KR102261496B1 - Fire notification system installed at Disaster Control Center of security detection system-centered - Google Patents

Abstract

The present invention relates to a fire reporting system of two-way communication having a plurality of activity spaces, comprising: a fire detection unit having at least one of a dedicated fire camera and a fire sensor for fire detection or in parallel; a fire signal receiving unit installed to enable two-way communication with the fire detecting unit and storing the signal detected by the fire detecting unit; an event generation storage unit installed to enable two-way communication with the fire detection unit and storing texts, voices, images, etc. detected by the fire detection unit; In the event of a fire, the text and voice alarms and images of the fire signal receiving unit and the event storage unit are installed in the event storage unit to enable real-time confirmation of the situation through a smartphone or central control center monitor. ㆍIt is characterized in that it comprises an event occurrence control unit having a wireless notification unit that automatically notifies the building related persons in the form of a wireless system.
According to the present invention, by utilizing the fire detection unit and the crime prevention detection unit, as soon as a crime or fire occurs, the crime and fire scene, etc., are quickly and accurately informed of the corresponding situation in real time and the alarm and the corresponding image in real time are clearly notified in real time, as well as the police station in real time. ㆍEffects that fire departments and related persons check directly from the outside and immediately notify by voice, text, video, etc., and establish a wireless advance notification system to prevent damage to a large number of people and property at an early stage provides

Description

Fire notification system installed at Disaster Control Center of security detection system-centered}

The present invention relates to a fire reporting system mounted in a disaster control center centered on a crime prevention system, and more specifically, a fire detection unit and a crime prevention detection unit that transmit and receive smoothly wirelessly or wired/wireless. Immediately, it not only informs the crime and fire scene of a specific location in real time, quickly and accurately, the relevant alarm and real-time relevant video to the location of the incident and its surroundings, but also reports the situation in real time to the competent police station, fire station, the building and Persons related to facilities (building owners and tenants) can also be checked from the outside, and the competent police, fire department, and related persons are immediately notified through voice, text, and video methods, and a wireless advance notification system is efficiently implemented. It relates to a fire reporting system installed in a disaster control center centered on a crime prevention detection system that can prevent a large number of lives and property damage by building it.

Normally, when fire or criminal activity occurs in public facilities (places) such as jjimjilbang, karaoke room, music pub, and PC room, evacuate properly due to surrounding noise even if early notification is delayed or a crime or fire alarm sounds. Failure to do so can result in injury or even death. Moreover, in the event of a fire, a guide system is required to notify the fire or to guide the evacuation within 1 to 2 minutes of the initial occurrence of the fire, and at the same time to the fire department in charge, the firefighters are directed to the location of the fire within 3 to 15 minutes of the fire. It is highly desirable to arrive and extinguish the fire. This is because, in general, after 10 to 15 minutes or more, a fire is highly likely to lead to a large-scale fire, so early reporting of a fire is very important.

However, if you look at the flow so far, there are still frequent cases where police cars and fire trucks are dispatched by reporting using the outdated method. was frequent. In the end, in the early stage of a disaster (crime prevention and fire), various detectors and sensors are actively used to instantly detect an accident electronically. A wireless advance monitoring system for crime prevention and fire that can automatically notify relevant organizations such as building control centers, fire stations, and police stations and related parties is necessary, but unfortunately, it is a situation that is not yet available. Moreover, although a system for reporting only this or a separate fire report in case of a criminal activity has been established to some extent, the wired reporting system is the prevailing trend for fires, which often leads to late reporting, which often leads to large-scale fire accidents.

Accordingly, while there is an urgent need for a disaster safety system that can effectively prevent and report crimes and fires, it is sufficient to protect a large number of people and property from unexpected fires only by amending relevant laws or strengthening management supervision to increase the safety of public facilities. Therefore, research and development in the aspect of disaster prevention is essential. However, the development of the fire field is still underdeveloped, so there is a lot of room for research and development in this regard. And as related prior art, Korean Patent Application Laid-Open No. 10-2003-0009967 (Prior Document 1), Korean Patent Publication No. 10-1311950 (Prior Document 2), and the like are known.

In Prior Document 1, the suction port 1A and the discharge port 1B are formed on one side and the other side of the front part, the LCD 2 is attached therebetween, and a buzzer 3 and a buzzer 3 on the upper side of the suction port 1A a body 1 provided with a green lamp 4 and a red lamp 5; a sensor for sensing the temperature of the indoor air sucked in through the inlet (1A) of the main body (1); a component detector for detecting a component of the indoor air sucked in through the suction port 1A of the main body 1; a control unit to which values detected or detected by the sensor and the component detector are input; an LCD driving unit for driving the LCD 2 according to the operation command signal of the control unit; a buzzer driving unit for driving the buzzer 3 according to the operation command signal of the control unit; Consists of a green lamp (4) and a red lamp (5) that flicker according to the operation command signal of the control unit, thereby enabling detection and warning of fire risks in public places, while always detecting harmful gases by detecting components of indoor air It is possible to output and warn whether or not to include it, and it is expected that it will quickly evacuate from poison gas and fire, thereby securing the safety of public places.

Prior Document 2, a communication loop including a (+) line for transmitting an operating voltage and a digital call signal, and a (-) line arranged parallel to the (+) line; a fire detector connected to the communication loop, which analyzes the digital call signal and transmits the measured value as a current signal at the time when it is called; an interface unit having a loop A terminal and a loop B terminal, transmitting an operating voltage and a digital call signal to a (+) line, and receiving a current signal output by the fire detector from a (-) line; A technology is proposed that includes a main control panel connected to the interface unit, providing a digital call signal, receiving measurements from the calling fire detector, and performing processing according to a pre-entered program, so that some The effect of improving the reliability of fire detection and alarm by continuing the operation of the detector even if disconnected is expected.

However, although it is possible to provide a certain effect in the system (device) for detection and warning of fire in both of the preceding documents and the latter prior documents, according to the preceding document 1, it is possible to prevent disasters in public places. It is insufficient as a fundamental solution to this problem, and according to the preceding document 2, the reliability of operation can be increased, but there is still a large room for improvement according to disaster preparedness in public places. Moreover, in both the former and the latter prior literature, there is a disadvantage that there is a large national loss due to the double facility in addition to the inconvenience and burden of incurring many costs due to the installation of the fire system.

Korean Patent Laid-Open Publication No. 10-2003-0009967 "Poison gas/fire alarm system in public places" (published date: 02. 05. 2003) Korean Patent Publication No. 10-1311950 "Fire detection and alarm system with two-way communication loop" (Registration date: 2013. 09. 17.)

It is an object of the present invention to fundamentally improve the problems of the prior art as described above, by utilizing a fire detection unit and a crime prevention detection unit that transmit and receive smoothly wirelessly or wirelessly, immediately after a crime or fire occurs in a specific place. It not only clearly informs the scene, etc. of the situation in real time and accurately, the alarm and the relevant video in real time to the location of the incident and its surroundings, but also provides real-time information about the situation to the competent police station, fire station, and relevant building and facility related persons (building owners and tenants). They can also be checked from the outside and immediately notify the competent police station, fire station, and relevant persons through voice, text, and video methods, and efficiently establish a wireless advance notification system to save lives and property. The goal is to provide a fire reporting system installed in a disaster control center centered on a crime prevention system that can prevent damage at an early stage.

The present invention for achieving the above object, in forming a fire reporting system having a plurality of activity spaces: Install in one or more activity spaces, and select at least any one or more of a fire-only camera and a fire sensor for fire detection or a fire detection unit provided in parallel; a fire signal storage unit installed to enable bidirectional communication with the fire detection unit wirelessly or using wired/wireless and storing the signal detected by the fire detection unit; an event generation storage unit installed to enable two-way communication with the fire detection unit wirelessly or using wired/wireless and storing text, voice, image, etc. detected by the fire detection unit; And in the event of a fire, it is possible to check the corresponding text and voice alarms and images of the fire signal storage unit and the image storage unit in the event storage unit in real-time on the smartphone screen or on the large, medium and small monitors of the central control center. and an event generation control unit having a wireless notification unit that automatically notifies the fire department, the police station, and the building-related persons in the form of a wireless system; the fire-only camera is based on a CCD camera, and optionally It further includes a camera module equipped with a thermal imaging camera, wherein the image control unit includes a control unit composed of a microcomputer circuit, an input/output unit for processing input/output signals, a communication unit for processing wired/wireless communication, and an emergency power supply unit having a rechargeable battery It is characterized in that it is equipped with a wireless notification unit that automatically notifies in the form of voice, text, video, etc. to fire stations, police stations, and relevant building related persons.

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In addition, according to the present invention, the fire sensor of the fire detection unit includes at least one or two or more of a smoke detector and a temperature detector, and can detect it through a buzzer and an alarm lamp, and in the case of a fire wireless detector, an emergency battery and It is characterized in that it may further include a 2-pin connector terminal for NC contact so that AC power can be supplied as DC power together.

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On the other hand, prior to this, the terms or words used in the present specification and claims should not be construed as being limited to conventional or dictionary meanings, and the inventors have to understand the concept of terms in order to explain their invention in the best way. Based on the principle that it can be appropriately defined, it should be interpreted as meaning and concept consistent with the technical idea of the present invention. Therefore, the embodiments described in this specification and the configurations shown in the drawings are only the most preferred embodiment of the present invention, and do not represent all of the technical spirit of the present invention. It should be understood that there may be equivalents and variations.

According to the present invention, as soon as a crime or fire occurs, a crime or fire scene in a specific place is quickly and accurately reported in real time by using a fire detection unit and a crime prevention detection unit that transmit and receive smoothly wirelessly or wirelessly. Not only does the real-time video clearly inform the location of the incident and its surroundings, but also the relevant police station, fire department, and persons related to the building and facility (building owners and tenants) can check the situation in real time from the outside, and also at the local police station. ㆍProvides the effect of preventing damage to a large number of people and property at an early stage by not only notifying the fire department and the relevant person immediately through voice, text, video, etc., but also efficiently establishing a wireless advance notification system. .

1 is a conceptual diagram illustrating an installation state of a fire reporting system mounted in a disaster control center centered on a crime prevention detection system according to the present invention;
2 is an exploded perspective view of a fire sensor (wireless detector) according to the present invention;
3 is a flowchart of fire advance monitoring through the fire wireless reporting system according to the present invention;
4 is a schematic diagram showing an application example of fire advance monitoring through the fire wireless reporting system according to the present invention;
5 is an exemplary view showing an installation state of a crime prevention system and a fire combination reporting system as a modification of the present invention;

Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the accompanying drawings.

The present invention proposes to form a disaster reporting system having a plurality of activity spaces. As revealed in all (冒頭) of the present invention, the fire wireless reporting system combined with the crime prevention detection unit and the disaster control center is a fire detection unit 10, a fire signal receiving unit 20, an event generation storage unit 30, an event occurrence. The control unit 40 and the like are the main components.

On the other hand, a plurality of activity spaces are referred to as karaoke bars, pubs, restaurants, cafes, pharmacies, beauty salons, nail shops, offices, convenience stores, warehouses, etc. It is based on building a fire wireless reporting system or a crime prevention system according to the present invention for a place with an activity space, but is not limited thereto, and it is not limited to a small activity space such as a house, a large-scale activity such as a company, a factory, a large performance hall, etc. Even in the omni-directional scope of the space, the entire space or selectively applied and other similar or equivalent buildings and facilities are also included in the activity space category of the present invention.

According to the present invention, the fire detection unit 10 to be installed in one or more active spaces is provided with at least one of a dedicated fire camera 11 and a fire sensor 13 for fire detection or in parallel. And the fire-only camera 11 refers to CCTV, etc., and the fire sensor 13 mainly refers to a wireless fire detector 13a. The fire detector 13a according to the present invention uses a wireless detector 13a for both heat and temperature. do it with This is because, although a heat sensor or a temperature sensor may be used, when a combined heat and temperature sensor is used, the fire detection ability is very excellent, so a detailed description thereof will be described later.

In addition, the fire detection unit 10 installed in one or more of the above-mentioned activity spaces or in various spaces such as offices and restaurants basically consists of a configuration that independently detects and alarms the occurrence of a fire, a fire-only camera 11 . and one or more of the fire sensor 13 can be selectively applied to detect or alarm the occurrence of a fire, and all of these configurations can be used in parallel. It is possible. In addition, the present invention is a CCTV, which connects a heat ray sensor used as one of the devices of the crime detection unit 50 and a wireless fire detector 13a to alternately detect event occurrences (criminal acts and fire occurrences, etc.) It is also possible to connect the heat ray sensor of the crime detection unit 50 and one CCTV, and connect the fire wireless detector 13a and another CCTV, and several heat ray sensors or one CCTV to one CCTV. It is also possible to address several fire wireless detectors (13a) to the CCTV. And when one hot wire sensor or fire wireless detector 13a is connected to one CCTV, the detection and recognition ability of event occurrence (criminal activity and fire occurrence, etc.) will be superior.

In addition, as for the fire-only camera 11 described above, it is of course possible to use an IP camera or an infrared camera for fire by the enemy, or use a camera of equivalent performance. In addition, as described above, the fire sensor 13 refers to the wireless sensor 13a capable of bidirectional communication, but also includes a wireless sensor having an equivalent function or performance. In addition, although the wired detector can be partially used under a very special environment, it is considered that it can be used very limitedly only when the main use of the wireless fire detector 13a is premised. (The use of the wired detector is based on the present invention. It is a configuration that does not fit well with the flow of the wireless fire reporting system, but it can be used in very limited situations such as a very thick barrier or deep underground)

On the other hand, dividing the configuration of the fire detection unit 10 into a fire-only camera 11 and a fire sensor 13 to select or use them in parallel is because there is a clear difference in their respective functions and roles. That is, only the fire sensor 13 can be used without the fire-only camera 11, but the most effective method is to use a video (CCTV camera) and a parallel use of both fire detection signals such as heat and smoke. In other words, when video and detection signals such as heat and smoke are used in an integrated manner, fire detection is achieved through visual (video by CCTV, etc.) and wireless signals at the same time, so that the initial response capability of fire can be maximized. have the advantage that The location or number of installing the configuration of the fire detection unit 10 can be applied to the maximum within a range that satisfies various conditions, such as an installation location and installation cost.

In this case, according to the detailed configuration of the present invention, the fire-only camera 11 may further include a camera module based on a CCD camera and optionally equipped with a thermal imaging camera. The fire-only camera 11 is configured based on a CCD camera, which means a camera installed to monitor the normal activity situation in order to immediately grasp user safety, the size and condition of the fire, and the direction of movement of the fire. In addition, a thermal imaging camera refers to a camera to which infrared rays are applied, and is effective in detecting, monitoring or understanding not only the fire situation, but also the movement of evacuees and the entry and exit of outsiders. As the size or size of the activity space increases, the camera module equipped with a CCD camera and a thermal imager at the same time is a way to further enhance the detection function.

On the other hand, general cameras have the same structure as the human eye and capture images similar to what we see with our eyes, but thermal imaging cameras are high-level equipment that only uses heat to take pictures, so make full use of these points and monitor forest fires at the same time. It is also used for activities, and thermal imaging cameras have the ability to capture even a small fire that is invisible from a distance. As such, the thermal imaging camera shows the screen nakedly depending on how much heat it generates, so it has the ability to accurately check the state of the object or fire regardless of the presence or absence of obstacles such as smoke or light.

In addition, according to the detailed configuration of the present invention, the fire sensor 13 of the fire detection unit 10 includes at least one or two or more of the smoke detector 14 and the temperature detector 15 together with the buzzer 16 and It can be detected through the alarm lamp 17, and in the case of the fire wireless detector 13a, it is equipped with a 2-pin connector terminal 19 for NC contact so that AC power can be supplied as DC power together with an emergency battery 18 therein. characterized in that At this time, the end wire of the 2-pin connector terminal 19 for NC contact may be directly connected to the receiving unit to which power is supplied, but after connecting with a separate adapter (not shown), one side of the adapter You can also connect the line to the AC power line. For reference, in the case of the fire wireless detector 13a according to the present invention, while its original function is to communicate wirelessly with an external device, the power state to support the communication is set to constant power (power supplied from the outside). state), it is added that it is reasonable to provide a 2-pin connector terminal 19 for NC contact. More specifically, in the case of the fire sensor 13 according to the present invention, a battery for power may be built-in to enable wireless communication with an external device without always supplying power from the outside, but a 2-pin connector terminal for NC contact (19) can be provided to enable constant power supply (power supply for wireless use using a receiver, repeater, transmitter, or power supply to a wireless detector through a wireless electricity supply device, etc.), in case of fire Since it belongs to an important disaster item, it is considered that constant power supply to the fire sensor 13 is more preferable. In addition, the fire sensor 13 of the fire detection unit 10 is usually equipped with a smoke detector 14 and a temperature detector 15, but often a flame detector may also be mounted, and sometimes an odor detector may be mounted. In addition, although the flame detector and the odor detector are configured based on optical technology, the detection range of fire is wide and the possibility of malfunction (non-fire alarm) is reduced, but the reliability of the flame and odor detection function is still not satisfactory. .

Accordingly, the wireless detector 13a in which the smoke detector 14 and the temperature detector 15 are integrated is mainly used. When the wireless fire detector 13a for both temperature and smoke is used, the reliability of the detection function will be maximized. In addition, it is possible to detect even the outpost of a fire that is not properly detected by the flame detector 14 . And it is effective to configure the buzzer 16 and the alarm lamp 17 provided in the fire sensor 13 to operate selectively or simultaneously in consideration of the visual and auditory disturbances.

On the other hand, in the case of the wireless fire detector 13a of the present invention, the signal transmission is wireless (wifi, RF communication NB IoT, Zigbee, LoRa method, etc.), but the power supply is AC 220V (or 110V, etc.) → DC 12V ( 24V, etc.), it is desirable to configure a system (always power supply system), because the reason is that when a DC battery is used to power the wireless fire detector 13a to be used for disasters, the power supply This is because it is often difficult to guarantee stability. Therefore, in the case of the fire wireless detector 13a used as the fire sensor 13 of the present invention, the 2 pin connector terminal 19 for NC contact can be supplied with AC power → DC power with the emergency battery 18 installed therein. ), and the reason for installing the emergency battery 18 is to enable the wireless fire detector 13a to operate for at least 3 to 4 hours when the constant AC power supply is cut off. to be.

In addition, according to the present invention, the fire signal receiver 20 installed to enable two-way communication with the fire detection unit 10 wirelessly or using wired/wireless receives the signal detected by the fire detection unit 10, at this time It communicates with the fire detection unit 10 to accurately detect whether it is a fire. The fire signal receiving unit 20 is configured to enable two-way communication with the fire detection unit 10 using wireless or wired/wireless, and receives the fire signal detected by the fire sensor 13 of the fire detection unit 10 . It corresponds to a device that receives and processes complexly. In other words, the event generation storage unit 30 and the central (disaster) control center (disaster) control center (disaster) which will be described later receive and process numerous fire events detected by the fire sensor 13 of the fire detection unit 10 in a complex manner. C) It performs the function of sending, etc.

In addition, according to the present invention, the fire detection unit 10 and the event generation storage unit 30 installed to enable two-way communication using wireless or wired/wireless communication with the image detected by the fire detection unit 10 and the fire detection signal is stored through the fire signal receiver 20 . The event generation storage unit 30 is configured to enable two-way communication with the fire detection unit 10 using wireless or wired/wireless, and a fire detected by the fire-only camera 11 of the fire detection unit 10 . It corresponds to a device for storing the video image and the fire detection signal through the fire signal receiver 20 . In other words, it is used as a storage unit for complexly storing and processing numerous fire images and fire signals detected through the fire-only camera 11 of the fire detection unit 10 .

In addition, according to the present invention, when a fire occurs, the fire signal receiving unit 20 and the event generation storage unit 30 are mounted on the event generation storage unit 30 through the central control center (C) and linked with the building and facilities. It enables real-time transmission of the status confirmation to each individual’s smartphone (P) or the large, medium, and small monitor (M) of the central control center (C). At this time, the event installed in the central control center (C) The generation control unit 40 is characterized in that it is provided with a wireless notification unit 47 that automatically notifies the fire department, the police station, the relevant building and facility related persons in the form of a wireless system. The event generation control unit 40 includes an event generation storage unit 30, and a fire signal receiving unit 20 that stores while performing two-way communication using a wireless or wired/wireless communication with the fire detection unit 10 and Fire occurrence situation immediately in real time on individual smartphones (P) or large, medium and small monitors (M) of the central control center (C), etc. is automatically notified so that it can be confirmed. This is a wireless notification that automatically notifies fire stations, police stations, and related persons (building owners, tenants, etc.) in the form of a wireless system immediately when a fire problem occurs in one or more active spaces or multiple spaces where the fire detection unit 10 is installed. Since the unit 47 is provided, it is possible to quickly provide actions such as dispatch service and follow-up measures. In addition, when the crime detection unit 50 and the fire detection unit 10 are addressed with one CCTV, the crime or fire scene is detected alternately and the crime prevention signal receiving unit ( 60) and the fire signal receiver 20 transmits the corresponding event situation.

Accordingly, by the wireless notification unit 47 of the event occurrence control unit 40, individual smartphones (P) of fire stations, police stations, and related persons (building owners, occupants, etc.) or large, medium and small monitors of the central control center (C) (M), etc., to automatically notify any abnormality in the installation space of the fire detection unit 10 in real time anytime and anywhere without time and spatial restrictions, so that anyone can quickly report the event situation (crime and fire). In addition to being able to confirm, it provides an excellent effect in minimizing secondary damage due to fire because it is possible to report accurately and quickly in the form of a wireless system. That is, when the occurrence of a fire is detected, two-way communication between the control unit 41 and the fire detection unit 10 that reports the occurrence of a fire to a fire station, a police station, or a related person (building owner, occupant, etc.) is possible. At this time, event occurrence control The control unit 41 mounted on the unit 40 may control and control tens to thousands or more of the fire detection units 10 one by one, but may be configured to be dispersed in plurality according to the structure of the activity space.

And according to the detailed configuration of the present invention, the event generation control unit 40 includes a control unit 41 composed of a microcomputer circuit, an input/output unit 42 for processing input/output signals, and a communication unit 43 for processing wired/wireless communication. ), an emergency power unit 45 equipped with a rechargeable battery, and a wireless notification unit 47 that automatically notifies the fire department, police station, and related persons (building owners, residents, etc.) of the occurrence of the event by voice, text, video, etc. characterized in that The control unit 41 of the event generation control unit 40 is a microprocessor and various memories mounted thereon, and the input/output unit 42 is an interface circuit that converts the input/output signals of the control unit 41 . The communication unit 43 may convert the USN signal by communication of the fire detection unit 10 into a TCP/IP protocol and transmit it to a fire station, a police station, and related persons (building owners, residents, etc.) through a dedicated network and a public network. In addition, the communication unit 43 includes a function of transmitting and receiving fire situation information through a smart phone (P) or a large, medium, or small monitor (M) of the central control center (C). The emergency power unit 44 has a battery that is charged using commercial power (both AC and DC can be used), and may be installed in a capacity, waterproof, or explosion-proof type that exceeds the operating time while satisfying the relevant laws. In addition, the wireless notification unit 47 performs two-way communication with the fire detection unit 10 by means of the control unit 41 and the communication unit 43 wirelessly or by using wired/wireless communication while storing the fire signal receiving unit 20 and event generation. When you want to automatically notify and check various data related to the fire event occurrence signal and image of the storage unit 30 from individual smartphones (P) or large, small and medium-sized monitors (M) of the central control center (C) , you can check the fire situation immediately in real time.

On the other hand, according to the modified example of the present invention shown in FIG. 4 , the crime prevention detection unit 50 and the crime prevention detection unit 50 store the signals detected by the crime prevention detection unit 50 on the fire wireless reporting system. As described above, it is possible to configure the crime prevention signal receiving unit 60 and link it to the event generation storage unit 30 and the event generation control unit 40 . Of course, the crime detection unit 50 is provided with a security camera 50a and a crime prevention sensor (50b: heat detection sensor) to use it differently from the function and role of the fire detection unit 10, mainly to prevent the entry and exit of outsiders. It is used as a configuration for security purposes to control.

Here, it goes without saying that the above-described security camera can be used as a security camera or an infrared camera by the enemy or a CCD camera having the same performance as the enemy. In addition, the security sensor 50b, which is one of the main devices of the crime detection unit 50, mainly refers to and uses a thermal sensor (heat ray sensor), but instead of this thermal sensor, a sensor of equivalent or similar performance is used. also be Of course, by selectively installing or installing the fire detection unit 10 and the crime prevention detection unit 50 indoors and out of the building in parallel, it enables the early detection of fire and the effective performance of the crime prevention function, and thus It is believed that simultaneous function can be positioned as a true disaster prevention and safety product.

And the crime prevention signal storage unit 60 is installed together with the fire signal receiving unit 20 to enable bidirectional communication with the crime detection unit 50 , and stores the signal detected by the crime detection unit 50 . The crime prevention signal storage unit 60 is configured to enable two-way communication with the crime detection unit 50, and the crime signal detected by the crime detection unit 20 is complexly processed, and the crime prevention camera 50a. and a crime prevention sensor (50b: heat sensor) detects numerous criminal events and uses it as a storage unit for complex storage and processing.

And the images detected by the fire detection unit 10 and the crime detection unit 50 are stored on the event generation storage unit 30, respectively, and the fire detection unit 10 detects through the fire-only camera 11 It is configured to store a number of events related to fire images in a complex manner, and simultaneously process and store the fire images and crime images detected by the crime detection unit 50 in a complex way. Accordingly, it can be used as a storage unit that complexly stores and processes numerous fire and crime-related events detected by the fire-only camera 11 of the fire detection unit 10 and the security camera of the crime detection unit 50 . .

Therefore, fire detection by the wireless notification unit 47 of the event occurrence control unit 40 with individual smartphones (P) of fire stations, police stations, and related persons or large, medium and small monitors (M) of the central control center (C), etc. The fire and crime prevention event signal and video of the fire camera 11 of the unit 10 and the crime prevention camera of the crime detection unit 50 can be checked by automatically notifying the fire occurrence and crime prevention situation in real time. have. In other words, in the event of a fire or crime prevention problem, it immediately notifies the fire department, police station, and related persons (building owners, tenants, etc.) in the form of a wireless system to promptly provide dispatch services and follow-up measures to respond to fire and crime prevention. Secondary damage can be minimized.

In addition, as auxiliary means according to the present invention, a foot switch, a remote control, and an application (app) for manually reporting the occurrence of a fire through the control unit 41 may be further provided. While these foot switches and remote controls are installed in each activity space, they can be installed and used in other spaces as well. This is based on installation in a space provided with the fire detection unit 10 and the crime detection unit 50, but the above auxiliary means do not need to be installed. In addition, the application can be installed on individual mobile phones used by fire departments, police stations, and related parties. Although this is to report the occurrence of a fire through the control unit 41, it means that a fire department, a police station, or a related person (building owner, tenant, etc.) can be automatically notified or reported immediately.

According to the present invention, as soon as a crime or fire occurs, a crime or fire scene in a specific place is quickly and accurately reported in real time by using a fire detection unit and a crime prevention detection unit that transmit and receive smoothly wirelessly or wirelessly. Not only does the real-time video clearly inform the location of the incident and its surroundings, but also in real time, the relevant police station, fire department, and persons related to the building and facility (building owners and tenants) can check the situation from the outside, and also The fire department and related persons are immediately notified by voice, text, and video methods, and a wireless advance notification system is efficiently established to prevent damage to a large number of people and property at an early stage.

The present invention is not limited to the described embodiments, and it is apparent to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the present invention. Accordingly, it should be said that such variations or modifications fall within the scope of the claims of the present invention.

10: Fire detection unit 11: Fire camera (CCTV)
13: fire sensor 13a: wireless fire detector
14: smoke detector 15: temperature detector
16: buzzer 17: alarm
20: fire signal storage unit 30: event occurrence storage unit
40: event generation control unit 41: control unit
42: input/output unit 43: communication unit
45: emergency power unit 47: wireless notification unit
50: crime detection unit 50a: security camera
50b: crime prevention sensor 60: crime prevention signal storage unit
C: Central Control Center M: Monitor
P: mobile phone

Claims (4)

In forming a two-way communication fire reporting system with multiple activity spaces:
a fire detection unit 10 installed in one or more activity spaces and having at least one or more of a fire-only camera 11 and a fire sensor 13 for fire detection or in parallel;
a fire signal receiving unit 20 installed to enable two-way communication with the fire detecting unit 10 using wired, wireless or wireless, and storing the signal detected by the fire detecting unit 10;
an event generation storage unit 30 installed to enable two-way communication with the fire detection unit 10 using wired/wireless or wireless, and storing text, voice, image, etc. detected by the fire detection unit 10; and
In the event of a fire, on the event generation storage unit 30, the corresponding text and voice alarms and images of the fire signal receiving unit 20 and the event generation storage unit 30 are sent to the individual smartphone (P) or the central control center (C). Installed so that the relevant situation can be checked in real-time with large, medium, and small monitors (M) of Event occurrence control unit 40; Doedoe including,
The fire-only camera 11 is based on a CCD camera, and further includes a camera module optionally equipped with a thermal imaging camera,
The event generation control unit 40 includes a control unit 41 composed of a microcomputer circuit, an input/output unit 42 for processing input/output signals, a communication unit 43 for processing wired/wireless communication, and a rechargeable battery. Mounted in a disaster control center centered on a crime prevention detection system, characterized in that it includes an emergency power unit 45, a wireless notification unit 47 that automatically notifies the fire department, the police station, and the person related to the building in the form of voice, text, video, etc. fire reporting system. delete According to claim 1,
The fire sensor 13 of the fire detection unit 10 is provided with at least one or two or more of the smoke detector 14 and the temperature detector 15 and can be detected through the buzzer 16 and the alarm lamp 17 and, in the case of the fire wireless detector 13a, it may further include a 2-pin connector terminal 19 for NC contact so that AC power can be supplied as DC power together with an emergency battery 18 therein. A fire reporting system installed in the disaster control center centered on the detection system. delete

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