JP4919017B2 - Absorbent cotton block package and method for producing the same - Google Patents

Description

  TECHNICAL FIELD The present invention relates to a absorbent cotton block packaging body in which a absorbent cotton block formed by laminating strip-like absorbent cotton and laminating or laminating absorbent cotton obtained by cutting a flat absorbent cotton into a suitable size in a compact manner without being bulky and a manufacturing method thereof. Is.

A conventional absorbent cotton block package will be described with reference to FIGS.
First, the packaged object is a strip-shaped absorbent cotton in which a plurality of blocks of absorbent cotton of one block with both ends folded inside are laminated, or absorbent cotton obtained by cutting flat absorbent cotton into appropriate sizes is laminated. The bulk is formed by the elasticity of cotton fibers in the atmosphere (in a non-pressurized state) and the spaces between the fibers. FIG. 6 shows an absorbent cotton block 2 in which a plurality of blocks of absorbent cotton of one block, each band-shaped and folded at both ends, are laminated.
As shown in FIGS. 5 and 6, this absorbent cotton block 2 is airtightly stored in a plastic bag 51 in a non-pressurized state and packaged in a single package. When absorbent cotton is sold, the absorbent cotton block package of FIG. 50 was transported and lined up in stores.

However, packaging the absorbent cotton block 2 in a non-pressurized state as in the conventional absorbent cotton block package 50 can reduce the manufacturing time, but the product is bulky during transportation and handling of individual products is also possible. However, it was very inconvenient, and there was a problem in that it occupied a large amount of product display space at the store.
Further, in the conventional absorbent cotton block package 50, since the outside air flows through the plastic bag 51 once the plastic bag 51 is opened, and the outside air touches the absorbent cotton block 2 accommodated therein, it is stored hygienically. The environment has not been favorable for absorbent cotton that needs to be managed.

Although the items to be packaged are different, Patent Document 1 discloses that a predetermined number of disposable diapers and the like are superimposed on each other, and the whole is compressed by applying a compressive force in the overlapping direction and packaged in a packaging bag or the like. A package is disclosed.
JP-A-5-97132

  However, since the package of the disposable diaper disclosed in Patent Document 1 is simply packed in a packaging bag or the like by compressing the whole by applying a compressive force to a plurality of stacked disposable diapers, Although it is compact as a body, once the packaging bag is opened, the individual disposable diapers that were in a compressed state are restored and protrude from the packaging bag, and the appearance is not good. When the package is a sanitary material such as absorbent cotton, the sanitary material is exposed to the outside air as in the case of a conventional absorbent cotton block package, which is not hygienic.

  The present invention has been made in view of the above points, and provides a absorbent cotton block packaging body and a method for manufacturing the absorbent cotton block that packs absorbent cotton blocks in a compact manner so as not to be bulky and hygienically protects the absorbent cotton blocks even after opening. The purpose is to provide.

As a means for solving the above-mentioned problems, the present invention of the absorbent cotton block package according to claim 1 folds and laminates strip-shaped absorbent cotton or cuts planar absorbent cotton into a suitable size. The absorbent cotton block formed by laminating absorbent cotton is compressed to a height of about 50% with respect to the overall bulkiness in the atmosphere, and an inner plastic bag for sealingly storing the compressed absorbent cotton block, and the compressed absorbent cotton block An outer plastic sheet for further packaging the sealed inner plastic bag, and the inner plastic bag has a size capable of completely covering the entire absorbent cotton block having a bulkiness in the atmosphere. When the absorbent cotton block is compressed and sealed and sealed, the inner wall facing the upper surface of the inner plastic bag attracts and comes into contact To form, it is characterized in that the packaging by the outer plastic sheet folded an abutment surface.

Accordingly, in the invention of claim 1, since the absorbent cotton block is compressed and packaged as appropriate with respect to the total height of the bulk in the atmosphere, it is possible to transport more commodities accordingly when transporting the commodities. In addition, handling of individual commodities becomes simpler than in the past. Further, when displaying products at a storefront or the like, the exclusive space can be reduced. In other words, if the space is the same as the conventional space, more products can be displayed.
The compressed absorbent cotton block is hermetically stored in the inner plastic bag, and the inner plastic bag in which the absorbent cotton block is hermetically sealed is further packaged by the outer plastic sheet, and the absorbent cotton block is double-wrapped. Even later, the absorbent cotton block is in an environment in which it is difficult to come into contact with the outside air and is hygienic.
Furthermore, since the inner plastic bag is a size that can completely cover the entire absorbent cotton block having a bulkiness in the atmosphere, even after the absorbent cotton block is restored from the compressed state after opening the outer plastic sheet, The absorbent cotton block does not protrude from the inner plastic bag.

The invention of the absorbent cotton block package described in claim 2 is the invention described in claim 1 , wherein the compressed absorbent cotton block is sealed and accommodated in the inner plastic bag, and the inner plastic bag includes a plastic fastener. The compressed absorbent cotton block is sealed and accommodated in the inner plastic bag by closing the plastic fastener, or the mouth of the inner plastic bag is heat-sealed, whereby the compressed absorbent cotton block is It is one of the structures sealed and stored in a plastic bag.

Therefore, in the invention described in claim 2 , the configuration in which the inner plastic bag is provided with the plastic fastener, and the absorbent cotton block in the compressed state is hermetically stored in the inner plastic bag by closing the plastic fastener, the absorbent cotton is used first. At this time, the outer plastic sheet is opened, the plastic fastener of the inner plastic bag is opened, and the plastic fastener of the inner plastic bag is closed after the absorbent cotton is taken out. Thus, even after the outer plastic sheet is opened, the absorbent cotton block is sealed and housed in the inner plastic bag and protected, so that the absorbent cotton block is hygienic without coming into contact with the outside air. In addition, if the plastic fastener of the inner plastic bag is closed after the absorbent cotton is taken out, the absorbent cotton block in the inner plastic bag is difficult to recover from the compressed state, so even after opening the outer plastic sheet, a compact packaging form Can be maintained.
On the other hand, in the configuration in which the absorbent cotton block in a compressed state is hermetically stored in the inner plastic bag by heat-sealing the mouth portion of the inner plastic bag, the sealing state of the absorbent cotton after opening the outer plastic sheet and the inner plastic bag is plastic. Although slightly inferior to the configuration employing the inner plastic bag provided with the fastener, the manufacturing process for sealingly storing the compressed absorbent cotton block in the inner plastic bag can be simplified.

The invention of the manufacturing method of the absorbent cotton block package according to claim 3 wraps the absorbent cotton block formed by stacking the absorbent cotton obtained by folding the belt absorbent cotton or laminating the absorbent cotton cut into the appropriate size. At this time, the absorbent cotton block is put in an inner plastic bag having a size capable of completely covering the entire absorbent cotton block having a bulkiness in the atmosphere, and is approximately 50% higher than the overall bulkiness in the atmosphere. And compressing the inner cotton bag to seal and store the absorbent cotton block in the inner plastic bag, and forming an abutting surface in which the inner wall surface facing the upper portion of the inner plastic bag is attracted and abutted If, the inner plastic bag sealed housing the absorbent cotton block, further by the outer plastic sheet in the folded state a contact surface A step of instrumentation and is characterized in that it consists of.

Therefore, in the invention described in claim 3 , the absorbent cotton block is put in the inner plastic bag, the absorbent cotton block is compressed to an appropriate height with respect to the overall height of the bulk in the atmosphere, and the compressed absorbent cotton block is compressed into the inner plastic bag. By sealing and storing the inner plastic bag and further packaging the inner plastic bag with the outer plastic sheet, the absorbent cotton block packaging body in which the absorbent cotton block is double-packed compactly without being bulky can be easily manufactured.
Further, when the absorbent cotton block is compressed and stored in the inner plastic bag, an abutting surface can be formed in which the inner wall surface facing the upper portion of the inner plastic bag is attracted and abutted.

Invention of a method of manufacturing a cotton wool blocks package according to claim 4 is the invention of claim 3, the step of sealing housing absorbent cotton block of said compressed state to said inner plastic bag has a bulky in the atmosphere The absorbent cotton block is put in the inner plastic bag with a plastic fastener, and the upper surface of the absorbent cotton block is sucked and decompressed inside the inner plastic bag until it is compressed to an appropriate height with respect to the overall bulkiness in the atmosphere. A compressive force is applied in a direction substantially perpendicular to the plane, the compressed state is maintained, the plastic fastener is closed, and the absorbent cotton block is hermetically stored in the inner plastic bag. It is.

Therefore, in the invention described in claim 4 , in the step of sealingly storing the compressed absorbent cotton block in the inner plastic bag, the absorbent cotton block having a bulkiness in the atmosphere is placed in the inner plastic bag provided with the plastic fastener, and the inner plastic bag is provided. Applying a compressive force to the upper surface of the absorbent cotton block while sucking and reducing the inside, compressing the absorbent cotton block to an appropriate height with respect to the overall height of the bulk in the atmosphere, and closing the plastic fastener Since the absorbent cotton block in a compressed state is hermetically stored in the inner plastic bag, the absorbent cotton block can be easily compressed to an appropriate height and sealed in the inner plastic bag without significantly increasing the manufacturing time.

Invention of a method of manufacturing a cotton wool blocks package according to claim 5 is the invention according to claim 3, the step of sealing housing absorbent cotton block of said compressed state to said inner plastic bag has a bulky in the atmosphere The absorbent cotton block is put in the inner plastic bag, and the inside of the inner plastic bag is sucked and decompressed while being compressed to an appropriate height with respect to the total height of the bulk in the atmosphere, and substantially perpendicular to the plane of the absorbent cotton block. A compressive force is applied in a direction to be performed, and the compressed state is maintained, and the mouth portion of the inner plastic bag is heat-sealed to seal and store the absorbent cotton block.

Therefore, in the invention described in claim 5 , in the step of sealingly storing the compressed absorbent cotton block in the inner plastic bag, the absorbent cotton block having bulkiness in the atmosphere is put in the inner plastic bag, and the inside plastic bag is sucked and decompressed. While applying compressive force to the upper surface of the absorbent cotton block in a direction substantially perpendicular to the plane, the absorbent cotton block is compressed to an appropriate height with respect to the overall bulky height in the atmosphere, and the mouth of the inner plastic bag is heat sealed. Since the compressed absorbent cotton block is sealed and stored in the inner plastic bag, it is possible to easily compress the absorbent cotton block to an appropriate height and seal and store it in the inner plastic bag without significantly increasing the manufacturing time. .

According to the invention of the absorbent cotton block packaging body described in claim 1 of the present invention, the absorbent cotton block is compressed into the inner plastic bag and the outer plastic sheet in an appropriately compressed state with respect to the total height of the bulk in the atmosphere. Double packaging makes it possible to prevent bulkiness during product transportation and to handle individual products easily. Moreover, it is not necessary to secure a wider display space for the product than in the past, and is advantageous over the conventional absorbent cotton block package in various respects. Furthermore, after the outer plastic sheet is opened, the absorbent cotton block is housed and protected in the inner plastic, and therefore the absorbent cotton block is in an environment in which it is difficult to contact outside air and is hygienic.
In addition, even when the absorbent cotton block is restored from the compressed state after opening the outer plastic sheet, the absorbent cotton block is maintained in a state where the entire absorbent cotton block is housed and protected by the inner plastic bag. It is difficult and hygienic.

According to the invention of the absorbent cotton block package described in claim 2 , the configuration in which the absorbent cotton block in a compressed state is hermetically stored in the inner plastic bag, the manufacturing time, the sealed state of the absorbent cotton block after opening the outer plastic sheet, etc. In view of the above, it can be selected as appropriate.

According to the invention of the method for producing the absorbent cotton block package described in claim 3 , the absorbent cotton block is compressed by the inner plastic bag and the outer plastic sheet in a state where the absorbent cotton block is appropriately compressed with respect to the overall height of the bulk in the atmosphere. Absorbent cotton block packaging made of heavy packaging can be easily manufactured.

According to the invention of the method for producing absorbent cotton block packaging according to claims 4 and 5 , when compressing the absorbent cotton block to an appropriate height relative to the overall height of the bulk in the atmosphere, the bulk in the atmosphere is increased. Put the absorbent cotton block into the inner plastic bag, apply a compressive force to the upper surface of the absorbent cotton block in a direction substantially perpendicular to the plane while sucking and reducing the inside plastic bag, and place the compressed absorbent cotton block in the inner plastic bag Since the bag is hermetically stored by closing the heat seal or plastic fastener, the manufacturing time is not significantly increased in the process of easily compressing the absorbent cotton block to the appropriate height and hermetically storing it in the inner plastic bag. .

Hereinafter, the best mode for carrying out the present invention will be described in detail with reference to FIGS. In addition, the same member as a prior art example is demonstrated using the same code | symbol.
As shown in FIG. 3, the absorbent cotton block package 1 according to the embodiment of the present invention is formed by folding and laminating strip-shaped absorbent cotton, that is, a strip of absorbent cotton with both ends folded inward in a strip shape. The absorbent cotton block 2 in which a plurality of blocks are laminated is stored in the inner plastic bag 4 and the outer plastic bag 5 in a state of being appropriately compressed to a height B (see FIG. 2) with respect to the bulky height A (see FIG. 1) in the atmosphere. It is formed by double wrapping. When the inner plastic bag 4 in which the absorbent cotton block 2 in a compressed state is hermetically sealed is further packaged, a packaging device may be used. In the case of using the packaging device, the packaging may be performed from the outer plastic sheet or may be performed while forming the outer plastic sheet into a bag shape. In some cases, the outer plastic bag 5 is formed in advance from the outer plastic sheet and stored in the outer plastic bag 5. In the present invention, both are included.
In addition, this absorbent cotton block packaging body 1 is also used for packaging absorbent cotton blocks obtained by laminating absorbent cotton obtained by cutting flat absorbent cotton into appropriate sizes, or absorbent cotton blocks in which belt-like absorbent cotton is continuously folded in a meandering manner and laminated. Can be applied.

Next, the manufacturing method of the absorbent cotton block packaging 1 which concerns on embodiment of this invention is demonstrated based on FIGS. 1-3.
As shown in FIG. 1, the absorbent cotton block 2 to be packaged is laminated in the form of a plurality of blocks each having a belt-like shape and both ends folded inward, and depending on the elasticity of the cotton fibers and the space between the fibers, It has a shape having a bulky overall height A.
When packaging the absorbent cotton block 2, first, as shown in FIG. 1, the absorbent cotton block 2 having a bulky height A in the atmosphere is housed in the inner plastic bag 4 to form an absorbent cotton block package 1c before compression. To do. In addition, this inner side plastic bag 4 is a magnitude | size which can completely cover and store the whole absorbent cotton block 2 which has the bulky total height A in air | atmosphere. A plastic fastener 3 is provided at the upper end of the inner plastic bag 4 so that the inner plastic bag 4 can be sealed by closing.
Next, in the pre-compression absorbent cotton block packaging body 1c in which the absorbent cotton block 2 is accommodated in the inner plastic bag 4 shown in FIG. Applying a compressive force in a substantially orthogonal direction, as shown in FIG. 2 (A), the absorbent cotton block 2 in the inner plastic bag 4 is appropriately height relative to the bulky height A in the atmosphere, that is, Compressed to a height of about 50% (total height B) with respect to the bulky total height A in the atmosphere.

And the compressed state of the absorbent cotton block 2 is maintained, the plastic fastener 3 of the inner plastic bag 4 is closed, and the compressed absorbent cotton block package 1a in which the compressed absorbent cotton block 2 is hermetically stored in the inner plastic bag 4 is formed.
In this step, as shown in FIG. 2 (A), the inside of the inner plastic bag 4 is sucked and depressurized and the compressive force is applied to the upper surface of the absorbent cotton block 2 in the compressed absorbent cotton block package 1a. In the upper part of the inner plastic bag 4, an abutting surface 4a is formed in which the opposing inner wall surfaces are attracted and abutted.

In addition, as above-mentioned, although it is preferable to compress the absorbent cotton block 2 to the height of about 50% with respect to the bulky total height A in air | atmosphere, in view of compression time, manufacturing equipment, etc., the absorbent cotton block 2 is In addition, it is only necessary to be able to compress within a range of 40% to 60% with respect to the total height A of the bulk in the atmosphere. In other words, even if the compression height is set too low, if the compression time significantly increases to achieve this, or if the cost increases significantly for the maintenance of manufacturing equipment, the total cost increases. This is because there is a risk of adverse effects.
Further, in the step of compressing the absorbent cotton block 2 in the inner plastic bag 4 to an appropriate height with respect to the bulky height A in the air, the suction plastic decompression in the inner plastic bag 4 is not performed, and the upper surface of the absorbent cotton block 2 The absorbent cotton block 2 may be compressed simply by applying a compressive force in a direction substantially perpendicular to the plane of the absorbent cotton. Further, the compressive force is not applied to the upper surface of the absorbent cotton block 2, and the bottom surface of the absorbent cotton block 2 is made of an inner plastic. The inner plastic bag 4 may be sucked and depressurized to compress the absorbent cotton block 2 while maintaining the posture while being brought into contact with the bottom surface of the bag 4, and the absorbent cotton block 2 may be made to have a bulky height A in the atmosphere. On the other hand, the means for appropriately compressing the height can be appropriately selected from the manufacturing time, the manufacturing equipment, and the like.

  Furthermore, in this embodiment, the inner plastic bag 4 provided with the plastic fastener 3 is adopted, and the compressed absorbent cotton block 2 is hermetically stored in the inner plastic bag 4 by closing the plastic fastener 3. As an embodiment, an inner plastic bag 4 that is a normal bag body that does not include the plastic fastener 3 may be employed. In the case of this form, the absorbent cotton block 2 having a bulky height A in the atmosphere is housed in the inner plastic bag 4 to form the pre-compressed absorbent cotton block package 1c. Subsequently, while the inner plastic bag 4 is sucked and depressurized, a compressive force is applied to the upper surface of the absorbent cotton block 2 in a direction substantially orthogonal to the plane, and as shown in FIG. The absorbent cotton block 2 is compressed to a height (total height B) of about 50% with respect to the total height A of the bulk in the atmosphere. Thereafter, the compressed cotton block package 1a is formed by maintaining the compressed state of the absorbent cotton block 2, heat-sealing the mouth of the inner plastic bag 4, and sealingly storing the compressed absorbent cotton block 2 in the inner plastic bag 4. To do. By the way, the present embodiment and other embodiments are the manufacturing time for sealing and storing the compressed absorbent cotton block 2 in the inner plastic bag 4, the sealed state of the absorbent cotton block 2 after opening the outer plastic bag 5, and the like. , It is selected comprehensively.

Next, as shown in FIG. 3, the compressed absorbent cotton block package 1a in which the compressed absorbent cotton block 2 is stored in the inner plastic bag 4 is further stored in the outer plastic bag 5, and the mouth is heat sealed. The absorbent cotton block package 1 is formed by double-wrapping the absorbent cotton block 2.
In this step, the contact surface 4a formed at the time of the absorbent cotton block package 1a after compression is appropriately folded so that the overall height of the absorbent cotton block package 1 in FIG. The mouth is heat sealed.
And as FIG. 4 shows, the present absorbent cotton block packaging body 1 has a bulky overall height B that is appropriately higher than the bulky overall height A of the absorbent cotton block packaging body 1c before compression, that is, with respect to the overall height A. It is formed by being compressed to a height of about 50%.

As described above, in the absorbent cotton block package 1 according to the embodiment of the present invention, the bulky height B is higher than the bulky height of the conventional absorbent cotton block package 50 shown in FIGS. 5 and 6. Compressed to an appropriate height (approximately 50% of the total height), the packaging form is compact and not bulky, so there is no bulkiness when transporting products, and more quantities are transported than before. It is also easy to handle when the consumer carries the goods. Moreover, when displaying goods at a shop front etc., an effect better than the conventional absorbent cotton block package 50 can be acquired in various points, such as being able to make an exclusive space small.
Moreover, in the absorbent cotton block packaging body 1 according to the embodiment of the present invention, the absorbent cotton block 2 is double-wrapped by the inner plastic bag 4 and the outer plastic bag 5, and the inner plastic bag 5 is opened. The sealed state of the absorbent cotton block 2 can be maintained by closing the plastic fastener 3 of the bag 4, and since the absorbent cotton block 2 is always protected by the inner plastic bag 4, the absorbent cotton block 2 is in an environment where it is difficult to contact the outside air. Hygienic. In addition, by closing the plastic fastener 3 of the inner plastic bag 4 after taking out the absorbent cotton, the absorbent cotton block 2 in the inner plastic bag 4 is difficult to recover from the compressed state, so even after opening the outer plastic bag 5, A compact packaging form can be maintained.

  Further, the inner plastic bag 4 of the absorbent cotton block packaging body 1 according to the embodiment of the present invention has a size capable of completely covering the entire absorbent cotton block 2 having the bulky height A in the atmosphere. Even after the outer plastic bag 5 is opened, the inner plastic bag 4 can be used even when the absorbent cotton block 2 in the inner plastic bag 4 is restored from its compressed state while the plastic fastener 3 of the inner plastic bag 4 remains open. Since the state where the absorbent cotton block 2 is protected is maintained, the absorbent cotton block 2 is in an environment in which it is difficult to come into contact with the outside air and is hygienic.

FIG. 1 is a cross-sectional view showing a pre-compression absorbent cotton block package before the absorbent cotton block is stored in the inner plastic bag and the absorbent cotton block is compressed. FIG. 2 (A) is a cross-sectional view of a post-compression absorbent cotton block package after the absorbent cotton block is compressed, and (B) is a plan view of (A). FIG. 3 is a cross-sectional view showing a process in which the absorbent cotton block package after compression is housed in an outer plastic bag to form the absorbent cotton block package. FIG. 4 is a diagram comparing the overall bulkiness of absorbent cotton blocks before and after compression. FIG. 5 is a perspective view of a conventional absorbent cotton block packaging body. 6 is a cross-sectional view taken along line WW in FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Absorbent cotton block packaging body 1b Absorbent cotton block packaging body after compression 1c Absorbent cotton block packaging body before compression 2 Absorbent cotton block 3 Plastic fastener 4 Inner plastic bag 5 Outer plastic bag

Claims (5)

Absorbent cotton blocks made by folding striped absorbent cotton or laminating absorbent cotton with flat absorbent cotton cut to a suitable size are compressed to a height of approximately 50% of the overall bulkiness in the atmosphere. , An inner plastic bag for sealingly storing the compressed absorbent cotton block ,
An outer plastic sheet for further packaging the inner plastic bag in which the absorbent cotton block in a compressed state is hermetically stored ; and
The inner plastic bag has a size capable of completely covering the entire absorbent cotton block having a bulkiness in the atmosphere. When the absorbent cotton block is compressed and sealed and stored, the inner plastic bag is placed above the inner plastic bag. Forming an abutting surface where the opposing inner wall surfaces are attracted and abutted,
An absorbent cotton block package , wherein the outer plastic sheet is wrapped with the contact surface folded . In the configuration in which the compressed absorbent cotton block is sealed and stored in the inner plastic bag, the inner plastic bag includes a plastic fastener, and the compressed absorbent cotton block is sealed and stored in the inner plastic bag by closing the plastic fastener. configuration, or the mouth of the inner plastic bags by heat-sealing to, according absorbent cotton block of said compressed state to claim 1, characterized in that either configuration to seal housed in the inner plastic bag Absorbent cotton block packaging. When packaging absorbent cotton blocks made by folding striped absorbent cotton and laminating, or by laminating absorbent cotton that has been cut to a suitable size for planar absorbent cotton,
The absorbent cotton block is placed in an inner plastic bag having a size capable of completely covering the entire absorbent cotton block having a bulkiness in the atmosphere, and compressed to a height of approximately 50% of the overall bulkiness in the atmosphere. Maintaining the compressed state and sealingly storing the absorbent cotton block in the inner plastic bag, and forming an abutting surface in which the inner wall surface facing the upper portion of the inner plastic bag is attracted and abutted ;
Wrapping the inner plastic bag in which the absorbent cotton block is hermetically sealed with an outer plastic sheet in a state where the contact surface is folded ; and
The manufacturing method of the absorbent cotton block packaging body characterized by comprising . The step of sealingly storing the compressed absorbent cotton block in the inner plastic bag includes placing the absorbent cotton block having a bulkiness in the atmosphere in the inner plastic bag provided with a plastic fastener, with respect to the total height of the bulkiness in the atmosphere. While compressing the inside of the inner plastic bag by suction and decompressing it to an appropriate height, a compressive force is applied to the upper surface of the absorbent cotton block in a direction substantially perpendicular to the plane, and this compressed state is maintained, and the plastic fastener The manufacturing method of the absorbent cotton block packaging body according to claim 3 , wherein the absorbent cotton block is sealed and accommodated in the inner plastic bag. In the step of sealingly storing the compressed absorbent cotton block in the inner plastic bag, the absorbent cotton block having the bulkiness in the atmosphere is placed in the inner plastic bag and compressed to an appropriate height with respect to the overall height of the bulkiness in the atmosphere. Until the inside of the inner plastic bag is sucked and decompressed, a compressive force is applied to the upper surface of the absorbent cotton block in a direction substantially perpendicular to the plane, and this compressed state is maintained to heat the mouth of the inner plastic bag. The manufacturing method of the absorbent cotton block packaging body according to claim 3 , wherein the absorbent cotton block package is a step of sealing and storing the absorbent cotton block.

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