JP6409186B2 - Whistle toy - Google Patents

Description

The present invention relates to a whistle toy configured such that a whistle is attached to a hollow body such as a ball, and when playing with the hollow body, the whistle sounds and a long tongue-like body is taken in and out.

  Although there are various types of whistle, a piston-like cylindrical whistle is provided in a cylinder-like container so as to be able to reciprocate. There is something to say. In order to reciprocate the cylindrical whistle, there is a cow whistle in which a weight is provided on the cylindrical whistle, or a so-called “gekogeko whistle” in which a coiled spring is attached between the cylindrical whistle and the container.

  Examples of toys provided with such a whistle on the ball include “Sound toy throwing toys” of Japanese Utility Model Laid-Open No. 06-034660 and “Onomatopoeia generator and toy” of Japanese Utility Model Laid-Open No. 05-000194. Japanese Utility Model Laid-Open No. 06-034660 has a squealing whistle (ringing body 2) in the center of a sphere 6 housed in a stuffed toy. In particular, the ringing body 2 in the center of the sphere 6 is always restored in a downward direction of gravity. The internal weight of the sounding body flows out by the change of the weight to be restored, and the whistle body sounds. Similarly, in Japanese Utility Model Laid-Open No. 05-000194, a pseudo sound generating member 20 is rotatably attached to a frame 15 provided rotatably at the center of a sphere, and the weight 25 of the pseudo sound generating member 20 is always under gravity. It is configured to restore in the direction.

Japanese Utility Model Publication No. 06-034660 Japanese Utility Model Publication No. 05-000194 JP2013-81781A

  Japanese Utility Model Laid-Open Nos. 06-034660 and 05-000194 are constructed so that the whistle is at the center of the sphere and the weight of the whistle is always restored in the downward direction of gravity by a combination of two axes. The reason that the whistle is provided at the center of the sphere is thought to be the result of emphasizing the gravity restoration of the whistle's posture by the weight.

  However, with this configuration, there is a problem that the configuration such as a combination of two axes for controlling the attitude of the whistle is complicated and cannot be easily manufactured, and the manufacturing cost increases. In addition, since the whistle is contained in the center of the sphere, the sound of the whistle is closed by the sphere, so that it can be beaten inside, and only a small sound can be heard outside the sphere. In addition, since both of them make a good squeal when throwing, emphasis is placed on squeal during play other than throwing, such as making a delicate squeak when holding a sphere and shaking the body. Not done. It should be noted that both the “sound-throwing toy” in Japanese Utility Model Publication No. 06-034660 and the “synthetic sound generator and toy” in Japanese Utility Model Publication No. 05-000194, apart from the appearance, the player's interests There are no interesting features that attract people.

  Therefore, by solving the problems described above, (A) easy to manufacture and low cost, the sound of the whistle can be heard loudly without cramming inside, and it can be squeezed whenever it is playing as well as throwing. I want something like that. Or (B) I would like something that exhibits an interesting function other than the sound of a whistle. Accordingly, the present invention is intended to provide a new whistle toy that can solve the above-mentioned problem (A), and preferably solves the problems (A) and (B) at the same time.

JP2013-81781A is filed by the present applicant, and is accommodated in a cylindrical portion so that a reciprocating body having a whistle portion can reciprocate, and this cylindrical portion is an opening provided in the hollow body. Is mounted so that the whistle portion can be sounded and reverberated in the cylindrical portion by the air flow flowing through the opening, and the reciprocating body is provided with a tongue-like body, as the tongue reciprocating member is brought to reciprocate reciprocates in the vicinity of the said opening, a whistle toy provided.

There are two ways to play this whistle. (1) When the hollow body is swung mainly in the direction in which the whistle part reciprocates, the whistle part reciprocates within the cylinder part by its own weight and emits sound. When the whistle portion moves in the tube portion, the reverberation space in the tube portion becomes larger or smaller, so that a rendition with a change occurs. That is, the reverberation space in the cylinder part increases or decreases according to the reciprocating motion of the reciprocating body, but the reciprocating body is provided with a whistle part, and the sound generated from this whistle part passes through the reverberating space. The airflow that flows through the opening of the hollow body can cause the whistle portion to ring to pass through the whistle portion. Note that this phenomenon cannot be seen with a conventional ball having an opening and an ordinary whistle that is not the reciprocating whistle used in JP2013-81781A. . (2) The hollow body is compressed by being held by hand, and the air inside the hollow body passes through the whistle provided inside the opening and flows from the opening to the outside of the hollow body. At this time, the whistle sounds by the air circulation in the whistle. In addition, the whistle part also sounds due to the compression of the hollow body when the thrown ball falls to the floor or is received by the opponent like a catch ball. In this case as well, as in (1), the sound is generated by the air flow and reverberated in the cylindrical portion, resulting in a change in sound. If the hollow body has elasticity, when the elastic body is repelled from the compression, the air outside the hollow body now passes through the whistle portion provided inside the opening portion when it flows from the opening portion into the hollow body. But this whistle sounds. And in actual play, the sounds of (1) and (2) often occur together, and that is a new and interesting thing.

  The hollow body is generally a ball and preferably has elasticity. However, the outer shape is not limited to a sphere, and may be a concrete body such as an animal. The hollow body may be a stuffed animal such as a cloth. A covered structure may be used. Further, a cushion may be provided at a portion of the tube portion facing the tube portion in the direction in which the whistle portion reciprocates so as not to disturb the air flow. Depending on the material of the tube portion and the reciprocating body (the whistle portion), the reciprocating body that reciprocates may hit the tube portion and make a clicking sound. If this is not good, some cushion can be interposed between the cylindrical portion and the reciprocating body. For the cushion, paper, cloth, sponge, rubber plate, or the like can be arbitrarily used. In the invention of claim 7 to be described later, the reciprocating body is configured to reciprocate via the elastic body. However, if there is a problem that the reciprocating body hits the cylindrical portion, a cushion may be used. . The elastic body may be a coil spring. Such various ideas can be appropriately employed in other inventions described later as needed.

In JP-A-2013-81781 , the reciprocating body has a tongue-like body, and the tongue-like body reciprocates in the vicinity of the opening as the reciprocating body reciprocates. ing. As described above, when the hollow body is compressed by hand, the air inside the hollow body moves the reciprocating body in the cylindrical portion inside the opening and flows from the opening to the outside of the hollow body. Conversely, when returning from the compression, air outside the hollow body flows from the opening into the hollow body and moves the reciprocating body. Since this also appears as a reciprocating motion of the reciprocating body, it appears as a reciprocating motion of a tongue-like body provided on the reciprocating body. Therefore, when the hollow body is compressed by hand, the tongue-like body moves so as to protrude outward from the opening for tongue of the hollow body. Operates so that the body enters inward from the opening. You can enjoy this kind of movement with the whistle. It is interesting that the hollow body is a doll. This is because the opening portion hits the doll's mouth, so that a tongue-like body entering and exiting the doll's mouth can be seen with the whistle portion. As will be described later, it is possible to provide a tongue-specific body opening that is not the above-described opening, that is, a design in which a tongue opening is separately provided.

Japanese Patent Laid-Open No. 2013-81781 is housed in a cylindrical portion so that the reciprocating body can reciprocate, and the cylindrical portion is attached to the inside of the opening provided in the hollow body. So that the whistle portion on the tube mouth portion on the opposite side of the mounting portion to the hollow body can be reverberated by the air flow flowing between the opening portion and the tube mouth portion and reverberated in the tube portion. A whistle that is attached and has a tongue-like body, and is provided so that the tongue-like body reciprocates in the vicinity of the opening as the reciprocating body reciprocates. It is a toy. Although sound how the flute part is as basically described above, flute portion does not move together with the reciprocating member, flute portion differs in that it is fixed to the cylindrical portion. However, the whistle part sounds in the cylinder part, that is, the air flow passing between the opening part and the cylinder mouth part and passing through the cylinder mouth part, and the sound generated from the whistle part is a reciprocating body in the cylinder part. It passes through a reverberation space that increases and decreases according to the reciprocating motion of.

  When the hollow body is compressed by hand, the air inside the hollow body moves the reciprocating body in the cylindrical portion inside the opening, and flows from the opening to the outside of the hollow body. In some cases, air outside the hollow body flows into the hollow body from the opening and moves the reciprocating body. The reciprocating motion of the reciprocating body at this time appears as a reciprocating motion of the tongue-like body provided on the reciprocating body. Therefore, when the hollow body is compressed by hand, the tongue-like body comes out from the tongue opening of the hollow body. If the hollow body has elasticity, the tongue is moved inward from the opening by releasing the hand force. You can enjoy this kind of movement with the whistle. It will be even more interesting if the hollow body is a doll.

Japanese Patent Laid-Open No. 2013-81781 is housed in a cylindrical portion so that the reciprocating body can reciprocate, and the cylindrical portion is attached to the inside of the opening provided in the hollow body. A ventilation portion is provided on a wall surface between the opening and the reciprocating body, and a whistle portion is provided outside the ventilation portion by an air flow flowing between the opening and the ventilation portion. The reciprocating body is provided with a tongue-like body so that it can resonate and reverberate in the cylindrical portion, and the tongue-like body moves to the opening as the reciprocating body reciprocates. a whistle toy near the provided so as to reciprocate. The way the whistle sounds is as follows. That is, (1) When the hollow body is swung mainly in the direction in which the reciprocating body reciprocates, the reciprocating body reciprocates within the cylindrical portion by its own weight, and the reverberation space in the cylindrical portion increases or decreases. Moreover, the airflow which distribute | circulates the opening part of a hollow body sounds a whistle part through the ventilation part provided in the wall surface of the cylinder part, or the whistle part provided in the outer side of this ventilation part. Since the sound generated in the whistle portion passes through the reverberation space, a sound with a change is emitted. Note that this phenomenon cannot be seen with a conventional ball having an opening and an ordinary whistle that is not the reciprocating whistle used in JP2013-81781A. . (2) The hollow body is compressed by being held by hand, and the air inside the hollow body passes through the cylindrical part provided inside the opening part or the whistle part provided outside the ventilation part on the wall surface of the cylindrical part. Circulates from the opening to the outside of the hollow body. At this time, the whistle sounds by the air circulation in the whistle. In addition, the whistle part also sounds due to the compression of the hollow body when the thrown ball falls to the floor or is received by the opponent like a catch ball. If the hollow body has elasticity, when the elastic body is repelled from the compression, the air outside the hollow body now passes through the whistle part outside the tube part when flowing from the opening into the hollow body. But the whistle sounds. And in actual play, the sounds of (1) and (2) often occur together, making it new and interesting.

In JP-A-2013-81781 , the reciprocating body has a tongue-like body, and the tongue-like body reciprocates in the vicinity of the opening as the reciprocating body reciprocates. ing. As described above, the flow of air inside the hollow body causes the reciprocating body to reciprocate. Therefore, the tongue-like body provided on the reciprocating body also reciprocates, and the tongue-like body is removed from the opening of the hollow body. Operates to go in and out. In this way, the state of the movement of the tongue can be enjoyed together with the sound of the whistle part. In addition, it is interesting that the hollow body is a doll because a tongue-like body entering and exiting its mouth can be seen. As will be described later, it is possible to provide a tongue-specific body opening that is not the above-described opening, that is, a design in which a tongue opening is separately provided.

Now, based on the description of the above-mentioned Japanese Patent Application Laid-Open No. 2013-81781, the subject of the present invention is housed in the whistle tube so that the reciprocating body having the whistle can reciprocate. The tube portion is attached to the inside of the opening portion provided in the hollow body so that the whistle portion can be sounded and reverberated in the tube portion for whistle by the air flow flowing through the opening portion, A reciprocating tongue which is a reciprocating body having a long tongue-like body, which is different from the reciprocating body, is housed in a tongue tube portion, and this tongue tube portion is located inside an opening provided in the hollow body. Further, this is achieved by providing a whistle toy that is attached so as to be able to reciprocate by an air flow flowing through the opening.

In Japanese Patent Application Laid-Open No. 2013-81781 , a reciprocating body housed in a cylindrical portion is provided with a tongue-like body so that the tongue-like body reciprocates in the vicinity of the opening as the reciprocating body reciprocates. Is provided. On the other hand, in the invention of claim 1 of the present application, the tongue-like body is not provided on the reciprocating body. That is, a tongue tube portion is provided separately from the whistle tube portion, and the reciprocating tongue, which is a reciprocating body having a long tongue-like body, is accommodated in the tongue tube portion. Therefore, the reciprocating body having the whistle part and the reciprocating tongue reciprocate in the above-described tubular parts (the whistle tubular part and the tongue tubular part) by the air flow generated in the opening. As described in JP 2013-81781 A , there are two types of methods (1) and (2) for how to play the whistle portion in the present invention .

Note that in later-described invention, although the reciprocating body is accommodated via an elastic body into a flute cylindrical portion, and / or the reciprocating tongue is housed via an elastic body into a tongue cylindrical portion However, if there is a problem that the reciprocating body or the reciprocating tongue hits the cylindrical portion, a cushion may be used. The elastic body may be a coil spring.

Next, the above-mentioned problem is accommodated in a whistle cylinder so that the reciprocating body can reciprocate, and the whistle cylinder is attached to the inside of the opening provided in the hollow body. The whistle part is repelled by the air flow flowing between the opening part and the cylindrical mouth part and reverberates in the tubular part for whistle. The reciprocating tongue which is attached and is a reciprocating body having a long tongue-like body, which is different from the reciprocating body, is housed in the tongue tube portion. This is achieved by using a whistle toy that is attached to the inside of the opening provided in the hollow body so as to be able to reciprocate by the air flow flowing through the opening.

In JP2013-81781A , the reciprocating body includes a tongue-like body, and the tongue-like body is provided so as to reciprocate in the vicinity of the opening as the reciprocating body reciprocates . . On the other hand, in the invention of claim 2 of the present application, the tongue-like body is not provided on the reciprocating body. In other words, a tongue tube portion is provided separately from the whistle tube portion, and the reciprocating tongue of a reciprocating body having a tongue-like body is accommodated in the tongue tube portion.

Next, the above-mentioned problem is accommodated in a whistle cylinder so that the reciprocating body can reciprocate, and the whistle cylinder is attached to the inside of the opening provided in the hollow body. A ventilation portion is provided on the wall surface of the opening between the opening and the reciprocating body, and a whistle portion is disposed outside the ventilation portion, and an air flow that flows between the opening and the ventilation portion. The reciprocating tongue, which is a reciprocating body having a long tongue-like body, separate from the reciprocating body, is attached so that it can be sounded and reverberated in the whistle tubular section. A whistle toy that is attached to the inside of the opening provided in the hollow body so that the tongue can be reciprocated by the airflow flowing through the opening. Is achieved.

This invention is compared with Japanese Patent Application Laid-Open No. 2013-81781. However, in Japanese Patent Application Laid-Open No. 2013-81781, the reciprocating body housed in the cylindrical portion is provided with a tongue-like body, and as the reciprocating body reciprocates. The tongue is provided so as to reciprocate in the vicinity of the opening. On the other hand, in the invention of claim 3 of the present application, the tongue-like body is not provided in the reciprocating body, but a tongue-shaped cylinder portion is provided separately from the whistle-tube portion, The reciprocating tongue, which is a reciprocating body having a body, is accommodated.

In the present invention, the tongue is a long object . The tongue has a long tongue like a anteater, as well as a tongue that deforms a snake. Conceivable. In the present invention , the tongue-like body is not provided in the reciprocating body, but a tongue tube different from the whistle cylinder portion is provided, and the reciprocating tongue of the reciprocating body having the tongue-like body is accommodated therein. Yes. That is, the tongue tube can have a length substantially the same as that of the whistle tube portion, and the reciprocating tongue is accommodated in this length. Therefore, the present invention uses a long tongue. It can be said that this is a more preferable configuration.

In addition, when saying that the reciprocating tongue is accommodated, there are a case where all of the reciprocating tongue is accommodated in the tube for tongue and a case where all are not fully accommodated and a part thereof is left out of the opening. Further, if it is desired to use a longer reciprocating tongue, it is only necessary to provide a mechanism for folding the long reciprocating tongue or winding it around a rotating shaft, for example. That is, it is attached to a reciprocating tongue which is a reciprocating body having a long tongue-like body, and the reciprocating body and the tongue-like body are separate from each other, and a rotating shaft is provided inside the reciprocating body. One end of the body is fixed in the vicinity of the opening, and the tongue is stretched over the rotating shaft so as to be biased in a direction in which the other end is pulled back from the opening. Raise the configuration. When the hollow body is compressed, but the air of the hollow body portion to flow to the outside of the hollow body from the opening by moving the reciprocating tongue toward the opening, the other end portion of the tongue when this is It operates to be drawn out from the opening . When returning from the compression on the contrary, the hollow body outside air to flow into the hollow body from the opening moves the reciprocating member, passed over to the rotation axis drawn in the middle direction the The tongue-like body moves in the direction in which it is pulled back with the biasing force . This is because one end of the tongue is fixed. In this way, the operation of the tongue can be enjoyed along with the whistle. It is interesting that the hollow body is a doll. This is because the opening hits the doll's mouth, and the tongue-like body entering and exiting the doll's mouth can be seen along with the whistle.

  In the present invention, the opening and the whistle part, or a set of the opening, the whistle part, and the reciprocating tongue can be provided at a plurality of locations of the hollow body. The opening through which the air inside the hollow body circulates is not limited to only one place. Therefore, for example, a configuration in which different whistle whistles are provided at the two openings is also possible.

  In the present invention, the hollow body may be a game or pet ball. For human games, a whistle sounds when a person grabs it by hand or kicks it with a leg. For pets, a whistle sounds when a pet pokes with its tip and rolls or bites it with its mouth. Therefore, the present invention is also a whistle toy suitable for owners and pets to play.

  In the present invention, the hollow body can be a stuffed animal. It looks like a stuffed animal, and a whistle sounds when you hold it, hold it, or give it to your opponent. It can also be configured for pets.

Further, in the present invention, the hollow body is a doll, provided with a tongue opening at a portion that contacts the mouth of the doll, the reciprocating body includes the tongue-like body , and as the reciprocating body reciprocates. The tongue-like body may be provided so as to reciprocate in the vicinity of the tongue opening.

  In addition, the cylindrical portion may be provided with a length approximately equal to the diameter of the hollow body so that the reciprocating body can reciprocate approximately the diameter of the hollow body. This makes it possible to make the reverberation space as large as possible. Therefore, the tone of the whistle part using this reverberation space and the way it sounds will change greatly. This would be considered an “interesting call” in the general sense.

According to the present invention, it is not necessary to provide (A) a means for constantly restoring the weight of the whistle in the downward direction of gravity as in the conventional example, and the attachment location of the whistle is limited to the center of the hollow body as in the conventional example. However, it is only necessary to provide it inside the opening, so that the manufacturing is easy and the cost is low. Moreover, since the whistle part provided inside the opening part of the hollow body is used as an air flow passage, the sound of the whistle can be heard loudly without being trapped inside. In addition, not only when throwing but also playing while playing. Also, unlike (B) the conventional example, by providing a long tongue-like body, an interesting function that attracts the player's interest is exhibited in addition to the sound of a whistle. As described above, the present invention has succeeded in providing an unprecedented new whistle toy.

It is explanatory drawing of the attachment structure of the doll 12 and the cylinder part 5 of Example 1. FIG. It is explanatory drawing of the cylinder part 5 of Example 2. FIG. 10 is an explanatory diagram of Example 3. FIG. It is explanatory drawing of the reciprocating tongue 76 vicinity of Example 4. FIG. FIG. 10 is an explanatory diagram of Example 5 .

  This embodiment, in which the entire portion of FIG. 1 is schematically shown in a cross-sectional view, is a hollow doll 12 made of a synthetic resin having elasticity and shape restoring properties. It is related to a tongue sticking out toy made by inserting 5. The tube portion 5 is a combination of the whistle tube portion 50 and the tongue tube portion 56. The whistle tube portion 50 attached to the inside of the opening portion 13 has the opening portion 55 on the other side and the opening portion 55 on the other side. A vent hole 51 is opened. A coil spring 52 and a reciprocating body 54 are accommodated in the whistle cylinder 50. The inside of the reciprocating body 54 is configured to be ventilated, and a whistle portion 53 represented by a chain line is accommodated therein.

  On the other hand, the tongue tube portion 56 has a tongue opening portion 501 opened on the opening portion 13 side and a vent hole 57 opened on the other side so that the inside of the tongue tube portion 56 can be ventilated. It is configured. A piston 58 is accommodated in the tongue tube portion 56, and a long reciprocating tongue 59 is attached to the piston 58. Further, a projection 500 serving as a stopper is provided at the tip of the long reciprocating tongue 59 so as not to enter the opening 501 for the tongue. Accordingly, the long reciprocating tongue 59 is configured to be able to enter and exit the tongue opening 501 between the piston 58 and the projection 500.

The tongue-shaped toy of the hollow doll 12 of this embodiment is compressed when it is thrown and collides with a wall or floor or is caught by an opponent (arrow P in FIG. 1 ), and the air inside the hollow doll 12 is ventilated. When passing through the vent 51 of the reciprocating body 54 with the whistle 53 from the mouth 51, passing through the space of the coil spring 52, passing through the opening 55, the opening 13 of the hollow doll 12, and going out of the hollow doll 12. A whistle sound is generated from a lead (not shown) in the whistle part 53, but the reciprocating body 53 vibrates with the elastic force of the coil spring 52 inside the whistle cylinder part 50, and the reverberation space in the whistle cylinder part 50. As the value increases or decreases, the timbre generated from the flute 53 changes. Since the hollow doll 12 is elastic and automatically restores its shape, an air flow is generated from the opening 13 toward the inside of the hollow doll 12 at this time.

  As described above, when the air inside the hollow doll 12 moves inside the whistle tube portion 50, the air inside the hollow doll 12 also moves inside the tongue tube portion 56. When air exits the hollow doll 12 from the tongue opening 501 through the tongue tube 56, the piston 58 is moved toward the tongue opening 501, so that the long reciprocating tongue 59 is mostly hollow. It will go out of the opening part 13 of the doll 12. On the contrary, when the air enters the hollow doll 12 through the tongue opening 501, the piston 58 is moved toward the vent 57, so that the long reciprocating tongue 59 is mostly contained in the hollow doll 12. End up.

  If the whistle tube portion 50 and the tongue tube portion 56 are configured separately as described above, the amount of air required to move the long reciprocating tongue 59 in the tongue tube portion 56 can be reduced. Even if the doll 12 is pushed a little, the long reciprocating tongue 59 can be vigorously brought out from the opening 13. The structure in which the whistle tube portion 50 and the tongue tube portion 56 are separated may be applied not only to a long tongue but also to a short tongue.

Although the whistle portion 53 is provided inside the whistle tube portion 50, it is possible to design the whistle portion 53 'to be provided on the side portion of the whistle tube portion 50 as shown by a chain line in FIG. It is. In this case, a side air mouth is opened in the side portion of the whistle tube portion 50 (not shown), and the whistle portion 53 'is fixed so as to be aligned therewith. Or as shown by the chain line in FIG. 1, a flute portion 53 "can be designed to be provided outside the vent 51 of the tongue cylindrical portion 56. The method of providing such a flute portion Patents It is similar to the example of 2013-81781 .

The cylindrical portion 5 of this embodiment shown in FIG. 2 has most of the configuration following that of the first embodiment described above, but includes a coil spring 502 having a relatively weak force on the piston 58 of the tongue cylindrical portion 56. Is different.

When no pressure as indicated by the arrow P in FIG. 1 is applied to the hollow doll 12, most of the long reciprocating tongue 59 is accommodated in the hollow doll 12 due to the restoring force of the coil spring 502.

The cylindrical portion 6 of this embodiment shown in FIG. 3 is similar to that of the first embodiment described above in most of the configurations, but instead of the tongue cylindrical portion 56, the tongue circular cylindrical portion 66 is used. Is different in that a long reciprocating tongue 69 is accommodated.

  By taking a round shape like the circular cylindrical portion 66 for tongue, the overall size can be made compact. In addition, for example, a design that represents a dragon-like shape as a sphere is possible.

In the cylinder part 7 of this embodiment shown in FIG. 4 , the air inside the hollow body (not shown) passes through the reciprocating body 71 with the whistle part (not shown) from the vent 70, and the opening 78 and the hollow body are shown. It is configured so as to pass through the opening not to go out of the hollow body, and conversely to enter the inside of the hollow body through the respective parts from the outside of the hollow body.

  A reciprocating body 71 that reciprocates in the cylindrical portion 7 is provided with a rotating shaft 72, and a sprocket 73 is rotatably attached to the rotating shaft 72. Around the sprocket 73, projections 74 are provided at equal intervals. On the other hand, holes 76 are opened at intervals of the protrusions 74 in the ribbon that becomes the long tongue 75. Thus, the long tongue 75 is hooked on the sprocket 73 so that the hole 76 is hooked on the protrusion 74, and one end is fixed to the inner wall of the cylindrical portion 7 near the opening 78 by the fixing portion 77, and the other Is pulled out from the opening 78 to the outside of the cylindrical portion 7. With such a configuration, the total length of the ribbon that becomes the long tongue 75 is almost twice the total length of the cylindrical portion 7. That is, a very long tongue can be used.

  Thus, when the air moves in the cylindrical portion 7 so as to push the reciprocating body 71 from the vent hole 70, the sprocket 73 rotates inside the reciprocating body 71 pushed by the air, The long tongue 75 is fed out from the opening 78 without being detached from the sprocket 73 by the action of the projection 74 and the hole 76 being engaged. On the other hand, when air returns to the hollow body, the sprocket 73 operates so that the long tongue 75 is conveniently accommodated in the cylindrical portion 7 by the action of a rewinding spring (not shown) provided on the rotating shaft 72.

In this embodiment shown in FIG. 5 , one opening 10 is provided in a ball doll 1 made of a synthetic resin having elasticity and shape restoring properties (some mere balls may be used), and the ball doll The cylindrical portion 4 is attached to the opening 10 inside 1 so that the vent 46 of the cylindrical portion 4 is located. As is apparent from FIG. 5 , the entire cylindrical portion 4 has a cylindrical shape having a top portion and a bottom portion, and the length from the top portion to the bottom portion is substantially equal to the internal diameter of the ball doll 1. The vent 46 is opened in the top, and the bottom on the opposite side is fixed to the inner wall of the ball doll 1, but the vent 40 for venting the inside of the ball doll 1 is opened. In addition, a cylindrical reciprocating body 45 serving as a piston if the cylindrical portion 4 is a cylinder is provided inside the cylindrical portion 4 so as to be freely reciprocated by a coil spring 41 provided at the bottom of the cylindrical portion 4. . On the other hand, a side air vent 42 is opened in a wall surface between the vent hole 46 and the reciprocating body 45 of the tube portion 4, and a whistle portion 43 is provided so as to be located outside the tube portion 4. It has been. A lead 44 is attached to the whistle part 43 so as to vibrate in a cantilevered state in the longitudinal direction at the center part of the whistle part 43. The other side of the lead 44 is a free end, which vibrates and emits sound.

  What should be noted in the reciprocating body 45 is that a long tongue 47, that is, a long tongue 47, is provided at the upper end of the reciprocating body 45.

  When the ball doll 1 is thrown and collides with a wall or a floor, or is caught by the opponent, the ball doll 1 is compressed. Then, the lead 44 inside the whistle portion 43 is vibrated to generate a whistle sound, and the air flow from the side air vent 42 through the vent 46 and the opening 10 of the ball doll 1 to the outside of the ball doll 1. And the air flow coming out of the ball doll 1 from the air vent 46 and the opening 10 of the ball doll 1 are generated by pushing up the reciprocating body 45 from the air vent 40 at the bottom of the tube portion 4. However, these merge in the reverberation space in the cylinder part 4 and come out together from the vent 46. Further, since the ball doll 1 is elastic and automatically restores its shape, an air flow is generated from the opening 10 toward the inside of the ball doll 1 at this time. The air flow up to the reverberation space in the cylindrical portion 4 is divided into two separate flows, a flow that vibrates the lead 44 of the whistle portion 43 and a flow that pushes down the reciprocating body 45, both of which are final. Flows into the ball doll 1. Therefore, when the reciprocating body 45 vibrates inside the cylindrical portion 4 and the reverberation space in the cylindrical portion 4 becomes larger or smaller, the timbre generated from the whistle portion 43 is changed. The coil spring 41 supports the reciprocating body 45 so as to freely reciprocate, and the elastic force assists the vibration of the reciprocating body 45. Since the long tongue 47 is provided at the upper end portion of the reciprocating body 45 shown in the figure, the long tongue 47 can reciprocate the vent holes 10 and 46 in accordance with the vibration of the reciprocating body 45. A characteristic point of this embodiment is that it is directed toward a reverberation space (a space around the long tongue 47) in the cylindrical portion 4 that becomes larger or smaller as the reciprocating body 45 vibrates inside the cylindrical portion 4. The point is that the whistle part 43 provided on the outside of the cylinder part 4 is operated. The reverberation space in the cylinder portion 4 that becomes larger or smaller is significantly longer than that of the first embodiment, and the range of change in timbre from high to low is great, making it a very interesting sound. Interesting in that it sounds like.

  A design in which the bottom portion of the cylindrical portion 4 substantially equal to the inner diameter of the ball doll 1 is not fixed to the inner wall of the ball doll 1 is also possible. Further, the vent 40 may be opened at the side surface instead of the bottom of the cylinder portion 4. In the first place, it is possible to provide a configuration in which the vent 40 is not provided. In addition to the play to throw, the air flow in the whistle portion 43 caused by the gripping of the fingers or the shaking of the body when holding the ball doll 1 is also possible. Further, subtle noise can be generated by the vibration of the reciprocating body 45 supported by the coil spring 41.

  The present invention is not limited to a ball or a doll, and the hollow body may be freely configured as a hitting portion of a toy hammer, or the hollow body may be configured as a toy bat. It is also possible to provide as a toy that combines the bat and the ball of the embodiment. Alternatively, a balance ball for sports training can be configured, and the application of the present invention is diverse.

DESCRIPTION OF SYMBOLS 1 Ball doll 10 Opening part 12 Hollow doll 13 Opening part 4 Cylinder part 40,46 Ventilation hole 41 Coil spring 42 Side air mouth 43 Whistle part 44 Lead 45 Reciprocating body 47 Long tongue 5 Cylinder part 50 Whistle cylinder part 51 Ventilation hole 52 Coil spring 53 Whistle part 54 Reciprocating body 55 Opening part 56 Tongue cylinder part 57 Venting hole 58 Piston 59 Long reciprocating tongue 500 Projection 501 Tongue opening part 502 Coil spring 6 Tube part 60 Whistle cylinder part 61 Venting hole 62 Coil spring 63 Whistle part 64 Reciprocation Moving body 65 Opening portion 66 Circular tongue portion 67 for tongue 67 Venting hole 68 Piston 69 Long reciprocating tongue 600 projection 601 Opening portion for tongue 7 Cylindrical portion 70, 78 Venting port 71 Reciprocating moving body 72 Rotating shaft 73 Sprocket 74 Protrusion 75 Long tongue 76 Hole 77 Fixing part 78 Opening part

Claims (5)

The reciprocating body having the whistle part is accommodated in the whistle cylinder part so that the whistle cylinder part can reciprocate, and the air flowing through the opening part is provided inside the opening part provided in the hollow body. A reciprocating tongue, which is a reciprocating body having a long tongue-like body separate from the reciprocating body, is attached so that the whistle part can be reverberated by a flow and reverberated in the tubular part for the whistle. It is stored in the tongue tube portion, and this tongue tube portion is attached to the inside of the opening portion provided in the hollow body so as to be reciprocated by the air flow flowing through the opening portion. Whistle toy. The whistle cylinder is housed in a whistle cylinder so that the reciprocating body can reciprocate, and the whistle cylinder is attached to the inside of the opening provided in the hollow body, and the hollow of the whistle cylinder is The whistle part is attached to the tube mouth part on the opposite side of the attachment part to the body so that the whistle part can be reverberated by the air flow flowing between the opening part and the tube mouth part and resonate in the whistle tube part. In addition, a reciprocating tongue, which is a reciprocating body having a long tongue-like body different from the reciprocating body, is housed in a tongue tube portion, and the tongue tube portion is formed in a hollow body. A whistle toy that is attached to the inside of the provided opening so as to be able to reciprocate by an air flow flowing through the opening. The reciprocating body is housed in a whistle cylinder so that the reciprocating body can reciprocate, and the whistle cylinder is attached to the inside of the opening provided in the hollow body, and the opening of the cylinder And the reciprocating body are provided with a ventilation portion on a wall surface, and a whistle portion outside the ventilation portion is played by an air flow flowing between the opening portion and the ventilation portion. The reciprocating tongue, which is a reciprocating body having a long tongue-like body, which is attached so as to be able to reverberate in the whistle tubular section, is housed in the tongue tubular section. A whistle toy in which the tongue cylinder is attached to the inside of an opening provided in the hollow body so as to be reciprocated by an air flow flowing through the opening. The reciprocating member is accommodated via an elastic member are housed through an elastic body into the flute cylindrical portion, and / or the reciprocating tongue into the tongue cylindrical portion, claims 1 to Item 4. The whistle toy according to any one of Items 3 . A reciprocating tongue which is a reciprocating body having a long tongue-like body, the reciprocating body and the tongue-like body are separate bodies, and a rotating shaft is provided inside the reciprocating body, and the tongue-like body One end of the body is fixed in the vicinity of the opening, and the tongue-like body is stretched around the rotating shaft so as to be biased in a direction in which the other end is pulled back from the opening . The whistle toy according to any one of claims 1 to 3.

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