WO2014106993A1

WO2014106993A1 - Toy for portable terminal

Info

Publication number: WO2014106993A1
Application number: PCT/KR2013/010987
Authority: WO
Inventors: 권기태; 지혜경; 정상원; 김석호; 정회원
Original assignee: (주)하이소닉
Priority date: 2013-01-04
Filing date: 2013-11-29
Publication date: 2014-07-10

Abstract

The present invention relates to a toy for a portable terminal, which is connected to a portable terminal and can express a reaction, as a movement of a character, caused by the interaction between a specific character and a user of the portable terminal according to the execution of an application installed in the portable terminal.

Description

Toy for mobile terminal

The present invention relates to a toy for a portable terminal, which is coupled to the portable terminal and is a toy for a portable terminal capable of expressing a reaction caused by interaction of a specific character with the user of the portable terminal according to the execution of an application installed in the portable terminal. It is about.

Recently, due to the development of wireless communication technology, many people are using portable terminals, and the proportion of time for using portable terminals in everyday life is increasing.

In addition to the main functions of the mobile terminal, such as wireless communication, such a mobile terminal has been used for entertainment regardless of time and place as the entertainment function is reinforced.

In particular, various applications are downloaded from a download server connected to the mobile terminal and installed in the mobile terminal, and a plurality of game applications are included.

Korean Patent Publication No. 10-0725825 discloses a character training game method and system using a mobile terminal.

1 is a view showing a system that can download a character training game in a conventional mobile terminal.

The game for fostering the character using the mobile terminal, the step of generating a predetermined capsule when the character completes the growth in the mobile terminal; Inputting a message with the capsule and inputting and receiving a recipient number; Verifying the receiver number at the server and confirming whether the receiver has an application for the character training game; The receiver nurturing a character generated in the capsule; And when the character of the receiver is grown, outputting the received message.

And the character training game system using such a mobile terminal, as shown in Figure 1, a content providing unit for providing a character training game content with the approval of the mobile communication company; A download server that registers the character development game contents provided by the content providing unit and transmits them according to a download request of the character development game contents; And a mobile communication terminal requesting to download the character development game contents by accessing the wireless Internet, downloading the character development game contents transmitted from the download server, and executing a game.

Such character development game can be executed by mini-game the development elements (cooking, washing, healing, etc.) to develop the character.

However, the conventional character game simply uses image information displayed through the display unit of the mobile terminal, and thus there is a limit to the interest and entertainment elements of the game.

On the other hand, Korean Patent No. 10-1163052 discloses an accessory of a mobile terminal.

2 is a perspective view of a conventional portable terminal accessory.

Conventional portable terminal accessories, the housing 200 is formed to the inner space to wind up and receive the wires of the earphone 400 applied to the portable terminal 500, the wires are unwound and extended to use; Decompression tip 100 is detachably coupled to one side of the housing 200 is inserted into the earphone jack 510 of the portable terminal and presses the display panel 520 of the portable terminal in a touch screen manner to input a command. ; And at least one or more LEDs 300 mounted on the housing 200 and electrically connected to the mobile terminal 500 to emit light when the mobile terminal receives an incoming call. Earphone connection terminal 410 provided separately in the state in which the decompression tip 100 is separated from the housing 200 is made by fastening to the housing 200.

Here, the housing 200 is made of a character of a specific shape or a three-dimensional shape of a specific shape to inspire the user's desire to purchase and collect.

Such a conventional mobile terminal accessory may be fastened to the earphone connection terminal 410 of the mobile terminal to emit the LED 300, but simply by making the shape of the accessory to a specific character shape or electrically connected to the LED 300 Other than illuminating, there are no other entertaining elements and other functions that may cause interest.

The present invention is to solve the above-mentioned problems, the mobile terminal is coupled to the portable terminal can express the reaction by the interaction of the specific character and the user of the portable terminal in accordance with the execution of the application installed in the portable terminal for the operation of the character The purpose is to provide a toy.

Toy for portable terminal of the present invention to achieve the above object, the fixing portion coupled to the portable terminal; An operation unit coupled to a drive shaft provided in the fixed unit; A driving unit for operating the operation unit; A circuit unit for operating the driving unit; The driving unit includes a coil for generating a driving force for operating the operating unit by electromagnetic interaction with a magnet generating a magnetic field and a magnetic field generated in the magnet in response to a control signal from the circuit unit. The fixing part includes a drum, and the operation part performs a tapping operation of the drum.

The drive unit further comprises a yoke fixedly mounted to the fixing unit and to which the pair of magnets are mounted, wherein the coil is mounted to one end of the operating unit and spaced apart between the magnets.

Is inserted into the voice output terminal of the portable terminal coupled to the fixed portion to the portable terminal, and further comprises a terminal for transmitting a control signal output from the portable terminal to the circuit portion, wherein the control signal of the portable terminal The voice signal is output through a voice output terminal, and the circuit unit includes a signal converter for converting the voice signal into a drive signal for operating the operation unit.

And an elastic part connected to the operating part to provide a restoring force to the operating part when the operating part is operated.

The operation unit may include a first link rotating about a first driving shaft by the driving unit; A second link rotating about the second driving shaft by the first link; An arm part that is coupled to the second drive shaft and knocks the drum while rotating; It is made, including.

Another aspect of the present invention provides a toy for a portable terminal, the fixing portion coupled to the portable terminal; An operation unit coupled to the fixed unit and displayed to the outside; A driving unit for operating the operation unit; A circuit unit which receives the sound signal from the portable terminal and operates the driving unit with a control signal of a predetermined pattern corresponding to the rhythm of the sound signal; It includes, wherein the drive unit, a driving force for operating the operation unit in accordance with the rhythm of the sound signal by the electromagnetic interaction between the magnet generating a magnetic field and the magnetic field generated in the magnet in response to the control signal It is made of a coil to generate.

The fixing unit may include a terminal unit inserted into an audio output terminal of the portable terminal; A base to which the terminal unit is coupled and an ear jack terminal is formed; A body portion coupled to the base and to which the operation portion is coupled; The terminal unit transmits the sound signal output from the portable terminal to the circuit unit and the ear jack terminal, and the earphone is connected to the ear jack terminal or the sound is output, the circuit unit is the sound signal And a signal converting unit converting the operating unit into a control signal for operating the operating unit.

The base includes a volume control unit for adjusting the volume of the sound output through the ear jack terminal.

It further comprises a drive link for connecting the operation unit and the drive unit for transmitting a driving force to the operation unit, the coil is mounted inside the base, the magnet is coupled to one end of the drive link to the coil Are arranged adjacently.

The operation unit may include: a first operating unit having one end hinged to the other end of the driving link and rotating about the first driving shaft by the driving link; and a connecting link having one end hinged to the other end of the first operating unit; It is hinged to the other end of the link link is made of a second operating portion to rotate about the second drive shaft by the link.

Another aspect of the present invention provides a toy for a portable terminal, the fixing portion coupled to the portable terminal; A projectile that is detachably coupled to the fixed part; An elastic unit providing an elastic force so that the projectile is launched from the fixed part; A catching part for suppressing the elastic force so that the projectile does not leave the fixing part; A driving unit for operating the locking unit such that the projectile is released from restraint of the locking unit by power supply; A circuit unit which supplies power to the driving unit when receiving a sound signal from the portable terminal; It is made, including.

And a terminal unit inserted into an audio output terminal of the portable terminal and coupling the fixed unit to the portable terminal, wherein the terminal unit transmits an acoustic signal output from the portable terminal to the circuit unit. And a signal converting unit converting an acoustic signal into a control signal for operating the driving unit.

The driving unit includes a magnet for generating a magnetic field and a coil for generating a driving force for operating the locking unit by electromagnetic interaction with a magnetic field generated in the magnet when power is supplied from the circuit unit.

The hooking portion may include a hook member at one end of which the magnet is mounted and at the other end of which a hooking protrusion for catching the projectile is formed; A rotating shaft rotatably coupling the hook member to the fixed portion; A support member for elastically supporting the locking projection in the direction of the projectile coupled to the fixed portion; Is made of.

The fixing part is provided with a coupling hole into which the elastic part, the locking part, the driving part, and the circuit part are inserted, and the projectile is inserted into the coupling hole to press the elastic part, and a locking step is formed on the outer circumferential surface by the locking protrusion. .

The elastic portion is a coil spring.

Another aspect of the present invention provides a toy for a portable terminal comprising: a circuit module having a terminal portion for connecting to an audio output terminal of the portable terminal, and a circuit portion for converting the audio signal into a driving power source; A drive configured to include a magnet receiving a power source from the circuit module and a magnet forming a magnetic field, and a driving shaft operated by electromagnetic force generated by the coil and the magnet, and set to allow independent assembly and detachment from other parts. module; An operation unit connected to the drive shaft and operated; And a fixing part covering the circuit module, the driving module, and the operation part, and fixing a position therebetween.

The drive module may include a yoke on which the magnet is mounted, a rotator having one end coupled to the coil, and rotating around the drive shaft, and the yoke coupled to the drive shaft to be rotatably coupled to the yoke, magnet, and coil. And a holder coupled to the rotator integrally and detachably coupled to the fixing unit.

The drive module further includes a spring having one end mounted to the holder and the other end mounted to the other end of the rotator to provide elastic restoring force to the rotator.

The upper part of the holder is open, the lower part of the yoke is fixedly inserted into the holder, and the driving shaft is spaced apart from the direction in which the yoke is disposed in the holder.

The yoke has an open upper portion, the main yoke having the magnets mounted on both inner side surfaces thereof, a sub yoke coupled to the upper portion of the main yoke, and the inner space of the main yoke and are spaced apart from the magnet. And a center yoke formed in an arc shape around the driving shaft, wherein the coil is disposed inside the main yoke and moves along the center yoke.

On the inner side of the fixing portion is formed ribs protruding to support the outer side of the drive module.

The circuit part includes a circuit board on which circuit elements are mounted, and a fixing groove into which the circuit board is inserted is formed in the fixing part.

The operation part includes a first operation part and a second operation part, and is disposed symmetrically on both sides of the fixing part, and the driving module includes a first drive module for operating the first operation part and a second drive for operating the second operation part. Consists of modules.

The toy for a mobile terminal according to the present invention is coupled to the mobile terminal and expresses the reaction by the interaction of a specific character with the user of the mobile terminal in accordance with the execution of an application installed in the mobile terminal, so that the mobile terminal can be personalized. It is an expressive, entertaining element that can double interest and fun, and have the effect of playing the game more realistically.

1 is a view showing a system for downloading a character training game in a conventional mobile terminal,

2 is a perspective view of a conventional mobile terminal accessory,

3 is a perspective view of a toy drum for a portable terminal according to the first embodiment of the present invention;

4 is an exploded perspective view of a toy for the portable terminal device according to the first embodiment of the present invention;

5 is a side view showing an operating unit and a driving unit according to the first embodiment of the present invention;

FIG. 6 is a block diagram showing a driving system of a toy for the portable terminal according to the first embodiment of the present invention; FIG.

7 is a perspective view of a dancing toy for a mobile terminal according to a second embodiment of the present invention;

8 is an exploded perspective view of a dancing toy for a portable terminal according to a second embodiment of the present invention;

9 is an internal structure diagram of a dancing toy for a portable terminal according to a second embodiment of the present invention;

10 is a block diagram showing a driving system of a dancing toy for a mobile terminal according to a second embodiment of the present invention;

11 is a perspective view of a roulette toy for a portable terminal according to a third embodiment of the present invention;

12 is an exploded perspective view of a roulette toy for a portable terminal according to a third embodiment of the present invention;

FIG. 13 is a cross-sectional view taken along line A-A of FIG. 11;

14 is a planar internal structure diagram of a roulette toy for a portable terminal according to a third embodiment of the present invention;

15 is a side internal structural view showing a cutting part of a roulette toy for a portable terminal according to a third embodiment of the present invention;

16 is an operational state diagram of a roulette toy for a portable terminal according to a third embodiment of the present invention;

17 is a block diagram showing a driving system of a roulette toy for a portable terminal according to a third embodiment of the present invention;

18 is a perspective view of a toy and a portable terminal for a portable terminal according to a fourth embodiment of the present invention;

19 is a perspective view of a toy for a portable terminal according to a fourth embodiment of the present invention;

20 is an exploded perspective view of a toy for a portable terminal according to a fourth embodiment of the present invention;

21 is a front view of a rear part according to a fourth embodiment of the present invention;

22 is a perspective view of a driving module according to a fourth embodiment of the present invention;

23 is an exploded perspective view of a drive module according to a fourth embodiment of the present invention;

24 is a cross-sectional view taken along line A-A of FIG. 22,

25 is a cross-sectional view taken along line B-B of FIG. 22;

26 is an operational state diagram of a toy for a portable terminal according to a fourth embodiment of the present invention;

As shown in FIGS. 3 to 5, the toy for a portable terminal according to the first embodiment of the present invention may include a mechanism part 10, a driving part 20, an elastic part 30, a circuit part 40, and a terminal part 50. Is made of.

The mechanism part 10 is coupled to the portable terminal 1 as shown in FIG. 3 to implement a specific operation previously designated by the driver 20.

In detail, the mechanism part 10 includes a fixing part 110, a driving shaft 120, and an operation part 130.

The fixing unit 110 is coupled to the terminal unit 50 inserted into the audio output terminal 2 of the mobile terminal, and the terminal unit 50 is inserted into the audio output terminal 2 to be coupled to the mobile terminal 1. do.

The fixing unit 110 may be a variety of characters consisting of a shape of a person or an animal, and comprises a book (B).

As illustrated in FIG. 3, the book B is integrally formed on the front surface of the fixing part 110 shaped as a specific character.

The drive shaft 120 is coupled to the fixed part 110 and becomes a central axis in which the operating part 130 rotates.

The drive shaft 120 includes a first drive shaft 121 and a second drive shaft 122.

The operation unit 130 is coupled to the drive shaft 120 to be rotatable about the drive shaft 120, and performs an operation of tapping the book (B).

In detail, the operation unit 130 includes a first link 131, a second link 132, and an arm 133, as shown in FIG. 5, and consists of a pair of left and right, respectively.

The first link 131 rotates about the first driving shaft 121 by the driving unit 20 disposed in one direction.

The second link 132 is rotated about the second drive shaft 122 by the first link 131.

In this case, the second driving shaft 122 rotates together with the second link 132.

The arm 133 becomes an arm of the fixed part 110 shaped as a specific character, and is coupled to the second driving shaft 122 to knock the book B while rotating.

That is, the arm 133 may express an operation of tapping the book B while reciprocating around the second driving shaft 122 within a predetermined rotation section.

The mechanism 10 is not limited to this embodiment and may be formed in various shapes and structures.

The number of links may also increase or decrease according to the shape and structure of the operation unit 130.

The driving unit 20 is operated by the circuit unit 40 to provide a driving force so that the arm unit 133 can tap the book B.

In detail, the driving unit 20 includes a yoke 21, a magnet 22, and a coil 23, as shown in FIG. 4.

The yoke 21 is fixedly mounted inside the fixing part 110 and the magnet 22 is mounted.

More specifically, the yoke 21 includes a main yoke 211 on which a pair of magnets are mounted and a sub yoke 212 protruding from the main yoke 211 so as to be spaced apart between the magnets.

The magnet 22 generates a magnetic field so that a magnetic field is formed around the coil 23.

The coil 23 is mounted at one end of the operation unit 130, and when the control signal is received from the circuit unit 40, the operation unit 130 is caused by electromagnetic interaction with a magnetic field generated by the magnet 22. Generates a driving force to rotate.

That is, the coil 23 is mounted on one end of the first link 131, wound around the sub yoke 212, and moved along the sub yoke 212 by an electromagnetic force to the first link ( 131 is rotated about the first drive shaft 121 within a predetermined rotation section.

The control signal is an electric signal converted into a drive signal, and when a current flows in the coil 23 in a magnetic field, Lorentz's force is generated in the coil 23, so that the coil 23 is mounted. The unit 130 is rotated.

The magnetic field generated by the magnet 22 passes through the coil 23 so as to be parallel to the driving shaft 120, and the pair of magnets 22 have magnetic polarities disposed in opposite directions.

The driving unit 20 is configured to provide a driving force to the pair of the operation unit 130, respectively.

The elastic part 30 is made of an elastic material and is fixed to the fixing part 110, and is connected to each of the pair of operating parts 130 to provide a restoring force during the operation of the operating part 130.

In detail, the elastic part 30 is connected to the second link 132 and is elastically deformed when the second link is rotated. The elastic part 30 is connected to the second link 132 by the elastic restoring force of the elastic part 30. Return to home position.

In the present embodiment, the elastic portion 30 is formed in the form of a leaf spring.

The circuit unit 40 receives the control signal from the terminal unit 50 to operate the driving unit 20.

The circuit unit 40 includes a signal converter 411 for converting the voice signal output from the mobile terminal 1 into a drive signal for operating the mechanism unit 10.

That is, the circuit unit 40 receives a control signal which is a voice signal from the terminal unit 50, and converts the voice signal into a drive signal in the signal conversion unit 411 to operate the drive unit 20.

The circuit unit 40 operates the driving unit 20 so that the pair of operation units 130 operate independently of each other.

The terminal unit 50 receives a control signal output to the outside of the mobile terminal 1.

The control signal is a voice signal generated by an application installed in the portable terminal 1 and output to the voice output terminal 2 of the portable terminal.

As described above, the terminal unit 50 is coupled to the fixed unit 110, and is inserted into the voice output terminal 2 of the portable terminal to couple the fixed unit 110 to the portable terminal 1, and transmits a control signal. Transfer to the circuit unit 40.

As described above, a control signal is output from the mobile terminal 1 in accordance with the execution of an application installed in the mobile terminal 1 by being coupled to the mobile terminal 1, and smart shaped as a specific character including the book B. By expressing the reaction caused by the interaction between the toy and the user of the portable terminal as the operation of the operation unit 130 tapping the book B by the control signal, the portable terminal 1 can be personally expressed and entertaining. As a factor, it can double interest and fun, and play games for mobile devices more realistically.

Next, a description will be given of the toy drive system of the above-described portable terminal device.

FIG. 6 is a block diagram illustrating a toy driving system for a portable terminal according to the first embodiment of the present invention.

First, the terminal unit 50 is configured to be coupled through the voice output terminal 2 of the portable terminal. As shown in FIG. 6, the terminal unit 50 receives a control signal from the portable terminal 1 and transmits the control signal to the circuit unit 40.

At this time, the control signal may be composed of a voice signal.

The voice signal may be generated by a voice signal generator (not shown) of the mobile terminal 1.

The voice signal is configured to have a predetermined pattern of waveforms, and may have various patterns for various operations.

The circuit unit 40 converts the control signal into a predetermined drive signal according to the signal pattern in the signal converter 411 and transmits the control signal to the driver 20, thereby substantially operating the driver 20.

Specifically, as shown in FIG. 5, when a current is applied to the coil by the circuit unit 40, a driving force (electromagnetic force) is generated and the coil descends along the sub yoke 212 (counterclockwise rotation). The first link 131 is rotated about the first driving shaft 121.

The first link 131 rotates while the other end (right end) pushes up one end of the second link 132, and the second link 132 rotates about the second driving shaft 122.

In this case, while the second driving shaft 122 rotates together, the arm part 133 coupled to the second driving shaft 122 rotates in the counterclockwise direction to knock the book B.

At the same time, the elastic portion 30 is connected to the second link 132 is elastically deformed, and if the electromagnetic force does not act on the operating portion 130 by the elastic restoring force of the elastic portion 30 by the operating portion ( 130) returns to the initial position.

The above description is based on FIG. 5 in which the arm unit 133 is spaced apart from the book B in an initial state, and the first link 131 and the second link ( 132 and the rotational direction of the arm 133 may be different, and the state in which the arm 133 is in contact with the book (B) may be the initial state.

The voice signal generated by the voice signal generator of the portable terminal may be configured in various forms of waveforms, and various movements may be expressed by varying the operating speed of the operation unit 130 according to the waveform of the voice signal.

The voice signal is various sound source files (wav, mp3) of a specific pattern stored in the voice signal generation unit and is output to the outside through the voice output terminal 2 of the portable terminal.

In other words, the voice signal is a sound source file that is output to the voice output terminal 2 of the portable terminal to which the earphone is generally made to output sound waves of a specific pattern.

The audio signal is a two-channel (2CH) stereo signal and consists of a first audio signal and a second audio signal.

The first voice signal and the second voice signal are respectively transmitted to the pair of driving units 20 as voice signals are output to the left and right earphones connected to the portable terminal, and the respective sounds are transmitted to both ears of the earphone user. .

The first audio signal and the second audio signal are transmitted to the signal conversion unit 411 through the terminal unit 50 and a driving signal for operating the operation unit 130 by the rectifying circuit of the signal conversion unit 411. Is converted to (DC).

That is, any one of the pair of arm units 133 operates by the first voice signal, and the other arm unit 133 operates by the second voice signal.

On the other hand, in another embodiment of the present invention, when the operation unit 130 is made of one, the first voice signal and the second voice signal to operate one drive unit 20 at the same time.

As described above, the first audio signal and the second audio signal may operate the driving unit 20 so that the operation unit 130 operates, respectively, but at the same time by using the first audio signal and the second audio signal. By operating the driving unit 20, the driving force of the driving unit 20 may be further increased to allow one operation unit 130 to implement a larger operation.

In detail, when the two operation units 130 are operated respectively, the stereo audio signal including the first audio signal and the second audio signal operates the different driving unit 20 together with the ground signal, respectively, and one operating unit 130. In the case of operating), one driver 20 is operated using the first audio signal and the second audio signal without using the ground signal.

Accordingly, one driving unit 20 operated by the first voice signal and the second voice signal can obtain more than twice the driving force.

As described above, the drum for the portable terminal may operate in accordance with an input signal input by the user in association with an application installed in the portable terminal.

Alternatively, the sound source file stored in the portable terminal may be played to operate according to the output sound source file.

As shown in FIGS. 7 to 9, the dancing toy for a portable terminal according to the second embodiment of the present invention includes a fixing unit 1010, an operating unit 1020, a driving unit 1030, a driving link 1040, and a circuit unit. 1050.

The fixing part 1010 is coupled to the mobile terminal 1001 and includes a

base

1110a and 1110b, a terminal part 1120 and a body part 1130.

As shown in FIGS. 7 and 8, the terminal portion 1120 is coupled to the base 1110a, and an ear jack terminal 1111 is formed.

Earphones or speakers are connected to the ear jack terminals 1111 to output sound.

In addition, the base 1110a includes a volume control unit 1112 for adjusting the volume of sound output to the earphone or the speaker through the ear jack terminal 1111.

The base 1110b has a through hole 1113 through which the drive link 1040 penetrates.

The terminal unit 1120 is inserted into the audio output terminal 1002 of the portable terminal to couple the base 110 to the portable terminal 1001.

That is, the terminal unit 1120 is inserted into the audio output terminal 1002 of the mobile terminal, whereby the fixing unit 1010 is coupled to the mobile terminal 1001.

The terminal unit 1120 transfers an acoustic signal output from the portable terminal to the circuit unit 1050 and the ear jack terminal 1111.

Body portion 1130 is coupled to the upper portion of the base 110, the drive shaft is provided with the operation portion 1020 is coupled.

The driving shaft includes a first driving shaft 1131 and a second driving shaft 1132 each configured as a left and right pair.

The body portion 1130 may be a variety of characters of human or animal shape.

The

bases

1110a and 1110b and the body portion 1130 may be integrally manufactured.

The operation unit 1020 is coupled to the drive shaft provided in the fixing unit 1010 and operated by the driving unit 1030.

As illustrated in FIG. 9, the operation unit 1020 includes a first operation unit 1210, a connection link 1220, and a second operation unit 1230.

The first operation part 1210 is rotatably coupled to the first drive shaft 1131, and one end (lower in the drawing) is hinged to the drive link 1040 to allow the first drive shaft 1040 to be driven by the drive link 1040. Rotate around (1131).

Connection link 1220 is disposed inside the body portion 1130, one end (lower in the drawing) is hinged to the other end (top in the drawing) of the first operation portion 1210, the other end (top in the drawing) ) Is hinged to the second operation unit 1230.

Hereinafter, the operation unit 1020 and the drive link 1040 displays one end to the top and the other end to the bottom with reference to the accompanying drawings.

The second operation unit 1230 is hinged to the upper end of the connection link 1220 is rotated about the second drive shaft 1132 by the connection link 1220.

The first operation unit 1210 and the second operation unit 1230 may be an arm or a leg of the body unit 1130, and the character dances while rotating around a drive shaft within a predetermined section. Implement

The driving unit 1030 includes a coil 1310 and a magnet 1320 to operate the operation unit 1020.

The coil 1310 is fixedly mounted in the

bases

1110a and 1110b, and the magnet 1320 is hinged to the lower end of the driving link 1040 and disposed adjacent to the coil 1310.

Accordingly, when a current is applied to the coil 1310 in response to a control signal from the circuit unit 1050, an electromagnetic force is generated by electromagnetic interaction with a magnetic field generated by the magnet 1320, and by the electromagnetic force. As the magnet 1320 and the driving link 1040 rise, a driving force for operating the operation unit 1020 is generated.

At this time, the operation unit 1020 is operated according to the rhythm of the sound signal by the driving force.

The driving link 1040 connects the operation unit 1020 and the driving unit 1030 through the through hole 1113 formed in the base 1110b.

Specifically, the driving link 1040 is hinged to the lower end of the magnet 1320, the upper end is hinged to the lower end of the first operation portion 1210, while the magnet 1320 ascends together while rising The first operation part 1210 is rotated about the first driving shaft 1131.

The circuit unit 1050 receives the sound signal from the terminal unit 1120 and operates the driving unit 1030 with a control signal having a predetermined pattern corresponding to the rhythm of the sound signal.

Specifically, the circuit unit 1050 includes a signal conversion unit (not shown) for converting the sound signal into a control signal, and the sound signal transmitted from the terminal unit 1120 is converted into a control signal by the signal conversion unit. The control signal is transmitted to the coil 1310 so that the operation unit 1020 dances to the rhythm of the sound signal.

Hereinafter, the driving system of the dancing toy for a mobile terminal of the present invention will be described in more detail.

Referring to FIG. 10, first, the terminal unit 1120 is inserted into the sound output terminal 1002 of the mobile terminal 1001 to couple the fixing unit 1010 to the mobile terminal 1001.

Then, an application program pre-installed in the mobile terminal 1001 is executed or a sound source file stored in the mobile terminal 1001 is reproduced to output a sound signal to the sound output terminal 1002 of the mobile terminal 1001.

The sound signal output to the sound output terminal 1002 is transmitted to the circuit unit 1050 or the ear jack terminal 1111 by the terminal unit 1120.

The sound signal transmitted to the ear jack terminal 1111 allows a user to listen to music with earphones, and the sound signal transmitted to the circuit unit 1050 has a predetermined pattern corresponding to the rhythm of the sound signal by a signal converter. It is converted into a control signal and transmitted to the coil 1310.

At this time, the magnet 1320 is relatively raised by the electromagnetic force generated between the coil 1310 and the magnet 1320, the lower end is hinged to the magnet 1320 and the upper end is the first operation part ( As the driving link 1040 hinged to the lower end of the 1210 is raised together, a driving force is transmitted to the first operation unit 1210.

Accordingly, the first operation part 1210 is rotated about the first drive shaft 1131 by the drive link 1040, and raises the connection link 1220 hinged to the upper end.

The connection link 1220 has a lower end hinged to the first operating part 1210 and the upper end is hinged to the second operating part 1230, thereby connecting the second operating part 1230 to the second driving shaft 1132. Rotate around.

When the driving force is transmitted to the operation unit 1020 as described above, the first operation unit 1210 and the second operation unit 1230 rotate in the same direction.

When the control signal is blocked in the coil 1310, the magnet 1320 and the driving link 1040 descend by their own weight, and the first operating part 1210 and the second operating part 1230 are opposite directions. Rotate to return to the original position.

Therefore, the user can listen to the music or the effect sound with the earphone, the control signal is transmitted or blocked to the coil 1310 according to the rhythm of the sound signal transmitted to the circuit unit 1050 and the first operation unit 1210 and The second operation unit 1230 may operate to implement a dance of a character composed of the body unit 1130 and the operation unit 1020.

As illustrated in FIGS. 11 to 16, the roulette toy for a portable terminal according to the third embodiment includes a fixing part 2010, a projectile 2020, an elastic part 2030, a locking part 2040, and a driving part 2050. , A circuit portion 2060 and a terminal portion 2070.

The fixing part 2010 is coupled to the mobile terminal 2001 as shown in FIGS. 11 and 12, and a coupling hole 2110 opened upward is formed, such that an elastic part 2030 and a locking part 2040 are formed therein. The driving unit 2050 and the circuit unit 2060 are inserted into and disposed.

The fixing part 2010 is formed in a spherical shape, the terminal part 2070 is coupled to the lower part, and the fixing protrusion 2120 protrudes from the inner bottom.

An elastic part 2030 is mounted on the fixing protrusion 2120.

A fixing groove 2130 is formed on an inner side surface of the fixing part 2010 in which the locking part 2040 is inserted.

The projectile 2020 is detachably coupled to the fixing part 2010.

In detail, the projectile 2020 includes an insertion part 2210 inserted into the coupling hole 2110 and a protrusion 2220 formed on the insertion part 2210.

The protrusion 2220 is larger in diameter than the diameter of the coupling hole 2110.

A locking jaw 2211 protrudes from an outer circumferential surface of the insertion part 2210.

As shown in FIG. 13, the projectile 2020 is inserted into the coupling hole 2110 to press the elastic part 2030 mounted to the fixing protrusion 2120.

That is, when the insertion portion 2210 is inserted into the coupling hole 2110, the locking jaw 2211 presses the elastic portion 2030.

In addition, the locking jaw 2211 is caught by the locking unit 2040 and the projectile 2020 is coupled to the fixing unit 2010.

Accordingly, the projectile 2020 is maintained in a coupled state without being separated from the fixed part 2010.

The elastic unit 2030 provides the projectile 2020 elastic force so that the projectile 2020 is launched.

The elastic part 2030 is a coil spring and is mounted to the fixing protrusion 2120.

As described above, the elastic part 2030 is compressed by the locking jaw 2211 when the projectile 2020 is coupled to the fixed part 2010, and the projectile 2020 is compressed by the elasticity. The elastic force of the part 2030 is provided.

The locking part 2040 suppresses the elastic force so that the projectile 2020 does not leave the fixing part 2010.

As described above, when the projectile 2020 is inserted into the coupling hole 2110, the projectile 2020 receives an elastic force that is a reaction force by compression of the elastic portion 2030 while pressing the elastic portion 2030, but the locking portion 2040 By the projectile 2020 is not separated from the fixed portion 2010 is maintained in a coupled state.

In detail, the locking unit 2040 includes a hook member 2410, a rotation shaft 2420, and a support member 2430.

As shown in FIGS. 14 and 15, the hook member 2410 is disposed around the elastic part 2030 so that one end (lower end) branches to both sides to surround the elastic part 2030, and the other end (upper end). The protrusion protrudes upwards and the engaging protrusion 2411 is formed at the end.

The locking protrusion 2411 protrudes toward the center of the fixing part 2010 in which the projectile 2020 is inserted.

The rotating shaft 2420 is disposed between one end and the other end of the hook member 2410 to rotatably couple the hook member 2410 in the fixing part 2010.

That is, the hook member 2410 is coupled to the fixing part 2010 to be rotated about the rotation shaft 2420.

The supporting member 2430 is a coil spring and elastically supports the locking protrusion 2411 in the direction of the projectile 2020 coupled to the fixing part 2010.

Specifically, one end of the support member 2430 is fixedly mounted to the fixing groove 2130, and the other end is mounted to the other end of the hook member 2410 having the engaging protrusion 2411, as shown in FIG. 15. As described above, the hook member 2410 is urged to rotate counterclockwise about the rotation shaft 2420.

Accordingly, when the projectile 2020 is inserted into the coupling hole 2110, the catching jaw 2211 is caught by the catching protrusion 2411, so that the projectile 2020 is separated from the fixing part 2010. The restraint 2040 suppresses the elastic force that allows the projectile 2020 to be launched.

The driving unit 2050 operates the locking unit 2040 such that the projectile 2020 is released from restraint of the locking unit 2040 by power supply.

The driving unit 2050 includes a magnet 2510 and a coil 2520.

The magnet 2510 is mounted on the lower end of the locking portion 2040 to generate a magnetic field.

The coil 2520 is mounted on the inner side of the fixing part 2010 and is disposed adjacent to the magnet 2510. When the power is supplied from the circuit part 2060, the coil 2520 has an electron with a magnetic field generated by the magnet 2510. The locking portion 2040 is operated by miracle interaction.

A more detailed description will be described later.

When the circuit unit 2060 receives an acoustic signal from the mobile terminal 2001, the circuit unit 2060 supplies power to the driving unit 2050.

The circuit unit 2060 includes a signal converting unit converting the sound signal into a control signal for operating the driving unit 2050.

That is, the power supplied from the circuit unit 2060 to the driver 2050 is a control signal in which the sound signal is converted by the signal converter.

The terminal unit 2070 is inserted into an acoustic output terminal 2002 of the portable terminal to couple the fixing unit 2010 to the portable terminal 2001, and outputs an acoustic signal output from the portable terminal 2001 to the circuit unit. Forward to 2060.

The sound signal is generated according to the execution of an application program installed in the mobile terminal 2001.

That is, the application program is a roulette game, in which the user selects a specific object randomly selected by the program from among a plurality of selection objects (numbers, pictures, characters, etc.) displayed on the display of the mobile terminal using the mobile terminal 2001. When selected, the sound signal is sent to the sound output terminal 2002 of the portable terminal, and is transmitted to the circuit unit 2060 by the terminal unit 2070.

As the application 20 installed in the mobile terminal 2001 executes the projectile 2020 coupled to the mobile terminal 2001 as described above, several people can realistically enjoy the roulette game with the mobile terminal 2001. .

Hereinafter, a method of operating the roulette toy for a portable terminal of the present invention will be described in detail.

16 is an operational state diagram of a roulette toy for a portable terminal according to a third embodiment of the present invention, Figure 17 is a block diagram showing a drive system of a roulette toy for a portable terminal according to a third embodiment of the present invention.

First, the terminal unit 2070 is inserted into the audio output terminal 2002 of the portable terminal to couple the fixing unit 2010 to the portable terminal 2001.

Then, the projectile 2020 is inserted into the coupling hole 2110 and coupled to the fixing part 2010.

In detail, as shown in FIG. 15, the insertion part 2210 is inserted into the coupling hole 2110 to press the elastic part 2030 which is a coil spring, and the locking step 2211 formed in the insertion part 2210. Engagement of the fixing part 2010 and the projectile 2020 is held by the locking protrusion 2411.

More specifically, the insertion portion 2210 is inserted into the coupling hole 2110 to compress the elastic portion 2030, the locking jaw 2211 is inserted into the coupling hole 2110 while the locking projection ( 2411 pushes the support member 2430 toward the support member 2430. When the locking jaw 2211 passes the locking protrusion 2411, the locking protrusion 2411 is inserted by the elastic restoring force of the support member 2430. It moves in the direction of the portion 2210 and is disposed above the locking step 2211.

Accordingly, the locking jaw 2211 is caught by the locking protrusion 2411 and the projectile 2020 is coupled to the fixed part 2010 and the elastic part 2030 is in a compressed state.

In this state, when the roulette game of the portable terminal is executed and the user selects a designated selection target from among a plurality of selection targets, an audio signal is output to the acoustic output terminal 2002 of the portable terminal, and the audio signal is output to the terminal unit 2070. The circuit unit 2060 converts the sound signal into a control signal and transmits the sound signal to the coil 2520.

When a control signal is transmitted to the coil 2520 and a current is applied, the magnet 2510 is relatively moved by an electromagnetic force generated between the coil 2520 and the magnet 2510, thereby as shown in FIG. 16. As described above, the hook member 2410 on which the magnet 2510 is mounted rotates in a clockwise direction about the rotation shaft 2420 to compress the support member 2430, and the locking protrusion 2411 and the locking jaw ( The restraint by 2211 is released.

Accordingly, the projectile 2020 is released from the fixed portion 2010 by the elastic force of the elastic portion 2030 is launched.

When the projectile 2020 is fired and the acoustic signal transmitted to the circuit unit 2060 is blocked, the hook member 2410 returns to its original position by the elastic restoring force of the support member 2430.

As described above, the roulette toy for the portable terminal according to the third embodiment may be coupled to the portable terminal 2001 to serve as an accessory, and several people may easily play the roulette game using the portable terminal 2001. The projectile 2020 is actually fired by the user's selection, so that the game can be realistically enjoyed.

In addition, the roulette toy for the portable terminal of this embodiment is easy to carry and can be used as an accessory of the portable terminal.

The toy for a portable terminal according to the fourth embodiment of the present invention includes a fixing part 3002, an operation part 3003, a driving module 3004 and a circuit module 3005 as shown in FIGS. 18 to 26. Is done.

The fixing part 3002 covers the operation part 3003, the driving module 3004, and the circuit module 3005, and may be manufactured in various character shapes such as a person or an animal as shown in FIGS. 18 and 19. .

That is, the positions of the operation unit 3003, the driving module 3004, and the circuit module 3005 are fixed by the fixing unit 3002, and the operation unit 3003 forms one character shape with the fixing unit 3002. It is assembled to help.

In detail, the fixing part 3002 includes a front part 3002b and a rear part 3002a as illustrated in FIGS. 20 and 21, and includes a plurality of ribs wrapped around and supported by the outside of the driving module 3004 on an inner side thereof. 3022 is formed to protrude.

The rib 3022 supports the outer circumference of the driving module 3004 to fix the driving module 3004 to the inside of the fixing part 3002.

In addition, a fixing groove 3023 is formed inside the fixing unit 3002.

The fixing groove 3023 is formed at the lower end of the fixing portion 3002 to which the circuit module 3005 is coupled to insert the circuit portion 3052 formed of the circuit board.

And on both sides of the fixed portion 3002, the operating tool 3021 is provided with the operation portion 3003 is disposed.

The fixed part 3002 is coupled to the mobile terminal 3001 by the circuit module 3005, and can be carried together with the mobile terminal 3001, and can express the operation of the character together with the operation unit 3003.

The operation unit 3003 is disposed in the operation port 3021 and is connected to the driving shaft 3401 of the driving module 3004 to operate.

Specifically, the operation part 3003 includes a connection part 3031 which protrudes inwardly of the fixing part 3002 and is connected to the drive shaft 3401 and a side part 3032 disposed at the operation tool 3021.

In the fourth embodiment, the fixing part 3002 is manufactured with the face of a dog, and the operating part 3003 becomes the dog's ear.

Accordingly, when the operation unit 3003 rotates about the drive shaft 3401, the movement of the dog's ears can be expressed.

The operation part 3003 includes a first operation part 3003a and a second operation part 3003b and is disposed symmetrically on both sides of the fixing part 3002, and the first operation part 3003a and the second operation part ( 3003b can be moved independently of each other by the drive module 3004.

As shown in FIG. 22, the driving module 3004 includes a yoke 3041, a magnet 3042, a coil 3043, a rotator 3044, a holder 3045, and a spring 3046. It is set to be detachable from other parts.

Hereinafter, each component of the drive module 3004 will be described in detail.

As shown in FIGS. 23 and 24, the yoke 3041 is composed of a main yoke 3411, a sub yoke 3412 and a center yoke 3413 and is coupled to a holder 3045.

The main yoke 3411 is formed in an '└┘' shape with an open top, and magnets 3042 are mounted on both inner side surfaces thereof.

The main yoke 3411 has a lower end inserted into the holder 3045.

The sub yoke 3412 is coupled to the top of the main yoke 3411 and forms a magnetic circuit together with the main yoke 3411 and the center yoke 3413.

The center yoke 3413 is coupled to the inner side of the main yoke 3411 and spaced apart between the magnets 3042, and has a circular arc shape centering on the drive shaft 3401 as shown in FIG. 25.

That is, the center yoke 3413 is coupled to the main yoke 3411 to divide the inner space of the main yoke 3411 into two parts, and the magnets 3042 are disposed in the divided spaces, respectively.

The coil 3043 is disposed inside the main yoke 3411 and moves along the center yoke 3413.

Specifically, the coil 3043 is wound around the center yoke 3413, and magnets 3042 are disposed on both sides thereof, and are affected by the magnetic field formed by the magnets 3042.

Accordingly, when a current is applied to the coil 3043, the electromagnetic force is generated by electromagnetic interaction with the magnetic field, and thus the coil 3043 may move along the center yoke 3413.

The rotator 3044 is coupled to the holder 3045 so that the coil 3043 is coupled to one end and rotates about the drive shaft 3401.

That is, the rotator 3044 rotates about the drive shaft 341 when the coil 3043 moves along the center yoke 3413.

The holder 3045 integrally couples the yoke 3041, the magnet 3042 coil 3043, and the rotator 3044, and is detachably coupled to the fixing portion 3002.

Specifically, the holder 3045 is formed to be open at an upper portion, and the lower portion of the yoke 3041 is inserted into and fixed.

In addition, the drive shaft 3401 is rotatably coupled to the holder 3045 in a direction opposite to the direction in which the yoke 3041 is disposed.

The spring 3046 is a straight wire spring, one end of which is mounted to the holder 3045 and the other end of which is mounted to the other end of the rotator 3044 to provide elastic restoring force to the rotator 3044.

As shown in FIGS. 22 to 24, the holder 3045 is provided with a mounting portion 30451 in which one end of the spring 3046 is fixedly mounted.

The mounting portion 30451 is a groove having a cross-sectional shape of a 'V' shape.

The other end of the spring 3046 is mounted to the other end of the rotator 3044 in a direction opposite to the direction in which the coil 3043 is disposed about the drive shaft 3401.

Accordingly, the spring 3046 is elastically deformed when the rotator 3044 rotates about the drive shaft 341, and rotates the rotator 3044 in the opposite direction by the elastic restoring force when the electromagnetic force disappears from the coil 3043. Return to.

The rotational force of the rotator 3044 due to the electromagnetic force by the coil 3043 and the magnet 3052 and the elastic restoring force of the spring 3046 is transmitted to the drive shaft 3401, and the operating unit 3003 is connected to the drive shaft 3401. As the driving shaft 3401 rotates, the operation unit 3003 rotates together.

As described above, the driving module 3004 is set such that the yoke 3041 and the rotator 3044 are coupled to the holder 3045 so as to be independently assembled and detached from other parts.

Accordingly, it is easy to develop a new model according to the change of the character consisting of the fixed portion 3002 and the operation portion 3003, and it is possible to share the parts to improve the productivity of the product.

On the other hand, the driving module 3004 is composed of a first driving module 3004a for operating the first operation unit 3003a and a second driving module 3004b for operating the second operation unit 3003b, respectively. The left and right spaced apart inside the fixing part 3002 is fixed.

The circuit module 3005 includes a terminal portion 3051 for connecting to the audio output terminal 3011 of the portable terminal 3001 and a circuit portion 3052 for converting the audio signal into a driving power source.

The circuit portion 3052 is formed of a circuit board on which circuit elements are mounted, and is inserted into and fixed in the fixing groove 3023 formed in the fixing portion 3002 as described above, and the terminal portion 3051 is provided under the fixing portion 3002. Is formed to protrude into.

The terminal portion 3051 is inserted into the audio output terminal 3011 of the portable terminal 3001 and supports the fixed portion 3002 to be coupled to the portable terminal 3001 while receiving the audio signal generated by the portable terminal 3001 through the circuit portion 3052. To pass).

The circuit module 3005 has a form in which a terminal portion 3051 and a circuit portion 3052 formed of a circuit board are integrally coupled to each other.

The terminal portion 3051 connected to the audio output terminal 3011 of the portable terminal 3001 and connected to the circuit portion 3052 and supporting the fixing portion 3002 has a mechanical coupling structure and a circuit portion 3052 with the fixing portion 3002. The electrical connection structure with is easily broken.

Accordingly, by combining the terminal portion 3051 with the circuit portion 3052 made of a circuit board integrally and modularized, the bonding strength is improved, and the parts can be shared.

Hereinafter, a method of assembling and operating a toy for a portable terminal according to a fourth embodiment of the present invention will be described.

First, the first driving module 3004a, the second driving module 3004b, and the circuit module 3005 are assembled to the fixing part 3002 of the fixing part 3002, that is, the rear part 3002a.

The first driving module 3004a, the second driving module 3004b, and the circuit module 3005 are each modularized and assembled into one component.

The first driving module 3004a and the second driving module 3004b are supported by ribs 3022 formed on the rear portion 3002a and are fixed by separate fastening members such as screws or bolts.

The circuit module 3005 is coupled to the rear portion 3002a by inserting a circuit board into the fixing groove 3023 formed in the rear portion 3002a so that both top and bottom surfaces thereof are supported.

The first operating part 3003a and the second operating part 3003b respectively connect the connecting part 3031 to the drive shaft 3401 of the first driving module 3004a and the second driving module 3004b, and the side part 3032 is It is arrange | positioned to the back part 3002a so that it may be arrange | positioned at the actuation opening 3021.

And the front portion 3002b and the rear portion 3002a are combined.

In this way, when the assembly of the toy for the portable terminal is completed, the terminal portion 3051 is inserted into the audio output terminal 3011 of the portable terminal 3001.

A portable application 3001 should be provided with a dedicated application program, and according to the operation of the dedicated application program, an audio signal of various predetermined patterns is generated, and the audio signal is transmitted to the circuit portion 3052 by the terminal portion 3051. .

The circuit unit 3052 converts the audio signal into a driving signal for operating the driving module 3004 and applies a current to the coil 3043.

When a current is applied to the coil 3043, the electromagnetic force is generated by electromagnetic interaction with the magnetic field formed by the magnet 3042, and the coil 3043 moves along the center yoke 3413 by the electromagnetic force.

At this time, since the coil 3043 is attached to one end of the rotator 3044, the rotator 3044 rotates about the drive shaft 3401 together with the coil 3043, and simultaneously rotates the drive shaft 3401.

That is, the coil 3043, the rotator 3044, and the drive shaft 3401 rotate together.

In addition, the spring 3046 coupled to the other end of the rotator 3044 is bent and elastically deformed.

As a result, the operation unit 3003 connected to the drive shaft 3401 is rotated, and as shown in FIG. 26, the ear (operation unit 3003) of the fixing unit 3002 made of the dog character is raised.

When the current is cut off in the coil 3043, the electromagnetic force disappears, and the coil 3043, the rotator 3044, and the driving shaft 3431 rotate in the opposite direction by the elastic restoring force of the spring 3046. Comes down and returns to its original position.

The operation unit 3003 as described above may express various predetermined operations according to an audio signal by a dedicated application program, and allow the user to operate by operating the mobile terminal 3001.

Such a smart toy can be used as an accessory of the mobile terminal 3001 while being carried with the mobile terminal 3001, and can provide various and interesting games by performing an actual operation in conjunction with a dedicated application program.

The smart toy for the portable terminal of the present invention is not limited to the above-described embodiments, and may be variously modified and carried out within the allowable technical spirit of the present invention.

Claims

A fixed part coupled to the mobile terminal;

An operation unit coupled to a drive shaft provided in the fixed unit;

A driving unit for operating the operation unit;

A circuit unit for operating the driving unit; Including but not limited to,

The driving unit,

Magnet to generate magnetic field,

A coil generating a driving force for operating the operation unit by electromagnetic interaction with a magnetic field generated in the magnet in response to a control signal from the circuit unit,

The fixing part comprises a drum (drum),

The operation unit toy for a portable terminal, characterized in that for performing the operation of tapping the book.
The method according to claim 1,

The driving unit,

It further comprises a yoke fixedly mounted to the fixed portion and a pair of the magnet is mounted,

The coil is,

Is mounted on one end of the operation unit, the toy for a portable terminal, characterized in that spaced apart between the magnets.
The method according to claim 1,

And a terminal unit inserted into the voice output terminal of the portable terminal to couple the fixed unit to the portable terminal, and to transmit a control signal output from the portable terminal to the circuit unit.

The control signal is a voice signal output through the voice output terminal of the portable terminal,

And the circuit unit includes a signal converting unit converting the voice signal into a driving signal for operating the operation unit.
The method according to claim 1,

And a resilient part connected to the operation part to provide a restoring force to the operation part during operation of the operation part.
The method according to claim 1,

The operation unit,

A first link rotating about a first driving shaft by the driving unit;

A second link rotating about the second driving shaft by the first link;

An arm part that is coupled to the second drive shaft and knocks the drum while rotating; Toy for a mobile terminal, characterized in that comprises a.
A fixed part coupled to the mobile terminal;

An operation unit coupled to the fixed unit and displayed to the outside;

A driving unit for operating the operation unit;

A circuit unit which receives the sound signal from the portable terminal and operates the driving unit with a control signal of a predetermined pattern corresponding to the rhythm of the sound signal; Including but not limited to,

The driving unit,

Magnet to generate magnetic field,

And a coil for generating a driving force for operating the operation unit in accordance with the rhythm of the sound signal by electromagnetic interaction with a magnetic field generated in the magnet in response to the control signal.
The method according to claim 6,

The fixing portion,

A terminal unit inserted into an audio output terminal of the portable terminal;

A base to which the terminal unit is coupled and an ear jack terminal is formed;

A body portion coupled to the base and to which the operation portion is coupled; It consists of

The terminal unit transmits the sound signal output from the portable terminal to the circuit unit and the ear jack terminal,

Earphones or speakers are connected to the ear jack terminal to output sound,

And the circuit unit comprises a signal converting unit converting the sound signal into a control signal for operating the operation unit.
The method according to claim 7,

The base is a toy for a mobile terminal, characterized in that it comprises a volume control unit for adjusting the volume of the sound output through the ear jack terminal.
The method according to claim 7,

It further comprises a drive link for connecting the operation unit and the drive unit for transmitting a driving force to the operation unit,

The coil is mounted inside the base,

The magnet is coupled to one end of the drive link toy for a portable terminal, characterized in that disposed adjacent to the coil.
The method according to claim 9,

The operation unit,

A first operation part whose one end is hinged to the other end of the drive link and rotates about the first drive shaft by the drive link;

A connection link having one end hinged to the other end of the first operation unit;

And a second operation part hinged to the other end of the connection link and rotated about the second drive shaft by the connection link.
A fixed part coupled to the mobile terminal;

A projectile that is detachably coupled to the fixed part;

An elastic unit providing an elastic force so that the projectile is launched from the fixed part;

A catching part for suppressing the elastic force so that the projectile does not leave the fixing part;

A driving unit for operating the locking unit such that the projectile is released from restraint of the locking unit by power supply;

A circuit unit which supplies power to the driving unit when receiving a sound signal from the portable terminal; Toy for a mobile terminal, characterized in that comprises a.
The method according to claim 11,

The terminal is inserted into the sound output terminal of the portable terminal further comprises a terminal unit for coupling the fixing unit to the portable terminal,

The terminal unit transmits an acoustic signal output from the portable terminal to the circuit unit,

And the circuit unit comprises a signal converting unit converting the sound signal into a control signal for operating the driving unit.
The method according to claim 11,

The driving unit,

Magnet to generate magnetic field,

And a coil configured to generate a driving force for operating the locking portion by electromagnetic interaction with a magnetic field generated in the magnet when power is supplied from the circuit portion.
The method according to claim 13,

The locking portion,

A hook member having one end of the magnet mounted thereon and a hooking member having the projection projected to the other end thereof;

A rotating shaft rotatably coupling the hook member to the fixed portion;

A support member for elastically supporting the locking projection in the direction of the projectile coupled to the fixed portion; Toy for a mobile terminal, characterized in that consisting of.
The method according to claim 14,

The fixing part is provided with a coupling hole in which the elastic portion, the locking portion, the driving portion and the circuit portion are inserted,

The projectile is inserted into the coupling hole to press the elastic portion, the toy for a mobile terminal, characterized in that the engaging jaw is formed on the outer peripheral surface by the engaging projection.
The method according to claim 11,

The elastic part toy for a portable terminal, characterized in that the coil spring.
A circuit module having a terminal portion for connecting to an audio output terminal of the portable terminal and a circuit portion for converting the audio signal into a driving power source;

A drive configured to include a magnet receiving a power source from the circuit module and a magnet forming a magnetic field, and a driving shaft operated by electromagnetic force generated by the coil and the magnet, and set to allow independent assembly and detachment from other parts. module;

An operation unit connected to the drive shaft and operated; And

And a fixing part for covering the circuit module, the driving module, and the operation part, and fixing a position therebetween.
The method according to claim 17,

The drive module,

Yoke that the magnet is mounted,

A rotator coupled to one end of the coil and rotating about the driving shaft;

The yoke is coupled and the drive shaft is rotatably coupled to the toy for the portable terminal, characterized in that it further comprises a holder coupled to the yoke, magnet, coil and rotator integrally, detachably coupled to the fixed portion .
The method according to claim 18,

The drive module,

And a spring mounted at one end to the holder and the other end mounted at the other end of the rotator to provide elastic restoring force to the rotator.
The method according to claim 18,

The holder is open at the top,

The yoke is fixed to the lower portion is inserted into the holder,

The drive shaft is a toy for a portable terminal, characterized in that spaced apart from the direction in which the yoke is arranged in the holder,
The method according to claim 18,

The yoke,

The main yoke is formed with an upper portion, the magnet is mounted on both inner side surfaces,

A sub yoke coupled to an upper portion of the main yoke,

It is coupled to the inside of the main yoke is disposed between the magnets are spaced, and consists of a center yoke formed in an arc shape around the drive shaft,

The coil is disposed inside the main yoke toy for a mobile terminal, characterized in that to move along the center yoke.
The method according to claim 17,

A toy for a portable terminal, characterized in that the inner side of the fixing portion is formed with a rib protruding to support the outside of the drive module.
The method according to claim 17,

The circuit part is made of a circuit board mounted with a circuit element,

The toy of the portable terminal, characterized in that the fixing groove is formed in the fixing portion is inserted into the circuit board.
The method according to claim 17,

The operating part comprises a first operating part and a second operating part is disposed symmetrically on both sides of the fixed part,

The drive module is a toy for a portable terminal, characterized in that consisting of a first drive module for operating the first operation unit and a second drive module for operating the second operation unit.