JPH045914Y2 - - Google Patents

Description

[Detailed description of the invention] (Field of industrial application) This invention is mainly used to liven up the atmosphere at home parties, etc. By pulling the string, the medicinal ball itself separates and is placed inside the medicinal ball body. This toy ball toy is capable of scattering objects such as confetti contained therein as appropriate, and exploding gunpowder to emit an explosion sound.

(Prior Art) Conventionally, some medicinal balls have been used in ceremonies and the like. This is constructed so that when a string is pulled, the pill body splits into two, confetti and the like are scattered from inside, and banners and the like hang down.

There is also a pronounceable Kusudama as described in Japanese Patent Application Laid-Open No. 59-91984. This is done by attaching a kratzker filled with gunpowder that makes a sound when the tow string is pulled to the surface of a hanging type kusudama, and then attaching the kratzker sounding traction string to the traction string for opening the kusudama, which produces the sound just before or at the same time as the opening of the kusudama. They are connected with connecting strings to ensure that they can be connected.

(Problem to be solved by the invention) However, many of the medicinal balls used in ceremonies and the like are relatively large, and are not suitable as medicinal ball toys that can be easily reused many times at home parties and the like.

In addition, in the case of the above-mentioned sound-producing Kusudama, since the Kratzker filled with gunpowder is fixed to the surface of the Kusudama, there is a problem that once it is used and the Kratzker is sounded, it cannot be reused. Ta. That is, the above-mentioned pronounceable Kusudama was disposable and was not very economical as a medicinal ball toy that could be easily reused many times at home parties and the like. Moreover, since the kusudama opening traction string and the sounding traction string are connected to the connecting string, if the connecting string gets tangled or breaks inside the kusudama, the kusudama opening traction string and the sounding traction string cannot be pulled sufficiently and the kratzker There was a fear that it wouldn't ring. In addition, since a cracker filled with gunpowder was attached to the surface of the Kusudama, it was dangerous if the connecting cord were accidentally pulled when someone was near the Kusudama.

(Means for Solving the Problems) Therefore, the present invention aims to solve the above-mentioned difficulties, and is reusable any number of times, can be expected to operate reliably, is highly safe, easy to handle, Moreover, it has been devised to provide a medicinal ball toy that has a relatively simple structure, is strong, has excellent durability, and can liven up the atmosphere of home parties. The upper half body A1 is formed so as to be able to be hung, and has a disengagement engagement mechanism and an explosion sound generating mechanism built therein, and is detachably attached to the upper half body A1 via the disengagement engagement mechanism. At the same time, a medicine ball main body A is formed, which is composed of a lower half body A2 having a storage part 53 for appropriately scattered objects such as confetti, and a base A3 fixed to the upper half body A1.

The disengagement and engagement mechanism is attached to the base A3 of the upper half body A1 so as to be able to swing freely in the vertical direction, and the elastic force of the elastic spring 24 is biased so that it always swings upward. Actuating piece 20
and a swing operation piece 1 which is attached to the base A3 so as to be able to swing freely in the horizontal direction, and which is biased by the elastic force of the springs 5 and 13 so as to swing in a predetermined direction. Locking piece 1 for disengaging and engaging
It consists of 0.

Furthermore, a string insertion hole 52 bored in the lower half body A2
The locking stopper 22 of the actuating piece 20, which prevents the swinging operation piece 1 from swinging by the elastic spring 5, is connected to the locking stopper 22 of the actuating piece 20, which prevents the swinging operation piece 1 from swinging by the resilient spring 5, by pulling the string 48 attached to the actuating piece 20 downward. The swing operation piece 1 is formed to be released from the locking state with the locking piece 1, and the swinging operation piece 1, which is released from the locking state with the locking stopper 22, causes the locking piece 10 for disengaging and engagement to be released by the elastic spring 13. The lower half body A2 is swung against the force to release the locking state between the locking piece 50 protruding from the lower half body A2 and the disengagement engagement locking piece 10, and the lower half body A2 is released from the upper half body A2. A disengagement engagement mechanism is formed to fall off from the body A1.

Further, the explosion sound generating mechanism includes a firing pin 3 protruding from the swinging operation piece 1 and a gunpowder loading lever 30 having a gunpowder storage hole 31 into which the firing pin 3 can be inserted and into which a gunpowder ball 60 can be loaded. Configure. Moreover, when the locking state with the locking stopper 22 is released and the swinging operation piece 1 swings, the firing pin 3 moves into the gunpowder accommodation hole 3.
An explosion sound generating mechanism is formed so that the gunpowder ball 60 in the gunpowder 1 can be exploded.

Then, the gunpowder loading lever 30 is swingably attached to the upper half body A1, so that the opening of the gunpowder storage hole 31 can be exposed to the outer surface of the upper half body A1. did.

(Function) Thus, the upper half body A1 is suspended via the hanging string 41, and the lower half body A2 is detachably attached to the upper half body A1 via a detachable engagement mechanism. . That is, by locking the locking piece 50 protruding from the lower half body A2 with the locking piece 10 for detachment and engagement, the attachment state of the lower half body A2 to the upper half body A1 is maintained. Ru. At this time, scattered objects such as confetti are appropriately accommodated in the accommodation portion 53 of the lower half body A2.

Then, by pulling the string 48 downward, the disengagement and engagement mechanism is activated, and the engagement state between the upper half body A1 and the lower half body A2 is released, and the lower half body A2
falls off from the upper half body A1, scattering the scattered objects in the storage section 53. That is, when the string 48 is pulled downward, the actuating piece 20 swings downward against the elastic force of the elastic spring 24, and the locking stopper 22 of the actuating piece 20 is locked with the swinging operation piece 1. When the state is released, the elastic force of the elastic spring 5 is released, and the swinging operation piece 1 swings, and this swinging operation piece 1 causes the locking piece 10 for disengagement and engagement to be elastically activated by the elastic spring 13. The locking piece 50 of the lower half body A2 is swung against the force.
The lower half body A2 falls off from the upper half body A1 by releasing the locked state between the locking piece 10 and the detachable engagement locking piece 10.

Further, the explosion sound generating mechanism operates in conjunction with the disengagement and engagement mechanism, and
Explode the gunpowder ball 60 set to 1. That is, when the locking state between the locking stopper 22 and the swinging operation piece 1 is released from the actuating piece 20, the elastic force of the elastic spring 5 is released, and the swinging operation piece 1 swings. The firing pin 3 of the operating piece 1 is the gunpowder loading lever 3
It collides with the gunpowder ball 60 loaded in the gunpowder storage hole 31 of No. 0 and explodes. The gunpowder ball 60 is loaded into the gunpowder storage hole 31 when the gunpowder loading lever 30 is swung so that the opening of the gunpowder storage hole 31 is exposed on the outer surface of the upper half body A1. 3
With a zero swing, it is set at a predetermined position within the upper half body A1.

(Example) Hereinafter, the present invention will be explained with reference to illustrated examples.

In the figure, A indicates a medicine ball main body having a substantially hollow spherical shape made of an appropriate synthetic resin material, for example, and this medicine ball main body A has a substantially hemispherical bowl-shaped upper half body A1 and a substantially semispherical bowl-shaped upper half body A1. A bowl-shaped lower half body A2;
It consists of a substantially disk-shaped base A3 fixed to the upper half body A1 so as to close the opening of the upper half body A1.

The lower half body A2 can be detachably attached to the upper half body A1, and the lower half body A2 and the upper half body A
1, freely release the engagement state with the lower half body A.
2 is configured to be able to fall off from the upper half body A1; It has a built-in explosive sound generation mechanism.

The disengagement/engagement mechanism is mounted at a predetermined position on the upper surface of the base A3 so as to be able to swing in the horizontal direction using its central portion as a fulcrum. A rocking operation piece 1 to which a power is applied and a base A that can swing freely in the horizontal direction using its central part as a fulcrum.
3. A resilient spring 13 is attached to the upper surface at a predetermined position and swings in a predetermined direction.
A locking piece 10 for disengagement and engagement is biased with an elastic force of
The base A3 is attached to a predetermined position on the lower surface of the base A3 so as to be able to swing vertically using the base end portion as a fulcrum, and the stopper retracts from the upper surface of the base A3 through the stopper recess hole 25 drilled in the base A3. The locking stopper 22 at the tip that can be freely moved is attached to the base A3.
Resilient spring 24 so that it always protrudes from the top surface.
The actuating piece 20 is biased with a resilient force.

Then, the disengagement/engagement mechanism is activated by pulling the string 48 downward, which passes through the string insertion hole 52 formed in the lower half body A2 and is attached to the actuating piece 20. A locking stopper 22 protrudes from the upper surface of the base A3 and is locked to the swing operation piece 1 to prevent the base A3 from swinging.
The locking state between the swinging operation piece 1 and the locking stopper 22 is released by moving toward the lower surface, and the swinging operation piece 1 is released.
is swung by the elastic spring 5 and comes into contact with the locking piece 10 for disengagement and engagement, and the locking piece 1 for disengagement and engagement
A locking piece 50 of the lower half body A2 that swings against the elastic force of the elastic spring 13 and protrudes from the upper surface of the base A3 through the insertion hole 14, and a locking piece for disengaging and engaging. 10, the lower half body A2 is configured to fall off from the upper half body A1.

Further, the explosion sound generating mechanism is mounted at a predetermined position on the upper surface of the base plate A3 so as to be able to swing freely in the horizontal direction using the firing pin 3 protruding from the swinging operation piece 1 and its center portion as a fulcrum. , a gunpowder storage hole 3 into which the firing pin 3 can be inserted and a gunpowder ball 60 can be loaded.
1, and when the locking state with the locking stopper 22 is released and the swinging operation piece 1 swings by the resilient spring 5, Firing pin 3 is gunpowder storage hole 31
It is configured so that it collides with the gunpowder ball 60 inside and explodes.

The swinging operation piece 1 has a generally dogleg shape in plan view, and has an operating protrusion 2 projecting downwardly at one end thereof and an operating protrusion 2 projecting downward in the swinging direction of the swinging operation piece 1. A metal firing pin 3 is formed. Moreover, the operation protrusion 2 is inserted into a substantially arc-shaped protrusion insertion hole 6 formed in the base A3, and its tip is inserted into the base A3.
3 protrudes from the lower surface to enable swing operation of the swing operation piece 1. Further, a spring locking portion 4 for locking one end portion of an elastic spring 5 is formed at one end portion of the swing operation piece 1, and the other end portion of the elastic spring 5 is attached to the upper surface of the base A3. The tip of the firing pin 3 of the swinging operation piece 1 is held by a spring locking portion 7 protruding from the side, and the tip of the firing pin 3 of the swinging operation piece 1 is pulled back in the direction toward the gunpowder storage hole 31 of the gunpowder loading lever 30 and is energized with an explosive force. (See Figures 2 and 3).

The disengaging and engaging locking piece 10 has a spring locking portion 11 formed on the upper surface of one end thereof, for locking one end portion of the elastic spring 13.
The other end portion of the resilient spring 13 is locked to a spring locking portion 16 provided on the upper surface of the base A3, and the contact portion 12 provided on the other end of the locking piece 10 for disengaging and engaging is engaged. A pullback spring force is applied to swing the swinging operation piece 1 toward the other end (the second
(see Figure, Figure 3).

Insertion hole 14 drilled at a predetermined position of base A3
is a pair of locking pieces 50 protruding from the lower half body A2.
is formed so that it can be inserted freely, and the base A
The holding piece 15, which is located near the insertion hole 14 of No. 3 and protrudes from the top surface of the base A3, is formed in a hook shape so as to cover the end of the locking piece 10 for disengagement and engagement from above. It is formed to prevent upward movement of the end portion of the engagement locking piece 10, and the opening direction of the hook shape is aligned with the rotational direction of the disengagement and engagement locking piece 10.

The actuation piece 20 has shaft portions 20a on both sides of its base end.
are provided in a protruding manner, and by attaching the shaft portions 20a to the respective shaft supports 28 protruding from the lower surface of the base A3 at predetermined positions, the shaft portions 20a are installed so as to be able to swing freely in the vertical direction. A string attachment portion 21 for attaching the upper end portion of the string 48 is protrudingly provided on the lower surface of the distal end portion of the piece 20, and a stopper egress hole 25 is formed on the upper surface of the distal end portion of the actuating piece 20 at a predetermined position of the base A3. A locking stopper 22 that can freely protrude and retract is provided protruding from the upper surface of the base plate A3. Moreover,
A spring locking portion 23 is provided on the upper surface of the actuating piece 20 for locking one end portion of the elastic spring 24.
is provided protrudingly, and this spring locking portion 23
protrudes from the upper surface of the base A3 through a locking part insertion hole 26 formed at a predetermined position of the base A3.
The other end portion of the resilient spring 24 is locked to a spring locking portion 27 protruding from the upper surface of the base A3, and the locking stopper 22 is attached to the upper surface of the base A3 through the stopper recess hole 25. A retracting elastic force is applied to the actuating piece 20 so that it protrudes (see FIG. 5).

The gunpowder loading lever 30 is formed so that the opening part of the gunpowder storage hole 31, which can accommodate the gunpowder ball 60, is exposed on the outer surface of the powder ball main body A by swinging the gunpowder loading lever 30 (see one point in FIG. 2). (See dashed line). 32 in the diagram
is a gunpowder removal piece having a portion that constitutes the lower half of the gunpowder storage hole 31. This gunpowder removal piece 32 is pivotally supported so as to be swingable in the horizontal direction, and this swinging operation stops the explosion. The gunpowder ball 60 is formed so that it can be easily taken out from inside the gunpowder storage hole 31.

In the figure, reference numeral 40 denotes a string attachment part provided at the top of the upper half body A1, and this string attachment part 40 has a hanging string 41.
The lower end part is fixed. Reference numeral 45 denotes a string attachment portion protruding from the lower surface of the base A3, and a banner 47 is attached to this string attachment portion 45 via a string 46. In addition, a weight is appropriately attached to the lower part of the banner 47,
The banner 47 may be made to hang down neatly.

The pair of locking pieces 50 of the lower half body A2 are each provided with locking grooves 51 that can lock both end portions of the locking piece 10 for detachment and engagement, with their opening directions aligned in the rotational direction. be.

Strap insertion hole 5 drilled in the lower top of the lower half body A2
A string 48 whose upper end portion is attached to the string attachment part 21 of the actuating piece 20 is inserted through the lower half body A2 when the lower half body A2 is separated from the upper half body A1. is formed so as to fall off along the string 48, and furthermore, the lower half body A
2 is prevented from falling by a stopper 49 attached to the lower end of the string 48 (see FIG. 6), and is also formed to prevent loss.

In addition, the specific shapes, dimensions, and materials of the pill body A, the upper half body A1, and the lower half body A2, and the specific configurations of the disengagement/engagement mechanism and the explosion sound generation mechanism are limited to those shown in the illustrations. You can freely set it as you like.
Furthermore, the specific configurations, shapes, etc. of the base A3, the swinging operation piece 1, the engagement/disengagement locking piece 10, the operating piece 20, and the gunpowder loading lever 30 are not limited to those shown in the drawings.

The present invention is constructed as described above. Next, an example of its use will be explained. First, the operation protrusion 2 of the swinging operation piece 1 is operated with a finger to resist the retracting elastic force of the elastic spring 5. Swing operation piece 1 in the direction
oscillate. Then, the operating piece 20 swings due to the retracting elastic force of the elastic spring 24, and the locking stopper 22 protrudes to the upper surface of the base A3 through the stopper recess hole 25 and locks onto the swinging operation piece 1. This prevents the swing operation piece 1 from swinging in the direction in which the retracting spring force of the spring 5 acts (see FIGS. 2 and 5).

Then, the gunpowder loading lever 30 is swung to expose the gunpowder accommodation hole 31 on the outer surface of the upper half body A1, and after loading the gunpowder ball 60 into the gunpowder accommodating hole 31, the gunpowder loading lever 30 is swung. The gunpowder ball 60 is set in the upper half body A1 by moving the gunpowder ball 60 (see FIG. 2).

Next, the accommodating portion 53 of the lower half body A2 is made to contain confetti and other scattered objects, and the locking piece 50 of the lower half body A2 is inserted into the insertion hole 14 of the base A3. The sloping portion provided at the upper end allows the locking piece 10 for disengagement and engagement to swing in a direction that resists the retracting elastic force of the elastic spring 13, and the locking groove 51 of the locking piece 50 acts as the locking piece for disengagement and engagement. 10, the disengagement engagement locking piece 10 is swung by the resilient spring 13, and both ends of the locking piece 10 are locked in the locking groove 51, and the upper half of the lower half body A2 is Split body A
1 is maintained.

Then, the medicine ball body A is suspended at an appropriate location via the hanging string 41, and the medicine ball toy is set.

Thereafter, when the string 48 is pulled downward, the operating piece 20 swings downward against the retracting elastic force of the elastic spring 24, and the locking stopper 22 and the swinging operation piece 1
The locked state with is released. Then, the swinging operation piece 1 swings due to the retracting elastic force of the elastic spring 5, and the other end portion of the swinging operation piece 1 comes into contact with the contact portion 12 of the locking piece 10 for disengaging and engaging. , the locking piece 10 for disengagement and engagement is swung against the retracting force of the spring locking portion 11 (see FIG. 3). When this locking piece 10 for disengaging engagement swings against the retracting force of the spring locking portion 11, both ends of the locking piece 10 for disengaging engagement engage with the locking groove 51 of the locking piece 50. When the condition is released, the lower half body A2 separates from the upper half body A1, and the lower half body A2 falls along the string 48 while scattering the scattered objects in the storage part 53 as appropriate (Fig. 6). reference). Also, at the same time,
A firing pin 3 provided at one end of the swinging operation piece 1 is a powder ball 6
0 and the gunpowder ball 60 explodes.

By the way, in the medicinal ball toy of the present invention, for example, in addition to confetti, several types of colored balls and instruction memos corresponding to the number of colored balls are stored in the storage part 53, and the toy can be used by Jiyanken. The winning team picks up the scattered instruction memo, the losing team picks up the scattered colored balls, and the winning team picks up the colored ball that matches the color specified in the instruction memo. Alternatively, in addition to confetti, several types of colored balls can be stored in the storage section 53, and each player can pick up one of the scattered colored balls. You can play in ways such as trying to get a present with a sticker of the same color as the colored ball, or other appropriate play.

(Effect of the invention) Therefore, according to the drug ball toy of the present invention as described above, the gunpowder is released at the same time as the confetti stored in the storage section 53 of the lower half body A2 and other appropriate flying objects are scattered. The ball 60 can be exploded, making it a fun and interesting item that can liven up the atmosphere of a home party or the like. Moreover, it is easy to handle, can be expected to operate reliably, is relatively simple, robust, has excellent durability, and is an extremely practical medicine ball toy.

In particular, since the gunpowder ball 60 can be loaded into the gunpowder storage hole 31 of the gunpowder loading lever 30, the gunpowder ball 60 can be loaded over and over again, resulting in a very economical gunpowder toy that can be easily reused many times. . In addition, the gunpowder loading lever 30 is swingably attached to the upper half body A1, and the opening of the gunpowder storage hole 31 is formed so that it can be exposed to the outer surface of the upper half body A1. Loading the gunpowder ball 60 into the gunpowder storage hole 31 can be performed extremely easily and safely.
Furthermore, since the gunpowder ball 60 explodes within the upper half body A1, the toy becomes a highly safe powder ball toy. Further, the gunpowder ball 60 explodes almost at the same time as the lower half body A2 falls off, and the explosion sound of the gunpowder ball 60 is not confined within the powder ball body A, but rather spreads out relatively.

In addition, the elastic force of the elastic spring 24 is always applied to the actuating piece 20, which can freely swing in the vertical direction,
The locking stopper 22 of the operating piece 20 is locked to the swinging operation piece 1 which can swing freely in the horizontal direction, so that it reliably prevents the swinging operation piece 1 from swinging due to the resilient spring 5. , the locking state between the locking stopper 22 and the swinging operation piece 1 can be stably maintained.

Further, the elastic force of the elastic spring 13 is constantly applied to the locking piece 10 for disengaging and engaging, which can swing freely in the horizontal direction, and this locking piece 10 for disengaging and engaging locks the lower half body A2. Since it is locked to the piece 50, the locked state between the locking piece 10 for disengagement and engagement and the locking piece 50 can be maintained, and the lower half body A2 can be stably attached to the upper half body A1. become able to. Moreover, the swinging operation piece 1 released from the locking state with the locking stopper 22 swings the disengaging and engaging lock 10 against the elastic force of the elastic spring 13, and the lower half body Since the locking state between the locking piece 50 of A2 and the locking piece 10 for disengagement engagement is released, the disengagement engagement mechanism and the explosion sound generation mechanism can be reliably linked, and the upper part of the lower half body A2 The gunpowder ball 60 can be exploded almost at the same time as it falls off from the half body A1.

A string insertion hole 52 is formed in the lower half body A2, and the string 48 attached to the actuating piece 20 is inserted through the string insertion hole 52, so that the lower half body falls off from the upper half body A1. A2 falls along the string 48, and by attaching a stopper 49 to the string 48, the stopper 49 can reliably prevent the lower half body A2 from falling.

Further, since the storage portion 53 is formed in the lower half body A2, it becomes possible to easily store confetti and other scattered objects in the storage portion 53, and
Since a relatively large amount of flying objects can be accommodated, and game elements can also be accommodated and scattered as needed, it can also be used as a fun game device suitable for parties and the like.

[Brief explanation of the drawing]

The drawings illustrate the present invention: Fig. 1 is an exploded perspective view, Fig. 2 is a partially cutaway cross-sectional plan view, Fig. 3 is a cutaway cross-sectional plan view, Fig. 4 is a vertical cross-sectional front view, and Fig. 5 is a partially cutaway cross-sectional plan view. A partial vertical sectional view and FIG. 6 are a front view of the device in use. A...Medicine ball body, A1...Upper half body, A2...
... lower half body, A3 ... base, 1 ... rocking operation piece, 2 ... operation projection, 3 ... firing pin, 4 ... spring locking part, 5 ... elastic spring, 6 ... projection insertion Hole, 7... Spring locking part, 10... Locking piece for disengaging engagement, 11... Spring locking part, 12
...Abutting part, 13...Bulging spring, 14...
Insertion hole, 15... Holding piece, 16... Spring locking part, 20... Operating piece, 20a... Shaft part, 21...
...String attachment part, 22...Latching stopper, 23...
... Spring locking part, 24 ... Repulsion spring,
25... Stopper recess hole, 26... Locking part insertion hole, 27... Spring locking part, 28... Pivotal support, 30... Gunpowder loading lever, 31... Gunpowder storage hole, 32... Gunpowder removal piece , 40... String attachment part, 41... Hanging string, 45... String attachment part, 4
6... String, 47... Banner, 48... String, 49...
... Stopper, 50 ... Locking piece, 51 ... Locking groove, 52 ... Strap insertion hole, 53 ... Accommodation part, 60 ...
...Gunpowder ball.

Claims (1)

[Scope of utility model registration request] The upper half body is formed so that it can be hung via a hanging string, and has a disengagement engagement mechanism and an explosion sound generating mechanism built therein, and the upper half body is freely engageable and disengageable via the disengagement engagement mechanism. At the same time, it forms a drug ball main body consisting of a lower half body equipped with a storage part for appropriate flying objects such as confetti, and a base fixed to the upper half body. The actuating piece is attached to the base of the upper half body so that it can swing freely in the horizontal direction, and the actuating piece is always biased by the elastic force of the elastic spring so that it can swing upwardly. As well as being respectively installed on the base,
It consists of a rocking operation piece and a locking piece for disengaging and engaging, each of which is biased by the elastic force of an elastic spring so as to swing in a predetermined direction, and passes through a string insertion hole drilled in the lower half body. By pulling the string attached to the actuating piece downward, the locking state between the actuating piece's locking stopper, which prevents the swinging operation piece from swinging due to the elastic spring, and the swinging operation piece is released. The rocking operation piece is formed so as to be disengaged from the locking stopper and swings the locking piece for disengaging and engaging against the elastic force of the elastic spring, thereby separating the lower half. The locking piece protruding from the body and the locking piece for disengaging and engaging are released from the locking state, and the lower half body is formed to fall off from the upper half body, and the explosion sound generating mechanism is operated by a rocking operation. It consists of a firing pin protruding from one side and a gunpowder loading lever with a gunpowder storage hole into which the firing pin can be inserted and a gunpowder ball can be loaded. The firing pin is formed so that it can explode the gunpowder ball in the gunpowder storage hole when the gun swings, and the gunpowder loading lever is swingably attached to the upper half body so that the opening part of the gunpowder storage hole is in the upper part. A medicinal ball toy characterized in that the outer surface of the half body is formed so that it can be exposed to the crocodile.