JP3225773U - Toy fireworks set - Google Patents

Abstract

The present invention provides a toy fireworks set that can be immersed in water without separately preparing a firework used after ignition and that can easily dispose of wet fireworks immersed in water. A toy firework set (5) includes an outer bag (10), a fireworks unit (20) contained in the outer bag, a foldable container (40), a loop-shaped part (50) for attaching the foldable container to the outer bag, and an outer bag. And a bag body 60 with an absorbent contained therein. The firework unit 20 has a backing sheet and a bagged fireworks 30 held by the backing sheet. In order to use the toy fireworks set, the loop-shaped part is cut, the foldable container is taken out, and water is put in advance. The fireworks 30a used by igniting are immersed in water in a foldable container, and thereafter, the absorbent in the absorbent-containing bag is put into water, and the water is hardened into a gel to facilitate disposal. [Selection diagram] Fig. 1

Description

  The present invention relates to a toy fireworks set.

  Conventionally, there is a toy fireworks set. Generally, a toy fireworks set generally has a fireworks unit 120 put in an outer bag 110 like a toy fireworks set 105 shown in FIG. The firework unit 120 is obtained by attaching a firework 130 in a bag to a mount 121, and the firework 130 in a bag is obtained by putting fireworks in a vertically long bag.

  In addition, the applicant has applied for a design registration described in Patent Document 1 as a mount for attaching toy fireworks.

Japanese Patent No. 1573219

  However, when using a toy fireworks set in which the fireworks unit 120 is placed in the outer bag 110 as shown in FIG. 18, a container (a container such as a bucket) filled with water is prepared in advance, and the fireworks are ignited. After use, it is necessary to put out the fireworks in the container and soak it in water to extinguish the fire.

  Furthermore, fireworks soaked in water must dispose of the fireworks in a wet state, and have a waterproof function such as a polyethylene bag in advance to prevent the garbage bag or trash box for putting fireworks from getting wet. It is necessary to put the fireworks in the bag and throw away the bag containing the fireworks.

  Therefore, the present invention provides a toy fireworks set in which fireworks used after ignition can be immersed in water without preparing a separate container, and furthermore, wet fireworks immersed in water can be easily disposed of. It is intended to do so.

  The present invention was created to solve the above problems, and firstly, a toy fireworks set, comprising a firework (30a), an outer bag (10) for storing fireworks, and A container (40) for containing water for igniting the used fireworks and an absorbent bag (60) containing an absorbent for hardening the water into a gel. Features.

  In the toy fireworks set of the first configuration, water is put in a container. Then, put the fireworks used in the fire into the water in the container, digest them without fail, and when the appreciation of the spark effect by igniting the fireworks is completed, put the absorbent in the absorbent bag into the water. And harden the water.

  Therefore, in the toy fireworks set, since a container is provided, the fireworks used by igniting can be immersed in water without preparing a separate container, and further, a bag body containing an absorbent is provided. Since the water in the container can be solidified by the absorbent, the used fireworks can be immersed in the water and the wet fireworks can be easily disposed of.

  Secondly, in the first configuration, the absorbent-containing bag is stored in an outer bag.

  Thirdly, in the above first or second configuration, the container is housed in an outer bag.

  Fourth, the container is fixed to the outer surface of the outer bag.

  Fifth, in the first or second configuration, a loop-shaped portion (50) formed in a loop shape is provided, a first hole (18) is provided in an outer bag, and A second hole (42H, 44H) is provided, the loop is inserted through the first hole and the second hole, and the container is provided outside the outer bag in a state hanging from the loop. It is characterized by being.

  Therefore, since the container is hung outside the outer bag, the presence of the container can be emphasized to the purchaser.

  Sixth, in the above-described fifth configuration, the outer bag is formed of a sheet-like member, and the outer bag has three parts, a front part (12) having a square sheet shape and a front part. It has a square sheet-like rear part (14) continuously provided from the sides, and a glue margin part (16) continuously provided from one of the front part and the rear part. The first hole is provided on the front and the back, and when the front and the back are overlapped, the first hole is provided on the front and the back. The first hole of the part is overlapped with the first hole, and the loop-shaped part is inserted through the first hole of the front part and the first hole of the back part.

  Seventh, in any one of the first to sixth configurations, a small bag (30b) for storing fireworks is provided, and a fireworks in a bag (30) containing fireworks in the small bag is provided. It is stored in an outer bag.

  Eighthly, in any one of the above first to sixth configurations, a small bag (30b) for storing fireworks and a bagged fireworks (30) formed by storing fireworks in small bags are held. (21) is provided, and the fireworks in the bag are stored in the outer bag while being held by the mount.

  Ninth, in the above first or second configuration, a small bag (30b) for storing fireworks and a mount (30) for holding a fireworks (30) in a bag formed by storing fireworks in small bags. 21), a loop-shaped portion (50) formed in a loop shape is provided, and the outer bag is formed of a sheet-shaped member, and the outer bag is formed with a square sheet-shaped front portion (12). A rear part (14) in the form of a square sheet continuously provided from three sides of the front part, and a glue margin part (16) continuously provided from one of the front part and the rear part. The glue margin is adhered to the other of the front part and the back part, and the first hole part (18) is provided in the front part and the back part. The first hole of the container and the first hole of the rear surface are in an overlapping state, and the container has second holes (42H, 44H). The mount is provided with a third hole (28), which is a hole through which the loop-shaped portion is inserted, and the third hole is provided with a first hole of the outer bag in a state where the mount is stored in the outer bag. The loop portion is provided at a position overlapping the hole portion, and the loop portion is inserted through the first hole portion, the second hole portion, and the third hole portion, and the container is provided outside the outer bag in a state of hanging on the loop portion. It is characterized by having been done.

  Therefore, since the container is hung outside the outer bag, the presence of the container can be emphasized to the purchaser.

  In a tenth aspect, in any of the first to ninth configurations, the container is a foldable container.

  Eleventh, a toy fireworks set includes a firework (30a), a bagged fireworks (30) composed of small bags (30b) containing fireworks, and a mount (21) holding the bagged fireworks. A fireworks unit (20), an outer bag (10) for storing the fireworks unit, a foldable container (40) for containing water for igniting the used fireworks, and a loop formed in a loop shape A part (50) and an absorbent-containing bag body (60) that is a bag body containing an absorbent for hardening water into a gel, wherein the outer bag is formed of a sheet-like member, The outer bag has a front part (12) in the form of a square sheet, a rear part (14) in the form of a square sheet continuously provided from three sides of the front part, and a front part and a rear part. A glue margin portion (16) continuously provided from either one of the glue margin portions; A first hole (18) is provided in the front and back portions, and when the front and back portions are overlapped, the first hole portion in the front portion and the first hole in the back portion are provided. The hole is in an overlapping state, the container is provided with second holes (42H, 44H), and the mount has a third hole (28) which is a hole for inserting a loop-shaped portion. The third hole is provided at a position overlapping with the first hole of the outer bag in a state where the mount is stored in the outer bag, and the loop-shaped portion is provided with the first hole, the second hole, and the third hole. The container is inserted into the three holes, the container is provided outside the outer bag in a state of hanging from the loop-shaped portion, and the absorbent-containing bag is housed in the outer bag.

  In the toy fireworks set of the eleventh configuration, the loop-shaped portion is cut, the container is separated from the toy fireworks set, taken out, and the container is formed into a container and filled with water. Then, ignite the used fireworks into the water in the foldable container, digest them without fail, and when the appreciation of the spark effect by igniting the fireworks is over, the absorbent in the absorbent bag is filled with water. Add and solidify the water.

  Therefore, in the toy fireworks set, since a container is provided, the fireworks used by igniting can be immersed in water without preparing a separate container, and further, a bag body containing an absorbent is provided. Since the water in the container can be solidified by the absorbent, the used fireworks can be immersed in the water and the wet fireworks can be easily disposed of.

  Further, since the container is hung outside the outer bag, the presence of the container can be emphasized to the purchaser.

  In the sixth, ninth, and eleventh configurations, the “glue margin portion (16) provided continuously from one of the front portion and the back portion” is “connected from one of the front portion and the back portion”. The glue margin portion provided may be a glue margin portion (16) continuously provided from a side portion other than the side portion where the front portion and the back portion are continuously provided.

  In a twelfth aspect, in the tenth or eleventh configuration, the container includes a container front part (42) made of a sheet-shaped member, a container back part (44) made of a sheet-shaped member, and a substantially square shape. A container bottom portion (46) made of a sheet-shaped member, wherein the container front portion and the container back portion have a linear bottom side, a linear left side, and a linear right side; In the back part, the left side and the right side make a substantially right angle to the bottom side, and the length between the left side and the right side in the container front part and the length between the left side and the right side in the container back part are formed substantially the same, and the container bottom part Is formed to be substantially the same as the length between the left side and the right side of the container front part, and the container bottom part is folded in two through the left-right bent line (46-1). , The bottom of the container, which is the area on the front side in the folded state of the bottom of the container, A region (47a) along the bottom side, which is the side of the part (47) opposite to the polygonal line, is adhered to the inner surface of the region (42a) along the bottom of the container front part, and the left side in the bottom part front part (47b) is adhered to the inner surface of the area (42b) along the left side of the container front part, and the area (47c) along the right side of the bottom part front part is attached to the right side of the container front part. Is adhered to the inner surface of the area (42c) along the base line, and along the bottom side which is the side opposite to the polygonal line on the bottom side back part (48) which is the rear side area in the folded state of the container bottom part. The region (48a) is adhered to the inner surface of the region (44a) along the bottom side of the container back surface, and the region (48b) along the left side of the bottom surface back surface is the region along the left side of the container back surface. (44b) is adhered to the inner surface and the bottom surface A region (48c) along the right side of the back portion is adhered to the inside surface of the region (44c) along the right side of the container back portion, and a bottom surface front surface inside a region along the left side of the container front portion The region not adhered to the region along the left side of the portion is adhered to the region not adhered to the region along the left side of the bottom surface back portion on the inner surface of the region along the left side of the container back portion, The area that is not adhered to the area along the right side of the bottom part of the bottom part on the inner surface of the area along the right side of the front part is the bottom part of the bottom part of the inner surface of the area along the right side of the container back part. When the container is bonded to the area not bonded to the area along the right side, the container front part and the container rear part overlap, and the container bottom part is folded in two, the container is in a folded state, while the container front part is Between the unit and the back of the container By expanding the container, the container bottom portion in a folded state is developed to form a water storage space surrounded by the container front portion, the container rear portion, and the container bottom portion.

  In a thirteenth aspect, in the tenth or eleventh configuration, the container is formed by connecting a square container bottom portion (72) with a front side of the container bottom portion via a polygonal line. A front part (74), a container back part (76) connected continuously from a back side part of the container bottom part via a broken line, and a container part connected continuously from a right side part of the container bottom part via a broken line. The container right side part (78), the container left side part (80) continuously connected via a polygonal line from the left side part of the container bottom part, and the container front part connected via a polygonal line, A bent line (m5) is provided continuously from the right side of the container via a polygonal line, and is continuously provided from a corner where the front side of the bottom of the container and the side on the right side of the bottom of the container are in contact with each other. A front right folding piece (82) adhered to the outer surface of the container front part in a folded state in two sides; A corner that is continuously provided from the front part via a polygonal line and is provided continuously from a container left side part via a polygonal line, and a corner where the front side part and the left side part of the container bottom part are in contact at the corner part of the container bottom part. And a front left folding piece (84) adhered to the outer surface of the container front part in a two-fold state via a polygonal line (m6) continuously provided from the part and a continuous line from the container rear part via a polygonal line. And a polygonal line (m7) connected continuously from the right side of the container via a polygonal line, and connected continuously from the corner where the back side of the container bottom and the right side of the container bottom meet at the corner of the container bottom. After being glued to the outer surface of the container back portion in a folded state via the right side, the right folding piece portion (86) is connected to the container back portion via a broken line, and is connected from the container left side portion via a broken line. It is installed continuously, the side of the back side of the bottom of the container and the left side at the corner of the bottom of the container And a left-folding piece (88) that is glued to the outer surface of the container back in a folded state via a polygonal line (m8) that is continuously provided from a corner where the sides of the container contact each other. Is formed by a sheet-shaped member made of paper, and a first ruled line which is a folding ruled line connecting between corners at one diagonal position and a corner at the other diagonal position are formed on the bottom surface of the container. A second ruled line, which is a folding ruled line to be tied, is provided, and a third ruled line, which is a folding ruled line that passes through the intersection of the first ruled line and the second ruled line and is parallel to the right side of the container bottom surface. A ruled line (m11) is provided, and the third ruled line is formed to extend to the container front part and the container back part. In the container front part, the third ruled line is formed on the front side part of the container bottom part. The third ruled line is formed at a right angle to the back side of the bottom surface of the container. The first ruled line and the second ruled line are formed into a valley fold when viewed from the inside of the container, and the third ruled line is formed into a mountain fold when viewed from the inside of the container. The area surrounded by the side, the first ruled line, and the second ruled line and the container front part are folded in two, and the side part on the back side of the container bottom part and the first ruled line in the container bottom part area The region surrounded by the second ruled line and the container back portion are in a folded state, and the container is in a folded state. On the other hand, by expanding the container bottom portion, the container bottom portion and the container front portion are A water storage space surrounded by the container back surface, the container right side surface, and the container left side surface is formed.

  Fourteenth, in any one of the first to thirteenth configurations, the bag (61) in the absorbent-containing bag includes a front portion (62) having a substantially rectangular sheet shape, A back portion (64) having a rectangular sheet shape, one side portion of the front portion and one side portion of the back portion are continuously provided via a polygonal line (61), and the back portion of the front portion is provided. The area (62a) along the three sides that are not connected to the front side and the area (64a) along the three sides that are not connected to the front part on the back side are bonded. Features.

  According to the toy fireworks set based on the present invention, since the container is provided, the fireworks used by igniting can be immersed in water without preparing a separate container, and further, a bag body containing an absorbent is provided. Since the water in the container can be hardened by the absorbent, the used fireworks can be immersed in the water and the wet fireworks can be easily disposed of.

It is a front view of a toy fireworks set. It is a front view of an outer bag. It is a front view of a fireworks unit. It is a front view of a mount. It is a perspective view of a foldable container. It is an exploded perspective view of a foldable container. It is a figure which shows a bag containing an absorbent, (a) is a front view of the bag containing an absorbent, (b) is a development view of the bag containing an absorbent. It is explanatory drawing explaining the method of holding a fireworks in a bag on a mount. It is explanatory drawing explaining the method of holding a fireworks in a bag on a mount. It is explanatory drawing explaining the method of holding a fireworks in a bag on a mount. It is explanatory drawing explaining the method of holding a fireworks in a bag on a mount. It is explanatory drawing explaining the method of holding a fireworks in a bag on a mount. It is explanatory drawing explaining the use method of a foldable container. It is explanatory drawing explaining the use method of a foldable container. It is a perspective view showing other examples of a foldable container. It is a development view showing other examples of a foldable container. It is explanatory drawing which shows the usage method of another example of a foldable container. It is explanatory drawing explaining the conventional toy fireworks set.

  In the present invention, there is provided a toy fireworks set in which fireworks that have been ignited and used can be immersed in water without preparing a separate container, and furthermore, the fireworks immersed in water can be easily disposed of. The purpose was realized as follows.

  The toy fireworks set 5 based on the present invention is configured as shown in FIGS. 1 to 7, and the toy fireworks set 5 includes an outer bag 10, a fireworks unit 20 stored in the outer bag 10, and a foldable container 40. And a loop-shaped portion 50 for attaching the foldable container 40 to the outer bag 10, and an absorbent-containing bag body 60 stored in the outer bag 10.

  Here, the outer bag 10 is a vertically elongated flat bag body, and has a rectangular (specifically, rectangular) front portion 12 and a rectangular (specifically, rectangular) rear portion 14. The outer bag 10 is formed of a sheet-like member. Specifically, a sheet made of a synthetic resin such as PP (polypropylene) is provided. It is formed by a shaped member. In the example of FIG. 2, a transparent portion 12 a is provided on the front portion 12, and printing is performed on an area other than the transparent portion 12 a on the front portion 12 and on the entire surface of the back portion 14. The fireworks inside can be visually recognized through the transparent portion 12a.

  The back portion 14 is continuously provided from three sides of the front portion 12 other than the side where the margin portion 16 is continuously provided. The glue margin portion 16 is a side portion of the front portion 12 and is continuously provided from a side portion other than the side portion where the front portion 12 and the back portion 14 are provided continuously (that is, the three side portions).

  A hole (first hole) 18 is provided in the upper part of the front part 12 and the upper part of the back part 14, and the loop part 50 is inserted into the hole 18. When the front part 12 and the back part 14 are overlapped, the hole part 18 of the front part 12 and the hole part 18 of the back part 14 are in an overlapping state.

  By gluing the glue margin 16 to the lower area outside the back part 14 in a state where the glue margin 16 is bent with respect to the front part 12, the outer bag 10 is closed.

  In the outer bag 10, the glue margin portion 16 is provided continuously from the front portion 12, but may be configured to be continuously provided from the rear portion 14. 12 will adhere to the lower area.

  Next, as shown in FIG. 3, the firework unit 20 is a unit including a mount 21, a plurality of bagged fireworks 30 held on the mount 21, and a candle 32 attached to the mount 21.

  The mount 21 is configured as shown in FIG. 4, and is provided with a plurality of fireworks holding portions 22, a plurality of insertion cutouts 24, and a candle holding portion 26 on a rectangular sheet member. The firework holding portion 22, the insertion cutout 24, and the candle holding portion 26 are provided by forming cutouts in a sheet-like member constituting the mount 21. The mount 21 is the mount disclosed in Patent Document 1 described above. The mount 21 is specifically formed of a sheet member made of paper such as cardboard.

  The firework holding portion 22 has a substantially band-shaped narrow portion 22a and a trapezoidal wide portion 22b provided at the tip of the narrow portion 22a. The firework holding portion 22 has a substantially U-shaped cut. The locking portion 22c is provided by being formed. A semicircular hole 22 d is provided adjacent to the firework holding unit 22. A plurality of firework holding units 22 are provided, and in order from the upper side to the lower side, the firework holding unit group 22A, the firework holding unit group 22B, the firework holding unit group 22C, and the firework holding unit group 22D are provided in this order. In 22A, three fireworks holding portions are provided in a row in the horizontal direction, in the firework holding portion group 22B, two fireworks holding portions are provided in a row in the horizontal direction, and in the firework holding portion group 22C, three firework holding portions are provided. The firework holding units are provided in a row in the horizontal direction. In the firework holding unit group 22D, two firework holding units are provided in a row in the horizontal direction.

  The insertion cuts 24 are arc-shaped cuts that make up approximately one-fourth of a circle, and a plurality (specifically, three) of the cuts 24 for insertion are formed vertically below the fireworks holding portions 22. Is provided. Note that the insertion cut 24 at the uppermost position (that is, the uppermost one of the three insertion cuts 24 arranged in the vertical direction) is provided at a position between the fireworks holding unit group 22C and the fireworks holding unit group 22D. ing.

  The candle holder 26 is provided in a corner area of the lower end of the mount 21 in a front view, and is formed by a substantially Z-shaped cut.

  A hole (third hole) 28 is provided in the upper end region of the mount 21. The hole 28 is a hole through which the linear member 52 is inserted. The hole 28 is provided at a substantially central position in the left-right direction of the mount 21, and is provided at a position corresponding to the hole 18 of the mount 21. When the mount 21 is stored in the outer bag 10, the hole 28 of the mount 21 and the hole 18 of the outer bag 10 overlap (that is, when the mount 21 is stored in the outer bag 10), the hole 28 The linear member 52 of the loop-shaped portion 50 can be inserted through the hole 18 and the hole 28.

  The fireworks are attached to the mount 21 in the state of the bagged fireworks 30, but the lower end of the bagged fireworks 30 is inserted into the insertion notch 24, and the fireworks holding unit 22 fixes the bagged fireworks 30 to the mount 21. The incoming fireworks 30 are held by the mount 21.

  The method of fixing the bagged fireworks 30 to the mount 21 by the firework holding unit 22 is as follows. That is, the upper and lower pair of fireworks holding portions 22 located at the same position in the horizontal direction are pulled out to the front side, and the fireworks 30 in a bag are arranged between the pair of firework holding portions 22 and the mount 21 as shown in FIG. At this time, the lower end of the bagged fireworks 30 in the longitudinal direction is inserted into the cutout 24 for insertion. In order to pull out the firework holding portion 22, the user can easily pull out the firework holding portion 22 by putting a finger into the semicircular hole 22 d adjacent to the firework holding portion 22 and hooking the finger on the firework holding portion 22. Becomes Thereafter, as shown in FIG. 9, the wide portion 22b is inserted into the insertion hole 22b-1 (see FIG. 9) formed in the region of the wide portion 22b while holding the locking portion 22c and rotating the wide portion 22b. When the locking portion 22c is turned into contact with the locked region 23 adjacent to the insertion hole 22b-1 as shown in FIG. The area on the insertion hole 22b-1 in the part 22c is pushed. Then, the tip of the locking portion 22c reaches the back side of the locked region 23, and the locking portion 22c is locked to the locked region 23. 11 and 12 in a state where the locking portion 22c is locked in the locked region 23, the wide portion 22b is formed at the edge of the opening 29 formed in the region of the narrow portion 22a. Lock. As described above, the bagged fireworks 30 are held on the mount 21.

  As described above, the fireworks 30 in a bag can be held on the mount 21 without using an adhesive tape. 8 to 12, the area of the bagged fireworks 30 is hatched in a sand pattern so that the area of the bagged fireworks 30 can be easily understood.

  In addition, the bagged fireworks 30 include a plurality of fireworks 30a and a small bag 30b which is an elongated rectangular bag for holding the fireworks 30a, and the small bag 30b is formed of, for example, PP (polypropylene).

  The outer bag 10 and the firework unit 20 constitute a toy firework set body 7.

  Next, the foldable container 40 is formed of a sheet-like member, is a bag that can be folded flat, and is formed of a sheet-like member made of a synthetic resin (for example, PP (polypropylene)). The foldable container 40 is a fire extinguishing bag, and is used with water contained therein.

  That is, the foldable container 40 is formed as shown in FIG. 6, and includes a front portion (container front portion) 42 made of a square (specifically, a horizontally long rectangular) sheet-like member and a square shape (specifically, A back portion (container back portion) 44 formed of a sheet-like member having the same shape as the front portion 42 and having a horizontally-long rectangular shape, and a bottom surface formed of a square-shaped (specifically, horizontally-long rectangular-shaped) sheet-like member. (Bottom part of the container) 46.

  The front portion 42 and the back portion 44 have a rectangular shape (specifically, a horizontally long rectangular shape), and have at least a linear base, a linear right side, and a linear left side. However, it forms a right angle with the base (may be substantially a right angle), and the length between the left side and the right side in the front portion 42 and the length between the left side and the right side in the back portion 44 are formed to be the same (or substantially the same). ing.

  Further, the bottom surface portion 46 is bonded to the lower end regions of the front portion 42 and the back portion 44 in a state where the bottom portion 46 is bent through a bent line 46-1 formed along the center line in the longitudinal direction (left-right direction). At the same time, the front part 42 and the back part 44 are bonded. The length of the bottom portion 46 in the left-right direction is substantially the same as the length between the left side and the right side of the front portion 42.

  That is, in the state where the bottom portion 46 is bent through the broken line 46-1, the front portion (bottom portion front portion) 47, which is a front-side region in a two-fold state, and the back side through the broken line 46-1 (A bottom portion back portion) 48 which is a region along the lower side of the front portion 47 and a band-shaped region 47a which is a region along the lower side of the front portion 42 The band-shaped region 47b, which is a region along the left side of the front portion 47, is bonded to a lower region inside the band-shaped region 42b, which is a region along the left side of the front portion 42, and extends along the right side of the front portion 47. The band-shaped region 47c, which is a region that has been set, is bonded to a lower region inside the band-shaped region 42c that is a region along the right side of the front portion 42.

  The band-shaped region 42a is a region along the bottom side of the front portion 42, the band-shaped region 42b is a region along the left side of the front portion 42, and the band-shaped region 42c is a region along the right side of the front portion 42. . The band-like region 47a is a region along a bottom side of the three sides other than the side along the polygonal line 46-1 of the front part 47, which is a side opposite to the polygonal line 46-1. Is a region along the left side of the front portion 47, and the belt-shaped region 47c is a region along the right side of the front portion 47. The front portion 47 is a region on the front side in the folded state of the bottom portion 46.

  Similarly, a band-shaped region 48a, which is a region along the lower side of the back portion 48, is bonded inside the band-shaped region 44a, a region along the lower side of the back portion 44, and a band-shaped region, which is a region along the left side of the back portion 48. The region 48b is adhered to a lower region inside the band-shaped region 44b, which is a region along the left side of the back portion 44, and a band-shaped region 48c, a region along the right side of the back portion 48, is formed on the right side of the back portion 44. It is adhered to a lower region inside the belt-shaped region 44c which is a region along the same.

  The band-like region 44a is a region along the bottom side of the back portion 44, the band-like region 44b is a region along the left side of the back portion 44, and the band-like region 44c is a region along the right side of the back portion 44. . The band-shaped region 48a is a region along a bottom side which is a side opposite to the line 46-1 of the three sides other than the side along the line 46-1 of the back surface 48, and the band-shaped region 48b Is a region along the left side of the back portion 48, and the band-shaped region 48c is a region along the right side of the back portion 48. Further, the back surface portion 48 is a region on the back surface side in the folded state of the bottom surface portion 46.

  Furthermore, the area | region which is not adhere | attached with the bottom part 46 in the belt-shaped area | region 42b and the belt-shaped area | region 44b, ie, the area | region which is not adhere | attached to the belt-shaped area | region 47b in the surface inside the belt-shaped area | region 42b, and the band-shaped area | region inside the belt-shaped area | region 44b The regions that are not adhered to the region 48b are adhered to each other, and are also adhered to the region that is not adhered to the bottom surface portion 46 of the band-shaped region 42c and the band-shaped region 44c, that is, to the band-shaped region 47c on the inner surface of the band-shaped region 42c. The non-bonded region and the region not bonded to the band-shaped region 48c on the inner surface of the band-shaped region 44c are bonded to each other.

  As shown by hatching in FIG. 6, in the front part 42, the band-shaped areas 42 a to 42 c are formed in a substantially U-shape as a whole, and in the back part 44, the band-shaped areas 44 a to 44 c are formed in a substantially U-shaped in the whole. Is formed. Also, as shown by hatching in FIG. 6, the front portion 47 is generally formed in a substantially U-shape by the band-shaped regions 47 a to 47 c, and the back portion 48 is generally formed in a substantially U-shape by the band-shaped regions 48 a to 48 c. It is formed in a shape.

  A hole (second hole) 42H is provided in the upper end region of the front portion 42, and a hole (second hole) 44H is provided in the upper end region of the rear portion 44. The holes 44H are both provided at the same position. That is, when the foldable container 40 is folded (that is, the front part 42 and the back part 44 are overlapped), the hole 42H and the hole 44H overlap to form one hole. The loop-shaped portion 50 is inserted into the holes 42H and 44H. The foldable container 40 is provided outside the outer bag 10 in a state of hanging from the loop-shaped portion 50.

  In the foldable container 40, the space between the front part 42 and the back part 44 is widened, and the folded bottom part 46 is unfolded so that the bottom part 46 is assembled three-dimensionally. And the front part 42 and the back part 44 are folded by overlapping each other, so that the foldable container 40 can be said to be a foldable container.

  The loop-shaped portion 50 is called a loop lock or a tag fastener, and includes a linear member 52, a female portion 54 provided at one end of the linear member 52, and the other of the linear member 52. A male portion (not shown) provided at an end portion is provided, and the male portion is fitted to and connected to the female portion 54, whereby the loop portion 50 is formed in a loop shape. The female portion 54 has a cylindrical shape (specifically, a cylindrical shape), the male portion has a substantially rod shape, and a concave portion (or a convex portion) provided circumferentially inside the cylindrical shape of the female portion 54. The male part is locked by fitting a convex part (or concave part) provided circumferentially to the male part.

  The bag 60 containing an absorbent has a bag 61 and an absorbent (not shown) sealed in the bag 61. The bag 61 is a flat bag and contains an absorbent. The bag 60 is housed in the outer bag 10. As shown in FIG. 7, the bag body 61 is formed in a bag shape by bending a sheet-like member through a fold line 65 and bonding along a side other than the side along the fold line. is there. The sheet member is made of a synthetic resin, for example, a sheet member made of PET (polyethylene terephthalate) coated with aluminum particles.

  That is, one becomes the front part 62 and the other becomes the back part 64 via the polygonal line 65 which becomes the center line of the square sheet member, and the front part 62 has a square (or may be substantially square) sheet shape. The rear portion 64 has a square (or substantially rectangular) sheet shape, and one side of the front portion 62 and one side of the rear portion 64 are connected to each other via a broken line 65. Have been. Then, a region 62a along the three sides of the front portion 62 other than the polygonal line 65 (region indicated by hatching in FIG. 7) and a region 64a along the three sides other than the polygonal line 65 on the back surface portion 64 (FIG. The hatching is provided in the region along the side other than the polygonal line 65 (in FIG. 7, the region along the side opposite to the polygonal line 61). 61 are formed. The cut 63 is provided to facilitate opening the absorbent-containing bag body 60.

  An absorbent is sealed in the bag body 61. This absorbent is composed of a superabsorbent resin, specifically, a fibrous or particulate superabsorbent polymer. Starch, cellulose, or synthetic polymer can be used as the polymer particles. By pouring the absorbent contained in the absorbent-containing bag body 60 into water, the absorbent absorbs the water and can solidify the water in a gel state. Will not separate.

  In the toy fireworks set 5, in a state where the fireworks unit 20 is stored in the outer bag 10, the glue margin 16 of the outer bag 10 is adhered to the back surface portion 14, and the outer bag 10 is in a closed state. The foldable container 40 is provided outside the outer bag 10, and hangs on a loop-shaped portion 50 inserted through the hole 18 of the outer bag 10 and the hole 28 of the mount 21. That is, while the linear member 52 of the loop-shaped portion 50 is inserted into the hole 18 of the outer bag 10 and the hole 28 of the backing sheet 21 and inserted into the holes 42H and 44H of the foldable container 40, The male part of the shape part 50 is fitted to the female part 54 and formed in a loop shape, so that the foldable container 40 is hung on the loop shape part 50.

  A method of using the toy fireworks set 5 having the above configuration will be described. When using the toy fireworks set 5, the linear member 52 of the loop-shaped portion 50 is cut in advance, the foldable container 40 is separated from the toy fireworks set 5, taken out, and water W is put into the foldable container 40. Keep it. That is, the distance between the front part 42 and the back part 44 of the foldable container 40 is increased, and the bottom part 46 in the folded state is expanded to assemble the foldable container 40 three-dimensionally (that is, in a container shape). Water is poured into the foldable container 40 to obtain a state as shown in FIG.

  Next, the fireworks 30a stored in the outer bag 10 are taken out. To take out the fireworks 30a, the outer bag 10 is opened, the fireworks unit 20 is taken out, and in the taken out fireworks unit 20, the fireworks 30 in the bag are removed from the mount 21 and the fireworks 30a are taken out from the small bag 30b.

  When the fireworks 30a are taken out, the fireworks 30a are ignited, and the effect of the spark (that is, the effect of color and shape) is enjoyed. When the effect of the spark is completed, the fireworks 30a are put into the foldable container 40 containing water, and the fireworks 30a are surely extinguished. In this way, the ignition and extinguishing of the fireworks 30a are repeated for the plurality of fireworks 30a.

  When the appreciation of the effect of the spark is completed for the plurality of fireworks 30a, the absorbent contained in the absorbent-containing bag body 60 is poured into water, and the water in the foldable container 40 is solidified (that is, solidified). That is, the absorbent-containing bag body 60 is broken from the cut 63 of the absorbent-containing bag body 60 to open the absorbent-containing bag body 60, and the absorbent is put into water in the foldable container 40 as shown in FIG. Thereby, the absorbent absorbs the water and solidifies the water into a gel. The water is hardened in a state where the used fireworks 30a are in the water. In this way, the foldable container 40 in which the water is solidified is discarded in a state where the used fireworks 30a are contained. In other words, the water and the fireworks 30a that have been hardened in the foldable container 40 may be discarded. Specifically, it may be disposed of as burning garbage. When the used fireworks 30a are put in water, they are in a wet state. However, since the water is solidified, disposal is easy.

  As described above, in the toy fireworks set 5 of the present embodiment, since the foldable container 40 is provided, the fireworks used by igniting can be immersed in water without preparing a separate container. Since the absorbent-containing bag body 60 is provided and the water in the foldable container 40 can be solidified by the absorbent, the used fireworks can be immersed in the water and the wet fireworks can be easily disposed of.

  In addition, according to the present embodiment, since the set contents can be set with consideration given to disposal, it is possible to improve manners regarding disposal of used fireworks.

  Further, since the foldable container 40 is hung outside the outer bag 10, the presence of the foldable container 40 can be emphasized to the purchaser.

  In the above description, it is assumed that the foldable container 40 is hung on the loop-shaped portion 50. However, the foldable container 40 may be stored in the outer bag 10 in a folded state.

  In the above description, the foldable container 40 is used as a container for holding water, but another foldable container may be used instead of the foldable container 40. As another foldable container, for example, a foldable container 70 as shown in FIGS. 15 and 16 can be considered. The foldable container 70 is obtained by applying a paper container described in JP-A-2012-101844.

  That is, the foldable container 70 is a paper container, is formed of a sheet-like blank as shown in FIG. 16, and has a square (specifically, square) bottom portion (container bottom portion) 72 and a bottom surface 72. A front part (container front part) 74 continuously provided from the front side part m1 of the part 72 via a broken line, and a back part (continuously provided via a broken line from a back part m2 of the bottom part 72 via a broken line ( A container back surface portion 76, a right side portion (container right side portion) 78 continuously provided from the right side portion m 3 of the bottom portion 72 via a polygonal line, and a polygonal line from a left side portion m 4 of the bottom portion 72. A left side portion (container left side portion) 80 continuously connected through a fold line, and a folded piece portion (front right bent) continuously connected from the right side portion 78 through a broken line from the front portion 74 via a broken line. ) And a front portion 74 via a broken line. In both cases, a fold piece (front left fold piece) 84 continuously provided from the left side face portion 80 via a fold line, and a fold piece portion connected from the back face portion 76 via a fold line, and connected from the right side face portion 78 via a fold line. The folded piece portion (rear right folded piece portion) 86 is provided continuously from the back surface portion 76 via a broken line, and the folded piece portion (rear left folded piece portion) continuously provided from the left side surface portion 80 via a broken line. ) 88).

  Note that the sheet-shaped blank constituting the foldable container 70 is, specifically, a cardboard blank (for example, a thin cardboard (particularly, double-faced cardboard)) blank, and other paper such as a cardboard blank. May be used.

  In the bottom part 72, polygonal lines m9 and m10 forming diagonal lines are provided, and a polygonal line m9 connecting between corners at one diagonal position (corner K1 and corner K4) and a corner at the other diagonal position ( A polygonal line m10 connecting between the corner K2 and the corner K3) is provided. The fold lines m9 and m10 form a valley fold when viewed from the inside of the foldable container 70. In addition, a bent line m11 is formed on the bottom surface portion 72 and passes through the intersection of the broken line m9 and the broken line m10 and is parallel to the side portions m3 and m4. The broken line m11 forms a mountain fold when viewed from the inside of the foldable container 70.

  Further, the front portion 74, the back portion 76, the right side portion 78, and the left side portion 80 each have a trapezoidal shape, and the lower side, which is a side along the side of the bottom portion 72, is on the opposite side to the lower side and is lower than the lower side. It is formed shorter than the upper side which is a parallel side. The front portion 74, the rear portion 76, the right side portion 78, and the left side portion 80 are all formed in line symmetry, and have a so-called isopod trapezoidal shape. In addition, the front part 74 and the back part 76 are provided with a polygonal line m11 between the lower side and the upper side, and this polygonal line m11 is provided on an extension of the polygonal line m11 on the bottom surface part 72. The broken line m11 of the front part 74, the broken line m11 of the bottom part 72, and the broken line m11 of the back part 76 are formed in one straight line. The fold line m11 forms a mountain fold when viewed from the inside of the foldable container 70. In the front part 74, the broken line m11 is formed at a right angle to the front side part m1 of the bottom part 72, and in the back part 76, the broken line m11 is formed in the rear part m2 of the bottom part 72. Are formed at right angles.

  In addition, fold lines formed from the corners of the bottom surface 72 are formed in the fold pieces 82, 84, 86, and 88, and each fold piece is folded in two via the fold lines. That is, the fold piece 82 is provided with a fold line m5 formed from the corner K1 of the bottom 72 (the corner where the side m1 and the side m3 are in contact), and the fold piece 84 is provided with the bottom line 72 of the bottom 72. A polygonal line m6 formed from a corner K2 (a corner where the side m1 and the side m4 are in contact) is provided. A bent line m7 formed from a corner portion) is provided, and a bent line portion m8 formed from a corner portion K4 of the bottom surface portion 72 (a corner portion where the side portion m2 and the side portion m4 are in contact) is provided in the folded piece portion 88. I have. In addition, a pair of upper sides of each folded piece portion are formed line-symmetrically via a polygonal line, and the upper sides of the pair form an obtuse angle smaller than 180 degrees. In other words, the contacts on the upper side of the pair are the sides of the four sides of the front part 74, the back part 76, the right side part 78, and the left side part 80, which form the boundary between the two parts on which the folded pieces are continuously provided. It is located at a position protruding outside (or above) the straight line connecting the upper ends (on the side farther from the corner of the bottom surface 72), so that the contact area of the folded piece with the surface is as large as possible. doing. For example, taking the folded piece portion 82 as an example, a pair of upper side contact points 82a is formed at an upper end of a side portion forming a boundary between the front face portion 74 and the right side face portion 78, which are two surface portions where the folded piece portion 82 is continuously provided. It is located at a position protruding outside (or above) the straight line 82L connecting them (a side farther from the corner of the bottom surface 72 (the corner of the side m1 and the side m3)). In addition, each fold line in the folding piece portions 82 to 88 is in a mountain-fold state when viewed from the outside of the foldable container 70.

  Further, each of the folded pieces 82, 84, 86, 88 is bonded to the front part 74 or the back part 76 in a folded state, and the folded pieces 82, 84 are folded in front. In other words, the region on the front portion 74 side of the folded line portion m5 that is folded in two at the folded piece portion 82 and the region on the front portion 74 side of the folded line m6 that is folded in two in the folded piece portion 84 are front faces. The folded piece portions 86 and 88 are bonded to the back surface portion 76 in a folded state (that is, the folded piece portion 86 is closer to the back surface portion 76 than the folding line m7 that is folded in two at the folded piece portion 86). And a region on the back side 76 side with respect to the folding line m8 that is folded in two at the folding piece portion 88 is bonded to the back side 76).

  The folding container 70 is formed with folding ruled lines along each folding line. In particular, the folding lines m9, m10, and m11 are formed with folding ruled lines. The ruled line formed along the broken line m9 is a first ruled line, the ruled line formed along the broken line m10 is a second ruled line, and the ruled line formed along the broken line m11 is a third ruled line.

  The foldable container 70 is configured as described above, and in the unfolded state shown in FIG. 16, the foldable container 70 is symmetrical in the left-right line and symmetrical in the front-rear line.

  In a state where the foldable container 70 is assembled in a container shape, the state is as shown in FIG. 15, and the front part 74, the back part 76, the right side part 78, and the left side part 80 stand upright with respect to the bottom part 72. It is in a state.

  In addition, since the broken lines m9, m10, and m11 are provided on the bottom portion 72, the front portion 74, and the back portion 76 as described above, the broken lines m9, m10 are formed as valley folds when viewed from the inside of the foldable container 70, By folding the folding line m11 from the inside of the foldable container 70 to make a mountain fold, the foldable container 70 can be folded as shown in FIG. In other words, in the area of the front part 74 and the bottom part 72, the area surrounded by the front side part m1, the broken line m9, and the broken line m10 of the bottom part 72 is folded in two, and the back part 76 and the bottom part 72 are folded. The region surrounded by the side portion m2 on the back side of the bottom portion 72, the polygonal line m9, and the polygonal line m10 in the region (2) is folded in two, and the foldable container 70 is in a folded state.

  That is, by expanding the bottom portion 72, a water storage space surrounded by the bottom portion 72, the front portion 74, the back portion 76, the right side portion 78, and the left side portion 80 is formed. Therefore, the foldable container 70 can be said to be a foldable container.

  The folded pieces 82, 84, 86, 88 are formed at the corners of the bottom 72, and are adjacent to each other in the four faces of the front 74, the back 76, the right side 78, and the left side 80. Since there is no gap between the foldable pieces, water does not leak from the foldable container 70 even if water is poured into the foldable container 70.

  As described above, since the foldable container 70 can be in a folded state, instead of providing the foldable container 40 and the loop-shaped portion 50, by storing the foldable container 70 in the outer bag 10 in a folded state. When the toy fireworks set 5 is used, the foldable container 70 is taken out of the outer bag 10 and water is put in a container-like assembled state, and the used fireworks 30a are put into the foldable container 70. You can make sure it is digested.

  When the appreciation of the effect of the spark is completed for the plurality of fireworks 30a, the water in the foldable container 70 may be solidified by the absorbent contained in the absorbent-containing bag body 60 as described above.

  Since the foldable container 70 is a paper container, it is possible to dispose of garbage as flammable garbage even when flammable garbage and plastic are separated. That is, the used fireworks and the solidified water are usually discarded as burnable refuse. Therefore, by using the foldable container 70 as a paper container, it is possible to discard the flammable trash including the foldable container 70.

  A hole may be provided in the foldable container 70 so that the foldable container 70 is hung by the loop-shaped portion 50. For example, in the state where the foldable container 70 is folded as shown in FIG. 17, holes (second holes) are provided in the left side portion 80, the front portion 74, and the right side portion 78. Alternatively, the loop-shaped portion 50 may be inserted into the hole and hung in a state where the foldable container 70 is folded. It should be noted that instead of providing holes on the left side 80, the front 72, and the right side 78, holes (second holes) may be provided on the left side 80, the back 76, and the right side 78 (in that case as well). , The back surface portion 76 is provided on each of both side portions via the broken line m11).

  In the above description, the foldable containers 40 and 70 are either hung on the loop-shaped portion 50 or housed in the outer bag 10, but may be fixed to the outer surface of the outer bag 10. Good. As a method of fixing the foldable containers 40 and 70, for example, a method of fixing the foldable container 40 or the foldable container 70 to the outer surface of the outer bag 10 with a stapler or an adhesive tape in a folded state can be considered.

  Further, in the above description, the foldable containers 40 and 70 have been described as examples of containers for holding water. However, the containers may not be foldable containers. For example, the fireworks 30 or the fireworks in a bucket-shaped container may be bagged. A configuration in which the housing 30a itself is stored may be stored in an outer bag. In this case, it is preferable that the outer bag is not flat but has a three-dimensional shape having a bottom surface and side surfaces standing from the sides of the bottom surface.

  Further, in the above description, the fireworks 30 in a bag are described as being held on the mount 21, but the configuration of the small bag 30 b may be eliminated and the fireworks 30 a may be held on the mount 21. The method of holding the fireworks 30a on the mount 21 is the same as the method of holding the bagged fireworks 30 on the mount 21. The fireworks 30a are inserted into the cutouts 24 for insertion, and are fixed by the fireworks holding portions 22. On the mount 21.

  In the above description, the fireworks 30 or the fireworks 30a in the bag are stored in the outer bag 10 while being held by the mount 21, but the fireworks 30 in the bag are stored in the outer bag 10 without using the mount 21. Alternatively, the configuration of the mount 21 and the small bag 30b may be omitted and the fireworks 30a may be stored in the outer bag 10 as it is.

5 Toy fireworks set 7 Toy fireworks set main body 10 Outer bag 12 Front part 12a Transparent part 14 Back part 16 Glue margin part 18 Hole part 20 Fireworks unit 21 Baseboard 22 Fireworks holding part 22a Narrow part 22b Wide part 22c Lock part 22d Hole Part 22A Firework holding part group 22B Firework holding part group 22C Firework holding part group 22D Firework holding part group 24 Insertion cut 26 Candle holding part 28 Hole 30 Fireworks in a bag 30a Fireworks 30b Sachets 32 Candle 40 Foldable container 42 Front part 42a Strip-shaped area 42b Strip-shaped area 42c Strip-shaped area 44 Back part 44a Strip-shaped area 44b Strip-shaped area 44c Strip-shaped area 46 Bottom part 47 Front-part 47a Strip-shaped area 47b Strip-shaped area 47c Strip-shaped area 48 Rear-section 48a Strip-shaped area 48b Strip-shaped area 48c Part 52 linear member 54 Bag part 60 bag body with absorbent 61 bag body 62 front part 62a area 64 back part 64a area 65 broken line 70 foldable container 72 bottom part 74 front part 76 back part 78 right side part 80 left side part 82 folding part part 84 folding part part 86 Folding piece part 88 Folding piece part 105 Toy fireworks set 110 Outer bag 120 Fireworks unit 121 Mount 130 Fireworks in a bag m1 side m2 side m3 side m4 side m5 line m6 line m10 line m10 line m10 line m10 line m10 line m10 line m10 K1-K4 corner

Claims (14)

A toy fireworks set,
Fireworks (30a),
An outer bag (10) for storing fireworks,
A container (40) for holding water for igniting and using the fireworks used;
An absorbent-containing bag (60), which is a bag containing an absorbent for hardening water into a gel,
A toy fireworks set comprising: The toy fireworks set according to claim 1, wherein the absorbent-containing bag is housed in an outer bag. The toy fireworks set according to claim 1 or 2, wherein the container is housed in an outer bag. The toy fireworks set according to claim 1 or 2, wherein the container is fixed to an outer surface of the outer bag. A loop-shaped portion (50) formed in a loop shape is provided;
A first hole (18) is provided in the outer bag, a second hole (42H, 44H) is provided in the container, a loop-shaped portion is inserted through the first hole and the second hole, and the container is The toy fireworks set according to claim 1, wherein the toy fireworks set is provided outside the outer bag in a state of hanging from the loop-shaped portion. The outer bag is formed of a sheet-shaped member, and the outer bag has a square-shaped sheet-like front portion (12) and a square-shaped sheet shape continuously provided from three sides of the front portion. A back portion (14), a glue margin portion (16) continuously provided from one of the front portion and the rear portion, and the glue margin portion is bonded to one of the front portion and the back portion; The first hole portion is provided on the front portion and the back portion, and in a state where the front portion and the back portion are overlapped, the first hole portion on the front portion and the first hole portion on the back portion overlap. Yes,
The toy firework set according to claim 5, wherein the loop-shaped portion is inserted into the first hole portion on the front portion and the first hole portion on the back portion. 5. A small bag (30b) for storing fireworks is provided, and a fireworks (30) in a bag formed by storing fireworks in a small bag is stored in an outer bag. Or the toy fireworks set according to 5 or 6. A small bag (30b) for storing fireworks and a mount (21) for holding a bagged fireworks (30) formed by storing the fireworks in the small bag are provided, and the bagged fireworks are held by the mount. The toy fireworks set according to claim 1, 2, 3, 4, 5, or 6, which is stored in an outer bag. A small bag (30b) for storing fireworks, a mount (21) for holding a bagged fireworks (30) formed by storing fireworks in a small bag, and a loop portion (50) formed in a loop shape are provided. Provided,
The outer bag is formed of a sheet-shaped member, and the outer bag has a square-shaped sheet-like front portion (12) and a square-shaped sheet shape continuously provided from three sides of the front portion. A back portion (14), a glue margin portion (16) continuously provided from one of the front portion and the rear portion, and the glue margin portion is bonded to one of the front portion and the back portion; A first hole (18) is provided in the front and back portions, and when the front portion and the back portion are overlapped, the first hole portion in the front portion and the first hole portion in the back portion overlap. Has become
A second hole (42H, 44H) is provided in the container,
A third hole (28), which is a hole through which the loop-shaped portion is inserted, is provided in the backing sheet, and the third hole is a first hole section of the outer bag when the backing sheet is stored in the outer bag. Is provided in a position overlapping with
The loop portion is inserted through the first hole portion, the second hole portion, and the third hole portion, and the container is provided outside the outer bag with the container hanging from the loop portion. Item 3. A toy fireworks set according to item 1 or 2. The toy fireworks set according to claim 1, wherein the container is a foldable container. A toy fireworks set,
A firework unit (20) having a firework (30a), a bagged firework (30) composed of a small bag (30b) containing fireworks, and a mount (21) holding the bagged fireworks;
An outer bag (10) for storing a fireworks unit,
A foldable container (40) for containing water for igniting and using fireworks;
A loop portion (50) formed in a loop shape,
An absorbent-containing bag (60), which is a bag containing an absorbent for hardening water into a gel,
Has,
The outer bag is formed of a sheet-shaped member, and the outer bag has a square-shaped sheet-like front portion (12) and a square-shaped sheet shape continuously provided from three sides of the front portion. A back portion (14), a glue margin portion (16) continuously provided from one of the front portion and the rear portion, and the glue margin portion is bonded to one of the front portion and the back portion; A first hole (18) is provided in the front and back portions, and when the front portion and the back portion are overlapped, the first hole portion in the front portion and the first hole portion in the back portion overlap. Has become
A second hole (42H, 44H) is provided in the container,
A third hole (28), which is a hole through which the loop-shaped portion is inserted, is provided in the backing sheet, and the third hole is a first hole section of the outer bag when the backing sheet is stored in the outer bag. Is provided in a position overlapping with
The loop portion is inserted through the first hole portion, the second hole portion, and the third hole portion, and the container is provided outside the outer bag with the container hanging from the loop portion,
A toy fireworks set, wherein the bag containing the absorbent is stored in an outer bag. The container has a container front part (42) made of a sheet-shaped member, a container back part (44) made of a sheet-shaped member, and a container bottom part (46) made of a substantially square sheet-shaped member.
The container front part and the container rear part have a linear base, a linear left side, and a linear right side. In the container front part and the container rear part, the left side and the right side make a substantially right angle with the base. The length between the left side and the right side in the container front part and the length between the left side and the right side in the container back part are formed substantially the same,
The length in the left-right direction of the container bottom portion is formed to be substantially the same as the length between the left side and the right side of the container front portion, and the container bottom portion is in a folded state through the left-right bent line (46-1). It has become
A region (47a) along a bottom side which is a side opposite to a broken line in a bottom surface front portion (47) which is a front side region in a folded state of the container bottom portion along the bottom surface of the container front portion. The area (47b) along the left side of the front surface of the bottom portion is bonded to the inner surface of the region (42b) along the left side of the front surface of the container. The area (47c) along the right side of the part is adhered to the inner surface of the area (42c) along the right side of the container front part,
A region (48a) along the bottom side which is a side opposite to the broken line in the bottom surface back portion (48) which is a region on the back side in the folded state of the container bottom portion along the bottom surface of the container back portion. A region (48b) along the left side of the back surface of the bottom portion is adhered to the inside surface of the region (44b) along the left side of the back surface of the container. The area (48c) along the right side of the part is adhered to the inner surface of the area (44c) along the right side of the container back part,
The area not adhered to the area along the left side of the bottom part front part on the inner surface of the area along the left side of the container front part is the bottom part rear part on the inner surface of the area along the left side of the container back part. Glued to areas that are not glued to the area along the left side of
The area not adhered to the area along the right side of the bottom part front part on the inner surface of the area along the right side of the container front part is the bottom part rear part on the inner surface of the area along the right side of the container rear part. Glued to areas that are not glued to the area along the right side of
When the container front part and the container rear part are overlapped and the container bottom part is folded in two, the container is in a folded state.On the other hand, the distance between the container front part and the container rear part is widened, so that the container is folded in two. The toy firework set according to claim 10 or 11, wherein the container bottom portion in the state of (1) is expanded to form a water storage space surrounded by the container front portion, the container rear portion, and the container bottom portion. . The container includes a square container bottom part (72), a container front part (74) connected continuously from the front side part of the container bottom part via a polygonal line, and a rear part of the container bottom part. A container back side (76) continuously connected via a polygonal line, a container right side part (78) continuously connected via a polygonal line from a right side of the container bottom, and a left side of the container bottom And a container left side surface (80) connected continuously from the side of the container via a broken line, and a container bottom surface portion connected continuously from the container front surface via a broken line and connected from the right side of the container via a broken line. In a part, the sheet is adhered to the outer surface of the container front part in a folded state through a polygonal line (m5) continuously provided from a corner where the front side part and the right side part of the container bottom part are in contact with each other. The front right folding piece part (82) is connected to the front part of the container via a bend line, and the left side of the container. And a folding line (m6) that is continuous from a corner where the front side and the left side of the container bottom face are in contact with each other at the corner of the container bottom. And a front left bent piece portion (84) adhered to the outer surface of the container front portion in the state of (1), the container is continuously connected via a broken line from the container rear surface, and connected via a broken line from the container right side portion. An outer surface of the container back in a folded state through a polygonal line (m7) that is continuous from a corner where the back side and the right side of the container bottom meet at the corner of the bottom. After being glued to the container, the right folding piece part (86) is continuously provided from the back of the container via a broken line, and is provided continuously from the left side of the container via a broken line. Through a polygonal line (m8) that is continuous from the corner where the back side and the left side are in contact Turn included pieces after being bonded to the outer surface of the container rear portion in clamshell state (88), having a container is formed of a sheet-like member made of paper,
On the bottom of the container, a first ruled line that is a folding ruled line connecting between corners at one diagonal position and a second ruled line that is a folding ruled line connecting corners at the other diagonal position are provided. A third ruled line (m11), which is a folding ruled line that passes through the intersection of the first ruled line and the second ruled line and is parallel to the right side of the container bottom, is provided. The third ruled line is formed at right angles to the front side of the container bottom portion, and the third ruled line is formed at right angles to the front side of the container bottom portion. The three ruled lines are formed at right angles to the back side of the container bottom,
The first ruled line and the second ruled line are formed into a valley fold when viewed from the inside of the container, and the third ruled line is formed into a mountain fold when viewed from the inside of the container. The region surrounded by the first and second ruled lines and the second ruled line and the container front portion are folded in two, and the side of the container bottom surface at the back side of the container bottom surface, the first ruled line and the second ruled line in the region of the container bottom portion. The area surrounded by the ruled line and the container back part are folded in two, and the container is in a folded state. On the other hand, by expanding the container bottom part, the container bottom part, the container front part, and the container back part are folded. The toy fireworks set according to claim 10 or 11, wherein a water storage space is formed surrounded by the portion, the container right side portion, and the container left side portion. The bag body (61) of the absorbent-containing bag body has a substantially square sheet-like front part (62) and a substantially square sheet-like back part (64). One side of the two sides and one side of the back are connected via a polygonal line (61), and a region (62a) along the three sides not connected to the back in the front is provided. The area (64a) along three sides that are not provided continuously with the front part in (1) is bonded to the front part (1), (2), (3), (4), (5), (6), (7), (8) or The toy fireworks set according to 9 or 10 or 11 or 12 or 13.

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