KR200208664Y1 - Protectrion system for persons who have difficulty in hearing - Google Patents

Abstract

end. The technical field to which the invention described in the claims belongs.

The present invention is a system that enables the hearing impaired to confirm the signal according to the disaster, and to ensure that the disaster relief by sending it back to the sender after confirmation.

I. The technical problem the invention is trying to solve.

In general, hearing impaired people mainly rely on vision to obtain information necessary for life and act. This is a problem that leads to a dangerous situation because they are not aware of a disaster in an environment that is very unstable and inadvertent.

All. The gist of the solution of the invention.

In order to solve these problems, the present invention allows the hearing impaired person to confirm when the disaster headquarters transmits a signal according to the disaster, and after the confirmation, informs the disaster headquarters of the confirmation to prepare for a complete disaster.

la. Important uses of the devise.

System for the protection of deaf people.

Description

Protection system for persons who have difficulty in hearing}

The present invention relates to a two-way system for the protection of the hearing impaired, and sends a coded signal when a disaster occurs so that the hearing impaired person can check the signal according to the disaster, and after it is sent back to the sender to ensure disaster relief It's about a system that makes it possible.

In general, deaf people often rely on vision to obtain information about their lives and to act. This is very unstable.

The present invention was devised to solve the above-mentioned problems. When a disaster occurs, the disaster headquarters transmits a code according to the disaster and compares it with the code stored in the storage unit to convert the code into vibration and digital characters so that the hearing impaired person can You can make sure that this is possible, and after verification, the facts are reported to the disaster headquarters to prepare for a complete disaster.

1 is a system configuration diagram of the present invention.

2 is a block diagram of the present invention.

3 is a flow chart of the present invention.

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

1: Receiver and transmitter installed at disaster headquarters

2: Receiver and transmitter installed in public building

3: Receiver and transmitter installed in deaf households

4: handheld receiver and transmitter for handicapped people

Hereinafter, with reference to the accompanying drawings will be described in detail the most preferred embodiment of the present invention.

Referring to the system configuration of the present invention as shown in Figure 1 when the disaster occurs when the receiver and transmitter (1) installed in the disaster headquarters sends a signal to the receiver and transmitter (3) installed in the hearing-impaired home the receiver and transmitter (3) ) Recognizes the signal and transmits the coded signal for each situation to the portable receiver 4, and the portable receiver 4 receives emergency information transmitted from the receiver and the transmitter 3 and converts it into vibration, a warning light, a digital character, and the like. Inform the deaf.

The deaf, having received the signal, presses a button mounted on the portable receiver 4 to inform the receiver and transmitter 1 mounted at the disaster headquarters that he has received the signal.

If the hearing impaired person is outside a home, for example, in a public building such as a theater or a train station, the receiver and transmitter 2 mounted in the public building receives the receiver and transmitter 1 mounted in the disaster headquarters to receive the signal. Recognizes and transmits the coded signal for each situation to the portable receiver 4, and the portable receiver 4 receives emergency information transmitted from the receiver and the transmitter 3, converts it into vibration, beacon, digital characters, etc. Inform.

Signals coded for the above situations are the fire alarms A-2, civil defense B-1, flood B-2, and earthquake B-3.

In more detail, the function of the component is described. The receiver and transmitter (1) mounted at the disaster headquarters is manually operated in case of emergency civil defense, large fire, flood, earthquake, etc. The same frequency is selected for each code by transmitting the signal to public buildings, homes, portable receivers and transmitters (2, 3, 4), but the transmitter and receiver (1) equipped with the disaster headquarters has strong transmission strength. Public buildings, home receivers and transmitters adjust the intensity of the transmission to about.

In addition, the receiver and transmitter (2) mounted in the public building is automatically linked to the building fire alarm, and automatically linked to the situation-specific external alarm of the receiver and transmitter (1) issued by civil defense and disaster control vehicles, and the administrator manually It can also be operated.

And by attaching the manual and automatic switching and situation cancellation program to the receiver and the transmitter (2), even if a plurality of receivers and transmitters (2) is installed in the same building so that all the receiver and transmitter (2) is automatically operated if only one operation do.

The receiving and transmitting unit 2 installed in the deaf family has a system capable of urgently calling 112 and 119 using the prepared voice recorder, so that an urgent problem (for example, a thief has entered the household) Or a fire), press one button to automatically report 112, 119 to help people with disabilities live more safely.

The receiver and the transmitter 2 operate the beacon and the digital character display of the device itself so that the situation can be seen without the portable receiver and the transmitter 4 carried by the deaf, and the deaf detects a danger signal. A separate button is pressed to notify the receiver and transmitter 1 mounted at the disaster headquarters that they have detected a signal, thereby preventing the device from operating more than necessary.

The portable receiver and transmitter 4 adds a function of detecting and displaying a predetermined sound pressure abnormality (for example, a car horn) and a reservation time notification function such as vibration intensity control function, ON / OFF function, and alarm, It can also work with.

In addition, the portable receiver and the transmitter 4 are capable of mutual calls to the portable receiver and the transmitter 4 in close proximity so that all deaf people can receive a signal.

FIG. 2 is a block diagram illustrating a signal analysis process of the receiver and transmitters 2, 3, and 4 of the present system. The receiver / receiver unit receiving a coded signal sent from the receiver and the transmitter 1 mounted at the disaster headquarters (2- 1) and the code analyzer (2-2) for comparing and analyzing the coded signal with the signal stored in the storage unit (2-3), and the conversion unit (2-4) for converting the digital character according to the code and the digital character A display unit (2-5) for displaying the signal with vibration and a recognition unit (2-6) for recognizing that the signal has been confirmed by the hearing impaired and transmitting a confirmation signal to the receiving / sending unit (2-1). .

The signal receiving / sending unit 2-1 also informs the receiving and transmitting unit 1 mounted at the disaster headquarters that the hearing impaired person has confirmed.

3 is a flowchart illustrating the overall system of the present invention. When a disaster occurs (3-1), the disaster headquarters detects what the disaster is (3-2) and transmits the corresponding code (for example, B in case of a flood). -2 code, A-2 code in case of fire) (3-3) The receiver and transmitters receive the code signal (3-4) and compare and analyze the code stored in the storage (3-5). Outputs vibration and digital characters (3-6).

When the deaf person recognizes the output signal (3-7), the deaf person retransmits a confirmation signal to the disaster headquarters by pressing a separate button mounted on the receiver and transmitter of the present invention (3-8). If this signal is not detected and the confirmation signal is not sent, the disaster headquarters repeatedly sends a signal, and if the confirmation signal does not come after a certain time, the disaster headquarters sends a disaster vehicle to go to rescue the hearing impaired to complete the disaster rescue. Do it.

As described above, the present invention allows the hearing impaired to notify the evacuated person quickly and evacuate from any place, and the disaster headquarters can confirm that the deaf has confirmed the evacuation signal. In this case, there is an effect that allows the deaf to live safely by allowing them to go to rescue vehicles.

Claims (3)

A receiver and a transmitter mounted on the disaster headquarters and transmitting a coded radio wave for each situation; A receiver and transmitter installed in a public building to receive the coded radio wave and to send a signal to a portable receiver and a transmitter carried by the hearing impaired; A receiver and a transmitter mounted in a home for the hearing impaired to receive the coded radio wave and to send a signal to a portable receiver and a transmitter carried by the deaf; And a portable receiver and transmitter configured to receive the disaster signal and send a confirmation signal back to the disaster headquarters. The system according to claim 1, wherein manual and automatic switching and situation cancellation programs are attached to a receiver and a transmitter mounted in the public building so that all receivers and transmitters are automatically operated when only one of a plurality of receivers and oscillators mounted in the same building operates. System for the protection of the deaf, characterized in that. The system for protecting the hearing impaired according to claim 1, wherein a signal coded for each dangerous situation is designated in advance.