JP6846553B1 - Cap launch toy - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a cap firing toy in which a cap is less likely to be clogged. SOLUTION: The toy body is formed with a loading portion 12b into which a cap 50 is loaded, an extruding member 15 for pushing out the cap 50 in a firing direction, and a pair of flipping pieces having a double-door structure. Is normally prevented from moving forward in the firing direction of the cap 50, and when the cap 50 is pushed out by the extruding member 15, it is released while sliding on the outer circumference of the front half of the cap 50, and the latter half of the cap 50. A launching device that slides to the outer circumference to flip the cap 50 and launches it, and the caps 50 can be arranged so that the outer circumferences of the caps 50 are in contact with each other, and the caps 50 can be supplied to the loading portion 12b one by one. It includes a magazine 16. [Selection diagram] Fig. 6

Description

The present invention relates to a cap firing toy.

Conventionally, there is known a launching toy in which a plurality of disks are laminated on a loading portion and the lowermost disk is extruded by an extrusion member to launch the toy (see, for example, Patent Document 1).
According to this launching toy, when the lowermost disc is fired, the discs laminated on the disc are sequentially loaded into the loading portion, so that continuous firing is possible.

Utility Model Registration No. 3140464

By the way, when trying to launch a celestial cylindrical cap for a beverage bottle using such a launching device, there are the following problems.
In the case of caps, the lower end is open and has a recess, so if you try to stack multiple caps on the loading part, the caps may become slanted and the adjacent caps on the top and bottom may fit together and become clogged. , There is a risk that the cap cannot be fired.
The present invention has been made in view of this point, and an object of the present invention is to provide a cap firing toy in which cap clogging is unlikely to occur.

The first means is
A toy body with a loading section on which a celestial cylindrical cap for beverage bottles is loaded,
An extruding member that pushes out the cap loaded in the loading portion in the firing direction, and
It has a pair of repellent pieces having a double-door structure, and the pair of repellent pieces normally protrudes forward in the firing direction of the loading portion to prevent the cap from moving forward in the firing direction, and the extruding member prevents the cap from moving forward. When the cap is pushed out, it is released while sliding on the outer circumference of the first half of the firing direction of the cap, and slides on the outer circumference of the second half of the firing direction of the cap by a return force to flip the cap and launch it.
A magazine in which the caps can be arranged so that the outer circumferences of the caps are in contact with each other and the caps can be supplied to the loading portion one by one.
Equipped with a,
The floor surface of the loading portion is a horizontal plane so that the top plate of the loaded cap faces upward or downward, and the loading portion of the toy body is rearward in the launch direction toward the front in the launch direction. An inclined wall having a downward slope is formed, and the cap is configured to be supplied to the loading portion while being slidably contacted with the inclined wall from diagonally above the rear of the loading portion, and the extruding member reciprocates in the firing direction. It is movable, and the tip is configured to appear and disappear from the inclined wall by the reciprocating motion.
It is characterized by that.

The second means is the first means, in which the magazine extends obliquely backward and upward with respect to the loading portion of the toy body, and the central axis of the cap extends from the center of the loading portion. It is characterized in that the cap is supplied to the loading portion so as to follow one vertical plane including the cap.

The third means is a second means, in which the magazine has a cap insertion port at the upper end, and the top plate of the cap is inserted into the cap insertion port in a state of facing forward or backward. The passage in the magazine is characterized in that the top plate is gradually curved from the state in which the cap is inserted so as to move toward the horizontal state.

The fourth means is a second means or a third means, which has a base having the same size and shape as the cap and projects downward from the center of the lower surface of the base to operate the gimmick by grounding. A cap launching toy capable of firing a projectile provided with a convex portion, and the convex portion is formed on the magazine, the inclined wall, and the loading portion so that the projectile can be launched from the loading portion with the convex portion facing down. It is characterized in that a groove for receiving a portion is formed.

The fifth means is any one of the second means to the fourth means, and the inclined wall is formed with a notch portion for partitioning the rear portion of the loading portion with the same curvature as the cap. The tip of the extruding member is configured to appear and disappear from the inclined wall and the notch, and the tip of the extruding member is formed on the inclined wall and the notch when the extruding member is submerged in the inclined wall and the notch. It is characterized in that it is formed so as to be flush with the notch portion.

According to the first means, the caps are arranged so that the outer circumferences of the caps are in contact with each other in the magazine, and the caps are supplied one by one to the loading portion. It prevents the cap from getting clogged inside. Further, since the inclined wall is provided, the cap from the magazine is smoothly loaded into the loading portion where the floor surface is horizontal.

According to the third means, the floor surface is curved so that the top plate of the cap inserted from the cap insertion port gradually faces upward or downward from the front or rear facing state. The cap from the magazine is smoothly loaded into the horizontal loading section.

According to the fourth means, since the magazine is formed with a groove, it is possible to fly a projectile having a substrate having the same size and shape as the cap and having a convex portion on the lower surface. Since the projectile in this case has a gimmick that operates when the convex portion touches the ground, the range of play is widened.

According to the fifth means, the rear portion of the loading portion is partitioned by a notch formed in the inclined wall, and the tip of the extruding member is formed on the inclined wall and the inclined wall when the extruding member is submerged in the inclined wall and the notch. Since it is flush with the notch, a cap-launching toy with excellent operability can be realized.

It is a perspective view which looked at the cap firing toy of embodiment from the front side. It is a perspective view of the cap firing toy with the magazine removed from the rear side. It is a perspective view which looked at the cap firing toy with the superstructure component removed from the side. It is a top view for demonstrating the process of firing a cap. It is a perspective view which looked at the magazine from the diagonally front side. It is a side sectional view which showed the magazine and the loading part. It is a perspective view which looked at the projectile from the lower side. It is a perspective view which looked at the state which disassembled the projectile from the lower side. It is a perspective view which looked at other projectiles from the lower side. It is a perspective view which looked at the state which disassembled another projectile from the upper side. It is a perspective view which looked at the operation state of another projectile from the upper side.

(overall structure)
FIG. 1 is a perspective view of the cap launching toy 100 as viewed from the front side, and FIG. 2 is a perspective view of the cap launching toy 100 with the magazine 16 removed as viewed from the rear side.
The toy body 10 of the cap firing toy 100 has the appearance of a humanoid robot. That is, the toy body 10 includes a leg portion 11, a body portion 12, left and right hand portions 13, 13 and a head portion 14. An extrusion member 15 and a magazine 16 are provided behind the body portion 12. Further, one sword 17 is gripped on each of the left and right hand portions 13, 13, and the blade portions 17a, 17a of the left and right swords 17, 17 extend forward in parallel with each other at predetermined intervals.
In this cap firing toy 100, when the cap 50 is inserted from the cap insertion port 16a of the magazine 16 and the extrusion member 15 is operated forward, a part of the front side of the body portion 12 opens, and the cap 50 vigorously moves forward from the inside. Be fired. As the cap 50 in this case, for example, a celestial cylindrical cap for a beverage bottle is used.

(Detailed composition)
1. 1. Toy body 10
The toy body 10 is in the form of a humanoid robot wearing armor and a helmet. A celestial cylindrical cap 50A having the same size and shape as the cap 50 is screwed onto the head of the toy body 10. It is also possible to play with the cap 50A in the same manner as the cap 50.

The body 12 of the toy body 10 is provided with left and right hand portions 13, 13. A sword 17 is gripped by each hand portion 13, and the blade portion 17a extends horizontally forward. Further, the handle portion 17b of each sword 17 is bent backward and downward with respect to the blade portion 17a.

FIG. 3 shows the side of the cap firing toy 100 in which the superstructure parts, that is, the upper portion of the body portion 12, the left and right hand portions 13, 13, the head 14, the magazine 16, and the left and right swords 17, 17 are removed. It is a perspective view seen from the side.
An opening 12a is provided on the back of the body 12 of the toy body 10, and a loading portion 12b of the cap 50 is provided on the body 12 at a position visible from the opening 12a (FIG. 2). .. The loading portion 12b is formed in a circular shape in a plan view.

On both the left and right sides of the loading portion 12b, one bow-shaped flipping piece 12c bulging outward is provided. The flipping piece 12c is attached to the toy body 10 via the shaft 12d, and the projecting piece 12e at the base end is fitted into a hole (not shown) of the toy body 10.
The tips of the left and right flipping pieces 12c and 12c normally project forward of the loading portion 12b to restrict the forward movement of the cap 50 (FIG. 4A). Then, when the cap 50 is pushed forward by the extruding member 15, the left and right flipping pieces 12c and 12c open against their own elastic force by abutting against the outer circumference of the front half of the cap 50 and then sliding in contact with each other. (Fig. 4 (B)). When the cap 50 is further moved forward, the left and right repellent pieces 12c and 12c have their contact portions between the repellent pieces 12c and the cap 50 switched from the outer circumference of the first half of the cap 50 to the outer circumference of the second half, and due to their own elastic force. It is returned to the initial position (Fig. 4 (C)). The return force at this time causes the cap 50 to be flipped and fired.

Behind the loading portion 12b of the toy body 10, an inclined wall 12f is provided so as to partially interfere with the loading portion 12b. That is, in a plan view, the rear portion of the loading portion 12b bites into the inclined wall 12f. That is, a notch portion 12g having the same curvature as the cap 50 is formed on the inclined wall 12f. The height of the loading portion 12b of the inclined wall 12f from the floor surface is substantially the same as the height of the cap 50, and has a downward slope toward the front. The inclination of the inclined wall 12f is substantially the same as the inclination of the discharge port of the magazine 16 described later. Further, a through hole (not shown) penetrating back and forth is formed in the inclined wall 12f and the notch portion 12j, and the tip end portion of the extrusion member 15 appears and disappears from the through hole.

The floor surface of the loading portion 12b is a horizontal plane. Then, the cap 50 is placed on the loading portion 12b so that the top plate faces upward. Then, the cap 50 whose top plate is turned upward in the loading portion 12b is placed in the loading portion 12b between the notch portion 12g of the inclined wall 12f and the left and right flipping pieces 12c and 12c.

Further, a groove 12h is formed on the floor surface of the loading portion 12b so as to extend in the front-rear direction to the center in the width direction and reach the front end of the loading portion 12b. Further, grooves 12i are formed along the inclination direction at the center of the inclined wall 12f in the width direction and at the center of the tip portion of the extruded member 15 in the width direction. The technical significance of the grooves 12h and 12i will be described later.

2. Extruded member 15
The extruded member 15 is provided so as to project rearward from the waist portion of the body portion 12. At the rear end of the extruded member 15, a finger rest portion 15a to be operated at the time of firing is provided. On the other hand, the tip of the extruding member 15 is formed so as to be flush with the inclined wall 12f and the notch portion 12g when the extruding member 15 moves rearward and sinks from a through hole (not shown).
The extrusion member 15 is configured to be movable in the front-rear direction, and is urged rearward by a coil spring 15b. Then, when the extruding member 15 puts a finger on the finger rest portion 15a to move the extruding member 15 forward and then releases the finger, the extruding member 15 moves backward by the urging force of the coil spring 15b, that is, the extruding member. The tip portion of 15 returns to a position where it is flush with the inclined wall 12f and the notch portion 12g.

3. 3. Magazine 16
FIG. 5 is a perspective view of the magazine 16 as viewed from the front side.
The magazine 16 is configured to be removable from the toy body 10. When attached to the toy body 10, the magazine 16 extends upward toward the rear (FIG. 1). A rectangular cap insertion port 16a is formed at the upper end of the magazine 16, and a passage 16b is formed inside which guides the cap 50 inserted through the cap insertion port 16a to the loading portion 12b. Then, the cap 50 is inserted into the cap insertion port 16a so that the top plate of the cap 50 faces forward. As shown in FIG. 6, the cap 50 inserted into the magazine 16 is supplied to the loading portion 12b while gradually falling backward in the magazine 16 so that the top plate of the cap 50 approaches upward. Then, when the tip of the cap 50 enters the toy body 10, a part of the cap 50 is in sliding contact with the inclined wall 12f, and the cap 50 is loaded into the loading portion 12b with the top plate facing upward.
A groove 16c is formed in the center of the width direction on the floor surface of the cap insertion port 16a and the passage 16b of the magazine 16.

4. Projector (1) Projector 60
FIG. 7 is a perspective view of the projectile 60 as viewed from below, and FIG. 8 is a perspective view of the projectile 60 in a disassembled state as viewed from below.
The projectile 60 has a celestial cylindrical base 61 having the same size and shape as the cap 50, and a spherical wheel (convex portion) 62 is provided in the center of the lower surface of the base 61. That is, a circular hole 63a is formed in the center of the base 61, and a disc-shaped bottom plate 63 that closes the lower end opening of the base 61 and supports the spherical wheel 62 is screwed into the base 61.

When the projectile 60 is thrown into the magazine 16, the spherical wheel 62 is thrown into the groove 16c of the magazine 16. Further, the spherical wheel 62 enters the groove 12i at the inclined wall 12f and enters the groove 12h at the loading portion 12b. Then, when the projectile 60 is launched, the spherical wheel 62 is grounded, and the projectile 60 runs on the floor surface by the spherical wheel 62.

(2) Projector 70
9 is a perspective view of the other projectile 70 as viewed from below, FIG. 10 is a perspective view of the disassembled projectile 70 as viewed from above, and FIG. 11 is an upward view of the operating state of the projectile 70. It is a perspective view seen from the side.
The projectile 70 has a three-layer structure consisting of a disk-shaped upper plate 71 and a lower plate 75, and three blades 72 sandwiched between the upper plate 71 and the lower plate 75. The substrate is formed to have the same size and shape as the cap 50, and the tip of the rod (convex portion) 73 is provided so as to project from the center of the lower surface of the lower plate 75.
Each blade 72 is formed in a bow shape so as to bulge on the outside, and a shaft hole 72a at the base end is fitted to a shaft (not shown) attached to the upper plate 71 so that the blade 72 can rotate about the shaft. It is configured to be. Further, each blade 72 is urged in a direction in which the tip thereof protrudes from the outer periphery of the upper plate 71 and the lower plate 75 by a torsion coil spring (not shown). Further, a claw hole 72b is formed on the upper surface of the tip portion of the blade 72.

The upper end of the rod 73 penetrates the lower plate 75 and extends above the blades 72. At the upper end of the rod 73, three locking members 73a extending outward in the radial direction are integrally provided at equal intervals in the circumferential direction. A claw 73b is formed downward at the tip of the locking member 73a. Further, a hole 73c is provided at the upper end of the rod 73, and a coil spring (not shown) that urges the rod 73 downward with respect to the upper plate 71 is inserted into the hole 73c. The blade 72 is normally located at a position submerged from the upper plate 71 and the lower plate 75 (FIG. 9), and is locked by fitting the claw 73b into the claw hole 72b, and the rod 73 is engaged with the lower plate 75. When pushed in the direction of sinking, the claw 73b comes off from the claw hole 72b and projects outward from the outer periphery of the upper plate 71 and the lower plate 75 (FIG. 11).

When the blades 72 are inserted into the magazine 16 in a state of being submerged from the outer circumferences of the upper plate 71 and the lower plate 75 (normal state), the projectile 70 is inserted so that the rod 73 enters the groove 16c of the magazine 16. To. Further, the rod 73 enters the groove 12i at the inclined wall 12f and enters the groove 12h at the loading portion 12b. Then, when the projectile 60 is launched, the rod 73 is grounded, so that the claw 73b is disengaged from the claw hole 72b and the blade 72 projects from the upper plate 71 and the lower plate 75.

Although the embodiment of the present invention has been described above, it goes without saying that the present invention is not limited to such an embodiment and various modifications can be made.

For example, in the above embodiment, the top plate of the cap 50 is turned upward and loaded into the loading unit 12b, but the top plate of the cap 50 may be facing downward and loaded into the loading unit 12b. Further, the top plate of the cap 50 may be turned sideways and loaded into the loading portion 12b. In this case, it is preferable that the passage 16b in the magazine 16 is configured such that the cap 50 rolls on the outer circumference or moves while sliding in contact with the floor surface of the magazine 16. Further, it is necessary to provide the pair of flipping pieces 12c and 12b above and below the loading portion 12b.

Further, the passage 16b in the magazine 16 is configured so that the lateral cap 50 rolls on the outer circumference or moves while sliding in contact with the floor surface of the magazine 16, and the top of the cap 50 is placed immediately before being loaded into the loading portion 12b. The plate or the bottom may be abutted against an inclined wall so that the top plate is in a horizontal state, that is, the top plate faces upward or downward.

10 Toy body 12c Flipping piece 12f Inclined wall 12g Notch 12h Groove 12i Groove 15 Extruding member 16 Magazine 16a Cap inlet 16b Passage 16c Groove 50 Cap 50A Cap 60 Projector 62 Spherical wheel (convex)
70 Projector 72 Blade 73 Rod (convex part)
100 cap launch toy

Claims (5)

A toy body with a loading section on which a celestial cylindrical cap for beverage bottles is loaded,
An extruding member that pushes out the cap loaded in the loading portion in the firing direction, and
It has a pair of repellent pieces having a double-door structure, and the pair of repellent pieces normally protrudes forward in the firing direction of the loading portion to prevent the cap from moving forward in the firing direction, and the extruding member prevents the cap from moving forward. When the cap is pushed out, it is released while sliding on the outer circumference of the first half of the firing direction of the cap, and slides on the outer circumference of the second half of the firing direction of the cap by a return force to flip the cap and launch it.
A magazine in which the caps can be arranged so that the outer circumferences of the caps are in contact with each other and the caps can be supplied to the loading portion one by one.
Equipped with a,
The floor surface of the loading portion is a horizontal plane so that the top plate of the loaded cap faces upward or downward, and the loading portion of the toy body is rearward in the launch direction toward the front in the launch direction. An inclined wall having a downward slope is formed, and the cap is configured to be supplied to the loading portion while being slidably contacted with the inclined wall from diagonally above the rear of the loading portion, and the extruding member reciprocates in the firing direction. It is movable, and the tip is configured to appear and disappear from the inclined wall by the reciprocating motion.
A cap launch toy that features that. The magazine extends obliquely backward and upward with respect to the loading portion of the toy body, and the cap is placed so that the central axis of the cap follows one vertical plane including the center of the loading portion. The cap firing toy according to claim 1, wherein the toy is supplied to a loading unit. The magazine has a cap insertion port at the upper end, and the cap is inserted into the cap insertion port so that the top plate of the cap faces forward or backward. The cap firing toy according to claim 2, wherein the top plate is gradually curved so as to move toward a horizontal state from the thrown state. A cap launching toy that has a substrate of the same size and shape as the cap and is capable of launching a projectile that protrudes downward from the center of the lower surface of the substrate and has a convex portion that operates a gimmick by grounding. 2. The method 2 or the above, wherein a groove for receiving the convex portion is formed in the magazine, the inclined wall, and the loading portion so that the convex portion can be fired from the loading portion with the convex portion facing down. The cap firing toy according to claim 3. The inclined wall is formed with a notch portion that partitions the rear portion of the loading portion with the same curvature as the cap, and the tip portion of the extruding member is configured to protrude from the inclined wall and the notch portion. The tip of the extruded member is formed so as to be flush with the inclined wall and the notch when the extruded member is submerged in the inclined wall and the notch. 2. The cap firing toy according to any one of claims 4.

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