WO2010147312A2

WO2010147312A2 - Movable learning gaming machine using movable toy

Info

Publication number: WO2010147312A2
Application number: PCT/KR2010/003218
Authority: WO
Inventors: 김영조
Original assignee: Kim Young Jo
Priority date: 2009-06-16
Filing date: 2010-05-20
Publication date: 2010-12-23
Also published as: KR20100135178A; KR101003485B1; WO2010147312A3

Abstract

The present invention relates to a learning gaming machine including a vehicle and a learning method using the same. More particularly, the present invention relates to a movable learning machine in which whether to operate a vehicle such as a train, a car and the like is determined by the magnetic force of a plurality of learning sticks, wherein the learning sticks are divided into right answer learning sticks and wrong answer learning sticks such that the operation of the vehicle is controlled by the magnetic force generated in accordance with whether the answer is right or wrong, from the learning sticks. The present invention also relates to a learning method using the movable learning machine. The present invention proposes a movable learning gaming machine which uses a movable toy and has a vehicle driven by a motor, wherein the movable learning gaming machine comprises: an operating plate on which a plurality of grooves are spaced apart from each other; a game base board on which a plurality of mounting grooves are spaced apart from each other; a learning board which is arranged above the game base board, and which has holes corresponding to the mounting grooves of the game base board such that answers to the questions are displayed around the holes; learning sticks each having a magnetic contained therein, and which are mounted in the respective mounting grooves of the game base board through the holes of the learning board; and a control box including learning stick holders for holding the learning sticks, a battery accommodating portion for accommodating a mobile phone battery, a wheel portion which contains a magnet contained therein, and which moves in an upward and downward direction along the grooves of the operating plate, a lead switch which operates in accordance with the variation of the magnetic force of the magnets contained in the learning sticks and the wheel portion, a control PCB which receives power from the mobile phone battery to control the operation of the motor of the vehicle in accordance with the operation of the lead switch, and an attachment portion connected to the vehicle. The learning board of the present invention can be applied in learning a variety of fields such as mathematics, Hangul, Chinese characters, animals, science and so on, and the learning board can be produced into a white board to enable students to directly write an answer to a subjective question, thus enabling students to learn almost all fields in connection with games. The present invention provides a novel learning gaming machine in which a movable toy for games and learning are combined to integrate existing movable toys into learning.

Description

Moving learning game machine using moving toys

The present invention relates to a learning game machine including a vehicle and a learning method using the same. In more detail, the vehicle having the shape of a train or a car to determine whether to operate by the magnetic force of the learning stick,

Specifically, a moving learning game machine configured to control the movement of the moving body by the magnetic force generated from the learning stick selected by the user as the answer to the problem among the plurality of learning sticks inserted on the game support on which the learning board is located, and a learning method using the same. It is about.

Recently, a learning paper, a learning game machine, and a moving toy have been developed innumerably with various forms and various items.

The study paper is classified and distributed in various categories, such as subjects, fields, and ages, and the operation toy is operated by supplying power to the vehicle through a built-in battery by embedding a motor in a vehicle such as a model train or a car. It is configured to

However, it has been pointed out that the learning effect through the workbook has a limitation in content and limitation of interest caused by learning through the workbook by specific subjects and specific fields of the workbook.

In addition, in the case of the conventional learning game consoles, the production cost is high, and the structure thereof is complicated, and thus, the cost of purchasing is large, and the cost burden is increased by continuously purchasing individual learning game machines for each field in order to increase the learning effect in various fields. .

In addition, the operation toy generally has a problem that after a predetermined time after the purchase is often empirical and disposed of, it is rare to use for a long time, and there is a problem that the cost expenditure associated with the purchase of a new operation toy increases.

In addition, a power source installed to drive a learning game machine or an operation toy is equipped with two to eight batteries for consumption such that most of them have a constant voltage, and thus the maintenance cost is considerable. It is possible to configure the supplied toys, but the mold cost, electronic control PCB substrate manufacturing cost and raw materials, etc. increase due to the change of the installation structure of the power supply portion, which causes a problem of raising the purchase cost.

That is, the use mode that the learning paper and the working toy are not used interchangeably as the play means or the learning means, respectively, has become a practical problem.

In order to solve the above problems, an object of the present invention is to propose a moving learning game machine and a learning method using the same, in which a learning paper and an operating toy are compatible with each other.

In addition, by using the magnetic force of the learning stick selected from the plurality of learning sticks inserted on the game support on which the learning board is located as a solution to the learning problem, a separate control PCB is used to control the operation of the moving body of the moving learning game machine or the built-in sensor. An object of the present invention is to provide a moving learning game machine configured for electronic control and a learning method using the same.

In addition, by using a conventional operating toy equipped with a motor as it is to operate by supplying a control power to the motor, the drive source of the motor recycles a rechargeable mobile phone battery that can be easily mounted in a control box attached to the operating toy separately The object of the present invention is to provide a moving learning game machine and a learning method using the same.

In order to achieve the above object, the present invention, in the moving learning game machine including a driving body driven by the motor, the learning stick holder is formed on the moving body, the learning selected as the correct answer to the learning problem in the learning stick holder When the stick is mounted, according to the magnetic force of the learning stick suggests a moving learning game machine using an operating toy, characterized in that configured to drive the motor inside the moving body.

In addition, the present invention in order to achieve the above object, the traveling plate is formed with a plurality of spaced apart; Game stand formed with a plurality of seating groove spaced apart; A hole is formed to match the seating groove of the game support, and the answer to the learning problem is displayed around the hole, the learning board located on the upper side of the game support; A learning stick that includes a magnetic material therein and is seated in a seating groove of the game stand through holes in the learning board; And including a learning stick holder for mounting the learning stick and a magnetic body inside the wheel portion to move up and down along the groove of the driving plate, and operates according to the magnetic force change of the magnetic body included in the learning stick and the wheel portion To present a moving learning game using a moving toy, characterized in that it comprises a; a driving body including a reed switch and a motor driven by the reed switch.

The learning stick may be configured of a magnetic part of the lower side and a rotating part of the upper side, and may be configured to move the magnetic material formed inside the magnetic part up and down according to the rotation of the rotating part.

In addition, in order to achieve the above object, the present invention, a moving learning game machine including a driving body driven by a motor, the driving plate is formed with a plurality of spaced apart groove; Game stand formed with a plurality of seating groove spaced apart; A hole is formed to match the seating groove of the game support, and the answer to the learning problem is displayed around the hole, the learning board located on the upper side of the game support; A learning stick that includes a magnetic material therein and is seated in a seating groove of the game stand through holes in the learning board; And a learning stick holder for mounting the learning stick, a battery accommodating part on which the mobile phone battery is mounted, and a wheel part moving up and down along the groove part of the driving plate, and the learning stick and the wheel part including a magnetic material therein. Reed switch operating in accordance with the magnetic force of the magnetic material and the control PCB for receiving the power from the mobile phone battery to control the operation of the motor of the moving body according to the operation of the reed switch and an attachment portion connected to the moving body Presenting a moving learning game machine using an operating toy, characterized in that the configuration, including a control box.

The control PCB may include a selector circuit unit for selecting an output voltage corresponding to a driving voltage for each motor embedded in a moving body.

In the present invention, a battery box having a spring (-) pole and a protrusion (+) pole formed in the moving body may be configured to be mounted as a model battery for the purpose of connecting the power supplied from the control PCB. have.

The model battery is in contact with the case and the spring is inserted into one end of the spring, the metal plate having a protrusion and the other end of the spring in contact with the plastic washer is moved by the elasticity of the spring and the plastic washer in contact with the movement of the plastic washer And a wiring line connected to energize electricity between the metal plates and the metal plates, wherein the battery box includes contacting the metal plate having protrusions of the model battery and the spring of the negative electrode of the battery box. The metal washer may be further mounted to prevent contact failure.

Connectors are formed on the wiring lines connected to the model batteries and the power lines output from the control PCB, respectively.

In addition, in order to achieve the above object, the present invention, a moving learning game machine including a driving body driven by a motor along the driving plate, the game support is formed with a plurality of seating groove spaced apart; A hole is formed to match the seating groove of the game support, and the answer to the learning problem is displayed around the hole, the learning board located on the upper side of the game support; A learning stick that includes a magnetic material therein and is seated in a seating groove of the game stand through holes in the learning board; A learning tunnel configured with a learning stick holder for mounting the learning stick; And a battery receptacle on which a mobile phone battery is mounted, a wheel switch for moving along the driving plate, and a reed switch operated according to the magnetic force change of the learning stick on the upper side, and receiving power from the mobile phone battery. The control box for controlling the operation of the motor of the vehicle according to the control box including an attachment portion connected to the vehicle; may be configured to include.

The control box may be configured to further include a battery accommodating part for accommodating batteries to supply power to the control PCB by a battery or a mobile phone battery.

The learning stick may include a rotating shaft, a rotating bar having a magnetic body formed on one horizontal side thereof while rotating along the rotating shaft, and a stopper for adjusting a rotation angle of the rotating bar.

A direction jaw may be configured at an outer periphery of the learning stick to determine a mounting direction of the learning stick mounted on the learning stick holder, and the direction tunnel may be further configured at the learning tunnel.

The reed switch is composed of three reed switches to implement each independent operation corresponding to the forward, backward, and stop of the motor constituted in the moving body, only one of the reed switch corresponding to the reverse and stop Toggle switches may be further configured in the control box to selectively operate.

The control PCB includes: a voltage selector configured to adjust a voltage using a variable resistor or a dip switch to select a driving voltage for each motor of the operating system; A dip switch for adjusting an operating speed of the motor of the vehicle; And a microcomputer receiving one of the three reed switches driven according to the position of the magnetic body of the rotating bar of the learning stick and applying a driving voltage selected from the voltage selector to the motor of the moving body. Can be.

The control box may further include a speaker that is controlled by the microcomputer to generate a voice when the reed switch is operated according to the position of the magnetic body of the rotating bar of the learning stick.

In addition, the microcomputer of the control box drives the voice sensor built into the moving body when the reed switch corresponding to the advance of the three reed switch is operated according to the position of the magnetic body of the rotary bar of the learning stick It can be configured to generate.

In addition, the microcomputer of the control box may be configured to drive a sensor drive motor for operating the motion sensor embedded in the moving body when the reed switch corresponding to the advance of the three reed switch.

In addition, a learning stick holder for mounting the plurality of learning sticks is formed in the learning tunnel, so that the reed switch is provided only when the positions of the magnetic bodies of all the learning sticks mounted on the learning stick holder are located at the lower side of the magnetic part. It may be configured to control the operation of the motor of the vehicle by the control PCB while being operated.

The following effects can be achieved by a moving learning game machine and a learning method using the same according to the present invention.

First, when a learning stick holder is formed on a vehicle of an operating toy driven by a motor, and the learning stick selected as the answer to the learning problem is mounted on the learning stick holder, the inside of the vehicle is determined by the magnetic force of the learning stick. By configuring the motor of the driving, there is an effect that can provide a new learning game machine that can combine the existing working toy to learning by combining the play with the toy for play.

Secondly, by using a separate control box that can be attached to the moving body of the existing working toy, it is configured to control the motor or the built-in sensor of the existing moving body, which can be used for play learning while recycling the existing moving body as it is. There is.

Thirdly, it is possible to simply mount the mobile phone battery in the control box without any additional parts and to supply power to the control PCB in the control box through the mobile phone battery. There is an effect that can be easily recycled to supply power.

Fourthly, the control PCB in the control box has a voltage selector configured to switch the output power to 1.5V ~ 6V by controlling the power input through the built-in mobile phone battery or battery. There is an effect that can be applied.

Fifth, by installing the model battery in the battery compartment of the existing vehicle, and supplying the charging power in the control box through the connector, the existing vehicle does not need a separate power supply, but only charging through the mobile phone battery in the control box It is possible to drive the motor of the vehicle by using the supplied power.

Sixth, by constructing a learning tunnel that can be equipped with a learning stick, it is impossible to check the exact position of the vehicle in the learning tunnel, and in order to pass the learning tunnel, find the correct answer for all questions and find the corresponding learning stick. Since it must be inserted into the learning tunnel, it can pass through the learning tunnel only when the user recognizes and finds the position where the vehicle is stopped by the wrong answer, so that the user can check what kind of problem is wrong. do.

Seventh, by limiting the direction of the learning stick mounted on the learning tunnel, it is possible to accurately control the magnetic force generated in the plurality of reed switches mounted in the control box.

Eighth, it is possible to expand the field of application of the learning board located in the game tray to mathematics, Hangul, Chinese characters, animals, science, etc. infinitely. It has the effect of learning by connecting knowledge of all fields with play.

Ninth, the moving learning game machine using the working toy according to the present invention can be used not only for children's learning but also for silver industries such as rehabilitation programs for the disabled or brain training for preventing memory loss of the elderly. It can have the effect of providing learning.

1 is a block diagram of a learning stick according to a first embodiment of the present invention.

2 is a perspective view of a driving plate according to an embodiment of the present invention.

3 is an operational state diagram of a vehicle according to a first embodiment of the present invention.

4 is a flowchart showing a circuit diagram and an operating state of the moving body according to the first embodiment of the present invention.

5 is a perspective view of a learning board according to a first embodiment of the present invention.

6 is a cross-sectional view of a moving body having a control box according to a second embodiment of the present invention.

7 is a block diagram of a model battery according to a second embodiment of the present invention.

8 is a voltage selector circuit diagram of a control PCB according to an embodiment of the present invention.

9 is a perspective view of a driving plate according to a third embodiment of the present invention.

10 is a perspective view of a vehicle equipped with a control box according to a third embodiment of the present invention.

11 is a block diagram of a learning stick according to a third embodiment of the present invention.

12 is a block diagram of a learning tunnel according to a third embodiment of the present invention.

13 is a block diagram of a control box according to a third embodiment of the present invention.

14 is a block diagram of a learning tunnel according to a fourth embodiment of the present invention.

15 is a perspective view of the learning board according to the third and fourth embodiments of the present invention.

16 is a block diagram of a learning tunnel according to another embodiment of the present invention.

The present invention provides a moving learning game machine including a driving body driven by a motor, the driving plate having a plurality of spaced apart grooves; Game stand formed with a plurality of seating groove spaced apart; A hole is formed to match the seating groove of the game support, and the answer to the learning problem is displayed around the hole, the learning board located on the upper side of the game support; A learning stick that includes a magnetic material therein and is seated in a seating groove of the game stand through holes in the learning board; And a learning stick holder for mounting the learning stick, a battery accommodating part on which the mobile phone battery is mounted, and a wheel part moving up and down along the groove part of the driving plate, and the learning stick and the wheel part including a magnetic material therein. Reed switch operating in accordance with the magnetic force of the magnetic material and the control PCB for receiving the power from the mobile phone battery to control the operation of the motor of the moving body according to the operation of the reed switch and an attachment portion connected to the moving body Presenting a moving learning game machine using an operating toy, characterized in that the configuration, including a control box.

The model battery is in contact with the case and the spring is inserted into one end of the spring, the metal plate having a protrusion and the other end of the spring in contact with the plastic washer is moved by the elasticity of the spring and the plastic washer in contact with the movement of the plastic washer And a wiring line connected to energize electricity between the metal plates and the metal plates, wherein the battery box includes contacting the metal plate having protrusions of the model battery and the spring of the negative electrode of the battery box. The metal washer for preventing contact failure may be further mounted.

Hereinafter, a moving learning game machine and a learning method using the same according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a configuration diagram of a learning stick according to a first embodiment of the present invention, FIG. 2 is a perspective view of a driving plate according to an embodiment of the present invention, and FIG. 3 is a view of a moving body according to the first embodiment of the present invention. 4 is a flowchart illustrating a circuit diagram and an operating state of the moving body according to the first embodiment of the present invention, and FIG. 5 is a perspective view of a learning board according to the first embodiment of the present invention.

Referring to the figure, the moving learning game machine of the present invention is a general operation toy with a built-in motor 100, a driving plate 200 is configured, the driving path of the vehicle 100, and the vehicle 100 It consists of a learning stick 300 and the learning board 400 to function to selectively operate the navigation.

As shown in FIG. 1, the learning stick 300 is divided into an upper rotating part 320 and a lower magnetic part 340, and the inside of the magnetic part 340 according to the rotation of the rotating part 320. In the magnetic body (M) is configured to move up and down, the rotating part 320 is preferably configured in a spherical shape.

As shown in FIG. 2, the driving plate 200 may be configured in the form of a rail such as a train track so that the vehicle 100 moves, and the vehicle 100 stops to solve a problem during movement. The driving plate 200 has a plurality of concave grooves 220 spaced apart from each other.

As shown in FIG. 3, the moving body 100 is formed with a wheel part 110 of a manual cam type that moves up and down by the groove part 220 when moving along a rail of the driving plate 200.

A magnetic body (M) is included at an upper end of the wheel unit 110, and a power unit 130 and a reed switch 140 having a built-in battery to drive the motor 120 are provided inside the moving body 100. It is composed. Further, the learning stick holder 150 is formed in the moving body 100 as a receiving portion for fitting the learning stick 300.

Referring to the circuit diagram of FIG. 4, in the initial state before the learning stick 300 is inserted into the learning stick holder 150 of the moving object 100, a of the learning stick reed switch 140a is turned off, and b is on. As the wheel part 110 enters the groove part 220, c of the wheel reed switch 140b for automatic stop of the moving body is turned off, and d is turned on.

If, in the initial state, the learning stick 300, that is, the correct answer, that is, the magnetic body (M) is inserted into the learning stick holder 150 of the vehicle 100 in the state moved to the lower portion of the magnetic portion 340 of the learning stick. In this case, a of the learning stick reed switch 140a is turned on by the magnetic force of the magnetic body M, b is turned off, and c and d of the reed switch 140b for the wheel remain intact. The vehicle 100 is moved while the motor 120 is driven to form a closed circuit.

If, if the learning stick 300 does not show the correct answer, that is, the magnetic body (M) is inserted in the learning stick holder 150 of the vehicle 100 in the state located in the middle of the magnetic portion 340 of the learning stick The magnetic force is not applied to the reed switch 140a for the learning stick, and thus the motor 120 is not driven because the magnetic force does not form a closed circuit, and thus the moving body 100 does not move.

Next, when the wheel part 110 descends to the groove part 220 of the driving plate 200, a and b remain as they are, and c of the reed switch 140b for the wheel is turned on and d is off, and the closed circuit is closed. The vehicle 100 is stopped because it is not configured.

Next, when the vehicle 100 is stopped, if the learning stick 300 is removed for repetitive learning, a becomes off, b becomes on, c and d remain intact, and wheels turn on b and c. The unit 110 moves only until it exits the groove 220 section, and then c returns to the initial standby state as the off d turns on and stops.

Therefore, while repeating the insertion and removal of the learning stick 300, it is possible to repeat the learning in the groove portion 220 section of the running plate 200 formed spaced apart.

Referring to Figure 5, the game support 400 is provided with a plurality of seating grooves 420 are spaced apart, the learning board 440 is located on the upper side of the game bed and the hole matching the seating groove of the game bed (460) ) Is formed and the answer to the learning problem is displayed around the hole 460.

Here, the plurality of learning sticks 300 are respectively seated in the seating grooves 420 of the game stand through the holes of the learning plate 440 while including a magnetic material therein.

The learning stick 300 seated in the seating groove 420 is configured such that only the magnetic material M of the learning stick 300 corresponding to the correct answer of the problem is located under the magnetic part 340.

Therefore, the learning stick 300 corresponding to the correct answer must be selected in the learning board 440 in which the answer of the question is mounted on the learning stick holder 150 of the moving object 100 so that the magnetic force is applied to the learning stick reed switch 140a. By causing the moving body to move to add the play to the learner's learning has the effect of causing fun.

The learning board 440 is produced separately by displaying the answer to the problem to be located in the game support 400, or may be configured to be written in the form of a whiteboard to immediately fill in the correct answer, or may utilize the correct answer of the existing study paper In addition, the types of study papers can be utilized by replacing the learning papers for each field such as Hangul, Chinese characters, English, Korean, fruits, animals, etc., and have various effects.

Here, to increase the number of learning problems, in order to remove the learning stick 300 that is already inserted into the vehicle in order to configure the game learning more fun can be configured to remove using the magnetism between the learning stick (300). have.

To this end, a separate magnetic material is configured to be additionally mounted on the upper portion of the rotating part 320 of the upper side of the learning stick 300.

Accordingly, when the learning stick corresponding to the correct answer of the question is selected in the learning board 440 again, the magnetic body M of the selected learning stick 300 will be located at the lower side of the magnetic part 340, which is the learning stick. By taking the upper portion of the rotating part 320 of the learning stick 300 inserted into the holder 150, the learning stick 300 already inserted into the learning stick holder 150 may be removed by magnetism.

However, in the case of selecting the learning stick that does not correspond to the correct answer in the learning board 440, even if the magnetic force is brought to the top of the rotating part 320 of the learning stick 300 that is already inserted into the learning stick holder 150 By doing so, the learning stick 300 cannot be removed. In other words, these various learning methods can bring a variety of play learning, it is possible to enhance the effect of learning.

6 is a cross-sectional view of a moving body configured with a control box according to a second embodiment of the present invention, Figure 7 is a block diagram of a model battery according to a second embodiment of the present invention, Figure 8 is an embodiment of the present invention Voltage selector circuit diagram of a control PCB according to.

Referring to FIG. 5, the control box 500 is attached to the vehicle 100 as a general operating toy having a built-in motor.

The control box 500 includes a battery accommodating part 510 in which a mobile phone battery is mounted, a control PCB 520, a learning stick holder 530, and a magnetic material M, and a wheel part of a manual cam type that moves up and down ( 540, a reed switch 550, and an attachment part 560 are included.

In other words, in the second embodiment of the present invention, the control box 500, which is a separate component, is attached to the moving body 100 including the motor 120 so as to control the driving of the motor.

Referring to the operation principle with reference to the first embodiment described above, the magnetic force of the magnetic body (M) and the groove 220 is formed according to whether the learning stick 300 is inserted into the learning stick holder 530 noon answer Through the operation of the reed switch 550 operated by the wheel unit 540 running along the plate 200 to drive the motor 120 of the vehicle in the control PCB 520.

In other words, by allowing the user to control the motor 120 of various existing vehicles by only attaching and controlling the control box 500, the mold cost of making a separate new learning game machine can be easily recycled as it is. And it brings the effect that can reduce the cost required for raw materials and the like.

In addition, the battery receiving unit 510 on which the mobile phone battery is mounted is configured to supply power to the control PCB 520 is inserted into the mobile phone charging battery used in the conventional mobile phone, the control of the control PCB 520 It is configured to supply power to the motor 120 of the vehicle through.

That is, according to the present invention, the mobile phone battery is configured by inserting the battery accommodating part 510 into the battery accommodating part 510 as it is to be used as a power source for controlling the motor 120 of the moving object 100, and driving. The mold 100 and the cost of the cost increase according to the additional configuration for accommodating the mobile phone battery separately in the sieve 100 will have the effect of reducing.

Referring to FIG. 7, a battery box 140 is present in the vehicle 100 including the motor 120. In order to drive the motor, a battery box is inserted into the battery box 160 according to the motor driving voltage. This can be a burden for the user.

To this end, in the present invention, while further configuring the model battery 600 is inserted into the battery box 160, the control PCB 520 to supply a control power to the motor through the model battery 600 to the motor 120 ) To drive.

In detail, referring to FIG. 7, springs 160a are formed at the (-) poles and protrusions 160b are formed at the (+) poles, respectively, in the battery compartment 160 in which two batteries are mounted.

The model battery 600 is made a little smaller than a typical battery, and a case 620 into which the spring 610 is inserted is formed.

One side of the model battery 600 is configured with a metal plate 630 having a protrusion 630a and the other side is a flat metal plate 640 is configured to be connected to each other.

The plastic washer 650 is attached to one end of the spring 610 of the model battery 600, and the plastic washer 650 is configured to push and move the metal plate 640 by the elasticity of the spring to the battery compartment 160. The gap resulting from the size of the built-in model battery can be adjusted.

In addition, when the metal plate 630 having the protruding protrusion 630a of the model battery 600 contacts the spring 160a formed in the negative direction of the battery compartment 160, the protruding protrusion 630a and the spring ( The metal washer 660 is mounted between the spring 160a and the metal plate 630 having the protruding protrusion 630a to prevent contact failure due to the contact structure with the 160a.

The plastic washer 650 is formed of plastic to prevent short with the metal plate 640, and the metal washer 650 is made of metal for smooth contact between the spring 140a and the protrusion 630a. It is preferably formed.

That is, the model battery 600 may be referred to as a configuration for acting as a kind of fuse for connecting the power supplied from the control PCB 520.

The wiring line connected to the metal plate 640 may be discharged to the outside by artificially forming a small hole in the cover of the battery box 160, the discharged wiring line is connected to the power line and the connector output from the control PCB 520 May be connected via 700.

That is, the connector 700 is configured to connect the power line output from the control PCB 520 and the wiring line of the model battery 600 mounted in the battery box 160 inside the vehicle 100.

However, the battery compartment 160 of the existing vehicle may also be configured to insert two or more batteries, for example, if four batteries are inserted, while the four model batteries are installed while only the two model batteries It may be configured by connecting wiring lines.

In addition, a driving voltage is set for each motor in the motor 120 of the vehicle 100. For this purpose, the control PCB 520 includes a voltage selector circuit part for selecting a voltage supplied to the motor.

Referring to FIG. 8, in the voltage selector circuit unit, the input voltage for charging the mobile phone battery mounted in the battery accommodating unit 510 is set to 4.2V, and the output voltage is set to vary from 1.5V to 6V. The output of the control PCB 520 can be adjusted to suit the driving voltage of the motor 120 of the moving body.

In addition, the output voltage to the motor may be variable by using a dip switch instead of the variable resistor. When the driving voltage of the motor is 6V, the output voltage may be selected to 4.2V to control the driving speed of the motor. You can also

9 is a perspective view of a driving plate according to a third embodiment of the present invention, Figure 10 is a perspective view of a moving body equipped with a control box according to a third embodiment of the present invention, Figure 11 is a third embodiment of the present invention 12 is a block diagram of a learning stick according to an embodiment, and FIG. 12 is a block diagram of a learning tunnel according to a third embodiment of the present invention, and FIG. 13 is a block diagram of a control box according to a third embodiment of the present invention.

As shown in FIG. 9, in the third embodiment of the present invention, the learning stick holder 1100 is formed in the learning tunnel 1000 by using the driving plate 200 ′ on which the learning tunnel 1000 is formed. It is configured to

Referring to FIG. 10, the learning stick 900 includes a rotating shaft 910, a rotating bar 920 rotating along the rotating shaft, and a stopper 930 for adjusting a rotation angle of the rotating bar. .

A direction jaw 940 is included at an outer periphery of the learning stick to determine a mounting direction of the learning stick 900 mounted to the learning stick holder 1100 configured in the learning tunnel. A magnetic body (M) is included at the end of the rotating bar 920.

Referring to FIG. 11, the control box 800 is configured to combine power to supply power to the control PCB 830 from a battery or a mobile phone battery accommodated in the battery accommodating part 810 or the battery accommodating part 820. Can be.

In addition, the control box 800 is configured to be attached to the wheel portion 840 is movable, the reed switch (870a, 870b located on the top of the control box 800 to operate by the magnetic force of the learning stick 900) , 870c is configured, and when the signals of the

reed switch

870a, 870b, 870c are input from the control PCB 830, an output voltage corresponding thereto is applied to the bidirectional motor 120 of the vehicle 100 so that the directional motor Make 120 operate.

The wheel portion 840 simply means a device having a wheel that functions as a general rotatable.

The reed switch (870a, 870b, 870c) is composed of three reed switch (870a, 870b, 870c) to implement each independent operation corresponding to the forward, backward, stop of the bidirectional motor 120 configured in the moving body do.

In addition, the reed switch (870b, 870c) corresponding to the reverse and stop of the bidirectional motor in the reed switch (870a, 870b, 870c) will be simultaneously affected by the magnetic material (M) of the rotation bar of the learning stick 900, In order to prevent this, only one of the reed switches 870b and 870c corresponding to the reverse and the stop may be selected by the toggle switch (not shown).

In addition, the control box 800 is configured with a speaker 850 connected to the control PCB 830, the attachment portion 880 is configured to be attached to the moving body. The attachment part 880 may be formed of an adhesive tape or the like, but the attachment method is not limited thereto.

Referring to FIG. 12, the learning tunnel 1000 has a plurality of learning stick holders 1100 into which the learning sticks 900 are inserted. In particular, the direction jaws 940 of the learning sticks 900 are fitted to learn. The direction jaw holder 1200 is further formed in the learning stick holder 1100 so that the direction jaw 940 is inserted into the concave-convex coupling to determine the direction of insertion of the stick.

When the learning stick is inserted into the learning stick holder 1100, the

reed switches

870a, 870b, and 870c receiving the magnetic force of the control box 800 are changed according to the position of the magnetic body M of the rotation bar 920. .

Preferably, the length of the rotation bar 920 of the learning stick is 15 mm or more in order to prevent interference between the

reed switches

870a, 870b, and 870c affected by the magnetic force of the magnetic body M of the rotation bar 920. , The height between the rotation bar 920 of the learning stick 900 and the

reed switches

870a, 870b, 870c of the control box 800 is preferably maintained at least 15mm.

Referring to FIG. 13, in the microcomputer 830a of the control PCB 830 of the control box 800, signals of

specific reed switches

870a, 870b, and 870c driven according to the position of the rotation bar 920 of the learning stick. In response to the driving, the driving voltage selected by the voltage selector 830b is applied to the bidirectional motor 120 of the vehicle.

In other words, if the learning stick 900 corresponding to the correct answer is inserted into the learning stick holder 1100 of the learning tunnel 1000, the forward reed switch 870a operates to move the vehicle forward, and vice versa. If the corresponding learning stick 900 is inserted into the learning tunnel 1000, the reed switch of any one of the reversing or stopping

reed switches

870b and 870c selected by the toggle switch is configured to operate backward or stop. can do.

In addition, when the

reed switch

870a, 870b, 870c operates in accordance with the position of the magnetic body M of the rotary bar 920 of the learning stick 900 in the control box 800 by the micom (830a) A speaker 850 that is controlled to generate voice is further included.

The play learning method using the learning tunnel 1000 may be characterized in that it is impossible to determine the exact position of the vehicle 100 in the learning tunnel 100. In other words, in order to pass through the tunnel, you need to find the correct answer for every problem and insert the learning stick 900 corresponding to the correct answer into the learning tunnel 1000. Since you do not know which problem is actually wrong, The only way to get through the tunnel is to know and solve all the problems correctly.

As a result, the user can pass the learning tunnel only by finding a position where the vehicle is stopped due to an incorrect answer, and the user has a learning effect to check what is wrong.

Referring to FIG. 13, the microcomputer 830a of the control PCB 830 is configured to determine whether to drive the bidirectional motor 120 of the vehicle by the magnetic force of the learning stick 900 selected according to the noon answer. It may be configured to drive the sensor control motor 860 to control the built-in sensor, not the bidirectional motor of the vehicle.

For example, in the case of a vehicle having an opening / closing sensor for opening and closing a window of the vehicle, when the learning stick 900 corresponding to the correct answer is inserted into the learning stick holder 1100, the microcomputer of the control PCB 830 ( 830a) may be configured to open the window of the vehicle by driving the sensor driving motor so that the on / off sensor of the vehicle is turned on.

In other words, the learning stick may be extended to be configured to control the opening / closing sensor of the working toy, not limited to controlling only the on / off state of the bidirectional motor of the working toy.

In more detail, the microcomputer 830a of the control box 800 includes the three

reed switches

870a, 870b, 870c, 870a, 870b, which are operated according to the position of the magnetic body of the rotation bar 920 of the learning stick. When the reed switch 870a corresponding to the advance of the 870c is operated, it may be configured to generate a voice by driving the voice sensor embedded in the moving body. In addition, in the microcomputer 830a of the control box, When the reed switch 870a corresponding to the advance among the three

reed switches

870a, 870b, and 870c is operated, it can be configured to drive the sensor drive motor inside the moving body to operate the motion sensor embedded in the moving body. have.

14 is a configuration diagram of a learning tunnel according to a fourth embodiment of the present invention, and the fourth embodiment of the present invention will be described only with respect to the configuration different from the third embodiment.

The shape of the learning stick holder 1300 formed in the learning tunnel 1000 is formed to be inserted one set by three learning sticks 300.

Reed switches 870a, 870b, and 870c which are positioned on the control box 800 and operated by the magnetic force of the learning stick 300 are configured to control signals of the

reed switches

870a, 870b and 870c. When the input signal is received at 830, the corresponding output voltage is applied to the motor 120 of the vehicle 100 to operate the motor 120.

The operating principle of the fourth embodiment of the present invention is that three learning stick holders 1300 are formed in the learning tunnel 1000, and only the learning sticks inserted in each learning stick holder 1300 correspond to the correct answer. The

reed switches

870a, 870b, and 870c operate by M), and the control PCB 830 applies an output voltage to the motor 120 of the vehicle 100 to operate the motor 120.

More specifically, since all of the

reed switches

870a, 870b, and 870c are connected in series, only the

reed switches

870a, 870b, and 870c should be operated to output the output voltage from the control PCB 830 to the motor of the vehicle 100. Apply to 120 to configure the motor 120 to operate.

15 is a perspective view of the learning board according to the third and fourth embodiments of the present invention. Referring to the illustrated bar, the game support 400 ′ has a seating groove 420 having a direction jaw holder to seat the learning stick 900. ') Is provided spaced apart a plurality, and three seating grooves 420 are formed in one set so that the learning sticks 300 are inserted in sets of three.

In addition, while the learning plate formed with a hole is positioned on the top of the game support 400 ', the learning sticks 300 and 900 are seated in the seating grooves 420 and 420' via the holes.

In this case, the magnetic body M of the rotary bar 920 of the learning stick generates a magnetic force on the reed switch 870a only when the learning board 900 selects the learning stick 900 corresponding to the correct answer of a problem. Only the rotating bar 920 of the learning stick corresponding to the rotating direction in the corresponding configuration is configured in advance, and also, only the magnetic material (M) of the learning sticks 300 corresponding to the correct answer of the problem is located below the magnetic part 340 Is configured to mount.

FIG. 16 is a block diagram of a learning tunnel according to another embodiment of the present invention, and may be configured as a learning tunnel having various learning

stick holders

1100 and 1300 as shown in FIG. The effects of learning play can be obtained.

In the above, the present invention has been described with reference to the preferred embodiments with reference to the accompanying drawings. The accompanying drawings and the foregoing embodiments are described by way of example to help those skilled in the art to understand the present invention. Therefore, various embodiments of the present invention can be implemented in a modified form without departing from the essential characteristics of the present invention, the foregoing embodiments are to be considered as illustrative and not restrictive. Therefore, the scope of the present invention should be interpreted according to the invention described in the appended claims rather than the above-described embodiments, and various modifications, alternatives, and equivalents described by those skilled in the art are described above. It is obvious that it is included in the scope of the.

The present invention relates to a moving learning game machine using a play toy for play, as an invention about a learning game machine that can achieve a learning effect while having fun and enjoyment of people of all ages, such as children, the elderly, the disabled, toys production It will be available to the service industry, which produces and distributes industry and workbooks.

Claims

In the moving learning game machine including a driving vehicle driven by a motor,

The learning stick holder is formed on the moving body, and when the learning stick selected as the correct answer for the learning problem is mounted on the learning stick holder, the motor inside the moving body is configured to be driven according to the magnetic force of the learning stick. Moving learning game machine using a working toy.
In the moving learning game machine,

A driving plate having grooves spaced apart from the plurality;

Game stand formed with a plurality of seating groove spaced apart;

A learning plate which is located on the upper side of the game stand and is formed with a hole matching the seating groove of the game stand, wherein an answer to a learning problem is displayed around the hole;

A learning stick that includes a magnetic material therein and is seated in a seating groove of the game stand through holes in the learning board; And

A learning stick holder for mounting the learning stick and a wheel part which moves up and down along the groove of the driving plate while including a magnetic material therein, and operated according to the magnetic force change of the magnetic material included in the learning stick and the wheel part. Moving learning game machine comprising a reed switch and a motor including a motor driven by the reed switch.
The method according to claim 1 or 2,

The learning stick is composed of a rotating portion of the upper side and the magnetic portion of the lower side, the moving learning game machine using a moving toy, characterized in that the magnetic material formed inside the magnetic portion is configured to move up and down in accordance with the rotation of the rotating part.
In the moving learning game machine including a driving vehicle driven by a motor,

A driving plate having grooves spaced apart from the plurality;

Game stand formed with a plurality of seating groove spaced apart;

A learning plate which is located on the upper side of the game stand and is formed with a hole matching the seating groove of the game stand, wherein an answer to a learning problem is displayed around the hole;

A learning stick that includes a magnetic material therein and is seated in a seating groove of the game stand through holes in the learning board; And

A learning stick holder for mounting the learning stick and a battery accommodating part in which a mobile phone battery is mounted, and a wheel part moving upward and downward along a groove part of the driving plate and including a magnetic part therein and the learning stick and the wheel part. A control including a reed switch operating according to a magnetic force of a magnetic material and a control PCB for receiving power from the mobile phone battery and controlling an operation of the motor of the moving body according to the operation of the reed switch and an attachment part connected to the moving body Moving learning game machine using a working toy, characterized in that configured to include.
The method of claim 4, wherein

The learning stick is composed of a rotating portion of the upper side and the magnetic portion of the lower side, the moving learning game machine using a moving toy, characterized in that the magnetic material formed inside the magnetic portion is configured to move up and down in accordance with the rotation of the rotating part.
The method of claim 4, wherein

The control PCB is a moving learning game machine using an operating toy, characterized in that it comprises a selector circuit for selecting the output voltage corresponding to the driving voltage for each motor built into the moving body.
The method of claim 4, wherein

The battery box having a spring (-) pole and a positive (+) pole formed in the moving body is used for connecting the power supplied from the control PCB for the operation toy, characterized in that the model battery is configured to be mounted Moving learning game using.
The method of claim 7, wherein

The model battery is in contact with the case and the spring is inserted into one end of the spring, the metal plate having a protrusion and the other end of the spring in contact with the plastic washer is moved by the elasticity of the spring and the plastic washer in contact with the movement of the plastic washer And a wiring line connected to conduct electricity between the metal plate and the metal plates moved according to the

The battery box is a moving learning game machine, characterized in that the metal washer having a protrusion projection of the model battery and the metal washer for preventing contact failure when the contact of the spring of the (-) pole of the battery compartment is further configured.
In the moving learning game machine including a driving body driven by a motor along the driving plate,

Game stand formed with a plurality of seating groove spaced apart;

A learning plate which is located on the upper side of the game stand and is formed with a hole matching the seating groove of the game stand, wherein an answer to a learning problem is displayed around the hole;

A learning stick that includes a magnetic material therein and is seated in a seating groove of the game stand through holes in the learning board;

A learning tunnel configured with a learning stick holder for mounting the learning stick; And

A battery receptacle on which a mobile phone battery is mounted, a wheel switch for moving along the driving plate, and a reed switch operated according to the magnetic force change of the learning stick on the upper side, and receiving power from the mobile phone battery to operate the reed switch. And a control box including a control PCB for controlling the operation of the motor of the moving body and an attachment part connected to the moving body.
The method of claim 9,

The control box further comprises a battery accommodating portion accommodating the battery is moving learning game machine using a working toy, characterized in that configured to supply power to the control PCB by a battery or cell phone battery.
The method of claim 9,

The learning stick is a moving learning game using a moving toy, characterized in that the rotating shaft, a rotating bar having a magnetic body formed on one side of the horizontal while rotating along the rotating shaft, and a stopper for adjusting the rotation angle of the rotating bar.
The method of claim 11,

Moving jaw is configured on the outer periphery of the learning stick to determine the mounting direction of the learning stick mounted on the learning stick holder, the learning tunnel using a moving toy, characterized in that the direction jaw holder is further configured .
The method of claim 11,

The reed switch is composed of three reed switches to implement each independent operation corresponding to the forward, backward, and stop of the motor constituted in the moving body, only one of the reed switch corresponding to the reverse and stop The moving learning box using a moving toy, characterized in that the control box further configured to toggle the control box to operate selectively.
The method of claim 13, wherein the control PCB,

A voltage selector configured to adjust a voltage using a variable resistor or a dip switch to select a driving voltage for each motor of the operating system; And

And a microcomputer that receives one of the three reed switches driven according to the position of the magnetic body of the rotating bar of the learning stick and applies a driving voltage selected from the voltage selector to the motor of the moving body. Moving learning game machine using a working toy.
The method of claim 13,

The control box is a moving learning game machine using a moving toy, characterized in that the control box further comprises a speaker that generates a voice controlled by the microcomputer when the reed switch is operated according to the position of the magnetic body of the rotating bar of the learning stick .
The method of claim 13,

In the microcomputer of the control box, when the reed switch corresponding to the advance of the three reed switch is operated according to the position of the magnetic body of the rotary bar of the learning stick to drive the voice sensor built in the vehicle to generate a voice Moving learning game machine using a working toy, characterized in that configured to.
The method of claim 13,

Moving the micom of the control box is configured to drive a sensor drive motor for operating the motion sensor embedded in the moving body when the reed switch corresponding to the advance of the three reed switch moving using a toy, characterized in that Learning game machine.
The method of claim 9,

The learning stick is composed of a rotating portion of the upper side and the magnetic portion of the lower side, the moving learning game machine using a moving toy, characterized in that the magnetic material formed inside the magnetic portion is configured to move up and down in accordance with the rotation of the rotating part.
The method of claim 18,

The learning tunnel has a learning stick holder for mounting the plurality of learning sticks, so that the reed switch is operated only when the positions of the magnetic bodies of all the learning sticks mounted on the learning stick holder are located at the lower side of the magnetic part. Moving learning game machine using an operating toy, characterized in that configured to control the operation of the motor of the moving body by the control PCB.