JP6012249B2 - Packaged goods - Google Patents

Description

  The present invention relates to a construction technique for a package article provided with an accommodation member and an article to be accommodated in the accommodation member.

  Japanese Patent Application Laid-Open No. 2003-182745 discloses a configuration relating to a storage member that is a storage member for storing a storage object and is referred to as a so-called standing pouch that is set to be able to stand by itself. In this accommodating member, both the front and back two main body films are sealed with both end edges and lower end edges to form an accommodating space, and after the accommodating space is filled with the contents, the upper edge of the main body film, that is, By sealing and sealing the top part, a package article composed of a storage member and a storage object is constructed.

  When using this packaged article, the top is opened, and the contents are taken out for use. In addition, regarding the sealing of the top part, in addition to the seal, it is also disclosed that a notch, a perforation, or a half cut line is formed on the top part to form an opening means.

  In the above-described conventional packaged article, when the sealing sheet formed on the top is opened, the bottom of the housing member has a bottom surface for self-supporting, so that the main body film stands upright from the bottom surface. A cylindrical shape having the opening as an upper surface is formed.

  Then, since the opening state is always maintained by the rigidity of the main body film having the cylindrical shape, it is easy to take out the contents. On the other hand, in the case of a container that is not a so-called single-use type, or a packaged article that contains a plurality of containers of the same type and is sequentially taken out one by one and used, the open state is maintained. Therefore, there is a concern that it may be difficult to store, or dust may easily enter the inside, which adversely affects usability.

JP 2003-182745 A

  In view of the above, it is an object of the present invention to provide a technique that contributes to further improving the usability of a packaged article that is configured such that an item can be taken out through an opening.

The above problems are solved by the invention described in the claims. The package article according to the present invention includes a storage member and a storage object stored in the storage member.
The housing member includes a first main surface forming member that extends in each of a predetermined first direction and a second direction intersecting the first direction and forms a first main surface of the housing member; and the first direction And a second main surface forming member extending in the second direction to form the second main surface of the receiving member, and the receiving member connected to the first main surface forming member and the second main surface forming member. And a bottom forming member that forms the bottom of the. The housing member is configured to be able to stand on its own when the bottom is grounded.

  The term “extending” of the first main surface forming member and the second main surface forming member in the first direction and the second direction literally means not only a form extending straight in the first direction and the second direction, but also the first direction and It is only necessary to have components extending in the second direction, for example, in the case where the first main surface forming member or the second main surface forming member has a curved shape in relation to storing the contents. However, if the tangential direction of the curved surface extends in the first direction and the second direction, it is still included in “extension”. Further, the term “joining” the bottom portion forming member to the first main surface forming member and the second main surface forming member is not limited to the form of being directly connected to the first main surface forming member and the second main surface forming member. Any form indirectly connected via a member is included.

The container is configured by stacking a plurality of sheet-like members having a surface structure, and is compressed to a range of 30 to 55 percent of the thickness when not stored in the storage space. The surface structure of the sheet-like member is accommodated in the accommodating space so as to extend in the first direction and the second direction.
The first main surface forming member has an opening region for taking out the sheet-like member formed in an extending shape in the second direction and accommodated in the accommodation space.
The opening region is configured by a cleavage portion formed by a perforation provided in the first main surface forming member so as to extend in the second direction.
Further, the unsealing region is between the center region and the upper end region of the sheet-like member accommodated in the accommodation space in the state where the accommodation member is self-supporting, and the sheet-like member is , Provided at a position where the upper end portion is bent and taken out from the opening region.
The cleaved portion is configured so that the closed state is maintained by the bending rigidity of the sheet-like member and the first main surface forming member accommodated in the accommodating space even after the cleaving.

In this invention, it is easy to apply force to the formation location of the opening area | region in a 1st main surface formation member, and it is easy to open an opening area | region. Moreover, the take-out property of the sheet-like member from the accommodation space can be facilitated. Further, even after the cleaving, the cleaving portion acts as a result of the bending rigidity of the sheet-like member and the first main surface forming member, so that the force in the closing direction works naturally and the user does not open it intentionally. A closed state will be maintained and dustproof performance can be maintained effectively.

In the present invention, the sheet-like member is preferably configured as a fiber assembly, a nonwoven fabric, or a combination member of a fiber assembly and a nonwoven fabric. Such sheet-like members are particularly apt to get entangled with each other, and when taking out one by one one by one, there is a problem that other sheet-like members are easily taken out. According to this, it is possible to improve the take-out property of such a sheet-like member by devising the arrangement position of the opening region.

In the present invention, in the state where the housing member is self-supporting, the upper portion of the first main surface forming member located above the unsealing region is in a state where one sheet-like member is bent at the upper end. It is preferable to configure so as to also serve as a restricting member that restricts other sheet-like members from being exposed to the outside from the opening region when taken out from the opening region. By comprising in this way, especially when taking out the same kind of sheet-like members sequentially, the situation where other sheet-like members come out of the unsealed region together with the removal of one sheet-like member. It can be effectively prevented.

In the present invention, the unsealing region has a length of approximately 3 from the substantially central region to the upper end region of the sheet-like member housed in the housing space in the first direction in a state where the housing member is self-supporting. It is preferable to configure so as to be provided at a position above the central region by two minutes. By providing at this position, not only ease of opening and maintenance of dustproof performance, but also ease of taking out the contents can be facilitated to the maximum.

In addition, it is preferable that the said 1st main surface formation member, the said 2nd main surface formation member, and the said bottom part formation member are formed by bending a single packaging sheet-like member. By comprising in this way, formation of the 1st main surface formation member, the 2nd main surface formation member, and bottom part formation member which comprise an accommodating member can be facilitated.

Moreover, it is preferable that the said accommodation space is formed by joining the predetermined edge part of the said single packaging sheet-like member bent. By comprising in this way, since an accommodation space can be easily formed only by joining the edge part of a single sheet-like member, it contributes to the rationalization of the structure of a package article.

Moreover, it is a storage member used for the above-described package article, and at least upper ends of the first main surface forming member and the second main surface forming member in the first direction are not joined to each other. An accommodation member is provided that has an opening and is configured so that the accommodation can be accommodated in the accommodation space from the opening. By configuring in this way, the contents can be easily put into and stored in the main member, which contributes to the rationalization of the configuration of the package article.

  According to the present invention, there is provided a technique that contributes to further improving the usability of a packaged article that is configured to be able to take out the contents through the opening.

The cleaning sheet accommodated in the cleaning sheet package which concerns on embodiment of this invention is shown schematically as a perspective view. The state which a holder is attached to the cleaning sheet | seat shown in FIG. 1, and is used is shown as a perspective view. The schematic structure of the cleaning sheet packaging member which concerns on this Embodiment is shown. The structure of the cleaning sheet package which concerns on this Embodiment is shown as side surface sectional drawing. Similarly, the structure of the cleaning sheet package according to the present embodiment is shown as a side sectional view. The use condition of the cleaning sheet package which concerns on this Embodiment is shown as a partial cross section figure. One process of the manufacturing method of the cleaning sheet package which concerns on this Embodiment is shown typically. The formation state of a cleaning sheet packaging member is shown typically. The state where a cleaning sheet aggregate is thrown into a cleaning sheet packaging member is shown typically. The state where the cleaning sheet package was manufactured is shown typically.

  Hereinafter, a cleaning sheet package according to an embodiment of the present invention will be described in detail with reference to FIGS. 1 to 10.

(Cleaning sheet)
First, the cleaning sheet 110 which comprises the cleaning sheet package which concerns on this Embodiment is shown in FIG. The cleaning sheet 110 is mainly composed of a brush portion 115 having a base material sheet 111 and a fiber assembly 113 made of nonwoven fabric, and a holder insertion portion 117 formed on the base material sheet 111. The brush portion 115 has a first surface 110a and a second surface 110b that face each other. Of these, the first surface 110a forms a cleaning surface for the object to be cleaned, and the second surface 110b forms a surface that faces the first surface 110a. .

  Then, as shown in FIG. 2, by inserting the holder 119 into the holder insertion portion 117, the cleaning sheet 110 and the holder 119 form an integrated cleaning article and are used for cleaning work. The cleaning sheet 110 is an example of a configuration corresponding to the “container” in the present invention, and the first surface 110a and the second surface 110b forming the cleaning surface are an example of a configuration corresponding to the “surface structure” in the present invention. It is.

(Cleaning sheet packaging material)
Next, the cleaning sheet packaging member 120 which comprises the cleaning sheet package which concerns on this Embodiment is shown in FIG. 3 and FIG. The cleaning sheet packaging member 120 is connected by connecting a sheet-like first main surface forming member 123, a sheet-like second main surface forming member 127, and a bi-fold sheet-like bottom forming member 131 to each other. Each member is configured to have a predetermined accommodating space 140 inside. The cleaning sheet packaging member 120 is an example of a configuration corresponding to the “accommodating member” in the present invention.

  The first major surface forming member 123 has a first major surface 121, and the second major surface forming member 127 has a second major surface 125. The first major surface 121 and the second major surface 125 are respectively surfaces extending in a first direction D1 and a second direction D2 intersecting the first direction D1 shown in FIG. 3, more specifically, the first direction D1 and the first direction D1. It is comprised as a surface which has the component extended to 2 directions D2.

  The cleaning sheet packaging member 120 according to the present embodiment prepares a single film sheet having a length of 560 mm and a width of 180 mm, and is bent appropriately so that the first main surface forming member 123 and the second main surface forming member 123 are bent. The surface forming member 127 and the bottom forming member 131 are formed, and both end regions of the first main surface forming member 123 and the second main surface forming member 127 in the second direction D2 are heat-sealed with a width of 5 mm, respectively, The regions are formed by heat sealing each with a width of 25 millimeters. Details of the manufacturing method will be described later.

  As the material of the film sheet, synthetic resins such as PET / CPP, OPP / CPP, HSOPP / CPP, and PET / PE are appropriately used. In addition to the film sheet, it is also possible to use paper materials such as art paper and coated paper, and paper laminate materials in which paper materials and PE materials or AL materials are appropriately combined.

  Although not particularly illustrated, a hook hole for hanging the cleaning sheet packaging member 120 and displaying it at a store is formed in the upper end joining region of the first main surface forming member 123 and the second main surface forming member 127. It is preferable.

  In the present embodiment, as described later, once the cleaning sheet package is formed, the vicinity of the upper end joining region of the first main surface forming member 123 and the second main surface forming member 127 is not used as the opening region. The upper end bonding region can be firmly bonded from the viewpoint of ensuring strength and sealing performance.

  The first main surface 121 in the present embodiment is an example of a configuration corresponding to the “first main surface” of the present invention. The first main surface forming member 123 is an example of a configuration corresponding to the “first main surface forming member” of the present invention. The second main surface 125 is an example of a configuration corresponding to the “second main surface” of the present invention. The second main surface forming member 127 is an example of a configuration corresponding to the “second main surface forming member” of the present invention. The first direction D1 and the second direction D2 are examples of configurations corresponding to the “first direction” and the “second direction” of the present invention, respectively. The accommodation space 140 is an example of a configuration corresponding to the “accommodation space” of the present invention.

  The bottom forming member 131 is formed in a bent rectangular flat sheet shape and is connected to the lower end portions 124 and 128 of the first main surface forming member 123 and the second main surface forming member, so-called “襠Part ", thereby forming the bottom 129 of the cleaning sheet packaging member 120 (and the cleaning sheet package 100). And when this bottom part 129 is earth | grounded on the grounding surface G (refer FIG. 4), the cleaning sheet packaging member 120 (and the cleaning sheet package 100) is comprised by the 1st direction D1 as an upright direction so that it can stand by itself ( Such a configuration is also referred to as a so-called standing pouch).

  That is, as shown in FIG. 3 and FIG. 4, the first main surface forming member 123 connected to the bottom forming member 131 and the first main surface forming member 123 are connected to the bottom forming member 131 while applying an elastic force to the bottom forming member 131 that is folded in two to form the collar portion. 2, bottom portions 129 are formed so that the lower end portions 124 and 128 of the main surface forming member 127 are separated from each other in the third direction D3 in FIG. 3. In this state, the lower end portions 124 and 128 are respectively connected to the ground plane G. By installing them in a linear shape, the legs for self-supporting will be formed. The bottom 120 is an example of a configuration corresponding to the “bottom” of the present invention. The bottom forming member 131 is an example of a configuration corresponding to the “bottom forming member” of the present invention. Here, the first direction D1, the second direction D2, and the third direction D3 shown in FIGS. 3 and 4 are respectively the height direction and the width in the cleaning sheet packaging member 120 (and the cleaning sheet package 100) in a self-supporting state. The direction and the thickness direction are defined.

(Opening area, perforation)
In addition, an opening region 134 extending in the second direction D2 is formed on the first main surface 121 of the first main surface forming member 123 (see also FIG. 3). The unsealing region 134 is constituted by a perforation 135 formed by arranging a large number of holes penetrating the first main surface forming member 123 along the second direction D2. Specifically, the perforation 135 constituting the opening region 134 is formed by alternately arranging penetrating portions and non-penetrating portions at a predetermined pitch on the first major surface forming member 123 in the second direction D2. It is set so that it can be cleaved by the power of the user's hand.

  The perforation 135 according to the present embodiment is set so that the length of the penetrating portion (cut portion) in the second direction D2 is 3 millimeters and the length of the non-penetrating portion is 0.8 millimeters. Until the perforation 135 is cleaved, the accommodation space 140 is kept in a sealed state, and the accommodation space 140 can communicate with the outside by being cleaved. Since the perforation 135 constituting the opening region 134 is formed on the first main surface forming member 123 having a predetermined surface strength, even after opening, due to the bending rigidity of the first main surface forming member 123, It is set to be closed at all times. The unsealing area 134 is an example of a configuration corresponding to the “opening area” of the present invention. The perforation 135 is an example of a configuration corresponding to the “cleavage part” or “perforation” of the present invention.

(Cleaning sheet assembly)
As shown in FIG. 4, the cleaning sheet 110 described above has a predetermined surface such that the first surface 110 a or the second surface 110 b faces the first surface 110 a or the second surface 110 b of another cleaning sheet 110. The cleaning sheet aggregate 110c is formed by overlapping each other by the number of sheets, and in this state, the cleaning sheet assembly 110c is accommodated and disposed in the accommodating space 140 of the cleaning sheet packaging member 120. In this case, the base sheet 111 or the fiber assembly 113 of the cleaning sheet 110 is slightly intertwined with the base sheet 111 or the fiber assembly 113 of the other cleaning sheet 110 to be overlapped, and is externally integrated. The cleaning sheet aggregate 110c will be formed.

  In the present embodiment, four cleaning sheets 110 are superposed on each other to form a cleaning sheet aggregate 110c. When the cleaning sheet assembly 110c is accommodated in the accommodation space 140 of the cleaning sheet packaging member 120, the lower end 118 of the cleaning sheet assembly 110c is placed at a position close to the central top of the bottom forming member 131. Thus, the cleaning sheet package 100 is formed.

  The cleaning sheet package 100 is an example of a configuration corresponding to the “package article” in the present invention. As shown in FIG. 4, in the state where the cleaning sheet aggregate 110c is accommodated in the accommodating space 140, the first major surface forming member 123 and the second major surface forming member 127 are respectively outward at the center (see FIG. 4 is in a state of bulging in the third direction D3) and does not necessarily extend straight along the first direction D1, but even in this case, the first main surface forming member 123 and The second main surface forming members 127 each have a component extending in the first direction D1, and “the first main surface 121 to the second main surface 125 extending in the first direction D1”. And

(About compression of cleaning sheet assembly)
Each of the cleaning sheets 110 constituting the cleaning sheet assembly 110c is approximately 20% to 99% of the thickness in a state where the cleaning sheet 110 is not accommodated in the cleaning sheet packaging member 120 in the thickness direction, that is, the third direction D3 in FIG. It is preferable to be accommodated in the cleaning sheet packaging member 120 in a state compressed in the range. The thickness of the cleaning sheet 110 in a compressed state is indicated by reference numeral t1 in FIG. Thereby, the cleaning sheet package 100 at the time of accommodation can be made compact. In the present embodiment, from the viewpoint of rationalization of the package configuration by further downsizing, the thickness in the third direction D3 of each cleaning sheet 110 is approximately 30% of the thickness when not being accommodated in the cleaning sheet packaging member 120. The cleaning sheet packaging member 120 is configured to be accommodated at a thickness T compressed to a range of ˜55 percent.

(About the opening area and the perforation height position)
With respect to the opening position 134, that is, the arrangement position of the perforation 135 in the first direction D1, that is, the arrangement height, as shown in FIG. In the state where it is in contact with the ground contact surface G as a leg portion, the first surface 110a (or the second surface 110b) of the cleaning sheet 110 constituting the cleaning sheet assembly 110c disposed in the accommodation space 140 in the first direction D1. It is provided at a position overlapping with the extension region. The “overlapping position” means that the height position of the unsealing region 134 in the first direction D1 is the cleaning sheet assembly 110c (or the component constituting this) disposed in the accommodation space 140 in a state where the cleaning sheet package 100 is self-supporting. It means any position within the range from the upper end 116 to the lower end 118 of the cleaning sheet 110). In other words, in the cleaning sheet package 100 in the self-supporting state shown in FIG. 5, the opening region is within the region of the extension height H of the cleaning sheet assembly 110 c disposed in the accommodation space 140 with respect to the first direction D1. 134 is provided.

As shown in FIG. 5, each cleaning sheet 110 constituting the cleaning sheet aggregate 110c has a height H with respect to the first direction D1 shown in FIG. And from the center area | region C of the said cleaning sheet 110 to the upper end part 116, it has the height H1 equivalent to the half of the said height H. FIG. And in this Embodiment, the said opening area | region 134, ie, the perforation 135, is arrange | positioned from the center area | region C of the said cleaning sheet 110 in the position of height H2. In this case, the relationship between the height H2 from the central region C of the cleaning sheet 110 to the opening region 134 and the height H3 from the central region C of the cleaning sheet 110 to the upper end 116 is approximately H2: H3 = 2: It is preferable to set to be 1. In other words, the opening region 134 is provided at a position above the central region C by about two thirds of the length from the central region C to the upper end 116 of the cleaning sheet 110 in the first direction D1. preferable. In the present embodiment, the height H1 from the central region C to the upper end portion 116 is approximately 90 millimeters (that is, the height H of the cleaning sheet 110 is 180 millimeters), and the height from the central region C to the position where the unsealing region 134 is disposed. The height H2 is set to approximately 60 millimeters, and the height H3 from the arrangement position of the opening region 134 to the upper end portion 116 is set to approximately 30 millimeters.

(Operation and usage of cleaning sheet package)
The cleaning sheet package 100 according to the present embodiment is configured as described above. Next, the operation and usage method of the cleaning sheet package 100 will be described.
When the cleaning sheet package 100 is used, as shown in FIG. 6, the opening area 135 is opened by manually tearing the perforation 135, and the cleaning sheet assembly 110 c accommodated in the accommodation space 140 is removed. The constituent cleaning sheets 110 are sequentially taken out. FIG. 6 shows a state where the cleaning sheet 110 closest to the frontmost row in the accommodation space 140, that is, the first main surface forming member 123 is taken out. In the removal, the upper part 116 of the cleaning sheet 110 shown in FIG. 5 is moved downward, the cleaning sheet 110 is bent and the upper part of the first main surface forming member 123 positioned above the unsealing region 134. The upper region 110d of the cleaning sheet 110 is pulled out obliquely upward from the opening region 134 by passing through the 123a.

At this time, since the cleaning sheets 110 are entangled with each other in the accommodation space 140 to form the cleaning sheet aggregate 110c, the other cleaning sheets 110 try to move with the drawing of the cleaning sheet 110 in the front row. there's a possibility that. In this case, since the opening area 134 is arranged in a range in which the cleaning sheet 110 extends, that is, below the upper end of the cleaning sheet 110 with respect to the first direction D1, it is located above the opening area 134. It is effective that the upper portion 123a of the first main surface forming member 123 located in the upper portion of the first main surface forming member 123 suppresses the upper end portion of the other cleaning sheet 110 and is exposed to the outside along with the cleaning sheet 110 in the front row. Will be prevented. That is, the upper portion 123a is an example of a configuration corresponding to the “regulating member” in the present invention.

Since the cleaning sheet 110 accommodated in the accommodation space 140 is in a compressed state as described above, the thickness of the cleaning sheet 110 is somewhat restored when the cleaning sheet 110 is pulled out from the opening region 134. In the present embodiment, it is possible to shorten the bulk recovery time of the cleaning sheet 110 related to the drawer by bending the upper region 110d of the cleaning sheet 110 when the drawer is pulled out. That is, the upper portion 123a of the first main surface forming member 123 serves as a bulk restoring means for the cleaning sheet 110 related to the drawer. This state is indicated by “t1” and “t2” in FIG. 6 as the difference in thickness of the cleaning sheet 110, respectively.

  The cleaning sheet 110 thus taken out is attached with a holder 119 as shown in FIG. 2 to become a cleaning tool, and is appropriately used for cleaning work. The cleaning sheet 110 according to the present embodiment is suitably used for indoor, outdoor, and outdoor cleaning operations such as detached houses, condominiums, buildings, offices, factories, and vehicles.

In FIG. 6, the cleaning sheet 110 is pulled out in a state where the cleaning sheet package 100 is in contact with the grounding surface G, but the perforation 135 is cleaved while the cleaning sheet package 100 is held by hand. And the aspect which takes out the cleaning sheet 110 is also possible. Alternatively, cleaving perforation 135 in a state of being self-supporting the cleaning sheet package 100, while holding by hand cleaning sheet package 100 then mode is also possible to draw the cleaning sheet 110.

  In the cleaning sheet package 100 configured as described above, the perforation 135 that forms the opening region 134 is provided in the extending region of the cleaning sheet 110 that forms the cleaning sheet assembly 110c in the first direction D1. Therefore, when the perforation 135 is cleaved and the opening region 134 is opened, a configuration in which a force is easily applied to the formation portion of the perforation 135 in the first main surface forming member 123 and the cleaving can be easily performed is obtained.

  Further, when each cleaning sheet 110 of the cleaning sheet assembly 110c is taken out from the opening area 134, the upper portion 123a of the opening area 134 of the first main surface forming member 123 moves outside while suppressing the cleaning sheet 110 other than the extraction target. Therefore, the ease of taking out the cleaning sheets 110 sequentially is promoted.

Further, since the perforation 135 forming the opening region 134 is provided in the extending region of the cleaning sheet 110 constituting the cleaning sheet assembly 110c in the first direction D1, the perforation 135 is cleaved to open the opening region 134. Even after opening, not only the bending rigidity of the first main surface forming member 123 but also the bending rigidity of the cleaning sheet 110 that is a container cooperates, so that the force in the direction in which the opening region 134 is closed is applied. As long as it works naturally and the user does not intentionally open the opening area 134, the closed state of the opening area 134 is maintained, and the dustproof performance can be effectively maintained.

(Manufacturing method of cleaning sheet package)
Next, a method for manufacturing the cleaning sheet package 100 according to the present embodiment will be described with reference to FIGS.

(First step)
First, the cleaning sheet packaging member 120 is formed. As shown in FIG. 7, in the present embodiment, a single film sheet 201 of HSOPP30 / CPP40 having a length of 560 millimeters and a width of 180 millimeters is prepared, and the longitudinal direction in the film sheet 201 (FIG. 7). A perforation 135 extending in the width direction (vertical direction in FIG. 7) is formed at a predetermined position in the horizontal direction in FIG.

(Second step)
Next, by bending the appropriate position in the width direction of the film sheet 201, as shown in FIG. 8, as a three-dimensional structure having a first main surface forming member 123, a second main surface forming member 127, and a bottom portion forming member 131. The cleaning sheet packaging member 120 is obtained.

(Third step)
Next, as shown in FIG. 9, the first main surface forming member 123 constituting the first main surface 121 and the second main surface 125 constituting the first main surface 121 for the cleaning sheet packaging member 120 obtained in the second step. The two main surface forming members 127 are both heat-sealed at both end regions with a width of 5 millimeters, and are separated by the first main surface forming member 123, the second main surface forming member 127, and the bottom forming member 131. In 140, the cleaning sheet aggregate 110c is put. The cleaning sheet assembly 110c according to the present embodiment is formed by overlapping four cleaning sheets 110 with each other.

(4th process)
In this state, each of the upper end regions of the first main surface forming member 123 and the second main surface forming member 127 is heat-sealed with a width of 25 millimeters, so that the cleaning sheet aggregate 110c is made as shown in FIG. As a result, the cleaning sheet package 100 in which the perforations 135 are disposed corresponding to the cleaning sheet aggregate 110c is obtained.

  According to the above manufacturing method, the cleaning sheet packaging member 120 is formed by bending a single long film sheet 201, and the cleaning sheet assembly 110c is put into the cleaning sheet packaging member 120 and heated. Since the cleaning sheet package 100 can be easily manufactured by sealing, the productivity of the cleaning sheet package 100 can be improved. The film sheet 201 is an example of a configuration corresponding to the “single sheet-like member” in the present invention.

(Correspondence between each component of the embodiment and the component of the present invention)
The relationship between each component in this Embodiment and the invention specific matter in this invention is as follows. Of course, each component in the present embodiment is only one example of the configuration related to the specific matters of the present invention, and each component of the present invention is not limited to this.
The cleaning sheet 110 is an example of a configuration corresponding to the “container” of the present invention.
The first surface 110a or the second surface 110b is an example of a configuration corresponding to the “surface structure” of the present invention.
The cleaning sheet packaging member 120 is an example of a configuration corresponding to the “accommodating member” of the present invention.
The first major surface 121 is an example of a configuration corresponding to the “first major surface” of the present invention.
The first main surface forming member 123 is an example of a configuration corresponding to the “first main surface forming member” of the present invention.
The second main surface 125 is an example of a configuration corresponding to the “second main surface” of the present invention.
The second main surface forming member 127 is an example of a configuration corresponding to the “second main surface forming member” of the present invention.
The bottom 120 is an example of a configuration corresponding to the “bottom” of the present invention.
The bottom forming member 131 is an example of a configuration corresponding to the “bottom forming member” of the present invention.
The opening region 134 is an example of a configuration corresponding to the “opening region” and “cleavage part” of the present invention.
The perforation 135 is an example of a configuration corresponding to the “opening region” and “cleavage part” of the present invention.
The first direction D1 is an example of a configuration corresponding to the “first direction” of the present invention.
The second direction D2 is an example of a configuration corresponding to the “second direction” of the present invention.
The upper portion 123a of the first main surface forming member 123 located above the opening region 134 is an example of a configuration corresponding to the “regulating member” of the present invention.

(Substitutability)
In the present embodiment, the cleaning sheet 110 is configured to include the brush portion 115 including the base material sheet 111 and the fiber assembly 113 made of a nonwoven fabric. However, for example, the cleaning sheet 110 includes only the nonwoven fabric and the fiber assembly only. A mode of forming the brush portion can be appropriately employed. Also, the length of the floor mop type used by holding the holder 119 with one hand, such as the number of base sheets, the amount of fibers in the wire assembly, etc. Any of the dimensions and the like can be set as appropriate.

  Further, in the present embodiment, the opening region 134 is configured by the perforation 135, but, for example, it is configured by a ribbon or tape that can be cleaved like a confectionery container or the like, or a non-cleavable member such as a fastener or a zipper You may comprise.

(Other aspects)
Furthermore, in view of the above description, the present invention can construct the following configurations.

(Aspect 1)
A manufacturing method of a packaged article having a storage member and a storage object stored in the storage member,
Preparing a single sheet-like member in which an opening region is formed at a predetermined position;
A first main surface forming member extending in each of a predetermined first direction and a second direction intersecting with the first direction to form a first main surface of the housing member by bending the sheet-like member; A second main surface forming member extending in the first direction and the second direction and forming a second main surface of the receiving member; and the receiving member connected to the first surface member and the second surface member. A bottom forming member that forms a bottom of the member; and a housing space formed by the first main surface forming member, the second main surface forming member, and the bottom forming member, and the bottom is grounded to be self-supporting. Forming a housing member configured to be possible;
In the state in which the storage object is thrown into the storage space and the storage member is self-supporting, the opening region is provided at a position overlapping the storage object stored in the storage space with respect to the first direction. Storing the contents in a storage space;
A method for manufacturing a packaged article, comprising joining the edges of the sheet-like member.

(Aspect 2)
A method for producing a packaged article according to an aspect,
The opening region is provided at a predetermined position between a substantially central region and a substantially upper end region of the storage object in the first direction in a state where the storage member is self-supporting while storing the storage object. A method for producing a packaged article.

(Aspect 3)
A method for producing a packaged article according to aspect 1 or 2,
The unsealed region is approximately three-thirds of the length from the substantially central region of the stored item to the upper end region of the stored item with respect to the first direction in a state where the receiving member is self-supporting while storing the stored item. A method for manufacturing a packaged article, wherein two are provided at a position above the central region.

(Aspect 4)
A method for manufacturing a packaged article according to any one of aspects 1 to 3,
The container is formed of a sheet-like member,
A package article manufacturing method, wherein a plurality of the sheet-like members are accommodated in the accommodation member in a stacked state, and are sequentially taken out from the unsealed region for use.

(Aspect 5)
A method for producing a packaged article according to any one of aspects 1 to 4,
The said sheet-like member is comprised as a fiber assembly, a nonwoven fabric, or the combination member of a fiber assembly and a nonwoven fabric, The manufacturing method of the package article characterized by the above-mentioned.

(Aspect 6)
A method for producing a packaged article according to any one of aspects 1 to 5,
The method for manufacturing a packaged article, wherein the sheet-like member accommodated in the accommodating member is taken out from the opening region in a state where an upper end portion is bent.

(Aspect 7)
A method for producing a packaged article according to any one of aspects 1 to 6,
The opening region is a regulating member that restricts the other sheet-like member from being exposed to the outside when the one sheet-like member is taken out from the opening region with its upper end bent. A method for manufacturing a packaged article, which also serves as a combination.

(Aspect 8)
A method for manufacturing a packaged article according to any one of aspects 1 to 7,
The method for manufacturing a packaged article, wherein the unsealing region is configured by a cleaving portion formed in the first main surface forming member so as to extend in the second direction.

(Aspect 9)
A method for manufacturing a packaged article according to aspect 8,
The method for manufacturing a packaged article, wherein the cleavage portion is formed by a perforation provided extending in the second direction.

(Aspect 10)
A method for producing a packaged article according to aspect 8 or 9,
The method for manufacturing a packaged article, wherein the cleaving portion is configured to be maintained in a closed state by the bending rigidity of the container and the first main surface forming member even after cleaving.

(Aspect 11)
It is a manufacturing method of the package article according to any one of aspects 1 to 10,
The packaged article is housed in the housing member in a state of being compressed to a range of approximately 20% to 99% of the thickness when not housed in the housing member. .

(Aspect 12)
It is a manufacturing method of the package article according to any one of aspects 1 to 10,
The packaged article is housed in the housing member in a state of being compressed in a range of approximately 30% to 55% of the thickness when not housed in the housing member. .

100: Cleaning sheet package (package article)
110 ... Cleaning sheet (containment)
110a ... 1st surface (cleaning surface; surface structure)
110b ... 2nd surface (surface structure)
110c ... Cleaning sheet assembly 111 ... Base sheet 113 ... Fiber assembly 115 ... Brush part 117 ... Holder insertion part 119 ... Holder 120 ... Cleaning sheet packaging member (accommodating member)
121 ... 1st main surface (1st main surface)
123 ... 1st main surface formation member (1st main surface formation member)
123a ... Upper part 124 ... Lower end 125 ... Second main surface (second main surface)
127 ... second main surface forming member (second main surface forming member)
128 ... lower end part 129 ... bottom part (bottom part)
131 ... bottom forming member (bottom forming member)
134 ... Opening area (opening area)
135 ... perforation (opening area, cleavage part)
140 ... accommodation section (accommodation space)
201 ... Film sheet B ... Joining part D1 ... 1st direction (1st direction)
D2 ... 2nd direction (2nd direction)
D3 ... 3rd direction (3rd direction)
G ... Grounding

Claims (4)

A package article having a storage member and a storage object stored in the storage member,
The accommodating member extends in each of a predetermined first direction and a second direction intersecting the first direction, and forms a first major surface forming the first major surface of the accommodating member; and the first direction And a second main surface forming member extending in the second direction to form the second main surface of the receiving member, and the receiving member connected to the first main surface forming member and the second main surface forming member. A bottom forming member that forms a bottom of the first main surface forming member, a housing space formed by the second main surface forming member and the bottom forming member,
The housing member is configured to be capable of self-supporting when the bottom is grounded,
The container is configured by stacking a plurality of sheet-like members having a surface structure, and is compressed to a range of 30 to 55 percent of the thickness when not stored in the storage space. The sheet structure is accommodated in the accommodating space such that the surface structure extends in the first direction and the second direction;
The first main surface forming member has an opening region for taking out the sheet-like member formed in the second direction and accommodated in the accommodation space.
The opening region is constituted by a cleavage portion formed by a perforation provided in the first main surface forming member so as to extend in the second direction,
The opening region is between the center region and the upper end region of the sheet-like member accommodated in the accommodation space in the state where the accommodation member is self-supporting, and the sheet-like member is located at the upper end. Provided in a position to be taken out from the opening region in a state where the portion is bent,
The cleavage part is configured to be maintained in a closed state by the bending rigidity of the sheet-like member and the first main surface forming member accommodated in the accommodation space even after the cleavage. Packaged goods. The package article according to claim 1 ,
The said sheet-like member is comprised as a fiber assembly, a nonwoven fabric, or the combination member of a fiber assembly and a nonwoven fabric, The package article characterized by the above-mentioned. The package article according to claim 1 or 2 ,
In the state where the housing member is self-supporting, the upper portion of the first main surface forming member located above the opening region is taken out from the opening region with one sheet-like member bent at the upper end. when the package article, characterized in that also serve as restricting members which another sheet-like member is restricted from being exposed to the outside from the opening region. The package article according to any one of claims 1 to 3 ,
In the state where the housing member is self-supporting , the unsealed region is the central region by about two thirds of the length from the central region to the upper end region of the sheet-like member housed in the housing space with respect to the first direction. A packaged article provided at a position higher than the above.

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