KR102578878B1 - Emergency Bell with self management function - Google Patents

Abstract

The present invention is a monitoring system for disaster safety and crime prevention that includes an emergency bell, a main controller, and an integrated platform control unit, wherein the emergency bell is a group consisting of an emergency bell, a disaster device-linked alarm device, a fire alarm device, and an earthquake alarm device. It is more than what is selected from , and is about a self-managed emergency bell that includes a wireless communication battery-type emergency button, a battery level check unit, a voice recognition unit, and a callback function unit.
The present invention has the effect of stably operating and maintaining a surveillance system for disaster safety and crime prevention by self-managing the emergency bell by self-checking its battery level and malfunction.

Description

Self-managed emergency bell {Emergency Bell with self management function}

The present invention is an emergency bell, a disaster device-linked alarm device, a fire alarm device, an earthquake alarm device, an emergency help bell for the socially vulnerable, a permanent hidden camera detection bell, and an emergency bell and main controller that automatically receive and link with the national disaster broadcasting device. , in a monitoring system for disaster safety and crime prevention that includes an integrated platform control unit, relates to a self-managing emergency bell that can check the remaining battery level and check for malfunctions.

In general, buildings or public places of a certain size or larger are required to notify the public of the emergency situation through emergency signals or audio announcements when an emergency situation occurs.

In the event of an emergency disaster such as an earthquake, typhoon, heavy rain, flooding, or tsunami, warnings such as disaster forecast broadcasts are sent to the disaster area through the disaster management server operated by national organizations such as the Korea Meteorological Administration or the Ministry of Disaster and Safety.

Disaster warnings help respond quickly and appropriately to disasters by sending emergency disaster text messages (CBS), general text messages (SMS, MMS), SNS, and push text messages through broadcast media or mobile communication devices such as personal mobile phones. there is.

In addition, in order to request external help in various personal dangerous situations, there is a help bell for the disabled, an emergency bell for the Public Toilet Act, an emergency bell for underground parking, an emergency bell for resolving malicious complaints at public offices, an emergency bell for assault complaints in hospital emergency rooms, an emergency bell for hospital clinics, and hidden camera detection in bathrooms. , fire notification calls linked to fire detection, and broadcasting receivers linked to various disaster platforms have been used to protect people's lives and property, prevent crime, and provide protection and assistance to the socially vulnerable.

However, in the past, each situation was divided into individual control systems for rescue call signals due to personal emergencies and responses to national disaster situations such as earthquakes, so responses to multiple emergency situations at the same time were more detailed and direct. There was a problem that it could not be implemented, which increased confusion.

In addition, in the past, emergency bells used constant power, which did not look good, and there was a limitation in that a constant power supply was required to install the emergency bell. In addition, when using a battery for an emergency bell, the remaining battery capacity must be managed manually, so there was a problem that the battery could be discharged and the emergency bell could not function properly.

Republic of Korea Patent Application No. 10-2018-0151141

The present invention was created to solve the problems of the prior art, and it responds to personal emergencies and rescue request signals as well as national disaster situations through long-distance wireless communication means or short-distance wireless communication means that can be linked to each mobile carrier. In providing a monitoring system for disaster safety and crime prevention that includes an emergency bell, a main controller, and an integrated platform control unit that can be controlled, a self-managed emergency system is provided that can check the remaining battery level of the emergency bell and check for any malfunctions. The purpose is to provide a bell.

The object of the present invention is to provide a monitoring system for disaster safety and crime prevention that includes an emergency bell, a main controller, and an integrated platform control unit, wherein the emergency bell is an emergency bell, a disaster device-linked alarm device, a fire alarm device, and an earthquake. It is more than just selected from a group of alarm devices, and can be achieved by a self-managed emergency bell that includes a wireless communication battery-type emergency button, a battery level check unit, a voice recognition unit, and a callback function unit.

The wireless communication battery-type emergency button is connected to the main controller through wireless communication and has a built-in battery. When turned on, an emergency signal is automatically transmitted to the main controller. The battery level check unit determines when the battery should be replaced. Check and inform the manager. The voice recognition unit recognizes the voice of the most frequently used words in an emergency situation. The emergency bell includes a call function, and the callback function is used to disconnect the call between the emergency situation and the responding agent. In case of loss, it is characterized by enabling a reverse call to the emergency bell so that the call can be resumed through the call function unit.

The main controller includes a receiving unit that receives information generated from each component of the emergency bell, a storage unit that classifies the received information into categories, and a signal generator that is connected to the storage unit and generates a signal to the responding party. The integrated platform control unit transmits a health check signal that checks the status of each component of the emergency alarm, and includes a health check unit that receives information returned after transmission and determines whether the component is abnormal; The health check unit monitors the health check signal of the emergency bell from the main controller and performs a health check at regular intervals. The health check signal includes a failure occurrence signal of the emergency bell, an event alarm occurrence signal, a remaining battery level check signal, It includes a remote control recovery signal, and the health check is characterized by checking whether the health check signal is always displayed.

The monitoring system is connected to the integrated platform control unit, and further includes an alarm generating unit that generates an alarm based on information input from each component of the emergency bell and generates an evacuation signal.

The storage unit stores the classified information in each directory corresponding to each component of the emergency bell, and the signal generator transmits information to the corresponding location matched to each component based on the information stored in the storage unit. It is characterized by

The main controller is linked to a disaster platform and receives an automatic disaster broadcast or a signal of an emergency word voice recognition function, and further includes an information processing unit that classifies each disaster or emergency situation.

According to the present invention, through an emergency bell of a surveillance system for disaster safety and crime prevention including an emergency bell, a main controller, and an integrated platform control unit, personal information is provided through a long-distance wireless communication means or a short-distance wireless communication means that can be linked to each mobile carrier. It is effective in responding to emergency and rescue call signals as well as responding to national disaster situations.

The present invention has the effect of stably operating and maintaining a surveillance system for disaster safety and crime prevention by self-managing the emergency bell by self-checking its battery level and malfunction.

1 is a configuration diagram of a monitoring system for disaster safety and crime prevention using a self-managed emergency bell according to the present invention;
Figure 2 is an example diagram showing a monitoring system for disaster safety and crime prevention using a self-managed emergency bell according to the present invention;
Figure 3 is a diagram of the 'emergency bell' of the surveillance system for disaster safety and crime prevention using a self-managed emergency bell according to the present invention;
Figure 4 is a diagram showing a monitoring system for disaster safety and crime prevention using a self-managed emergency bell according to the present invention;
Figure 5 is a diagram showing an embodiment of a monitoring system for disaster safety and crime prevention using a self-managed emergency bell according to the present invention.

Hereinafter, the preferred embodiment will be described in detail based on the attached drawings.

The examples to be described below are intended to explain the invention in detail so that a person skilled in the art can easily carry out the invention, and this does not limit the technical idea and scope of the present invention. doesn't mean

In addition, the size or shape of the components shown in the drawings may be exaggerated for clarity and convenience of explanation, and terms specifically defined in consideration of the configuration and operation of the present invention may vary depending on the intention or custom of the user or operator. It should be noted that definitions of these terms must be made based on the content throughout this specification.

The attached Figure 1 is a configuration diagram of a monitoring system for disaster safety and crime prevention using a self-managed emergency bell according to the present invention, and Figure 2 is a diagram showing disaster safety and crime prevention using a self-managed emergency bell according to the present invention. Figure 3 is an example diagram showing a monitoring system for disaster safety and crime prevention using a self-managed emergency bell according to the present invention, and Figure 4 is a diagram showing a self-managed emergency bell according to the present invention. Figure 5 is a diagram showing a monitoring system for disaster safety and crime prevention using a bell. Figure 5 is a diagram showing an embodiment of a monitoring system for disaster safety and crime prevention using a self-managed emergency bell according to the present invention.

Referring to Figures 1 to 5, in the present invention, the monitoring system for disaster safety and crime prevention using a self-managed emergency bell includes an emergency bell (100), a main controller (200), and an integrated platform control unit (300). Includes.

The emergency bell 100 is one or more selected from the group consisting of a disaster device-linked alarm device 110, an emergency emergency bell 120, a fire alarm device 130, and an earthquake alarm device 140. (120) can be configured by selecting one or more from a group that further includes an emergency help bell for socially vulnerable people (not shown) and a permanent hidden camera detection bell (250). However, it is not limited to this, and the emergency bell 100 should be understood to include everything for detecting and notifying emergency situations in a surveillance system for disaster safety and crime prevention.

The earthquake warning device 140 is linked to an earthquake monitoring platform, a flood monitoring platform, a landslide monitoring platform, and a civil defense platform. In addition, the earthquake warning device 140 is connected to a disaster platform-linked broadcasting receiver, and when an earthquake is detected, it immediately transmits a signal to the outside, for example, to a related government office, and can generate an alarm after receiving this signal from the disaster platform-linked broadcasting receiver. There is.

The emergency bell 100 may include a permanent hidden camera detection bell 250, and the permanent hidden camera detection bell automatically contacts the response when detecting hidden camera equipment, so that the person in charge can find and remove the suspected hidden camera equipment. can do.

In addition, the monitoring system of the present invention is connected to the integrated platform control unit 300 and includes an air quality meter (not shown) that analyzes turbid internal air quality information; And it further includes a virus sterilizer (not shown) that sprays a virus disinfectant when the air quality meter (not shown) detects cloudy air quality. By spraying disinfectant into the air to sterilize viruses, it can help prevent infectious diseases caused by viruses.

In the emergency bell 100, the emergency bell 120 is a help bell for the disabled (mandatory), an emergency bell for the Public Toilet Act (mandatory), an emergency bell for underground parking lots (mandatory), a government office malicious civil complaint resolution emergency bell (mandatory), and a hospital. It may be more than just being selected from the group consisting of emergency room assault complaint emergency bells (initiated by the Ministry of Health and Welfare) and hospital clinic emergency bells.

The disaster device-linked alarm device 110 and the fire alarm device 130 transmit the corresponding alarm to the main controller 200 when a disaster or fire occurs, so that the emergency bell 100 can be turned on in an emergency situation. In addition, when a hidden camera is detected by the permanent hidden camera detection bell 250, the corresponding alarm is transmitted to the main controller 200 to spread the situation to the surrounding area, and personnel dispatched from the response center can remove the hidden camera. The permanent hidden camera detection module detects one or more signals through hidden camera IR (infrared 850/940 nm) signals, suspected RF signals, and suspected AP detection, and detects signals with the integrated platform control unit (300) when an event occurs. information is transmitted.

Preferably, the signal detected when the event occurs can be divided into high, medium, and low and set to transmit signal detection information to the integrated platform control unit 300 when a high-level event occurs. When event occurrence information is received, a signal is immediately transmitted to the outside, for example, to the relevant police officer or government office in charge, and the hidden camera can be removed.

Referring to FIG. 3, the emergency bell 120 includes a wireless communication battery-type emergency button 121, a remaining battery level check unit 123, a voice recognition unit 124, and a callback function unit 125.

The wireless communication battery-type emergency button (121) is connected to the main controller (200) through wireless communication, has a built-in battery, and is turned on by pressing it by the user. When turned on, an emergency signal is automatically sent to the main controller (200). is transmitted to Wireless communication includes LTE, 5G, BLUETOOTH, NFC, RFID, and ZigBee, and uses radio waves to connect remotely without a wire connection. Includes all communication technologies that transmit information.

The battery remaining amount check unit 123 checks the replacement time of the battery and informs the manager. For example, an alarm can be set to occur when the remaining battery capacity is less than 20%. Therefore, when the remaining battery capacity reaches a set value, that is, less than 20%, an alarm is generated and the emergency bell 100 self-manages to operate stably by charging or replacing the battery before it is discharged.

The battery can be a lithium-ion battery, and the battery life can be extended by making the LED blink only when an event occurs, during a health check, or when replacing the battery, and then automatically switching to SLEEP mode.

The voice recognition unit 124 performs voice recognition of the most frequently used words in emergency situations. For example, voice recognition such as “Save the person”, “Please save me”, “Please help”, “Help”, etc. can be performed. In addition, the emergency bell 120 includes a call function unit 126.

The callback function unit 125 enables a reverse call to the emergency bell when the call between the emergency situation person and the response center 400 is disconnected, so that the call can be resumed through the call function unit 126.

The main controller 200 includes a receiving unit 210 that receives information generated from each component of the linked device 100 or the permanent hidden camera detection module 250, and a storage unit that classifies the received information into categories. (220), and a signal generator 230 that is connected to the storage unit 220 and generates a signal to the counterpart 400.

The main controller 200 is connected to the emergency bell 100 through wireless communication, for example, connected to a mobile communication network (N) or Bluetooth, and information generated from each component of the emergency bell 100. receives. The mobile communication network (N) may include an LTE or 5G communication network serviced domestically.

It includes a storage unit 220 that classifies the received information into categories.

The storage unit 220 stores the classified information in separate directories corresponding to each component of the emergency bell 100.

It includes a signal generator 240 that is connected to the storage unit 220 and generates a signal to the counterpart 400.

The signal generator 240 transmits information to the counterpart 400 that is matched 1:1 to each component based on the information stored in the storage unit 220.

Meanwhile, the main controller 200 may include an information processing unit 220 that is linked to a disaster platform and receives an automatic disaster broadcast or a signal of an emergency word voice recognition function, and classifies each situation.

It is connected to the integrated platform control unit 300, and the response unit 400 may be a police station, fire station, government crisis management center, or national crisis and disaster management agency.

Of course, it is not limited to this, and it goes without saying that it can include personnel or institutions that can directly receive signals and take action as needed.

It may further include a dispatch signal transmission unit 280 that transmits a dispatch signal to the corresponding location based on information input from each component 110 to 140 of the emergency bell 100.

The integrated platform control unit 300 transmits a health check signal that checks the status of each component of the emergency bell 100, and receives information returned after transmission to determine whether the component is abnormal. (310) is provided.

The health check unit 310 receives information returned after transmission, that is, feedback information, and determines whether there is an abnormality in the corresponding component.

As an example, a “Keep alive” message built into the emergency bell 100 itself is periodically transmitted to the integrated platform control unit 300 to check the health of any abnormalities.

The health check signal includes a failure occurrence signal of each component of the emergency bell 100, an event alarm occurrence signal, a remaining battery level check signal, and a remote control recovery signal.

The current status of the emergency bell 100 can be checked, and if reset or maintenance due to a malfunction is necessary, it can be done remotely or the manager can check it directly and take necessary action.

For example, if the remaining battery capacity is below (below) a set level, an alarm signal is generated, and the manager can charge or replace the battery accordingly.

On the other hand, it is connected to the integrated platform control unit 300, and generates an alarm based on information input from each component of the emergency bell 100, and generates an evacuation signal. It further includes; can do.

The alarm generator 320 includes broadcasting through speakers, broadcasting using radio and television, and emergency text messages sent to smartphones. Therefore, the alarm generator 320 can prevent human casualties by generating alarms and evacuation signals.

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Preferably, multiple emergency bells 100 are registered with unique numbers and detailed installation location information of each emergency bell 100 is registered so that location tracking can be quickly performed.

In addition, the emergency bell 100 and the disaster platform are linked to the linked broadcasting receiver, and when the emergency bell is turned ON, the disaster broadcast (previously recorded file) can be automatically transmitted through the speaker.

Figure 5 is a diagram showing an embodiment of a monitoring system for disaster safety and crime prevention using a self-managed emergency bell according to the present invention, and is applied to a restroom (A).

The bathroom (A) is divided into multiple partitions, and an emergency bell (100) is installed in each toilet cubicle, and more specifically, an emergency bell (120) is installed. Therefore, calls can be made throughout the entire space through the main controller (200) due to the emergency bell (120) installed in each compartment. Meanwhile, the emergency bell 100 can also be implemented by wire.

The monitoring system for disaster safety and crime prevention using a self-managed emergency bell includes an emergency bell (120), a main controller (200), and an integrated platform control unit (300). The emergency bell 120 includes a wireless communication battery-type emergency button 121, a remaining battery level check unit 123, a voice recognition unit 124, and a callback function unit 125.

The wireless communication battery-type emergency button (121) is connected to the main controller (200) through wireless communication, has a built-in battery, and is turned on by the user. When turned on, an emergency signal is automatically sent to the main controller (200). is transmitted to

The main controller 200 can be installed embedded in the center of the ceiling of the bathroom (A) and is connected to the emergency bell 120 and a mobile communication network (N) or wireless communication such as Bluetooth, LTE, 5G, etc. Receive information generated from the emergency alarm (120).

The emergency bell (120) includes a wireless communication battery-type emergency button (121), a battery level check unit (123), a voice recognition unit (124), and a callback function unit (125). The emergency bell (120) is equipped with a compartment. You can report an emergency situation by pressing the emergency button (121). Alternatively, the emergency bell 120 includes a voice recognition unit 124, and the voice recognition unit 124 can recognize the voice recognition of the most frequently used words in an emergency situation and notify the emergency situation. For example, voice recognition such as “Save the person”, “Please save me”, “Please help”, “Help”, etc. can be performed.

The emergency bell 120 includes a call function unit 126. The callback function unit 125 enables a reverse call to the emergency bell when the call between the emergency situation person and the response center 400 is disconnected, so that the call can be resumed through the call function unit 126.

The main controller 200 includes an information processing unit 220 that is linked to a disaster platform and receives an automatic disaster broadcast or a signal of an emergency word voice recognition function and classifies each situation, and includes the storage unit 220 and It includes a signal generator 240 that is connected and generates a signal to the counterpart 400. The signal generator 240 transmits information to the counterpart 400 that is matched 1:1 to each component based on the information stored in the storage unit 220. The police station can be the response point (400) for an emergency situation that occurs in the bathroom (A), and the police station is connected to the integrated platform control unit (300), so that in an emergency situation, a dangerous situation can be quickly sent to the response point (400). Notified.

The integrated platform control unit 300 transmits a health check signal to check the status of the emergency bell 120, and receives the information returned after transmission to determine whether there is an abnormality in the corresponding component. Equipped with The health check unit 310 receives information returned after transmission, that is, feedback information, and determines whether there is an abnormality in the corresponding component. Additionally, the integrated platform control unit 300 may include an alarm generator 320, which generates an alarm based on information input from the emergency bell 120 and generates an evacuation signal. The alarm generator 320 includes broadcasting through speakers, broadcasting using radio and television, and emergency text messages sent to smartphones. Therefore, the alarm generator 320 can prevent human casualties by generating alarms and evacuation signals.

Although the description has been made in relation to preferred embodiments, it will be readily apparent to those skilled in the art that various modifications and variations can be made without departing from the gist and scope of the invention, and all such changes and modifications fall within the scope of the appended claims. is self-explanatory.

100: Emergency bell 110: Disaster device linked alarm device
120: Emergency bell 130: Fire alarm device
140: Earthquake warning device 200: Main controller
220: storage unit 240: signal generation unit
300: Integrated platform control unit 320: Alarm generation unit
400: Response point

Claims (6)

A main controller including a receiving unit that receives information generated from each component of the emergency bell, a storage unit that classifies the received information into categories, and a signal generating unit connected to the storage unit to generate a signal to a response destination;
An integrated platform control unit including a health check unit that transmits a health check signal that checks the status of each emergency bell component and receives information returned after transmission to determine whether there is an abnormality in the corresponding component; and
In a monitoring system for disaster safety and crime prevention, including an emergency bell,
The emergency bell is
It is more than a selection from the group consisting of emergency alarm bells, disaster device-linked alarm devices, fire alarm devices, and earthquake alarm devices,
Includes a wireless communication battery-type emergency button, a battery level check unit, a voice recognition unit, and a callback function unit,
The wireless communication battery-type emergency button is,
It is connected to the main controller through wireless communication, has a built-in battery, and when turned on, an emergency signal is automatically transmitted to the main controller.
The battery remaining amount check unit,
Check the battery replacement time and notify the manager.
The voice recognition unit
Voice recognition of the most frequently used words in emergency situations,
The emergency bell includes a call function,
The callback function part,
If the call between the emergency situation and the response center is disconnected, a reverse call can be made to the emergency bell, so that the call can be resumed through the call function department.
The health check department,
The main controller monitors the health check signal of the emergency bell and performs a health check at regular intervals.
The health check signal is
Includes a failure occurrence signal of the emergency bell, an event alarm occurrence signal, a remaining battery level check signal, and a remote control recovery signal,
Health check
A self-managed emergency bell characterized by checking whether the health check signal is displayed at all times. delete delete According to clause 1,
The surveillance system is
An alarm generator connected to the integrated platform control unit and generating an alarm based on information input from each component of the emergency bell and generating an evacuation signal;
A self-managed emergency bell further comprising: According to clause 1,
The storage unit
The classified information is stored in separate directories corresponding to each component of the emergency bell,
The signal generator
A self-managed emergency bell characterized in that it transmits information to the corresponding location matched to each component based on the information stored in the storage unit. According to clause 1,
The main controller is,
A self-managed emergency bell further comprising an information processing unit that is linked to a disaster platform and receives automatic disaster broadcasts or signals from an emergency word voice recognition function, and classifies each disaster or emergency situation.