JPH05305186A - Toy by use of air jet and magnet - Google Patents

Abstract

PURPOSE:To obtain an amusing air jet toy, by providing a substance to be ejected having a magnetic material and an ejecting cylinder equipped with a magnet at the ejecting mouth and by ejecting the substance with the jet air from the ejecting cylinder while manipulating so as to prevent the substance from magnetizing the ejecting cylinder. CONSTITUTION:A light ball 1 formed by a magnetic material at the surface for instance is prepared as a substance to be ejected. Jet air from an air pump 5 is ejected from the ejecting mouth 3 at the front end of ejecting cylinder 2 to the ball 1 through a flexible pipe 6. A magnet ring 4 equipped with escape grooves 8 at the front thereof is fixed at the periphery of the ejecting mouth 3 and further, a sounding device 7 is attached to the middle of ejecting cylinder 2. The ejecting mouth 3 is closely positioned to the ball 1 to fly the ball 1 far away by the jet air from the air pipe 5. In this case, the ejecting cylinder must be manipulated to put the ejecting mouth 3 too closely to the ball 1 and not to magnetize the ball 1 by the magnet 4 in order to increase the jet air effect.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a toy using fumes and magnets.

[0002]

2. Description of the Related Art Conventional toys that use fumarolic air have the purpose of ejecting an object to be ejected to a distance or to a specific position by the fumarolic air, and toys that use magnets to magnetically magnetize an object to be magnetized. It is a game in which the force is controlled relatively simply such that the direction is accurately or the strength is adjusted or the strength is increased as much as possible, and is used individually for each game. However, there is no toy that uses both fumes and magnets as in the present application.

[0003]

The conventional toy that uses fumes and magnets is relatively simple because it is used independently according to the action of each force of pushing fumes and pulling magnets. In particular, in the game of applying fumes to the object to be ejected, there is no element of the game to keep the distance between the object to be ejected and the ejection port, and it is not possible to make clear the difference between directly touching and pushing out with the fumes. Therefore, it could not be a game of great interest. The present proposal compensates for the above-mentioned drawbacks of the conventional toys, and creates a situation in which elements of opposing forces of pushing fumes and pulling magnets work at the same time.
Control objects to be injected with fumarolic air and compete for results.
A toy with a lot of interest.

[0004]

[Means for Solving the Problems] In this document, the term "engagement" means
Sticking, hanging, holding, and other "to make a certain relationship", and "to move to the ground" means "a part of the body always touches the ground" such as rolling, sliding, and walking. I will move while I am doing it. " In order to achieve the above-mentioned object, (1) An ejection toy is provided, which uses an object to be ejected in which a magnetic material is attached and an ejection tube having a magnet attached to an ejection port. (2) The injection cylinder is provided with a sounder in the flow path of the fumes. (3) A magnetic material is concealed with a coating on the surface of the body to be an injection target. (4) An object to be ejected that moves to the ground due to the fumes. (5) A fumarolic toy that uses balloons as the ejection source of the ejection cylinder.

[0005]

The function is a toy with the fumes and magnets configured as described above, and the fumes are used according to the game, such as the air blown from the human mouth, the air pump, the bellows, and the air discharged from the balloons. In order to apply the air from the injection source to the object to be ejected and to achieve the desired game result, the ejection port of the ejection cylinder is brought close to the object to be ejected, and injection is performed as a predetermined game operation. If it is too close to the object to be ejected, the magnetic material attached to the object to be injected enters the range of the magnetic force of the magnet attached to the injection port, and the magnet at the injection port magnetically attaches the magnetic material. The phenomenon of magnetic sticking serves as evidence that the injection port has entered a predetermined distance with respect to the object to be ejected, and serves to prohibit direct pressing of the object to be ejected. In order to increase the effect of injection on the object to be injected, it is better to bring the injection port as close as possible, while on the other hand, under the contradictory condition that it will be magnetically attached if it is too close, Become. If a sound generator is provided in the flow path of the fumes, a sound is emitted each time the fumes are blown or by the strength of the fumes, so that the game environment is made more exciting. If the magnetic material mounted on the object to be ejected is hidden by the covering so that it cannot be seen from the outside, the distance from the magnetic material cannot be visually confirmed when the ejection port is brought closer. If the object to be ejected is blown off by the fumarole, there is little room for operation by the fumarole, and there is little fun as a game. The object to be ejected, which does not fly by the operation of the fumes but moves on the ground such as rolling, sliding and walking, can be operated continuously by the fumes. When a balloon is used as the ejection source, the object to be ejected can be operated as a continuous ejection source. Also, if the air in the balloon is exhausted, the game will end and the result of the game will be clear. Furthermore, the game time changes in correlation with how the balloon is inflated, which affects the game result. However, if the balloon is inflated too much, it will burst.

[0006]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Referring to the drawings, an embodiment will be described with reference to FIG.
In the first embodiment, the ball 1 is a lightweight object to be ejected whose surface is made of a magnetic material. The air blown from the air pump 5 passes through the flexible pipe 6 and the ball 1 from the jet port 3 at the tip of the jet cylinder 2.
To spray. A ring-shaped magnet 4 is fixed around the injection port 3, and an escape groove 8 is cut at the tip of these. A sounding device 7 is mounted in the middle of the injection cylinder 2. In a game in which the jet port 3 is brought close to the ball 1 and the air pump 5 is pushed to blow the ball 1 far away by the fumes, if the jet port 3 is brought too close to the ball 1 in order to enhance the effect of the fumes,
The ball 1 is magnetically attached by the magnetic force of the magnet 4. Porcelain ball 1
The escape groove 8 bypasses the fumes so as not to come off due to the pressure of the fumes. The sounding device 7 has a device for generating a whistle and the like inside, and sounds every time a fumarolic gas or a strong fumarolic gas is generated to raise the atmosphere of the game. The game may be blown air or air discharged from a balloon, and the injection target may have any shape as long as the magnetic material is mounted at a position where the magnetic material faces the magnet. Further, the magnet may be attached to the injection port 3 at an arbitrary position according to the object to be ejected. Under these conditions, the game may be arbitrarily assembled by adding a device to increase interest.

FIG. 2 shows an example of an object to be ejected. The animal-shaped doll 9 is lightweight and has a magnetic porcelain plate 10 on the back of the thread 1.
In the latter half of the body, the hairs 12 of light weight wool vegetated on the body cover the magnetically adhered plate 10 from the outside. When the injection port 3 is approached to blow this doll 9 with fumes,
Since the position of the magnetized plate 10 cannot be visually observed, it is difficult to determine the magnetized position. In addition, the magnetized plate 10 pops out from between the bristles 12 when magnetized, which increases interest. It is possible to devise a game such as the shape and color of the magnetically-attached plate 10.

FIG. 3 shows an example of the sound generator 7. In the middle of the injection cylinder 2, the sounding part in which the paper 13 made of Japanese paper of FIG. (A) is attached to the mounting seat 14 is sandwiched as shown in FIG. (B) to form the union screw 16 and the flange 17, and the union nut. It is tightened with 15. When an object to be ejected such as the doll 9 shown in FIG. 2 is blown out by fumes, if the air pump 5 is suddenly and strongly operated, the paper 13 is torn and a burst sound is generated, which excites the game.

FIG. 4 shows a second embodiment. The object to be ejected is adjusted so that it does not fly due to the fumes but can travel. The magnetic attachment plate 10 is hinged to the face plate 22 with a hinge 23, and the face plate 22 is attached to a base 25 via a support rod 24. The platform 25 rides on a biaxial wheel 26, and one axis thereof is rotatable by a center pin 27. An inflated balloon 20 is attached as an injection source to an injection cylinder 2 having a magnet 4 attached to an injection port 3, and air of the balloon 20 is opened and closed by a clip 21. This is a game in which the amount of air in the balloon is used to control and push the object to be ejected which is rotated by the center pin 27, without causing the magnetized plate 10 to be magnetized. Along with the interest to use fumes well without magnetic attachment, the balloon is the injection source, so the balloon 20 is inflated to the full extent so as not to explode, and a lot of air from the injection source is secured to start the game and exhaust the air. At the same time, the game ends, so the results are easy to understand and the interest is even greater. The game can be changed by changing the surface of the magnetic plate 10 to a curved surface, changing the supporting method thereof, giving the support rod 24 elasticity, or making the whole animal shape. The injection source may be other than a balloon.

FIG. 5 shows an example of how the magnetized plate 10 is attached to the object to be ejected. In (a), a magnetic material chain 28 is hung on the face plate 22 to form a magnetically bonded plate. In (b), the face plate 22 is tilted rearward, and a large number of the magnetized plates 10 are loosely fitted in the recessed holes 29 on the face. (C) The L-shaped arm 30 hinged to the support rod 24 with the hinge 31 has the magnetic plate 10 attached to one end and the weight 32 attached to the other end, and the pin 33 is a fulcrum when the magnetic plate 10 is vertical. The weight 32 side is slightly heavier and is supported by the stopper 34 of the support rod 24. When the magnetizing plates of (a) and (b) enter into the magnetically attracting force of the magnet 4 attached to the ejection port 3, the magnetism is clearly attached, but in (c), the arm 30 rotates. There are various conceivable methods of engaging the magnetically adhered plate 10 to the object to be ejected, but various methods can be selected and changed depending on the game.

FIG. 6 shows a third embodiment, wherein (a) is a perspective operation view, (b) is a front view and (c) is a plan view for explaining the operation. The object to be ejected has a weight that does not fly due to the fumes but can roll and slide. The magnetic plate 10 is suspended from the face plate 22 by a ring 38. The face plate 22 has four faces in the direction of receiving the thrust, and the mounting plate 3 above the support rod 24 fixed to the base 25.
It is fixed at 7. The base 25 is an isosceles triangle, and a hemispherical sphere 35 made of a material having a smooth surface and a small friction coefficient is provided at the center and apex of the bottom surface of the lower surface, and a large number of projections having a diameter smaller than the sphere 35 at both lower ends are formed on the surface. A stopper 36 having a hemispherical diameter and made of a material having a large friction coefficient and having a frictional piece is attached. The points of the sphere 35 are A and D, the points of the stopper 36 are B,
C, the center of gravity of the triangle ABC is E, and the support rod 24 is fixed here. The center of gravity of the triangle ABD is F, the midpoint of the AD line is P, the face plate QR is parallel to AD and faces E, and the face plate PQ is The angle α intersecting the line BP is an obtuse angle. In the base 25 having such a structure, the spherical portion of either the triangle ABD or ACD is grounded. Explaining the operation from the state where the triangle ACD is in contact with the ground, the injecting object is rolled by the balls 35 of A and D by the air b on the QR surface, and the triangle ABD is in contact with the ground. At this time, when the blast gas is set to a on the PQ surface, the injecting object rotates clockwise with B as a fulcrum and moves forward. After advancing to some extent, the same operation is performed from the opposite side, and the injection target is advanced by repeating these operations. When the balloon 20 is used as an injection source, it is a game of competing for the traveling distance until the air in the balloon is exhausted. Although the face plate 22 has four surfaces, if the whole is one curved surface, it becomes difficult to select the injection point, and the game can be changed. Further, as in this example, the object to be injected can be moved alternately to the left and right to be propelled to walk.

FIG. 7 shows a fourth embodiment. Porcelain plate 10
Is hung on the face plate 22 with the thread 11, and the pressure sensor 39 is exposed and fixed at the central portion of the face plate 22 to form an object to be ejected. The pressure sensor 39 is connected to the display 40. A magnet 4 is fitted to the outlet of the balloon 20 to form the injection cylinder 2 in the injection source. The fumes of the balloon 20 are applied to the pressure sensor 39 to compete for the maximum pressure displayed at that time.
How to inflate the balloon 20 and the magnetic field
It is a game to bring them closer.

[0013]

As described above, according to the present invention, (1) the fumes can be effectively used as the pushing and actuating force of the game. (2) In the game of competing for a certain result by injecting fumes from the injection source onto the object to be ejected, create a minus element in a visible form that magnetically sticks when the ejection port is too close, and directly touch and push To prevent this, the player needs to predict the interval at which magnetic sticking will occur, and operate by aiming at the limit, which makes this a toy of great interest. (3) By providing a sound generator in the flow path of the fumes, the game environment becomes more stimulating. (4) Since the magnetic material of the ejected object is covered and cannot be seen,
The uncertainties of the game increase and it becomes more interesting. (5) When the object to be ejected moves to the ground, it can be continuously operated by the fumes, and the toy competes for superiority or inferiority of the operation. (6) If a balloon is used as the injection source, the game ends when the exhaust is completed and the game can be played clearly. Also, one of the game elements is to inflate the balloon to the maximum without bursting it, and it becomes a toy with a lot of interest, such as playing when the balloon is inflated.

[Brief description of drawings]

FIG. 1 is a perspective view of an embodiment using an air pump as an injection source.

2A and 2B are a front view, a side view, and a partial cross-sectional view of an embodiment of an object to be blown off.

FIG. 3 is a partial cross-sectional view of the sounding part of the sounding device, its mounting state.

FIG. 4 is a perspective view of an embodiment including a balloon injection source and an injecting object that travels and moves.

FIG. 5 is a diagram showing an example of how the magnetically attached plate is attached to an object to be ejected.

6A and 6B are a perspective view, a front view and an explanatory view of an embodiment including a balloon injection source and an injecting object that rolls and slides.

FIG. 7 is a perspective view of an embodiment in which a magnet is fitted to the mouth of a balloon and a pressure sensor is sprayed.

[Explanation of symbols]

1 is a ball, 2 is an injection cylinder, 3 is an injection port, 4 is a magnet, 5 is an air pump, 7 is a sound generator, 10 is a magnetic plate, 13 is paper, 1
4 is a mounting seat, 20 is a balloon, 22 is a face plate, 24 is a support rod,
25 is a base, 31 is a hinge, 35 is a ball, 36 is a stopper, 39 is a pressure sensor

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁵ Identification code Internal reference number FI Technical display location A63H 27/10 Z 9012-2C 33/26 A 7339-2C

Claims (5)

[Claims] 1. A fuzzy toy that uses an object to be ejected with a magnetic material and an ejection cylinder having a magnet attached to an ejection port. 2. A sounding device is provided in the flow path of the fumes.
The injection cylinder described. 3. A magnetic material is covered with a coating on the surface of the body,
The object to be injected according to claim 1. 4. The object to be injected according to claim 1, which moves to the ground by an air jet. 5. The fuzzy toy according to claim 1, wherein a balloon is used as a jetting source of the jetting cylinder.