TR201918893A2 - Fire Alarm Panel Monitoring and Early Warning System - Google Patents

Abstract

Regardless of the brand and model, the status data received from (2) Alarm, (3) Fault and (4) Output Port of each type of (1) Fire alarm Panel can be transmitted to a (10) server via a monitoring unit -(9) Reasure Data Modem-. Sending the incoming data (12) to the building authorities defined via reporting and management software at the same time (11) to the fire station (13) voice call, (14) mobile applications, (15) OTP SMS message and (16) e-mail. sending and informing users.

Description

DESCRIPTION Fire Alarm Panel Monitoring and Early Warning System This invention covers all types of fire alarms regardless of brand and model. panel (1), alarm (2), fault (3) and fire alarm panel (1) Ethernet digital data of loop zone and address information output port (4) (5), wifi (6), GSM (7) networks and RF LoRaWan (8) communication to the server (10) with Reasure Data Modem (9) using It is sent by the server to the building/facility authority and the Fire Brigade. to its headquarters (11) instantly and uninterruptedly via communication methods. and simultaneously on the Architectural plan of the building/facility (23) pinpoint and the most in the current CCTV camera system. By showing the image of the close camera (24) to the responsible prevention of alarms and real fire events at the earliest stage It ensures that it is detected and confirmed by point and visually.

In this way, it is possible to increase the safety of life and property with early intervention. harm and damage are minimal.

Technical Area All types of fire alarm panels, regardless of invention, brand and model (1), alarm (2), fault (3) and Loop zone and address information output port (4) digital data to users and Fire Stations (11) securely. building/facility before the responsible persons go to the alarm point. point on the architectural plan (23) and the fire The camera in the CCTV camera system closest to the point (24) It is about showing the image to the responsible people on-line. Prior Art Fire detection systems are of two types, addressable and conventional. has been classified. Fire detection systems are used in every building and facility. It is monitored and controlled via the alarm panel (1). Fire alarm (2) and faults (3) occurring in alarm panels (1) are standard As required, audible and illuminated indicators and fire alarm panel (1) is reported to the users next to it. Fire alarm according to standards It is essential to have a responsible person next to the panels 24/7 365 days a year.

Building/facility in case of failure (3) of fire alarm panels (1) responsible for finding the cause of the malfunction (3) and eliminating it. it provides.

In case of fire alarm (2) notification of fire alarm panels (1), the most by going to the alarm point by the person close to the alarm (2) fire scenario is started by confirming accuracy building/facility evacuation, at the same time, fire at the fire station (11) by telephone. notification is made.

As it is known, in the smoke phase of a possible fire in the building/facility detecting and keeping the damage to a minimum with early intervention is the most important goal. Despite this known goal, due to the human factor Failure (3) warnings are not taken into account in a timely manner and the failure It is a well-known fact. A faulty fire alarm system In the event of a real fire, it will not give a warning or in normal times. It is a known fact that it will give false fire warnings.

The same situation is valid for the alarm (2) warning and the accuracy of the fire is very high. late check in, building/facility due to panic human behavior the fire scenario starts late and informs the fire station (11) late are given. In another way, fire alarm information is provided to users. number (A Block 7th Floor Detector No. 71), and the responsible person physically goes to the point where the warning came and checks its accuracy. This process is a possible fire situation. transportation, delay, error, abuse etc. of those responsible. risk for reasons and as a result, damages and losses are destructive.

This situation, above all, causes loss of life. Especially in industrial facilities spread over a very large area or in very too many (more than 1000) in high-rise buildings (Towers) There is a fire detection detector (22). a possible fire from the monitoring center to the point where the warning came. increasingly confirm whether the fire is a real fire required. Building evacuation, often by detecting false alarms not done. This process habit is in the building/facility managers. cause drowsiness, late response to subsequent fire warnings or No intervention is made. This negativity is accompanied by loss of life and property. In small-scale buildings/facilities, there is usually no responsible person at night. only the siren is sounding in case of a possible fire alarm warning It is not interfered with by anyone. Before this situation some electronic devices in today's technology to pass the fire only fire alarm information mobile application by adding to the alarm system It is communicated with software or users are notified as SMS.

In this case, especially at night, in case of warning, the user should go to the fire warning point. must come and confirm the correctness of the warning. or available You can connect the cameras one by one by connecting to the camera system over the internet. It confirms whether there is a fire by examining it. This process is fire it instantly wastes the most valuable time.

When the patent search is done, the patent number TR 2018/17805 is determined. However, in the patent text "in traffic accident cases" information about the post-accident condition of the driver and the vehicle. an emergency that automatically informs the designated institutions and persons. related to the communication device. Thanks to the emergency communication device, a traffic depending on the feedback received by the driver as a result of the accident or if there is no feedback from the driver, after the accident institutions such as emergency aid teams, police, fire brigade and/or the driver's Automatically communicate with previously determined contacts installation and vital functions such as the heartbeat of the driver and the vehicle's ambient conditions such as temperature or the amount of smoke around the vehicle. by determining the data related to these institutions and/or individuals. informing about the accident location together with the data is provided. In this way, in case of serious accident, emergency crews to respond to the accident quickly and consciously It is said that the risk of possible death is minimized by providing

The following features are not mentioned in the said patent.

A- From a feature related to building/facility fire alarm (1) systems is not mentioned.

B- If available in the vehicle, live camera images (24) There is no mention of sending it to the relevant parties.

Monitoring and Early Warning System of Fire Alarm Panels subject to patent with the working mechanism of our invention and the innovation it brings, known situation.

Brief Description of the Invention Regardless of the brand and model, all types of fire alarm panels (1), from alarm (2), fault (3) and Loop zone and address information output port (4) the received status data is sent to a server (10) with a reasure data modem (9). sending, incoming data management and reporting software (12) to the fire department (11) at the same time with the responsible persons defined through voice call management (13), mobile application software (14), OTP SMS (15) It is sent to the responsible persons by message and e-mail (16) and based on the address of the detector (22) that detects the fire in time Indication of the fire location on the building/facility architectural plan (23) and the closest camera in the current CCTV system (24) by showing the image to the responsible persons, Intervention in a very short time by confirming the fire without going to the scene is to ensure.

Detailed Description of the Invention Fire alarm carried out to achieve the objectives of this invention The visuals of the monitoring and early warning system are shown in the attached figures. shown.

From these figures; Figure-1 is the general view of the subject of the invention.

Monitoring and early warning of fire alarm panels (1) which are the subject of the invention The parts that make up the system are as follows in the attached figures. are numbered: 1- Fire alarm panel 2- Alarm 3- Failure 4- Loop zone and address information output port (r5232, rs485, usb, canbus, modbus, printer etc.) - Ethernet 6- Wifi 7- GSM 8- RF LoRaWan 9- Reasure Data Modem - Presenter 11- Fire Station 12- Management and Reporting software 13- Voice Call management 14- Mobile application software - DTP SMS 16- Sending e-mail 17- Panel Battery 18- Reasure Data Modem Battery 19- Mains Energy - Reasure Data Modem Input port 21- RF LoRaWan receiver 22- Detector 23- Building/facility Architectural Plan 24- Live Camera View The design of the fire alarm panels (1), which is the subject of the invention, protection and especially to ensure the safety of life and property of users. is designed.

Alarm (2) and fault (3) as standard in fire alarm panels (1) There are output contacts. These contacts are connected to the reasure data modem (9). alarm (2) and fault (3) are connected to output contact 30 inputs.

The panel that provides power in case of power cuts of the fire alarm panels (1) There are batteries (17). This battery output is connected to the reasure data modem (9). The reasure data modem battery (18) is connected to the monitoring input. Again one lead from the mains supply input of the fire alarm panel (1) It is connected to the status input of the network (19) of the reasure data modem (9).

Loop zone and address information output, if any, on the fire alarm panel (1) port (4) to the reasure data modem input port (9) of the reasure data modem (20) is connected.

Loop zone and address information output port on the fire alarm panel (1). (4) known communication technology (R5232, RS485, MODBUS, CANBUS, USB, PRINTER) can be any of the communication methods.

Reasure data modem (9) does not use these communication methods or protocols. integrated and fully compatible with all of them. Each of the fire alarm panel (1) In this case, it can instantly receive the digital data it produces and sends it to the reporting software (12).

Reasure data modem (9) input port, Ethernet (5), Wifi (6), GSM (7), RF LoRaWAN (8) instantly measures the signal levels and informs the users. shows. Backup with the system's communication method order by technicians or by looking at these signal levels. automatically by the reasure data modem (9) input port. determines.

If RF LoRaWan (8) technology will be used in the system, the building/facility appropriate number of RF LoRaWan receivers (21) according to their physical conditions is used. This unit has one or more reasure data by receiving the signals from the modem (9) over the Internet and sends it to the reporting software (12).

Fire alarm with activation of the Reasure data modem (9) In case of a possible alarm (2) or malfunction (3) notification from the panel (1), The incoming information is sent to 5 servers (10) via the reasure data modem (9). transmitted. Management and reporting software (12) on the server (10) classifies and interprets incoming information, and management and reporting voice call (13) to users defined in the software (12), mobile application software (14), OTP SMS (15) sent by message and e-mail (16) users are informed within a maximum of 10 seconds.

Except for alarm (2), fault (3) information, the reasure data modem (9) is certain. fire alarm panel (1) at intervals, the latest status information for management and sends it to the reporting software (12). This information is the mains energy (19) level is the fire panel battery (17) energy level and low-level states are detected by management and reporting software (12). by interpreting the levels are reported to the users. Thus, Users can find out how the fire alarm systems are, whether they are working or not. does not work, whether there is any alarm (2), fault (3) information. can see instantly.

Fire in the data coming to the management and reporting software (12) the alarm panel (1) has all the status information. Management and reporting software (12) classifies and interprets this information. Loop zone and address of alarm (2) and fault (3) in the building/facility. information output port (4) is shown in full. This feature is managed and the building/facility architectural plan defined in the reporting software (12) (23) can be defined and visuality can be given. Closed circuit in building/facility management and reporting of all cameras (24) of the camera system in a possible state change by defining to the software (12) (Alarm/fault) live security camera (24) images to those responsible is displayed online.

At the same time, the address information, contact information and geography of the building/facility Coordinates of the fire department are defined to the management and reporting software (12). The shortest route to the building/facility (11) is also automatically is displayed as.

After the incoming voice call (13) for informational purposes, users can use DTMF Confirmation after incoming mobile application (14) notification with phone key signal With the key, after the incoming OTP SMS (15) message, an SMS confirmation message is sent again. can confirm the status information. Management and reporting software (12) fire defined according to this consent given by the user can start or stop the scenario.

The information, which is the basic component of the system, is stored in the reasure data modem (9). Mains energy (19) is cut off and the fire alarm panel (1) Even if the reasure data modem battery (18) is dead sends the information to the users as a warning.

Also with central management and reporting software (12) status data from buildings/facilities are stored and users can be reported and analyzed by the able to make decisions.

The ultimate benefit of the invention is "to provide users with the brand and with all the data of the fire alarm panel (1) regardless of the model the alarm point and the nearest location on the building/facility architectural plan (23). the camera (24) image to the fire department (11) instantly with the building supervisors. Confirmation of the fire with its detection at the earliest stage by giving notice It is seen that it increases the safety of life and property with its “feature”.

The invention has been described as simply monitoring fire alarm systems. It can also be used on devices with features similar to media monitoring. indicated to be applicable.

Around this basic concept, the subject of the invention is fire alarm panels (1). It is possible to develop a wide variety of applications for cannot be limited to the examples described, mainly as specified in the claims.

Claims (4)

REQUESTS 1. The subject of the invention is a monitoring and early warning system for fire alarm panels, and its feature is; It can be integrated in all known fire alarm panels (1) regardless of brand and model, and that the alarm (2) and fault (3) that occur in the fire alarm panels (1) can be accessed from both mobile phones (14) and server (10) Loop zone and address information (4). ) from the reporting and management software working on it (12) on the architectural plan of the building/facility (23) to the responsible persons, and simultaneously showing the closest camera image (24) in the closed circuit camera system in the building/facility to the responsible persons to locate the fire without physically going to the fire point. and it is characterized by ensuring that the fire is verified. 2. It is a fire alarm panels monitoring and early warning system according to claim 1, its feature is; Loop zone and address information output port (4) communication technology is characterized by choosing at least one of RSZ32, RS485, Modbus, Canbus, Usb, Printer communication methods. 3. It is a fire alarm panels monitoring and early warning system according to claim 1, its feature is; It is characterized by the fact that it contains management and reporting software (12) that allows sending e-mail (6) as well as voice call (13) and OTP SMS (15) messages to defined users within a maximum of 10 seconds. 4. It is a fire alarm panels monitoring and early warning system according to claim 1, its feature is; Management and reporting that informs the users who have defined the mains energy (19) level and fire panel battery (17) energy level, and whose interruption or low level conditions are defined, by sending an e-mail (6) as well as a voice call (13) and OTP SMS (15) messages. It is characterized by the fact that it contains the software (12).