JP6460840B2 - Storage container and manufacturing method - Google Patents

Description

  The present invention relates to a container for storing goods. In particular, the present invention relates to a container for storing items having a predetermined shape and a predetermined size, and a manufacturing method.

Sometimes you want to store an item in a storage container.
For example, cosmetics and the like are stored in a storage container and provided to consumers.
For example, a plurality of cosmetics and the like are stored in a storage container and provided to the consumer.
For example, cosmetic products include a makeup remover sheet, a fake mask, a toothpaste sheet, a sweat wipe sheet, a towel sheet, a cleaning sheet, and the like.
For example, the storage container is a bag-like container whose entire circumference is sealed.
For example, a cosmetic product is stored in a storage space of a bag-like container.
For example, the consumer tears a part of the entire circumference of the bag-like container and takes out the cosmetic product from the opening.
For example, the consumer closes the opening with a chuck provided in the opening.

Sometimes it is desirable to store liquid objects in a storage container.
For example, liquid items are stored in storage containers and provided to consumers.
For example, a liquid thing is a liquid cosmetics, a liquid detergent, a drink article, etc.
For example, the storage container is a bag-like container whose entire circumference is sealed.
For example, a liquid material is stored in the storage space of the bag-like container.
For example, the consumer tears a part of the entire circumference of the bag-like container and takes out the liquid from the opening.
For example, the consumer closes the opening with a chuck provided in the opening.

The design of the storage container serves to appeal the uniqueness of the product to the consumer when the product is provided to the consumer.
The storage container serves as a means for displaying the product when the product is sold at the store.
Storage containers provide a convenient means for carrying goods when the consumer uses the goods.
The storage container is a means for storing the item when the consumer has finished using the item.

  As described above, the storage container is expected to play various roles in accordance with the characteristics of the goods to be stored.

  The present invention has been devised in view of the above-described problems, and aims to provide a storage container and a manufacturing method that are more attractive, can be displayed comfortably at a store, and can be conveniently used by a user.

  In order to achieve the above object, a storage container for storing items according to the present invention includes a storage space that is a space in which a part of the periphery is bonded and stores the items, and an opening that allows the storage space to communicate with the atmosphere. And a linear chuck member that is fixed between the pair of film-like members so that the opening can be opened and closed. The space is surrounded by a contour line surrounded by a surface to be bonded around the pair of film-like members and a virtual line extending along the chuck portion.

According to the above-described configuration of the present invention, the pair of film-like members form a storage space that is a space in which a part of the periphery is bonded and stores an article and an opening that allows the storage space to communicate with the atmosphere. The linear chuck member is sandwiched and fixed between a pair of film-like members so that the opening can be opened and closed. When the surface of the film-like member is viewed from the front, the storage space is surrounded by a contour line surrounded by a surface to be bonded around the pair of film-like members and a virtual line extending along the chuck portion.
As a result, the product can be stored in a storage space that is sandwiched between the pair of film-like members of the storage container and surrounded by the contour line and the virtual line.

  Below, the container for storage which concerns on embodiment of this invention is demonstrated. The present invention includes any of the embodiments described below, or a combination of two or more of them.

In the storage container according to the embodiment of the present invention, the contour line has N + 1 pieces (N = 1, 2, 3,...) Inflating toward the outer periphery of the film-like member when the surface of the film-like member is viewed in front. ..) and N + 1 pieces (N = 1, 2, 3,...) Of the partial contour lines, the ends of each of a pair of adjacent partial contour lines are connected at both ends. It was assumed that N bent lines protruding toward the inside of the film-like member could be connected.
With the configuration of the above embodiment, N + 1 (N = 1, 2, 3,...) Portions where the contour line bulges toward the outer periphery of the film-like member when the surface of the film-like member is viewed in front. An inner edge of the film-like member is connected to both ends of each of the partial contour lines to adjacent pairs of the contour lines and N + 1 (N = 1, 2, 3,...) Partial contour lines. It is possible to connect N bent lines projecting toward.
As a result, a storage space having a complicated contour can be formed.

In the storage container according to the embodiment of the present invention, when a specific product, which is a product having a predetermined shape and a predetermined size, is stored in the storage space and the chuck member closes the opening, the specific product is paired. At the position of a part of the contact area that is far from the opening of the contact area when contacting a pair of film-like members without contacting an article into the storage space. The width dimension of the storage space along a line parallel to the imaginary line is smaller than the length of the opening along the imaginary line at the position of the chuck member.
According to the configuration of the above-described embodiment, when the specific product, which is a product having a predetermined shape and a predetermined size, is stored in the storage space and the chuck member closes the opening, the specific product is a pair of film-like members. A contact area which is a predetermined area on the inner surface is contacted. Width dimension along a line parallel to the imaginary line of the storage space at a position of a part of the contact area far from the opening when the pair of film-like members are brought into close contact with each other without putting an article into the storage space Is smaller than the length of the opening along the imaginary line at the position of the chuck member.
As a result, it is easy to take in and out the items stored in the storage space.

In the storage container according to the embodiment of the present invention, when a specific product, which is a product having a predetermined shape and a predetermined size, is stored in the storage space and the chuck member closes the opening, the specific product is paired. A portion of the contact area that is far from the opening of the contact area when the chuck member opens the opening and the storage space stores the specific item. A width dimension along a line parallel to the imaginary line of the storage space at a position is smaller than a length of the naturally opened opening at the position of the chuck member along the imaginary line.
According to the configuration of the above-described embodiment, when the specific product, which is a product having a predetermined shape and a predetermined size, is stored in the storage space and the chuck member closes the opening, the specific product is a pair of film-like members. A contact area which is a predetermined area on the inner surface is contacted. When the chuck member opens the opening and the storage space stores the specific item, the contact area is along a line parallel to the imaginary line of the storage space at a position of a part of the contact area far from the opening. The width dimension is smaller than the length of the naturally opened opening at the position of the chuck member along the virtual line.
As a result, it is easy to take in and out the items stored in the storage space.

In the storage container according to the embodiment of the present invention, when a specific product, which is a product having a predetermined shape and a predetermined size, is stored in the storage space and the chuck member closes the opening, the specific product is paired. In contact with a contact area that is a predetermined area on the inner surface of the film-like member, and when the chuck member opens the opening and inflates the storage space, the contact area at a position of a part of the area far from the opening. The cross-sectional area of the cross section parallel to the opening of the storage space is smaller than the area of the opening at the position of the chuck member.
According to the configuration of the above-described embodiment, when the specific product, which is a product having a predetermined shape and a predetermined size, is stored in the storage space and the chuck member closes the opening, the specific product is a pair of film-like members. It is in contact with a contact area, which is a predetermined area on the inner surface. When the chuck member opens the opening and inflates the storage space, the cross-sectional area of the cross section parallel to the opening of the storage space at the position of a part of the contact area far from the opening is opened. It is smaller than the area of the opening at the position of the chuck member.
As a result, it becomes easy to put in and out the items stored in the storage space when the storage space is inflated.

In the storage container according to the embodiment of the present invention, a pair of film-like members are formed with through-holes that do not communicate with the storage space, and when the article is stored in the storage space and suspended while supporting the through-holes, When the surface of the member is viewed from the front, the opening faces in either one of the left and right directions.
By the structure of the said embodiment, a through-hole which does not connect a pair of film-form member to the said storage space is formed. When an article is stored in the storage space and is suspended while supporting the through hole, the opening faces in one of the left and right directions when the surface of the film-like member is viewed from the front.
As a result, it is difficult for the liquid to leak when there is liquid in the storage space.

The storage container according to the embodiment of the present invention has an overall center of gravity with respect to the centroid of the overall outline, which is the overall outline of the packaging container, when the specific article, which is an article having a predetermined weight, is stored in the storage space. Is significantly shifted, and when the surface of the film-like member is viewed from the front and the position of the center of gravity is held below the position of the centroid, the opening is in one of the left and right directions. Turn to.
With the configuration of the above-described embodiment, when a specific item, which is an item having a predetermined weight, is stored in the storage space, the entire center of gravity is significantly deviated from the centroid of the entire contour that is the entire contour of the packaging container. ing. When the surface of the film-like member is viewed from the front and held so that the position of the center of gravity is located below the position of the centroid, the opening is directed to either the left or right direction.
As a result, it is difficult for the liquid to leak when there is liquid in the storage space.

  In order to achieve the above object, a manufacturing process for manufacturing a product in which a product is stored in a storage container according to the present invention includes a storage space which is a space for storing a product by bonding a part of the periphery and the storage space. A first step of preparing a storage container having a pair of film-like members that form an opening that allows communication with the atmosphere and a linear chuck member that is sandwiched and fixed between the pair of film-like members so that the opening can be opened and closed And a second step of storing the article in the storage space, and a third step of bonding the other part of the periphery of the pair of film-like members, and viewing the surface of the film-like member in front. The storage space is surrounded by a contour line surrounded by a surface to be bonded around the pair of film-like members and a virtual line extending along the chuck portion, and the contour line faces the surface of the film-like member in front. Look at the film The N + 1 (N = 1, 2, 3,...) Partial contour lines that bulge toward the outer periphery of the member and the N + 1 (N = 1, 2, 3,...) Partial contour lines are adjacent to each other. A pair of the partial contour lines connected to both ends of the partial contour lines are connected to N bent lines projecting toward the inside of the film-like member, and the horizontal virtual line is positioned at the top. Sometimes the maximum depth of the first partial contour line that is one partial contour line of the plurality of partial contour lines is larger than the maximum depth of the other partial contour lines, and the second step Positioned above, the article is inserted into a first partial storage space which is a partial storage space that forms a bottom at the first partial contour line of the storage space.

According to the configuration of the present invention, the first step includes a pair of film-like members and a pair of film-like members that form a storage space in which a part of the periphery is bonded and a product is stored, and an opening that allows the storage space to communicate with the atmosphere. A storage container having a linear chuck member that is fixed by being sandwiched between film-like members and that can open and close the opening is prepared. In the second step, the item is stored in the storage space. In the third step, the other part of the periphery is bonded. When the front surface of the film-like member is viewed in front, the storage space is surrounded by a contour line surrounded by a surface to be bonded around the pair of film-like members and a virtual line extending along the chuck portion. The contour lines are N + 1 (N = 1, 2, 3,...) Partial contour lines and N + 1 (N) that swell toward the outer periphery of the film-like member when the surface of the film-like member is viewed in front. = 1, 2, 3,...)) N pieces projecting toward the inside of the film-like member connected to both ends of each of the pair of adjacent partial contour lines adjacent to each other. Can be connected with a bend line. When the horizontal virtual line is positioned at the top, the maximum depth of the first partial contour line, which is one partial contour line among the plurality of partial contour lines, is larger than the maximum depth of the other partial contour lines. In the second step, the horizontal imaginary line is positioned upward, and an article is inserted into a first partial storage space that is a partial storage space that forms a bottom portion with the first partial outline of the storage space.
As a result, the product can be stably stored in a storage space having a large opening sandwiched between the pair of film-like members of the storage container and surrounded by the contour line and the virtual line.

  Below, the manufacturing method which concerns on embodiment of this invention is demonstrated. The present invention includes any of the embodiments described below, or a combination of two or more of them.

In the manufacturing method according to the embodiment of the present invention, the second step is a step of storing the product and the liquid to be poured into the product in a storage space, and the second step is configured to move the horizontal virtual line upward. The product is placed in a first partial storage space that is a partial storage space that forms a bottom portion with the first partial contour line of the storage space, and a liquid is placed at the other partial contour line of the storage space. It puts in the other partial storage space which is the partial storage space to form.
According to the configuration of the above-described embodiment, the second step is a step of storing the product and the liquid to be poured into the product in the storage space. In the second step, the horizontal imaginary line is positioned upward, and an article is placed in a first partial storage space that is a partial storage space that forms a bottom portion of the first partial contour line of the storage space, Is put into another partial storage space which is a partial storage space forming a bottom portion by another partial outline of the storage space.
As a result, it is possible to stably store the product in which the liquid is stained in a storage space having a large opening sandwiched between the pair of film-like members of the storage container and surrounded by the contour line and the virtual line.

As described above, the storage-like container and the manufacturing method according to the present invention have the following effects due to their configurations.
A part of the periphery of the pair of film-like members is bonded to form an opening that communicates the storage space between the goods and the storage space to the atmosphere, and a linear chuck member sandwiched between the pair of film-like members enables opening and closing of the opening. Since the storage space is surrounded by a contour line and a virtual line extending along the chuck portion, the storage space is sandwiched between the pair of film-like members of the storage container and surrounded by the contour line and the virtual line. Can store goods.
In addition, since the contour line is connected by N + 1 partial contour lines that bulge outward and N bent lines that project to the inside connected to the N + 1 partial contour lines, a storage space having a complex contour Can be formed.
Further, if the specific product is stored in the storage space and the chuck member closes the opening, the specific product contacts the contact area of the inner surfaces of the pair of film-like members, and the pair of film-like members does not enter the storage space. The width dimension along a line parallel to the imaginary line of the storage space in a partial area far from the imaginary line of the contact area is the imaginary line of the opening at the position of the chuck member. Since the length is smaller than the length along the direction, it is easy to put in and out the items stored in the storage space.
Further, if the specified item is stored in the storage space and the chuck member closes the opening, the specified item contacts the contact area of the inner surfaces of the pair of film-like members, and when the specified item is placed in the storage space, A width dimension along a line parallel to the imaginary line of the storage space in a partial region far from the imaginary line of the contact area is a direction along the imaginary line of the naturally opened opening in the chuck member. The item stored in the storage space can be easily put in and out of the storage space smaller than the length.
Further, if the specified item is stored in the storage space and the chuck member closes the opening, the specified item contacts the contact area of the inner surfaces of the pair of film-like members, and the opening is opened to expand the storage space. Since the cross-sectional area parallel to the opening of the storage space is smaller than the area of the opening at the position of the chuck member in a partial region of the contact area far from the imaginary line, when the storage space is expanded The goods stored in the storage space can be easily taken in and out.
Further, a through hole that does not communicate with the storage space is formed in the pair of film-like members, and when the article is stored in the storage space and supported by the through-hole, the surface of the film-like member is viewed from the front. Since the opening is directed to either the left or right direction, it is difficult for the liquid to leak when there is liquid in the storage space.
In addition, when the specific product is stored in the storage space, the center of gravity of the entire container is significantly deviated from the centroid of the entire outline of the packaging container, and the position of the center of gravity is viewed from the front of the film-like member. However, when the liquid crystal is held so as to be positioned below the position of the centroid, the opening is directed to one of the left and right directions, so that it is difficult for the liquid to leak when there is liquid in the storage space.
A part of the periphery of the pair of film-like members is bonded to form an opening that communicates the storage space between the goods and the storage space to the atmosphere, and a linear chuck member sandwiched between the pair of film-like members enables opening and closing of the opening. A storage container having the storage space surrounded by a contour line and a virtual line extending along the chuck member is prepared, and the horizontal virtual line is positioned upward so that an article is the largest of the storage spaces. Since the first partial storage space, which is a partial storage space that forms a bottom portion having a depth, is placed between the pair of film-like members of the storage container and surrounded by the contour line and the virtual line, the opening is large. It is possible to stably store items in the storage space.
In addition, a part of the periphery of the pair of film-like members is bonded to form an opening that communicates the product storage space and the storage space with the atmosphere, and a linear chuck member sandwiched between the pair of film-like members opens and closes the opening. A storage container having the storage space surrounded by a contour line and a virtual line extending along the chuck portion is prepared, and the horizontal virtual line is positioned upward, and an article is placed in the storage space. In the first partial storage space, which is the partial storage space that forms the bottom of the maximum depth, the liquid that is allowed to spill on the product is placed in the other partial storage space. It is possible to stably store an article in which liquid is put in a storage space having a large opening that is sandwiched and surrounded by the contour line and the virtual line.
Accordingly, it is possible to provide a storage container that can be displayed more comfortably at a storefront and that can be conveniently used by the user, and a manufacturing process for manufacturing a product in which the product is stored in the storage container.

It is a top view of the container for storage concerning the embodiment of the present invention. It is a side view of the container for storage concerning the embodiment of the present invention. It is sectional drawing of the container for storage which concerns on embodiment of this invention. It is sectional drawing of the container for storage which concerns on 1st embodiment of this invention. It is sectional drawing of the container for storage which concerns on 2nd embodiment of this invention. It is sectional drawing of the container for storage which concerns on 3rd embodiment of this invention. It is sectional drawing of the container for storage which concerns on 4th embodiment of this invention. It is explanatory drawing of the manufacturing method which concerns on 1st embodiment of this invention. It is a partial explanatory view of the manufacturing method concerning a first embodiment of the present invention. It is a top view of the container for storage concerning other embodiments of the present invention.

  Hereinafter, embodiments for carrying out the present invention will be described with reference to the drawings.

Initially, the container for storage concerning embodiment of this invention is demonstrated based on a figure.
FIG. 1 is a plan view of a storage container according to an embodiment of the present invention. FIG. 2 is a side view of the storage container according to the embodiment of the present invention. FIG. 3 is a cross-sectional view of the storage container according to the embodiment of the present invention.

The storage container is for storing an item.
For example, the item is a cosmetic product.
For example, the item is a makeup removal sheet.
The makeup remover sheet is a nonwoven fabric soaked with liquid.

The storage container includes a pair of film-like members 200 and a chuck member 300.
The pair of film-like members 200 is bonded to a part of the periphery to form a storage space H that is a space for storing the product 100 and an opening O that allows the storage space H to communicate with the atmosphere.
The pair of film-like members 200 are a front-side film-like member 210 that forms the surface and a back-side film-like member 220 that forms the back side.
The storage space H is formed by being sandwiched between the front film member 210 and the back film member 220.
The opening O is formed so that the storage space H sandwiched between the front-side film-like member 210 and the back-side film-like member 220 communicates with the atmosphere.
The film-like member may be a flexible material-like sheet-like member.
The chuck member may be a wire fastener.
For example, the chuck member includes a male fastener and a female fastener.
The long male part of the male fastener and the long female part of the female fastener are engaged with each other to close the opening.

The storage space H is surrounded by a contour line K and a virtual line J when the surface of the film-like member 200 is viewed from the front.
The contour line K is a line surrounded by the bonding surface I that is a surface to be bonded around the pair of film-like members 210 and 220.
The imaginary line J is an imaginary line extending along the chuck member 300.
FIG. 3 shows a state in which the storage space H is surrounded by a curved outline K and a virtual line J.

When a product is stored and provided in a storage container, the pair of film-like members 200 are bonded all around.
Bonding may be performed by welding.
FIG. 3 shows a state where a pair of film-like members 200 are bonded all around.
As a result, even if the chuck member 300 is opened, the storage space H does not communicate with the atmosphere.
The separation line X is set on the opposite side of the storage space H with the chuck member 300 as a boundary.
For example, a diagram showing the position of the separation line X is printed on the surface of the front film member.
For example, a diagram showing the position of the separation line X is printed on the surface of the back film member.
For example, a diagram showing the position of the separation line X is printed on the surface of the front film member and the surface of the back film member.
When the pair of film-like members 200 are separated along the separation line X, the opening O can communicate with the atmosphere.
As a result, when the chuck member 300 is opened, the opening O is opened, and the storage space H communicates with the atmosphere. When the chuck member 300 is closed, the opening O is closed and the storage space H and the atmosphere are not communicated.

Next, the storage container according to the first embodiment of the present invention will be described with reference to the drawings.
FIG. 4 is a cross-sectional view of the storage container according to the first embodiment of the present invention.
FIG. 4 shows a state in which the pair of film-like members 200 are cut along the separation line X.

The contour line K can be composed of a plurality of partial contour lines K10 and one or a plurality of bent lines K20.
The contour line J is formed by connecting N + 1 pieces (N = 1, 2, 3,...), A partial contour line K10, and N bent lines K20.
The partial contour line K <b> 10 is a line that bulges toward the outer periphery of the film-like member 200 when the surface of the film-like member 200 is viewed from the front.
The bending line K20 is a line that is connected to both ends of each of the pair of partial contour lines K10 and protrudes toward the inside of the film-like member 200.
The bent line K <b> 20 may be a line that is connected to both ends of a pair of adjacent partial contour lines K <b> 10 at both ends and protrudes toward the inside of the film-like member 200.
The bending line K20 is connected to both ends of each of the pair of partial contour lines K10 adjacent to each other along the surface to be bonded around the pair of film-like members 200 and protrudes toward the inside of the film-like member 200. It may be a line.

FIG. 4 shows how the contour line K can be formed by two partial contour lines K11 and K12 and one bent line K20.
FIG. 4 shows a state in which the first partial contour line K11 and the second partial contour line K12 are curves that bulge toward the outer periphery of the film-like member 200 when the surface of the film-like member 200 is viewed in front.
FIG. 5 shows a state in which the bent line K20 is a curve that is connected to both ends of the first partial outline K11 and the second partial outline K12 at both ends and protrudes toward the inside of the film-like member 200.
In FIG. 5, the contour line K shows a state in which the first partial contour line K11, the first bent line K21, and the second partial contour line K12 are successively connected.
In FIG. 5, the storage space H is surrounded by a contour line K and a virtual line J.

Next, a storage container according to a second embodiment of the present invention will be described with reference to the drawings.
FIG. 5 is a cross-sectional view of a storage container according to the second embodiment of the present invention.
FIG. 5 shows a state in which the pair of film-like members 200 are cut along the separation line X.

When the specified product 100, which is a product having a predetermined shape and a predetermined size, is stored in the storage space H and the chuck member 300 closes the opening О, the specified product 100 is predetermined on the inner surfaces of the pair of film-like members 200. In contact with the contact area M.
For example, the specific product has a hexahedral shape.
For example, the contact area has a rectangular outline.
When the pair of film-like members 200 are brought into close contact with each other without putting the item 100 in the storage space H, the line 100 extends along a line parallel to the imaginary line J of the storage space H at the position of a part of the region far from the opening O of the contact region M. The width dimension L1 is smaller than the length L0 of the closed opening O along the imaginary line J.
Alternatively, the width L1 along a line parallel to the imaginary line J across a part of the contour K that is far from the imaginary line J of the contact area H is the imaginary line J of the closed opening O at the position of the chuck member 300. Is smaller than the length L0 in the direction along.
When the pair of film-like members 200 are brought into close contact with each other without putting the article 100 in the storage space H, the product 100 is parallel to the imaginary line J of the storage space H at a position of at least about 1/3 of the area far from the opening O of the contact area M. The width dimension L1 along the line may be smaller than the length L0 of the closed opening O at the position of the chuck member 300 in the direction along the virtual line J.
Or, the direction along the imaginary line J of the opening O where the width dimension L1 along the line parallel to the imaginary line J crosses at least about 1/3 of the imaginary line J of the contact area H of the contour line K. It may be smaller than the length L0.
FIG. 5 shows an imaginary line J of the storage space H at a position of about a half of the region far from the opening O of the contact region M when the article 100 is not put in the storage space H and the pair of film-like members 200 are brought into close contact with each other. A state in which the width dimension L1 along the line parallel to is smaller than the length L0 in the direction along the virtual line of the closed opening O at the position of the chuck member 300 is shown.

Next, a storage container according to a third embodiment of the present invention will be described with reference to the drawings.
FIG. 6 is a cross-sectional view of a storage container according to the third embodiment of the present invention.
FIG. 6 shows a state in which the pair of film-like members 200 are cut along the separation line X.

A contact area M, which is a predetermined area on the inner surfaces of a pair of film-like members when a specific item, which is an item having a predetermined shape and a predetermined size, is stored in the storage space and the chuck member closes the opening. To touch.
When the chuck member 300 opens the opening О and the storage space H stores the specific product 100, it is along a line parallel to the imaginary line J of the storage space H at the position of a part of the area far from the opening О of the contact area M. The width dimension is smaller than the length in the direction along the imaginary line J of the naturally opened opening О at the position of the chuck member 300.
Or, the width dimension L1 along a line parallel to the imaginary line J across a part of the imaginary line J in the contact area H of the contour line K is longer than the length L0 in the direction along the imaginary line J of the opening О. small.
When the chuck member 300 opens the opening О and the storage space H stores the specific product 100, the chuck member 300 is parallel to the imaginary line J of the storage space H at a position of at least about 1/3 of the contact area M far from the opening О. The width dimension along the line may be smaller than the length in the direction along the imaginary line J of the naturally opened opening O at the position of the chuck member 300.
Or, the width dimension L1 along the line parallel to the imaginary line J spans at least about 1/3 of the contact area H of the contour line K far from the imaginary line J, and the length in the direction along the imaginary line J of the opening О. It may be smaller than the length L0.
FIG. 6 shows an imaginary line J of the storage space H at a position of about a half of the area far from the opening O of the contact area M when the chuck member 300 opens the opening О and the storage space H stores the specific product 100. A state in which the width dimension along the line parallel to is smaller than the length in the direction along the imaginary line J of the naturally opened opening O at the position of the chuck member 300 is shown.

Alternatively, when the chuck member 300 closes the opening О and the storage space H stores the specific product 100, a line parallel to the imaginary line J of the storage space H at the position of a part of the region far from the opening О of the contact region M. , And the width dimension along the imaginary line J of the opening O at the position of the chuck member 300 may be smaller than the length along the imaginary line J.
Or, the width dimension L1 along a line parallel to the imaginary line J across a part of the imaginary line J in the contact area H of the contour line K is longer than the length L0 in the direction along the imaginary line J of the opening О. It may be small.
When the chuck member 300 closes the opening О and the storage space H stores the specific product 100, it is parallel to the imaginary line J of the storage space H at a position of at least about 1/3 of the area of the contact region M far from the opening О. The width dimension along the line may be smaller than the length of the opening O along the imaginary line J at the position of the chuck member 300.
Or, the width dimension L1 along the line parallel to the imaginary line J spans at least about 1/3 of the contact area H of the contour line K far from the imaginary line J, and the length in the direction along the imaginary line J of the opening О. It may be smaller than the length L0.
For example, when the chuck member 300 closes the opening О and the storage space H stores the specific product 100, it is parallel to the imaginary line J of the storage space H at the position of about ½ region far from the opening О of the contact region M. The width dimension along the straight line is smaller than the length in the direction along the virtual line J of the naturally opened opening О at the position of the chuck member 300.

Next, a storage container according to a fourth embodiment of the present invention will be described with reference to the drawings.
FIG. 7 is a cross-sectional view of a storage container according to the fourth embodiment of the present invention.
FIG. 7 shows a state in which the pair of film-like members 200 are cut along the separation line X.

When the specific product 100, which is a product having a predetermined shape and a predetermined size, is stored in the storage space H and the chuck member 300 closes the opening О, the product 100 is a predetermined region on the inner surfaces of the pair of film-like members 200. In contact with the contact area M.
When the chuck member 300 opens the opening О and expands the storage space H, the cross-sectional area of the cross section parallel to the opening О of the storage space H at the position of a part of the region far from the opening О of the contact region M is the chuck member. Less than the area of the open opening О at 300.
Alternatively, the area A1 on a surface parallel to the imaginary line that is in contact with a part of the contact area M far from the imaginary line J of the storage space H is smaller than the area A0 of the surface that contacts the outer periphery of the chuck member 300 that is open.
When the chuck member 300 opens the opening О and expands the storage space H, the cross-sectional area of the cross section of the storage space H parallel to the opening O at a position at least about 1/3 of the contact area M far from the opening О. However, it may be smaller than the area of the open opening O at the position of the chuck member 300.
Alternatively, the area A0 of the surface that contacts the outer periphery of the chuck member 300 that is in contact with the outer periphery at least about 1/3 of the contact region M of the storage space H and that is parallel to the imaginary line. It may be smaller.
FIG. 7 shows a cross section of the storage space H parallel to the opening O at a position of about a half of the contact area M when the chuck member 300 opens the opening O and expands the storage space H. This shows that the cross-sectional area is smaller than the area of the open opening O at the position of the chuck member 300.

Next, a storage container according to a fifth embodiment of the present invention will be described with reference to the drawings.
The pair of film-like members 200 are formed with through holes P that do not communicate with the storage space H.
When the product 100 is stored in the storage space H and supported by the through hole P and suspended, the opening O is directed in either the left or right direction when the surface of the film-like member 200 is viewed from the front.
FIG. 1 shows a state where the center of gravity G is located below the through hole P.
When supporting and suspending the through-hole P, the center of gravity G is positioned below the through-hole P, and the opening O is directed in either the left or right direction when the surface of the film-like member 200 is viewed from the front.
If it does in that way, when supporting the through-hole P and suspending the storage container which accommodates the article which made the liquid stuffed, it can suppress that an opening peels to one direction to the left-right direction, and a liquid leaks from an opening.

Next, a storage container according to a sixth embodiment of the present invention will be described with reference to the drawings.
When a specific item 100 having a predetermined weight is stored in the storage space H, the entire center of gravity G is significantly deviated from the centroid Z of the entire contour which is the entire contour of the packaging container. When the center of gravity G is held so that the position of the center of gravity G is located below the position of the centroid Z when the surface of the member 200 is viewed from the front, the opening O is oriented in either the left or right direction.
FIG. 1 shows how the position of the center of gravity G is significantly shifted from the centroid X.
When the surface of the film-like member 200 is viewed from the front and held so that the position of the center of gravity G is located below the position of the centroid Z, the opening O is oriented in either the left or right direction.
In this way, when the container for storing the liquid-contained item is stably held with the center of gravity down, the opening can be peeled in one direction in the left-right direction, and the liquid can be prevented from leaking from the opening. .

Next, the manufacturing process according to the first embodiment of the present invention will be described with reference to the drawings.
FIG. 8 is an explanatory diagram of the manufacturing method according to the first embodiment of the present invention. FIG. 9 is a partial explanatory view of the manufacturing method according to the first embodiment of the present invention.

  The manufacturing process according to the first embodiment of the present invention includes a first process S10, a second process S20, and a third process S30.

The first step is a step of preparing a storage container.
The storage container is a storage container according to the first embodiment.
When the horizontal virtual line J is positioned at the top, the maximum depth D1 of the first partial contour K11, which is one partial contour of the partial contours K10, is the maximum depth of the other partial contour K12. Greater than D2.
FIG. 9 shows that the maximum depth D1 of the first partial contour K11, which is one partial contour K10 among the plurality of partial contours K10 when the horizontal virtual line J is positioned at the top, is the other partial contour. A mode that is larger than the maximum depth D2 of the 2nd partial outline K12 which is a line is shown.

The first process includes a printing process S11, an adhesion process S12, and a punching process S13.
The printing step S11 is a step of making a film in which a plurality of film materials are laminated in layers after a design such as a pattern and characters is printed on the film material constituting the surface.
The film can be made of a plurality of layers laminated together.
For example, a film made of four layers is pasted from the surface in the order of PET, aluminum, PET, and PE.
For example, a film made of three layers is pasted from the surface in the order of PET, aluminum, and PE.
For example, a film made of two layers is pasted from the surface in the order of PET and PE.
FIG. 8A shows the state of a film printed with a design and wound into a roll.
The bonding step S12 is a step in which the pair of film-like members 210 and 220 and the chuck member 300 are stacked and bonded in the necessary order.
For example, a welding mold is pressed to integrate the pair of film-like members 210 and 220 and the chuck member 300 so as to weld the periphery of the film-like member.
At this time, a part of the opposite side of the storage space H is left without being bonded with the separation line X as a boundary.
In the extraction step S13, the individual storage containers are extracted from the storage containers connected in series.
For example, a single container is pulled out using a punching die.

The second step S20 is a step of storing the item in the storage space.
For example, the item is a specific item having a predetermined shape and a predetermined dimension.
In the second step S20, the horizontal virtual line J is positioned upward, and the product 100 is inserted into the first partial storage space H1, which is a partial storage space that forms the bottom at the first partial outline K12 of the storage space H. To do.
In FIG. 9, in the second step S <b> 20, the leveled imaginary line J is positioned upward, and the article 100 is bottomed by the first partial contour line K <b> 12 in the storage space H via the opening О. The state which inserts in the 1st partial storage space H1 which is partial storage space is shown.
If it does in this way, goods will enter into the 2nd partial storage space, and will be held stably.

The second step may be a step of storing the product 110 and the liquid 120 to be stored in the product in the storage space.
For example, the second step may be a step of storing the non-woven fabric 110 and the liquid 120 to be entrained in the non-woven fabric 110 in the storage space.
In the second step, the horizontal virtual line J is positioned upward, and the item 110 is placed in the first partial storage space H1 which is a partial storage space forming the bottom at the first partial outline K11 of the storage space H, You may put the liquid 120 in the other partial storage space which is a partial storage space which forms a bottom part in the other partial outline of the storage space H.
FIG. 9 shows a part in which the imaginary line J leveled in the second step is positioned upward, and the article 110 is formed at the first part contour line K11 in the storage space H via the opening О. A second partial storage space H2 that is a partial storage space that is placed in the first partial storage space H1 that is a storage space and forms the bottom at the second partial contour K12 that is the other partial contour of the storage space H. Show the state.
In this way, when the second step is performed, the liquid 120 can be put into the storage space H without being blocked by the product 110, and the liquid 120 is prevented from being repelled by the product 110 and spilling there. it can.
Further, the time for putting the liquid 120 into the storage space H can be shortened.

The third step is a step of bonding other part of the periphery.
In the bonding step S12, the portion where the peripheral bonding is applied is bonded.
The entire circumference of the pair of film-like members is bonded.
The liquid 120 oozes into the product 110 during product storage.
As a result, it is possible to manufacture a product in which the entire circumference of a pair of film-like members that store the product in the storage space is bonded.

The storage container and the manufacturing method according to the embodiment of the present invention have the following effects depending on the configuration.
A part of the periphery of the pair of film-like members 210 and 220 is bonded to form an opening O that connects the storage space H of the product 100 and the storage space H to the atmosphere, and a line sandwiched between the pair of film-like members 210 and 220 Since the zipper-shaped chuck member 300 can open and close the opening O and the storage space H is surrounded by the contour line K and the virtual line J extending along the chuck portion, the pair of film-like members 200 of the storage container are provided. An article can be stored in the storage space H that is sandwiched and surrounded by the contour line K and the virtual line J.
In addition, since the contour line K can be formed by a plurality of partial contour lines K10 bulging outward and one or a plurality of bent lines K20 connected to the plurality of partial contour lines K10 and projecting inward, the contour K has a complex contour. A storage space can be formed.
Moreover, it becomes easy to make the external shape of the storage container into a desired external shape, and various designs can be applied to the storage container.
In addition, since the contour line K can be formed by N + 1 partial contour lines K10 bulging outward and N bent lines K20 projecting inward connecting the N + 1 partial contour lines K10, a complicated contour can be formed. A storage space H can be formed.
Further, when the specific product 100 having a predetermined shape and a predetermined size is stored in the storage space H and the chuck member 300 closes the opening О, the product 100 comes into contact with the contact region M on the inner surfaces of the pair of film-like members, When the pair of film-like members 200 are brought into close contact with each other without entering the storage space H, the line is parallel to the virtual line J of the storage space H in the region at least 1/3 far from the virtual line J of the contact region M. Since the width dimension L1 is smaller than the length L0 in the direction along the imaginary line J of the opening O at the position of the chuck member 300, the articles stored in the storage space H can be easily taken in and out.
Further, if the specific product 100 having a predetermined shape and a predetermined size is stored in the storage space H and the chuck member 300 closes the opening О, the product 100 contacts the contact region M on the inner surfaces of the pair of film-like members 200. When the chuck member 300 closes the opening О and puts the article 100 into the storage space H, the chuck member 300 is parallel to the virtual line J of the storage space in an area at least 1/3 far from the virtual line J of the contact area M. Since the width dimension L2 is smaller than the length L0 in the direction along the imaginary line J of the opening O at the position of the chuck member 300, the article 100 stored in the storage space H can be easily taken in and out.
Further, if the specific product 100 having a predetermined shape and a predetermined size is stored in the storage space H and the chuck member 300 closes the opening О, the product 100 contacts the contact region M on the inner surfaces of the pair of film-like members 200. When the opening O is opened and the storage space H is inflated, the position of the chuck member 300 in which the cross-sectional area A1 parallel to the opening of the storage space in a region at least 1/3 far from the imaginary line J of the contact region M is the opening. The area 100 is smaller than the area A0, so that the product 100 stored in the storage space H when the storage space H is inflated can be easily taken in and out.
Further, when the through-holes P that do not communicate with the storage space are formed in the pair of film-shaped members 200 and the article 100 is stored in the storage space H and supported by the through-holes P, the surface of the film-shaped member 200 is viewed from the front. Since the opening О is directed in either the left or right direction, it is difficult for the liquid to leak when there is liquid in the storage space H.
Further, when the specific product 100 having a predetermined weight is stored in the storage space H, the entire center of gravity G is significantly deviated from the centroid Z of the entire outline of the packaging container, and the surface of the film-like member 200 When the center of gravity G is held so that the position of the center of gravity G is located below the position of the centroid Z, the opening О is directed to one of the left and right directions. Liquid is difficult to leak when there is liquid in
A linear chuck member 300 sandwiched between the pair of film-like members 200 is formed by bonding a part of the periphery of the pair of film-like members 200 to form an opening O that communicates the product storage space H and the storage space with the atmosphere. An opening О can be opened and closed, a storage container having a storage space H surrounded by a contour line K and a virtual line J extending along the chuck member 200 is prepared, and the horizontal virtual line J is positioned upward, Since the product 100 is inserted into the first partial storage space H1, which is a partial storage space that forms the bottom of the storage space H having the maximum depth, the contour is sandwiched between the pair of film-like members 200 of the storage container. A product can be stably stored in a storage space surrounded by the line K and the virtual line J and having a large opening О.
Further, a part of the periphery of the pair of film-like members 200 is bonded to form an opening O that communicates the product storage space H and the storage space H to the atmosphere, and a linear chuck sandwiched between the pair of film-like members 200. The member 300 makes the opening О openable and closable, and prepares a storage container having a storage space H surrounded by a contour line K and a virtual line J extending along the chuck member 300, and the horizontal virtual line J is positioned above The product 100 is inserted into the first partial storage space H1, which is a partial storage space that forms the bottom of the storage space H having the maximum depth, and the liquid that causes the product 100 to enter is put into the other partial storage space. As a result, it is possible to prevent the liquid from being blocked by an item and overflowing from the opening О, and is sandwiched between the pair of film-like members 200 of the storage container and surrounded by the contour line K and the virtual line J. Large storage space The article 100 was Sima the liquid can be stably housed in.

The present invention is not limited to the embodiments described above, and various modifications can be made without departing from the scope of the invention.
Although the outer shape of the storage container is assumed to be a heart shape and the contour line is composed of two partial contour lines and one bent line, the present invention is not limited to this.
Various variations of the container for storage concerning the embodiment of the present invention of Drawing 10 are shown.

D Depth D1 First Depth D2 Second Depth G Center of Gravity H Storage Space H1 First Partial Storage Space H2 Second Partial Storage Space J Virtual Line K Contour Line K10 Partial Contour Line K11 First Partial Contour Line K12 Second Partial Contour Line K2 bending line K21 first bending line L0 length of opening O along direction imaginary line J L1 width dimension M contact area P through hole X cutting line Z centroid 100 product 110 non-woven fabric 120 liquid 200 film-like member 210 front film -Like member 220 Back side film-like member 300 Chuck member

JP2013-60207A JP 2014-31199 A

Claims (1)

A manufacturing process for manufacturing a product in which an article is stored in a storage container,
A storage space, which is a space where a part of the periphery is bonded and stores goods, a pair of film-like members forming an opening that allows the storage space to communicate with the atmosphere, and a pair of film-like members are fixed and opened and closed. A first step of preparing a storage container having a linear chuck member to enable;
A second step of storing the product and the liquid in the product in the storage space;
A third step of bonding the other part of the periphery of the pair of film-like members;
With
The storage space is surrounded by a contour line surrounded by a surface to be bonded around the pair of film-like members and a virtual line extending along the chuck portion when the surface of the film-like member is viewed in front,
The contour lines are N + 1 (N = 1, 2, 3,...) Partial contour lines and N + 1 (N) that swell toward the outer periphery of the film-like member when the surface of the film-like member is viewed in front. = 1, 2, 3,...)) N pieces projecting toward the inside of the film-like member connected to both ends of each of the pair of adjacent partial contour lines adjacent to each other. Can be connected to the bending line,
The maximum depth of the first partial contour line which is one partial contour line of the plurality of partial contour lines when the horizontal virtual line is positioned at the top is greater than the maximum depth of the other partial contour lines,
In the second step, the horizontal virtual line is positioned above, and an article is inserted into a first partial storage space that is a partial storage space that forms a bottom portion of the first partial contour line of the storage space, The liquid is put into another partial storage space that is a partial storage space that forms a bottom portion at the other partial outline of the storage space.
The manufacturing method characterized by the above-mentioned.

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