JPH0626994U - Car toy - Google Patents

Abstract

(57) [Abstract] [Purpose] The function is simulated so that the toy vehicle can run by being supplied with fuel, the energy consumption of the battery is reduced, and a sufficiently large speed and acceleration are made lightweight. Make it easy to obtain with a simple configuration. [Composition] An electric double layer capacitor is provided which is charged by receiving a direct current from the battery through the jack when the plug is inserted into the jack, and is discharged from the electric double layer capacitor when the plug is unplugged from the jack. The second motor, which receives the electric current, drives the second motor, the jack and the electric double layer capacitor are housed in the toy vehicle, and the toy gasoline is inserted between one electrode of the battery and the plug as needed. Connect the first motor for driving the display counter of the stand.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to an automobile toy that automatically travels using electric power received from a battery power source.

[0002]

[Prior art]

 2. Description of the Related Art Various types of automobile toys have been proposed that use a battery power source to drive automatically. In these automobile toys, dry batteries are generally installed in the vehicle body, or current is supplied from a battery in a battery box to a motor of the vehicle body via a long electric wire.

[0003]

[Problems to be solved by the device]

 However, in such a conventional automobile toy, when the dry battery is installed in the vehicle body as described above, the dry battery becomes a heavy load on the running of the vehicle body, the energy consumption is remarkable, and the speed and acceleration are sufficient. There was a problem that I could not get it. In addition, if the motor of the vehicle body and the battery in the battery box are connected via a long wire, the battery box must be carried along with the traveling direction of the vehicle as the vehicle travels, and There was a practical problem that it could be an obstacle in driving.

The present invention has been made in view of the above-mentioned conventional problems, in which the energy consumption of a battery such as a dry battery is small, sufficient speed and acceleration can be obtained, and power is supplied to a vehicle body. It is an object of the present invention to provide an automobile toy in which the connection of electric wires of the above can be made unnecessary, and the above-mentioned vehicle body can be made to appear as if it were driven by the supply of fuel.

[0005]

[Means for Solving the Problems]

 An automobile toy according to the present invention comprises a plug having positive and negative electrodes connected to respective terminals of a battery, a jack having positive and negative electrodes for receiving a DC voltage from the battery by inserting the plug, and a plug for the jack. Of the electric double layer capacitor that is charged by receiving the direct current from the battery through the above jack when the plug is unplugged, and the discharge from the electric double layer capacitor through the jack when the plug is unplugged from the above jack. A motor driven by receiving an electric current, the motor, the jack and the electric double layer capacitor are housed, and if necessary, between the one electrode of the battery and the plug for driving the display counter of the toy gas station. The first motor is connected.

[0006]

[Action]

 The plug in this invention allows the electric double layer capacitor to be charged from the battery by inserting it into the jack, and conversely, when the plug is pulled out from the jack, the above It enables the second motor for toys to be driven by the discharge current from the electric double layer capacitor to allow the vehicle body to run at a light load, and also drives the first motor during the charging operation as necessary to drive the toy gasoline. The display counter that displays the gasoline filling amount of the stand is activated, and the plugging operation for the jack is displayed as if the gasoline filling operation is in progress.

[0007]

【Example】

 An embodiment of the present invention will be described below with reference to the drawings. In the figure, (1) is a toy vehicle such as a motor vehicle toy, which is a small assembly structure made of plastic or the like, and a part of this is a positive electrode on one side and negative electrodes on the other side (2), (3) and Attached are jacks (5) each having a contact (4) that contacts and separates from the electrode (2).

Further, (6) is a motor as a second motor for running the toy vehicle (1), and (7) is a lamp for running display, a display such as a light emitting diode connected in parallel to the motor (6). These display elements (7) and the motor (6) are connected between the contact piece (4) and the electrode (3), respectively. (8) is an electric double layer capacitor for charging, which is connected between the electrode (2) and the electrode (3). Since this electric double layer capacitor (8) has a large capacity and low resistance, it has instantaneous power and has excellent rapid charge and discharge characteristics.

On the other hand, (9) is a toy gas station provided independently of the toy vehicle (1), in which case a battery (10) and a display counter (11) are artificially driven. A motor (12) as one motor is provided and connected in series with each other. (13) is a plug, the positive electrode (14) of which is connected to the motor (12), and the other negative (earth potential side) electrode (15) is connected to the battery (10).

In the automobile toy having such a configuration, the toy vehicle (1) and the toy gas stand (9) are independently provided as described above, and when the plug (13) is inserted into the jack (5), The electrode (14) of the plug (13) pushes up the electrode (2) of the jack (5) and comes into contact with it, thereby breaking the contact between the electrode (2) and the contact piece (4). On the other hand, the electrode (15) of the plug (13) contacts the electrode (3) of the jack (5).

Therefore, from the battery (10) to the electrode (14) of the plug (13), the electrode (2) of the jack (5), the electric double layer capacitor (8), the electrode (3) of the jack (5) and the plug. A current sequentially flows through the electrode (15) of (13) to charge the electric double layer capacitor (8). At this time, the motor (6) and the light emitting element (7) are cut off from the power source, and the operation and lighting are stopped.

In this case, by inserting the plug (13) into the jack (5), the electric double layer capacitor (8) is charged and the motor (12) is driven. For this reason, the number of the display counter (11) is counted up by the rotation of the motor (12), and a pseudo sound is added as necessary, and a situation of fuel supply to the vehicle body is artificially created. In this case, it is desirable that a part of the plug (13) and the electric wire connected to the plug (13) are designed like an oil supply hose.

On the other hand, when the plug (13) is pulled out from the jack (5) as if the refueling is finished, the motor (12) is stopped to stop the consumption of the battery (10) and the toy vehicle In (1), the electrode (2) and the contact piece (4) of the jack (5) are in contact with each other. Therefore, the motor (6) and the light emitting element (7) are connected to both ends of the electric double layer capacitor (8), and the motor (6) and the light emitting element (7) receive the discharge current of the electric double layer capacitor (8) and 6) rotates and the light emitting element (7) also lights up.

Therefore, the wheels (W) interlocking with the motor (6) rotate, the toy vehicle (1) becomes ready to run, and moreover, the toy gas station (9) is connected via an electric wire. It becomes possible to operate independently. By connecting a switch to the electric double layer capacitor (8) in series, the toy vehicle (1) can be made to run when the switch is turned on.

[0015]

[Effect of device]

 As described above, according to the present invention, a plug having positive and negative electrodes connected to respective terminals of a battery, a jack having positive and negative electrodes for receiving a DC voltage from the battery by inserting the plug, and the jack An electric double layer capacitor that is charged by receiving a direct current from the battery through the above jack when the plug is inserted into the jack, and when the plug is unplugged from the jack, the electric double layer capacitor is inserted through the jack. The second motor is driven by receiving the discharge current from the double-layer capacitor, the toy vehicle is housed with the second motor, the jack, and the electric double-layer capacitor. Since the first motor for driving the display counter of the petrol gas station is connected between one electrode, It consumes less DC power, and stores a large amount of energy in the electric double-layer capacitor to enable the toy vehicle to run at sufficient speed and acceleration, while eliminating the need to connect electric wires for power supply to the vehicle body. If necessary, the display counter of the toy stand can be counted up by driving the motor when the plug is plugged in, and the function can be simulated so that the toy vehicle can be driven by being supplied with fuel. The effect is obtained.

[Brief description of drawings]

FIG. 1 is a block diagram showing an automobile toy according to an embodiment of the present invention.

[Explanation of symbols]

 1 Toy Vehicle 2, 3 Electrodes 5 Jack 6 Motor (Second Motor) 8 Electric Double Layer Capacitor 9 Toy Gas Station 10 Battery 11 Display Counter 12 Motor (First Motor) 14, 15 Electrodes

Claims (2)

[Scope of utility model registration request] 1. A plug having positive and negative electrodes connected to respective terminals of a battery, a jack having positive and negative electrodes for receiving a DC voltage from the battery by inserting the plug, and a plug when inserting the plug into the jack. , An electric double layer capacitor charged by receiving a direct current from the battery through the jack, and a discharge current from the electric double layer capacitor through the jack when the plug is unplugged from the jack. An automobile toy comprising a driven motor and a toy vehicle containing the motor, the jack, and the electric double layer capacitor. 2. A second motor driven by receiving a discharge current, and positive and negative electrodes connected to respective terminals of a toy battery accommodating the second motor, the jack and an electric double layer capacitor. It has a plug, a first motor connected between the battery and any one of the electrodes to drive a display counter of a toy gas station, and positive and negative electrodes for receiving a DC voltage from the battery by inserting the plug. A jack, an electric double layer capacitor charged when receiving a direct current from the battery through the jack when the plug is inserted into the jack, and the electric double layer capacitor through the jack when the plug is unplugged from the jack. A second motor driven by receiving a discharge current from the double-layer capacitor; the second motor; And a toy vehicle housing the electric double layer capacitor.