JPH09172404A - Information giving device for mobile electrical apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To give information nearly at the time of its generation from a remote place by providing a terminal part with an informing device driven based on the reception signal of information generated with a mobile electrical apparatus. SOLUTION: A portable telephone set 50 is set to a battery charger 40 within a rocker 30 corresponding to a terminal part 20, and a wiring for detecting incoming call information 14 is connected to the earphone terminal of the portable telephone set 50. A coin is thrown-in to a coin throw in part 31 and the door 30b of the locker 30 is closed and keyed with a key 26. The power source of a terminal part 20 is kept in an ON state and the user of the locker 30 enters a facility, etc., by carrying with the terminal part 20. When a call incomes from outside, a vibrator 22 is driven by a prescribed control operation to inform the user of the transmission of information from a main body part 10 by means of the vibration and prescribed characters are displayed on a display 23 so as to inform the owner of the portable telephone set 50 of the incoming call without troubling surrounding people due to a call-incoming sound.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is intended to notify the information of the mobile electric device such as a mobile phone, which is generated, to the owner of the mobile electric device at a location distant from the mobile electric device. The present invention relates to an information notification device for mobile electric devices that can be used.

[0002]

2. Description of the Related Art In recent years, due to the development of mobile communication technology,
Many people have come to use mobile phones. When such a mobile phone is used in a public facility such as a music performance hall, a lecture hall, a movie theater, etc., it will disturb other people due to its ringtone or voice call. May be banned. In addition, in a pachinko parlor or other facility where noise is high, the noise may make it difficult to hear the voice from the other party and make a call difficult. Furthermore, in a humid facility such as a public bath or a sauna bath, there is a possibility that the quality of the mobile phone may be deteriorated, so that the mobile phone may not be brought in.
Furthermore, when used near a medical device, the medical device may malfunction, so it may not be preferable to bring it into a medical facility such as a hospital. Conventionally,
If you cannot bring your mobile phone into the facility due to various reasons as described above, turn off the power switch to disable the call and bring it into the facility, or leave it at the entrance and leave it at the facility. I had no choice.

[0003]

However, in the case of a mobile telephone, the original purpose of the mobile telephone cannot be achieved by turning off the power switch so that the telephone cannot be talked with and brought into the facility. In addition, if an incoming call is made and deposited at a staff member at the entrance, it may be difficult to immediately contact the person at a remote place even if an incoming call arrives.

In some buildings, the radio waves may be blocked and the mobile phone may be out of the communication range. In such a case, there is a problem that the mobile phone cannot be used even if the mobile phone is brought into the facility.

Further, it is considered that the above-mentioned problem of prohibiting carry-in is not limited to a mobile phone, and may occur as a peculiar problem associated with another mobile electric device such as a video camera. To be

Therefore, according to the present invention, even when a mobile electric device such as a mobile phone is stored in a place away from its owner, the information generated accompanying the mobile electric device is separated. It is an object of the present invention to provide an information notification device for a mobile electric device, which can notify the owner at a place at the same time when the information is generated.

[0007]

In order to achieve the above-mentioned object, an information notifying apparatus for a mobile electric device according to a first aspect of the present invention is an information fetching device for fetching information generated accompanying the mobile electric device. And a terminal unit having a receiver circuit that receives a transmission signal from the main body and a notification unit that is driven based on the reception signal. It is what

In the information notification device for a mobile electric device according to the present invention, the mobile electric device such as a mobile phone is arranged in the vicinity of its main body, and the terminal unit is owned by the owner of the mobile electric device. To do. Information that accompanies mobile electronic devices, such as mobile phone ringtones, is transmitted to the terminal unit of the owner of the mobile electronic device at a remote location, and the alarm is driven to drive the mobile electronic device. It informs the information that accompanies the device.

According to a second aspect of the present invention, there is provided the information notifying apparatus for mobile electric equipment according to the first aspect, wherein the information capturing means detects information generated accompanying the mobile electric equipment. It is characterized by being a circuit.

In the information notification device for a mobile electric device according to the present invention, information generated with the mobile electric device such as a ring tone of a mobile phone is detected by a detection circuit of the main body, and the main body part thereof is detected. The information transmitted from is received by the receiving circuit of the terminal unit.

An information notification device for mobile electric equipment according to a third aspect is the information notification apparatus according to the first or second aspect, wherein the main body section transmits a signal including an ID code, and the terminal section is its own device. The ID code is compared with the received ID code, and the alarm device is driven only when both the ID codes match.

In the information notification device for mobile electric equipment according to the third aspect of the present invention, only the terminal portion that matches the ID code of the main body portion is driven. Therefore, even if there are a plurality of main body units and a plurality of terminal units, respectively, a terminal unit having an ID code different from that of the main body unit is not driven, and the generated information is reported only to the owner of a predetermined mobile electric device.

According to a fourth aspect of the present invention, there is provided an information notification device for a mobile electric device according to any one of the first to third aspects, wherein the mobile electric device is a mobile phone and the information fetching means is It is characterized in that it receives incoming call information from a mobile phone.

In the information notifying apparatus for mobile electric equipment according to the fourth aspect, the incoming call information is notified to the owner of the mobile phone located away from the main body.

Further, in the information notifying apparatus for mobile electric equipment according to a fifth aspect of the present invention, in the information notification apparatus according to the fourth aspect, the terminal unit includes a transmission circuit for transmitting response information instructing line connection of the mobile phone. It is characterized in that the main body section is provided with a receiving circuit for receiving response information from the terminal section, and a line connection driving means for connecting the line of the mobile phone by receiving the response information.

In the information notification device for mobile electric equipment according to the present invention, response information for instructing the line connection of the mobile phone is transmitted from the terminal unit of the owner of the mobile phone at a remote place, and The line of the mobile phone is connected by the line connection driving means.

According to a sixth aspect of the present invention, there is provided the information notifying apparatus for mobile electric equipment according to the fifth aspect, wherein the main body unit responds to the response information from the terminal unit after the line of the mobile phone is connected. It is characterized by comprising a response message output means for outputting a predetermined response message based on the above.

In the information notification device for a mobile electric device according to the present invention, a predetermined response message is output based on the response information from the terminal section after the line of the mobile phone is connected and transmitted to the other party by the mobile phone. To be done.

According to a seventh aspect of the present invention, there is provided the information notifying apparatus for mobile electric equipment according to the fourth aspect, wherein the mobile phone has an automatic line connecting means, and the terminal section is the mobile phone. A response circuit for transmitting response information to the main body unit, a reception circuit for receiving response information from the terminal unit, response information generation means for generating predetermined response information based on the response information, and the response And a response message output means for outputting a predetermined response message based on the information.

In the information notifying device for mobile electric equipment according to the present invention, the line is automatically connected to the mobile phone,
The response information transmitted from the terminal unit is output from the main unit as a response message and transmitted to the other party.

An information notification device for a mobile electric device according to an eighth aspect is the information notification device according to any one of the fourth to seventh aspects, which is provided with a storage for storing a mobile phone, and the main body is provided in the storage. It is characterized by being installed inside.

In the information notifying apparatus for mobile electric equipment according to the eighth aspect, the main body is installed in the storage box and the management is surely performed.

According to a ninth aspect of the present invention, there is provided the information notifying device for mobile electric equipment according to the eighth aspect, wherein the storage is a locker having a lock portion, and the terminal portion corresponds to the lock portion. It is characterized by having a key to do.

In the information notifying apparatus for mobile electric equipment according to the ninth aspect, the main body portion and the portable telephone can be prevented from being stolen. Further, the locker is locked and unlocked by the key of the terminal unit.

An information notifying device for mobile electric equipment according to claim 10 is the information notifying device according to claim 8 or 9, wherein:
A charger for charging the battery of the mobile phone is installed in the storage or locker, and the transmission circuit of the main body transmits the full charge information of the battery.

In the information notification device for mobile electric equipment according to the tenth aspect of the present invention, the battery is charged during storage of the mobile phone, and the full charge information is transmitted from the main body.

An information notifying apparatus for a mobile electric device according to claim 11 is the information notifying device according to claim 4, wherein the portable telephone notifies the incoming call information by light, and the information capturing means is the above-mentioned. It is characterized by having an optical sensor for taking in incoming call information.

In the information notification device for mobile electric equipment according to the eleventh aspect of the present invention, the incoming information notified by light is fetched by the information fetching means, and the information is notified to the owner of the portable telephone located away from the main body. To be done.

An information notification device for a mobile electric device according to a twelfth aspect of the present invention is the information notification device according to the eleventh aspect, further comprising a storage for storing a mobile phone, in which the light is transmitted to the optical sensor. It is characterized in that a reflecting mirror for guiding is provided.

In the information notifying apparatus for mobile electric equipment according to the twelfth aspect of the present invention, even if the mobile phone is stored in the storage cabinet at a position displaced from the predetermined position, the light emitted from the mobile phone at the time of the incoming call is reflected by the reflection mirror. Through the optical sensor.

[0031]

FIG. 1 is a perspective view of an information notification device for a mobile electric device applied to a mobile phone. The main body of the information notification device for the mobile electric device is stored in the mobile phone. It was installed in the locker. First, the overall schematic configuration will be described with reference to FIG.

The device according to this embodiment detects information (for example, incoming call information to the mobile phone, charging information of the battery of the mobile phone, etc.) that accompanies the mobile phone,
The main unit 10 that wirelessly notifies the owner of the information that is away from the mobile phone, and notifies the owner of the mobile phone that the information has been transmitted by receiving the information from the main unit 10. And the terminal unit 20 that operates.
In addition to the reception function described above, the terminal unit 20 includes the main body unit 10
It has a transmission function of transmitting response information to the main body unit 10 in response to the notification of information from. The main body 10
In addition to the above transmission function, has a reception function of receiving response information from the terminal unit 20. In this embodiment, the main body unit 10 is installed in a locker 30 that stores a mobile phone. Inside the locker 30, there is a charger 4 at the bottom.
0 is attached so that the battery of the mobile phone 50 stored in the locker 30 can be charged.

The main body portion 10 is disposed in contact with the right side wall inside the locker 30, the inside of the case 11 accommodates an incoming call information detection circuit, a transmission circuit, etc., which will be described later, and the side surface of the case 11 is connected to the terminal portion 20. A speaker 12 for outputting response information is attached, and the full charge information detection wiring 13 is connected from the upper surface of the case 11 to the full charge detection control circuit of the charger 40.
And the incoming call information detection wiring 14 connected to the earphone terminal of the mobile phone 50. This body 1
The detailed configuration and operation of 0 will be described later.

The terminal section 20 has a card-shaped case 21 in which a receiving circuit, which will be described later, and the like are housed, and the main body section 10
A vibrator 22 is provided as an informing device that informs that the information from the device has been received. Also, Case 2
A liquid crystal display 23 as a notification device for displaying the information content transmitted from the main body 10 and the terminal unit 20 on the surface portion 1
A power key 24 for turning on / off the battery circuit, a response key 25 for transmitting response information to the main body 10, and the like are provided. A key 26 for locking the door of the locker 30 is attached to the side of the case 21. This terminal unit 2
No. 0 is owned by the owner of the mobile phone 50 after the mobile phone 50 is stored in the locker 30. In addition,
The case 21 is formed of a non-metal material such as plastic so that radio waves are not shielded between the inside and the outside of the case 21. The detailed configuration and operation of the terminal unit 20 will be described later.

A large number of lockers 30, for example, are arranged near an entrance in a public facility to store the mobile phones 50 of visitors to the facility, and a case 30a having an open front, The door 30b is openably and closably attached to the opening. Case 30a and door 30
b is formed of a non-metal material such as plastic so that radio waves are not shielded between the inside and the outside of the locker 30. As shown in FIG. 2 in which the door 30b is closed, the locker 30 includes a coin insertion portion 31 provided in the locker body and a locking portion 32 provided under the door 30b. The mobile phone 50 is stored in the locker 30, coins are inserted into the coin insertion unit 31, the door 30b is closed, and the key 26 of the terminal unit 20 is closed.
Insert the lock into the keyhole of the lock 32 and turn it in one direction to open the door 30
b is locked. Also, when the key 26 is inserted into the key hole of the locking portion 32 and turned in the opposite direction, the lock is unlocked,
The door 30b is designed to open. The locker 30
The locking and unlocking of may be of a type using a magnetic card.

The charger 40 is mounted on the telephone stand 40a by
The charging circuit is composed of a C-DC converter and is fully controllable, and has a built-in charging circuit with a charging terminal protruding from the upper surface, and is connected to a commercial power source via a power cord 41 introduced from the back or bottom of the rocker 30. It is connected.
When storing the mobile phone 50 in the locker 30,
The mobile phone 50 is mounted on the phone mounting table 40a so as to fit into the charging terminal. This allows the charger 4
0 and the charging terminals of the mobile phone 50 are electrically connected to each other, charging of the battery of the mobile phone 50 is started, and charging is performed while the owner of the mobile phone 50 enters the facility or the like. It has become. Also, the charger 4
0 indicates that the battery has been fully charged and automatically stops the current supply to the battery when a certain time has elapsed since the mobile phone 50 was placed on the phone mounting table 40a, or It switches to a weak current and continues charging. This full charge control may be performed by a method of managing the temperature of the battery, or when the battery voltage V rises to a predetermined value, or so-called -Δ.
The V method may be used.

Further, the charger 40 has a detection circuit for detecting the full charge of the battery (for example, a circuit for detecting the elapse of a predetermined charging time) built in the telephone stand 40a. A terminal (not shown) for leading out the detection output to the outside is provided on the side of the telephone stand 40a. The full charge information detection wiring 13 is connected to a terminal (not shown). Therefore, when the current supply to the battery is stopped or the current becomes weak, the detection circuit detects the current and supplies the full charge information detection wiring 1 as full charge information.
3 to the main body 10. Note that the battery voltage value, the position of the charging terminal, and the like may differ depending on the manufacturer and model of the mobile phone 50.
Can be replaced according to the manufacturer and model of the mobile phone 50. Further, in order to reduce the replacement frequency, a plurality of chargers 40 of different types may be installed in the locker 30 in advance.

The mobile phone 50 is a model that is generally commercially available. For example, a speaker 51, a liquid crystal display 52, various keys 53 such as numeral keys and a power key, a microphone 54 and the like are arranged in order from the top to the bottom on the front surface. It is arranged. In addition, when an earphone or the like is connected to an earphone terminal installed on the main body of the mobile phone, a line is automatically connected when a call is received. That is, when the ring tone sounds a predetermined number of times, the line connection unit built in the telephone automatically operates to automatically connect the line without pressing the incoming call key. Commercially available mobile phones usually have this function. The incoming information detection wiring 14 is connected to the earphone terminal. As a result, when a call is received, the line is automatically connected.

Next, the configurations of the main body 10 and the terminal portion 20 will be described together with their functions with reference to FIGS. 3 and 4.
FIG. 3 is a block diagram showing the configuration of the main body unit 10, and FIG.
3 is a block diagram showing the configuration of the terminal unit 20. FIG. First, the main body 10 will be described with reference to FIG. Main body 10
Includes an incoming information detection circuit 101, a control unit 102, a transmission circuit 103, a duplexer 104, an antenna 105, a reception circuit 106, and a response message output means 107.

The incoming call information detection circuit 101 is used in the mobile phone 5
Incoming information detection wiring 1 connected to the 0 earphone terminal
It is connected to the line connection unit 50a of the mobile phone 50 via 4 and detects an incoming signal flowing to the line connection unit 50a when a call is received. The incoming call information detection circuit 101 may be provided inside the mobile phone 50. In this case, the main body 10 may be provided with a terminal for receiving a signal from the detection circuit. Both the terminal in this case and the incoming call information detection circuit 101 are connected to the mobile phone 5.
It constitutes an information capturing means for capturing the information generated at 0.

The control unit 102 includes a storage unit 108 and a CPU 1.
09. The storage unit 108 is the main body unit 1.
0 A program that controls the overall operation, a ROM that stores data such as an ID code unique to each locker 30, transmission information, and a response message, and an RA that temporarily stores the data
M and the like. The CPU 109 has an ID code reading means 109a and a transmission information generating means 109b,
When a signal is detected by the incoming information detection circuit 101, the detection output is sent to the ID code reading means 109a and the transmission information generating means 109b. As a result, the ID code reading unit 109a reads out its own ID code stored in the storage unit 108 and sends the data to the transmission information generating unit 109b. Transmission information generation means 109b
Reads out a transmission information code corresponding to incoming call information (information to be notified to the terminal unit 20) from the storage unit 108, and
Predetermined transmission data is generated by the ID code and the transmission information code and sent to the transmission circuit 103.

The transmission circuit 103 modulates a carrier wave based on the above-mentioned transmission data, and transmits it as a radio wave from the antenna 105 via the duplexer 104. This antenna 10
Although not shown, the reference numeral 5 is provided in the locker 30 by being led out from the case 11 of the main body 10.

In this embodiment, even when the battery 40b of the mobile phone 50 is fully charged by the charger 40,
This information is notified to the terminal unit 20 as full charge information. That is, a full charge detection control circuit built in the mobile phone mounting base 40a of the charger 40 sends a full charge signal to the ID code reading means 109a and the transmission information generating means 109b. ID code reading means 109a
Reads out the ID code from the storage unit 108 and sends the data to the transmission information generating means 109b. The transmission information generation unit 109b reads out the transmission information code corresponding to the full charge information from the storage unit 108, generates predetermined transmission data using these ID code and transmission information code, and sends the transmission data to the transmission circuit 103. This transmission data is
Similarly to the above, it is transmitted as a radio wave from the antenna 105.

Further, the CPU 109 uses the data discriminating means 1
09c, ID code comparing means 109d and response information generating means 109e. When the response information including the ID code is transmitted from the terminal unit 20, the signal is received by the antenna 105 and guided to the receiving circuit 106 via the duplexer 104. The receiving circuit 106 demodulates the signal and sends the demodulated signal to the data discriminating means 109c. The data discriminating means 109c discriminates between the ID code and the response information code, sends the ID code to the ID code comparing means 109d, and sends the response information code to the response information generating means 109e. As a result, the ID code comparing unit 109d reads out its own ID code stored in the storage unit 108, compares the received ID code with its own ID code, and when they match. Is a response signal generation means 109
e.

When the coincidence signal is input from the ID code comparing means 109d, the response information generating means 109e reads a response message corresponding to the same code from the storage section 108 based on the response information code from the data discriminating means 109c. The voice signal is converted into a voice signal, and the voice signal is sent to the drive circuit 107a of the response message output means 107. A line signal is sent from the line connection unit 50a in the mobile phone 50 to the drive circuit 107a, and when the signal is input, that is, during the line connection, the drive circuit 1a is connected.
The speaker 12 is driven by 07a and the response message is output by voice. The voice output is transmitted to the other party by the mobile phone 50 via the microphone 54 of the mobile phone 50.

Next, the terminal section 20 will be described with reference to FIG. The terminal unit 20 includes an antenna 201 and a receiving circuit 2
03, control unit 204, drive circuit 205 for driving the vibrator 22, drive circuit 206 for driving the liquid crystal display 23
And a transmission circuit 207.

The antenna 201 receives the transmission information including the ID code transmitted from the main body 10, and the signal is guided to the receiving circuit 203 via the duplexer 202. The receiving circuit 203 demodulates the signal and sends the demodulated signal to the control unit 204.

The control unit 204 includes a storage unit 208 and a CPU 2
09. The storage unit 208 is the terminal unit 2.
0, a ROM for storing data such as a program for controlling the entire operation, an ID code, response information, etc., and a RAM for temporarily storing data. CPU 209
Is a data discriminating means 209a and an ID code comparing means 20.
9b and transmission information identification means 209c. When the demodulated signal sent from the receiving circuit 203 to the control unit 204 is input to the data discriminating means 209a, the data discriminating means 209a discriminates between the ID code and the transmission information code,
The ID code is sent to the ID code comparing means 209b and the transmission information code is sent to the transmission information identifying means 209c. The ID code comparison unit 209b has a storage unit 208.
While reading out its own ID code stored in
The received ID code and its own ID code are compared to see if they match, and if they match, a match signal is sent to the transmission information identifying means 209c and the drive circuit 205.

The drive circuit 205 includes the ID code comparing means 2
In response to the coincidence signal from 09b, the vibrator 22 is driven to vibrate the case 21 of the terminal unit 20 to notify the owner of the terminal unit 20 that the information has been transmitted from the main body unit 10.

When the coincidence signal is input from the ID code comparison unit 209b, the transmission information identification unit 209c reads out the transmission information data corresponding to the same code from the storage unit 208 based on the transmission information code from the data determination unit 209a. It is converted to a character signal and sent to the drive circuit 206.
The drive circuit 206 drives the display 23 to display in character whether the information transmitted from the main body unit 10 is incoming information to the mobile phone 50 or full charge information of the battery 50b.
For example, in the case of incoming call information, "Calling" is displayed, and in the case of full charge information, "Battery charging is completed" is displayed. As a result, the holder of the terminal unit 20 who recognizes that the information is transmitted from the main body unit 10 due to the vibration of the vibrator 22 can confirm the content of the information on the display unit 23. The display form of the display 23 may be a mark as well as a character.

Further, the CPU 209 has an ID code reading means 209d and a response information generating means 209e.
When the holder of the terminal unit 20 who confirms that the mobile phone 50 is called by the vibrator 22 and the display 23 presses a predetermined response key 25, a response signal corresponding to the response key 25 is output as an ID code reading means. 209d and the response information generation means 209e. The response key 25 is, for example, various responses such as "I am now away from the telephone, so please wait.", "I cannot call the telephone right now, so I will call you later." Information can be selected. When the response signal is sent to the ID code reading means 209d, I
The D code reading means 209d reads its own ID code stored in the storage unit 208 and sends the data to the response information generating means 209e. The response information generation unit 209e reads a response information code corresponding to the predetermined response information from the storage unit 208, and generates predetermined transmission data using the ID code and the response information code,
It is sent to the transmission circuit 207.

The transmission circuit 207 modulates a carrier wave based on the above-mentioned transmission data and transmits it as a radio wave from the antenna 201 via the duplexer 202. This antenna 20
1 is disposed inside the case 21 of the terminal unit 20.

The information notifying apparatus for a mobile electric device of the present invention applied to a mobile phone is constructed as described above, and its operation will be described below together with how to use it. First,
The owner of the mobile phone 50 who has entered the public facility or the like receives the terminal unit 20 upon receipt and sets the receivable mobile phone 50 in the charger 40 in the locker 30 corresponding to the terminal unit 20. At the same time, the incoming call information detection wiring 14 is connected to the earphone terminal of the mobile phone 50. After that, a predetermined amount of coin is inserted into the coin insertion portion 31 to close the door 30b of the locker 30, and the door 30b is locked by the key 26 attached to the terminal portion 20 to prevent theft. The power of the main body 10 and the charger 40 is turned on, and the power of the terminal 20 is also turned on by pressing the power key 23. A user of the locker 30 puts the terminal unit 20 in a pocket of pants or the like and enters the facility or the like. The terminal unit 20 may be attached to the locker 30 so that when the coin of a predetermined amount is inserted into the coin insertion unit 31 and the locker 30 is locked, the terminal unit 20 comes out of the key hole of the locker 30.

When a call is received from the outside, the cellular phone 50 in the locker 30 is automatically connected to the line by operating the automatic line connection function after a plurality of ringing tones sound.
The call is ready. The incoming call information detection circuit 101 is
The incoming call is detected before the line is connected, and the detection signal is output to the control unit 102. The control unit 102 outputs incoming information to the transmission circuit 103 by a predetermined control operation.
This output is sent to the antenna 105 via the duplexer 104.
Sent as radio waves. This radio wave reaches the terminal unit 20 carried by the user of the locker 30 in the facility or the like, and is guided to the receiving circuit 203 as a high frequency current through the antenna 201 and the duplexer 202. The signal demodulated by the receiving circuit 203 is sent to the control unit 204,
The control unit 204 causes the vibrator 22 to perform a predetermined control operation.
Is driven to notify that the information is being transmitted from the main body 10 by the vibration. Further, the display unit 23 displays, for example, the character "Calling". As a result, the information content from the main body unit 10 which cannot be understood only by the vibrator 22 is confirmed. in this way,
The terminal unit 20 informs the owner of the mobile phone 50 that a call is being made without disturbing others by the ring tone.

At this stage, the portable telephone 50 is in a state immediately after the automatic line connection function is activated and the line is connected, or the line is not yet connected but will be connected soon. The owner of the terminal unit 20 immediately receives a predetermined response key 25 of the terminal unit 20, for example, a response key 25 of "Please wait for a while because I am now away from the telephone."
While pressing, go to the locker 30 that stores the mobile phone 50. The response information generated by pressing the response key 25 is transmitted via the control unit 204 to the transmission circuit 207.
To the antenna 20 via the duplexer 202.
It is transmitted from 1 as a radio wave. The vibrator 22 and the display 23 of the terminal unit 20 are configured so that the drive is stopped by pressing the response key 25, and the vibration and the display disappear.

The radio wave transmitted from the antenna 201 reaches the main body 10 in the rocker 30 and is guided to the receiving circuit 106 as a high frequency current via the antenna 105 and the duplexer 104. The signal demodulated by the receiving circuit 106 is sent to the control unit 102, and the predetermined control operation of the control unit 102 causes the microphone 12 of the response message output means 107 to say, "Please wait for a while, because you are now away from the telephone. Is output as a voice. This voice output is the microphone 54 of the mobile phone 50.
Is transmitted to the other party through. The owner of the mobile phone 50 arriving at the locker 30 unlocks the mobile phone 50 with the key 26 of the terminal unit 20 and takes out the mobile phone 50.
0 makes a normal call. The voice output may be repeatedly output a predetermined number of times until the owner of the mobile phone 50 takes out the mobile phone 50 from the locker 30.

The battery 50b of the mobile phone 50
When is fully charged, the detection output from the full charge detection control circuit of the charger 40 is output to the control unit 102 via the full charge information detection wiring 13. The control unit 102 outputs full charge information to the transmission circuit 103 by a predetermined control operation. This output is sent out as a radio wave from the antenna 105 via the duplexer 104. This radio wave reaches the terminal unit 20 carried by the user of the locker 30 in the facility or the like, and is guided to the receiving circuit 203 as a high frequency current through the antenna 201 and the duplexer 202. The signal demodulated by the receiving circuit 203 is sent to the control unit 204, and the control unit 204 drives the vibrator 22 by a predetermined control operation, and the vibration thereof notifies that the main body unit 10 is transmitting information. In addition, the display 23 displays, for example, the characters "The battery has been charged."

The vibrator 22 and the display unit 23 of the terminal unit 20 are designed so that the driving of the vibrator 22 and the display unit 23 is stopped by pressing a predetermined response key 25, and the vibration and the display disappear. Further, even if the response key 25 is not pressed, the driving is automatically stopped after a certain period of time.

When the user of the locker 30 receives the full charge information, he / she can know that the mobile phone 50 is ready to be used anytime after that. Therefore, if he / she is waiting for the charge, he / she should call the locker 30 immediately. , Mobile phone 50
Can be taken out and used. Like this, locker 3
Since the charger 40 is installed within the locker 30, the battery 5 of the mobile phone 50 can be simultaneously consumed while the locker 30 is being used.
0b can be charged, and the convenience of the locker 30 is enhanced. It goes without saying that the locker 30 may be used only for the purpose of charging the battery 50b of the mobile phone 50. In this case, until the charging is completed, it is sufficient to wait until the full charge information is notified to the terminal unit 20 in the coffee shop or the like in the facility, so it is necessary to go to the locker 30 to confirm the charging state. Disappears.

The information notifying apparatus for a mobile electric device according to the present invention is constructed and operates as described above, but various modifications such as the following are possible.

(1) In the above embodiment, the vibrator 22 and the display 23 are used as the alarms of the terminal section 20, but the information transmitted from the main body section 10 by intermittently driving the vibrator 22 is displayed. It is also possible to change the vibration mode according to the content and identify the content of the information by the vibration mode. In this way, the display 23 can be eliminated. Further, even when the display device 23 is used, a plurality of LEDs may be used instead of the liquid crystal display device.
In this case, if the information contents are compared with the respective LEDs, the information contents can be identified by the lit LEDs. In addition, the display 23 can display various information such as the telephone number of the other party.

(2) In the above embodiment, the main body 10 and the terminal 20 both have a transmitting function and a receiving function, but the main body 10 has only a transmitting function and the terminal 20 has only a receiving function. May be provided. In this case, when the incoming call information of the mobile phone is transmitted from the main body unit 10 and the information is received by the terminal unit 20, it is possible to immediately call the locker 30, pick up the mobile phone, and make a call as it is. Even in this way, the locker 30
When the position of and the place where the user is are not too far apart, no problem occurs. When the full charge information of the mobile phone is transmitted from the main body unit 10, the response information from the terminal unit 20 is not necessary in the above embodiment, so the main body unit 10 is not necessary.
Is sufficient to have a transmission function, and the terminal unit 20
It is enough to have a receiving function.

(3) In the above embodiment, the mobile phone 5
When 0 is called, the mobile phone 50 directly
However, the mobile phone 5 has the same function as the answering machine function of the mobile phone 50.
0 is set so that the message of the other party can be recorded in the recorder or the memory of the mobile phone 50.
It is also possible not to directly talk with the mobile phone 50. In this case, the main body unit 10 only transmits the incoming call information to the terminal unit 20, and it is not necessary to transmit the response information from the terminal unit 20. The user of the locker 30 having received the incoming call information may later reproduce the message recorded in the mobile phone 50 and call again from here if necessary.

(4) In the above embodiment, the mobile phone 5
Although 0 has an automatic line connection function, even if the automatic line connection function is not provided, a call can be made using the mobile phone 50 when an incoming call is received by the following procedure. Of course, even if the automatic line connection function is provided, a call may be made in the following configuration. That is, a microphone that detects a ringing tone of the mobile phone 50 is installed in the main body unit 10, and the output of this microphone is input to the incoming call information detection circuit 101. In this case, the microphone and the incoming call information detection circuit 101 form an information capturing means.

On the other hand, the incoming key pressing means 30 having the same function as a human hand pressing the incoming key of the mobile phone 50.
0 (indicated by a chain line in FIG. 3) is set in the incoming key portion of the mobile phone 50. In addition, when a predetermined response key 25 of the terminal unit 20 is pressed, a response for outputting a signal instructing the line connection of the mobile phone 50 from the response information generation unit 109e of the main body unit 10 to the incoming key pressing unit 300. The information is set to be output from the terminal unit 20.

In this way, the incoming information is transmitted from the main body portion 10 by the output from the microphone, and when the terminal portion 20 receives the information, when the predetermined response key 25 of the terminal portion 20 is pressed, The transmission circuit 207 outputs the response information instructing the line connection of the mobile phone 50. Then, the main body 1 which has received the response information by the receiving circuit 106
0 from the response information generating means 109e to the incoming key pressing means 3
A line connection instruction signal is output to 00, and the incoming key pressing means 300 operates to press the incoming key. Thereby, the line is connected and the call becomes possible.

The incoming key pressing means 300 constitutes a line connection driving means. For example, the pressing arm of the incoming key is set on the front surface of the incoming key, and the pressing arm is a motor or an electromagnetic solenoid. You can drive with and move forward to the incoming key side.

If the telephone number of the other party is displayed on the display 23 of the terminal unit 20, if the call is not received from the other party who does not want to answer the call, the response key 25 is not pressed. Since the line is not connected, you do not have to talk to the other party. Also, the incoming key pressing means 300
After the line is connected by, the response key 25 corresponding to a predetermined response message is pressed as necessary, the response information is transmitted, and the response message output means 107 of the main body unit 10 is transmitted.
It is also possible to output a response message from the user and transmit the response message to the other party.

(5) In addition, without using the automatic line connection function of the mobile phone 50, the following configuration is used to detect the light of the light emitting portion for displaying the incoming call information, and the call is received. You may make it notify information. That is, as shown in FIG. 5, flat reflecting mirrors 30c are arranged on the upper, lower, left, and right four surfaces excluding the inner surface of the case 30a that constitutes the rocker 30. The main body 11 is arranged on the back side of the reflection mirror 30c on the right side of the drawing, and the mobile phone 50 having a light emitting unit for displaying incoming call information has the light emitting unit on the right side reflection mirror 30c side described later. The charger 40 is placed on the telephone stand 40a of the charger 40 so as to face the optical sensor 60.

An optical sensor 60 composed of a phototransistor or the like is provided so as to be exposed in the case 30a at a substantially central portion of the reflection mirror 30c on the right side, and a light receiving portion thereof is provided on the opposing reflection mirror 30c on the left side. It is facing you. This optical sensor 60 is used for the incoming call information detection circuit 101.
It is connected to the mobile phone 50 and detects the light of the light emitting portion that displays the incoming call information of the mobile phone 50 to detect that the mobile phone 50 has received a call.

That is, the mobile phone 50 normally informs of an incoming call by flashing a light emitting part such as a lamp built in the power switch part together with an intermittent ringing tone when an incoming call is received. Has become. Therefore, the optical sensor 60 detects the light of the light emitting unit when an incoming call is received. When the optical sensor 60 detects light emitted from the light emitting portion of the mobile phone 50, incoming call information is transmitted from the main body portion 10 to the terminal portion 20. When the incoming call information is detected by light as described above, the optical sensor 60 and the incoming call information detection circuit 101 form an information capturing means.

In this embodiment, the mobile phone 50
Set the mobile phone 50 so that the built-in answering machine function works, and when you receive a call, the mobile phone 50
Be prepared to record the other party's message in the recorder or memory. Before recording the message of the other party, this message previously recorded in the recorder or the memory may be played to the other party.

The owner of the mobile phone 50 which has received the incoming call information from the terminal unit 20 later reproduces the message recorded in the recorder or the like of the mobile phone 50, and if necessary, calls the other party. Try to fix it. Also, use the telephone company's voice mail service to record the other party's message on the telephone company's recording device.
Only the incoming call information may be transmitted to the mobile phone 50. In this case, the telephone company's recording device may be reproduced later, and if necessary, the other party may be called again.

When the mobile phone 50 is placed on the phone placement table 40a of the charger 40, the light emitting portion is positioned within the detection area of the optical sensor 60 even if the type of the mobile phone 50 is different. It is possible to increase the possibility that the light from the light emitting portion is directly detected by the optical sensor 60, and thus the reflection mirror 30c is not always necessary. However, when the phone mounting base 40a of the charger 40 is not fixed or when the charger 40 is not used, the mobile phone 50 is placed inside the locker 30 in a state where the light from the light emitting unit cannot be directly detected by the optical sensor 60. May be stored. In such a case, if the reflection mirror 30c is provided,
The light of the light emitting portion is reflected by the reflection mirror 30c and guided to the light receiving portion of the optical sensor 60, so that the light of the light emitting portion can be detected.

That is, when the reflection mirrors 30c are provided on the four surfaces as described above, when the mobile phone 50 is arranged so that the light emitting portion faces any one of the reflection mirrors 30c, the reflection mirrors 30c of the respective reflection mirrors 30c are arranged. A virtual image of the light of the light emitting unit is formed on the back side. Then, one of the virtual images is a reflection mirror 30c on the left side facing the light receiving portion of the optical sensor 60.
When formed in the detection area of the optical sensor 60 in
Even when the mobile phone 50 is stored in a state where the light from the light emitting unit cannot be directly detected by the light sensor 60, the light from the light emitting unit can be indirectly detected by the light sensor 60.

The reflecting mirrors 30c are not provided on the four surfaces as described above, but may be provided on the inner surface of the case 30a and the inner surface of the door 30b, that is, on the eight surfaces in total, or on the two surfaces on the left and right sides of the case 30a. You may make it provide only. In short, the plurality of reflection mirrors 30c are arranged so that a virtual image of the light of the light emitting portion of the mobile phone 50 can be formed in the detection area of the optical sensor 60 in the reflection mirror 30c on the side facing the light receiving portion of the optical sensor 60. It should have been done. In addition, the optical sensor 60
By disposing a wide-angle lens in front of the light receiving section, the detection area of the optical sensor 60 is expanded and the light of the light emitting section can be detected more reliably.

When the incoming call information is detected by the light emitted from the light emitting portion of the portable telephone 50 as described above, the incoming key pressing means 300 described in the above (4) is applied to the incoming key portion of the portable telephone 50. In order to output a signal for instructing line connection of the mobile phone 50 from the response information generating means 109e of the main body portion 10 to the incoming key pressing means 300 when the predetermined response key 25 of the terminal portion 20 is pressed. The response information may be output. By doing so, it becomes possible to directly talk with the other party by connecting the line as described in the above item (4).

(6) In the above embodiment, the main body 10
Is arranged in the locker 30 for storing the mobile phone 50. However, when there is no risk of the mobile phone 50 being stolen, the main body part 10 and the charger 40 are stored in a storage box or an open state without a locking part. It may be arranged on a shelf or the like, and the mobile phone 50 may be set on the charger 40 such as the storage or the shelf.

(7) In the information notifying apparatus for a mobile electric device of the present invention, the main body section 10 may transmit only the incoming call information of the mobile telephone 50, and the terminal section 20 may receive only the incoming call information. In this case, the charger 40 is not essential. Further, the main body unit may transmit only the full charge information of the battery of the mobile phone 50, and the terminal unit 20 may receive only the full charge information. When only the full charge information is transmitted / received, the main body unit 10 may not have the reception function, and the terminal unit 20 may not have the transmission function. Also, various functions of the main body unit 10 may be provided inside the mobile phone 50. In this way, even when the mobile phone 50 is stored in the locker, it can be stored in the locker for storing general luggage instead of the dedicated locker in which the main body unit 10 is installed.

(8) In the above embodiment, the information notifying apparatus for a mobile electric device of the present invention is applied to the mobile phone 50, but the application is not limited to the mobile phone 50. In short, it is possible to transmit the information that accompanies various mobile electric devices from the main body 10 via the transmission circuit, and receive the information at the terminal unit 20 to notify the owner of the mobile electric device. It just has to be done. In recent years, in addition to mobile phones, various mobile electric devices such as video cameras and notebook computers have been used, and a battery as a drive source thereof can be charged. Therefore, when the information notification device for a mobile electric device according to the present invention is applied to those chargers, the convenience of the chargers is greatly enhanced.

That is, the owner of the device, which is going to use the device when the battery is fully charged, sometimes needs to go to the place where the charger is installed to check the charging state. If the information notification device of the present invention is applied to the battery charger, the video camera can be devoted to other work in a place away from the battery charger until the charging is completed, and after the full charge information is transmitted. You just have to get them.

Further, an outlet for commercial power supply is provided in the locker 30, and a plug of a charger owned by the owner of the mobile electric device is inserted into this outlet or used in a car in the locker 30. A 12-volt cigarette lighter socket is provided in advance, and a charger attached to the charger owned by the owner of the mobile electric device may be inserted into this socket to bring in a commercial power source or a charger It may be driven by a 12-volt DC power supply.

(9) In the above embodiment, the mobile electric device has been described as a portable device such as a mobile phone or a video camera. However, the mobile electric device is an electric vehicle that drives a motor with a battery to run. Also includes. In this case, the main body portion 10 and the terminal portion 20 are required, but the locker 30 is not necessarily required. When charging the battery of an electric vehicle, calculate the estimated time from the specific gravity of the electrolyte to the remaining amount of the battery or full charge, or count the charge / discharge current and time of the battery to determine the charge and discharge amounts. It is more convenient to add / subtract and calculate the remaining amount of the battery or the estimated time until the battery is fully charged so that they can be displayed on the display 23 or the like of the terminal unit 20.

Further, when charging the battery of the electric vehicle, the charging time corresponding to the planned mileage after charging is calculated from the power consumption per unit mileage and predicted and displayed on the display 23 of the terminal unit 20 or the like. If set to, the convenience is further enhanced. Further, when charging the battery of an electric vehicle, it is more preferable to provide the terminal unit 20 with a receiving circuit capable of receiving a radio broadcast of road information so that the road information can be output by voice from an earphone or the like. The convenience is improved. The received road information may be displayed on the display 23 of the terminal unit 20. It is very convenient for users of electric vehicles if information notification devices for mobile electric devices are installed in hotels, airports, parking lots in the city, and the like.

(10) In the embodiment shown in FIG. 1 applied to a mobile phone or the like, it can be used by inserting a predetermined amount of coins into the coin inserting section 31 of the locker 30. Convenience is further enhanced by the following configuration. That is, as shown in FIG. 6, the numeric keypad 61 is installed on the upper part of the panel surface of the rocker 30, and the liquid crystal display unit 62 is installed on the lower part of the numeric keypad 61.
The storage box 63 of the terminal unit 20 is installed on the lower right side of the liquid crystal display unit 62, and the locking unit 64 is installed on the left side of the storage box 63. In addition, a coin slot 65, a microphone 66 and a speaker 67 are installed below the panel surface.

When the locker 30 is not used, the terminal section 20 is stored in the storage box 63, and the terminal section 20 is stored.
The key 26 attached by a chain or the like is inserted into the key hole of the locking portion 64. At this time, if the key 26 is locked so that it cannot be removed from the key hole and the terminal unit 20 cannot be removed from the locker 30, theft or the like can be prevented and the management of the terminal unit 20 becomes easy. In this case, when a coin is inserted into the coin insertion part 65 and the locker 30 becomes available, the lock is released so that the key 26 can be pulled out from the key hole, and the terminal part 20 can be removed from the locker 30. You can do it like this.

Numeric keypad 6 installed on the above panel surface
1. The coin insertion section 65 and the like are connected to the control section 102 of the main body section 10 through a predetermined input circuit, and the liquid crystal display section 62, the speaker 67 and the like are connected to a predetermined drive circuit controlled by the control section 102. The components other than the storage box 63 operate in association with each other. When the locker 30 is not in use, the date and time are displayed on the liquid crystal display 62 along with a display such as "ready to use". After the user inserts a coin into the coin slot 65, stores the mobile phone in the locker 30 and closes the door 30b, the usage contents (for example, storage of the mobile phone only, storage of the mobile phone and charging of the battery). ) Is pressed, the key of the predetermined number of the ten keys 61 is pressed, and the storage unit 1
Display information corresponding to the key is read out from 08, and necessary information such as usage contents and usage start time is displayed on the liquid crystal display unit 62. In the case of charging the battery, the remaining time of energization and the like are displayed according to the amount of money input.

In addition, when it is desired to convey this message to the other party when a call arrives at the mobile phone, the mobile phone is set so that the answering machine function of the mobile phone works. By pressing, recording can be performed on a recorder or the like of a mobile phone via the microphone 66. Further, when it is desired to confirm the message contents of the other party recorded on the recorder of the mobile phone or the like, the message contents are output from the speaker 67 when the predetermined number of the ten key 61 is pressed. When the telephone answering service of the telephone company is used, the contents of the message can be output from the speaker 67 by pressing the ten key 61 in the same manner as above. If the telephone answering service of the telephone company has a function of recording this message, the telephone company recorder or the like can record the message via the microphone 66.

As a billing method, in the case of storing a mobile phone, for example, a fixed amount is charged regardless of whether there is an incoming call within the basic time, and an additional fee is collected every fixed time when the basic time is exceeded. If the number of incoming calls exceeds a predetermined number, an additional charge may be collected. When an additional fee is required, the amount is displayed on the liquid crystal display unit 62 so that the unlocking cannot be done unless the additional fee is paid. In the case of charging the battery, for example, the charge is collected according to the usage time, or the charge is collected according to the amount of electric power used. As a payment method, in addition to the above coin insertion, a card insertion slot is provided on the panel surface so that it can be processed with a prepaid card or a credit card, or an electronic money system can be used. You can also

(11) In the embodiment shown in FIG. 1 and the like applied to a mobile phone or the like, the key 26 for opening and closing the locker 30 is attached to the terminal section 20 by a chain or the like.
A magnetic card may be used instead of the key 26, or a magnetic recording unit may be provided on the surface of the card-shaped case 21 of the terminal unit 20, and the terminal unit 20 may be inserted into or removed from the storage box 63 or the like. The locker 30 can be opened and closed like a magnetic card. Also, the terminal unit 2
No. 0 is not a card type case 21 but may be a wristwatch type with a key 26 integrally attached thereto and can be fixed to a wrist with a band. Further, transmission / reception between the main body 10 and the terminal unit 20 can be performed not only by radio waves but also by ultrasonic waves or the like.

[0091]

As described above, according to the first to twelfth aspects of the present invention, there are provided the information capturing means for capturing the information generated in association with the mobile electric device and the transmitting circuit for transmitting the captured information wirelessly. Since it is composed of a main body section provided with the terminal section having a receiver circuit for receiving a transmission signal from the main body section and an annunciator which is driven based on the received signal, it is generated accompanying the mobile electric device. The information can be notified to the owner of the mobile electric device at a remote place at the same time as the generation of the information.

Further, according to the invention of claim 2, since the information capturing means is a detection circuit for detecting information generated in association with the mobile electric device, the information generated in association with the mobile electric device is detected. Can be reliably detected by the detection circuit of the main body.

According to the third aspect of the present invention, the main body transmits the information including the ID code, and the terminal compares the ID code of its own with the received ID code to obtain both ID codes. Since the alarm device is driven only when the numbers match, even if there are a plurality of main body units and terminal units, the terminal unit different from the ID code of the main body unit is not driven and the generated information has a predetermined value. Only the owner of the mobile electric device can be notified.

Further, according to the invention of claim 4, since the mobile electric device is a mobile phone and the information capturing means captures incoming information of the mobile phone, the mobile device is located away from the main body. The owner of the telephone can be notified of the incoming call information.

Further, according to the invention of claim 5, the terminal unit includes a transmission circuit for transmitting response information instructing line connection of the mobile phone, and the main body unit has a receiving circuit for receiving response information from the terminal unit. Since it is provided with a line connection driving means for connecting the line of the mobile phone by receiving the response information, the response information for instructing the line connection of the mobile phone can be transmitted from the terminal part, and the line connection drive means of the main body part The line of a mobile phone can be connected.

Further, according to the invention of claim 6, the main body portion is provided with the response message output means for outputting a predetermined response message based on the response information from the terminal portion after the line of the portable telephone is connected. After the line of the mobile phone is connected according to the line connection instruction, a predetermined response message can be output from the response message output means of the main body based on the response information from the terminal unit.

According to the invention of claim 7, the mobile phone has an automatic line connecting means, and the terminal section is provided with a transmission circuit for transmitting response information to the mobile phone.
The main body section is provided with a receiving circuit for receiving response information from the terminal section, response information generating means for generating predetermined response information based on the response information, and response message output means for outputting a predetermined response message based on the response information. Therefore, after the line of the mobile phone is automatically connected, a predetermined response message can be output from the response message output means of the main body based on the response information from the terminal.

Further, according to the invention of claim 8, since the storage unit for storing the portable telephone is provided and the main body unit is installed in the storage unit, the management of the main unit unit can be facilitated.

Further, according to the invention of claim 9, the storage is a locker having a lock part, and the terminal part is provided with a key corresponding to the lock part. Therefore, by locking the locker, the main body part and the mobile phone are locked. Theft can be prevented.

According to the tenth aspect of the invention, a charger for charging the battery of the mobile phone is installed in the storage or the locker, and the transmission circuit of the main body transmits the battery full charge information. Therefore, the battery can be charged while the mobile phone is stored in the storage or locker, and the full charge information of the battery can be notified to the terminal unit.

According to the eleventh aspect of the invention, since the mobile phone notifies the incoming call information by light, and the information capturing means is provided with an optical sensor for capturing the incoming call information. The incoming call information can be taken in by the optical sensor, and it is possible to prevent the occurrence of noise that occurs when the incoming call is taken in and the malfunction at the place.

According to the twelfth aspect of the present invention, the storage box for storing the mobile phone is provided, and the reflection mirror for guiding the light for notifying the incoming call information to the optical sensor is arranged in the storage box. It is possible to reliably detect incoming call information even if the mobile phone is stored in the storage cabinet at a position displaced from a predetermined position.

[Brief description of the drawings]

FIG. 1 is a perspective view of an information notification device of a mobile electric device of the present invention when applied to a mobile phone stored in a locker.

FIG. 2 is a perspective view of the locker shown in FIG. 1 with the door closed.

FIG. 3 is a block diagram of a main body that constitutes the information notification device of the mobile electric device shown in FIG.

FIG. 4 is a block diagram of a terminal unit included in the information notification device of the mobile electric device shown in FIG.

5 is a perspective view showing another configuration example of the locker shown in FIG. 1. FIG.

FIG. 6 is a perspective view showing still another configuration example of the locker shown in FIG.

[Explanation of symbols]

 10 Main Unit 20 Terminal 22 Vibrator (Notifier) 23 Display (Notifier) 26 Key 30 Locker 30c Reflective Mirror 32, 64 Locking Unit 40 Charger 50 Mobile Phone 50a Line Connection 50b Battery 60 Optical Sensor 101 Incoming Information Detection Circuit 102 Control unit 103 Transmission circuit 106 Reception circuit 107 Response message output unit 203 Reception circuit 204 Control unit 207 Transmission circuit 300 Incoming key pressing unit (line connection driving unit)

Claims (12)

[Claims] 1. A main body portion including an information capturing means for capturing information generated in association with a mobile electric device and a transmission circuit for wirelessly transmitting the captured information, and a transmission signal from the main body portion. An information notifying apparatus for a mobile electric device, comprising a receiving circuit and a terminal unit provided with an annunciator that is driven based on a received signal. 2. The information notification device for a mobile electric device according to claim 1, wherein the information capturing means is a detection circuit for detecting information generated in association with the mobile electric device. 3. The main body unit transmits information including an ID code, and the terminal unit compares its own ID code with a received ID code, and only when both ID codes match, the notification is given. The information notification device for mobile electric equipment according to claim 1 or 2, wherein the information notification device is for driving a device. 4. The mobile device according to claim 1, wherein the mobile electronic device is a mobile phone, and the information capturing means captures incoming information of the mobile phone. Information notification device for electrical equipment. 5. The terminal unit includes a transmission circuit that transmits response information instructing line connection of the mobile phone, and the main body unit includes a reception circuit that receives response information from the terminal unit, and the response. The information notifying apparatus for a mobile electric device according to claim 4, further comprising a line connection driving unit that connects the line of the mobile phone by receiving information. 6. The main body section is provided with a response message output means for outputting a predetermined response message based on response information from the terminal section after the line of the mobile phone is connected. An information notification device for the mobile electric device described. 7. The mobile phone has an automatic line connection means, the terminal unit includes a transmission circuit for transmitting response information to the mobile phone, and the main body unit includes:
A reception circuit for receiving response information from the terminal unit, a response information generation unit for generating predetermined response information based on the response information, and a response message output unit for outputting a predetermined response message based on the response information. The information notification device for mobile electric equipment according to claim 4, wherein the information notification device is provided. 8. The information notification device for a mobile electric device according to claim 4, further comprising a storage for storing the mobile phone, wherein the main body is installed in the storage. A characteristic information notification device for mobile electric equipment. 9. The information notification of a mobile electric device according to claim 8, wherein the storage is a locker having a lock unit, and the terminal unit has a key corresponding to the lock unit. apparatus. 10. The information notification device for a mobile electric device according to claim 8 or 9, wherein a charger for charging a battery of a mobile phone is installed in the storage or locker, and the transmission circuit of the main body is An information notification device for a mobile electric device, which transmits full-charge information of a battery. 11. The mobile type according to claim 4, wherein the mobile phone notifies the incoming call information by light, and the information capturing means includes an optical sensor for capturing the incoming call information. Information notification device for electrical equipment. 12. The information notification device for a mobile electric device according to claim 11, further comprising a storage for storing a mobile phone, and a reflection mirror for guiding the light to the optical sensor is disposed in the storage. An information notification device for a mobile electric device characterized by the above.