JP2002152061A - Portable telephone set with urgent signal transmission device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a portable telephone set with urgent signal transmission device, which can automatically report the occurrence of an urgent situation after a preset time elapses and can give information on a location. SOLUTION: The portable telephone set is provided with a first radio circuit 11 emitting a first frequency for portable telephone set, a timer circuit 17 which can previously set time until an urgent signal is transmitted after time is set, a second radio circuit 18 transmitting a second frequency different from the first frequency and a control circuit 19. The control circuit 19 transmits a prescribed urgent signal stored in a memory circuit 14 by the second frequency via the second radio circuit 18 and a second antenna 21 when an urgent command is inputted from a key matrix 16, when urgent report time which is previously set in the timer circuit 17 elapses and when a prescribed urgent signal generation instruction is received via the first radio circuit 11, and it continues transmission until the command of stop is inputted or power supply from a battery is stopped.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a portable telephone provided with an emergency signal transmitting device.

[0002]

2. Description of the Related Art Mobile communication devices starting from automobile telephones have been rapidly expanding in quantity with the rapid progress in quality along with the miniaturization of devices due to the miniaturization of electronic components and the spread of wireless communication networks. In recent years, portable electronic devices having a communication function,
In particular, the spread of mobile phones has been remarkable. With a mobile phone, it is possible to make an emergency call to the police or fire department by calling out a predetermined emergency phone number in the same way as a conventional ordinary phone, but depending on the physical condition and the surrounding environment, using a key matrix It may be difficult to make a call with the specified emergency telephone number.

[0003] Japanese Patent Application Laid-Open No. 62-11365 discloses that an emergency call switch is provided so that, for example, in the case of taxi robbery or assault in a parking lot, an emergency operation can be performed to a predetermined contact by a simple operation. A mobile telephone system capable of notifying is disclosed.

Japanese Patent Application Laid-Open No. 1-194726 discloses that the output of a calling signal and a power supply display signal is stopped after an emergency key is input, an emergency incoming call operation is performed if there is an incoming call, and an emergency call to an emergency connection destination is performed if there is no incoming call. 2. Description of the Related Art A mobile wireless terminal capable of notifying an intruder of an emergency by performing an outgoing operation and outputting an emergency voice is disclosed.

[0005] However, in any case, the notification of an emergency is limited to a service area where radio waves reach a mobile phone base.
If the service is not within the service range, communication may not be possible and a serious situation may occur, and as a countermeasure, another radio such as an amateur radio was also carried separately, but the burden on the user was There was a problem that was large.

Japanese Patent Application Laid-Open No. Hei 7-113600 has a function of detecting whether or not a mobile phone is within a service area. Enter the emergency mode, continue to transmit the emergency rescue request signal stored in advance at the same frequency as the mobile phone at regular intervals, and receive this radio wave by a general-purpose receiver or the like having the same reception frequency as the mobile phone, and the rescue team Discloses a mobile phone with an emergency signal transmission function for confirming the position.

[0007]

Problems to be Solved by the Invention
The mobile phone with the emergency signal transmission function disclosed in Japanese Patent Publication No. 0 can report occurrence of an emergency even outside the service area. However, the user needs to generate an emergency state mode, and the user needs to fall down in the mountains, for example. However, when the mobile phone cannot be operated, there is a problem that it is impossible to report the occurrence of an emergency.

An object of the present invention is to provide a mobile phone with an emergency signal transmitting device that can automatically notify of the occurrence of an emergency after a preset time has elapsed, and can notify the location of the emergency.

[0009]

SUMMARY OF THE INVENTION A portable telephone with an emergency signal transmitting device according to the present invention is a portable telephone with an emergency signal generating device capable of automatically transmitting an emergency signal in an emergency. And a circuit for automatically transmitting a predetermined emergency signal stored in the memory circuit at a frequency different from a frequency used for normal communication with the outside when the emergency notification time set in (1) has elapsed.

Further, a circuit may be provided for performing the same operation when a predetermined emergency signal generation command is received.
Further, a circuit that performs the same operation by a predetermined key input may be provided.

A first radio circuit for performing external communication at a first frequency used for ordinary external communication, an audio circuit, a channel codec, a memory circuit, a display circuit, a key matrix, A timer circuit that can preset a time until an emergency signal is transmitted, a second wireless circuit that transmits a second frequency different from the first frequency, a control circuit that controls the operation of each of these components, The control circuit includes a first antenna for a first radio circuit and a second antenna for a second radio circuit, and when a predetermined emergency command is input from the key matrix, the control circuit controls the timer circuit by the key matrix. When an emergency notification time set in advance has elapsed, and when a predetermined emergency signal generation command has been received via the first wireless circuit, the predetermined emergency signal stored in the memory circuit is received. The via the second radio circuit and the second antenna transmits at a second frequency, continuation is preferably outgoing until the power supply from either the battery stop command is input stops No..

[0012] Further, a first radio circuit for communicating with the outside at a first frequency used for ordinary communication with the outside, a voice circuit, a channel codec, a memory circuit, a display circuit, a key matrix, And a first timer circuit that can preset the time until calling the emergency contact at the first frequency, and from the start of calling the emergency contact at the first frequency to the transmission of an emergency signal at the second frequency. A second timer circuit that can set a time until switching, a second radio circuit that emits a second frequency different from the first frequency, a control circuit that controls the operation of each of these components,
A first antenna for a first radio circuit, and a second antenna for a second radio circuit, wherein the control circuit is configured to receive an emergency command from a key matrix,
When the emergency call time set in advance in the timer circuit has elapsed, an emergency is notified to the preset emergency contact at the first frequency, and the emergency contact to the emergency contact is started. When the switching time set in advance in the second timer circuit elapses, and when a predetermined emergency signal generation command is received via the first wireless circuit, the predetermined emergency signal stored in the memory circuit is Is transmitted at the second frequency via the second wireless circuit and the second antenna, and the transmission is preferably continued until a stop command is input or power supply from the battery is stopped.

The emergency signal transmitted at the second frequency includes A
It is preferable that an analog signal including an M modulation signal and an FM modulation signal is used, and the emergency signal is transmitted intermittently.

The portable telephone with an emergency signal transmitting device according to the present invention is characterized in that the portable telephone has a built-in circuit for generating an emergency signal in an emergency, generates an emergency signal in the event of a disaster or distress, and informs the location. The signal generation conditions are: operation of the mobile phone, after a certain time elapses by the timer,
And an emergency signal generation command from the system.

In addition, since an emergency contact can be automatically called up using the first frequency before an emergency signal is generated and an emergency contact can be made, the emergency contact can be automatically made when in the service area. Done.

As an emergency signal, an analog signal (AM, FM modulated signal, etc.) is used, and intermittent transmission is performed, so that battery consumption is minimized and transmission can be continued for a long time.

[0017]

DESCRIPTION OF THE PREFERRED EMBODIMENTS A portable telephone with an emergency signal generator according to the present invention is characterized in that a circuit for generating an emergency signal in an emergency is built in, an emergency signal is generated in a disaster or distress, and a location is notified. .

Next, a mobile phone with an emergency signal generator according to an embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a schematic block diagram of a mobile phone with an emergency signal generator according to a first embodiment of the present invention.

The mobile phone 10 with an emergency signal generator according to the first embodiment of the present invention includes a first wireless circuit 11 for communicating with the outside at a first frequency for a normal mobile phone, a microphone, An audio circuit 12 for inputting and outputting audio through a speaker;
A channel codec 13 for performing a coder / decoder process between an electric signal of the radio circuit 11 and audio digital data of the audio circuit 12, a memory circuit 14 for storing data required for the process, and a display circuit for displaying necessary contents 15, a key matrix 16 for key input, a timer circuit 17 capable of presetting a time from setting to transmission of an emergency signal, and a second circuit for transmitting a second frequency different from the first frequency. A wireless circuit 18, a control circuit 19 for controlling the operation of each of these components, a first antenna 20 for the first wireless circuit 11, and a second antenna 21 for the second wireless circuit 18 Have.

When an emergency command is input from the key matrix 16, the control circuit 19 controls the key matrix 1
6, when an emergency notification time preset in the timer circuit 17 has elapsed, and when a predetermined emergency signal generation command has been received via the first wireless circuit 11, a predetermined emergency signal stored in the memory circuit 14 has been received. An emergency signal is transmitted at a second frequency via the second wireless circuit 18 and the second antenna 21 and continues to be transmitted until a stop command is input or power supply from the battery is stopped.

It is desirable that the emergency signal be transmitted intermittently using an analog signal (AM, FM modulated signal, etc.) in order to minimize battery consumption and allow transmission to continue for a long time. . By transmitting without passing through the channel codec 13, power consumption can be reduced.

Since the second frequency is different from the normal frequency of the mobile phone, even if a call is made within the service area, the call of the normal mobile phone will not be disturbed. For the reception of the second frequency, a receiver capable of receiving the radio wave of that frequency is required. For example, a person concerned with the user of the mobile phone has a receiver capable of receiving the radio wave of that frequency, If a common frequency is allocated to the satellites and receivers are installed in police and fire departments, it is possible to cope with such an emergency.

Next, the operation of the portable telephone with an emergency signal generator according to the first embodiment of the present invention will be described with reference to FIGS. FIG. 2 is a flowchart of the operation of the mobile phone with the emergency signal generator according to the first embodiment of the present invention.

There are the following three methods for generating an emergency signal.
That is, the first method is a state in which the user can operate the key matrix, and the control circuit 19 generates the emergency signal command by key input of the mobile phone, so that the control circuit 19 transmits the emergency signal stored in the memory circuit 14. Second wireless circuit 1
8 and the signal is transmitted at the second frequency via the second antenna 21. The command of the emergency signal may be generated by providing a dedicated key, but may be performed by continuously pressing a predetermined key for a predetermined time or more, or simultaneously pressing two predetermined keys.

Since the user usually does not know whether he or she is currently in the service area of the mobile phone, he or she first uses the first frequency of the mobile phone to notify the emergency contact to the emergency contact in the usual manner. When it is not possible to make a call with a contact, it is desirable to generate an emergency signal command by key input. In this case, the position of the user can be confirmed by a person who senses the abnormality searches by using a device that can receive the second frequency.

In a second method, a timer is provided in the mobile phone,
This is a method for generating an emergency signal after a lapse of a predetermined time from the setting. This assumes a case in which an accident occurs during mountain climbing or the like and the ship is distressed (in a state where the user cannot operate the mobile phone by himself, for example, when he is faint or unable to move).

When dangers such as mountain climbing are involved, the time until returning is important. Therefore, in case of emergency, the time of the scheduled time + α (for example, 2 hours) is set in the mobile phone with the emergency signal generator.

The mobile phone operates for a set time (scheduled time +
α) After the elapse, an emergency signal is automatically generated to notify the distress location. This setting is valid even when the power of the mobile phone is "OFF", and after the set time has elapsed, the power of the mobile phone is automatically turned "ON" and an emergency signal is transmitted. If no return is made after the elapse of the scheduled time, the search can be facilitated by searching for the intended route with a receiver capable of receiving the second frequency.

In the third method, an emergency signal transmission command is transmitted from a mobile phone system (base station) to generate a signal in the mobile phone.

This is for the purpose of searching for a person whose location has become unknown due to burying and the like due to an accident or disaster, and is possible only in a service area where a mobile phone can be used.

Since the mobile phone in the service area performs location registration (a function of informing the system of the identification code of the mobile phone) to the system, the area where the mobile phone is located can be specified by the base station that has received the location registration. . Therefore, by transmitting an emergency signal transmission command to the mobile phone, the mobile phone can transmit an emergency signal, and the location can be accurately confirmed.

This operation will be described with reference to the flowchart of FIG. When the operation is started (S11), if an emergency signal generation timer is set (S12Y), an emergency signal generation time is set in the timer circuit 17 (S1).
3), proceed to step S14. If a timer for generating an emergency signal is not set (S12N), the process directly proceeds to step S14.

If an emergency command is input from the key matrix 16 in step 14 (S14Y), step S
Proceeding to the generation of the emergency signal at 20, and if no emergency command is input (S14N), the process proceeds to step S15 to check whether the apparatus is in a standby state.

If it is in the standby state in step S15 (S15Y), it is confirmed whether or not an emergency signal generation command is received from the outside in step S16. If it is confirmed (S16Y), the process proceeds to step S20 to generate an emergency signal. If (S16N), the process proceeds to step S17. Step S15
Is not in the standby state (S15N), the process directly proceeds to step S17. In step S17, it is checked whether the time has elapsed until the emergency signal generation time set in the timer. If not (S17N), the process returns to step S14 and repeats the steps. If it has passed (S17Y), it is checked whether the power is on (S1).
8) If the power is not on (S18N), the power is turned off.
N (S19), the process proceeds to step S20. If the power is on (S18Y), the process directly proceeds to step S20.

In step S20, the control circuit 19 sends the emergency signal stored in the memory circuit 14 to the second wireless circuit 18
The signal is transmitted to the outside at the second frequency via the second antenna 21 and the second antenna 21. Waiting for the input of the release mode (S21N),
When the release mode is input (S21Y), the transmission of the emergency signal is stopped (S22), and the process is terminated (S23).

Next, a mobile phone with an emergency signal generator according to a second embodiment of the present invention will be described with reference to the drawings. FIG. 3 is a schematic block diagram of a mobile phone with an emergency signal generator according to a second embodiment of the present invention.

The portable telephone 60 with an emergency signal generator according to the second embodiment of the present invention comprises a first wireless circuit 61 for communicating with the outside at a first frequency of a normal portable telephone, a microphone and a speaker. Circuit 62 for inputting and outputting audio, a channel codec 63 for performing coder / decoder processing between an electric signal of the radio circuit 61 and audio digital data of the audio circuit 62, and a memory circuit for storing data necessary for the processing 64, a display circuit 65 for displaying necessary contents, a key matrix 66 for key input, and a first time for automatically setting an emergency contact to the emergency contact at the first frequency. And the switching time from when the emergency contact is automatically started to the emergency contact at the first frequency to when the switching to the emergency signal transmission at the second frequency can be set. And 2 of the timer circuit 72, the second wireless circuit 68 for transmitting a second frequency different from the first frequency
And a control circuit 69 for controlling the operation of each of these components.
And a first antenna 70 for a first wireless circuit 61 and a second antenna 71 for a second wireless circuit 68.

When an emergency command is input from the key matrix 66 or when a predetermined time elapses before the first timer circuit 67 performs an emergency notification, the control circuit 69 performs the emergency communication at the first frequency. Emergency contact is automatically made first. Further, the control circuit 69 generates a predetermined emergency signal when the switching time set in advance in the second timer circuit 72 has elapsed since the start of calling the emergency contact information and when a predetermined emergency signal is generated via the first wireless circuit 61. When the command is received, a predetermined emergency signal stored in the memory circuit 64 is transmitted at a second frequency via the second wireless circuit 68 and the second antenna 71, and a stop command is input. Or continue sending until the power supply from the battery stops. In order to minimize battery consumption and allow transmission to continue for a long time, it is desirable to use an analog signal (such as an AM or FM modulation signal) and perform intermittent transmission.

In the first embodiment, an emergency signal is transmitted at the second frequency via the second radio circuit 18 and the second antenna 21 immediately in the event of an emergency.
In the second embodiment, when an emergency command is input from the key matrix 66 and when an emergency notification time set in the timer circuit 67 has elapsed, first, a communication set in advance at the first frequency is automatically performed. When the call is made and the connection is established, an emergency notification of the preset contents is performed. When the time set in the second timer circuit 72 has elapsed since the start of the call, the communication with the second wireless circuit 68 is performed. An emergency signal is transmitted at a second frequency via the second antenna 71. Therefore, even if the connection to the emergency contact at the first frequency cannot be established, the transmission automatically switches to the emergency signal transmission.

Thus, when in the service area, the memory circuit 64 operates at the first frequency of the ordinary portable telephone.
The emergency contact information set in advance in the memory circuit 64 can be automatically sent to the emergency contact information set in advance, and after a predetermined time has elapsed, the emergency contact information and the like are also transmitted to a predetermined emergency signal. When the mobile phone transmits the generation command and receives the emergency signal, the predetermined emergency signal stored in the memory circuit 64 is transmitted to the second wireless circuit 68 and the second antenna 7.
Since the signal is transmitted on the second frequency via the first and second channels, it is useful for subsequent tracking.

If the communication at the first frequency is obstructed for some reason even outside the service area or within the service area, communication at the first frequency is not possible. When the switching time set to 72 elapses, the frequency is automatically switched to the second frequency, and the second frequency is transmitted via the second wireless circuit 68 and the second antenna 71 as in the first embodiment. Sends an emergency signal.

Thus, an emergency signal can be transmitted in an emergency regardless of inside or outside the service area, and when in the service area, an emergency situation can be notified to the emergency contact using the normal frequency of the mobile phone. .

Next, the operation of the portable telephone with an emergency signal generator according to the second embodiment of the present invention will be described with reference to FIGS. FIG. 4 is a flowchart of the operation of the mobile phone with an emergency signal generator according to the second embodiment of the present invention.

There are the following three methods for generating an emergency signal.
That is, the first method is a state in which the user can operate the key matrix. By generating a command of the emergency signal by key input of the mobile phone, the control circuit 69 operates at the first frequency of the normal mobile phone. The emergency contact set in the memory circuit 64 is notified to the emergency contact set in advance in the memory circuit 64, and the time set in the second timer circuit 72 has elapsed from the start of calling the emergency contact. In the case, the emergency contact or the like transmits a predetermined emergency signal generation command at the first frequency, and when the mobile phone receives the command, the mobile phone automatically switches to the second frequency, and the predetermined frequency stored in the memory circuit 64 is stored. Is transmitted via the second wireless circuit 68 and the second antenna 71, and the person who has sensed the abnormality searches for it using a device capable of receiving the second frequency. It is possible to confirm the position of use person.

The second method is a method in which a timer is installed in a mobile phone and an emergency signal is generated after a certain period of time has elapsed from the setting. This assumes a case in which an accident occurs during mountain climbing or the like and the person is distressed (a state in which the user cannot operate the mobile phone by himself / herself, for example, a state in which the person is faint or unable to move).

In the case of an action involving danger such as mountain climbing, the time until returning is important. Therefore, in case of emergency, the time of the scheduled time + α (for example, 2 hours) is set in the mobile phone with the emergency signal generator.

The mobile phone is set for a set time (scheduled time +
α) After the lapse of time, first, an emergency contact of the content preset in the memory circuit 64 is made to the emergency contact address preset in the memory circuit 64 at the first frequency of the ordinary mobile phone, and the emergency call is started from the start of the call. When the time set in the second timer circuit 72 has elapsed, and when an emergency contact or the like transmits a predetermined emergency signal generation command and the mobile phone receives the signal, the frequency automatically switches to the second frequency and the memory circuit is switched. A predetermined emergency signal stored in 64 is transmitted via the second wireless circuit 68 and the second antenna 71, and a person who senses the abnormality searches using a device capable of receiving the second frequency. By doing so, the position of the user can be confirmed.

In the case of the operation based on the setting of the first timer, it is valid even when the power of the mobile phone is "OFF", and after the lapse of the set time, the power of the mobile phone is turned "ON" to the first frequency. And sends an emergency notification to the emergency contact and an emergency signal at the second frequency.

In the third method, an emergency signal transmission command is transmitted from a mobile phone system (base station) to generate an emergency signal in the mobile phone.

This is for the purpose of searching for a person whose location is unknown due to an accident or disaster, and is possible only in a service area where a mobile phone can be used.

Since the mobile phone in the service area performs location registration (a function of informing the system of the identification code of the mobile phone) to the system, the area where the mobile phone is located can be specified by the base station that has received the location registration. . Therefore, an emergency signal sending instruction is sent to the mobile phone to cause the mobile phone to send an emergency signal, so that the location can be accurately confirmed.

This operation will be described with reference to the flowchart of FIG. When the operation is started (S61), if an emergency signal generation timer is to be set (S62Y), an emergency signal generation time is set in the first timer circuit 67 (S63), and the process proceeds to step S64. If the timer for generating the emergency signal is not set (S62N), the process directly proceeds to step S64.

If an emergency command is input from the key matrix 66 in step 64 (S64Y), step S64 is executed.
The process proceeds to the emergency contact call at 70, and if no emergency command is input (S64N), the process proceeds to step S65 to check whether the mobile phone is in a standby state.

If it is in the standby state in step S65 (S65Y), it is confirmed whether or not an emergency signal generation command is received from the outside in step S66, and if it is confirmed (S66Y), the process proceeds to the emergency signal generation in step S76 and must not be confirmed. If (S66N), the process proceeds to step S67. Step S65
Is not in the standby state (S65N), the process directly proceeds to step S67. In step S67, it is checked whether or not the time has elapsed since the setting up to the emergency signal generation time set in the first timer circuit 67. If the time has not elapsed (S67N), the process returns to step S64 and repeats the steps. If it has passed (S67Y), it is checked whether the power is on (S68), and if not, the power is not on (S6).
8N), the power is turned on (S69), and the process proceeds to step S70. If the power is on (S68Y), the process directly proceeds to step S70.

Step S70 is activated when an emergency command is input and when an emergency signal generation time set in the first timer circuit 67 has elapsed. In step S70, the control circuit 69 stores the emergency signal in the memory circuit 68. The called emergency contact is called at the first frequency via the first wireless circuit 61 and the first antenna 70.

If the switching time preset in the second timer circuit 72 has not elapsed from the start of calling the emergency contact at the first frequency (S71N), the calling is continued until the connection is established (S72N). If the time has elapsed (S71Y), the process proceeds to step S76. When the connection is made to the emergency contact (S72Y), the control circuit 69 sends the emergency communication contents stored in the memory circuit 68 to the first wireless circuit 6 (S72).
1. A notification is sent to the emergency contact at the first frequency via the first antenna 70 (S73). If the switching time set in the second timer circuit 72 has not elapsed from the start of the call of the emergency contact (S74N), reception of an emergency signal generation command is waited for (S75N), and if the switching time has elapsed (S75N). S
74Y), if an emergency signal generation command is received (S75)
Y), and proceed to step S76.

In step S76, the control circuit 69 transmits the emergency signal stored in the memory circuit 64 to the second wireless circuit 68.
And transmits the signal to the outside at the second frequency via the second antenna 71. Waiting for input of the release mode (S77N),
When the release mode is input (S77Y), the transmission of the emergency signal is stopped (S78), and the process ends (S79).

Although the present invention has been specifically described with respect to a mobile phone, the present invention is widely applicable to other mobile electronic devices other than the mobile phone, such as a mobile information terminal with a communication function.

[0059]

As described above, the present invention has the following effects. That is, the first effect is that even when the person cannot perform the direct call operation, it is possible to search for a person who has been lost due to an accident, distress, disaster or the like.

This is not only a method of transmitting an emergency signal by operating a key of a portable telephone as disclosed in Japanese Patent Application Laid-Open No. Hei 8-289369, but also a method in which the bearer's This is because the emergency signal is transmitted without any operation, and when an emergency is predicted, the emergency signal is automatically transmitted in accordance with a command from the mobile phone system.

The second effect is that an emergency signal can be transmitted regardless of the service area of the mobile phone. this is,
This is because an emergency signal is transmitted at a frequency different from the frequency for a mobile phone, so that normal communication of the mobile phone is not affected.

A third effect is that an emergency signal can be transmitted for a long time. This is because the emergency signal uses an analog signal (AM, FM modulation, etc.) instead of a digital signal from a mobile phone, etc., and uses intermittent transmission with power-saving transmission. This is because power consumption is small.

The fourth effect is that the confirmation distance of the emergency signal can be changed. This is because the frequency of the radio wave can be changed since a frequency different from the frequency for the mobile phone is used.

The fifth effect is that, by adopting the second embodiment, when the mobile phone is in the service area, an emergency contact can be automatically made to the emergency contact using the frequency of the mobile phone. This is because an emergency contact is first called at the frequency of the mobile phone and an emergency signal is transmitted at a different frequency after a predetermined switching time has elapsed.

[Brief description of the drawings]

FIG. 1 is a schematic block diagram of a mobile phone with an emergency signal generator according to a first embodiment of the present invention.

FIG. 2 is a flowchart of an operation of the mobile phone with the emergency signal generation device according to the first embodiment of the present invention.

FIG. 3 is a schematic block diagram of a mobile phone with an emergency signal generator according to a second embodiment of the present invention.

FIG. 4 is a flowchart of an operation of the mobile phone with an emergency signal generator according to the second embodiment of the present invention.

[Explanation of symbols]

 10, 60 Mobile phone with emergency signal generator 11, 61 First wireless circuit 12, 62 Audio circuit 13, 63 Channel codec 14, 64 Memory circuit 15, 65 Display circuit 16, 66 Key matrix 17 Timer circuit 18, 68 2 wireless circuit 19, 69 control circuit 20, 70 first antenna 21, 71 second antenna 67 first timer circuit 72 second timer circuit S11 to S23, S61 to 79 Step

Continued on the front page F term (reference) 5C087 AA03 AA37 AA44 BB20 BB40 BB43 BB74 DD03 DD35 EE10 EE16 EE18 FF01 FF05 FF13 FF17 GG21 GG23 GG30 GG40 GG70 GG83 5K060 CC04 CC11 DD02 DD04 HH21 GG01H04

Claims (6)

[Claims] 1. A mobile phone with an emergency signal generator capable of automatically transmitting an emergency signal in an emergency, wherein the emergency signal generator is configured to store a memory circuit when an emergency notification time set in a timer has elapsed. A mobile phone with an emergency signal transmitting device, comprising: a circuit for automatically transmitting a predetermined emergency signal stored in a device at a frequency different from a frequency used for normal external communication. Further, when a predetermined emergency signal generation command is received, the predetermined emergency signal stored in the memory circuit is automatically transmitted at a frequency different from a frequency used for normal external communication. 2. A circuit for transmitting to a telephone.
A mobile phone with an emergency signal transmitting device according to claim 1. 3. A circuit for transmitting a predetermined emergency signal stored in the memory circuit at a frequency different from a frequency used for normal communication with the outside even by a predetermined key input. 3. The mobile phone with an emergency signal transmitting device according to 2. 4. A first wireless circuit for performing communication with the outside at a first frequency used for normal communication with the outside, a voice circuit for inputting and outputting voice using a microphone or a speaker, and an electrical circuit for the wireless circuit. A channel codec for performing coder / decoder processing between a signal and audio digital data of the audio circuit, a memory circuit for storing data required for processing, a display circuit for displaying necessary contents, and a key input A key matrix, a timer circuit that can preset a time until an emergency signal is transmitted, and a second circuit that transmits a second frequency different from the first frequency.
A radio circuit, a control circuit that controls the operation of each of these components, a first antenna for the first radio circuit, and a second antenna for the second radio circuit, The control circuit, when a predetermined emergency command is input from the key matrix, when an emergency notification time set in advance in the timer circuit by the key matrix has elapsed, and when a predetermined emergency command has passed through the first wireless circuit. When the emergency signal generation command is received, a predetermined emergency signal stored in the memory circuit is transmitted at a second frequency via the second wireless circuit and the second antenna, and the emergency signal is generated. 4. The mobile phone with an emergency signal transmitting device according to claim 3, wherein transmission is continued until a command is input or power supply from the battery is stopped. 5. A first wireless circuit for performing communication with the outside at a first frequency used for normal communication with the outside, a voice circuit for inputting and outputting voice by a microphone and a speaker, and an electric circuit for the wireless circuit. A channel codec for performing coder / decoder processing between a signal and audio digital data of the audio circuit, a memory circuit for storing data required for processing, a display circuit for displaying necessary contents, and a key input A key matrix, a first timer circuit capable of presetting a time until calling an emergency contact at the first frequency, and a second frequency from the start of calling the emergency contact at the first frequency. A second timer circuit that can set a time until switching to emergency signal transmission; and a second timer circuit that transmits a second frequency different from the first frequency.
A radio circuit, a control circuit that controls the operation of each of these components, a first antenna for the first radio circuit, and a second antenna for the second radio circuit, The control circuit, when an emergency command is input from the key matrix and when an emergency notification time preset in the first timer circuit elapses, sends the first frequency to a preset emergency contact. When the switching time set in the second timer circuit has elapsed since the communication of the emergency to the emergency contact was started, and via the first wireless circuit When receiving a predetermined emergency signal generation command by transmitting a predetermined emergency signal stored in the memory circuit at a second frequency via the second wireless circuit and the second antenna,
The mobile phone with an emergency signal transmitting device according to claim 3, wherein transmission is continued until a stop command is input or power supply from the battery is stopped. 6. The emergency signal transmitted at the second frequency is an analog signal including an AM modulation signal and an FM modulation signal, and the emergency signal is transmitted intermittently. Item 6. The mobile phone with an emergency signal transmitting device according to any one of Items 5.