JPH0217092A - Starting method and starting device for running toy body - Google Patents

Abstract

PURPOSE:To enable a toy body to be certainly started in a stable state without being set in a handstanding-like state even if running stability is poor as in case of a two- wheeled vehicle, by applying a driving force to a driving source with the friction-forced rotation of a driving wheel set on a starting box, and by releasing the engaging retaining of the running toy body to ground a running wheel on a running start surface and to run the wheel. CONSTITUTION:From a driving wheel 21 in an energizing mechanism 20 with its one part projected outside a starting box 1, a driving force for running can be applied to the driving source of a running toy body T, as the wheel 21 is permitted to come in contact with a running surface and the others and is frictionally rotated. The application of the driving force can be directly performed by the forcible frictional operation of the driving wheel 21 set on the starting box 1 and projected outside, and at the time of operating start at one time, by repeating the frictional operation, a proper quantity of the driving force can be set. After the application of the driving force, the engaged state of a retaining means in a retaining mechanism is released by the operation of a release mechanism. Then, the running toy body is released from the engaged state, and then, the body is dropped on the running start surface by tare weight, and is popped out of the starting box 1, and is started.

Description

[Detailed Description of the Invention] [Object of the Invention] (Industrial Application Field) The present invention provides an initial drive for an externally supplied driving toy having a drive source to which an external driving force is applied. give strength,
Moreover, it also relates to a method and a starting device for a mobile toy that enables the vehicle to be launched in a stable state without being turned upside down, even if the mobile toy has poor running stability, such as a two-wheeled vehicle. .

(Prior Art) Various types of conventional running toys include those that have their own power source and those that run by being powered by another source.

The former has, for example, a motor driven by electricity, a spring that accumulates elastic force, a flywheel that is biased with rotational force, etc. as a drive source, and the latter has, for example, a free wheel that runs with the momentum of being pushed. It has a certain structure. just,
Among these traveling toys, there is a tendency to prefer ones that have their own drive source because they have a greater degree of freedom in running. However, when electricity is used as a drive source, a traveling drive system consisting of dry batteries, a motor, etc. must be configured and installed, so there are certain limits to making it compact and inexpensive. There is.

For these reasons, recently, driving force externally supplied type that runs by applying driving force from the outside such as a spring or flywheel, and a bush type traveling toy that pushes the object from the outside, such as a free wheel structure, are economical, They are preferred for maintenance, ease of use, and other reasons, and many are available.

However, such traveling toys with externally supplied driving force,
In terms of handling, it has the disadvantage that it is somewhat troublesome to start the vehicle after applying driving force. For example, a spring-powered vehicle must be restrained and fixed to stop the spring's restoring action until the vehicle departs. In addition, with flywheel type, when the drive wheel to which driving force is applied is brought into contact with the ground,
If the running toy is not released at the same time as it touches the ground, power loss will occur and the running time will be shortened. 6. With the push-pull type, if the push force is too large, the running toy itself will have excess momentum. It may fall over, and you need to make adjustments.

Therefore, various starter starting devices have been proposed to provide initial driving force to such externally supplied driving toy.

That is, for example, there is a Bush-type starting device disclosed in Japanese Patent Publication No. 61-48385, but this has the disadvantage that sufficient initial driving force cannot be obtained unless the starting device itself has a large spring force. be.

For example, Utility Model No. 60-1319 is used as a starting device that suppresses a spring-driven traveling toy until the time of starting and releases the force of the ball.
Publication No. 8, Utility Model Application No. 60-102079, Utility Model Application No. 6
There are Japanese Utility Model Publications No. 1-96995 and Japanese Utility Model Application No. 145593/1983. However, these systems only forcefully restrain the running toy until the train departs, so if the drive wheels are in contact with the top of the starting platform, the drive wheels may slip during the restraint and reduce the driving force. It may be consumed or lost, and it is difficult to add driving force.

In addition, as a belt drive type starting means that applies driving force to the spring and flywheel built into the running toy, for example, Japanese Utility Model Publication No. 58-80294, Japanese Utility Model Publication No. 60-
There are Japanese Utility Model Publications No. 15595, etc., and furthermore, there are examples in which this is incorporated into a departure platform, such as Japanese Utility Model Publication No. 55-38558 and Japanese Utility Model Publication No. 57-116296. These devices require a belt drive, so this belt drive must be securely fitted and guided by a designated transmission member on the traveling toy, and the belt drive is a separate part. Therefore, if it is lost, it cannot be used, and furthermore, the driving force is not sufficient since the power application operation is done only once for each vehicle starting operation.

Further, as a starting device that applies driving force to a spring and a flywheel built into a running toy set on a starting platform, for example, Japanese Utility Model Application Publication No. 59-14696 and Japanese Utility Model Application No. 61-63295 are proposed. There are public notices, etc. The driving force is applied by transmitting the rotating operation of a handle attached to the launch platform, by imparting elasticity to the spring via the drive wheel of the traveling toy, and by applying rotational biasing force to the flywheel. Give. However, these methods are extremely troublesome and unreliable when restraining and fixing the traveling toy to the starting platform. Not only that, it is especially troublesome to operate the rotating handle, and even though the traveling toy must be securely fixed while applying rotational driving force, it is difficult to use a spring accompaniment. The state of restraint and fixation of the traveling toy was uncertain and there was a risk of it flying out.

(Problems to be Solved by the Invention) Therefore, as described above, in the conventional starting device of this type, the initial driving force is insufficient, or it is difficult to add the driving force that has been consumed or lost. Since the drive imparting member is a separate part, it may become unusable if it is lost, or it may fly out due to the uncertain state of the traveling toy being inhibited during the application of rotational driving force. It had several unresolved problems.

In view of the above-mentioned conventional circumstances, the present invention has been made to solve these drawbacks, and it is possible to smoothly and reliably insert the traveling toy body into the starting device body, and to improve the speed of the traveling toy body itself. It is possible to ensure the application of driving force to the equipped drive source, to ensure the support of the running toy during the application, to achieve running stability that prevents the vehicle from tipping over when starting the vehicle, and to make the overall configuration more compact. The object of the present invention is to provide a method and a device for starting a moving toy.

That is, by loading and setting the traveling toy body into the starting device body configured in a box-like shape from the backward direction, it is possible to reliably and smoothly insert and set the moving toy body into the starting device main body. .

In addition, the drive wheel for applying driving force attached to the body of the starting device in the shape of a box makes it possible to easily and reliably transmit and apply driving force to the drive source of the traveling toy. By repeating this multiple times when starting the vehicle, the initial driving force is increased.

Further, by supporting the flywheel-type drive wheels for traveling in the traveling toy body within the starting device body in a state of floating above the ground surface, the initial driving force can be accumulated reliably.

Furthermore, especially when starting a two-wheeled toy, it is important to ensure that the toy is in a stable running state without tipping over, and that even children can handle it very easily.

Moreover, by inserting the moving toy body into the box-shaped starting device body, the whole can be made compact and can be displayed as is, for example, for display in a stacked form at the time of sale. The purpose is to make it easier to use and handle as a whole.

[Structure of the Invention] (Means for Solving the Problem) In order to achieve the above-mentioned object, the starting method of the present invention includes a traveling toy body having a drive source to which an external driving force is applied. , at least the running wheels are engaged and held in the launch box in a state where they are raised above the running launch surface, and the launch box is
Driving force is applied to the drive source by forceful rotation of the drive wheel attached to the Y-box, and then the engagement and retention of the traveling toy body is released so that the traveling wheels are grounded on the starting surface and the vehicle is driven. shall be.

In addition, in the starting device of the present invention, the starting box into which the running toy body is inserted and set, and the starting box removably engages with the running toy body which is inserted into the y-box, a holding mechanism having a holding means for holding the traveling toy concrete with the running wheels of the traveling toy concrete in a floating position from the traveling starting surface; and a drive wheel having at least a part of its periphery exposed from the starting box; The friction of this drive wheel is strong! One revolution is linked to the drive source of the traveling toy body, and the engaging portion of the retaining means of the retaining mechanism is freed, and the urging mechanism is adapted to apply driving force to the drive source, and the traveling wheels of the traveling toy body are connected to each other. The vehicle is characterized by having a release II paulownia which causes the vehicle to come into contact with the traveling starting surface.

(Function) In the method and device for starting a traveling toy vehicle according to the present invention, the traveling toy vehicle is inserted into a starting box and is engaged and held by the holding means in the holding mechanism.

In this state, the traveling wheels of the traveling toy are in a position raised from the traveling starting surface by the holding mechanism, and the biasing aim is linked to the drive source so that its power can be transmitted.

Therefore, the drive wheel in the biasing mechanism, which is partially exposed outside the launch box, is brought into contact with the running surface or other surface and rotated by friction, thereby applying the driving force for running to the drive source of the running toy. Can be granted. This driving force can be applied directly by forcibly rubbing the drive wheel attached to the departure box.
By repeating this multiple times during a single start operation, it is possible to set an appropriate amount of driving force.

After applying the driving force, the engagement state of the holding means in the holding m ellipse is released by operating the release v1 ellipse.

Then, the traveling toy body is released from its engaged state and falls onto the traveling launch surface due to its own weight, and the launch vehicle...!
He jumps out of the box and takes off.

At the time of departure, the traveling toy can be guided for departure by the left and right side walls of the box-shaped departure box.

(Example) Hereinafter, one embodiment of the present invention will be described with reference to the drawings.

Overall Schematic Configuration> Reference numeral 1 shown in the figure refers to a device in which a traveling toy concrete T imitating the external shape of, for example, a two-wheeled vehicle, a four-wheeled vehicle, or the like is charged and set, and an initial running driving force is applied to this traveling toy concrete T. This is the departure box which is the main body of the departure device that starts the train.

This launch box 1 includes a holding mechanism 10 that holds the loaded traveling toy body T in a floating state with its running wheels H in the launch box 1, and a drive unit that rotates the traveling toy body T by friction. A biasing mechanism 20 that applies driving force through the wheels 21 and a release mechanism 30 that releases the holding of the traveling toy T to which the driving force has been applied and causes it to depart from the departure box 1 are provided.

Traveling Toy Gutai> On the other hand, the Traveling Toy Gutai T is configured to run when a driving force is applied to it from the outside, and includes a flywheel that rotates with an applied rotational force and an elastic force that is applied. It has a spring or other drive source inside, and the drive source rotates the running wheels H4 once to drive the vehicle. Of course, as shown in the figure, the flywheel itself may be a running wheel H, and a drive gear G may be fixed to the running axle A of the flywheel. It is sufficient if it can be converted into force and used for running.

Launch Box> As shown in FIGS. 1 and 8, the launch box 1 has a launch port 2 suitable for the pop-up launch of the traveling toy IT, which is applied with driving force and launched. The side walls of the departure box l near the 0 departure port 2, which is formed into a substantially box shape and placed on the running surface, can be used as guide surfaces to prevent the traveling toy #T from falling when it starts. In particular, by sliding the outer surfaces of both sides of the traveling toy concrete T into sliding contact with the inner surfaces of both side walls of the departure box 1, for example, a two-wheeled vehicle-shaped traveling toy #T
It is effective in preventing falls when starting a car.

Since the traveling toy T is shaped like a two-wheeled vehicle, the starting port 2 shown in the figure has a vertically elongated opening shape when viewed from the front so as to be suitable for setting up and starting the vehicle.

The starting port 2 can also be used as a loading port for loading the traveling toy #T into the starting box 1.

At this time, in order to facilitate the charging operation, it is preferable to form a charging notch 3 in a substantially U-shape in the charging direction on either side wall of the departure port 2. Adoption of the launch port 2 which also serves as a loading port eliminates the need to form a charging port in the side wall or upper wall of the launch box 1 itself, for example, in addition to the launch port 2, thereby simplifying the arrangement of the launch box 1.

In addition, behind the departure gate 2, there is provided a departure ramp 4 which is an inclined running surface continuous with the departure gate 2, and the top of this departure ramp 4 is used as a charging and storage area for traveling toys T.
4 and 5), the front end of the departure ramp 4 is continuous with the lower end of the departure gate 2, and the rear end is set at a high position. By positioning the front of the toy body T downward, it is possible to take off with great force.

The wall of the departure box 1 (11) in the charging and storage area for the traveling toy concrete T is made transparent so that it can be seen from outside the departure box 1 whether or not it is stored.

Furthermore, in the deep part of the departure box 1 itself, there is a holding mechanism 10,
It has a frame 5 for mounting an urging device 120 and a release mechanism 30.

Holding Mechanism> The running toy T loaded into the starting box 1 is held by the holding mechanism 10 with its running wheels H floating above the starting slope 4.

This holding mechanism 10 is capable of detachably engaging with the traveling toy concrete T inserted into the launch box 1, and brings the traveling wheels H of the traveling toy concrete T into a floating position from the traveling launch surface. It has a holding means (11° 12) for holding the concrete T.

In the illustration, the holding device [110] is designed to hold the traveling toy body T via the running axle A of the rear wheel, which is the running wheel H, of the traveling toy body T loaded from the departure port 2 in the backward direction. be. The holding means, as shown in FIGS. 2 to 5,
A holding base on which the running axle A is placed is provided in the starting box 1 at a position where the distance from the upper surface of the starting slope 4, which is the running starting surface, is larger than the distance between the running axle A and the circumferential surface of the running wheels H. 11, and a swingable holding arm 12 having a stopper 13 at its tip that engages at a position in front of the traveling axle A placed on the holding stand 11.
The stopper 13 can be disengaged from the traveling axle A by operating a release mechanism 30.

The holding stand 11 is disposed inside both side walls of the frame 5, and both ends of the traveling axle A are placed on the holding stand 11. As shown in FIG. 3, the holding base 11 has a substantially triangular groove shape when viewed from the side, and is cut out in a stepped manner on the outer side of the inner part thereof, so that the holding base 11 can be cut out in a step-like manner on the outer side of the inner part thereof. The loading stage 11 is placed at a position 1 where the distance from the top surface of the departure ramp 4 becomes larger than the distance.
A, and is swingably supported by the frame 5 at its lower part. For example, the upper part is connected to the holding arm 12, and the mounting step part 11 is pressed forward from above as the holding arm 12 swings.
A is tilted forward. In this way, by tilting the mounting step portion 11A forward, as will be described later, the main traveling shaft A is pushed forward and the traveling toy concrete T is smoothly launched (see Fig. 4). ).

Further, as shown in FIG. 3, the holding arm 12 has a lower end formed into a substantially obtuse angle-shaped side surface and a stopper 13 having a rectangular shape on the side surface. It is supported so that it can swing freely.

These holding bases 11 and holding arms 12 are provided in pairs on the left and right, and engage and hold the traveling toy body T in the departure box 1 with good stability.

Further, when the traveling toy concrete T is loaded from the departure port 2 in the backward direction, the traveling axle A is automatically moved to the holding means (11, 1
2) Care must be taken to ensure that it is engaged inside. That is, the second
As shown in Figures 3 and 3, the top surface of the end of the traveling axle A is formed into a slope A1 that gradually slopes upward as it reaches the rear. When it reaches the tip of 11, it rides on the upper surface of the mounting step part 11A of the holding table 11. In addition, the pressing slope A gradually slopes downward as the upper surface of the end of the traveling axle A reaches the rear.
2, on the other hand, the tip of the stopper 13 of the holding arm 12 is formed into an avoidance slope 13A that gradually slopes upward as it reaches the front, so that the traveling axle A reaches the tip of the stopper 13 when the traveling toy concrete T is inserted. Then, the pressing inclined surface A2 presses the avoidance inclined surface 13A to avoid the stopper 13 upwardly, so that the traveling axle A is engaged with the stopper 13.

Therefore, when the traveling toy concrete T is loaded into the box 1 from the departure port 2 along the departure slope 4 in the backward direction,
The traveling axle A rides on the holding base 11, and engages with the stopper 13 while avoiding it upward. Then, the traveling wheels H of the traveling toy body T are held in a floating state at a predetermined distance from the upper surface of the starting slope 4.

Further, reference numeral 15 in the figure is a return spring that returns the holding base 11 and the holding arm 12 to their original positions.

Biasing mechanism〉 The power source of the traveling toy concrete T held in this way is
A driving force for traveling is provided by the urging mechanism 20. This biasing mechanism 20 has a drive wheel 21 whose rotation is linked to the drive source of the traveling toy body T, and the drive wheel 21
At least a portion of the periphery of the vehicle is exposed from the departure box 1.

That is, as shown in the figure, the drive wheel 21 is rotatably supported on the frame 5 with a part of its periphery extending out from the exit opening at the rear lower part of the departure box 1. It is designed to mesh with the drive gear G of the running wheels H of the traveling toy body T through the disposed transmission linking means 22 (see Figs. 2, 6, and 7).
.

The transmission linking means 22 has a rotation speed increasing type in which a plurality of transmission gears, first, second, etc. are sequentially combined, so that the peripheral edge of the drive wheel 21 starts moving on a suitable II rubbing field surface. When the drive wheel 21 is rotated due to friction caused by the forward movement of the box 1, a rotational driving force in the forward direction is applied to the running wheel H of the moving toy body T.

Further, this transmission linking means 22 incorporates a reverse rotation avoidance means 23 which transmits rotation in the rotational direction in which driving force is applied to the traveling toy concrete T, but does not transmit rotation in the opposite direction. This reverse rotation movement f123 causes, for example, the shaft of the first transmission gear that directly meshes with the drive wheel 21 to mesh with the second transmission gear when the drive wheel 21 rotates in the rotational direction that applies the driving force (see Fig. 6). (see FIG. 7), and is supported on the frame 5 so as to be swingable so as to move away from the second transmission gear when rotating in the opposite direction (see FIG. 7).

Here, the traveling toy concrete T is held in the departure box 1 by the holding mechanism 10, and the drive wheel 2 is holding the departure box 1 and is out of the departure box 1.
Rotate 1 by friction. Then, the rotation of the driving wheel 21 is transferred to the traveling wheel H of the traveling toy T through the transmission linking means 22.
As a result, driving force is applied to and accumulated in the running wheels H. At this time, the reverse rotation avoidance means 23 of the transmission linkage means 22 transmits the rotation of the drive wheel 21 in the rotation direction in which the driving force is applied to the single running wheel H, but does not transmit rotation in the opposite direction. The necessary driving force can be applied by reciprocating multiple times in a frictional manner.

Note that it is preferable that a friction member having a large friction coefficient, such as a rubber ring, be attached to the drive wheel 21 around the drive wheel 21.

Release mechanism> When the driving force is applied by the biasing mechanism 20, the vehicle can be started by releasing the holding of the traveling toy body T. It can be obtained with This release mechanism 30 releases the engagement and retention of the traveling toy concrete T in the holding mechanism 10.
Free those engaging parts, and move the running wheels H of the running toy concrete T.
The vehicle is configured so that the vehicle is grounded on the starting surface of the vehicle.

That is, this release mechanism 30, as shown in FIG.
An operating rod 3 that widens the gap between the holding base 11 and the holding arm 12 in the holding mechanism 10 that engages and holds the running axle A of the traveling toy concrete T, and swings them 11 and 12.
1, and this operating rod 31 can be operated from outside the departure box 1.

As shown in the figure, the operating rod 31 is provided at the top of the departure box 1 so as to be slidable along the front and rear directions thereof, and the front end of the operation rod 31 protrudes forward from the top of the departure box 1 to serve as a departure button, and the rear end is held. It abuts the upper end of the holding arm 12 in the mechanism 10.

When the operating rod 31 itself slides rearward due to the rearward pressing operation of the operating rod 31, the upper end of the holding arm 12 swings rearward.

Along with this, a stopper 13 at the lower end of the holding arm 12
is swung forward to release the engagement with the traveling axle A and move away from it, and the upper end of the holding table 11 is swung forward, causing its loading step 13A to tilt downward and to prevent the loading stage from occurring until then. The traveling axle A placed on the stage 13A is pushed forward, and the traveling toy concrete T is caused to fall onto the starting slope 4 by its own weight (see Fig. 5).

Operation of starting the vehicle...1> Next, an example of starting the vehicle in the externally supplied driving force type traveling toy concrete T will be described.

As shown in FIG. 4, the running toy #T is inserted into the starting port 2 of the starting box 1 in the backward direction, and its running axle A is engaged between the holding base 11 and the holding arm 12 in the holding mechanism 10. hold it. In this state, the running wheels H of the running toy body T are in a position floating above the starting slope 41 surface, and the drive gear G connected to the drive source is engaged with the transmission linking means 22 in the biasing mechanism 20. ing.

Therefore, by bringing the drive wheel 21 in the biasing mechanism 20 into contact with a running surface or the like and rotating it with zero friction, the drive wheel H of the flywheel structure, which is the drive source of the traveling toy concrete T, is applied via the transmission linking means 22. can provide driving force for driving.

After applying the driving force, the operating rod 3 in the release mechanism 30
By the pressing operation of 1, the holding base 1 in the holding m5io
1 and the holding arm 12 are released from each other. Then, the traveling axle A of the traveling toy concrete T is released from its engagement state, and falls onto the top surface of the starting slope 4 due to its own weight, and the traveling toy concrete T is accelerated using the slope of the starting slope 4. jumps out of departure gate 2 and departs.

Other Configuration Examples In the present invention, the traveling toy T is described as having a two-wheeled structure, but it can be changed to a four-wheeled structure, such as a drag car, speed boat, helicopter 1FSX, etc. At that time, the shape, structure, etc. of the departure box 1 are changed as appropriate in accordance with the shape, structure, etc. of the traveling toy concrete T.

Further, although one traveling toy concrete T is assumed to be inserted and set in the departure box 1, a plurality of traveling toy concretes T may be inserted, in which case,
Departure port 2 and release mechanism 3 correspond to the specific number of traveling toys T.
There may be multiple 0's.

It is desirable that the traveling toy concrete T be loaded in such a way that the entire traveling toy concrete T is stored in the departure box 1. If this is done, the traveling toy concrete T can be loaded as shown in FIG. They can be stacked while being charged in the departure box 1, which is convenient for organizing them, selling them at a store, and so on.

Although the operation port/rad 31 of the release mechanism 30 has a sliding structure that is pressed from the front of the departure box l, its operation position and the structure for releasing the engagement state with respect to the release at oval 30 are not limited to the illustrated example.

[Effects of the Invention] The present invention is configured as described above, and therefore, the traveling toy concrete T itself is equipped with a set for smoothly and securely loading the traveling toy concrete T into the departure box 1. This makes it possible to reliably apply the driving force to the drive source, to securely support the traveling toy body T during the application, to achieve running stability that prevents the toy from tipping over when starting the vehicle, and to make the overall configuration more compact.

That is, in the starting method of the present invention, the traveling toy body T having a drive source to which driving force is applied from the outside,
At least the traveling wheels H are engaged and held in the departure box 1 in a state of floating above the traveling departure surface (4), and driving force is applied to the drive source by frictionally forced rotation of the drive wheel 21 attached to the departure box 1. This is because the traveling toy body T is then released from engagement and the traveling wheels H are brought into contact with the traveling start surface (4) and the toy is driven.

In addition, in the starting device of the present invention, the starting box 1 into which the traveling toy concrete T is charged and set is removably engaged with the traveling toy concrete T inserted into the starting box 1, and the traveling toy concrete T is inserted into the starting box 1. Holding means (11, 12) for holding the traveling toy concrete T with the running wheels H of the concrete T in a floating position from the traveling starting surface (4)
It has a holding mechanism 10 with
The urging mechanism 20, which is connected to a drive source and is designed to apply a driving force to the drive source, and the engaging portion of the holding means of the holding mechanism 10 are freed, and the running wheels H of the traveling toy body T are moved. This is because it includes a release mechanism 30 that makes the vehicle come into contact with the starting surface (4).

Furthermore, the launch box 1 is ready for launch when the running toy body T is inserted and set inside the launch box 1 and is engaged and held by the holding mechanism 10, and the launch box 1 is ready for launch, and its loading and setting operations are also reliable. , can be performed smoothly and even children can easily handle it.

In addition, since a part of the periphery of the drive wheel 21 for applying driving force in the biasing mechanism 20 provided in the departure box 1 is exposed, it is possible to keep the departure box 1 in place while holding it. Drive force can be supplied to the drive source of the starting box 1 by the forced rotation of the starting box 1 . Furthermore, the task of applying the driving force can be repeated multiple times during one vehicle start operation, thereby increasing the accumulation of initial driving force.

In order to apply the driving force at this time, since the driving wheel 21 of the urging mechanism 20 is attached to the departure box 1, there is no need for any other separate member for applying the driving force, and there is no need to worry about losing it. Nor.

In addition, the running wheels H of the running toy body T are supported in the starting box 1 in a state of floating above the running starting surface (4), so that the initial driving force can be accumulated reliably.

Furthermore, especially when starting a two-wheeled vehicle-like traveling toy concrete T, the inner surfaces of both side walls of the starting box 1 exert a guiding action, so that when the traveling toy concrete T is started, it is stable and does not fall over. driving condition. Not only that, but the starting operation is performed after the driving force is applied by the biasing mechanism 20.
Since it is only necessary to release the engaged state of the traveling toy body T by the release mechanism 30, even children can handle it very easily.

Moreover, by inserting the traveling toy concrete T into the starting box 1, which is shaped like a box, the whole can be made compact and can be carried as it is in a pocket of clothes or other places. By making it possible to display the products in their original state, it becomes easy to display them in stacks at the time of sale, for example.

As explained above, according to the present invention, an initial driving force is provided to a traveling toy body having a drive source that accumulates and imparts driving force from the outside, and running stability that does not overturn when starting the vehicle is achieved. This has excellent effects, such as making the overall structure more compact and making it easier for even children to handle.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, in which Fig. 1 is a perspective view of a state in use, Fig. 2 is a cross-sectional view showing the inside of the departure box, Fig. 3 is a side view of the holding mechanism, and Fig. 4 is a perspective view of the device in use. 5 is a cross-sectional view of the running toy held in the launch box by the holding mechanism; FIG. 5 is a sectional view of the releasing mechanism releasing the running toy from the holding mechanism and the vehicle is launched; FIGS. 6 and 7 are attached. FIG. 8 is a side view showing the operation of the biasing mechanism, and FIG. 8 is a perspective view of the stacked state. A...Travel axle, A1...Slope surface, A2...
... Pressing inclined surface, G ... Driving gear, H ... Traveling wheel, T ... Traveling toy concrete, 1 ... Starting box, 2 ... Starting port, 3 ... Charging notch, 4... Departure slope, 5... Frame, 10
... Holding mechanism, 11... Holding stand, IIA... Placement step section, 12... Holding arm, 13... Stopper,
13A... Avoidance slope, 15... Return spring,
20... Biasing mechanism, 21... Drive wheel, 22...
...Transmission linking means, 23... Reverse rotation avoidance means, 30.
...Release mechanism, 31...operation rod.

Claims (1)

[Scope of Claims] 1. A traveling toy body having a drive source to which an external driving force is applied is engaged and held in a launching box with at least its running wheels floating above the traveling launching surface, and launching the vehicle. A driving force is applied to the drive source by frictionally forced rotation of a drive wheel attached to the box, and then the engagement and retention of the traveling toy body is released to ground the traveling wheels on the starting surface and cause the toy to travel. How to launch the traveling toy Gutai. 2. A launch box into which the running toy body is charged and set; and a moving toy body that is detachably engaged with the running toy body inserted into the launch box, and the running wheels of the running toy body are moved to a floating position from the traveling launch surface. a holding mechanism having a holding means for holding the moving toy object, and a drive wheel whose periphery is at least partially exposed from the starting box, and the forced rotation of the drive wheel by friction serves as the driving source for the moving toy object. a biasing mechanism connected to the drive source to apply a driving force to the drive source; and a release mechanism that frees the engagement portion of the holding means of the holding mechanism to ground the running wheels of the traveling toy onto the starting surface. A starting device for a traveling toy Gutai, characterized in that it has the following features: 3. The biasing mechanism sequentially combines a plurality of transmission gears, and the periphery of the drive wheel is frictionally rotated on a suitable friction surface by the forward movement of the starting box, and when the drive wheel is rotated, the traveling toy body moves. 3. The starting device for a traveling toy according to claim 2, further comprising a transmission linking means for applying a rotational driving force in the forward direction to the wheels and not transmitting rotation in the reverse direction.