JP2017121430A - Shooting toy - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a safe shooting toy that is a combination of a shooting toy and a sword-shaped toy, where an action of the toy has an abundance of unexpectedness, and with which users can play with fun.SOLUTION: The shooting toy includes: a handle part 1; a sword body 2 attached to the handle part 1; a projecting object 9 projecting from a tip of the sword body 2; a projecting object extrusion mechanism 60 configured inside the handle part 1; and a cartridge 3 attached to the handle part 1 to store the projecting object 9.SELECTED DRAWING: Figure 1

Description

The present invention relates to a shooting toy, and more particularly to a shooting toy that has a sword shape and projects a disk-shaped projectile from the tip of the blade toward the opponent.

Conventionally, so-called shooting toys that project projectiles have been used. Many of these toys are provided with projection means such as a spring to project a projectile toward a target. For example, an archery-type shooting toy as shown in Patent Document 1 has been proposed.

JP2015-1001000

The shooting toy (1) of Patent Document 1 includes a barrel (2), a hammer (4) inserted into the barrel (2) and having a tip that can be inserted and removed from one end thereof, a barrel (2), and a hammer ( 4) and a spring (3a, 3b) for urging the hammer (4) from the base end to the tip end of the barrel (2). The hammer (4) is urged from the base end toward the tip in the barrel (2) by the above, and the projection ball (B) is projected by the tip of the hammer (4) jumping out of the barrel (2) It is.

In the invention described in Patent Document 1, a structure is complicated because a spring is required to project a projection sphere, and since the shape is a normal bow shape, it is mediocre and lacks the fun and unexpectedness as a toy. Met.
The present invention has been made in view of such a conventional shooting toy, and is a combination of a shooting toy and a sword-shaped toy. The action of the toy is surprising and fun to play. An object is to provide a safe shooting toy.

The invention described in claim 1 is a shooting toy comprising a handle portion, a blade portion attached to the handle portion, and a projectile projected from the tip of the blade portion.

The invention according to claim 2 includes a handle portion, a blade portion attached to the handle portion, a projectile projected from the tip of the blade portion, and a projectile extrusion mechanism configured inside the handle portion. A shooting toy comprising a cartridge for housing the projectile attached to the handle.

According to a third aspect of the present invention, there is provided a rotating body rotatably attached to the handle portion, the gear that meshes with a tooth portion formed at an end of the rotating body, and the gear. Is a shooting toy characterized in that it is constituted by an extrusion rod that pushes the projectile into the space of the blade part.

According to the shooting toy according to claim 1, the projectile projectes out of the blade portion, while having a simple configuration including the handle portion that the user holds with the hand, the blade portion that projects the projectile, and the projectile. It is an abundant movement and produces effects such as never getting bored even when playing as an elaborate toy.

According to the shooting toy according to claim 2, since the projecting mechanism push-out mechanism and the cartridge for storing the projecting object are configured in the handle portion, a large number of projecting objects can be continuously projected and the way of playing changes. It will be more interesting.

According to the shooting toy according to claim 3, since the pushing mechanism of the projectile is constituted by the rotating body, the gear, and the pushing rod that are rotatably fixed to the handle, the projecting object can be pushed out while holding the handle. Projections can be easily and continuously projected.

Front perspective view of the shooting toy of Embodiment 1 Rear perspective view of the shooting toy of Embodiment 1 Front view of the shooting toy of Embodiment 1 1 is an exploded perspective view of a shooting toy according to Embodiment 1. FIG. The partially cutaway front view of the shooting toy of Embodiment 1 Partially cutaway front view showing the operating state of the shooting toy of Embodiment 1 The figure which abbreviate | omitted the rotor in FIG. Use explanatory drawing of the shooting toy of Embodiment 1

A shooting toy according to a first embodiment of the present invention will be described with reference to FIGS. The shooting toy includes a handle portion 1, a blade portion 2 configured integrally with the tip of the handle portion 1, and a cartridge 3 that houses a piece 9 that is a projectile provided at the tip of the handle portion 1.

The handle portion 1 is formed by overlapping a front portion 11 and a back portion 13 having substantially the same shape, and a piece pushing mechanism 4 is formed inside.

The piece 9 is a disc shape and is made of a soft material such as a fiber in order to maintain safety, and a weight is formed at the center portion for projecting vigorously.

The blade portion 2 is composed of two curved rectangular surface plates 21 and 21, and edge members 22 and 22 made of thin wood are fixed along both curved edges of the blade. That is, the surface plates 21 and 21 are overlapped and fixed with the edge members 22 and 22 sandwiched between both ends.
Thus, a space 25 serving as a passage when the piece 9 is projected is formed in the internal space of the surface plate 21 and the surface plate 21.

A cartridge 3 is formed near the entrance of the blade portion 2 at the tip of the handle portion 1. The cartridge 3 has a cylindrical shape, a lid 31 at the bottom, and a plurality of pieces 9 accommodated therein. Although not shown, a coil spring is attached to the lid 31, and the pieces 9, 9,... Are always urged toward the handle 1 side.
In addition, a hole 15 through which the piece 9 is passed is formed in a portion where the cartridge 3 at the tip of the handle portion 1 is attached.

  A piece pushing mechanism 4 is formed inside the handle 1. The piece pushing mechanism 4 pushes the piece 9 forward (leftward in FIG. 5), and includes a rotating body 40, a gear 50, an pushing rod 60, and a guide groove 70 that guides the movement of the pushing rod before and after.

  The rotating body 40 is substantially fan-shaped, and a shaft hole 48 is formed in a portion corresponding to one end, a tooth portion 42 is formed with a constant width at a curved portion at the front end, and one of the side portions at the front end is projected to press the pressing portion 41. Is configured. The rotating body 40 is pivoted to the handle portion 1 by being fixed to the shaft hole 19 of the back surface portion 13 of the handle portion 1 and the shaft hole (not shown) of the front portion 11 by the shaft 49 penetrating the shaft hole 48. It can be attached as possible. Further, a spring (not shown) is provided between the rotating body 40 and the front portion 11, and the rotating body 40 is always biased to rotate counterclockwise by this spring.

  The gear 50 is composed of a small gear 53 coaxially and integrally formed with the large gear 51, and a shaft 59 penetrating the shaft hole 52 of the gear 50 is connected to the shaft hole 18 of the back surface portion 13 of the handle portion 1 and the front portion 11. By being fixed to a shaft hole (not shown), it is rotatably attached to the handle 1.

The pushing bar 60 has a rectangular plate shape and constitutes an extruding part 63 in the front part, and the rear part constitutes an operating part 61 having a tooth part 62 on one side surface. The pushing bar 60 is disposed in a guide groove 70 formed on the back surface 13 of the handle 1 so as to be movable back and forth. In a state where the pushing bar 60 is installed in the guide groove 70, the large gear 51 of the gear 50 and the tooth portion 62 of the operating part 61 of the pushing bar 60 are engaged with each other, and the pushing bar 60 is rotated as the large gear 51 rotates. Move back and forth.

The operation of the first embodiment configured as described above will be described.
First, how to make a shooting toy will be described. The blade 2 is fixed to the tip of the handle 1, the cartridge 3 having a plurality of pieces 9 is attached to the back surface 13, and the pushing rod 60 is installed in the guide groove 70. Then, the gear 50 and the rotating body 40 are pivotally attached to the inside of the handle portion 1 by shafts 59 and 49, respectively, to form the piece pushing mechanism 4, and then the back surface portion 13 and the front surface portion 11 are fixed.

On the other hand, the blade portion 2 is fixed to the surface plates 21 and 21 with the edge members 22 and 22 sandwiched between both ends, and the end portion is attached to the handle portion 1 with the space 25 formed inside. The shooting toy shown in FIGS. 1 and 2 is created.

  When the piece 9 is projected from the blade portion 2 in use, the piece 9 is pushed into the space 25 as shown in FIGS. At this time, when the handle 1 is grasped with a hand and the protrusion 41 of the rotating body 40 is pushed into the handle 1 side with a finger, the rotating body 40 rotates clockwise around the shaft 49. At this time, since the tooth portion 42 at the tip of the rotating body 40 is engaged with the small gear 53 of the gear 50, the gear 50 rotates about the shaft 59 in the counterclockwise direction.

  Accordingly, the large gear 51 of the gear 50 and the tooth portion 62 of the operating portion 61 of the push rod 60 are engaged with each other, so that the push rod 60 moves forward along the guide 70 as the large gear 51 rotates. To go.

As the pushing bar 60 advances, the uppermost piece 9 in the cartridge 3 is pushed by the pushing bar 60 and pushed out into the space 25 of the blade portion 2 (see FIG. 6). Therefore, as shown in FIG. 8, when the handle portion 1 is grasped and swinged forward, the piece 9 moves along the curved edge member 22 and is projected vigorously from the tip of the blade portion 2. Thereafter, the rotating body 40 returns to the original position by the force of the spring, and accordingly, the pushing bar 60 also moves backward to return to the original position, and the state shown in FIG. 5 is obtained.

A plurality of pieces 9 are accommodated in the cartridge 3 and pushed from the bottom by a coil spring, so that the pieces 9 can be continuously pushed out and projected. Further, it is possible to use one by one piece from the hole 15 without configuring the cartridge 3 and the piece pushing mechanism 4.

As described above, according to this embodiment, although it is a simple configuration, it moves unexpectedly that the piece jumps out of the blade part, and it is an elaborate as a toy and does not get bored even if it is playing And you can play safely. You can play as a normal sword toy without projecting a piece.
The piece can be pushed out while holding the handle, and many pieces can be easily projected in succession, increasing the fun.

DESCRIPTION OF SYMBOLS 1 Pattern part 2 Blade part 3 Cartridge 4 Piece pushing mechanism 9 Piece 15 Hole 21 Surface plate 22 Edge member
25 Space 40 Rotating body 50 Gear 60 Extrusion rod 70 Guide groove

Claims (3)

  A shooting toy comprising a handle portion, a blade portion attached to the handle portion, and a projectile projected from the tip of the blade portion.   A handle part, a blade part attached to the handle part, a projectile projected from the tip of the blade part, an extrusion mechanism of a projectile configured inside the handle part, and the projection attached to the handle part A shooting toy consisting of a cartridge for storing objects.   A rotating body that is pivotally attached to the handle portion, a gear that meshes with a tooth portion that is configured at an end of the rotating body, and a gear that meshes with the gear to push the projectile into a blade. The shooting toy according to claim 2, wherein the shooting toy is pushed out into the space of the part.

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