JPH03289984A - Flying toy - Google Patents

Abstract

PURPOSE:To extremely simplify operation and to enable a flying toy to freely fly even in an indoor place by locating a remote control body, having the control signal transmitting member of a remote control device and a control member to operate the control signal generating member, separately from a toy body. CONSTITUTION:A remote control body 10 incorporates a control signal transmitting member 11 of a remote control device and is provided with control members 12, 12... to operate the control signal transmitting members 11, 11,.... By holding the remote control body 10 in a hand and properly operating the control members 12, 12,..., control signals are transmitted one after another from the control signal transmitting members 11, 11... of the remote control device. The control signals are received by control signal receiving members 8, 8... located to a toy body 1 to drive motors 3, 3, 6, and 6 through a control member 7. With propellers 2 and 2 rotated, the toy body 1 is raised or lowered. With propellers 5 and 5 rotated, the toy body 1 is flied forward or backward and further a flying direction can be changed.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to toys, particularly toys that can fly.

Conventional flying toys often use the rotation of a propeller to provide buoyancy and propulsion to the toy itself, and therefore require a powerful power source to rotate the propeller.
The structure is complicated and expensive.

In addition, since the toy's buoyancy and propulsion are obtained through the rotation of propellers, etc., it moves quickly, is difficult to operate, and requires a large space. 6. It is impossible to fly it indoors. I couldn't.

Furthermore, the flying toy body requires a stabilizing device such as a gyro in order to stably control its attitude.

Furthermore, since the toy itself requires a strong power source and a stabilizing device, it also has the disadvantage of being heavy and prone to falling and breaking if the toy stalls. not present.

The present invention aims to eliminate these drawbacks, and provides a flying toy that can be flown slowly even in narrow spaces such as indoors, is easy to operate, and is inexpensive.

In the present invention, the toy main body is constituted by a buoyant balloon, and the rotation of the propeller only needs to mainly impart propulsive force to the toy main body. Therefore, the power source for rotating the propeller is small and the power source is small. To provide a lightweight flying toy that can be selected and used with a simple structure, can be made compact as a whole, and is convenient for flight at a low cost.

Furthermore, the present invention has the toy main body constituted by a buoyant balloon, so that the rotation of the propeller only needs to mainly impart propulsive force to the toy main body, and therefore the movement of the toy main body can be made slow. To provide a flying toy that is extremely easy to operate and can be flown freely even indoors.

Furthermore, by constructing the toy main body with a buoyant balloon, the toy main body itself acts as a stabilizer, so that stable flight is possible without the need for a stabilizing device such as a gyro. It provides toys.

Further, the present invention provides a flying toy that does not fall rapidly even if it stalls and is extremely less likely to be damaged by constructing the toy body with a buoyant balloon. be.

That is, the present invention has a toy body formed of a buoyant balloon, and a propeller that propels the toy body, a motor that rotates the propeller, a power source that drives the motor, and a remote control that controls the drive of the motor. The toy is characterized in that the toy is provided with a control signal receiver for the control device, and a remote control body having a control signal transmitting member of the remote control device and an operating member for operating the control signal transmitting member is provided separately from the toy body. The main topic is the structure of flying toys.

The present invention will be explained in accordance with the illustrated embodiments as follows.

In the figure, (1) is the toy body, which is composed of a buoyant balloon. The shapes of balloons range from those in the shape of objects that fly in the sky, such as airships, airplanes, and UFOs, to those in the shape of dolls such as atoms, birds, and various animals that can be formed into balloons. It may be of any kind, and an appropriate character product may also be used. To give a balloon buoyancy, it is done by filling the balloon with hydrogen gas, helium gas, etc. The gas can be filled at the factory when the balloon is produced, or the toy store can fill it with an appropriate device when selling the toy, or a disposable gas cylinder is attached to the toy at the time of sale, and the user can There is a method of refilling each time. The material of the balloon is selected to be one that is difficult for the filling gas to pass through, and may sometimes be coated with a film that is difficult to pass through. The buoyant force imparted to the balloon is preferably such that it can slightly levitate the balloon, i.e., the power supply, motor propeller, etc. installed in the toy body (1), together with the balloon. Even if it is large, it is possible to implement it.

(2) is two propellers with vertical rotation axes,
It is provided at the lower or upper center of the toy body (1), and is used to obtain a vertical driving force to be applied to the toy body (1). Normally, these two propellers (2) (21) rotate in opposite directions to cancel out the moment of inertia. (3
) is a motor to rotate the propeller (2) (2), or the propeller (2+ (There is a case where the 2+ is linked. This motor (31 is a motor that is driven by receiving power from a power source (4) such as a dry battery or a rechargeable battery, and is a motor that rotates in forward and reverse directions.) Furthermore, it is preferable to adopt a device whose rotational speed changes depending on the supply voltage.Although it is structurally complicated, it is also possible to use a device equipped with a mechanical forward/reverse switching device or even a transmission device. good.

(5) C. Two propellers each having a horizontal axis of rotation in the front-rear direction are placed on the left and right sides of the toy body (1), respectively. It is used to obtain forward and backward propulsion when the button is pressed, and by giving a difference in the rotation speed of the left and right propellers (5H51), the direction of travel can be changed in the lateral direction. ) (5) should also rotate in opposite directions. (6) should be a motor, rather than a propeller (
51 (5) to rotate the p1 propeller (5
1 (5), respectively.

These motors (6) (6) are also driven by receiving electric power from the power source (4), and it is preferable to use a 6D motor that rotates in forward and reverse directions, and furthermore, one that changes its rotational speed depending on the supplied voltage. Of course, as described above, it may be equipped with a mechanical switching device or a transmission device.

(7) is a control member which includes an appropriate control circuit, and a control signal receiving member (8) which is applied to a remote control device and operates by receiving a control signal, (3), (3), (6), and (6) are used to start, rotate forward, reverse, change the rotational speed, and even stop. (9) is a control signal receiving antenna.

α■ is a remote control body, which is equipped with a control signal transmitting member (11) of the remote control device, and is an operating member α for operating these control signal transmitting members αυ0υ...
There are two expectations... These control signal transmitting members 01)0υ...buttons and operating members (12)
+ az . . . are provided as many as the number of motors to be controlled, that is, 3 to 4. Of course, the control signal receiving members (8) (8) provided on the toy body (1)...
・A number corresponding to the number of control signal transmitting members αυ are provided. 03 is a control signal transmission antenna.

(14) is a protective frame, and propeller (2) (21 (5)
) (5) A frame formed of metal wire, resin wire, etc. to protect the propeller (2) (21 (5)
(5) can be encircled separately or all together, and when the toy body (1) lands or hits a wall, the propeller (21 (2) (5) (5) This is to protect against damage, and is provided as necessary.

Since the flying toy of the present invention is configured in a steaming manner,
Holding the remote control body αCJ in your hand, press the O of the control member α...
By appropriately operating the control signal transmitting member αυαυ, which is pressed to the remote control device, control signals are transmitted one after another, and these control signals are transmitted from the control signal provided in the toy body (1). It is received by the receiving members (8) (8), and is sent to the motor (51) via the control member (7).
(When 31 (61 (61) is driven, the propeller (21 (21) rotates, the toy body (1) rises or descends, and the propeller (5) (51 rotates, the toy body (1) moves forward. It can move backwards, move backwards, and even change its direction of flight.

According to the present invention, since the toy main body is made up of a buoyant balloon, the rotation of the propeller only needs to mainly impart propulsive force to the toy main body, and therefore the power source for rotating the propeller is small and sufficient. Moreover, it is possible to select a simple structure, and it is possible to form a small overall toy, and it has the practical advantage of being able to manufacture a lightweight and inexpensive flying toy that is convenient for flight.

Further, according to the present invention, since the toy body is constituted by a balloon having buoyancy, the rotation of the propeller only needs to mainly impart propulsive force to the toy body, and therefore does not slow down the movement of the toy body. It is extremely easy to operate, and can be flown freely even indoors, so it has practical benefits that can be enjoyed by both adults and children.

Furthermore, according to the present invention, since the toy body is made up of a buoyant balloon, the toy body itself acts as a stabilizer, making stable flight possible without the need for stabilizing equipment such as a gyro. It has practical benefits that can be achieved.

Furthermore, according to the present invention, 1. Since the toy main body is constituted by a balloon having buoyancy, there is no danger of the toy falling rapidly even if the propulsion force stalls, so it has the practical benefit of being safe and durable.

[Brief explanation of drawings]

The figures show an embodiment of the present invention; FIG. 1 is a front view of the toy body, FIG. 2 is a side view of the toy body, and FIG. 3 is a plan view of the remote control body. The symbols in the figure are explained as follows. 1) is the toy body (2) is a propeller with a vertical rotation axis 3) is a motor (4) is a power source 5) is a propeller with a horizontal rotation axis (6) is a motor 7) is a control member (8) is a control signal Receiving member 9) is a control signal receiving antenna (10) is a remote control unit U is a control signal transmitting member 02) is an operating member Q31 is a control signal transmitting antenna 04) is a protective frame holder I

Claims (1)

[Claims] A toy body is formed from a buoyant balloon, and a propeller that propels the toy body onto the toy body, a motor that rotates the propeller, a power source that drives the motor, and a remote control device that controls the drive of the motor are controlled. 1. A flying toy, comprising a signal receiving member, a remote control body having a control signal transmitting member of the remote control device, and an operation member for operating the control signal transmitting member, which is separate from the toy body.