JP3139700U - Cell phone dolls - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a cellular phone doll that can enjoy a call.
In a doll main body 1, a control unit 4 for receiving a voice signal from a mobile phone 12 through a connection cord 11, a power switch 5 for disconnecting the control unit and a battery 6, and A drive motor 7, a speaker 9, and a microphone 10 connected to the control unit 4 are provided. The control unit 4 can transmit a drive signal to the drive motor 7 along with the reception of the audio signal, and has received from the microphone 10. An audio signal can be transmitted to the mobile phone 12 through the connection cord 11, and the drive motor 7 is a drive source of the mouth opening / closing mechanism in the operation mechanism 8 of the doll main body 1.
[Selection] Figure 1

Description

  The present invention relates to a doll for a mobile phone that can enjoy a conversation using the mobile phone.

As a conventional doll for a mobile phone, for example, an incoming call notification toy described in Japanese Patent Laid-Open No. 2001-24749 and a stuffed toy that can incorporate an earphone microphone or a headphone microphone described in Japanese Patent Laid-Open No. 2005-7190 (hereinafter referred to as “Conventional Example 1” and "Conventional example 2") has been proposed.
Conventional example 1 is a toy having a function of notifying an incoming call of a mobile phone by forming a doll body with a doll body, detecting an incoming radio wave in the doll body, emitting light, outputting sound, operating a driving unit, and the like.
Conventional Example 2 integrates a stuffed animal with an earphone microphone or a headphone microphone for a mobile phone, and enables a hands-free call when using the mobile phone in a car.
JP 2001-24749 A JP 2005-7190 A

Both Conventional Example 1 and Conventional Example 2 have their respective characteristics, but there is room for further improvement as means for enjoying a call by combining a mobile phone and a doll.
An object of the present invention is to provide a doll for a mobile phone that can enjoy a call.

The first feature of the present invention is that a doll main body, a driving body and a microphone provided in the doll main body, and a connection cord that can be connected to a mobile phone and extend outside the doll main body are provided. The driving body includes a control unit, a power switch for disconnecting the control unit from the power source, a drive motor, and an operation mechanism using the drive motor as a drive source. The control cord is connected to the connection cord, the speaker, the microphone, and the drive motor. The control unit can transmit an audio signal from the mobile phone to the speaker through the connection cord, and can transmit a drive signal to the drive motor along with the reception of the audio signal and receive from the microphone. The transmitted audio signal can be transmitted to the mobile phone through the connection code. The power source is a battery built in the driver. The operating mechanism includes a mouth opening / closing mechanism.
The second feature of the present invention is that the first feature is provided, wherein the opening / closing mechanism of the mouth in the operation mechanism is housed in the main body case, and the guide plate in the opposed position is raised above the main body case. An intermediate case, an elevating drive gear provided in the intermediate case, wherein the driving force of the drive motor is transmitted via the transmission means and is pivotally supported by the central axis serving as the center of rotation, and the central axis The shaft includes a lift eccentric cam, a lift drive plate having a horizontally long hole in the lower portion, an upper jaw plate and a lower jaw plate having a support shaft as a rotation center, and the lower jaw plate approaches the upper jaw plate by a spring. A mouth mechanism portion in which a spring force is urged in a direction, the lifting drive plate is disposed in the middle case, and the upper side thereof is disposed so as to be lifted and lowered between the guide plates. As the lift eccentric cam rotates, The inner peripheral surface of the horizontally long hole can be pressed, the mouth mechanism is attached to the upper part of the elevating drive plate, and the lower jaw plate can rotate about the support shaft as the elevating drive plate moves up and down. It is to be.
The third feature of the present invention is that it has the second feature described above, and the operating mechanism is provided with a mouth opening / closing mechanism and a swinging mechanism, and this swinging mechanism is pivotally supported by a central axis serving as a rotation center. An oscillating gear, an oscillating transmission gear meshed with the oscillating gear and supported by a transmission shaft, an oscillating eccentric cam that rotates integrally with the oscillating transmission gear about the transmission shaft, A swing transmission plate having a swinging elongated hole in the lower portion, the middle case is rotatably supported by a bearing portion of the main body case, and the tip of the swing transmission plate is on one side of the middle case The shaft is supported rotatably on the shaft and the rear end is supported on the support rod provided in the body case so as to be rotatable about the support rod. The inner peripheral surface of the swinging elongated hole can be pressed along with the rotation. .
The fourth feature of the present invention is that the device has any one of the first to third features, wherein the connection cord can be connected to a portable music player or other sound generating device, and the sound signal from the sound generating device is received. It is to be able to transmit to the speaker via the control unit.

  According to this device, the voice of the caller can be heard through the doll body of the cellular phone doll, and the conversation can be easily enjoyed because the hands-free function is provided.

  1 and 2 can be connected to the doll main body 1, the driving body 3 and the microphone 10 housed in the doll main body 12 and the mobile phone 12, and outside the doll main body. An extending connection cord 11 is provided. The drive body 3 includes a control unit 4, a power switch 5 for disconnecting the control unit from the power source 6, a drive motor 7, and an operation mechanism 8 using the drive motor as a drive source. A connection cord 11, a speaker 9, a microphone 10, and a drive motor 7 are connected to the control unit 4. The doll main body 1 can be connected to the mobile phone 12 through the connection cord 11.

The cellular phone doll D is composed of a stuffed animal in the illustrated example, and can open and close the mouth 2 provided on the face portion of the doll body 1 as the mouth opening / closing mechanism 15 of the operation mechanism 8 described later is driven. At the same time, the peripheral portion of the mouth can be moved as the swing mechanism 16 is driven. A storage bag 13 having an upper end opening capable of storing the mobile phone 12 is attached to a front portion of the doll body 1.
As shown in FIG. 2, a battery box 14 is attached to the bottom of the doll main body 1. A battery 6 as a power source is accommodated in the battery box 14 so as to be removable.
The battery 6 is connected to the control unit 4. The power switch 5 disconnects between the control unit 4 and the battery by an on / off operation. The power switch 5 can be operated manually from the outside of the doll body 1. The power switch 5 opens and closes the entire control unit 4.

As shown in FIG. 1, a speaker 9 and a microphone 10 are connected to the control unit 4. A voice signal (received signal) from the control unit 4 is amplified by a built-in amplifier circuit (not shown) and output from the speaker 9.
The control unit 4 outputs the audio signal (transmission signal) from the microphone 10 to the mobile phone 12 through a filter circuit having a built-in signal.
A drive motor 7 is connected to the control unit 4. The control unit 4 controls the drive motor 7 by a signal output from a built-in controller (not shown).
The drive motor 7 is a drive source for the mouth opening / closing mechanism 15 of the operation mechanism 8 for enabling the opening / closing operation of the mouth 2 provided in the doll main body 1, and at the same time, the swing motor for enabling movement around the mouth. It is also a drive source of the moving mechanism 16 (FIG. 3).

The operation mechanism 8 will be described with reference to FIGS.
The main parts of the opening / closing mechanism 15 and the swinging mechanism 16 of the mouth 2 constituting the operation mechanism 8 are incorporated in the driving body 3 as shown in FIGS.
The drive body 3 includes a main body case 17 and a middle case 18 that is swingably attached to the main body case with the upper portion exposed.
The main body case 17 is a combination of a front main body case 17a and a rear main body case 17b. The speaker 9 is fixed to the front inner surface of the front body case 17a. Cylindrical bearing portions 17a1 and 17b1 (FIG. 3) are opposed to the center upper portions of the front and rear body cases 17a and 17b. A battery box 14 is provided on the inner bottom of the main body case 17, and the control unit 4 is disposed on the battery box. A support bar 19 is horizontally provided on one side of the front surface of the main body case 17 (left side in FIG. 4).

  As shown in FIGS. 3 to 6, the middle case 18 is a combination of a front middle case 18a and a rear middle case 18b, and the inside is partitioned into two chambers on the left and right sides in FIG. 3 by a partition plate 18c. Shaft portions 18a1 and 18b1 (FIG. 3) are projected on the upper side of each central outer surface of the front middle case 18a and the rear middle case 18b. The shaft portions 18a1 and 18b1 are rotatably inserted into the bearing portions 17a1 and 17b1 (FIG. 3) of the main body case 17, so that the middle case 18 can swing with respect to the main body case about the shaft portion. Yes. Guide plates 18a2 and 18b2 are erected from the respective central upper surfaces of the front middle case 18a and the rear middle case 18b so as to face each other, and these guide plates are exposed above the main body case 17. The guide plate 18a2 of the front middle case 18a has a planar groove shape with the rear middle case 18b opened, and a receiving plate 18a4 is provided horizontally at the upper end. A connecting hole 18a3 (FIG. 5) is formed in the upper part of the guide plate 18a2. A guide protrusion 18b3 protrudes above the guide plate 18b2 of the rear middle case 18b. As shown in FIG. 3, the connecting hole 18 a 3 and the guide protrusion 18 b 3 which face each other are coupled by a screw 20.

The opening / closing mechanism 15 of the mouth 2 of the operation mechanism 8 is incorporated in one side chamber (the right chamber in FIG. 3) of the partition plate 18c in the middle case 18, and the swing mechanism 16 is incorporated in the other side chamber (left chamber). That is,
As shown in FIGS. 3 to 5, a central shaft 21 is passed to the upper part in the middle case 18, and the shaft ends are supported in shaft portions 18 a 1 and 18 b 1 of both the front and rear middle cases 18 a and 18 b.
A rotating wheel 22, first, second and third transmission gears 23, 24, 25, a lift drive gear 26 and a lift drive plate 27 are arranged in the right side chamber of FIG. 3 in the middle case 18.
The rotating wheel 22 has the center shaft 21 as the center of rotation, and the driving force of the driving motor 7 is transmitted through the belt 28. The belt 28 is wound around the rotating wheel 22 and the driving wheel 29 of the driving motor 7. The rotating wheel 22 is integrally provided with a first transmission gear 23 on the inner side thereof. The first transmission gear 23 meshes with a second transmission gear 24 having the transmission shaft 30 as a rotation center. The second transmission gear 24 is integrally provided with a third transmission gear 25 inside thereof. The third transmission gear 25 is meshed with a lifting drive gear 26 which is centered on the central shaft 21 and supported on the central shaft. As shown in FIGS. 5 and 7, the elevating drive gear 26 is integrally provided with an annular body 26 a concentric with the elevating drive gear on its inner surface. Inside the raising / lowering drive gear 26, the raising / lowering eccentric cam 31 and the rocking | fluctuation gear 32 which are integrally formed are arrange | positioned. The raising / lowering eccentric cam 31 is being fixed to the raising / lowering drive gear 26 with the screw | thread 33 (FIG. 7).
The elevating drive plate 27 is disposed between the partition plate 18 c and the elevating drive gear 26. The raising / lowering drive plate 27 stands up above the middle case 18 and is disposed between the guide plates 18a2 and 18b2 so as to be raised and lowered. A guide vertically elongated hole 27 a is formed in a substantially central portion of the elevating drive plate 27. The guide protrusion 18b3 can move up and down in the guide vertically long hole 27a. Further, as shown in FIG. 8, the elevating drive plate 27 has a horizontally elongated hole 27b formed in the lower portion thereof. The elevating eccentric cam 31 is located in the laterally long hole 27b and can rotate while contacting the inner peripheral surface thereof.

The raising / lowering operation of the raising / lowering drive board 27 is performed as follows.
As shown in FIGS. 3 and 4, the driving force of the driving motor 7 is transmitted to the rotating wheel 22 via the driving wheel 29 and the belt 28, and the rotating force of the rotating wheel is the first, second and third transmission gears 23. , 24, 25 and then transmitted to the lift drive gear 26 at a reduced speed. Since the lifting eccentric gear 31 is rotated together with the central shaft 21 following the rotation of the lifting drive gear 26, the inner peripheral surface of the laterally long hole 27b is pressed on the lifting drive plate 27 along with the rotation of the lifting eccentric cam. Up and down operations shown in FIGS. 8A to 8C are repeated above.

As shown in FIG. 3, a mouth mechanism 34 is attached to the upper part of the lift drive plate 27, and this mouth mechanism is driven to open and close as the lift drive plate is raised and lowered.
The mouth mechanism part 34 includes a base part 35 as shown in FIGS. 3 to 6 and 9. The base portion 35 has a hole 35a, and the elevating drive plate 27 is penetrated through the hole 35a. A column 36 is erected on the base portion 35. The connection part 36a at the upper part of the support column 36 is fitted into the holding recess at the upper part of the elevating drive plate 27, and the fitted state is fixed by screws 37 (FIG. 3). A side plate 38 extending from the base 35 to the right side in FIG. 5 is provided, and an upper jaw plate 39 that is inclined to the right and rises between both side plates and has a substantially semicircular planar shape is provided. The upper jaw plate 39 is attached to the inner surface of the mouth 2 of the doll main body 1.
A lower jaw plate 40 is provided below the upper jaw plate 39. The lower jaw plate 40 is rotatable about a support shaft 42 that passes through the shaft portion 41 at the rear end and extends between the side plates 38. A connecting plate 43 having a “H” shape is provided from the shaft portion 41 toward the support column 36, and a lower end portion of one end side (left end side in FIG. 3) of this connecting plate is on the upper surface of the receiving plate 18 a 4 of the front middle case 18 a. Always in contact. The lower jaw plate 40 is always biased by a spring 44 toward the receiving plate 18a4. For this reason, the lower jaw plate 40 is biased with a spring force in a direction approaching the upper jaw plate 39, and eventually a spring force is biased in a direction in which the mouth is closed. The lower jaw plate 40 is covered with a covering portion 2a (FIG. 3) in the form of a tongue, and this covering portion is exposed to the outside of the doll body 1 as shown in FIG. 2, and corresponds to the lower lip portion. In FIG. 3, the rear end side of the covering portion 2a is cut out.
Since the mouth mechanism part 34 is fixed to the upper side of the elevating drive plate 27 as shown in FIG. 3, the elevating drive plate moves up and down in the same direction as the elevating drive plate. For example, when the elevating drive plate 27 is raised as shown by the chain line in FIG. 3, the mouth mechanism portion 34 is raised and the connecting plate 43 is also lifted away from the upper surface of the receiving plate 18a4. Since the spring force is applied in a direction always in contact with the spring 44 (counterclockwise in FIG. 3), the lower jaw plate 40 rotates about the support shaft 42 in the counterclockwise direction in FIG. 3 according to the spring force. As shown by the chain line, the mouth is closed. On the contrary, when the elevating drive plate 27 is lowered, the mouth mechanism portion 34 is lowered, and the connecting plate 43 is also lowered to press the upper surface of the receiving plate 18a4, so that the lower jaw plate 40 resists the spring force of the spring 44 and is supported. It rotates clockwise about 42 and moves away from the lower surface of the upper jaw plate 39 to form a “<” shape with the upper jaw plate 39 so that the mouth is opened.

A swing gear 32, a swing transmission gear 45, a swing eccentric cam 46, and a swing transmission plate 47 are disposed in the left chamber (FIG. 3) in the middle case 18.
As shown in FIG. 3, the swing transmission gear 45 is pivotally supported by the transmission shaft 30 and meshes with the swing gear 32 with the transmission shaft as a rotation center. As shown in FIGS. 5 and 10, the swing transmission gear 45 is integrally provided with a swing eccentric cam 46 inside thereof.
As shown in FIGS. 3 and 11, the swing transmitting plate 47 has an annular portion 47a at the front end rotatably fitted on the inner surface of the rear middle case 18b and on the shaft portion 18d concentric with the shaft portion 18b1. The swing transmission plate 47 has a support hole 47b at the rear end. The swing transmission plate 47 is held by a support bar 19 whose rear end passes through the support hole 47b. Both ends of the swing transmission plate 47 are rotatably supported by the shaft portion 18 d and the support rod 19 in a relative relationship with the middle case 18. The rocking transmission plate 47 has a rocking long hole 47c in the center thereof. The swinging eccentric cam 46 is located in the swinging long hole 47c and is rotatable while being in contact with the inner peripheral surface thereof.

The movement of the peripheral portion of the mouth 2 based on the movement of the swing transmission plate 47 is as follows.
As shown in FIGS. 3 and 4, the driving force of the drive motor 7 is transmitted to the elevating drive gear 26 and the swing gear 32 via the rotating wheel 22 and the first, second and third transmission gears 23, 24 and 25. Then, it is decelerated and transmitted to the swing transmission gear 45. Since the rotational force of the swing transmission gear 45 is transmitted to the transmission shaft 30, the swing eccentric cam 46 also rotates around the transmission shaft 30, so that the swing eccentric cam rotates and transmits the swing as shown in FIG. The inner peripheral surface of the swinging long hole 47c of the plate 47 is pressed. This pressing force eventually reaches the middle case 18 because the positions of both ends of the rocking transmission plate 47 are maintained. As a result, the middle case swings around the shaft portions 18a1 and 18b1. 11A to 11D are repeated.
As the elevating drive plate 27 that moves up and down with the swing of the middle case 18 also swings in the left-right direction (plate width direction), the mouth mechanism portion 34 also swings in the same direction, and the peripheral portion of the mouth 2 moves.

  The rear end of the connection cord 11 is connected to the lower side of one side (right side in FIG. 2) of the doll main body 1 of the cellular phone doll D. A connection plug 48 is provided at the tip of the connection cord 11. The connection plug 48 is a flat type in the example shown in FIG. The connection plug 48 is used by being inserted into an earphone microphone terminal (not shown) provided on the side of the mobile phone 12.

  A voice signal from the mobile phone 12 at the time of reception (during a call) is received by the receiving circuit of the control unit 4 and transmitted to the speaker 9. The control unit 4 transmits a drive signal to the drive motor 7 with the reception of the audio signal, and the opening / closing mechanism 15 and the swinging mechanism 16 of the mouth can be operated by driving the drive motor. The control unit 4 is capable of transmitting (outputting) the audio signal received from the microphone 10 to the mobile phone 12 through the connection cord 11.

Next, a method for using the cellular phone doll D according to the present invention will be described.
Usually, the user of the mobile phone 12 puts this mobile phone in the storage bag 13 on the front side of the doll main body 1, puts the power switch 5, and turns on the control unit 4. Then, the connection plug 48 at the end of the connection cord 11 is inserted into the earphone microphone terminal of the user's mobile phone 12.
When receiving, when the user removes the mobile phone 12 from the storage bag 13 and presses the call button on the mobile phone, the voice of the caller can be heard through the built-in speaker 9, and at the same time the mouth 2 of the doll body 1 is as if It moves as if it matches the voice of the caller. This is because the drive motor 7 is driven with reception and the opening / closing mechanism 15 of the mouth is activated. Mouth 2 constantly opens and closes while the caller speaks. In the illustrated example, the covering portion 2a corresponding to the lower lip portion of the mouth 2 performs a speaking operation by moving the tip side up and down around the rear end portion.
When the user who is the receiver speaks to the cellular phone doll D from which the voice from the caller is being spoken, the built-in microphone 10 picks up the voice, and the control unit 4 connected to the microphone receives the voice signal. Is output to the connection cord 11 side and transmitted to the caller's telephone through the mobile phone 12.
In this way, the mobile phone doll D can make a hands-free call.

The movement of the mouth 2 will be further described.
The driving motor 7 is driven in accordance with the reception, and the opening / closing mechanism 15 is operated by the driving force. For example, when the elevating driving plate 27 is lowered, the connecting plate 43 in contact with the upper surface of the receiving plate 18a4 is moved upward. Since the lower jaw plate 40 is rotated about the support shaft 42 in the clockwise direction in FIG. 3, the lower jaw plate 40 is formed with the upper jaw plate 39 so that the mouth 2 is opened. Since 40 rotates counterclockwise, it approaches the lower surface of the upper jaw plate 39 and the mouth is closed.
Simultaneously with the opening and closing of the opening 2, the driving force of the drive motor 7 is transmitted to the swing mechanism 16, and the swing transmitting plate 47 is swung along with the rotation of the swing eccentric cam 46 as shown in FIG. Since the inner peripheral surface of the hole 47c is pressed and this pressing force reaches the middle case 18, the middle case swings around the shaft portions 18a1 and 18b1, and the swing transmission plate is accompanied by the swing. 47 also repeats the swinging motions shown in FIGS. 11A to 11D, and the periphery of the mouth 2 is moved by this motion.
In this way, the mouth 2 gives the user the impression that the cellular phone doll D is talking by the operation of the opening / closing mechanism 15 and the swinging mechanism 16.

When the call is finished, the user presses the call button on the mobile phone 12 and turns off the power switch 5 as necessary. If the audio signal from the caller is interrupted, the drive signal from the control unit 4 to the drive motor 7 is not output, so that the drive motor is stopped and the opening / closing mechanism 15 and the swing mechanism 16 are stopped. Therefore, the movement of the mouth 2 stops.
If the mobile phone 12 is not used and it is not necessary to keep it in a so-called standby state, the power switch 5 is turned off.

  According to the illustrated device, it is possible to increase the value of a product as if it is a talking doll, and it becomes possible to make hands-free calls, so that it is convenient to make a call using a mobile phone.

As shown in FIG. 12, the connection cord may be composed of a first connection cord 11A and a second connection cord 11B, instead of the connection cord 11 shown.
The first connection cord 11A is provided with a pin-type connection plug 49 on the tip side. The connection plug 49 is provided with a terminal pin 50.
The second connection cord 11B is provided with a flat connection plug 51 at the front end and a connection plug 52 at the rear end. The connection plug 52 has a terminal pin hole 52a formed therein.
As an example of use, the terminal pin 50 of the connection plug 49 is inserted into the terminal of the connection portion 53a of the portable music player 53 as a sound generating device, and the power switch is turned on.
When the portable music player 53 is driven in this state, an audio signal is output to the doll main body 1 through the first connection cord 11A, and a performance music flows from the speaker 9.
As another example, if the terminal of the sound generating device corresponds to a flat type, the terminal pin 50 of the connection plug 49 is inserted into the terminal pin hole 52a of the connection plug 52, and the first connection cord 11A is connected to the first connection cord 11A. 2 is connected to the connection cord 11B, and the power switch is turned on with the connection plug 51 inserted into the terminal of the connection part of the sound generating device.
If the connection cord 11, the first and second connection cords 11A and 11B are used to connect to a sound generator such as a portable music player 53, a radio, a compact disc player, etc., the doll for the mobile phone can be used as a speaker of the sound generator. Available.
The mobile phone doll D can be used as a speaker in addition to the hands-free device because the mouth 2 also moves through the audio signal output from the connection cords 11, 11A, 11B to the doll body 1 when driven. The range of use is wide and practical.

  The operating mechanism 8 may include only the opening / closing mechanism 15 of the mouth, but if the swing mechanism 16 is also provided, the movement of the mouth 2 is close to the actual movement, so that the commercial value is increased.

It is a block diagram which shows the doll for mobile phones which concerns on this device. It is a front view of the doll for mobile phones which concerns on this device. It is a partially cutaway side view of the drive body used for the cellular phone doll according to the present invention. It is a partially cutaway front view of the drive body used for the doll for mobile phones which concerns on this device. FIG. 4 is a partially cutaway side view showing an exploded main part of an operation mechanism used for a cellular phone doll according to the present invention. FIG. 2 is a partially cut-out reduced front view showing an exploded main part of an operation mechanism used for a cellular phone doll according to the present invention. It is an enlarged rear view which shows the raising / lowering drive gear used for the doll for mobile phones which concerns on this device. It is a front view which shows the raising / lowering process of the raising / lowering drive plate used for the doll for mobile phones concerning this invention in steps. It is a top view which shows the mouth mechanism part used for the doll for portable telephones which concerns on this device. It is an enlarged rear view which shows the rocking | fluctuation transmission gear used for the doll for mobile phones based on this device. It is a front view which shows the relationship between the rocking | fluctuation mechanism used for the doll for mobile phones which concerns on this device, and a middle case in steps. It is an exploded view which shows the other example of the connection cord used for the doll for mobile phones which concerns on this device.

Explanation of symbols

D doll for mobile phone 1 doll body 2 mouth 3 driver 4 control unit 5 power switch 6 battery (power)
7 drive motor 8 operation mechanism 9 speaker 10 microphone 11 connection cord 11A first connection cord (connection cord)
11B Second connection cord (connection cord)
12 Cellular phone 15 Opening / closing mechanism 16 Swing mechanism 17 Main body case 18 Medium case 18a1, 18b1 Shaft 18a2, 18b2 Guide plate
18d Shaft portion 21 Center shaft 22 Rotating wheel 23 First transmission gear (transmission means)
24 Second transmission gear (transmission means)
25 Third transmission gear (transmission means)
26 Elevating drive gear 27 Elevating drive plate 27b Horizontally long hole 30 Transmission shaft 31 Elevating eccentric cam 32 Oscillating gear 34 Mouth mechanism 39 Upper jaw plate 40 Lower jaw plate 42 Support shaft 44 Spring 45 Oscillating transmission gear 46 Oscillating eccentric cam 47 Oscillating Transmission plate 47b Support hole 47c Long hole for swinging 48, 49, 51 Connection plug 53 Portable music player (sound generator)

Claims (4)

A doll main body, a driving body and a microphone provided in the doll main body, a connection cord that can be connected to a mobile phone and extends outside the doll main body,
The driving body includes a control unit, a power switch for connecting and disconnecting the control unit and a power source, a driving motor, and an operation mechanism using the driving motor as a driving source.
The control unit is connected to the connection cord, the speaker, the microphone, and the drive motor,
The control unit can transmit an audio signal from the mobile phone to the speaker through the connection cord, and can transmit a drive signal to the drive motor along with the reception of the audio signal and receive from the microphone. Can be sent to the mobile phone through the connection cord,
The power source is a battery built in the driver,
The operation mechanism is provided with a mouth opening / closing mechanism.   The opening / closing mechanism of the mouth in the operating mechanism is provided in the middle case, which is housed in the main body case and the guide plate of the opposed position is raised above the main body case, and is provided in the middle case. Elevating drive gear that is transmitted through the transmission means and is pivotally supported by the central axis that is the center of rotation, elevating eccentric cam that is pivotally supported by the central axis, and elevating drive that has a horizontally long hole at the bottom A plate, an upper jaw plate, and a lower jaw plate having a support shaft as a rotation center, and a mouth mechanism portion in which the lower jaw plate is biased by a spring in a direction approaching the upper jaw plate. The elevating drive plate is disposed in the middle case, and the upper side thereof can be moved up and down between the guide plates, and the elevating eccentric cam presses the inner peripheral surface of the laterally long hole as it rotates. The above mouth mechanism is possible There is attached to the top of the elevator drive plate and a mobile phone doll according to claim 1, wherein said lower jaw plate according elevator is characterized in that it is rotated about the support shaft of the elevator drive plate.   The operating mechanism includes a mouth opening / closing mechanism and a swinging mechanism. The swinging mechanism is pivotally supported by a central shaft serving as a rotation center, meshed with the swinging gear, and supported by a transmission shaft. A swing transmission gear, a swing eccentric cam that rotates integrally with the swing transmission gear about the transmission shaft, and a swing transmission plate having a swing elongated hole in the lower portion. The middle case is rotatably supported by the bearing portion of the main body case, the front end of the swing transmission plate is rotatably supported by the shaft portion on one side of the middle case, and the rear end is The support rod provided in the main body case is supported so as to be rotatable about the support rod, and the swing eccentric cam can press the inner peripheral surface of the swinging elongated hole with the rotation. The cellular phone doll according to claim 2, wherein:   The connection cord can be connected to a portable music player or other sound generating device, and can transmit a sound signal from the sound generating device to the speaker via the control unit. The mobile phone doll described in Crab.

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