JPH0140557Y2 - - Google Patents

Description

[Detailed explanation of the invention] A. Purpose of the invention (1) Industrial application field The invention relates to a throwing toy, and in particular, when the toy is advanced by a driving wheel and stopped, a projectile held by a rocking body is thrown by inertia. This relates to throwing toys.

(2) Prior Art Conventionally, there have been known toys with wheels that move backwards by hand and then move forward by the driving force of a drive biasing body when the hands are released. The drive biasing body of these toys is either a spring spring or a rubber string, and the spring or rubber string is wound by rotating the wheels of the toy. Push the gun down with your hand to make it move backwards, then release your hand and it will move forward.

(3) Problems to be solved by the invention In the conventional toy having the above structure, the toy simply moves forward by the driving force of the drive biasing body, and has only a simple operation as a toy.

The present invention mounts a rocking body to these conventional wheeled toys, causes the rocking body to grip the rocking body, and when the toy is moved forward and stopped, the rocking body is moved by using the forward inertia. The purpose of the present invention is to provide a throwing toy that can be used to throw objects.

B. Structure of the invention The present invention supports a toy base in a scale-like manner that swings back and forth by a drive wheel, and also provides a drive biasing body so that the drive biasing body stores force when the drive wheel is rotated backward. The toy base is characterized in that a swinging body is pivotally attached to the toy base so as to be able to swing back and forth about an axis, and the swinging body is formed with a swing body gripping portion to grip the swing body.

(1) Means for solving the problem In the present invention, the toy base is configured in the shape of a moving part, and is supported in the shape of a scale that swings back and forth on drive wheels. Further, a rocking body that rocked back and forth about a support shaft was pivotally attached to the toy base. The swinging body was made to grip a projectile body. Therefore, when the toy is moved forward, its inertia causes the projectile to be thrown in front of the toy base when it stops.

(2) Effect According to the present invention having the above configuration, the gripping portion of the swinging body is made to grip a swinging body such as a dice, and the swinging body is supported in an inclined manner behind the toy base. Then, the center of gravity of the toy base, which is supported by the drive wheels in a scale-like manner, shifts to the rear and tilts backward. When the toy is moved backward by pressing the toy with the hand, the drive biasing body provided in the drive wheel is rotated and forward force is accumulated. Therefore, when the toy is released from the toy, it suddenly starts moving due to the driving of the drive wheels, and after traveling a certain distance, it suddenly stops at the limit of the drive biasing body. Then, the toy base and the rocking body lean forward due to inertia, and the projectile held by the rocking body is thrown forward by that inertia, so if the rocket is dice-shaped, the roll of the dice can be calculated. You can play a game where you hit the ball and compete, and you can also compete by hitting the ball far.

(3) Examples Examples of the present invention will be explained based on the drawings. Figure 1 is a perspective view of the throwing toy, Figure 2 is a perspective view of the throwing toy seen from below, Figure 3 is a rear view of the throwing toy, and Figure 4 is a sectional view of the throwing toy showing its internal structure. be.

The throwing toy 1 has a toy base 2 formed into a box shape with an opening at the bottom. And on the lower edge of the base 2,
A main shaft 3 is horizontally suspended in the middle part in the longitudinal direction, and wheels 4, 4 are attached to both ends of the main shaft 3, and the toy base 2 is supported by the wheels 4 so as to be able to swing back and forth like a balance.

A gear 5 is attached to the main shaft 3 so as to rotate integrally with the main shaft 3, and a drive biasing body 6 formed in a gear shape is meshed with the gear 5. The drive biasing body 6 is composed of a gear 6a that is pivotally supported on the toy base 2 and a rubber ring 6c that is engaged with a locking protrusion 6b of the gear 6a. The drive biasing body is configured such that forward force is stored in the drive biasing body by rotating the drive wheel 4.

A swinging body 7 is pivotally attached to the side surface of the toy base 2. The rocking body 7 is modeled on both hands of an animal, and its base portions are pivotally supported on both sides of the rigid base body 2 with both hands raised, and configured to be able to rock back and forth about a support shaft 7a as a base point. be. A gripping portion 8 is formed on the upper part of the swinging body 7. The gripping portion 8 is composed of a plate 8a whose both ends are sandwiched between the swinging body 7 and a protrusion 8b attached perpendicularly to the plate 8a. The plate surface is configured to face the vertical direction when in the tilted state, and a projecting body locking portion 8c is provided at the lower end in this state. Further, a lateral groove 8d is carved on the tip end surface of the protrusion 8b. Reference numeral 9 in the drawings indicates a training wheel.

The gripping portion 8 grips a projectile 10.
The scale body 10 is formed into a dice shape with an opening 10a at the bottom. A locking body 10b is provided protruding from one end surface of the opening 10a, and the locking body 10b
b is constructed in the shape of a perforated plate. Also, the projectile body 10
Two slits 10c, 10c are cut into arbitrary opposite side walls of the opening 10a, and a rubber ring 11 is locked in a cross shape. Reference numeral 2b is a release body.

In the above configuration, first, the rubber ring 11 is hooked to the horizontal groove 8d of the gripping part 8 and pressed down with the opening part 10a of the scrolling body 10 facing downward.
The hole b is engaged with the locking portion 8c to be gripped.
When the rocking body 7 is tilted backward in this state, the toy base body 2 is tilted backward as shown in FIGS. 1 and 4 due to the weight balance. When the toy is moved backwards in this manner while being held down by hand, the gear 6a rotates in the direction of the arrow, the rubber ring 6c is wound around its shaft, and driving force is accumulated. Therefore, when you release your hand, the gears 6a and 5 rotate due to the tensile force of the rubber ring 6c, and the drive wheel 4
rotates rapidly and the toy moves forward. When the toy 1 moves forward a certain distance, the rubber ring 6c returns and acts as a brake, causing the gear 6a to stop rotating, suddenly stopping the drive wheel 4 connected to it, and causing the toy base 2 and the rocking movement due to inertia. Body 7 leans forward. Then, as shown in FIG. 5, the tip of the locking body 10b of the projectile 10 collides with the releasing body 2b of the toy base 2, and the locking body 10b is released from the locking portion 8c, and the projectile 10 is released from the locking portion 8c.
0 jumps forward to the toy 1 by the elasticity of the rubber ring 11 hooked to the protrusion 8b.

Second Embodiment FIG. 6 is a side view showing a second embodiment of the present invention. Since the overall configuration is the same as the first embodiment, the explanation will be omitted and only the differences will be explained.

The toy base 12 is modeled after a monkey, and the swinging body 13 is modeled after its arms. The distal end of the swinging body 13 is configured to hold an object with the fingers, forming a gripping part 14. A shell 15 imitating a coconut is placed on the grip portion 14. However, when the toy base 12 and the swinging body 13 are moved forward by the drive wheels 16, when they stop, the toy base 12 and the swinging body 13 are tilted forward due to inertia, and the swinging body 15, which was placed and held on the gripping part 14, is moved forward. thrown at.

Third Embodiment FIG. 7 is a side view showing a third embodiment. The configuration of the main parts is the same as above, so the reference numerals will be explained.
17 is a toy base imitating a parent turtle, 18 is a driving wheel,
19 is a training wheel, 20 is a rocking body imitating a hatchling, 2
Reference numeral 1 indicates a gripping portion, and reference numeral 22 indicates a shell modeled after a grandchild tortoise.
In the above configuration, when the toy base 17 is moved forward by the driving wheels, the rocking body 20 and the toy base 17 lean forward when stopped, and the rocking body 20
The projectile 22 placed and held by the gripping part 21 is thrown forward by inertia.

The present invention is not limited to the above embodiments, and the design can be modified as appropriate.

C. Effect As described above, in the present invention, the swinging body is pivoted to the toy base which is moved forward by the driving wheels, and the swinging body is made to grip the projectile body, so that it not only moves the driving wheels forward, but also allows the toy to be thrown at the same time as it stops. Because of this, it is possible to enjoy a wide variety of games, such as competing for throwing distance or enjoying the results of the dice.

[Brief explanation of the drawing]

Figure 1 is a perspective view of the throwing toy, Figure 2 is a perspective view of the projectile seen from below, Figure 3 is a rear view of the throwing toy,
FIG. 4 is a cross-sectional view, FIG. 5 is a cross-sectional view showing a state tilted forward, and FIGS. 6 and 7 are side views showing another embodiment. DESCRIPTION OF SYMBOLS 1... Throwing toy, 2... Toy base, 2a... Locking part, 2b... Release body, 2c... Stopper, 3...
...Main shaft, 4... Drive wheel, 5... Gear, 6... Drive biasing body, 6a... Gear, 6b... Locking protrusion, 6c
...Rubber ring, 7...Swivel body, 7a...Spindle, 8...
...Gripping part, 8a...Plate body, 8b...Protrusion body, 8c
...Gun body locking part, 8d...Horizontal groove, 9...Auxiliary wheel,
10...Scattered body, 10a...Opening, 10b...Locking body, 10c...Slit, 11...Rubber ring, 1
2... Toy base, 13... Swinging body, 14... Gripping part, 15... Shooting body, 16... Drive wheel, 17... Toy base, 18... Drive wheel, 19... Auxiliary wheel, 20
...Swaying body, 21...Gripping part, 22...Running body, 2
3...Spindle.

Claims (1)

[Scope of utility model registration request] A toy base configured in a desired shape is supported in a scale-like manner so as to swing back and forth on drive wheels, and a drive biasing body is interposed in the drive wheels, and the toy base can swing back and forth around a support shaft. 1. A throwing toy characterized by having a swinging body mounted on a shaft, and a gripping portion formed on the swinging body to grip the throwing body.