KR20200142924A - Fire notification system installed at Disaster Control Center of security detection system-centered - Google Patents

Abstract

The present invention relates to a two-way communication-based fire reporting system provided with a plurality of activity spaces. The system includes: a fire detection unit provided with one or both of a fire camera and a fire sensor for fire detection; a fire signal receiving unit installed so as to be capable of two-way communication with the fire detection unit and storing a signal detected at the fire detection unit; an event occurrence storage unit installed so as to be capable of two-way communication with the fire detection unit and storing, for example, a text, a voice, and an image detected at the fire detection unit; and an event occurrence control unit installed such that the text, voice alarm, image, and so on of the fire signal receiving unit and the event occurrence storage unit can be checked in real time, with regard to a fire situation, and on a smartphone or a central control center monitor in the event of a fire and provided with a wireless notification unit for automatic and wireless system-based notification for a fire station, a police station, a building-related person, and so on. According to the present invention, a crime or fire scene or the like and the situation can be clearly provided with speed and accuracy, in real time, and in the form of alarm or image using the fire detection unit and a crime prevention and detection unit. In addition, the stations and the person can perform checking in real time, externally, and immediately. In addition, an immediate notification is provided in the form of voice, text, and image, a prior reporting system based on wireless connection is set up, and life and property damages can be forestalled.

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 security detection system, and more specifically, by utilizing a fire detection unit and a security detection unit in which transmission and reception are smoothly performed wirelessly or wired/wireless. Immediately notify the relevant situation in real time, such as crime and fire scenes at a specific location, quickly and accurately, and real-time relevant video clearly not only to the location of the incident and its surroundings, but also to the police station, fire department, the building and Facilities related to the facility (building owners and tenants) can also be checked directly from the outside, and the relevant police station, fire department, and related persons are immediately notified by means of voice, text, and video. It relates to a fire reporting system installed in a disaster control center centered on a crime prevention detection system, which can be built to block a large number of people and property damage early.

Normally, in the case of fire or criminal activity in public facilities (places) such as saunas, karaoke rooms, music bars, PC rooms, etc., evacuate properly due to surrounding noise even if early notification is delayed or even if a crime or fire alarm sounds. It is easy to get injured or even kill your life. Moreover, in the event of a fire, a guide system is needed to notify the fact of the fire or induce evacuation within 1 to 2 minutes of the initial occurrence of the fire, and at the same time, it is notified to the competent fire department at the same time, so that firefighters can go to the place of the fire within 3 to 15 minutes. It is highly desirable to arrive and extinguish the fire. Because fires usually have a very high possibility of leading to large-scale fires after 10-15 minutes or more, early reporting of fires is a very important situation.

However, looking at the trend so far, there are still frequent cases of police vehicles and fire engines dispatching by reporting in the old-fashioned way, and as a result, the dispatch time of police vehicles and fire engines has been delayed, and when they arrive at the scene of crime or fire, it has already spread to major accidents. It was frequent. Eventually, at the beginning of a disaster (crime prevention and fire), an accident is detected electronically by actively utilizing various detectors and sensors, but the moment it is judged that it can spread into a large accident by sensitively checking whether the accident is correct, immediately in real time form. There is a need for a wireless pre-monitoring system for crime prevention and fire combination that can automatically notify related organizations such as building control centers, fire departments, and police stations, and those concerned, but unfortunately, it is unfortunate that it is not yet present. Moreover, there are some systems in place to report only this or only fire separately when a criminal activity occurs, but fires often lead to late reporting due to the widespread use of wired reporting systems, which is often the reason for large-scale fire accidents.

Accordingly, while there is a desperate need for a disaster safety system that can effectively prevent and report crimes and fires, revising relevant laws and strengthening management supervision to increase the safety of public facilities is sufficient to protect many lives and property from unexpected fires. Because it does not, research and development in the aspect of disaster prevention is essential. However, the development of the fire field is still lagging, so there is a lot of room for research and development. In addition, as prior art related thereto, Korean Patent Laid-Open Publication No. 10-2003-0009967 (Prior Document 1) and Korean Registered Patent Publication No. 10--1311950 (Prior Document 2) are known.

Prior Document 1, inlet (1A) and discharge port (1B) is formed on one side and the other side of the front part, the LCD (2) is attached between them, the buzzer (3) and the upper side of the suction port (1A) A main body 1 provided with a green lamp 4 and a red lamp 5; A sensor for sensing the temperature of the indoor air sucked through the suction port 1A of the main body 1; A component detector for detecting a component of the indoor air sucked through the inlet 1A of the main body 1; A control unit for inputting a value sensed or detected from the sensor and the component detector; An LCD driving unit for driving the LCD 2 according to an operation command signal from the control unit; A buzzer driving unit for driving the buzzer 3 according to an operation command signal from the control unit; It consists of a green lamp (4) and a red lamp (5) that flash in response to the operation command signal of the control unit, thereby detecting and warning the danger of fire in public places, while always detecting harmful gas components in indoor air. It is possible to output and warn whether it is included or not, and as a result, it is possible to quickly evacuate from poison gas and fire, which is expected to ensure the safety of public places.

Prior Document 2 includes: a communication loop including a (+) line for transmitting an operating voltage and a digital call signal, and a (-) line arranged in parallel with the (+) line; A fire detector connected to the communication loop, which analyzes a digital call signal and transmits a measured value as a current signal at the time 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 the (+) line, and receiving a current signal output by the fire detector from the (-) line; We propose a technology including a main control panel that is connected to the interface unit, provides a digital call signal, receives measured values from the called fire detector, and performs processing according to a pre-input program. Even if it is disconnected, it is expected to improve the reliability of fire detection and alarm by continuing the operation of the detector.

However, both the former and the latter prior documents can provide a certain degree of effect in the system (device) for detecting and alarming fire, but according to the preceding document 1, it is possible to prevent a disaster accident in a public place. The fundamental solution to this problem is insufficient, and according to the preceding document 2, it is possible to increase the reliability of operation, but there is still a lot of room for improvement according to disaster preparedness in public places. Moreover, both the former and the latter prior literatures have a disadvantage that in addition to the inconvenience and high cost burden associated with the installation of a fire system, national losses are also large due to dual facilities.

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

It is an object of the present invention to fundamentally improve the conventional problems as described above, by utilizing a fire detection unit and a security detection unit that facilitate transmission and reception wirelessly or wired/wirelessly, to prevent crime and fire at a specific location as soon as a crime or fire occurs. In real time, the relevant situation is quickly and accurately alerted and the relevant video in real time is clearly notified to the place of occurrence and its surroundings, as well as the competent police station, fire department, relevant building and facility related person (building owner, tenant) in real time. Also, it is possible to check immediately from the outside, and immediately notify the competent police station, fire department, and related persons by voice, text, video, etc., and efficiently establish a pre-report system that connects wirelessly, so that a large number of people and property The aim is to provide a fire reporting system installed in the disaster control center centered on the crime prevention detection system that can block damage early.

In the present invention for achieving the above object, in forming a fire reporting system having a plurality of activity spaces: installed in one or more activity spaces, and at least one or more of a fire-only camera and a fire sensor may be selected for fire detection. Or a fire detection unit provided in parallel; A fire signal storage unit installed to enable two-way communication with the fire detection unit using wireless or wired/wireless, and storing a signal detected by the fire detection unit; An event generation storage unit installed to enable two-way communication with the fire detection unit using wireless or wired/wireless, and storing characters, voices, images, etc. detected by the fire detection unit; And in the event of a fire, it is possible to check the relevant situation in real-time form on the screen of a smartphone or large, small, and small monitors of the central control center and the corresponding text, voice alarm, and video of the fire signal storage and video storage on the event occurrence storage. And an event occurrence control unit having a wireless notification unit that automatically informs the fire department, the police department, and the building related persons in the form of a wireless system.

At this time, according to the present invention, the fire-only camera may further include a camera module, etc., which is based on a CCD camera and optionally equipped with a thermal imaging camera.

In addition, according to the present invention, the fire sensor of the fire detection unit is provided with at least one or two or more of a smoke detector and a temperature detector, and can be detected through a buzzer and an alarm lamp. 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.

In addition, according to the present invention, the video control unit includes a control unit composed of a microcomputer circuit, an input/output unit processing input/output signals, a communication unit processing wired/wireless communication, an emergency power supply unit having a rechargeable battery, a fire station, a police station, and the corresponding It is characterized by having a wireless notification unit for automatically notifying the building-related person in the form of voice, text, and video.

On the other hand, prior to this, terms or words used in the present specification and claims should not be construed as being limited to their usual or dictionary meanings, and the inventors have developed the concept of terms in order to explain their own invention in the best way. It should be interpreted as a meaning and concept consistent with the technical idea of the present invention based on the principle that it can be properly defined. Therefore, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all the technical spirit of the present invention, and thus various alternatives that can be substituted for them at the time of application It should be understood that there may be equivalents and variations.

According to the present invention, by utilizing the fire detection unit and the crime prevention detection unit that smoothly transmit and receive wirelessly or wired/wirelessly, a crime or fire scene at a specific location is quickly and accurately alarmed in real time as soon as a crime or fire occurs. In addition to clearly notifying the relevant real-time video to the location of the incident and its surroundings, the competent police station, fire department, and related persons (building owners and tenants) can check the situation in real time from outside, and the competent police station ㆍProvides an effect that prevents damages to a number of people and property early by establishing an efficient pre-report system that connects to the fire department and the relevant person by promptly notifying the fire department and the relevant person through voice, text, and video. .

1 is a conceptual diagram showing the installation state of a fire reporting system mounted in a disaster control center centered on a security 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 flow chart of fire preliminary monitoring through the fire wireless reporting system according to the present invention
4 is a schematic diagram showing an application example of fire preliminary monitoring through the fire wireless reporting system according to the present invention
Figure 5 is a modified example of the present invention, an exemplary view showing the installation state of the security system and fire reporting system

Hereinafter, preferred embodiments of 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 stated in all of the present invention, the fire wireless reporting system combined with the security detection unit and the disaster control center is a fire detection unit 10, a fire signal receiving unit 20, an event occurrence storage unit 30, and an event occurrence. The control unit 40 and the like are the main components.

On the other hand, it is referred to as a plurality of activity spaces, such as karaoke rooms, pubs, restaurants, cafes, pharmacies, beauty salons, nail shops, offices, convenience stores, warehouses, etc. It is based on the construction of 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 large-scale activities such as small-scale activity spaces such as homes, companies, factories, and large concert halls, etc. Even in the omnidirectional range of 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 installed in one or more activity spaces includes at least one of the fire camera 11 and the fire sensor 13 selected or in parallel for fire detection. And the fire-only camera 11 refers to CCTV, and the fire sensor 13 mainly refers to a wireless fire detector (13a), the fire detector (13a) according to the present invention is a principle to use a wireless detector (13a) for both heat and temperature To do. This is because, although a heat detector or a temperature detector may be used, when a combined heat and temperature detector is used, the fire detection capability is very excellent, and a detailed description thereof will be described later.

In addition, the fire detection unit 10 installed in one or more of the above-described activity spaces or in various spaces such as offices and restaurants is basically composed of a configuration that independently detects and alarms the occurrence of fire. And one or more of the fire sensor 13 can be selected and applied to detect or alarm the occurrence of fire, and both of these configurations can be used in parallel, and it is provided to simultaneously perform the role of detection and alarm of fire occurrence. It is possible. In addition, the present invention is a CCTV, by connecting a wireless fire detector (13a) and a heating sensor used as one of the devices of the crime detection unit 50 to detect the occurrence of events (criminal acts and fire, etc.) alternately. In addition, it is also possible to connect one CCTV with the heating wire sensor of the security detection unit 50 and connect the fire wireless detector (13a) and another CCTV, and several heating wire sensors or one CCTV to one CCTV. Multiple fire radio detectors 13a may be addressed to CCTV. In addition, when one heat ray sensor or fire wireless detector 13a is connected to one CCTV, the detection ability and recognition ability of the occurrence of events (such as criminal acts and fire occurrence) will be superior.

In addition, it goes without saying that the above-described fire-only camera 11 may use a fire IP camera or an infrared camera or the like or use a camera of equivalent performance. In addition, as described above, the fire sensor 13 refers to a wireless detector 13a capable of bidirectional communication, but includes a wireless sensor having the same function or performance. In addition, although some wired detectors can be used under very special circumstances, it is considered that the wired detectors can be used very limitedly only if the main use of the wireless fire detector 13a is premised. (The use of wired detectors is according to the present invention. It is a configuration that does not match the flow of the wireless fire reporting system, but it can be used in very limited situations such as very thick barriers or deep underground)

On the other hand, the configuration of the fire detection unit 10 is divided into a fire-only camera 11 and a fire sensor 13 and used either in combination or in parallel, because there is a distinct difference in functions and roles. That is, it is possible to use only the fire sensor 13 without the fire camera 11, but it can be said that the most effective method is the simultaneous use of applying both the video (CCTV camera) and fire detection signals such as heat and smoke. In other words, when the detection signals such as images, heat and smoke are used in an integrated manner, the fire occurrence is detected through the simultaneous detection of the visual (video by CCTV, etc.) and wireless signals. Has the advantage of being able to. The location or number of 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 or 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 normal activities in order to immediately grasp the safety of users, the scale and state of fire, and the direction of fire movement. In addition, a thermal imaging camera refers to a camera that applies infrared rays, and is effective in detecting, monitoring, or grasping not only the occurrence of fire, but also the movement of evacuees and the entry and exit of outsiders. As the size or size of the active space increases, having a CCD camera and a thermal imaging camera in the camera module at the same time is a way to increase the detection function.

On the other hand, a general camera has the same structure as the human eye, so it captures an image similar to what we see with our eyes, but the thermal imaging camera is a highly difficult device that only uses heat to take full advantage of these points and monitor forest fires. It is also used for activities, and even if it is a small fire that is invisible from a distance, thermal imaging cameras have a function to capture it. In this way, the thermal imaging camera shows the screen naked depending on how much heat it emits, so it has a function to accurately check the status of the object or fire, regardless of the presence of obstacles such as smoke and the presence of light.

In addition, according to the detailed configuration of the present invention, 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 the buzzer 16 and the It can be detected through the alarm lamp (17), and in the case of the fire wireless detector (13a), a 2-pin connector terminal (19) for NC contact is provided so that AC power can be supplied as DC power along with an emergency battery (18) inside it. Characterized in that. At this time, the end line of the 2-pin connector terminal 19 for NC contact may be directly connected to the receiving unit to which power is supplied, but one side of the adapter after connecting with a separate adapter (not shown). 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, the original function is to communicate with an external device wirelessly, whereas the power state to support communication is always powered (power supplied from the outside). State), it should be emphasized that it is reasonable to have 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 power supply battery may be installed to enable wireless communication with external devices 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 receivers, repeaters, transmitters, or power supply to wireless detectors through wireless electricity supply devices is also possible), in case of fire Since it belongs to an important disaster category, it is considered that the constant power supply to the fire sensor 13 is more desirable. Further, the fire sensor 13 of the fire detection unit 10 is usually equipped with a smoke detector 14 and a temperature detector 15 together, but often a flame detector may also be mounted, and sometimes an odor detector may be mounted. In addition, the flame detector and the odor detector are constructed based on optical technology, which reduces the possibility of malfunction (non-fire report) with a wide range of fire detection, but there is still a regret that the reliability of the flame and odor detection function is not satisfactory. .

Accordingly, a wireless detector 13a in which the smoke detector 14 and the temperature detector 15 are integrally mixed is mainly used.When a 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 an outpost of a fire that is not properly detected by the flame detector 14. In addition, 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 visual and hearing impaired conditions.

On the other hand, in the case of the wireless fire detector 13a of the present invention, signal transmission is wireless (wifi, RF communication NB IoT, Zigbee, LoRa method, etc.), but power supply is AC 220V (or 110V, etc.) → DC 12V ( It would be desirable to configure a system that converts to 24V, etc. (constant power supply system). The reason is that if a DC battery is used for the power of the wireless fire detector 13a to be used for disaster This is because it is often difficult to ensure 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 the NC contact enables AC power → DC power supply 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 3-4 hours when the constant AC power supply is cut off. to be.

In addition, according to the present invention, the fire signal receiving unit 20 installed to enable two-way communication with the fire detection unit 10 and wireless or 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 a configuration configured to enable bidirectional 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 is a device that receives and processes complexly. In other words, while receiving and processing numerous events related to the occurrence of a number of fires detected by the fire sensor 13 of the fire detection unit 10 in a complex manner, the event occurrence storage unit 30 and the central (disaster) control center ( C) It performs the function of sending to etc.

In addition, according to the present invention, the event generation storage unit 30 installed to enable two-way communication with the fire detection unit 10 and wireless or wired/wireless is the image and fire detection signal detected by the fire detection unit 10 Is stored through the fire signal receiving unit 20. The event occurrence storage unit 30 is a configuration configured to enable two-way communication with the fire detection unit 10 by wireless or wired/wireless, and the fire detected by the fire camera 11 of the fire detection unit 10 It corresponds to a device that stores video images and fire detection signals through the fire signal receiver 20. In other words, it is used as a storage unit that stores and processes a number of fire images and events related to fire signals detected through the fire camera 11 of the fire detection unit 10 in combination.

In addition, according to the present invention, in the event of a fire, the event generation storage unit 30 is connected to the corresponding building and facilities through the central control center C equipped with the fire signal receiving unit 20 and the event generation storage unit 30 Real-time transmission of the status confirmation is possible with 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 occurrence control unit 40 is characterized by having a wireless notification unit 47 for automatically notifying the fire department, the police station, the relevant building and facility related persons in the form of a wireless system. The event occurrence control unit 40 includes an event generation storage unit 30, and a fire signal receiving unit 20 that stores while performing bidirectional communication using a fire detection unit 10 and wireless or wired/wireless. Instant fire situation in real time on individual smartphones (P) or large, medium, and small monitors (M) of individual smartphones (P) or central control centers (C), etc. Is automatically notified and confirmed. This is a wireless notification that automatically notifies fire departments, police departments, and related persons (building owners, tenants, etc.) in the form of a wireless system immediately even if a fire problem occurs in one or more activity spaces or in several 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 services and follow-up measures. In addition, when the crime detection unit 50 and the fire detection unit 10 are addressed by a single CCTV, the crime prevention signal receiving unit ( 60) and the fire signal receiver 20 transmits the event situation.

Accordingly, individual smartphones (P) of fire departments, police stations, related persons (building owners, tenants, etc.) or large, small, and small monitors of the central control center (C) are performed by the wireless notification unit 47 of the event occurrence control unit 40. Anyone can promptly notify the event status (crime and fire) by automatically notifying the installation space of the fire detection unit 10 in real time without time and space constraints by (M), etc. In addition to being able to check, accurate and prompt reporting in the form of a wireless system provides excellent effects in minimizing secondary damage caused by fire. In other words, when a fire occurs, it is possible to communicate in both directions between the control unit 41 and the fire detection unit 10 that report the fire to the fire department, police department, and related persons (building owners, tenants, etc.). The control unit 41 mounted on the unit 40 may individually control and control tens to thousands of fire detection units 10 or more, but may be configured to be distributed in a plurality according to the structure of the activity space.

And according to the detailed configuration of the present invention, the event occurrence control unit 40 includes a control unit 41 configured with 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 supply unit 45 equipped with a rechargeable battery, and a wireless notification unit 47 for automatically notifying the event occurrence status to fire departments, police stations, and related persons (building owners, tenants, etc.) by voice, text, video, etc. It features. The control unit 41 of the event occurrence control unit 40 is a microprocessor and a microcomputer circuit equipped with various memories, and the input/output unit 42 is an interface circuit that converts input/output signals of the control unit 41. The communication unit 43 may convert the USN signal through the communication of the fire detection unit 10 into a TCP/IP protocol and transmit it to the fire department, the police station, and related persons (building owners, tenants, 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 smartphone (P) or a large, medium, and small monitor (M) of the central control center (C). The emergency power supply unit 44 includes a battery that is charged using a commercial power source (both AC and DC can be used), and may be installed in a capacity, waterproof, explosion-proof type, etc. that exceed the operating time while satisfying the relevant laws and regulations. In addition, the wireless notification unit 47 is a fire signal receiving unit 20 and an event that is stored while performing two-way communication using the fire detection unit 10 and wireless or wired/wireless by the control unit 41 and the communication unit 43. When you want to automatically notify and check various data related to the fire event signal and video in the storage unit 30 from individual smartphones (P) or large, medium, and small monitors (M) of the central control center (C) , You can check the fire situation immediately in real time.

On the other hand, according to a modified example of the present invention shown in Figure 4, the security detection unit 50 and the security detection unit 50 to detect the criminal activity on the wireless reporting system to store the signal It is the same as described above that it is possible to configure a security signal receiving unit 60 and link it with the event generation storage unit 30 and the event generation control unit 40. Of course, the security detection unit 50 is provided with a security camera (50a) and a security sensor (50b: heat detection sensor) to utilize differently from the function and role of the fire detection unit 10, mainly to allow outsiders to enter and exit. It is used as a configuration for controlled security purposes.

Here, it goes without saying that the above-described security camera can use a security camera or an infrared camera, or the like, or use a CCD camera with equivalent performance as the basis. In addition, the security sensor 50b, which is one of the main devices of the security detection unit 50, mainly refers to a heat detection sensor (heat wire sensor) and uses it, but instead of such a heat detection sensor, a sensor of equivalent or similar performance is used. Also works. Of course, by selectively installing the fire detection unit 10 and the security detection unit 50 inside and outside the building, or installed in parallel, the early detection of fire and the security function can be effectively performed. It is believed that the simultaneous functioning can be positioned as one of the true disaster prevention and safety products.

In addition, the security signal storage unit 60 is installed together with the fire signal receiving unit 20 to enable bidirectional communication with the security detection unit 50, and stores the signal detected by the security detection unit 50. Security signal storage unit 60 is a configuration that is installed to enable bidirectional communication with the security detection unit 50, a bar that complexly processes the criminal activity signal detected by the security detection unit 20, security camera (50a) And security sensor (50b: heat detection sensor) is used as a storage unit that stores and processes numerous events of criminal activity in combination.

In addition, the image detected by the fire detection unit 10 and the security detection unit 50 on the event occurrence storage unit 30 is stored, respectively, which is detected from the fire detection unit 10 through the fire-only camera 11 A number of events related to fire images are stored in combination, and the fire images and security images detected by the security detection unit 50 are processed and stored in a complex manner. Accordingly, the fire-only camera 11 of the fire detection unit 10 and the security camera of the security detection unit 50 can be used as a storage unit to store and process a number of events related to fire and security images in combination. .

Therefore, the fire is detected by the individual smartphone (P) of the fire department, police station, and related persons, or the large, medium, and small monitor (M) of the central control center (C) by the wireless notification unit 47 of the event occurrence control unit 40. Various data on fire and crime prevention signals and images of the fire camera 11 of the unit 10 and the security camera of the security 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 is immediately notified to the fire department, police station, and related persons (building owners, tenants, etc.) in the form of a wireless system to promptly provide action services and follow-up measures. Secondary damage can be minimized.

In addition, as an 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 by extending them to other spaces. This is basically installed in the space provided with the fire detection unit 10 and the crime detection unit 50, but the above-described auxiliary means do not have to be installed. In addition, the application can be installed on individual mobile phones used by fire departments, police departments, and related people. This is to report the occurrence of fire through the control unit 41, but it means that the fire department, the police department, and the related person (building owner, tenant, etc.) can be notified or reported immediately.

According to the present invention, by utilizing the fire detection unit and the crime prevention detection unit that smoothly transmit and receive wirelessly or wired/wirelessly, a crime or fire scene at a specific location is quickly and accurately alarmed in real time as soon as a crime or fire occurs. In addition to clearly notifying the relevant real-time video to the location of the incident and its surroundings, the relevant police station, fire department, and persons related to the building and facilities (building owners and tenants) can check the situation in real time. In addition to promptly notifying fire departments and relevant persons through voice, text, and video, it provides the effect of early blocking of many lives and property damages by effectively establishing a pre-report system that connects wirelessly.

The present invention is not limited to the disclosed embodiments, and it is obvious to those of ordinary skill in the art that various modifications and variations can be made without departing from the spirit and scope of the present invention. Therefore, such variations or modifications will have to belong to 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 occurrence control unit 41: control unit
42: input/output unit 43: communication unit
45: emergency power supply unit 47: wireless notification unit
50: security detection unit 50a: security camera
50b: security sensor 60: security 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 provided in combination or in combination with at least one of a fire camera 11 and a fire sensor 13 for fire detection;
A fire signal receiving unit 20 installed to enable bidirectional communication with the fire detection unit 10 using wired/wireless or wireless, and storing a signal detected by the fire detection unit 10;
An event generation storage unit 30 which is installed to enable bidirectional communication with the fire detection unit 10 using wired/wireless or wireless, and stores text/voice/video detected by the fire detection unit 10; And
In the event of a fire, the fire signal receiver 20 and the event occurrence storage unit 30 are sent to each individual's smartphone (P) or central control center (C). It is installed so that it is possible to check the relevant situation in real time with the large, medium, and small monitors (M) of the company, and equipped with a wireless notification unit (47) that automatically notifies the fire department, the police station, the building and facilities concerned in the form of a wireless system. A fire reporting system mounted in the disaster control center centered on a crime prevention detection system, comprising: an event occurrence control unit 40; The method of claim 1,
The fire-only camera 11 is a fire reporting system mounted in a disaster control center based on a security detection system, characterized in that it is based on a CCD camera and may further include a camera module equipped with an optional thermal imaging camera. The method of 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 is also possible to further include a 2-pin connector terminal 19 for NC contact so that AC power can be supplied as DC power along with the emergency battery 18 therein. Fire reporting system installed in the disaster control center centered on the detection system The method of claim 1,
The event occurrence control unit 40 includes a control unit 41 consisting 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. Equipped in a disaster control center centered on a crime prevention system, characterized by having an emergency power supply unit 45 and a wireless notification unit 47 that automatically notifies fire departments, police stations, and related persons in the form of voice, text, and video. Fire reporting system

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