JP5381071B2 - Mobile phone terminal operation support system, method and program - Google Patents

Description

  The present invention relates to a mobile phone terminal operation support system, a mobile phone terminal operation support method, and a mobile phone terminal operation support program, and in particular, a mobile phone terminal operation support system capable of guiding operations between mobile phone devices, The present invention relates to a telephone terminal operation support method and a mobile phone terminal operation support program.

Nowadays, mobile phones are becoming more multifunctional. For this reason, it is difficult for the user to use all the functions unless he / she has read all the thick manuals and has the usage in his / her head. In particular, it has become difficult for children and the elderly who have never used mobile phones to use many functions of mobile phones.
In addition, mobile phones have made remarkable technological developments and often add new functions. To use the new functions, you must read and learn the manual, and the threshold is high.

As a method for solving such a problem, a guidance system that has been conventionally connected to a service center and receives guidance on how to use a mobile phone device has been reported.
For example, a guidance system (see Patent Document 1) that is connected to the center by pressing a help button provided on a mobile phone device, and that performs guidance by voice, screen display, button emission, etc., by the operation of the center operator. An operation support system (see Patent Document 2) that displays an operation method by a control signal sent from a control device of the center connected to the center has been reported.
An example of a service system (see Patent Document 3) that can be operated while viewing the operation guidance shown on the display device during the playback operation of the answering machine, and a portable communication device that guides the next operation button by light emission of a lamp. (See Patent Document 4).

JP 2002-142028 A JP 2002-084374 A Japanese Patent Laid-Open No. 11-308354 JP 2000-163201 A

In the conventional examples described in the above publications, the techniques disclosed in Patent Document 1 and Patent Document 2 are each configured to guide a mobile phone terminal from a specific device provided in a center or the like.
Further, Patent Document 3 is a guide related to a specific service, and Patent Document 4 is limited to a guide that guides an operation by light emission of a lamp without a guide by voice or screen display.

  Unlike the above-described conventional example, the present invention is configured not only from a specific service center but also familiar by being configured to be able to guide between mobile phone terminals by screen display, audio, lamp lighting, etc. Explaining how to use it to customers who have visited mobile phone shops or at workshops at schools or companies so that they can easily receive appropriate advice from acquaintances and instructors according to the situation. It is an object of the present invention to realize a mobile phone terminal operation support system, a mobile phone terminal operation support method, and a mobile phone terminal operation support program that are particularly effective in situations.

In order to solve the above-described problem, a mobile phone terminal operation support system according to the present invention provides a mobile phone terminal operation support system that provides information on an operation method from a first mobile phone terminal to a second mobile phone terminal via a communication line. In the system, the first mobile phone terminal includes a press signal transmission means for transmitting a press signal corresponding to the operated push button to the second mobile phone terminal, and the second mobile phone terminal receives the press signal. Corresponding to the pressing signal, there is provided a pressing signal response means for performing corresponding operations including lighting of the corresponding LED, reproduction of voice guidance, and guidance display on the display means.
The press signal transmission means of the first mobile phone terminal transmits a press signal corresponding to the operated push button to the second mobile phone terminal. The pressing signal responding means of the second mobile phone terminal performs corresponding operations including lighting of the corresponding LED, reproduction of voice guidance, and guidance display on the display means in response to the received pressing signal.

Here, the second mobile phone terminal transmits a press response signal corresponding to the push button operated according to the press signal to the first mobile phone terminal via the communication line. In response to the received press response signal, the first mobile phone terminal includes a corresponding LED including lighting of a reception LED, lighting of the corresponding LED, reproduction of voice guidance, and guidance display on a display means. It is characterized by comprising a pressing response signal corresponding means for performing the above.
Further, the first mobile phone terminal and the second mobile phone terminal each include a hands-free communication unit that enters a hands-free state before transmitting the press signal or the answer press signal.

  In order to solve the above problem, a mobile phone terminal operation support method according to the present invention provides a mobile phone terminal that provides information on an operation method from a first mobile phone terminal to a second mobile phone terminal via a communication line. In the operation support method, a remote signal transmission step of transmitting a remote signal from the first mobile phone terminal to the second mobile phone terminal; and receiving the remote signal at the second mobile phone terminal and receiving the first signal A remote response signal transmitting step of transmitting a remote response signal to the mobile phone terminal, a remote response signal receiving step of receiving a remote response signal at the first mobile phone terminal, the first mobile phone terminal and the second A hands-free connection process in which each mobile phone terminal starts wireless communication with each hands-free device, and the first mobile phone terminal pushes down an arbitrary push button. A pressing signal transmission step of transmitting a corresponding pressing signal to the second mobile phone terminal; and receiving the pressing signal at the second mobile phone terminal to turn on the corresponding LED, play back voice guidance, and display means A pressing signal response step for performing a corresponding operation including a guidance display, a pressing response signal transmission step for transmitting a pressing response signal from the second mobile phone terminal to the first mobile phone terminal, and the first mobile phone And a step of responding to a pressing response signal, which receives the pressing response signal at the terminal and performs corresponding operations including lighting of the corresponding LED, reproduction of voice guidance, and guidance display on the display means.

  In order to solve the above problems, a first mobile phone terminal operation support program according to the present invention provides information on an operation method from a first mobile phone terminal to a second mobile phone terminal via a communication line. A first mobile phone terminal operation support program executed by a computer of a control unit of a first mobile phone terminal to execute mobile phone terminal operation support, the first mobile phone terminal to a second mobile phone First mobile phone terminal operation support program executed by a computer of a control unit of the first mobile phone terminal in order to execute mobile phone terminal operation support for providing information on an operation method to a telephone terminal via a communication line A remote signal transmission program for transmitting a remote signal to the second mobile phone terminal, and a response signal to the remote signal from the second mobile phone terminal The remote response signal receiving program for receiving the remote response signal and turning on the LED, the hands-free connection program for starting wireless communication with the hands-free device, and the pressing signal corresponding to when any push button is pressed down A press signal transmission program to be transmitted to the second mobile phone terminal and a press response signal that is a response signal of the press signal from the second mobile phone terminal are received, and corresponding LEDs are lit correspondingly And a press response signal corresponding program for performing a corresponding operation including reproduction of voice guidance and guidance display on the display means.

  In order to solve the above-mentioned problem, the second mobile phone terminal operation support program according to the present invention provides information on the operation method from the first mobile phone terminal to the second mobile phone terminal via the communication line. A second mobile phone terminal operation support program executed by a computer of the control unit of the second mobile phone terminal to execute mobile phone terminal operation support, the program sent from the first mobile phone terminal A remote signal reception program for receiving a remote signal and turning on the reception LED, a remote response signal transmission program for transmitting a remote response signal to the first mobile phone terminal, and a hands-free connection for starting wireless communication with the hands-free device A program and a corresponding LE by receiving a push signal transmitted when the first mobile phone terminal depresses an arbitrary push button. A pressing signal corresponding program for performing corresponding operations including lighting of the voice, reproduction of voice guidance, and guidance display on the display means, and a pressing response signal transmission program for transmitting a pressing response signal to the first mobile phone terminal. Features.

According to the present invention, it is possible not only from a specific service center but also from familiar acquaintances and instructors by being configured so that guidance can be provided between mobile phone terminals by screen display, voice, lamp lighting, etc. Depending on the situation, you can easily receive appropriate advice, which is especially useful for customers who have visited mobile phone shops or in situations where the usage is explained at workshops at schools or companies. A mobile phone terminal operation support system, a mobile phone terminal operation support method, and a mobile phone terminal operation support program can be realized.
In addition, a mobile phone terminal operation support system, a mobile phone terminal operation support method, and a mobile phone terminal operation support program capable of easily teaching mobile phone terminal operation methods by connecting mobile phone terminals and hands-free. Can be realized.

Next, the best mode for carrying out the invention will be described in detail with reference to the drawings.
FIG. 1 is a block diagram showing a main part of a circuit configuration of an embodiment of a mobile phone terminal on the educator side used in a mobile phone terminal operation support system according to the present invention.
The mobile phone terminal 100 of this embodiment includes a control unit 111, and the control unit 111 is connected to each unit constituting the terminal 100 and controls functions of each unit.

The radio unit 112 transmits and receives radio waves to and from a radio base station (not shown) via the antenna 113, and communicates with other mobile phone terminals via the network.
The speaker 114 functions as a receiver of the terminal 100 at the time of voice communication, and outputs a voice when performing voice guidance.
The button LED 115 is turned on when the button is operated, and is turned off when the button operation of the educated person returns correctly.

The operation unit 116 functions as an input circuit that accepts button inputs from various buttons.
The display unit 117 is a display device using a monochrome or color liquid crystal panel, organic EL (electrofluorescence), or the like.
The microphone 118 functions as a handset of the terminal 100 at the time of voice communication and is used to make a voice call at the hands-free time.

The storage unit 119 stores a program used by the computer of the control unit 111 and various kinds of information and is used for reading out, and stores an output signal list (FIG. 8) when the push button is pressed, which will be described later.
The amplifier 120 is used to adjust the input level from the microphone 118.
The amplifier 121 is used to adjust the output level from the speaker 114.

In the educator's mobile phone terminal 100, the control unit 111 has a remote signal transmission function 111 a for transmitting a remote signal for causing the educator's mobile phone terminal 200 to enter the remote control state. A remote response signal reception function 111b for receiving a remote response signal indicating that the telephone terminal 200 has correctly entered the remote control state, a hands-free connection function 111c for connection with the hands-free device 300, and a specific button by executing a button operation A pressing signal transmission function 111d indicating that the user has pressed down and a pressing response signal function 111e corresponding to the reception of a pressing response signal indicating that the educator-side mobile phone terminal 200 correctly corresponds to the pressing signal are incorporated. .
In addition, the storage unit 119 stores a list of transmission signals for each button corresponding to button pressing described later.

FIG. 2 shows a block diagram of an embodiment of a mobile phone terminal on the educator side used in the mobile phone terminal operation support system of the present invention.
The mobile phone terminal 200 of the present embodiment is basically composed of the same units as the mobile phone terminal 100.
The control part 211 is provided and this control part 211 is connected with each part which comprises the terminal 200, and controls the function of each part. The control unit 211 includes a remote signal reception function 211a for receiving a remote signal for causing the educator's mobile phone terminal 200 to enter the remote control state, and the educator's mobile phone terminal 200 correctly enters the remote control state. Remote response signal transmission function 211b for transmitting a remote response signal indicating that the device is connected, hands-free connection function 211c for connecting to the hands-free device 400, and a pressing signal indicating that a specific button from the cellular phone terminal 100 has been pressed A pressing signal response function 211d for transmitting a pressing response signal 211e for transmitting a pressing response signal indicating that it correctly corresponds to the pressing signal is incorporated.

The wireless unit 212 communicates with other mobile phone terminals such as the mobile phone terminal 100 via the antenna 213.
The speaker 214 functions as a receiver of the terminal 210 at the time of voice communication, and outputs a voice when performing voice guidance.
The button LED 215 is lit to guide the button operation of the educated person under the control of the mobile phone terminal 100.

The operation unit 216 functions as an input circuit that accepts button inputs from various buttons.
The display unit 217 is a display device using a monochrome or color liquid crystal panel, organic EL (electrofluorescence), or the like.
The microphone 218 functions as a handset of the terminal 200 at the time of voice communication and is used for making a voice call at the hands-free time.

The storage unit 219 is used for storing and reading out programs and various information used by the computer of the control unit 211. The storage unit 219 turns on a button LED 215 when receiving a press signal, which will be described later, a telop shown on the display unit 217, and voice guidance A button-by-button corresponding action list (FIG. 9) indicating the contents and the like is stored.
The amplifier 220 is used to adjust the input level from the microphone 218.
The amplifier 221 is used to adjust the output level from the speaker 214.

FIG. 3 is a diagram showing a state where the mobile phone terminal 200 is remotely controlled by the mobile phone terminal 100.
Consider a case where an educator operates the mobile phone terminal 100 and an educated person operates the mobile phone terminal 200, and the educator teaches the educated person how to use the one-segment function. To use the 1Seg function, (1) press the “Menu button”, (2) select the “One Seg” item and press the “OK” button, (3) select the “1Seg watching” item and press the ENTER button. A series of operations such as pressing is necessary.

4 and 5 are flowcharts in the case of teaching an operation to an educated person who has the mobile phone terminal 200 using the mobile phone terminal 100, FIG. 4 is a flowchart of the mobile phone terminal 100, and FIG. 5 is a mobile phone terminal. 200 is a flowchart.
First, the educator presses the remote button 103 provided in the mobile phone terminal 100 (step S20).

  The control unit 111 of the mobile phone terminal 100 reads out the signal 1 informing that the remote button 103 is pressed, which is stored in the storage unit 119 in advance using the remote signal transmission function 111a. The signal 1 is transmitted to the mobile phone terminal 200 through the wireless unit 112 (step S21: remote signal transmission step).

  The control unit 211 of the mobile phone terminal 200 confirms whether or not the signal 1 has been received (step S31). If this signal is received, the control unit 211 turns on the reception LED 205 in blue using the remote signal reception function 211a to indicate that the signal has been received (step S32). Next, in the control unit 211 of the mobile phone terminal 200, the remote response signal transmission function 211b is used to read the signal 2 informing that the signal 1 has been successfully received from the storage unit 219 and transmit it to the mobile phone terminal 100 (step S33). : Remote response signal transmission step).

When the mobile phone terminal 100 receives the signal 2, the control unit 111 turns on the LED 104 in blue using the remote response signal reception function 111b (step S23: remote response signal reception step).
Thereby, the mobile phone terminal 200 enters a state of waiting for an operation from the mobile phone terminal 100 (remote control state).

By the way, when the mobile phone terminal 200 enters the remote control state, both the mobile phone terminal 100 and the mobile phone terminal 200 start wireless communication with each hands-free device (steps S24 and S34: hands-free connection process). .
At this time, the mobile phone terminal 100 performs wireless communication with the handsfree device 300 via the wireless unit 112. When the audio signal from the mobile phone terminal 200 is transmitted to the mobile phone terminal 100, the mobile phone terminal 100 transmits the audio signal to the handsfree device 300. The hands-free device 300 receives the audio signal, amplifies it, and outputs it from the speaker 314.

  In addition, the audio signal transmitted from the mobile phone terminal 100 to the mobile phone terminal 200 is received by the mobile phone terminal 200 and then transmitted to the handsfree device 400 through the wireless unit 212 of the mobile phone terminal 200. In 400, the audio signal is received, amplified and output from the speaker 414.

6 and 7 are block diagrams of the hands-free device 300 and the hands-free device 400. FIG. The hands-free device 300 and the hands-free device 400 have substantially the same configuration.
The hands-free devices 300 and 400 perform wireless communication with the corresponding mobile phone terminals 100 and 200 via the antennas 313 and 413 using the wireless units 312 and 412, and receive calls using the microphones 318 and 418 under the control of the control units 311 and 411. The user's voice signal is sent to the corresponding mobile phone terminal 100, 200 to be used as the voice input, and the voice signal received by the corresponding mobile phone terminal 100, 200 is amplified and output from the speakers 314, 414. Enable free calls.
Note that the control unit 111 of the mobile phone terminal 100 corresponding to the handsfree device 300 constitutes a handsfree communication means, and the control portion 211 of the mobile phone terminal 200 corresponding to the handsfree device 400 also constitutes a handsfree communication means. ing.

A transmission signal to the mobile phone terminal 200 when a certain button of the mobile phone terminal 100 is pressed is shown in FIG. 9 shows how the LED 215 is turned on, the display telop on the display unit 217, and voice guidance when the mobile phone terminal 200 receives a signal from the mobile phone terminal 100. FIG. A display example on the display unit 217 is shown in FIG.
Here, a case where the mobile phone terminal 100 presses an arbitrary button N is considered. When the mobile phone terminal 100 presses the N button, as shown in FIGS. 4 and 5, the mobile phone terminal 100 reads a signal n informing that the N button has been pressed from the transmission signal storage unit 119 a for each button of the storage unit 119. . Then, the control unit 111 transmits the signal n to the mobile phone terminal 200 through the wireless unit 112 using the pressing signal transmission function 111d (step S26: pressing signal transmission step).

When the mobile phone terminal 200 receives the signal, the control unit 211 performs various operations according to the received signal using the pressed signal response function 211d (pressed signal response process).
When the signal n is received, as shown in FIG. 9, the LED provided under the N button is turned on (step S36), and a telop 209 “Please press the N button” is displayed on the display unit 217 ( In step S37), the voice 207 "Please press the N button" is reproduced from the speaker 214 (step S38).

When the educated person presses the N button of the mobile phone terminal 200 as instructed (step S40), the LED 207 provided in the upper part blinks blue for several seconds (step S41). At the same time, the control unit 211 uses the press response signal transmission function 211e to transmit the signal 3 notifying that the operation has been correctly completed to the mobile phone terminal 100 (step S42: press response signal transmitting step). Thereafter, the process returns to step 32 to check whether or not the next signal n is received.
The mobile phone terminal 100 receives the signal 3 (step S28) and uses the press response signal function 111e to cause the LED 104 to blink blue for several seconds (step S29: press response signal response process). Thereafter, the process returns to the state of step 23 to confirm that the next button N is pressed.

  To end the remote state, the power button 102 is pressed. When the power button 102 is pressed (step S24), a signal x is sent to the mobile phone terminal 200 (step S25). The mobile phone terminal 200 receives the signal (step S35). When the signal x is received, as shown in FIG. 9, the display unit 217 displays “Exiting the remote mode” (step S37), and the voice 207 indicating “Exiting the remote mode” is output from the speaker 214. Reproduction is performed (step S38). When the guidance ends, the remote mode is canceled.

As described above, the present invention has been described along the embodiment. However, the present invention is not limited to the above-described embodiment, and modifications by the following configurations are possible.
For example, infrared, Bluetooth (registered trademark), or other wireless communication can be used as means for establishing remote control communication. Infrared, Bluetooth (registered trademark) or the like is used for a short distance, and remote communication using a line is used for a long distance.

Also, before establishing remote control, PIN (Personal Identification Number) authentication is performed. By performing security authentication unique to the mobile phone terminal, security can be enhanced.
Further, when establishing remote control, in addition to pressing the remote button, it is also possible to perform activation by an application such as an operation on a menu screen.

  As another embodiment of the present invention, the first mobile phone terminal and the second mobile phone terminal are provided with a SIM (Subscriber Identity Module) having a USAT (User Subscriber identity Module) function, LED lighting, You may comprise so that it may provide as an operation guidance means to perform reproduction | regeneration of voice guidance and a guidance display to a display means. That is, a SIM having a USAT function is provided, and applications such as telop display at the time of remote control, LED lighting, and voice guidance are incorporated in the SIM. As a result, remote control can be established without depending on the terminal, so that versatility can be expanded.

Furthermore, when establishing remote control, it may be made hands-free. By becoming hands-free, parts that are difficult to understand in the telop display etc. can be communicated by voice. Alternatively, a procedure of establishing hands-free first before establishing remote control may be used.
It is also possible to perform remote access to a plurality of terminals at the same time and provide education for a large number of people at the same time. In addition, when conducting a class or the like, it is also possible to conduct a class at a remote location at the same time.

Alternatively, a personal computer can be remotely accessed from a personal computer, and the mobile phone can be remotely controlled by operating the personal computer, which can be used for education. In this case, it is not necessary to match the terminal of the educated person.
Further, by using the remote control function, it is possible to display the same screen as the controlling display unit on the display unit of the remotely controlled mobile phone. It is possible to view the display screen, images, videos, etc. displayed on the control side at the same time while being in a remote place. As an example of using this, a map displayed on the screen on the educator side can be displayed on the screen of the educated person to explain the route. In addition, when conducting education, it is also possible to provide education through video.

Even if a hands-free device is not used when performing hands-free operation, the same effects as hands-free communication can be obtained by adjusting the outputs of the amplifiers 120, 121, 220, and 221 provided in the mobile phone. That is, the control unit 111 and the second mobile phone terminal 200 of the first mobile phone terminal 100 control the outputs of the amplifiers 120, 121, 220, and 221 before transmitting the press signal or the press response signal, respectively. To make it hands-free. Here, the control unit 111 and the amplifiers 120 and 121 of the mobile phone terminal 100 constitute hands-free communication means, and the control unit 211 and the amplifiers 220 and 221 of the mobile phone terminal 200 also constitute hands-free communication means.
In the above description, the mobile phone terminal of this system has been described as an apparatus. However, each function executed by the control unit may be programmed and executed by the computer of the control unit.

  As described above, according to the embodiment of the present invention, a push signal that transmits a push signal corresponding to the push button of the operated operation unit 116 to the first mobile phone terminal 100 is transmitted to the second mobile phone terminal. Corresponding to a press signal that has a transmission function 111d and causes the second mobile phone terminal to perform corresponding operations including lighting of the corresponding LED, reproduction of voice guidance, and guidance display on the display means in response to the received press signal Means.

  In this way, it is possible to teach the operation method of the mobile phone terminals between the mobile phone terminals, and during the operation support, the LED of the button to be operated next is lit, guidance display to the display means is made, and hands-free Since voice guidance is played, users who are unfamiliar with the handling of mobile phone terminals can assist in operations, and users can receive operation assistance without difficulty while actually operating them. You can easily receive appropriate advice depending on the situation. Therefore, a mobile phone terminal operation support system, a mobile phone terminal operation support method, and a mobile phone that are effective for a customer who visits a mobile phone shop or in a scene where a usage method is taught in a class at a school or company. A telephone terminal operation support program can be realized.

  In addition, it can be guided by screen display, voice, lamp lighting, etc. between mobile phone terminals, so it is easy not only from a specific service center but also from familiar acquaintances and instructors according to the situation. Mobile phone terminals that are effective for customers who have visited mobile phone shops or explaining how to use them at school or company workshops, etc. An operation support system, a mobile phone terminal operation support method, and a mobile phone terminal operation support program can be realized.

In addition, a mobile phone terminal operation support system, a mobile phone terminal operation support method, and a mobile phone terminal operation support program capable of easily teaching mobile phone terminal operation methods by connecting mobile phone terminals and hands-free. Can be realized.
The educator who teaches the operation can access the educator's terminal by wireless communication and operate the educator's terminal so that the educator's terminal can be operated. Is operated, the guidance telop is displayed on the terminal of the educator so that the same operation as that of the educator is performed, so that the education can be easily performed.

In addition, voice guidance is performed at the same time, and the button operation of the educator can be guided by illuminating the button LED attached to the lower part of the button sheet.
In the remote control state, a hands-free call state is automatically entered, and an operation method instruction or the like can be easily performed by voice call.
Moreover, as the communication line, a short-range wireless communication line such as Bluetooth (registered trademark) or infrared rays, or a long-distance wireless communication line including the Internet can be used, and various communication modes can be supported.
In addition, the educator's mobile phone terminal can be provided with security authentication means for performing security authentication of the educator's mobile phone terminal before transmitting the push signal, thereby improving security. .

  Therefore, (1) Teach people who have never used a mobile phone at a mobile phone store, etc. (2) Teach people who are far away how to operate a mobile phone using long-distance communication, If you use the operation of the screen, (3) remote access to multiple terminals at the same time, show the same screen as the operating side, and educate a large number of people at the same time, (4) map screen to the other party Various education such as displaying and giving directions is possible.

  Since the present invention is configured and functions as described above, it can be widely used in the mobile phone industry and communication related seminars.

It is a block diagram of a mobile phone terminal on the educator side used in the mobile phone terminal operation support system according to the embodiment of the present invention. It is a block diagram of a mobile phone terminal on the educator side used in the mobile phone terminal operation support system according to the embodiment of the present invention. It is explanatory drawing showing the mode at the time of carrying out remote control of the other mobile telephone terminal with one mobile telephone terminal. It is a flowchart of the educator side mobile phone terminal used for the mobile phone terminal operation support system according to the embodiment of the present invention. It is a flowchart of the educated person side mobile phone terminal used for the mobile phone terminal operation support system according to the embodiment of the present invention. 1 is a block diagram of a hands-free device used in an embodiment of the present invention. 1 is a block diagram of a hands-free device used in an embodiment of the present invention. It is a chart of the transmission signal at the time of button press. It is a graph which shows the response operation with respect to a pressing signal. It is explanatory drawing which shows the display screen in the display part with respect to a pressing signal.

Explanation of symbols

100, 200 Mobile phone terminal 102 Power button 103 Remote button 104 Reception LED
111, 211, 311, 411 Control unit 112, 212, 312, 412 Radio unit 113, 213, 313, 413 Antenna 114, 214, 314, 414 Speaker 115, 215 LED
116, 216 Operation unit 117, 217 Display unit 118, 218, 318, 418 Microphone 119, 219 Storage unit 120, 121, 220, 221 Amplifier 300, 400 Hands-free device

Claims (8)

In a mobile phone terminal operation support system for providing information on an operation method from a first mobile phone terminal to a second mobile phone terminal via a communication line,
Corresponding to a pressing signal transmission means for transmitting a pressing signal corresponding to the operated push button to the first mobile phone terminal to the second mobile phone terminal, and a pressing response signal received from the second mobile phone terminal And a pressing response signal corresponding means for performing corresponding operations including lighting of the reception LED, lighting of the corresponding LED, reproduction of voice guidance, and guidance display on the display means,
A pressing signal responding means for causing the second mobile phone terminal to perform a corresponding operation including lighting of a corresponding LED, reproduction of voice guidance, and guidance display on a display means in response to the received pressing signal; A press response signal transmitting means for transmitting a press response signal corresponding to the push button operated in response to the press signal to the first mobile phone terminal via the communication line;
The first mobile phone terminal and the second mobile phone terminal start hands-free communication with each hands-free device and enter a hands-free state before transmitting the press signal or the press response signal. Comprising means,
By transmitting a remote signal from the first mobile phone terminal to the second mobile phone terminal and receiving a remote response signal from the second mobile phone terminal at the first mobile phone terminal, the first mobile phone terminal The hands-free communication means of the mobile phone terminal starts wireless communication with the hands-free device corresponding to the first mobile phone terminal before transmitting the press signal, and enters a hands-free state.
When the second mobile phone terminal receives the remote signal and transmits the remote response signal to the first mobile phone terminal, the hands-free communication means of the second mobile phone terminal A mobile phone terminal operation support system , wherein wireless communication with a handsfree device corresponding to the second mobile phone terminal is started before a signal is transmitted to enter a handsfree state .   The mobile phone terminal operation support system according to claim 1, wherein the communication line is a short-range wireless communication line such as Bluetooth (registered trademark) or infrared rays.   The mobile phone terminal operation support system according to claim 1, wherein the communication line is a long-distance wireless communication line including the Internet.   The first mobile phone terminal includes security authentication means for performing security authentication of the second mobile phone terminal before transmitting the pressing signal. Mobile phone terminal operation support system.   The first mobile phone terminal and the second mobile phone terminal are provided with a SIM having a USAT function as an operation guiding unit for turning on an LED, reproducing voice guidance, and displaying guidance on a display unit. The mobile phone terminal operation support system according to any one of claims 1 to 4. In a mobile phone terminal operation support method for providing information on an operation method from a first mobile phone terminal to a second mobile phone terminal via a communication line,
A remote signal transmission step of transmitting a remote signal from the first mobile phone terminal to the second mobile phone terminal;
A remote response signal transmitting step of receiving the remote signal at the second mobile phone terminal and transmitting a remote response signal to the first mobile phone terminal;
A remote response signal receiving step of receiving a remote response signal at the first mobile phone terminal;
A hands-free connection step in which the first mobile phone terminal and the second mobile phone terminal start wireless communication with each hands-free device;
A pressing signal transmitting step in which the first mobile phone terminal presses an arbitrary push button to transmit a corresponding pressing signal to the second mobile phone terminal;
A step of responding to a press signal by receiving the press signal at the second mobile phone terminal and performing a corresponding operation including lighting of a corresponding LED, reproduction of voice guidance, and guidance display on display means;
A pressing response signal transmitting step of transmitting a pressing response signal from the second mobile phone terminal to the first mobile phone terminal;
Receiving a press response signal at the first mobile phone terminal and performing a corresponding operation including corresponding LED lighting, reproduction of voice guidance, and guidance display on the display means,
In the hands-free connection step, the first mobile phone terminal and the second mobile phone terminal start wireless communication with each hands-free device before transmitting the press signal or the press response signal. A mobile phone terminal operation support method characterized by being in a hands-free state. Executed by the computer of the control unit of the first mobile phone terminal to execute the mobile phone terminal operation support that provides information on the operation method from the first mobile phone terminal to the second mobile phone terminal via the communication line A first mobile phone terminal operation support program,
A remote signal transmission program for causing the second mobile phone terminal to transmit a remote signal;
A remote response signal reception program for receiving a remote response signal that is a response signal to the remote signal from the second mobile phone terminal and lighting an LED;
A hands-free connection program for starting wireless communication with a hands-free device;
A push signal transmission program for causing the second mobile phone terminal to send a push signal corresponding to when an arbitrary push button is depressed;
A response including a response signal of the pressing signal from the second mobile phone terminal is received and correspondingly includes lighting of a corresponding LED, reproduction of voice guidance, and guidance display on the display means. A press response signal corresponding program for performing the operation,
The hands-free connection by transmitting a remote signal from the first mobile phone terminal to the second mobile phone terminal and receiving a remote response signal from the second mobile phone terminal at the first mobile phone terminal The program starts a hands-free state by starting wireless communication with the hands-free device before the pressing signal is transmitted to the second mobile phone terminal. . Executed by the computer of the control unit of the second mobile phone terminal to execute the mobile phone terminal operation support that provides information on the operation method from the first mobile phone terminal to the second mobile phone terminal via the communication line A second mobile phone terminal operation support program,
A remote signal receiving program for receiving a remote signal sent from the first mobile phone terminal and lighting a reception LED;
A remote response signal transmission program for causing the first mobile phone terminal to transmit a remote response signal that is a response signal to the remote signal;
A hands-free connection program for starting wireless communication with a hands-free device;
The first cellular phone terminal receives a push signal transmitted when an arbitrary push button is depressed and performs corresponding operations including lighting of the corresponding LED, reproduction of voice guidance, and guidance display on the display means. A press signal handling program
A pressing response signal transmission program for causing the first mobile phone terminal to transmit a pressing response signal that is a response signal of the pressing signal;
When the second mobile phone terminal receives the remote signal and transmits the remote response signal to the first mobile phone terminal, the hands-free connection program causes the press response signal to be transmitted to the first mobile phone terminal. A second mobile phone terminal operation support program for starting a wireless communication with the hands-free device to be in a hands-free state before being transmitted to the telephone terminal.

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