JP5949452B2 - A box with a pop-up that produces sound - Google Patents

Description

  The present invention relates to a packaging box provided with a pop-up display, and a box that produces sound simultaneously with pop-up.

  In the field of boxes that contain confectionery and the like for sale, a pop-up display rises at the same time as the opening operation, and this is aimed at a sales promotion effect.

  Similarly, Patent Document 2 discloses a box body in which a rhythmic breaking sound is generated when a zipper is torn and opened, aiming at a sales promotion effect. This box is configured so that the breaking sound becomes rhythmical by devising the pitch of the breaking lines constituting the zipper.

JP 2002-53125 A JP 2012-126413 A

  The present invention was devised to further enhance the sales promotion effect, and its purpose is to devise the relative movement between the members constituting the pop-up display, thereby simultaneously performing the pop-up operation and the sound generation. It is to provide a box that can be repeated.

The box of the present invention includes a “peristaltic plate” that can swing between “a closed position overlapping one main side wall plate” and “an open position opened from the main side wall plate at a predetermined angle”. It is equipped with a “pop-up structure” that stands up when opened.
The pop-up structure part includes a “movable plate”, and the “movable plate” rises from a posture that overlaps the inner surface of the peristaltic plate when the peristaltic plate is opened, and from the raised position when the peristaltic plate closes. Return to the position where it overlaps.
On the inner surface of the sliding plate, there is a “peristalizing flap”, which rises from a position that overlaps the inner surface of the sliding plate when the sliding plate opens, and swings from the raised position when the sliding plate closes. Return to the position overlapping the inner surface of the plate.
An elastic “sounding flap” is formed on the movable plate, and a plurality of “sounding protrusions” are formed at predetermined intervals on the curved and extending upper edge of the peristaltic flap. As the sliding plate opens and closes, the “pronunciation protrusion” plays the “pronunciation flap”, which produces a sound.

  In the present invention, the term “main side wall plate” refers to a side wall plate that forms a double wall together with a rocking plate among a plurality of side wall plates of the box, and is distinguished from other side wall plates. It is used for.

In the box, the “movable plate” and the “swinging flap” are swingable with respect to the inner surface of the “swinging plate” between a position overlapping the inner surface and a position rising from the inner surface. As another example, the inner surface of the “main side wall plate” may be swingable between a position overlapping with the inner surface and a position rising from the inner surface, and in that case, sound can be produced on the same principle. .
Note that the “inner surface” of the “oscillating plate” and the “main side wall plate” means a surface (a surface on which the pop-up structure portion is provided) that overlap each other.

In the box of the present invention having the above-described configuration, every time the “oscillation plate” repeatedly swings with respect to the “main side wall plate”, the pop-up structure portion is repeatedly raised and stored, and at the same time, The “pronunciation protrusion” plays the “pronunciation flap”, which produces a sound.
In other words, the following effects can be recognized in the present invention.
(A) A double effect of “pop-up display” and “sound generation” should be obtained.
(B) Both “pop-up display” and “sound generation” are reproduced repeatedly.

In the conventional example described at the beginning, either “pop-up display” or “sound generation”, or “sound generation” only occurs once when the zipper is broken. However, there is room for further improvement in terms of sales promotion effects.
In the present invention, a further excellent sales promotion effect can be expected due to the effects (a) and (b).

Explanatory drawing which shows the packaging box which concerns on one Embodiment of this invention. The schematic cross section explaining the pop-up structure part 50 in the packaging box of FIG. FIG. 2 is an enlarged perspective view showing FIG. 1B with the plate body 70 omitted. The expanded view which shows an example of the blank for making a box. The expanded view which shows an example of the blank for making the base 60 of the pop-up structure part 50. FIG. Explanatory drawing which shows the application example utilized as a mail.

  A packaging box 100 according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings. Fig.1 (a) shows the state which the pop-up structure part 50 of the packaging box 100 closed, and FIG.1 (b) has shown the open state.

≪Main side wall plate 10 and sliding plate 20≫
The top surface of the box 100 shown in FIG. 1A is configured as a double wall from the main side wall plate 10 and the peristaltic plate 20, and a pop-up structure 50 is accommodated between the two. The swing plate 20 can swing between a “closed position overlapping the main side wall plate 10 (FIG. 1 a)” and a “open position opened from the main side wall plate 10 at a predetermined angle (FIG. 1 b)”.
The term “main side wall plate” is used to distinguish one side wall plate that forms a double wall together with the swing plate from the other side wall plate.

  The oscillating plate 20 is initially broken along the breaking line 21, but thereafter can be repeatedly oscillated around the ridgeline 22 as the oscillation center. Further, an insertion flap 23 is continuously provided on the side of the swing plate 20, and is inserted into a slit 31 (see FIG. 4) provided in the side wall plate 30, thereby closing the swing plate 20 (see FIG. 4). It is possible to fix to 1a).

≪Pop-up structure 50≫
When the sliding plate 20 is opened, the pop-up structure 50 is raised. In the present invention, a clicking sound is generated at the same time. This sound is also generated when the rocking plate 20 is closed and the pop-up structure 50 is folded. That is, the sound can be generated repeatedly in conjunction with the swinging motion of the swinging plate 20.

≪Mechanism to generate sound≫
The principle of generating sound in the packaging box 100 will be described. The sound is generated using the “movable plate 65 that is a part of the pop-up structure 50” and “the swing flap 25 provided on the inner surface 20a of the swing plate 20” shown in FIG.

≪Movable plate 65≫
FIG. 2 is a schematic diagram for explaining the movement of the movable plate 65, and a section of the double wall structure composed of the main side wall plate 10 and the peristaltic plate 20 is taken along the line 2-2 in FIG. This is a simplified illustration.
The pop-up structure 50 sandwiched between the main side wall plate 10 and the sliding plate 20 is composed of a pedestal 60 and a plate body 70 placed thereon, both of which can be folded. When the swing plate 20 is opened from the state of FIG. 2A to FIG. 2B, the pop-up structure 50 (the pedestal 60 + the plate body 70) pops up. In FIG. 2, for the sake of clarity, the pedestal 60 and the plate body 70 are depicted physically separated from each other.
The movable plate 65 is one wall surface constituting the pedestal 60 that is a part of the pop-up structure 50, and rises as shown by the arrow A in FIG. In other words, the movable plate 65 rises from a posture that overlaps the inner surface 20a of the peristaltic plate when the peristaltic plate 20 opens. And when the peristaltic plate 20 closes, it can return to the position which overlaps with the inner surface 20a of the peristaltic plate from the position which stood up.

≪Oscillating flap 25≫
As shown in FIG. 1B, the swing flap 25 is fixed to the inner surface 20a of the sliding plate so as to be swingable. When the peristaltic plate 20 opens, the swinging flap 25 rises from a posture overlapping the peristaltic plate inner surface 20a. Moreover, when the peristaltic plate 20 is closed, it can return to the position where it overlaps the peristaltic plate inner surface 20a from the raised position.

≪Principle of pronunciation≫
FIG. 3 is an enlarged view for explaining the sound generation principle, in which the plate body 70 is omitted from the state of FIG. 1B, and the periphery of the movable plate 65 and the swinging flap 25 is shown enlarged.
The movable plate 65 is formed with a sound generation flap 67 by inserting a U-shaped slit 67a on the plate surface. Since the movable plate 65 is made of a cardboard or other material having an appropriate elasticity, when the free edge of the sound generation flap 67 is played, a crackling sound is produced.
On the other hand, the peristaltic flap 25 is connected to the fixed piece 26 through the crease X, and can be swung with respect to the inner surface 20a by bonding the fixed piece 26 to the inner surface 20a of the swing plate. It is fixed to.
An upper end edge 25a of the peristaltic flap 25 is curved and extends in an arc shape, and a plurality of sounding projections 27 are formed at intervals. The “pronunciation protrusion” means a protrusion for generating sound by playing the sound generation flap 67.
As the swing plate 20 swings, the movable plate 65 swings about the crease Y. At this time, the sound generation flap 67 also turns about the crease Y, and the arcuate shape of the swing flap 25 is reached. It swings so as to trace the upper edge 25a. At that time, the plurality of sound generation protrusions 27 formed on the arcuate upper edge 25a play the sound generation flap 67, thereby producing a sound.

  The rhythm of the crackle sound can be adjusted by adjusting the number and interval of the plurality of sound generation protrusions 27.

<Configuration of blank 110 constituting the box>
In the present invention, as described above, the “movement of the pop-up display” and the “generation of sound” are performed by the relative movement among the members constituting the rocking plate 20, the main side wall plate 10, and the pop-up structure 50. As long as it can be generated simultaneously and repeatedly, the box may be assembled in any way. Typically, a box is formed by assembling a blank, but the specific shape of the blank is not limited to a specific one. FIG. 4 shows a developed example of a blank.

The packaging box 100 shown in FIGS. 1 to 3 (a portion excluding the pop-up structure 50) can be assembled from one blank 110.
The blank 110 has, as main components, “main side wall plate 10”, “side wall plate 30”, “back wall plate 80”, “side wall plate 35”, “swing plate 20”, “insertion flap” from the left side in FIG. 23 ", and these are connected continuously via a crease.

The “side 1” continuously provided on the left side of the main side wall plate 10 is bonded and fixed to the back side of the side wall plate 35, so that the main side wall plate 10 and the back wall plate 80 face each other. And the rocking | fluctuation board 20 is piled up on the main side wall board 10, and a double wall is comprised (the pop-up structure part 50 is inserted | pinched between this double wall). The back wall plate 80 is located on the bottom side in FIG.
The portions 30 ′ and 30 ′ located on both sides of the insertion flap 23 on the blank 110 are adhesively fixed on the side wall plate 30 and recognized as the side wall plate 30 in FIG. 1A after assembly. Can do. The insertion flap 23 connected to the right side of the swing plate 20 is inserted into a slit 31 formed in the side wall plate 30 after assembly.

  The insertion flap 93 located on the upper end side in FIG. 4 is used for taking out and resealing the confectionery that is the contents, and is formed on the side wall plate 90 in the assembled box. Is inserted into the slit 91 formed. The portions 90 ′ and 90 ′ located on both sides of the insertion flap 93 are bonded and fixed to the flap 90 to constitute one side wall plate.

  Thus, the following merit can be acquired by providing the opening-and-closing part for taking out the contents in the place different from the double wall structure part for pop-up. That is, even when the swinging plate 20 is opened, the main side wall plate 10 exists under the swing plate 20, and thus the wall surface is kept closed, so that there is no risk of the contents being accidentally spilled. Further, no foreign matter is mixed in.

  Further, the flap 95 continuously provided below the swinging plate 20 is bonded and fixed to a “margin 2” continuously provided below the back wall plate 80 to constitute one side wall plate. This side wall plate faces the side wall plate 90 in the assembled state.

≪Configuration of blank 120 constituting pedestal≫
The pedestal 60 constituting a part of the pop-up structure 50 is not limited to this, but can be assembled from one blank 120. An example of this is shown in a developed view in FIG. This example is characterized in that the pedestal 60 and the swing flap 25 are composed of a single blank.

Each component of the blank 120 will be described in comparison with FIG. The top plates 77 and 78 are located on the top surface of the pedestal 60 in FIG. 3, and the plate body 70 is fixed thereon. A movable plate 65 is connected to the left side of the top plate 77, and another movable plate 85 is connected to the right side of the top plate 78 (in the illustrated embodiment, the sound generating element is on the side of the movable plate 85). Not placed).
The “margin 4” continuously provided on the right side of the movable plate 85 is bonded and fixed to the inner surface 10a of the main side wall plate 10. Then, the central wall 75 extends upward between the two movable plates 65, 85, and the “margin 5” is bonded and fixed to the back side of the top plate 78. The central wall 75 has the following existence significance. That is, if the central wall 75 does not exist, when the rocking plate 20 is opened and popped up, the plate body 70 is not sufficiently opened, and is bent into a “<” shape. Since the central wall 75 exists, the plate body 70 is pushed up at the time of pop-up, and such inconvenience can be solved.
The movable plate 65 on the left side of the top plate 77 is formed with a sound generation flap 67 that can elastically vibrate by inserting a U-shaped slit 67a as described above. Further, the movable plate 65 has a dog-shaped opening (channel) 80 having a certain width. The channel 80 is composed of two parts 80a and 80b, and its function is as follows.

  The “margin 3” continuously provided on the left side of the movable plate 65 is bonded and fixed to the inner surface 20a of the swing plate 20. Then, the fixed piece 26 is folded and inserted into the channel portion 80a, and the swing flap 25 is inserted into the channel portion 80b. Further, when the fixing piece 26 is bonded and fixed to the inner surface 20a of the swing plate 20, the swing flap 25 swings on the swing plate inner surface 20a around the crease X as shown in FIG. It becomes possible to do.

  The bridge portion 79 connected to the upper edge of the movable plate 85 bonds and fixes the “margin 6” to the back side of the movable plate 65, thereby connecting and reinforcing the movable plate 65 and the movable plate 85 like a bridge. The bridge portion 79 also has the following existence significance. That is, if the bridge portion 79 does not exist, the movable plate 65 caught by the sound generation projection 27 cannot move in the central direction and stops at that position, and as a result, even if popped up, the plate body 70 is not positioned at the center (in FIG. 1b). It can happen that it is offset to the left). Since the bridge portion 79 is present, a force for pulling up the movable plate 65 acts at the time of pop-up, so that such inconvenience can be avoided.

≪Behavior after assembly≫
The behavior of each member after assembling the blanks 110 and 120 as described above will be described with reference to FIG. When the oscillating plate 20 is oscillated around the crease 22, the movable plate 65 oscillates around the crease Y. At the same time, the swing flap 25 swings around the crease X while being supported in the channel portion 80b.
During this time, the sound generation flap 67 formed on the movable plate 65 also swings along the arcuate upper edge 25a of the swing flap 25, and at this time, a plurality of sound generations discretely formed on the upper edge 25a. The protrusion 27 plays the sound generation flap 67, thereby generating a sound.

  Even if the “pedestal 60 including the movable plate 65” and the “swinging flap 25” are separately formed and attached to the inner surface 20a of the swinging plate, sound can be generated in the same manner as described above. is there. However, if both are assembled from a single blank 120 as shown in FIG. 5, the number of parts can be reduced and the cost can be reduced.

≪Modification≫
In the embodiment described with reference to FIGS. 1 to 5, the swing flap 25 and the movable plate 65 swing on the inner surface 20 a of the swing plate 20. However, on the inner surface 10 a of the main side wall plate 10. Thus, the swing flap 25 and the movable plate 65 can be configured to swing, and sound can be produced on the same principle.
The “inner surface” of the rocking plate 20 and the main side wall plate 10 means a surface that overlaps each other (a surface on which the pop-up structure portion is provided).

  In the illustrated embodiment, the rocking plate 20 can be rocked by first breaking along the breaking line 21. As another example, the rocking plate 20 can be swung from the beginning, and a structure that can maintain the closed state of the pop-up structure 50 by the insertion flap 23 and the slit 31 or other locking means is adopted. May be.

≪ Form used as mail ≫
The box of the present invention can be used as a packaging box for storing and selling confectionery and the like, and can also be configured as a postal matter that is mailed while packaging the confectionery. FIG. 6 illustrates one such application.

In the packaging box 200, the wall surface shown in FIG. 6A corresponds to the back wall plate 80 in FIG. 4, and a display unit functioning as a postcard is provided on this surface. This may be printed directly or a sheet affixed to another sheet.
The opposite side wall shown in FIGS. 6B and 6C is formed as a double wall from the main side wall plate 10 and the swing plate 20, and the pop-up structure portion 50 is the same as in the embodiment described above. Is provided inside. An entry field for entering a message or the like is provided on the outer surface 20 b of the swing plate 20. This may also be printed directly or a sheet affixed to another sheet.

The person who receives this mail can read the written message and break open the rocking plate 20 to enjoy the pop-up and the sound generation repeatedly.
As can be understood from FIG. 6 (c), the box of this aspect exhibits a self-standing function that can stand alone, and can be enjoyed as a display that is displayed on a desk, for example.
In addition, since there is a display unit for writing the address on the surface (back wall plate 80) opposite to the double wall that can be torn open, the part displaying the address is not inadvertently torn, and therefore the mail is surely sent. Has the advantage of arriving.

100, 200 Packaging box 10 Main side wall plate 20 Oscillating plate 21 Break line 22 Ridge line
23 Insertion flap 25 Oscillating flap 26 Fixed piece 27 Sounding projection 30 Side wall plate 31 Slit 35 Side wall plate 50 Pop-up structure 60 Pedestal 65 Movable plate 67 Sounding flap 67a Slit 70 Plate body 75 Central wall 77, 78 Top plate 80 Channel (opening) Part)
80a, 80b Channel portion 85 Movable plate 90 Side wall plate 91 Slit 93 Insertion flap 95 Side wall plate 110 Blank 120 Blank X, Y Folded

Claims (3)

A peristaltic plate (20) capable of swinging between a closed position overlapping one main side wall plate (10) and an open position opened from the main side wall plate (10) at a predetermined angle;
A box comprising a pop-up structure (50) that rises when the sliding plate (20) is opened,
The pop-up structure part (50) includes a movable plate (65), and the movable plate (65) rises from a posture overlapping with the inner surface (20a) of the peristaltic plate when the peristaltic plate (20) is opened. When 20) closes, it returns from the raised position to the position overlapping the inner surface (20a) of the sliding plate,
The peristaltic plate inner surface (20a) is provided with a peristaltic flap (25), and when the peristaltic plate (20) is opened, the peristaltic flap (25) rises from a position overlapping the peristaltic plate inner surface (20a), When the peristaltic plate (20) closes, it returns from the raised position to the position overlapping the peristaltic plate inner surface (20a),
The movable plate (65) is formed with a resilient sounding flap (67), and the peristaltic flap (25) has a plurality of sounding projections at predetermined intervals on the curved and extending upper edge (25a). (27) is formed, and the sound generation protrusion (27) plays the sound generation flap (67) with the opening and closing operation of the peristaltic plate (20), thereby producing sound.
A peristaltic plate (20) capable of swinging between a closed position overlapping one main side wall plate (10) and an open position opened from the main side wall plate (10) at a predetermined angle;
A box comprising a pop-up structure (50) that rises when the sliding plate (20) is opened,
The pop-up structure part (50) includes a movable plate, and when the peristaltic plate (20) is opened, the pop-up structure part (50) rises from a posture overlapping the main side wall plate inner surface (10a) and the peristaltic plate (20) is closed. , Returning from the position where it got up to the position overlapping the main side wall plate inner surface (10a),
A peristaltic flap is provided on the inner surface (10a) of the main side wall plate. When the peristaltic plate (20) is opened, the peristaltic flap rises from a posture overlapping with the inner surface (10a) of the main side wall plate. ) Closes, it returns from the position where it got up to the position overlapping the inner surface of the main side wall plate (10a),
The movable plate has a resilient sounding flap, and the peristaltic flap has a plurality of sounding projections formed at predetermined intervals on the curved and extending upper edge of the peristaltic plate (20). A box body characterized in that a sounding projection plays a sounding flap as a result of opening and closing operations, thereby producing sound.
The pop-up structure (50) includes a pedestal (60) having the movable plate (65) in part, and a plate body (70) that is placed on the pedestal (60) and opens and closes.
The box according to claim 1 or 2, characterized in that the pedestal (60) and the peristaltic flap (25) are constructed by assembling one blank (120).

Images