KR100812372B1 - Apparatus for notifying mobile phone call and method thereof - Google Patents

Abstract

An apparatus and a method for announcing the arrival of a call in a mobile phone are provided to attract a user's interest by detecting the volume level of a ringing sound in real time and varying the speed of a doll's gesture according to the detected volume level. An apparatus for announcing the arrival of a call in a mobile phone(1) comprises a doll-shaped housing(100), a wire/wireless transceiver part(200), a volume level detection part(300), a memory(400), a microcomputer(500), a handsfree part(600), a DC motor(700), and a gearbox(800). The housing(100) makes a gesture. The wire/wireless transceiver part(200) receives a signal associated with an incoming call or an audio signal related to MP3 regeneration. The volume level detection part(300) detects and outputs the volume level of an audio signal inputted from the wire/wireless transceiver part(200). The memory(400) stores a volume level/RPM table which contains motor RPM values for volume levels. If a volume level value for an audio signal is inputted from the volume level detection part(300), the microcomputer(500) obtains a motor RPM value equivalent to the inputted volume level value from the volume level/RPM table and outputs an associated control signal. The handsfree part(600), connected with the microcomputer(500), executes a handsfree function. The DC motor(700) runs at a regular speed according to a motor RPM control signal inputted from the microcomputer(500). The gearbox(800), driven according to the revolution speed of the DC motor(700), operates the housing(100).

Description

Mobile phone call notification device and its method {APPARATUS FOR NOTIFYING MOBILE PHONE CALL AND METHOD THEREOF}

1 is a perspective view showing the appearance of a mobile phone call notification device according to an embodiment of the present invention,

2 is a functional block diagram showing the configuration of a mobile phone call notification device according to an embodiment of the present invention,

3 is an operation flowchart showing a mobile phone call notification method according to FIG.

4 is an operation flowchart showing another embodiment of a mobile phone call notification method according to FIG.

5 is an operational flowchart illustrating a method for listening to an MP3 of a mobile phone in the mobile phone call notification method according to FIG. 2;

6 is an exemplary view showing a state in which the mobile phone call notification device of the present invention is implemented in the form of a necklace,

Figure 7 is an exemplary view showing a mobile phone call notification device of the present invention implemented in the earring-type hands-free form.

<Explanation of symbols for the main parts of the drawings>

100: doll-shaped housing 200: wired / wireless transceiver

300: volume level detection unit 400: memory

500: microcomputer 600: hands free

610: earphone 620: microphone

630: call connection button 700: DC motor

800: gearbox 900: housing stop button

The present invention relates to a mobile phone call notification device and a method thereof, and more particularly, to realizing a device for notifying a call state of a mobile phone by a doll's motion, the volume of the ringtone melody in real time. The present invention relates to a mobile phone call notification device and a method for detecting and providing various changes in the speed of a doll's body motion according to the volume level.

As is well known, a typical mobile phone informs the user of the incoming call when a call comes in via ring tone or vibration. However, according to the above general call notification method, when a user carries a mobile phone, there is no problem, but when the user cannot recognize the incoming call, for example, women carry the mobile phone in a noisy situation, Or if you are working indoors with your cell phone on a desk or other shelf, you'll be upset because you're not aware of any incoming calls or vibrations.

The product developed under this background is an incoming call notification device that informs the user of the incoming status of the mobile phone in any environment by being connected to the mobile phone by wire or wireless. However, the conventional call notification auxiliary device developed in the conventional mobile phone is separated from the mobile phone, and uses the same method as the conventional call notification method (call sound or vibration), so it does not cause the user's interest in addition to the call notification function. There was this.

These limitations can have a huge impact on sales growth by failing to meet the needs of more diverse and complex users, especially young consumers, who are emerging rapidly in recent years, which prevents them from monopolizing the edge in competition with other companies. Can be acted upon.

Therefore, the present invention has been made to solve the above-mentioned conventional problems, and an object of the present invention is to implement a device for notifying the incoming state of the mobile phone by the body movement of the doll, the volume of the ringtone melody is detected in real time By varying the speed of the doll's body motion according to the high and low volume level, to provide a mobile phone call notification device and method for contributing to the interest of the user in addition to the call notification function.

Another purpose is not only to meet the consumer needs of young people (especially teenagers), who have recently taken an absolute share of mobile phone consumption, but also to contribute to the increase in sales, but also to monopolize the competitive edge with other companies. It is to provide a call notification device and a method thereof.

In order to achieve the above object, the present invention is an incoming call notification device, in the device for informing the user of the incoming call,

A doll-shaped housing capable of performing a gesture;

A wired / wireless transmission / reception unit connected to the mobile phone via a wired / wireless unit and receiving an audio signal related to an incoming call or MP3 listening of the mobile phone;

A volume level detector which receives an audio signal from the wired / wireless transceiver and detects and outputs a volume level;

A memory for storing a volume level / RPM table in which motor RPM values are set in stages according to the volume level of the audio input signal;

Receives and outputs an audio signal related to incoming or MP3 listening from the wired / wireless transceiver, and receives a volume level value of the audio signal from the volume level detector, and reads the volume level / RPM table stored in the memory. A microcomputer acquiring a motor RPM value corresponding to the audio volume level and outputting a control signal corresponding thereto;

A hands-free unit connected to the microcomputer to perform a hands-free function, comprising a earphone, a microphone, and a call connection button;

A DC motor receiving a motor RPM control signal from the micom and driving at a speed controlled by the micom; And

It is connected to each node inside the doll-shaped housing is characterized in that consisting of a gearbox for moving the doll-shaped housing by driving in accordance with the rotational speed of the DC motor.

In addition, the present invention, the incoming call notification method, a doll-shaped housing; Wired / wireless transceiver; A volume level detector; A memory in which a volume level / RPM table is stored; Micom; A hands-free unit including an earphone, a microphone, and a call connection button; DC motor; And in the incoming call notification method of the mobile phone call notification device consisting of a gear box.

Step 101, the microcomputer receives an audio signal related to an incoming call from the wired / wireless transceiver and outputs it to the hands-free unit and receives a volume level value of the audio signal from the volume level detector;

Step 102, the micom reads a volume level / RPM table stored in the memory to obtain a motor RPM value corresponding to a current audio volume level;

Step 103, the micom controls the RPM of the DC motor at a speed suitable for a current audio volume level so that the doll-shaped housing moves;

The microcomputer compares the volume level value of the audio signal input in real time through the volume level detector with the volume level / RPM table value stored in the memory to determine whether to maintain or change the current RPM value. step;

If the current RPM value is maintained in step 104, the microcomputer proceeds to step 104 again. If a change is required, the drive speed of the DC motor is controlled by an RPM value corresponding to the volume level of the currently input audio signal. Step 105 for converting a moving speed of the doll-shaped housing;

Step 106, the micom determines whether the call connection button of the hands-free unit is turned on; And

When the call connection button of the hands-free unit is not turned on in step 106, the microcomputer proceeds to step 104 again, and when turned on, automatically stops driving of the DC motor to stop the doll-shaped housing body motion. Characterized in consisting of steps.

On the other hand, the present invention mobile phone call notification method, a doll-shaped housing; Wired / wireless transceiver; A volume level detector; A memory in which a volume level / RPM table is stored; Micom; A hands-free unit including an earphone, a microphone, and a call connection button; DC motor; And in the incoming call notification method of the mobile phone call notification device consisting of a gear box.

Step 201, the microcomputer receives an audio signal related to an incoming call from the wire / wireless transceiver and outputs it to the hands free unit and receives a volume level value of the audio signal from the volume level detector;

Step 202, the microcomputer reads the volume level / RPM table stored in the memory to obtain a motor RPM value corresponding to a current audio volume level value;

Step 203, the micom controls the RPM of the DC motor at a speed suitable for a current audio volume level to move the doll-shaped housing;

The microcomputer compares the volume level value of the audio signal input in real time through the volume level detector with the volume level / RPM table value stored in the memory to determine whether to maintain or change the current RPM value. step;

If the current RPM value is maintained at step 204, the microcomputer proceeds to step 204 again. If a change is required, the drive speed of the DC motor is controlled by an RPM value corresponding to the volume level of the currently input audio signal. Step 205, wherein the doll-shaped housing converts the movement speed;

The micom switches to the call voice mode at the same time the call connection button of the hands free unit is turned on, and continuously controls the RPM speed conversion function of the DC motor according to the volume level of the caller's voice signal. Step 206, converting the housing movement speed;

Step 207, the micom determines whether the housing stop button is on; And

In step 207, if the housing stop button is not turned on, the microcomputer proceeds to step 206, and when on, the microcomputer automatically stops driving of the DC motor to stop the doll-shaped housing body movement. Characterized in that made.

In addition, the present invention, the incoming call notification method, a doll-shaped housing; Wired / wireless transceiver; A volume level detector; A memory in which a volume level / RPM table is stored; Micom; A hands-free unit including an earphone, a microphone, and a call connection button; DC motor; And in the incoming call notification method of the mobile phone call notification device consisting of a gear box.

Step 301, the microcomputer receives an audio signal related to MP3 listening from the wire / wireless transceiver and outputs it to the hands-free unit and receives a volume level value of the audio signal from the volume level detector;

Step 302, wherein the microcomputer reads the volume level / RPM table stored in the memory to obtain a motor RPM value corresponding to a current audio volume level;

Step 303, the micom controls the RPM of the DC motor at a speed suitable for a current audio volume level to move the doll-shaped housing;

The microcomputer compares the volume level value of the audio signal input in real time through the volume level detection unit with the volume level / RPM table value stored in the memory to determine whether to maintain or change the current RPM value. step;

If the current RPM value is maintained at step 304, the microcomputer proceeds to step 304 again. If a change is required, the drive speed of the DC motor is controlled by an RPM value corresponding to the volume level of the currently input audio signal. Step 305, wherein the housing of the doll shape converts a movement speed;

Step 306, the micom determines whether the housing stop button is on; And

If the housing stop button is not turned on in step 306, the microcomputer proceeds to step 305 again, and when turned on, the microcomputer automatically stops driving of the DC motor to stop the doll-shaped housing body motion. Characterized in that made.

Hereinafter, a mobile phone call notification device and a method thereof according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing the appearance of a mobile phone call notification device according to an embodiment of the present invention, Figure 2 is a functional block diagram showing the configuration of a mobile phone call notification device according to an embodiment of the present invention, one of the present invention Mobile phone call notification device according to the embodiment is a doll-shaped housing (Housing) 100, wired / wireless transceiver 200, volume level detection unit 300, memory (400), Micom (500) ), A hands free unit 600, a DC motor 700, a gear box 800, and a housing stop button 900.

At this time, the housing 100 is a doll shape that can move as shown in Figure 1, the role of protecting each of the internal components as shown in Figure 2 and the gearbox 800 under the control of the microcomputer (500). According to the movement, as shown in FIGS. 6 and 7B, the dance motion is produced. At this time, the housing 100 may be implemented in the form of a necklace as shown in Figure 6, or may be implemented in the form of an earring-shaped hands-free to be worn in the manner of hanging on the user's ear as shown in Figure 7a and 7b. .

In addition, the wired / wireless transceiver 200 is connected to the mobile phone 1 by a wired connection method such as serial or USB, or a wireless connection method such as RF or Bluetooth, so as to receive or receive MP3 from the mobile phone 1. It receives a related audio signal or transmits a user's voice signal to the cellular phone 1 in handsfree. At this time, the audio signal associated with the incoming call of the mobile phone 1 means various ringing sounds (melody, ring signal, etc.) and the voice signal of the other party when the mobile phone 1 is received.

The volume level detector 300 receives an audio signal from the wired / wireless transceiver 200 and detects a volume level and outputs the volume to the microcomputer 500.

In addition, the memory 400 is a memory for storing the volume level / RPM table set by the motor RPM value according to the volume level of the audio signal input through the wired / wireless transceiver 200 in stages.

Meanwhile, the microcomputer 500 receives an audio signal related to an incoming call or MP3 listening from the wire / wireless transceiver 200 and outputs the audio signal to the hands free unit 600, while the audio level is detected from the volume level detector 300. When the volume level value of the signal is received, the volume level / RPM table stored in the memory 400 is read to obtain a motor RPM value corresponding to the current audio volume level value, and then the control signal corresponding thereto is applied to the DC motor 700. It plays a role as output.

At this time, the microcomputer 500 controls the body movement of the doll-shaped housing 100 by adjusting the RPM value of the DC motor 700 according to its volume level when a call sound is received when the mobile phone 1 is received. When the call connection button 630 of the hands free unit 600 is turned on, the DC motor 700 is automatically stopped to control the body of the doll-shaped housing 1 to be stopped.

In addition, the microcomputer 500 controls the body movement of the doll-shaped housing 100 by adjusting the RPM value of the DC motor 700 according to the volume level of the MP3 melody when listening to the MP3, the wired / wireless transceiver When the MP3 audio signal is not received through the 200, the driving of the DC motor 700 is automatically stopped to control the body movement of the housing 100 of the doll shape. At this time, when the user presses the housing stop button 900 while listening to MP3, the microcomputer 500 automatically stops driving of the DC motor 700 to forcibly stop the body shape of the housing 100 of the doll shape. .

On the other hand, the hands free unit 600 is composed of an earphone 610, a microphone 620 and a call connection button 630, and is connected to the microcomputer 500 to perform a hands-free function.

In addition, the DC motor 700 is a motor for driving the gearbox 800 by receiving a motor RPM control signal from the microcomputer 500 and driving at a speed controlled by the microcomputer 500, wherein the gearbox ( 800 is connected to each node inside the doll-shaped housing 100 to drive according to the rotational speed of the DC motor 700 serves to move the doll-shaped housing 100. At this time, the body movement of the doll-shaped housing 100 can produce a variety of dance movements in accordance with the combination of the gear box (800).

On the other hand, the housing stop button 900 is connected to the input terminal of the microcomputer 500 and at the same time is installed outside the doll-shaped housing 100, according to the user's selection of the body movement of the doll-shaped housing 100 This button is forcibly stopped.

Then, a mobile phone call notification method according to an embodiment of the present invention using the device having the above configuration will be described with reference to FIG.

First, the microcomputer 500 receives an audio signal related to an incoming call from the wired / wireless transceiver 200 and outputs it to the hands free unit 600 and at the same time the volume of the audio signal from the volume level detector 300. The level value is input (S101). At this time, the audio signal associated with the incoming call of the mobile phone 1 includes ring signals and various melodies which are various ring tones when the mobile phone 1 is received.

Thereafter, the microcomputer 500 reads the volume level / RPM table stored in the memory 400 to obtain a motor RPM value corresponding to the current audio volume level (S102).

Subsequently, the microcomputer 500 controls the RPM of the DC motor 700 at a speed suitable for the current audio volume level, such that the doll-shaped housing 100 moves as shown in FIGS. 6 and 7B. It moves to (S103).

The microcomputer 500 maintains the current RPM value by comparing the volume level value of the audio signal input in real time through the volume level detector 300 with the volume level / RPM table value stored in the memory 400. It is determined whether or not (S104).

At this time, if the current RPM value is maintained in the 104th step (S104) (YES), the microcomputer 500 proceeds to the 104th step (S104), and if a change is required (NO), the currently input audio signal By controlling the driving speed of the DC motor 700 to an RPM value corresponding to the volume level of the dolly-shaped housing 100 converts the movement speed (S105). Therefore, when the current volume is higher than the existing level, the speed of the movement of the housing 100 of the doll shape is faster, and if the current volume is lower than the existing level, the speed of the movement of the housing 100 Will slow down.

Thereafter, the microcomputer 500 determines whether the call connection button 630 of the hands-free unit 600 is turned on (S106).

In this case, when the call connection button 630 of the hands-free unit 600 is not turned on in step 106 (NO), the microcomputer 500 proceeds to step 104 and returns on. When (YES) the drive of the DC motor 700 is automatically stopped to stop the body of the housing shape of the doll shape (S107).

On the other hand, in the following will be described with reference to Figure 4 for another embodiment of a mobile phone call notification method according to an embodiment of the present invention.

First, the microcomputer 100 receives an audio signal related to an incoming call from the wired / wireless transceiver 200 and outputs the audio signal to the hands-free unit 600 and simultaneously outputs the audio signal from the volume level detector 300. The volume level value is input (S201). At this time, the audio signal associated with the incoming call of the mobile phone 1 includes ring signals and various melodies which are various ring tones when the mobile phone 1 is received.

Thereafter, the microcomputer 500 reads the volume level / RPM table stored in the memory 400 to obtain a motor RPM value corresponding to the current audio volume level (S202).

Subsequently, the microcomputer 500 controls the RPM of the DC motor 700 at a speed suitable for the current audio volume level, so that the doll-shaped housing 100 has various dances as shown in FIGS. 6 and 7B. It moves to the operation (S203).

On the other hand, the microcomputer 500 compares the volume level value of the audio signal input in real time through the volume level detector 300 with the volume level / RPM table value stored in the memory 400 to maintain the current RPM value. It is determined whether (S204).

At this time, if the current RPM value is to be maintained at step 204 (S204) (YES), the microcomputer 500 proceeds to step 204 (S204), and if a change is required (NO), an audio signal currently input. By controlling the driving speed of the DC motor 700 to the RPM value corresponding to the volume level of the dolly-shaped housing 100 to convert the movement speed (S205). Therefore, when the current volume is higher than the existing level, the speed of the movement of the housing 100 of the doll shape is faster, and if the current volume is lower than the existing level, the speed of the movement of the housing 100 Will slow down.

Thereafter, the microcomputer 500 switches the phone voice mode at the same time the call connection button 630 of the hands-free unit 600 is turned on and the DC motor 700 according to the volume level of the called party's voice signal. By continuously controlling the RPM speed conversion function of the) to convert the moving speed of the housing shape of the doll shape according to the voice height of the called party (S206).

Subsequently, the microcomputer 500 determines whether the housing stop button 900 is turned on (S207).

In this case, when the housing stop button 900 is not turned on (NO) in step 207 (NO), the microcomputer 500 proceeds to step 206 (S206) again, and when turned on (YES), the DC The driving of the motor 700 is automatically stopped to stop the doll-shaped housing 100 body movement (S208).

On the other hand, in the following the mobile phone MP3 listening method in the mobile phone call notification method according to an embodiment of the present invention will be described with reference to FIG.

First, the microcomputer 500 receives an audio signal related to MP3 listening from the wire / wireless transceiver 200 and outputs the audio signal to the hands-free unit 600 and simultaneously outputs the audio signal from the volume level detector 300. The volume level value is input (S301). At this time, the audio signal associated with listening to the MP3 of the mobile phone 1 includes various music, English conversation, and various audio audio.

Thereafter, the microcomputer 500 reads the volume level / RPM table stored in the memory 400 to obtain a motor RPM value corresponding to the current audio volume level (S302).

Subsequently, the microcomputer 500 controls the RPM of the DC motor 700 at a speed suitable for the current audio volume level, so that the doll-shaped housing 100 has various dances as shown in FIGS. 6 and 7B. It moves to the operation (S303).

On the other hand, the microcomputer 500 compares the volume level value of the audio signal input in real time through the volume level detector 300 with the volume level / RPM table value stored in the memory 400 to maintain the current RPM value. It is determined whether or not (S304).

At this time, if the current RPM value is maintained at the 304th step (S304) (YES), the microcomputer 500 proceeds to the 304th step (S304) again, and if a change is required (NO), the currently input audio signal By controlling the driving speed of the DC motor 700 to an RPM value corresponding to the volume level of the dolly-shaped housing 100 converts the movement speed (S305). Therefore, when the current volume is higher than the existing level, the speed of the movement of the housing 100 of the doll shape is faster, and if the current volume is lower than the existing level, the speed of the movement of the housing 100 Will slow down.

Thereafter, the microcomputer 500 determines whether the housing stop button 900 is turned on (S306).

At this time, if the housing stop button 900 is not turned on in step 306 (S306) (NO), the microcomputer 500 proceeds to step 305 (S305) again, and when turned on (YES), the DC The driving of the motor 700 is automatically stopped to stop the body shape of the housing 100 of the doll shape (S307).

Although the present invention has been described in more detail with reference to several embodiments, the present invention is not necessarily limited to these embodiments, and various modifications can be made without departing from the spirit of the present invention. .

As described above, according to the mobile phone call notification device and the method according to the present invention, in realizing a device for notifying the call state of the mobile phone by the body movement of the doll, the volume of the ringtone melody is detected in real time and the volume high and low level. By varying the speed of the doll's motion according to the provided, there is an excellent effect to contribute to the increase in sales by contributing to the interest of the user in addition to the call notification function.

In addition, according to the present invention, not only to meet the consumer needs of young people (especially teenagers), who have recently taken an absolute share of mobile phone consumption, but also to contribute to the increase in sales, it is an excellent way to monopolize the advantage in competitiveness with other companies It works.

Claims (17)

In the device that informs the user of the incoming call, A doll-shaped housing capable of performing a gesture; A wired / wireless transmission / reception unit connected to the mobile phone via a wired / wireless unit and receiving an audio signal related to an incoming call or MP3 listening of the mobile phone; A volume level detector which receives an audio signal from the wired / wireless transceiver and detects and outputs a volume level; A memory for storing a volume level / RPM table in which motor RPM values are set in stages according to the volume level of the audio input signal; Receives and outputs an audio signal related to incoming or MP3 listening from the wired / wireless transceiver, and receives a volume level value of the audio signal from the volume level detector, and reads the volume level / RPM table stored in the memory. A microcomputer acquiring a motor RPM value corresponding to the audio volume level and outputting a control signal corresponding thereto; A hands-free unit connected to the microcomputer to perform a hands-free function, comprising a earphone, a microphone, and a call connection button; A DC motor receiving a motor RPM control signal from the micom and driving at a speed controlled by the micom; And Mobile phone incoming notification device, characterized in that consisting of a gear box moving the doll-shaped housing is connected to each node inside the doll-shaped housing and driven according to the rotational speed of the DC motor. The method of claim 1, The audio signal associated with the incoming call of the mobile phone includes a ringing tone (melody, ring signal, etc.) and the voice signal of the other party when the incoming call. Claim 3 was abandoned when the setup registration fee was paid. The method of claim 1, The wired / wireless transceiver includes a wired / wireless connection device including a serial or USB method and a wireless / wireless connection method through a wireless connection method including an RF or Bluetooth method. The method of claim 1, The microcomputer controls the body shape of the doll-shaped housing by adjusting the RPM value of the DC motor according to its volume level when a call tone is received when the mobile phone is received, and while the call connection button of the hands free unit is turned on, the DC motor Automatically stop the driving of the mobile phone incoming notification device, characterized in that the control to stop the body movement of the doll shape. The method of claim 1, The microcomputer controls the body motion of the doll shape by adjusting the RPM value of the DC motor according to the volume level of the MP3 melody when the MP3 is listened to, and when the MP3 audio signal is not received through the wire / wireless transceiver. Mobile phone incoming notification device, characterized in that by controlling the drive of the doll-shaped housing body stops automatically by stopping the driving of the DC motor. The method of claim 1, The body movement of the doll-shaped housing, the mobile phone incoming notification device, characterized in that a variety of dance movements can be produced according to the combination of the gear box. The method of claim 1, The input terminal of the micom, the mobile phone incoming notification device is installed outside the doll-shaped housing, the housing stop button for forcibly stopping the body motion of the doll-shaped housing according to the user's selection is installed. The method of claim 1, The doll-shaped housing, the incoming call notification device, characterized in that implemented in the form of a necklace or to be worn on the ear. A doll-shaped housing; Wired / wireless transceiver; A volume level detector; A memory in which a volume level / RPM table is stored; Micom; A hands-free unit including an earphone, a microphone, and a call connection button; DC motor; And in the incoming call notification method of the mobile phone call notification device consisting of a gear box. Step 101, the microcomputer receives an audio signal related to an incoming call from the wired / wireless transceiver and outputs it to the hands-free unit and receives a volume level value of the audio signal from the volume level detector; Step 102, the micom reads a volume level / RPM table stored in the memory to obtain a motor RPM value corresponding to a current audio volume level; Step 103, the micom controls the RPM of the DC motor at a speed suitable for a current audio volume level so that the doll-shaped housing moves; The microcomputer compares the volume level value of the audio signal input in real time through the volume level detector with the volume level / RPM table value stored in the memory to determine whether to maintain or change the current RPM value. step; If the current RPM value is maintained in step 104, the microcomputer proceeds to step 104 again. If a change is required, the drive speed of the DC motor is controlled by an RPM value corresponding to the volume level of the currently input audio signal. Step 105 for converting a moving speed of the doll-shaped housing; Step 106, the micom determines whether the call connection button of the hands-free unit is turned on; And When the call connection button of the hands-free unit is not turned on in step 106, the microcomputer proceeds to step 104 again, and when turned on, automatically stops driving of the DC motor to stop the doll-shaped housing body motion. Mobile phone call notification method, characterized in that consisting of steps. Claim 10 was abandoned upon payment of a setup registration fee. The method of claim 9, The audio signal associated with the incoming call of the mobile phone in step 101 includes a ring signal and various melodies, which are various ring tones when the mobile phone is incoming. Claim 11 was abandoned upon payment of a setup registration fee. The body movement of the doll-shaped housing in step 103, the mobile phone incoming notification method, characterized in that a variety of dance movements can be produced according to the combination of the gear box under the control of the microcomputer. A doll-shaped housing; Wired / wireless transceiver; A volume level detector; A memory in which a volume level / RPM table is stored; Micom; A hands-free unit including an earphone, a microphone, and a call connection button; DC motor; And in the incoming call notification method of the mobile phone call notification device consisting of a gear box. Step 201, the microcomputer receives an audio signal related to an incoming call from the wired / wireless transceiver and outputs it to the hands free unit and receives a volume level value of the audio signal from the volume level detector; Step 202, the microcomputer reads the volume level / RPM table stored in the memory to obtain a motor RPM value corresponding to a current audio volume level value; Step 203, the micom controls the RPM of the DC motor at a speed suitable for a current audio volume level to move the doll-shaped housing; The microcomputer compares the volume level value of the audio signal input in real time through the volume level detector with the volume level / RPM table value stored in the memory to determine whether to maintain or change the current RPM value. step; If the current RPM value is maintained at step 204, the microcomputer proceeds to step 204 again. If a change is required, the drive speed of the DC motor is controlled by an RPM value corresponding to the volume level of the currently input audio signal. Step 205, wherein the doll-shaped housing converts the movement speed; The micom switches to the call voice mode at the same time the call connection button of the hands free unit is turned on, and continuously controls the RPM speed conversion function of the DC motor according to the volume level of the caller's voice signal. Step 206, converting the housing movement speed; Step 207, the micom determines whether the housing stop button is on; And In step 207, if the housing stop button is not turned on, the microcomputer proceeds to step 206, and when turned on, the microcomputer automatically stops driving of the DC motor to stop the housing of the doll shape. Mobile phone call notification method, characterized in that made. Claim 13 was abandoned upon payment of a registration fee. The method of claim 12, In step 201, the audio signal associated with the incoming call of the cellular phone includes a ring signal and various melodies which are various ring tones when the cellular phone is incoming. Claim 14 was abandoned when the registration fee was paid. The method of claim 12, In step 203, the body movement of the doll-shaped housing is a mobile phone call notification method, characterized in that a variety of dance movements can be produced according to the combination of the gear box under the control of the microcomputer. A doll-shaped housing; Wired / wireless transceiver; A volume level detector; A memory in which a volume level / RPM table is stored; Micom; A hands-free unit including an earphone, a microphone, and a call connection button; DC motor; And in the incoming call notification method of the mobile phone call notification device consisting of a gear box. Step 301, the microcomputer receives an audio signal related to MP3 listening from the wire / wireless transceiver and outputs it to the hands-free unit and receives a volume level value of the audio signal from the volume level detector; Step 302, wherein the microcomputer reads the volume level / RPM table stored in the memory to obtain a motor RPM value corresponding to a current audio volume level; Step 303, the micom controls the RPM of the DC motor at a speed suitable for a current audio volume level to move the doll-shaped housing; The microcomputer compares the volume level value of the audio signal input in real time through the volume level detection unit with the volume level / RPM table value stored in the memory to determine whether to maintain or change the current RPM value. step; If the current RPM value is maintained at step 304, the microcomputer proceeds to step 304 again. If a change is required, the drive speed of the DC motor is controlled by an RPM value corresponding to the volume level of the currently input audio signal. Step 305, wherein the housing of the doll shape converts a movement speed; Step 306, the micom determines whether the housing stop button is on; And If the housing stop button is not turned on in step 306, the microcomputer proceeds to step 305 again, and when turned on, the microcomputer automatically stops driving of the DC motor to stop the doll-shaped housing body motion. Mobile phone call notification method, characterized in that made. Claim 16 was abandoned upon payment of a setup registration fee. The method of claim 15, In step 301, the audio signal associated with listening to the MP3 of the mobile phone includes a variety of music, English conversation, and various audio audio. Claim 17 was abandoned upon payment of a registration fee. The body movement of the doll-shaped housing in step 303, the mobile phone call notification method characterized in that a variety of dance movements can be produced according to the combination of the gear box under the control of the microcomputer.

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