KR970006059Y1 - Emergency alarm of voice message - Google Patents

Abstract

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Description

Emergency alarm voice message transmitter

1 is a block diagram of a first embodiment of an automatic emergency alert voice message transmitting device of the present invention.

2 is a block diagram of a second embodiment of an automatic emergency alert voice message transmitting device of the present invention.

3 is a circuit diagram of a third embodiment of an automatic emergency alert voice message transmitting device of the present invention.

Figure 4 is a flowchart of the operation of the emergency alert voice message automatic sending device of the present invention

* Description of the symbols for the main parts of the drawings *

1: key input la: recording switch

1b: Playback switch lc: Ten key

1d: reset switch 2: microprocessor

3: Phone number memory and output unit 3a: Memory

3b: DTMF generator 4: voice input means

5: voice recording ashing unit 6: switching unit

6a: relay driver 6b: relay circuit

9: phone

The present invention records a voice message notifying the occurrence of an emergency situation such as robbery, theft, fire, etc., and remembers the phone number of the other country to receive the recorded information (police box, police station, 119 paramedics) and 1 key. An emergency alert voice message automatic sending device for automatically dialing the stored telephone number and automatically transmitting the recorded voice contents only by a touch operation.

When emergency situations such as robbery, theft or fire occur in the past, dial the phone numbers of police box, police station, 119 paramedics, etc. to inform the situation and their location through direct call, or separate dedicated crime prevention track Security system is installed so that the alarm is delivered to the registered security authority when the emergency bell is installed and installed.

However, in the former case, you must make a phone call while knowing the phone number in advance, and tell them the specific details of the situation and your location through the call. In case of the invasion of the police, it was impossible to protect human life and property, and to arrest the criminals promptly. It is difficult to utilize at home, and also it is impossible to deliver the specific contents of an urgent situation, such that its effectiveness and effectiveness are halved.

The present invention records a voice message notifying the occurrence of an emergency situation such as a robbery or robbery, theft or fire, and remembers the telephone number of the other country (police box, police station, 119 paramedics) to receive the recording. By automatically dialing the memorized phone number with only one key operation in, the recorded voice content is automatically sent out, so that emergency information can be delivered quickly and accurately using a general telephone line-to-public telephone network (PSTN). It is an object of the present invention to provide an automatic emergency alert voice message transmission device.

The emergency alert voice message automatic sending device of the present invention is implemented as a single product connected to a telephone line, or merged with an existing telephone to be implemented in the form of an adapter, or the emergency alert voice message automatic sending device of the present invention is a telephone itself. In any case, it is implemented in the case of voice recording and playback means, switching means for securing communication lines, storage and output means for telephone numbers, and microprocessors for controlling them organically and effectively.

1 is a block diagram showing the configuration of the first embodiment of the present invention, and shows a case where it is implemented as a single product.

As shown in Figure 1, the emergency alert voice message automatic transmission device of the present invention,

A recording switch 1a for inputting a recording command of a voice message, a reproducing switch 1b for inputting a command for reproducing and sending a voice message when an emergency occurs, and a ten-key for inputting a telephone number to be stored; A key input section 1 consisting of 1c;

A microprocessor (2) for controlling the recording of the voice message, the storage of the telephone number, and the transmission of the voice message to the stored telephone number according to the command inputted to the key input unit (1);

A memory 3a for storing the telephone number of the other station to receive a voice message under the control of the microprocessor 2, and a DTMF generator for generating and outputting a DTMF tone signal of the telephone number stored in the memory 3a; A telephone number memory and output section 3 comprising 3b):

Voice input means (4) for inputting a voice message to be recorded;

A voice recording and reproducing unit for recording a voice signal input through the voice input unit 4 under the control of the microprocessor 2, and reproducing and outputting the recorded voice message under the control of the microprocessor 2. (5);

Under the control of the microprocessor 2, the telephone line PSTN and the telephone number storage and output unit 3 are connected, and the voice recording and reproducing unit 5 is connected with the telephone line to establish a communication line and store the telephone. A switching unit 6 for transmitting the number transmission and reproduction voice message;

Emergency sound voice message automatic transmission device, characterized in that it comprises a voice output means (7) for reproducing and monitoring the contents recorded in the voice recording and reproducing section (5).

Memory and transmission of a telephone number, recording, reproducing, and transmission of a voice message by the emergency alert voice message automatic transmission device of the first embodiment of the present invention constituted as described above are performed as follows.

First, a telephone number of a partner station-police box, police station, 119 ambulance, etc. to which a voice message is to be transmitted is memorized. The method of storing the telephone number is obtained by inputting the telephone numbers one by one using the tenkey 1c of the key input unit 1. The microprocessor 2 stores the telephone number storage and memory 3a in the output unit 3.

The telephone number memorized here is memorized with at least one telephone number.

Then, the voice message is recorded through the voice input means 4 while the recording switch la of the key input unit 1 is turned on in order to record the voice message informing the occurrence of the situation.

The voice input means 4 uses a microphone or a telephone talker.

As such, the voice signal input through the voice input unit 5 while the recording switch la is turned on is recorded in the voice recording and reproducing unit 5 under the control of the microprocessor 2.

The audio recording and reproducing section 5 uses a cassette tape recorder or an IC which converts and stores an input audio signal into a digital signal, and converts and outputs an analog signal during reproduction.

In this way, when an emergency situation occurs while the telephone number and voice message are stored and recorded, the regeneration switch 1b of the key input unit 1 is turned on.

When the regeneration switch 1b is turned on, the microprocessor 2 controls the switching unit 6 to connect the telephone line PSTN to the telephone number memory and the output unit 3.

Under the control of the microprocessor 2, the telephone number stored in the memory 3a is read out, and a DTMF tone signal corresponding to the telephone number is generated in the DTMF generator 3b so as to switch to the switching unit 6 section. Automatic dialing is performed by transmitting to the other station through the telephone line (PSTN).

After a predetermined time elapses after the telephone number is transmitted to the other station, the microprocessor 2 controls the switching unit 6 to connect the voice recording and reproducing unit 5 and the telephone line PSTN, and to reproduce the voice recording and reproducing unit 5. Control to reproduce the pre-recorded voice message is transmitted unconditionally to the other station through the switching unit 6 and the telephone line (PSTN).

Such a message transmission ensures perfect situation transmission by performing an operation of repeatedly transmitting a predetermined number of times for all the stored telephone numbers for the construction of a telephone line and the accurate delivery of a voice message with a counterpart station.

As described above, by recording a voice message and automatically dialing a pre-stored phone number in case of an emergency, the voice message is transmitted, enabling a security facility using a general telephone line. The transmission of the occurrence becomes possible.

Figure 2 is a block diagram showing the configuration of a second embodiment of the automatic emergency alert voice message transmission device of the present invention,

This embodiment is an embodiment for implementing the emergency alert voice message automatic sending device of the present invention in the form of an adapter using a telephone having a speed dial function.

The switching unit 6 is operated by the relay driver 6a operating under the control of the microprocessor 2 and the relay driver 6a to control the connection between the telephone 9 and the voice recording and playback unit 5. It consists of a relay circuit (6b) in charge of,

In the telephone 9, a DTMF of a telephone number input through a key input unit 1c, a memory 3a for storing speed dial telephone numbers, a telephone number stored in the memory 3a, and a key input unit 1c A DTMF generator 3b for generating and outputting tone signals, a control unit 9a for controlling them, a handset 9b for telephone calls, and a hook switch 9c for connection control with a telephone line are provided.

Memory and transmission of a telephone number, recording, reproducing, and transmission of a voice message by the emergency alert voice message automatic transmission device of the second embodiment of the present invention configured as described above are performed as follows.

First, a telephone number of a partner station-police box, police station, 119 ambulance, etc. to which a voice message is to be transmitted is memorized, and the method of storing the telephone numbers is obtained by using the tenkey 1c of the existing telephone 9 having a speed dial function. After inputting a shortcut key, the controller 9a stores the entered telephone number in the memory 3a inside the telephone.

The telephone number memorized here is memorized with at least one telephone number.

Then, the voice message is recorded through the voice input means while the recording switch 1a is turned on to record the voice message informing the occurrence of the situation. The voice input means is a handset of the handset 9b of the telephone 9 itself. Use me or a microphone.

As such, the audio signal input through the handset of the handset 9b while the recording switch 1a is turned on is recorded by the voice recorder 5 under the control of the microprocessor 2.

That is, at this time, the microprocessor 2 drives the relay driver 6a to operate the relay circuit 6b. The transmitter and the voice of the handset 9b are operated by the contact on / off operation of the relay circuit 6b. It is to connect the recording and playback unit (5).

In this way, the voice message input to the talker can be input to the voice recording and playback section 5 through the relay circuit 6b,

The audio recording and reproducing section 5 uses a cassette tape recorder or an IC which converts and stores an input audio signal into a digital signal, and converts and outputs an analog signal during reproduction.

In this way, when an emergency situation occurs while the telephone number and voice message are stored and recorded, the regeneration switch 1b is turned on.

When the regeneration switch 1b is turned on, the microprocessor 2 controls the relay driver 6a to turn on the speed dial key of the key input section 1c by the contact switching operation of the relay circuit 6b.

When the speed dial key is turned on by the relay contact as described above, the control unit 9a reads out the telephone number stored in the memory 3a, generates a DTMF tone signal corresponding to the telephone number in the DTMF generator 3b, and hooks the switch. Automatic dialing is performed by transmitting to the counterpart station via the unit 9c and the telephone line PSTN.

After a predetermined time elapses after the telephone number is transmitted to the other station, the microprocessor 2 switches the contact point of the relay circuit 6b through the relay driver 6a to connect the voice recording / playback unit 5 and the telephone line PSTN. Then, the voice recording and reproducing section 5 is controlled to reproduce the pre-recorded voice message, and is transmitted unconditionally to the opposite station via the hook switch section 9c and the telephone line PSTN.

This message transmission is repeated repeatedly for a predetermined number of times to establish a communication line with the other station and to correctly transmit a voice message, and then dial the telephone number in the second memory 3a stored as described above. Then, the voice message is repeatedly transmitted a predetermined number of times to all the stored telephone numbers to ensure the situation delivery.

As described above, by recording a voice message and automatically dialing a phone number in case of an emergency, the voice message is sent out, and a security facility using a general telephone line can be implemented. Delivery is possible.

In this second embodiment of the present invention, the microprocessor 2, the voice recording and reproducing section 5, the recording switch 1a, the reproducing switch 1b, the relay driving section 6a, and the relay circuit 6b are connected to the telephone ( 9) it is possible to implement the telephone with automatic emergency alarm voice message transmission function of the present invention.

FIG. 3 shows a circuit configuration embodying the embodiment of FIG.

As shown in FIG. 3, the relay driver 6a is provided with a plurality of buffers 10a-10f for driving the relays by receiving a high or low signal from the output ports P5-P10 of the microprocessor 2. The relay circuit 6b is made in parallel with the relays 11-16, which operate on the respective output signals of the buffers 10a-10f, and the hook switch 9c as a contact switch of the relay 11, respectively. Relay contacts 11a and 11b connected to each other, and relay contacts 12a for turning on and off the inputs of the transmitter 4a or the microphone 4b and the audio recording and reproducing unit 5 as the contact switches of the relay 12. ), A relay contact 13a for selecting a transmitter 4a or a microphone 4b as a contact switch of the relay 13, and an input terminal of the control unit 9a as a contact switch of the relay 14 A relay contact 14a connected in parallel with the shortcut key KI, and a contact switch of the relay 15 , A relay contact 15a connected in parallel with the short circuit K2 connected to the input terminal of the control unit 9a, and a shortcut key K3 connected to the input terminal of the control unit 9a as a contact switch of the relay 16. ) And a relay contact 16a connected by force

These relays can be connected as described above in turn n corresponding to the expansion of the shortcut key.

In addition, an embodiment in which the voice signal detection unit 17 is provided to determine whether or not the other party has received a call (successful call line construction) when performing the automatic dialing to the other station.

In the figure, + Vcc is a power supply, R1 is a resistor, CO-C3 is a capacitor, X0 is a crystal oscillator, 1b is a reset switch, D0-D6 is a diode, 7a is a speaker, and 17a is an amplifier.

An apparatus for automatically transmitting an emergency alert voice message according to the present invention, which is configured as described above, will be described with reference to FIG. 3 and FIG. This is done as follows.

First, a telephone number of a partner station-police box, police station, 119 ambulance, etc. to which a voice message is to be transmitted is memorized, and the method of storing the telephone number is sequentially entered using the tenkey of the existing telephone 9 having a speed dial function. When the corresponding hot key KI-Kn is input, the controller 9a stores the input telephone number in the memory 3a inside the telephone.

The telephone number memorized here is memorized with at least one telephone number.

Then, when the recording switch (la) is turned on to record the voice message informing the occurrence of the situation, the low signal is input to the input port (P1) of the microprocessor 2, in this state, the microprocessor 2 inputs the voice A voice message is recorded through the means, which uses the handset 4a or the microphone 4b of the handset 9b of the telephone 9 itself.

In the case of using the transmitter 4a, a high signal is output from the output port P6 of the microprocessor 2, and the buffer 10b of the relay driver 6a is turned on to operate the relay 12 by the high signal. By turning on the contact 12a, the voice message input to the talker 4a can be input to the voice recording and playback section 5, and in the case of using the microphone 4b, the output port of the microprocessor 2 ( A high signal is outputted at P7, and the buffer 10c of the relay driver 6a is turned on by the high signal to operate the relay 13 to switch the contact 13a like the dotted line part to bring the microphone 4b into account. The voice message input to the voice recording and reproducing unit 5 can be input.

In this way, the audio signal inputted through the handset 4a or the microphone 4b of the handset 9b while the recording switch la is turned on is relayed 12a controlled by the microprocessor 2. The voice recording and reproducing unit 5 is recorded through the microprocessor 2, and the microprocessor 2 outputs a control signal from the output port P3 to operate the voice recording and reproducing unit 5 in the recording mode.

In this way, when an emergency situation occurs while the telephone number and voice message are stored and recorded, the regeneration switch lb is turned on.

When the regeneration switch lb is turned on, the input port P2 of the microprocessor 2 goes low. At this time, the microprocessor 2 outputs a high signal from the output port P5. ) Operates the relay 11.

By the operation of the relay 11, the relay contact 11a is turned off and the contact 11b is turned on, thereby making a communication line connection with the telephone line PSTN.

The microprocessor 2 outputs a high signal at the output port P8, and the buffer 10d operates the relay 14 by this high signal.

Since the relay contact 14a is turned on by the operation of the relay 14, the same operation as that of the speed dial key Kl is turned on, and the control unit 9a reads out the telephone number stored in the memory 3a. The DTMF tone signal corresponding to the telephone number is generated by the DTMF generator 3b and transmitted to the counter station through the relay contact 11b to perform automatic dialing.

After a predetermined time elapses after the telephone number is transmitted to the other station, the microprocessor 2 turns on the contacts 12a and 13a of the relay circuit 6b through the relay driver 6a and the audio recording and playback unit 5. Connect the telephone line (PSTN), and control the voice recording and reproducing unit (5) in the playback state by outputting a control signal from the output port (P4) to play the pre-recorded voice message to the other station through the telephone line (PSTN) .

At this time, regardless of whether the other party has received the call, the voice signal detection unit 17 repeats the voice message for a predetermined number of times and outputs it, or outputs the other party's voice signal generated when the other party answers the call. Detect and perform on successful call.

The voice signal detector 17 includes an amplifier 17a, a rectifier diode DO, and a smoothing capacitor CO. The voice signal detection unit 17 amplifies the voice signal of the other party with the amplifier 17a, and converts the amplified signal into a diode DO. After rectifying and smoothing to the capacitor CO, the level of the DC signal is accepted by the microprocessor 2 as the input port P11 so as to determine whether the other party has answered the call.

Such message transmission is repeatedly performed a predetermined number of times for establishing a communication preference with the other station and for accurate delivery of a voice message, and then outputs a high signal from the output port P9 of the microprocessor 2, By this high signal, the buffer 10e operates the relay 15 to turn on the relay contact 15a.

When the relay contact 15a is turned on, the same operation as that of the speed dial key K2 is turned on, and the control unit 9a reads out the second telephone number stored in the memory 3a and corresponds to the telephone number. The DTMF tone signal is generated by the DTMF generator 3b and transmitted to the counterpart station through the relay contact 11b to perform autodialing and to transmit the voice message as described above.

Then, a high signal is output from the output port P10 of the microprocessor 2, and the buffer 10f operates the relay 16 to turn on the relay contact 16a by this high signal.

When the relay contact 16a is turned on, the same operation as that of the speed dial key K3 is turned on, and the control unit 9a reads the third telephone number stored in the memory 3a and corresponds to the telephone number. The DTMF tone signal is generated by the DTMF generator 3b and transmitted to the counter station via the relay contact 11b to perform auto dialing, and to transmit the voice message as described above.

This operation is performed for the stored n speed-dial phone numbers. If the reset switch 1d is turned on during the execution, the reset input terminal RESET of the microprocessor 2 becomes low, so the operation is stopped and the standby is performed. Return to the state.

As described above, by recording a voice message and performing an automatic dialing to a pre-stored phone number when an emergency situation occurs, the voice message can be sent out to realize a security facility using a general telephone line. The transmission of the occurrence becomes possible.

In the third embodiment of the present invention, the microprocessor 2, the voice recording and reproducing section 5, the recording switch la, the reproducing switch lb, the relay driver 6a, and the relay circuit 6b are connected to the telephone ( 9) it is possible to implement the telephone with automatic emergency alarm voice message transmission function of the present invention.

As described above, according to the emergency alert voice message automatic sending device of the present invention, an emergency alert voice message automatic sending device which can deliver emergency contents quickly and accurately by using a general telephone preference-public telecommunication network (PSTN) is provided. In addition, the emergency alert voice message automatic transmission device of the present invention can be implemented as a single product to be connected to a telephone line, or merged with an existing telephone to be implemented in the form of an adapter, or the emergency alarm voice message of the present invention. Since the automatic sending device can be implemented in the phone itself, various applications are possible.

Claims (3)

A recording switch (la) for recording a voice message recording command, a reproducing switch (lb) for inputting a command for reproducing and sending a voice message in case of an emergency, and a Ten-Key (lc) for inputting a telephone number to be stored. A key input unit (1) consisting of; A microprocessor (2) for controlling the recording of the voice message, the storage of the telephone number, and the transmission of the voice message to the stored telephone number according to the command inputted to the key input unit (1); Under the control of the microprocessor 2, a memory 3a for storing a telephone number of a counterpart station to receive a voice message and a DTMF generator 3b for generating and outputting a DTMF tone signal of the telephone number stored in the memory 3a. A telephone number storage and output unit 3 including; Voice input means (4) for inputting a voice message to be recorded; Voice recording and reproducing unit for recording the voice signal input through the voice input means (4) under the control of the microprocessor 2, and reproduces and outputs the recorded voice message under the control of the microprocessor (2) (5); Under the control of the microprocessor 2, the telephone line PSTN and the telephone number storage and output unit 3 are connected, and the voice recording and reproducing unit 5 is connected with the telephone line to establish a communication line and store the telephone. Apparatus for automatically sending an emergency alert voice message, characterized in that it comprises a switching unit (6) for transmitting the number transmission and reproduction voice message. A recording switch (la) for inputting a recording command of a voice message, a reproducing switch (lb) for inputting a command for reproducing and sending a voice message in the event of an emergency, and according to a command inputted with the key (la) (lb) The microprocessor 2 which controls the recording of the voice message and the voice message to be transmitted to the stored telephone number, and the voice signal input to the transmitter 4a are recorded under the control of the microprocessor 2 and recorded. A voice recording and reproducing unit 5 for reproducing and outputting the voice message under the control of the microprocessor 2; a voice transmitter 4a for inputting a voice message to be recorded in the voice recording and reproducing unit 5; The driving unit 6a includes a plurality of buffers for receiving high or low signals from the output port of the processor 2 to drive the relays, relays respectively operated by the respective buffer output signals, The relay contacts 11a and 11b connected in parallel with the hook switch 9c as a relay contact switch and the inputs of the transmitter 4a and the audio recording and reproducing unit 5 as the relay contact switches are turned on and off. A relay contact 12a, relay contacts connected in parallel with n shortcut keys as contact switches of the relay, a key input unit lc for inputting a telephone number and a speed dial key, and a speed dial inputted to the key input unit A memory 3a for storing a number, a DTMF generator 3b for generating and outputting a DTMF tone signal of a telephone number stored in the memory 3a, and a hook switch 9c for connection control with a telephone line; Emergency alert voice message automatic transmission device characterized in that configured. The apparatus of claim 2, further comprising a voice signal detection unit (17) for detecting a voice response of the other party after automatic dialing and inputting the voice signal to the microprocessor (2).