JP2006263161A - Vehicle for operation toy - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a vehicle for an operation toy by which the operation toy can be moved forward and backward and rotated without using a motor and a reduction gear, and with which the volume and height of the operation toy is reduced markedly. <P>SOLUTION: The vehicle comprises: a base plate 5 made of a prescribed form, in the state of a flat plate provided rotatably using a hinge 4; first and second magnets which are fixed and installed at the base plate 5 so as to be separated at a prescribed distance from each other and which have polarities opposing each other; a coil part 3 which is provided separated from the magnets and which generates magnetic force of a polarity repulsive to the first magnet 1 or the second magnet 2 when current is applied; an arm 7 which is provided at the base plate 5 and which has the coil part 3 fixed and installed at its one end and a braking arm 6 formed at the other end; a traveling arm 10 provided in the base plate 5, provided with front wheels 9 at both of its ends and coming into contact with the braking arm 6 when the braking arm 6 is rotated at a fixed angle; a control unit 11 for controlling the vehicle to supply current to the coil; and a power source part 13 for supplying the power. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a traveling device for a working toy. More specifically, the present invention is configured so that a wheel can be driven to move forward and backward and rotate without using a motor and a reduction gear. The present invention relates to a traveling device for a working toy that can be minimized.

  In general, a working toy such as an R / C automobile has a speed reducer that decelerates the rotation generated from the motor together with a wheel driving motor, and the rotational power from the motor is decelerated by the speed reducer to drive wheels. The rotational force decelerated at is transmitted and the toy is driven.

  In other words, an operating toy such as an automobile with a built-in motor causes the motor to run by reducing the rotational speed of the motor through the reduction gear and increasing the driving force.

  Of course, the working toy such as the automobile can be equipped with a dry battery or a rechargeable battery for supplying a current to the motor.

  However, as described above, if the motor and the reduction gear are used as components that generate the driving force of the operation toy, the operation toy becomes very large due to the volume of the motor and the reduction gear. However, there is a problem that a very low working toy cannot be made.

  In order to solve such a problem, a very small motor (ultra-small motor) and a reduction gear can be used. However, when this method is used, not only the output is lowered but also the component value is reduced. Since it becomes very high, there is a problem that the manufacturing cost of the working toy increases.

  In addition, since the motor and the reduction gear are parts that generate rotation, in order to implement a walking motion such as a bug creeping through the motor, a separate complicated link means must be provided. However, if it does in this way, while the size of an operation | working toy will become large and manufacturing cost will increase, there exists a problem that the incidence of a failure becomes high by the increase in components.

  The present invention is for solving the above-described problems, and the working toy can move forward and backward and rotate without using a motor and a reduction gear in the working toy. Provided is a traveling device for an operating toy that can greatly reduce the height.

  In order to solve the above-mentioned problems, the traveling device for an actuated toy of the present invention is fixedly installed so as to be separated from the base plate (5) manufactured in a predetermined form by a predetermined distance from the base plate (5). The first and second magnets (1, 2) having polarities opposed to each other and the first and second magnets (1, 2) are spaced apart from each other, and the coil is wound to apply a current. Then, the base plate (5) is rotatably provided by a coil part (3) that generates a magnetic force having a polarity repelling the first magnet (1) or the second magnet (2) and a hinge (4). The coil part (3) is fixedly installed at one end, and is provided at the base plate (5) so as to be rotatable by an arm (7) having a braking arm (6) formed at the other end and the hinge (4). Front wheels (9) are provided at both ends A traveling arm (10) that contacts when the braking arm (6) rotates at a constant angle, a control unit (11) that controls the coil to supply current in a predetermined pattern, and the control unit (11 ) Including a power supply unit (13) for supplying power.

  Moreover, in order to solve the said subject, the traveling apparatus for action | operation toys of this invention is separated by the predetermined distance from the flat baseplate (5) manufactured by the predetermined form, and the said baseplate (5). The first and second magnets (1, 2), which are fixedly installed and have opposite polarities, are provided so as to be separated from the first and second magnets (1, 2). Is applied to the first magnet (1) or the second magnet (2), the first coil part (3 ') for generating a magnetic force having a repulsive polarity, and the base plate (for rotation by the hinge (4)). 5), the first coil portion (3 ′) is fixedly installed at one end, and the front plate (9) is provided at the other end, and a predetermined distance from the rotary plate (15). They are fixedly installed so that they are separated from each other, The third and fourth magnets (16, 17) having polarity and the third and fourth magnets (16, 17) are provided so as to be separated from the third and fourth magnets (16, 17). The base plate (5) is provided on the base plate (5) so as to be rotatable by a second coil part (3 ″) that generates a magnetic force having a repulsive polarity with the three magnets (16) or the fourth magnet (17), and the hinge (4). A second coil portion (3 ″) is provided at one end, and a braking arm (6) is formed at the other end. During operation, a portion on the front wheel (9) side of the rotating plate (15) and the braking A control unit (11) for controlling current to be supplied in a predetermined pattern to the arm (7) with which the arm (6) contacts, and the coils of the first coil portion (3 ′) and the second coil portion (3 ″). ) And supply power to the control unit (11) It is characterized in that it comprises a power supply unit (13).

  Furthermore, in order to solve the above-described problem, the traveling device for an actuated toy of the present invention is provided to be separated from a flat base plate manufactured in a predetermined form by a predetermined distance and have polarities opposed to each other. The first and second magnets, provided on the base plate and spaced apart from the first and second magnets, and when the coil is wound and current is applied, the first magnet or the second magnet A coil part that generates a magnetic force of repulsive polarity, an arm member that is provided on the base plate so as to be rotatable by a hinge, the first and second magnets are fixedly installed at one end, and a braking arm is formed at the other end A traveling arm that is provided on the base plate so as to be rotatable by the hinge, has front wheels at both ends, and that contacts the braking arm when the braking arm rotates at a fixed angle; It is characterized a control unit for controlling to supply a current in a predetermined pattern, to include the power supply unit supplies power to the control unit Le.

  Moreover, in order to solve the above-mentioned problem, the traveling device for an actuated toy of the present invention is provided to be separated from a flat base plate manufactured in a predetermined form by a predetermined distance and have polarities opposed to each other. The first and second magnets, provided on the base plate and spaced apart from the first and second magnets, and when the coil is wound and current is applied, the first magnet or the second magnet A first coil portion that generates a magnetic force of repulsive polarity, a rotating plate that is provided on the base plate so as to be rotatable by a hinge, the first and second magnets are fixedly installed at one end, and a front wheel is provided at the other end The third and fourth magnets are provided to be separated from each other by a predetermined distance and have polarities opposed to each other, and the rotary plate is provided to be separated from the third and fourth magnets. When the current is applied after being wound up, the second coil part that generates a magnetic force having a polarity repelling the third magnet or the fourth magnet is provided on the base plate so as to be rotatable by the hinge. Four magnets are provided at one end, and a braking arm is formed at the other end. During operation, a part on the front wheel side of the rotating plate and the braking arm come into contact with each other, the first coil portion and the second coil portion. The control unit includes a control unit that controls to supply a current in a predetermined pattern to the coil of the coil unit, and a power supply unit that supplies power to the control unit.

  Furthermore, in order to solve the above-described problem, the traveling device for an operating toy according to the present invention has a flat base plate manufactured in a predetermined form and a support structure in which a lower portion is fixed to the base plate at a predetermined distance from each other. The first and second magnets are fixedly installed so as to be separated from each other and have polarities opposed to each other, and are provided so as to be separated from the first and second magnets. A first coil part that generates a magnetic force having a repulsive polarity with respect to the first magnet or the second magnet, and is provided on the base plate so as to be rotatable by a hinge, and the first coil part is fixedly installed at one end and at the other end A rotating plate provided with a front wheel, and provided so as to be separated from the first and second magnets. When the coil is wound and a current is applied, the polarity is repulsive to the first magnet or the second magnet. Magnetism A second coil part that generates the first and second magnet parts, and is provided on the base plate so as to be rotatable by the hinge, and the second and second coil parts are opened so that the first and second magnets are disposed therebetween. A braking arm is formed at one end, and a braking arm is formed at the other end. During operation, the front wheel side portion of the rotating plate and the braking arm come into contact with the arm member, the first coil portion and the second coil portion. The control unit includes a control unit that controls the coil to supply current in a predetermined pattern, and a power supply unit that supplies power to the control unit.

  Further, in order to solve the above-described problem, the traveling device for a working toy according to the present invention is provided on a flat base plate manufactured in a predetermined form and a rotating plate, and is provided so as to be separated from each other by a predetermined distance. The first and second magnets having polarities opposed to each other, and fixedly installed on the base plate, and when a current is applied by winding the coil, a magnetic force having a polarity repelling the first magnet or the second magnet is generated. A first coil portion to be generated; a rotating plate provided on the base plate so as to be rotatable by a hinge; the first and second magnets are provided at one end; and a front wheel is provided at the other end; and the first and second magnets When the coil is wound and a current is applied to the coil, the second coil unit generates a magnetic force having a polarity repelling the first magnet or the second magnet, and the hinge is rotated by the hinge. An arm that is provided on the base plate, the second coil portion is provided at one end, and a braking arm is formed at the other end. The arm that contacts the front wheel side portion of the rotating plate and the braking arm during operation The apparatus includes a member, a control unit that controls to supply current in a predetermined pattern to the coils of the first coil unit and the second coil unit, and a power source unit that supplies power to the control unit.

  Further, in the operating toy traveling device of the present invention, in the above configuration, the braking arm and the traveling arm are preferably in contact with each other when the braking arm contacts the front wheel.

  In the operating toy traveling device of the present invention, the contact between the front wheel side portion of the rotating plate and the braking arm is preferably established when the braking arm contacts the front wheel.

  Furthermore, the traveling device for an operating toy according to the present invention has the above-described configuration, wherein the braking arm and the traveling arm are in contact with a gear fitted on both sides of the traveling arm near the front wheel or both ends of the braking arm. It is preferable that the protrusions provided on the portion of the meshing portion are engaged with each other.

  Further, the traveling device for an operating toy according to the present invention has the above-described configuration, wherein the contact between the front wheel side portion of the rotating plate and the braking arm is a gear fitted on both sides of the rotating plate near the front wheel, It is preferable that the protrusions provided in the portions at both ends of the braking arm are engaged with each other.

  Furthermore, in the traveling device for an operating toy according to the present invention, in the above-described configuration, the contact between the braking arm and the traveling arm is caused by a rubber ring fitted on both sides of the traveling arm near the front wheel or the braking arm. It is preferable to be established by contact.

  Further, the traveling device for an operating toy according to the present invention has the above-described configuration, wherein the contact between the front wheel side portion of the rotating plate and the braking arm is a rubber ring fitted on both sides of the rotating plate near the front wheel, It is preferable that this is established by contact of the braking arm.

  Furthermore, in the operating toy traveling device of the present invention, in the above configuration, the operating toy is preferably a crawl toy.

  In the above-described configuration, the operating toy traveling device of the present invention preferably has a key holder installation structure on the operating toy.

  Furthermore, in the operating toy traveling device of the present invention, in the above configuration, the operating toy is preferably a portable ornament.

  By using the present invention as described above, it is possible to manufacture a traveling device for a working toy that can move forward, backward, and rotate without using a motor, a reduction gear, etc., which are very bulky parts. There are advantages you can do.

  In addition, since the working toy having such a traveling device has a very small size and can be manufactured to have a low height, a key holder is attached to make it easy to carry or a portable decoration. If the power is turned on while using it with an object etc., there is an advantage that it can be used immediately with a working toy.

  First, the construction of a working device for a working toy according to an embodiment of the present invention will be described with reference to FIG. 1 (plan view) and FIG. 2 (side view).

  The traveling apparatus for an actuated toy according to the present invention is fixedly installed so as to be separated by a predetermined distance between a flat base plate (5) manufactured in a predetermined form and an intermediate portion of the base plate (5) and facing each other. The first and second magnets (1, 2) having the polarities (N and S poles) to be installed are close to each other so as to be slightly separated from the upper surfaces of the first and second magnets (1, 2). When the coil is wound with the number of turns and a current is applied, the coil part (3) for generating a magnetic force with a fixed polarity and the coil part (3) are fixedly installed at one end, and the hinge (4) Provided on the base plate (5) so as to be freely rotatable, and provided on the other end so as to be freely rotatable by an arm (7) having a "T" -shaped braking arm (6) and the hinge (4), The braking arm (6) rotates at a constant angle A traveling arm (10) provided with front wheels (9) at both ends so that the front wheel (9) on one side is brought into contact with, and a microprocessor for controlling the coil to supply current in a predetermined pattern ( A control unit (11) including an unshown), a dry battery (12) provided on the base plate (5) and an on-off switch (not shown) so as to supply power to the control unit (11). It consists of a power supply unit (13) including.

  That is, magnets are arranged on the surfaces of the first and second magnets (1, 2) (portions adjacent to the coil portion (3)) so as to have opposite polarities, and a magnetic force having a certain polarity is generated in the coils. In this case, the arm (7) is configured to rotate about the hinge (4) while the coil portion (3) is repelled by the magnet on one side, but when the arm (7) rotates, the braking arm When (6) is continuously pressed while being in contact with one front wheel (9), only the other front wheel (9) in a free state rotates and moves forward. The base plate (5) is configured to be able to move forward.

  Of course, a rear wheel (14) is provided on the rear surface of the base plate (5) so that the entire base plate (5) can move when driven by the front wheel (9).

  Here, the separation distance (D) between the braking arm (6) and the front wheel (9) is preferably as small as possible within the range in which the other side is not in contact with the other side. This is because when the braking arm (6) is rotated, the front wheel (9) and the braking arm (6) are in contact with each other so that the front wheel (9) is continuously pushed to rotate the traveling arm (10). This is because the front wheel (9) on the side can move forward.

  Now, a method for assembling the traveling device for a working toy according to the present invention will be described in detail.

  First, compare the middle part of the base plate (5) with the first magnet (1) whose N pole is the upper surface and the second magnet (2) whose S pole is the upper surface, spaced apart by a fixed distance. To do.

  When the first and second magnets (1, 2) are fixed, the traveling arm (10) and the arm (7) are coupled to the base plate (5) by the hinge (4) so as to freely rotate, and the arm (7) The coil portion (3) is coupled to the upper surface of the portion close to the 1, 2 magnet (1, 2).

  The coil portion (3) has a general configuration in which a coil is wound around a circular bobbin (not shown) formed at a relatively thin height with a certain number of turns.

  The coil is electrically connected to the control unit (11) through a wire or the like.

  Next, the operation of the traveling device of the present invention will be described.

  When a positive current is passed through the coil by the control unit (11) in the assembled state as described above, a magnetic force is generated in the coil depending on the direction of the current. The coil portion (3) moves toward the second magnet (S pole) (2) while repelling the first magnet (N pole) (1).

  When the coil part (3) tries to move to the second magnet (2) side, the arm (7) rotates about the hinge (4) counterclockwise as shown in FIG. The front wheel (9) and the left braking arm (6) come into contact with each other, and the right front wheel (9) and the braking arm (6) are separated from each other.

  When the left front wheel (9) comes into contact with the left braking arm (6), the left front wheel (9) begins to be fixed by frictional force, and here the left side wheel as shown in FIG. 3b. When the braking arm (6) pushes the left front wheel (9) more and the traveling arm (10) is rotated counterclockwise, only the right front wheel (9) is driven to move at a certain distance. It becomes like this.

  That is, since the left front wheel (9) is in a fixed state, the right front wheel (9) is driven around this axis, and the entire working toy moves forward at a constant distance. .

  At this time, when the control unit (11) causes a current in the reverse direction to flow through the coil, an S pole is formed in the coil unit (3), and the coil unit (3) is formed as shown in FIG. The arm (7) moves to the first magnet (1) side, and the arm (7) rotates clockwise around the hinge (4). Applied, the left front wheel (9) moves forward.

  When the left and right front wheels (9) repeat advancing in a zigzag manner while repeating the left and right rotational movement, the entire base plate (operating toy) (5) moves forward.

  If the control unit (11) makes the current flow through the coil the same in the forward and reverse directions, the front wheels (9) on the left and right sides rotate and move forward by the same distance, resulting in a forward movement. Come to do.

  Here, if the amplitude of the current supply pulse in the forward / reverse direction is very narrow, that is, if the control width of the current supply is made very short in the control unit (11), the left / right rotation of the arm (7) becomes faster. However, the forward speed increases, and the forward speed decreases as the width increases.

  On the other hand, the single-acting toy as described above cannot be moved backward and rotated. However, as shown in FIG. It will be possible.

  Such a double-acting traveling device is fixedly installed so as to be separated by a predetermined distance between a flat base plate (5) manufactured in a predetermined form and an intermediate portion of the base plate (5). The first and second magnets (1, 2) having opposite polarities (N and S poles) and the first and second magnets (1, 2) are placed close to each other so as to be slightly separated from the upper surface, When a coil is wound with a certain number of turns and a current is applied, a first coil part (3 ′) that generates a magnetic force with a certain polarity and the first coil part (3 ′) are fixedly installed at one end. A rotating plate (15) provided on the base plate (5) so as to be freely rotatable on the hinge (4) and provided with a front wheel (9) on the other end; and a first fixedly installed on the rotating plate (15). 3, 4 magnets (16, 17) and the third, 4 magnets (16, 17) The second coil part (3 ″) arranged so as to be close to and spaced from the upper surface, and the second coil part (3 ″) are connected and installed at one end, and are rotatably provided on the hinge (4). Current is supplied in a predetermined pattern to the arm (7) having a "T" -shaped braking arm (6) formed at the other end, and the first coil (3 ') and the second coil section (3 "). A control unit (11) including a microprocessor for controlling the power supply and a power supply unit (13) such as a dry battery provided on the base plate (5) so as to supply power to the control unit (11).

  The case of reverse drive using such a double-acting toy traveling device will be described with reference to FIGS. 5b, 5c and 6 (second drawing).

  For example, when a current is applied from the control unit (11) to the second coil part (3 ″), the arm (7) rotates counterclockwise around the hinge (4) and the braking arm as shown in FIG. 5b. (6) comes into contact with the left front wheel (9), the left front wheel (9) is prevented from being driven, and the control unit (11) moves in the reverse direction (first The current in the direction opposite to the current applied to the two-coil portion (3 ″) flows.

  Thus, when a current in the reverse direction flows through the first coil portion (3 ′), the rotating plate (15) rotates in the clockwise direction around the hinge (4), and as a result, the left side With the front wheel (9) fixed, the rotating plate (15) rotates clockwise, and the right front wheel (9) is pulled backward. If you repeat this process on the left and right sides, you will be able to move backwards in a zigzag manner, just like when moving forward.

  Of course, the current values applied to the first and second coil sections (3 ′, 3 ″) are reversed when the same amplitude is used (second drawing), and different amplitudes (third drawing) are used. Then, rotation is also possible, and when the same pattern of current is applied to the first and second coil portions (3 ′, 3 ″) (first drawing), they move forward.

  Although the preferred embodiment of the present invention has been described above, the present invention is not limited to this embodiment, and various changes and modifications can be made without departing from the spirit of the present invention.

  For example, in the above description, the front wheel (9) and the braking arm (6) are brought into contact with each other during forward and backward movement and rotation, and the front wheel (9) is fixed. However, the front wheel (9) and the braking arm (6) are described. Instead of the contact, the plastic arm is fixed on both sides of the traveling arm (10) near the front wheel (9) and fixed at both ends of the braking arm (6). Also in this portion, a protrusion that can be fitted into the gear groove at the time of contact is provided, and the protrusion of the braking arm (6) is fitted into the gear groove of the traveling arm (10) at the time of contact. It is also possible to fix it more firmly. Instead of the contact between the front wheel (9) and the braking arm (6), a rubber ring is fitted to the gear part, and the ends (not having the protrusions) on both sides of the braking arm (6) It is also possible to make contact with the rubber ring.

  In the above, the first and second magnets (1, 2) are fixedly installed on the base plate (5), the third and fourth magnets (16, 17) are fixedly installed on the rotating plate (15), and the coil section (3). Is provided on the arm (7), the first and second coil portions (3 ′, 3 ″) are provided on the rotating plate (15) and the arm (7), respectively, and the coil portion (3) is eventually attached to the base plate (5). The first and second coil portions (3 ′, 3 ″) rotate relative to the base plate (5) and the rotating plate (15), respectively.

  However, with the same principle, the positions of the magnet and the coil are reversed, and the coil part (3) is fixedly installed on the base plate (5) in FIG. 1, and the first and second coil parts (3 ′, 3 ′ in FIG. 5a). ”) Are fixedly installed on the base plate (5) and the rotating plate (15), respectively, and the first and second magnets (1, 2) are provided on the arm (7) in FIG. 1, and on the rotating plate (15) in FIG. 5a. 5a, the third and fourth magnets (16, 17) are provided on the arm (7), and the first, second and second magnets (1, 2) rotate with respect to the base plate (5). It is also possible for 16, 17) to rotate relative to the rotating plate (15).

  Also, in order to provide a simpler structure with the same principle, instead of the structure in which the arm (7) and the rotating plate (15) overlap each other as shown in FIG. 5a, the arm (7) The first and second magnets (1, 2) are fixedly installed by the support structure fixed between the two plates of the rotating plate (15) and fixed to the base plate (5) between them, and the first and second coil portions (3 '3 ") is arranged on the rotating plate (15) on the lower surface of the first and second magnets (1, 2) and the arm (7) on the upper surface, so that the number of magnets can be reduced by half. become.

  Further, although the principle is the same as that of FIG. 5a, as another method of reducing the number of magnets, the first coil portion (3 ′) is provided on the base plate (5), and the first and second magnets (1, 2) are connected to the first. A structure in which the second coil portion (3 ″) is provided on the upper arm (7) of the first and second magnets (1, 2) may be provided on the rotating plate (15) above the coil portion (3 ′).

  The present invention also relates to a traveling device for a working toy. More specifically, the present invention is configured such that a wheel can be driven to move forward and backward and rotate without using a motor and a reduction gear. The present invention relates to a traveling device for an actuated toy that can minimize the size.

  The present invention provides a flat base plate (5) manufactured in a predetermined form, and first and second magnets that are fixedly installed at a predetermined distance from the base plate (5) and have opposite polarities. (1, 2) and the first and second magnets (1, 2), and the first magnet (1) or the second magnet when the coil is wound and current is applied. The base plate (5) is rotatably provided by a coil part (3) that generates a magnetic force having a repulsive polarity with the hinge (4), the coil part (3) is fixedly installed at one end, and the like An arm (7) having a braking arm (6) formed at the end and a base plate (5) rotatably provided by the hinge (4), and front wheels (9) provided at both ends, the braking arm (6) rotates at a constant angle Then, a traveling arm (10) that comes into contact, a control unit (11) that controls the coil to supply current in a predetermined pattern, and a power supply unit (13) that supplies power to the control unit (11) are provided. It is characterized by including.

  By using the present invention as described above, it is possible to manufacture a traveling device for a working toy that can move forward, backward, and rotate without using a motor, a reduction gear, etc., which are very bulky parts. There are advantages you can do.

It is a top view of the traveling apparatus for working toys by one Example of this invention. It is a side view of FIG. FIG. 2 is a plan view showing a state in which the braking arm is in contact with one side in a traveling wheel in FIG. 1. FIG. 3B is a plan view showing that the braking arm is rotated further in FIG. FIG. 3B is a plan view showing driving of the other traveling wheel while the braking arm rotates in reverse in FIG. It is the graph which showed the electric current supply state in the coil by FIG. It is the top view which showed the double action type traveling apparatus by other Example of this invention. FIG. 5B is a plan view showing a state in which the braking arm is in contact with the wheel on one side by the first coil in FIG. 5A. FIG. 5B is a plan view showing a state in which the vehicle is moved backward by the second coil in FIG. 5B is a graph showing a state of current supplied to the first and second coils in the case of forward, reverse, and rotation in the double-acting traveling device according to FIG. 5a.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 1st magnet 2 2nd magnet 3 Coil part 3 '1st coil part 3 "2nd coil part 4 Hinge part 5 Base plate 6 Braking arm 7 Arm 9 Front wheel 10 Running arm 11, 11' Control unit 12 Dry cell 13 Power supply part 14 Rear wheel 15 Rotating plate 16 Third magnet 17 Fourth magnet

Claims (15)

A flat base plate (5) manufactured in a predetermined form;
First and second magnets (1, 2) fixedly installed at a predetermined distance from the base plate (5) and having polarities opposed to each other;
Provided to be separated from the first and second magnets (1, 2), when the coil is wound and current is applied, it repels the first magnet (1) or the second magnet (2). A coil part (3) for generating a polar magnetic force;
An arm (7) provided on the base plate (5) so as to be rotatable by a hinge (4), the coil portion (3) being fixedly installed at one end, and a braking arm (6) formed at the other end;
A traveling arm (10) provided on the base plate (5) so as to be rotatable by the hinge (4), provided with front wheels (9) at both ends, and contacting when the braking arm (6) rotates at a fixed angle;
A control unit (11) for controlling the coil to supply current in a predetermined pattern;
A traveling device for a working toy comprising a power supply unit (13) for supplying power to the control unit (11). A flat base plate (5) manufactured in a predetermined form;
First and second magnets (1, 2) fixedly installed at a predetermined distance from the base plate (5) and having polarities opposed to each other;
Provided to be separated from the first and second magnets (1, 2), when the coil is wound and current is applied, it repels the first magnet (1) or the second magnet (2). A first coil part (3 ′) for generating a magnetic force of polarity;
A rotating plate (15) provided on the base plate (5) so as to be rotatable by a hinge (4), the first coil portion (3 ') fixedly installed at one end and a front wheel (9) provided at the other end; ,
Third and fourth magnets (16, 17) fixedly installed at a predetermined distance from the rotating plate (15) and having polarities facing each other;
It is provided so as to be separated from the third and fourth magnets (16, 17), and repels the third magnet (16) or the fourth magnet (17) when a coil is wound and an electric current is applied. A second coil part (3 ″) for generating a polar magnetic force;
The base plate (5) is rotatably provided by the hinge (4), the second coil part (3 ″) is provided at one end, and the braking arm (6) is formed at the other end. A portion of the rotating plate (15) on the front wheel (9) side and an arm (7) with which the braking arm (6) contacts;
A control unit (11) for controlling the coil of the first coil part (3 ′) and the second coil part (3 ″) to supply current in a predetermined pattern;
A traveling device for a working toy comprising a power supply unit (13) for supplying power to the control unit (11). A flat base plate manufactured in a predetermined form;
First and second magnets that are provided to be separated by a predetermined distance and have opposite polarities;
It is provided on the base plate and is separated from the first and second magnets. When a coil is wound and an electric current is applied, a magnetic force having a polarity repelling the first magnet or the second magnet is generated. A coil part to be
An arm member provided on the base plate so as to be rotatable by a hinge, wherein the first and second magnets are fixedly installed at one end, and a braking arm is formed at the other end;
A traveling arm that is provided on the base plate so as to be rotatable by the hinge, front wheels are provided at both ends, and that contacts when the braking arm rotates at a fixed angle;
A control unit for controlling the coil to supply current in a predetermined pattern;
A working device for a working toy, comprising: a power supply unit that supplies power to the control unit. A flat base plate manufactured in a predetermined form;
First and second magnets that are provided to be separated by a predetermined distance and have opposite polarities;
It is provided on the base plate and is separated from the first and second magnets. When a coil is wound and an electric current is applied, a magnetic force having a polarity repelling the first magnet or the second magnet is generated. A first coil portion to be
A rotating plate provided on the base plate so as to be rotatable by a hinge, the first and second magnets are fixedly installed at one end, and a front wheel is provided at the other end;
Third and fourth magnets provided to be separated by a predetermined distance and having polarities opposed to each other;
Provided on the rotating plate and spaced apart from the third and fourth magnets. When a coil is wound and an electric current is applied, a magnetic force having a polarity repelling the third or fourth magnet is generated. A second coil part to be generated;
The base plate is rotatably provided by the hinge, the third and fourth magnets are provided at one end, and a braking arm is formed at the other end. When operating, the front wheel side portion of the rotating plate and the braking An arm member that the arm contacts;
A control unit for controlling to supply current in a predetermined pattern to the coils of the first coil portion and the second coil portion;
A working device for a working toy, comprising: a power supply unit that supplies power to the control unit. A flat base plate manufactured in a predetermined form;
First and second magnets, which are fixedly installed on a support structure having a lower part fixed to the base plate so as to be spaced apart from each other by a predetermined distance, and have polarities opposed to each other;
A first coil unit provided to be spaced apart from the first and second magnets and generating a magnetic force having a polarity repelling the first magnet or the second magnet when a coil is wound and a current is applied; ,
A rotating plate provided on the base plate so as to be rotatable by a hinge, the first coil portion is fixedly installed at one end, and a front wheel is provided at the other end;
A second coil unit provided to be spaced apart from the first and second magnets, and generating a magnetic force having a polarity repelling the first magnet or the second magnet when a coil is wound and a current is applied; ,
It is provided on the base plate so as to be rotatable by the hinge, and is opened from the rotating plate so that the first and second magnets are arranged therebetween, the second coil portion is provided at one end, and the brake is provided at the other end. An arm member in which a braking arm is formed and in operation, the front wheel side portion of the rotating plate and the braking arm contact each other;
A control unit for controlling to supply current in a predetermined pattern to the coils of the first coil portion and the second coil portion;
A working device for a working toy, comprising: a power supply unit that supplies power to the control unit. A flat base plate manufactured in a predetermined form;
First and second magnets provided on the rotating plate and spaced apart from each other by a predetermined distance and having polarities opposed to each other;
A first coil part that is fixedly installed on the base plate and generates a magnetic force having a polarity that repels the first magnet or the second magnet when a coil is wound and a current is applied;
A rotating plate provided on the base plate for rotation by a hinge, the first and second magnets are provided at one end, and a front wheel is provided at the other end;
A second coil unit provided to be spaced apart from the first and second magnets, and generating a magnetic force having a polarity repelling the first magnet or the second magnet when a coil is wound and a current is applied; ,
Provided on the base plate so as to be rotatable by the hinge, the second coil portion is provided at one end, and a braking arm is formed at the other end. When operating, the front wheel side portion of the rotating plate and the braking arm An arm member that comes into contact with,
A control unit for controlling to supply current in a predetermined pattern to the coils of the first coil portion and the second coil portion;
A working device for a working toy, comprising: a power supply unit that supplies power to the control unit. In the first or third item, the contact between the braking arm and the traveling arm is as follows:
A working device for a working toy, characterized in that the braking arm is formed in contact with the front wheel. In one of the second, fourth, fifth and sixth terms, the contact between the front wheel side portion of the rotating plate and the braking arm is as follows:
A working device for a working toy, characterized in that the braking arm is formed in contact with the front wheel. In the first or third item, the contact between the braking arm and the traveling arm is as follows:
A traveling device for a working toy, characterized in that gears fitted on both sides of the traveling arm near the front wheel and protrusions provided at the portions at both ends of the braking arm are engaged with each other. In any one of paragraphs 2, 4, 5 or 6
The contact between the front wheel side portion of the rotating plate and the braking arm is as follows:
A traveling device for a working toy, characterized in that gears fitted on both sides of the rotating plate near the front wheel and protrusions provided at the portions at both ends of the braking arm are engaged with each other. In the first or third item, the contact between the braking arm and the traveling arm is as follows:
An operating toy traveling device comprising: a rubber ring fitted on both sides of the traveling arm near the front wheel; and a contact of the braking arm. In any one of paragraphs 2, 4, 5 or 6
The contact between the front wheel side portion of the rotating plate and the braking arm is as follows:
An operating toy traveling device comprising: a rubber ring fitted on both sides of a rotating plate near the front wheel; and a contact of the braking arm. In any one of paragraphs 1-6,
The operating toy traveling device according to claim 1, wherein the operating toy is a bug insect toy. In any one of paragraphs 1-6,
The operating toy traveling device having a key holder installation structure on the operating toy. In any one of paragraphs 1-6,
The operating toy traveling device, wherein the operating toy is a portable ornament.

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