opening perforation 12 is covered. The tissue paper 19 inside is taken out from a slit 35s provided in a sheet made of paper or a film. The base material of the storage box 10 constituting the individual storage body 1 is an appropriate paper material such as coated cardboard having a basis weight of 250 to 500 g / m ² or a paper processing material, and the size of the storage body is as follows: In general, the long edge L1 is 110 to 320 mm, the short edge L2 is 70 to 200 mm, and the height L3 is 40 to 150 mm. The assembly structure of the storage box 10 is such that the glue margin 13A extending from the bottom surface and one storage box long side surface 14 are glued to form a cylindrical shape, and then the storage box top surface 11, the bottom surface and the storage box length connecting them. Each of the flaps F, F... Extending from the side surface 14 is folded back to the inner surface of the box, and the contact portion of each of the flaps F, F. However, the shape and structure of the storage body 1 according to the present invention and the storage mode of the internal tissue paper 19 are not necessarily limited to those described above, and are appropriately designed within the range where the effects of the present invention can be obtained. can do.

  On the other hand, in the packaging method of the tissue paper storage body according to the present embodiment, a plurality of the storage bodies 1 are closely arranged and covered with the shrink film 20 with a slight margin, and the precursor of the packaging body X1 after shrink wrapping. A tissue paper storage body group 30 (hereinafter also simply referred to as a storage body group), which can be called a body, is placed on a transport plane 40 to be transported. In addition, the shrink film 20 is not specifically limited, It can select suitably from the well-known things which heat-shrink. For example, heat-shrinkable resin films such as polyethylene, polystyrene, polypropylene, polyolefin, polyvinyl chloride, polyethylene terephthalate, etc., and appropriate auxiliary agents for adjusting shrinkage were blended in these resin films. A film is mentioned. Moreover, the formation method of the storage body group 30 can be performed by a conventionally well-known method. For example, a typical method includes a step of inserting a plurality of storage bodies 1 in a state of being closely arranged and arranged appropriately in a shrink film formed in advance and a step of closing front and rear openings of the tube. It is. The storage body group 30 in the illustrated example includes five storage bodies so that the top surface of a storage body and the bottom surface of a storage body adjacent to the storage body are abutted on each other to form a rectangular parallelepiped shape as a whole. The storage bodies 1, 1... Are covered with the shrink film 20 in close proximity. In the illustrated example, there are five storage bodies, but the number of storage bodies 1 is not limited to this, and may be two or three. In this embodiment, the stacking form of the storage body group 30 with respect to the transport plane 40 is such that each of the storage bodies 1, 1... The widest surface formed by the storage bodies 1, 1... Is transported as a mounting surface that faces the transport plane 40.

  On the other hand, the transport plane 40 according to the present embodiment is constituted by the transport belt 42 in the belt conveyor device 4 in the illustrated apparatus, and the storage body group 30 placed on the transport belt 42 is the belt. It moves to the heating area | region 50 by the movement of the conveyance belt 42 in the conveyor apparatus 4, is heated in the heating area | region 50, shrinks the shrink film 20, and it is made to fit each accommodating body included, and it is set as the package X1.

  In the heating area 50 according to the present embodiment, as shown in the example, the heating belt 50 covers an area in the conveyance direction on the conveyance belt 42 with a hood, and exhausts hot air heated by a heating wire or a separate device. It can be configured by a heating device also called a shrink tunnel 52 provided with appropriate heating means such as an outlet. However, the heating region 50 is not limited to that having such a configuration, and a known configuration in which the shrink film 20 can be contracted by heating while moving the storage body group 30 by the transport plane 40 can be adopted. The heating temperature and heating time in the heating region 50 are appropriately set according to the type of the shrink film 20 to be used, the size of the container group, the surface area, the physical properties of the tissue paper, and the like.

  Here, in the packaging method according to the present embodiment, characteristically, the storage body group 30 is disposed along the width direction orthogonal to the traveling direction of the storage body group 30 immediately before the transport plane 40 reaching the heating region 50. A negative pressure suction region 60 having a width or larger is provided in the negative pressure suction device 62, and the storage body group 30 is passed over the negative pressure suction region 60, and then the storage body group 30 is sent to the heating region 50. In the illustrated apparatus of this embodiment, the suction port 61 is located on the upper surface side adjacent to the upstream side in the transport direction on the transport belt 42 constituting the belt conveyor device 4 that moves the storage body group 30 to the shrink tunnel 52. The suction negative pressure region 60 is provided by providing a negative pressure suction device 62 having a slit hole. The suction from the slit hole 61 is performed by a negative pressure generating source such as a vacuum pump (not shown) provided so as to communicate with the slit hole 61.

  Further, in the illustrated example, in particular, the transport plane 40 leading to the heating region 50, that is, the transport belt 42 in the belt conveyor device 4 leading to the shrink tunnel 52, and the previous stage of delivering the storage body group 30 to the transport belt 42. Between the conveyor belts 72 in the other belt conveyor devices 7, adjacent to the respective conveyor belts 42, 72, are substantially flush with the upper surface of the conveyor plane by the conveyor belts 42, 72 or slightly. The slit hole 61 is formed on a flat surface formed of a metal plate or the like formed at a low position, and the negative pressure suction region 60 is provided. In this way, the storage body group 30 is smoothly transferred from the transport belt 72 of the front belt conveyor device 7 to the transport belt 42 of the rear belt conveyor device 4, and In this case, immediately before the conveying belt 42 of the belt conveyor device 4 at the subsequent stage, that is, immediately before the conveying plane 40 reaching the heating area 50, the storage body group 30 passes over the negative pressure area, and then enters the heating area 50. Sent.

  In this embodiment, immediately before the conveyance plane 40 reaching the heating region 50 in this way, the storage body group 30 is stored by suctioning negative pressure over the width direction of the storage body group 30 particularly from the placement surface side. As the body group 30 moves, a negative pressure suction force continuously acts from the front side to the rear side in the traveling direction, and at this time, the shrink film that covers each of the storage bodies 1, 1. The 20 strains and slacks are leveled on the surface of each container so as to be continuously gathered from the front side in the traveling direction to the rear in the traveling direction. Further, the process of leveling the shrink film 20 on the surface of each of the storage bodies 1, 1... By the suction action, and the rearmost direction of the storage body group 30 in the later stage of the storage body group 30 passing through the negative pressure suction region 60. A slight surplus of the shrink film 20 in the vicinity is pulled backward by negative pressure suction or the like, so that the gaps between the storage bodies 1, 1... In the shrink film 20 are clogged, and the storage body group 30 is in contact with no gap. Further, the shrink film 20 to be covered is not wrinkled or loosened. And since it will be in such a state, it will be sent to the heating area 50 by the movement of the conveyance plane 40, and the shrink film 20 will be shrunk. Shrink wrapping is done. Thus, in a state in which the storage bodies 1, 1... Are arranged without gaps, the shrink film 20 can be tightly contacted and tightly packed on the surface, so that it can be packaged. Even if it is applied by printing or the like, the appearance of the pattern or the like is not deteriorated by the wrinkles after shrink wrapping, and the pattern or the like can be given.

  Further, as the device configuration, the suction port 61 is located on the upper surface side adjacent to one end side on the upstream side in the transport direction of the transport belt 42 constituting the belt conveyor device 4 that moves the storage body group 30 to the shrink tunnel 52. It is possible to carry out such a method only by disposing the negative pressure suction device 62 having a slit hole without making a significant change to the existing equipment.

  In the above embodiment, the negative pressure suction region 60 is provided immediately before the conveyance plane 40 reaching the heating region 50. However, the negative pressure suction region 60 is provided in the middle of the conveyance plane 40 leading to the heating region 50. It may be provided. In a specific example of the apparatus, although not shown, the conveyance belt 42 of the belt conveyor apparatus 4 that transports the storage body group 30 to the shrink tunnel 52 is made of a breathable material, and before the heating region 50 of the conveyance belt 42. The negative pressure suction device 62 may be disposed so that the suction port 61 faces the back surface side of the transport surface at an appropriate position so that the negative pressure suction acts on the storage body group 30 via the transport belt 42. In addition, the shape of the suction port 61 is a slit-shaped opening in the examples of FIGS. 3 and 4, but in addition, a number of small holes 61a, 61a,... Are formed as shown in FIG. May be. The specific shape of the suction port 61 is not particularly limited as long as the negative pressure suction region 60 can be formed over the width direction of the housing group 30.

  On the other hand, in the present embodiment, the leveling plate 80 is brought into contact with the storage body group 30 in order to promote the effect of smoothing the shrink film 20 by the suction action and eliminating the gaps between the storage bodies 1, 1. However, it is desirable to pass over the negative pressure suction region 60. In the illustrated apparatus, support shafts 81, 81 are erected on both sides in the width direction of the conveyor belt 42 in the vicinity of the negative pressure suction region 60, and leveling plates 80, 80 are placed on the support shafts 81, 81 of the storage body group 30. The front edges 80a, 80a of the leveling plates 80, 80 are attached to the side surfaces of the rectangular parallelepiped storage body group 30 slightly downstream of the negative pressure suction region 60. It is formed so as to be in line contact. Further, the ends of the leveling plates 80, 80 are slightly urged toward the center in the width direction of the conveyor belt 42, and the storage body group 30 contacts the leveling plates 80, 80 against this urging force. However, it is designed to pass between them. The more specific arrangement positions of the leveling plates 80 and 80 are such that the storage body group 30 moves with respect to the storage body group 30 passing over the negative pressure suction region 60 as the storage body group 30 moves. It is set as the position which touches continuously the advancing direction back side from the advancing direction front side. In this way, the leveling plates 80, 80 are brought into contact with the storage body group 30 while passing over the negative pressure suction region 60, so that the storage bodies 1, 1. A slight margin of the shrink film 20 covering each storage body 1, 1... Is gathered more effectively from the front side in the traveling direction toward the rear side, and each storage body 1, 1. Are arranged, and coupled with the action of the negative pressure suction force associated with the passage of the negative pressure suction region 60, the storage bodies 1, 1,. , 1..., 1..., And the shrink film 20 is in contact with the surface without slack, and is sent to the heating region 50, so that the generation of wrinkles in the package X 1 after shrink wrapping is more reliably prevented. . In the above apparatus example, the leveling plate is brought into contact with the side surface of the rectangular parallelepiped storage body group 30, but although not shown, for example, a gantry is installed above the conveyor belt 42 to store the storage body group. You may comprise so that the leveling board 80 may contact the upper surface opposite to the conveyance belt 42 mounting surface of 30. In any aspect, the method can be carried out by simply installing the belt conveyor device 4 to which the known shrink tunnel 52 is attached without changing the configuration of the conveying device easily. .

  On the other hand, in the present embodiment, it is desirable to arrange the storage bodies 1, 1... By arranging the presser plate 90 against the storage body group 30 immediately after passing through the heating region 50. In the illustrated apparatus, the side surfaces of the containers 1, 1,... Coincide with the predetermined heights on both sides of the conveyor belt 42 immediately after the shrink tunnel 52 so as to be movable in the width direction of the conveyor belt 42. Each holding body 1, 1... Is provided with a presser plate 90 having a flat portion 91 extending over each storage body and pressed against the side surface of the storage body group 30 immediately after passing through the heating region. The arrangement of Note that “immediately after passing through the heating region” is a time after the shrink film 20 is shrunk due to the heating accompanying the passage through the heating region, but the shrink film 20 is still in a deformable state due to the thermoplasticity of the heat. . The heating temperature and heating time in the heating region are appropriately set according to the type of shrink film used, the size of the storage body group, the surface area, the physical properties of the tissue paper, and the like.

  In the present embodiment, the passage of the negative pressure suction region 60 and the arrangement of the storage bodies 1, 1... Are arranged by the leveling plate 80. Thus, even if a slight misalignment of the storage bodies 1, 1... Occurs due to vibration of the conveyor belt 42 or the like, it is corrected by the holding plate 90 immediately after passing through the heating region, and thus wrinkles of the product after shrink packaging are generated. Prevention is even more certain.

  As described above, according to the packaging method and the packaging apparatus according to the present embodiment, the plurality of tissue paper storage bodies 1, 1. In addition, there is no need for significant device changes. Furthermore, it is possible to give a beautiful design to the outer surface of a product in which a plurality of tissue paper containers are shrink-wrapped.

  X1 ... Package after shrink wrapping, 1,101 ... Tissue paper container, 10 ... Storage box, 11 ... Upper surface of storage box, 12 ... Perforation line for opening, 20,120 ... Shrink film, 19 ... Tissue paper, 19t ... Tissue paper bundle, 12X ... take-out port, 13A ... glue margin, 14 ... storage box long side, F ... flap, 15 ... short side, 30 ... tissue paper storage group, 35s ... slit, 40 ... transport plane, 4 7, 104, 107 ... belt conveyor device, 42, 72, 142, 172 ... conveyor belt, 50, 150 ... heating area, 52, 152 ... shrink tunnel, 60 ... negative pressure suction area, 61 ... suction port (slit hole) 62 ... Negative pressure suction device, 61a ... Small hole, 80 ... Leveling plate, 81 ... Support shaft, 80a ... End edge of leveling plate, 90 ... Presser plate, 91 ... Plane portion.

Claims (6)

A plurality of tissue paper storage bodies are closely arranged and covered with a shrink film, and the tissue paper storage body group is transported on a moving transport plane, and the shrinkage is caused by passing through a heating region in the transport process. A method of tissue paper container that heat shrinks a film and packages a plurality of tissue paper containers together.
A negative pressure suction area is provided along the width direction perpendicular to the traveling direction of the tissue paper storage body group immediately before or immediately before the transport plane leading to the heating area, and the negative pressure suction is performed while transporting the tissue paper storage body group. When passing over the area and sending it to the heating area ,
The tissue paper storage body group is allowed to pass over the negative pressure suction region while contacting the leveling plate, and the shrink film covering the tissue paper storage body is leveled by the leveling plate and the tissue paper storage body is arranged. Arrange,
A method for wrapping a tissue paper container. A plurality of tissue paper storage bodies are closely arranged and covered with a shrink film, and the tissue paper storage body group is transported on a moving transport plane, and the shrinkage is caused by passing through a heating region in the transport process. A method of tissue paper container that heat shrinks a film and packages a plurality of tissue paper containers together.
A negative pressure suction area is provided along the width direction perpendicular to the traveling direction of the tissue paper storage body group immediately before or immediately before the transport plane leading to the heating area, and the negative pressure suction is performed while transporting the tissue paper storage body group. Passing over the area to the heating area,
Applying a press plate to the tissue paper storage body group immediately after passing through the heating region to arrange the tissue paper storage body,
A method for wrapping a tissue paper container. Against the holding plate adjust the arrangement of the tissue paper container against tissue paper container groups after heating region transmission, method of packaging tissue paper container according to claim 1, wherein. A transport plane in which a plurality of tissue paper storage bodies are closely arranged and moved by placing a tissue paper storage body group covered with a shrink film, and a heating area provided in the middle of the transport path of the tissue paper storage body group, In the course of transporting the tissue paper storage body group by the transport plane, the tissue paper storage body group reaches the heating area, and the shrink film is thermally contracted while passing through the heating area, and the plurality of tissue A tissue paper container packaging apparatus in which a paper container is packed together,
A negative pressure suction region is provided along the width direction perpendicular to the advancing direction of the tissue paper storage body group, or just before the transport plane leading to the heating region ,
In addition, with the tissue paper storage body group passing over the negative pressure suction region, as the tissue paper storage body group moves, the tissue paper storage body group continuously contacts from the front side in the traveling direction to the rear side in the traveling direction. , Having a leveling plate that arranges the tissue paper storage body and leveles the shrink film covering the tissue paper storage body,
The tissue paper container group is sent to the heating area through the negative pressure suction area while being conveyed,
A tissue paper packaging apparatus characterized by the above. A transport plane in which a plurality of tissue paper storage bodies are closely arranged and moved by placing a tissue paper storage body group covered with a shrink film, and a heating area provided in the middle of the transport path of the tissue paper storage body group, In the course of transporting the tissue paper storage body group by the transport plane, the tissue paper storage body group reaches the heating area, and the shrink film is thermally contracted while passing through the heating area, and the plurality of tissue A tissue paper container packaging apparatus in which a paper container is packed together,
A negative pressure suction region is provided along a width direction perpendicular to the traveling direction of the tissue paper storage body group immediately before or immediately before the transport plane leading to the heating region, and the tissue paper storage body group is transported under the negative pressure. Passed over the suction area and sent to the heating area,
And it is pressed against the tissue paper storage body group immediately after passing through the heating region, and has a presser plate that arranges the tissue paper storage body.
A tissue paper packaging apparatus characterized by the above. The tissue paper storage body packaging apparatus according to claim 4 , further comprising a pressing plate that is pressed against the tissue paper storage body group immediately after passing through the heating region and arranges the tissue paper storage bodies.

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