JP3175624U - Desktop calendar package - Google Patents

Abstract

The present invention provides a low-cost desktop calendar package that can be manufactured by a simple manufacturing process using a minimum amount of material and that allows for easy insertion and removal of business cards.
A transparent resin film package for accommodating a desktop calendar, wherein a business card accommodation space is formed on one side of a packaging body forming a calendar accommodation space.
[Selection] Figure 9

Description

  The present invention relates to a desktop calendar package for storing and packaging a desktop calendar (including equivalents).

  As a desktop calendar (not meant to be used only on a desktop), a monthly calendar, that is, a type that squeezes every month is widely used. Of course, there are many types that are used for sunbathing, going around, and scoring every few months. However, it is convenient to use a monthly spelling because of its size and visibility.

Such desk calendars are generally available on the market, but are often used for sales promotion because of their usefulness, low cost, and size.
When used for such promotional purposes, the monthly spelling calendar cannot be carried around as it is, and it must be packaged so that the spelling remains organized.

For this reason, it is packaged for each calendar. For sales promotion, it is preferable to understand that it is a low-cost packaging and that the contents are a calendar at a glance. For example, you may notice usefulness that can be used from time to time, and you may not feel burdened even if you receive it because there are social conventions that you do not feel burdened even if you receive it for promotional purposes.
For this reason, a transparent resin film packaging bag is generally used as a packaging satisfying such requirements.

As such a desktop calendar package, there is no special one, and a general openable and closable bag-shaped package is used. As this type of package and manufacturing method, for example, the following techniques are known.
JP2010-119415A. JP2012-6626. JP, 2011-157074.

  As a conventional technique for packaging the above desktop calendar, not only packaging the calendar, but also for sales promotion, to recognize the presence of the seller to the buyer for the purpose of sales, or the purchaser is absent In some cases, a business card is usually attached in order to make it known who the presenter of the calendar is. At that time, a method of putting the business card in the package has been adopted.

The package described above is generally bag-shaped, and a part thereof is generally provided with adhesiveness (pressure sensitivity) so that it can be opened.
However, even if it is an adhesive opening, there is a possibility that the packaging body will be broken if it is not carefully opened in the case of a very thin film packaging body. In such a structure, it is troublesome to insert a business card.

  In order to solve these problems, for example, a method of forming a business card holder on a part of a package (not for a calendar) has been proposed, but this type of package has a complicated structure, There was a problem that the manufacturing cost was high and it was not easy to put in and out of the business card.

  The present invention has been made in view of such problems, and an object thereof is to provide a low-cost desktop calendar package that can be manufactured by a simple manufacturing process using a minimum amount of material and that allows easy insertion and removal of business cards.

  In order to achieve the above object, a first method for producing a desktop calendar package according to the present invention is a transparent resin film package for storing a desktop calendar, and includes an open / close lid (1F) at the top. A business card accommodation space (5) provided with an opening (4) on one side surface of the packaging body (1E) having the calendar accommodation space (3) between the upper end portion and the lower end portion of the packaging body (1E). It is characterized by having.

As the transparent resin film used in the present invention, an appropriate one can be used as long as it is an existing synthetic resin film or sheet used for this type of packaging.
Moreover, it is preferable to use a pressure-sensitive adhesive for the adhesive part for fixing the opening and closing of the package, but the adhesive part of the present invention can be used even if it has an adhesive function based on the surface smoothness of the material, such as simple wrapping. include.
Furthermore, the formation of the adhesive portion (adhesive application step) may be performed before or after the business card accommodation space formation step or the welding step.
In addition, the present invention is a device for storing a desktop calendar, but of course, if it is a package equivalent to a desktop calendar (for example, a notebook, notepad, small cosmetics sample, etc.) It is included in the scope.

According to the manufacturing method of the present invention, a transparent process for storing a desktop calendar having a business card storage space is introduced by introducing a simple process of folding one part of one of two sheets of film material to the other side. There exists an advantage which can manufacture a resin film package easily and at low cost.
And the transparent resin film packaging body which stores a desktop calendar | calendar is equipped with the business card accommodation space provided with the opening part in this, The accommodation or taking-out of a business card is very much without opening a packaging body conventionally It can be easily and easily performed, and can be used conveniently for sales promotion. And since it is a package body by a transparent resin film, the presence or absence of the storage of a business card can be easily visually recognized not to mention a calendar.
Accordingly, other specific advantages of the present invention will become apparent from the following description.

In carrying out the present invention, the calendar accommodation space (3) and the business card accommodation space (5) are bent with respect to the second sheet (2A) of the first sheet (1A) having the same width, and the sheets (1A, 2A). ) Is preferably formed by welding the side edges.
With such a configuration, it can be easily configured by bending and welding two sheets and one of the other.

Moreover, it is preferable that the opening part (4) of the said business card accommodation space (5) is inclined at a predetermined angle with respect to the up-down direction of the said packaging main body (1E).
If comprised in this way, when storing a business card in the said business card accommodation space (5), not only the insertion method from the top to the bottom, but it is made to slide to a horizontal direction and the corner | angular part of a business card is easily opened (4 ) Can be inserted.
This configuration can be easily formed simply by using one of the second sheets cut at an angle.

Schematic which shows 1 process of the manufacturing method of the package concerning this invention. Schematic which shows 1 process of the manufacturing method of the package concerning this invention. Schematic which shows 1 process of the manufacturing method of the package concerning this invention. Schematic which shows 1 process of the manufacturing method of the package concerning this invention. Schematic which shows 1 process of another manufacturing method of the package concerning this invention. Schematic which shows 1 process of another manufacturing method of the package concerning this invention. Schematic which shows 1 process of another manufacturing method of the package concerning this invention. Schematic which shows 1 process of another manufacturing method of the package concerning this invention. The whole perspective view of the package concerning this invention. AA sectional drawing in FIG. 9 of the package concerning this invention. The whole perspective view which shows another aspect of the package concerning this invention. Schematic which shows 1 process of the manufacturing method of another aspect of the package concerning this invention. Schematic which shows 1 process of the manufacturing method of another aspect of the package concerning this invention. Schematic which shows another aspect of the package concerning this invention.

  A first method using two long sheets having different widths will be described with reference to FIGS. 1 to 4 regarding a method for producing a transparent resin film package for housing a desktop calendar according to the present invention.

As shown in FIG. 1, a transparent resin film having a predetermined width and length (here, PP is used as a material, but an appropriate known material used for lapping such as OPP and PET may be used. The second long sheet 2A having a width shorter than that of the long sheet 1A is separated from the side edges 1a of the first long sheet 1A formed by the above-described method from the both end edges in the longitudinal direction. Position. That is, here, the first and second long sheets 1A and 2A are conveyed in the long direction.
The width of the second long sheet 2A is set to be slightly longer than the width of the calendar to be accommodated (see L3 described later: or the length for the long side).

  Next, as shown in FIG. 2, a folded portion 1B having a predetermined length L1 at one side end of the first long sheet 1A is folded back at one side end 2d of the second long sheet 2A. Overlay on the sheet 2A. Then, as shown in FIG. 3, the first long sheet 1A and the second long sheet 2A are sequentially cut by the heated sealer 6 at intervals of the storage calendar width L3 in the width direction. At the same time, it is fixed by heat welding.

  Accordingly, a space between the one side surface 1a of the first long sheet 1A and the one side surface 2a of the second long sheet 2A is formed in the calendar housing space 3. And between the other side 2c of the said 2nd long sheet | seat 2A and the one side 1a of the folding | returning part 1B of the said 1st long sheet | seat 1A, it forms in the business card accommodation space 5 provided with the opening part 4. FIG.

  Further, as shown in FIG. 4, a pressure-sensitive adhesive is applied by a roller 7 to the edge portion side of the folded portion 1c at the other side end of the first long sheet 1A to form an adhesive portion 1e. Thus, the calendar housing space 3 can be opened and closed by folding the folded portion 1c toward the second long sheet 2A.

Next, a second manufacturing method using two long and short sheets having the same width will be described below with reference to FIGS. In addition, the same number is used about the same conceptual member and site | part in description of the said 1st manufacturing method.
First, as shown in FIG. 5, a second short sheet 2D having a predetermined width and length on one side surface 1a of a first long sheet 1D that is substantially the same width as the first long sheet 1D and a short length. Are positioned at predetermined intervals L1 and L2 from both ends in the longitudinal direction. That is, here, both sheets are cut in advance to a length for completing one package. However, when the flow operation process is employed, the two long sheets can be conveyed in the same longitudinal direction, and the second short sheet 2D can be cut shorter to implement a series of flow operations.

Next, as shown in FIG. 2, the folded portion 1B at one side end of the first long sheet 1D is folded at the one side end 2d of the second short sheet 2D and overlapped with the first long sheet 2D.
Next, as shown in FIG. 3, both side edges of the first long sheet 1 </ b> D and the second short sheet 2 </ b> D are fixed by heat welding with a heated sealer 6.

  Further, a space between the one side surface 1a of the first long sheet 1D and the one side surface 2a of the second short sheet 2D is formed in the calendar housing space 3, while the other side surface 2b of the second short sheet 2D and the above-mentioned A space between the side surface 1a of the folded portion 1B of the first long sheet 1D is formed in a business card housing space 5 having an opening 4.

  Further, the adhesive portion 1e is formed by applying a pressure-sensitive adhesive to the end edge portion 1b of the folded portion 1B on the other side end of the first long sheet 1D with a roller 7, and thus the folded portion 1B. The calendar housing space 3 is closed by folding back to the short sheet 2D side.

Thus, the transparent resin film package for storing the desktop calendar manufactured by the first or second method is provided on one side surface of the packaging body 1E forming the calendar accommodation space 3 as shown in FIG. The business card housing space 5 is provided.
In FIG. 10, the calendar housing space 3 and the business card housing space 5 are exaggeratedly drawn, but as a package, a film sheet is actually in close contact with a sufficiently thick calendar due to its material deformation. It can also accommodate thin business cards. In the figure, 8 indicates a calendar and 9 indicates a business card.

Next, an example of a partial modification of the transparent resin film package that houses the desktop calendar will be described with reference to FIGS. 11 to 13.
Similar to the above-described embodiment, an opening / closing lid 1F is provided at the top, and an opening 4 is provided on one side of the packaging book 1E having the calendar housing space 3 between the upper end and the lower end of the packaging body 1E. Further, the calendar storage space 3 and the business card storage space 5 are bent with respect to the second sheet 2 of the first sheet 1A having the same width, and the sheet 1A, The same is true for the points formed by welding the side edges of 2A.

However, the difference here is that the opening 4 of the business card accommodation space 5 is inclined at a predetermined angle with respect to the vertical direction of the packaging body 1E.
With such a configuration, when a business card is stored in the business card storage space 5, not only the insertion method from the top to the bottom, but also the sliding of the business card in the horizontal direction, the corner of the business card can be easily inserted from the opening 4 can do.

  The structure of the opening 4 can be configured by easily forming the first sheet 1D by simply using an end cut of the first sheet 1D. As shown in FIG. 12, the opening 4 has a predetermined width and length. A second sheet 2D having the same width as that of the first sheet 1D and a short length is positioned on one side surface 1a of the first sheet 1D having a distance from the both end edges in the longitudinal direction with a predetermined distance L1, L2. However, the lower end portion of the first sheet 1D is cut obliquely in advance.

Therefore, as shown in FIG. 13, when the folded portion 1B at one side end of the first long sheet 1D is folded at the one side end 2d of the second short sheet 2D and overlapped with the first long sheet 2D, The lower end portion automatically forms the oblique opening 4.
Since the other welding process and the adhesion part forming process are the same as, for example, the second manufacturing method described above, description thereof is omitted here.

In addition, in the case of configuring by the first manufacturing method described above, as shown in FIG. 14, if the lower end side of the first long sheet 1A is formed in a waveform W (zigzag), It can be similarly configured. In this case, it becomes the package for two pieces with one waveform. That is, a cut by a sealer is made at the positions of the trough and the top of the corrugation (the broken line indicates the cut position), and the opening 4 is in an oblique cut state in the opposite direction. Become.
In the figure, an arrow indicates the conveyance direction of the first long sheet 1A, and a broken line in the same direction indicates a folding position.
Of course, as the lower end portion side of the first long sheet 1A, a single flow or a shape like a saw roof that forms a package for one wave may be prepared.

  The present invention was devised as a desktop calendar package, but it can also be used as a package for articles (equivalents) generally used for promotional purposes such as notebooks and memo pads. Is wide.

1A: 1st long sheet 1B: Folded part 1a: One side 1c of the first long sheet 1c: Folded part 1e: Adhesive part 2A: Second long sheet 2d: One side edge 2a of the second long sheet: One side 2c of the second long sheet: the other side 3 of the second long sheet 3: calendar accommodation space 4: opening 5: business card accommodation space L1: one interval L2: the other interval L3: storage calendar width

Claims (3)

A transparent resin film packaging for storing a desktop calendar,
An opening (4) is provided on one side of the packaging body (1E) having an opening / closing lid (1F) at the top and having a calendar housing space (3) between the upper end and the lower end of the packaging body (1E). A transparent resin film package for storing a desktop calendar, characterized in that it includes a business card storage space (5) provided with a).   The calendar accommodation space (3) and the business card accommodation space (5) are bent with respect to the second sheet (2A) of the first sheet (1A) having the same width, and the side edges of the sheets (1A, 2A) are welded. The transparent resin film package for storing the desktop calendar according to claim 1, characterized in that it is formed by:   The opening (4) of the business card accommodation space (5) is inclined at a predetermined angle with respect to the vertical direction of the packaging body (1E). Transparent resin film package that houses the desktop calendar.

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