JPH0211104Y2 - - Google Patents

Description

[Detailed description of the invention] (Technical field) This invention is a game in which one of multiple objects rotating in approximately concentric circles is used as the attacking object, and the other objects are the attacked objects, and the attacking object attacks the attacked object. The present invention relates to a shooting game toy that can be enjoyed, and more particularly to a shooting game toy in which one flying object that is both circling in the air is manipulated to make a contact attack on the other flying object and shoot it down.

(Background technology) Conventionally known shooting game toy (Special Publication No. 55-20,
Japanese Patent Publication No. 55-704) had a structure as shown in FIG.

That is, rotating bodies 2 and 3 rotating at different speeds are installed in a stacked tower shape on a base 1,
A helicopter 5, which is an attacking object, is attached to the turning rod 4 of the rotating body 2 on the high-speed side, and a traveling vehicle 7, which is the object to be attacked, is attached to the turning rod 6 of the rotating body 3, on the low-speed side.The traveling vehicle 7 moves over the game board. It is assumed that the vehicle will run while touching the ground.

Reference numeral 9 in the figure indicates an operating lever 9 for raising and lowering the helicopter 5. This operating lever 9 operates a cam (not shown) in the base 1, which in turn causes the swing rod 4 linked to this cam to tilt up and down. 5 will descend or ascend while maintaining the turning state.

Therefore, if the timing of the operation of the control lever 9 is good, the helicopter 5 will fly down to the traveling vehicle 7,
The protrusion 5a of the helicopter contacts the rotating lever 8 of the vehicle 7 and rotates it.

Then, the roof 7a of the vehicle 7 floats upward by the force of the built-in spring, and the vehicle 7 changes into a state as if it had been destroyed.

However, in the conventional shoot-down game toy, the change in the form of the vehicle 7 ends with a single contact attack by the helicopter 5, so the game is too simple and has the drawback of being easily boring.

(Purpose of the invention) The purpose of this invention is to create an interesting shoot-down game toy that is rich in visual variety and that allows the game to be rich in multiple contents as the target object changes after being attacked several times. It is about providing.

(Summary of the invention) In order to achieve the above purpose, this invention makes both the attacking object and the attacked object float in the air as flying objects, and the attacked flying object is rotated by the attacking flying object. A rotating lever and a cam interlocked with the lever are provided, and the stepwise advancement (rotation) of this cam is provided.
As the attack progresses, the exterior components of the attacked aircraft gradually change into a destroyed form, and eventually fall off the swing rod and fall.

(effect) Next, the present invention will be explained with reference to FIG. 2 and subsequent figures.

As shown in the overall external view in Figure 2, two rotating bodies 2 and 3 are stacked in a tower shape on a base 1, with swing rods 4 and 6 protruding from each, and a base 1. A control lever 9 is provided on the control box 10 connected to the base 1, so that the high-speed side turning rod 4 can be tilted up and down, and a helicopter 5, which is an attack object, is attached to the tip of the high-speed side turning rod 4. (However, the configuration is not limited to the shape of a helicopter.) The configuration of the attachment point is almost the same as the conventional example shown in FIG.

In other words, the difference is that a helicopter 7 (however, the form is not limited to a helicopter) as an object to be attacked is attached to the tip of the swinging rod 6 on the low speed side.

The method of playing the game is to rotate the rotating bodies 2 and 3 by operating a switch (not shown), and to control the relationship between the helicopter 5 as the attacking object and the helicopter 7 as the attacked object via the turning rods 4 and 6. At this time, the helicopter 5 is lowered by operating the control lever 9 in accordance with the turning state, and then guided to return to its original height position. If the timing is right, when the high-speed attacking helicopter 5 descends, its lower end member 5a contacts the rotation lever 8 of the lower helicopter 7, which is the attacked object, and rotates it.

By the way, the helicopter 7, which is the object to be attacked, has its skit 10 dislodged and droops at the first contact (Fig. 5), and at the second contact, the tail part 11 droops as if broken (Fig. 6). At the second contact, the attacked object 7 finally comes off the swing rod 6 and falls.

For this reason, the helicopter 7, which is the object to be attacked, is configured as follows.

As shown in FIGS. 3 and 4, the fuselage casing 12 of the helicopter 7 is formed into a two-piece shape. A shaft hole 14 with a slit 13 is provided at the rear lower end position of the body casing 12, and a support shaft 17 having a key 15 and a positioning flange 16 is attached to the tip of the swinging rod 6 on the low speed side. . By fitting the support shaft 17 into the shaft hole 14, the helicopter 7 is attached to and supported by the swing rod 6.

The skit 10 is rotatably attached to the trunk casing 12 by a support shaft 18, and the tail portion 11 is rotatably attached to the trunk casing 12 by a shaft 19.

A composite cam body 20 is rotatably installed in the hollow body casing 12 at a position slightly forward of the shaft hole 14 .

This composite cam body 20 has ratchet teeth 21 on the front side in FIGS. 3 and 4, and is attached to an angle of a rotary lever 8 that is rotatably installed on the upper part of the body casing 12 about a shaft 25. 26 are engaged with the ratchet teeth 21. That is, each time the rotary lever 8 is reciprocated, the composite cam body 20 is rotated by one pitch of the ratchet teeth 21 in the direction of the arrow. Since this rotary feed mechanism is conventionally known, detailed explanation will be omitted. Note that the rotation lever 8 is equipped with a restoring spring 27.
are connected.

The composite cam body 20 has a total of three cams 2, one on the cylindrical surface on the opposite side from the ratchet teeth 21.
2, 23, and 24 are sequentially provided with a phase difference of one tooth pitch of the ratchet teeth 21.

In order to prevent the composite cam body 20 from rotating more than 3 pitches, a rotation stopper 28 is protruded from the camshaft on the inner surface of the body casing 12, and the notch wall of the composite cam body 20 is attached to the rotation stopper 28. (not shown) comes into contact and stops.

In the figure, reference numeral 30 denotes a reset eccentric cam that is integrally provided on the front side of the ratchet teeth 21 in the composite cam body 20.

Next, in the figure, 31, 32, 33, and 34 are cam followers that are related to the eccentric cam 30 and the first to third cams 22 to 24, respectively. The cam followers 31, 32, and 33 are each independently rotatably installed on a common shaft 35. Cam follower 3
4 is rotatably supported by a shaft 41 located above the shaft hole 14.

The cam follower 31 has a substantially right triangular shape when viewed from the front (FIG. 3), and its upper portion is suspended from a shaft 35.

That is, when the support shaft 17 of the turning rod 6 is fitted into the shaft hole 14, the cam follower 3 is moved by the key 15.
1's substantially vertical (Fig. 3) rear surface 31a side is pushed,
The eccentric cam 30 is rotated by the contact pressure on the surface of the eccentric cam 30 from the front surface 31b side, and the composite cam body 20 integrated with the eccentric cam 30 is rotated backward by three pitches (rotation in the opposite direction of the arrow). There is.

That is, when the fallen helicopter 7 is attached to the tip of the swing rod 6 after changing to the destroyed mode and the game ends, the key 15 of the spindle 17 that has entered the shaft hole 14 presses the rear surface 31a of the cam follower 31. Accordingly, the eccentric cam 30, which has been rotated counterclockwise by 3 pitches, is moved to the cam follower 31.
The front surface 31b of the composite cam body 20 is pressed to rotate the composite cam body 20 by three pitches in the clockwise direction, thereby restoring the game starting state.

Next, the distal end 32a of the cam follower 32 engages with the first cam 22, and the hanging portion 10a of the skit 10 is locked to the hook 32b at the proximal end, so that the skit 10 is in its normal position. Retained.

Therefore, when the rotary lever 9 rotates for the first time and the composite cam body 20 rotates by one pitch, the cam 22
As a result, the tip 32a of the cam follower 32 is pushed up. The rotational displacement causes the hook 32b to separate from the hanging portion 10a. So, skit 10
Because of its weight, it rotates around the support shaft 18 and hangs downward (as shown by the chain line in Figure 3).
The cam follower 31 is provided with a notch 32c that allows the key 15 of the support shaft 17 to enter.

Next, the cam follower 34 has its tip 34a.
is engaged with the second cam 23, and the hook 34b at the proximal end is engaged with the engaging portion 11a of the tail portion 11, thereby holding the tail portion 11 in its normal position.

Therefore, the rotating lever 8 rotates for the second time,
When the composite cam body 20 rotates by the second pitch,
The tip 34 of the cam follower 34 is controlled by the cam 23.
a is pushed up. This rotational displacement causes the hook 34b to push away the engaging portion 11a and come off. Therefore, the tail portion 11 rotates around the shaft 19 due to its weight and hangs downward (as shown by the chain line in FIG. 3).

Next, the cam follower 33 has its tip 33a.
is engaged with the third cam 24, the proximal back surface 33b enters into the notch 15a of the key 15 of the support shaft 17, and the support shaft 17 engages with the helicopter 7.
It acts as a stopper to prevent the body from freely detaching from the body casing 12.

In addition, an escape spring 40 is wound around the shaft hole 14 and applies a pressing force in the direction of abutting the tip of the support shaft 17 and pushing the support shaft 17 back and away from the shaft hole 14 .

That is, when the rotating lever 9 rotates for the third time, the cam 24 pushes up the tip 33a of the cam follower 33. Then, the proximal back surface 33b escapes from the notch 15a of the key 15.
As a result, the support shaft 17 loses its stopping force on the key 15.
is pushed out by the escape spring 40 and detached from the shaft hole 14. Therefore, from the outside, the helicopter 7 has a degraded appearance.

Thereafter, when the support shaft 17 is pushed into the shaft hole 14 again, the key 15 rotates the composite cam body 20 backward by three pitches via the cam follower 31 and the eccentric cam 30 in contact with it. Therefore, the proximal back surface 33b of the cam follower 33 enters and locks into the notch 15a of the key 15, so that the attached state of the helicopter 7 is maintained. After that, when the skit 10 and the tail section 11 are rotated to their original states, the hooks 32 of the cam followers 32 and 34 are opened.
b, 34b and maintains the normal posture, so the game can be played again.

(Effect of the invention) In other words, the attacking aircraft is guided by the operating lever to frighten the attacking aircraft, and each time the operating lever is rotated, the cam rotates by a certain pitch.
As a result, the appearance of the attacked aircraft gradually changes, and it eventually detaches from the turning rod and falls, making it more varied and impressive than conventional aircraft.
Since the game content is deep, it is an interesting toy that plays a game of shooting down fellow aircraft, and it is also an interesting toy that has a unique taste.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of a conventional shoot-down game toy, Fig. 2 is a perspective view of the shot-down game toy of this invention, and Fig. 3 is a front view of the main parts of a helicopter, which is an object to be attacked, in cross section. Figure 4 is an exploded view of the same. 4... Turning rod (high speed side), 6... Turning rod (low speed side), 5... Helicopter (attacking object), 7... Helicopter (attacked object), 8... Rotating lever, 20
...Composite cam body, 10... Skirt, 22-24
...Cam, 11...tail.

Claims (1)

[Scope of utility model registration request] Among a plurality of turning rods that are turned substantially concentrically at different speeds by a power source, the attacking object is supported by the higher speed turning rod, the attacked object is supported by the lower speed turning rod, and the object is rotated. It has a means for vertically guiding and operating a turning rod that supports an attacking object in a state,
In a toy that is played by causing the attacked object to change its shape by rotating the rotating lever that maintains its shape by the contact pressure of the attacking object to release the holding,
Both the attacking object and the attacked object are in the form of flying objects suspended in the air by the turning rod, and the attacked object is detachably attached to the turning rod, and the attacked object is provided with a cam formed in two or more stages that sequentially moves in conjunction with the rotating lever, and each stage of this cam has a
One end of each locking lever engages, which maintains the external appearance of the attacked object in normal conditions, and gradually changes the external appearance of the attacked object into a destroyed form when the cam rotates and the lock is released. The last stage of the cam, which has a slower phase than the first stage, is engaged with a drop lever that is rotated by the cam and detaches the object to be attacked from the swinging rod on the low speed side. Shoot down game toy.