KR101122695B1 - System and alarm method for ship monitoring using fire alarm apparatus - Google Patents

Abstract

PURPOSE: A ship alarm monitoring system and method are provided to confirm alarm event generation by using a portable terminal without restriction of the movement and place of a user. CONSTITUTION: A ship alarm monitoring system comprises a sensing unit(100), a fire-warning device(200), a control server(300), an operator server(400), and a portable terminal(10). The control server analyzes a sensing signal detected in a ship and creates an abnormal event signal in case the sensing signal exceeds reference threshold. The operator server parses the abnormal event signal and creates emergency signal event occurrence information. The operator server processes the emergency signal event occurrence information as wireless data for electrical transmission. The fire-warning device relays two-way communications between the operator server and the portable terminal through a plurality of fire sensors including a base station. The portable terminal indicates the emergency signal event occurrence information.

Description

Ship alarm monitoring system and method using fire alarm system {SYSTEM AND ALARM METHOD FOR SHIP MONITORING USING FIRE ALARM APPARATUS}

The present invention relates to a ship alarm monitoring system and method using a fire alarm device. In particular, the present invention relates to a portable ship alarm monitoring system and method using a wireless repeater combined fire alarm device.

In general, the existing ship alarm monitoring system is installed in the bridge and control room where the operator terminal and the control terminal direct the navigation through the network, and an extended alarm system for the event situation is installed in public places and major navigator and technician cabins.

 The control terminal includes pressure sensor, temperature sensor, level sensor, flow sensor, cycle / accessory, generator / switchboard, fire and fire extinguishing system, CCTV, pump / motor, boiler, cargo ship and water treatment system for overall monitoring of the vessel. And, the control terminal is configured to be confirmed by the operator by processing the data input from each connected equipment to the operator terminal.

In addition, the existing ship / alarm monitoring system is equipped with an extension alarm system and a speaker having a watch function only in a limited place for minimizing ship operation for the purpose of space and cost reduction, and equipment providing only major alarms in the engine room. It is becoming.

However, the existing ship alarm monitoring system has a limitation in coping with the alarm situation of the ship because it cannot deliver the alarm situation quickly and in detail in a situation having a complicated internal and shielding structure such as a large ship.

For example, in the engine room, due to structural shielding and noise, the personnel (workers) may not recognize the alarm only by the existing equipment, and even if the alarm is recognized, detailed alarm causes and details may not be known. There is a downside to doing this.

In addition, in the cabin, a simple alarm can be accessed through the speaker, but the person associated with the alarm is moving, or in an area without an alarm device, the alarm situation is not recognized and detailed information such as the cause of the alarm is impossible.

 Therefore, in order to check the detailed cause of the alarm, the personnel in charge should go to the bridge and control room to check the information. There is a problem that the ability to cope with the emergency situation is reduced because the alarm situation information is not confirmed.

An embodiment of the present invention is to provide a portable ship alarm monitoring system using a wireless repeater combined fire alarm device and its alarm method.

According to an aspect of the present invention, the ship alarm monitoring system comprises a control server for analyzing the sensing signal sensed by the vessel to generate an abnormal event signal when the reference threshold is exceeded; An operator server for parsing the abnormal event signal to generate alarm event occurrence information, and processing the generated alarm event occurrence information as wireless data for transmission; A fire alarm apparatus for relaying bidirectional communication between the operator server and the mobile terminal through a plurality of fire detectors including a base station; And a portable terminal displaying the alarm event occurrence information received through the fire detector.

In addition, the fire alarm device includes a communication module for connecting the communication with the control server; A communication relay unit for transmitting downlink radio data received from the control server to the fire detector distributed in the ship and transmitting uplink radio data received from the fire detector to an operator server; A fire monitoring processor configured to process a sensing signal received from the fire detector and transmit a fire event signal including a fire detection position to the control server through a communication module; And a multi cable connecting the communication relay unit and the fire detector.

In addition, the fire detector is a fire detection sensor configured in the case; And a base station formed in a longitudinal direction and having an antenna for supporting wireless communication of the portable terminal and an coupling member coupled to and separated from the base of the fire detector at an end thereof.

The multi cable may include a fire monitoring cable connected to the fire detection sensor and transmitting a sensing signal; A network cable connected to the base station to support wireless communication of the portable terminal; And it may include a jacket for protecting the fire monitoring cable and the network cable in the form of wrapping from the outside.

The alarm event occurrence information may include at least one of a cause (event code) of the alarm event, a sensor value, an occurrence time, a generation position, a current situation, a processing result, and a person in charge (phone number) associated with the alarm event.

The control server may further include: a detection signal collection unit configured to collect at least one of a sensing signal and driving information from sensors and devices installed in the ship; A controller configured to determine whether an alarm event is generated by comparing at least one of the sensation signal and driving information with a preset reference threshold value; A storage unit which stores data generated by driving of the control server; And a communication unit connected to each of the fire alarm device and the operator server and transferring data between the operator server and the portable terminal.

The operator server may further include a transceiver configured to receive the alarm event information from the control server and to transmit the alarm event occurrence information to the control server; Alarm event generation information is generated by graphicizing the alarm event information, and an event processing unit which processes and transmits the alarm event occurrence information as data for wireless communication to display information synchronized with the information displayed on the operator server on the portable terminal. ; And a central controller configured to set a threshold reference for determining whether the alarm event has occurred in the control server.

In addition, the event processing unit has a phone number table of the relevant person to be matched for each alarm event occurrence code, and selectively transmits the alarm event generation information to the mobile terminal of the predetermined person in charge according to the alarm event step (risk) and type Can be.

In addition, the portable terminal includes a client program that is activated upon receiving the alarm event occurrence information and visually and audibly expresses an alarm condition. The client program includes a corresponding manual to be taken by the person in charge for the cause of the alarm event, and recorded. Additional data on at least one of the previous responses may be provided.

On the other hand, according to another aspect of the present invention, a method for providing a ship alarm monitoring using a fire alarm device having a wireless relay function, the ship alarm monitoring system,

a) analyzing, by the control server, a sensing signal detected by the vessel and generating an abnormal event signal and informing the operator server when the threshold value is exceeded; b) an operator server parsing an abnormal event signal transmitted from the control server to generate alarm event occurrence information, and processing the wireless event data for transmission to the fire alarm device; c) transmitting, by the fire alarm device, the alarm event occurrence information to the portable terminal through a plurality of fire detectors including a base station; And d) displaying, by the portable terminal, the alarm event occurrence information as the graphic information.

In addition, the step b), by analyzing the alarm event information to identify at least one of the cause of the alarm event, sensor value, the time of occurrence, location, and the person in charge (phone number) associated with the alarm event graphically processed alarm event Generating occurrence information; And including the real-time processing status and processing result updated for the alarm event in the alarm event occurrence information.

In addition, step b) may selectively transmit the alarm event occurrence information to the person in charge associated with the alarm event.

According to an embodiment of the present invention, a person in charge can check the occurrence of an alarm event using a mobile terminal without restriction on movement and place of the user, and the person in charge can urgently check the detailed information and the situation information of the entire ship in real time. Can respond quickly to situations.

In addition, when constructing a wireless communication network, it is possible to cover the entire ship having a complex shield structure by applying a wireless communication technology using a fire detector installed in the entire area of the ship without installing a separate wireless relay base station. Minimize administrative costs.

1 is a network diagram of a portable ship monitoring system according to an embodiment of the present invention.
2 is a block diagram showing a detailed configuration of a portable ship alarm monitoring system according to an embodiment of the present invention.
3 is a bottom view showing the structure of a fire detector according to an embodiment of the present invention.
4 is a cross-sectional view showing the structure of a multi-cable according to an embodiment of the present invention.
5 illustrates a state in which alarm event occurrence information is displayed on a mobile terminal according to an embodiment of the present invention.
6 is a flowchart illustrating a portable vessel alarm method using a wireless repeater combined fire detector according to an embodiment of the present invention.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. In the drawings, parts irrelevant to the description are omitted in order to clearly describe the present invention, and like reference numerals designate like parts throughout the specification.

Throughout the specification, when a part is said to "include" a certain component, it means that it can further include other components, without excluding other components unless specifically stated otherwise. In addition, the terms “… unit”, “… unit”, “module”, etc. described in the specification mean a unit that processes at least one function or operation, which may be implemented by hardware or software or a combination of hardware and software. have.

Now, a portable ship alarm monitoring system and method using a wireless repeater combined fire detector according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a network diagram of a portable ship monitoring system according to an embodiment of the present invention.

Referring to FIG. 1, the portable ship alarm monitoring system according to an exemplary embodiment of the present invention may include a detector 100, a fire alarm device 200, a control server 300, an operator server 400, and a portable terminal 10. ).

The detector 100 transmits a sensing signal (driving information) measured or generated by various sensors / specific equipment distributed in a ship according to a purpose to the control server 300 periodically or aperiodically.

The fire alarm device 200 transmits a fire occurrence sensing signal received through a fire detector 240 distributed in a vessel to detect a fire to the control server 300.

In particular, the fire alarm apparatus 200 according to the embodiment of the present invention further includes a network device (eg, a router) for relaying wireless communication to exclude installation of additional wireless communication facility equipment in the ship, and distributed in the ship. The installed fire detector 240 has a base station (access point) connected to the network device to build a wireless communication network in the ship.

In general, a wireless communication network may be constructed on a ship, but in order to do so, additional network devices and an additional base station (AP) need to be installed. However, in order to build a wireless communication network in a ship having a complex engine structure of a large engine room and a shielded unit area such as a large ship, it requires expensive installation and operation costs. In addition, there is a problem in that the cable installation is not easy because the nature of the ship should not puncture or damage the wall.

Therefore, according to the embodiment of the present invention, by using the fire alarm device 200 that is operating in the existing vessels can establish a wireless network at a minimum cost to perform the real-time vessel alarm and monitoring function through the mobile terminal 10 There is an advantage to that.

The control server 300 is connected to the fire alarm device 200 and the operator server 400 and processes the sensing signal transmitted from the detection unit 100, and when the abnormal event signal is confirmed, the confirmed abnormal event signal is transmitted to the operator server ( 400). In addition, the control server 300 serves to transmit the alarm event generation information transmitted from the operator server 400 to the mobile terminal 10 through the fire alarm apparatus 200 combined with the wireless relay. Here, the alarm event occurrence information includes at least one of a cause (event code), a sensor value, a time of occurrence, a location, a current situation, a processing result, a person in charge (phone number) associated with the alarm event.

The operator server 400 manages the information on the overall operation of the ship, parses the abnormal event signal received from the control server 300, and displays the graphic event for the operator to check the alarm event occurrence information. And, it serves to transmit the graphic alarm event generation information to the mobile terminal 10 carried by the crew through the control server 300.

The portable terminal 10 is a user terminal including a modem for supporting wireless communication through a base station (AP) of the fire detector 240. For example, a smart phone, a mobile phone, a portable multimedia player (PMP), a PDA ( Personal Digital Assistants). The portable terminal 10 receives the graphically generated alarm event occurrence information from the operator server 400, and preferably installs a client program for displaying in detail the alarm event occurrence information delivered in real time in synchronization with the operator server 400. Do.

On the other hand, with reference to Figure 2 will be described in detail each configuration of the portable vessel alarm monitoring system according to an embodiment of the present invention.

2 is a block diagram showing a detailed configuration of a portable ship alarm monitoring system according to an embodiment of the present invention.

2, the sensing unit 100 according to the embodiment of the present invention is a pressure sensor 110, temperature sensor 120, level sensor 130, generator 140, switchboard 150, CCTV 160 and the like.

The pressure sensor 110 measures the pressure of various pipes and equipment installed on the vessel, the temperature sensor 120 measures the temperature of the various pipes and equipment installed on the vessel, the level sensor 130 of the various tanks installed on the vessel Measures the height or level of the flow rate and serves to deliver to the control server (300).

Generator 140 is a power generation equipment for supplying electricity to the vessel to generate the drive information for power supply, the switchboard 150 serves to distribute the electricity produced in the generator 140 to smoothly supply in the vessel. .

Closed circuit television (CCTV) 160 serves to process the image signal taken in real time through a closed circuit surveillance camera (CCD Camera) distributed for the visual monitoring in the vessel to deliver to the control server 300.

In addition, the sensing unit 100 may further include devices such as various sensors as well as cycle / view monitoring, pump / motor monitoring, etc. according to the use thereof, and the sensing information and driving state information may be transferred to the control server 300. Although this may be provided, the detailed description is omitted since it is general content at the service provider level even if not specifically mentioned.

The fire alarm device 200 includes a communication module 210, a fire monitoring processor 220, a communication relay unit 230, a fire detector 240 and a multi-cable 250, in the system form of the existing sensor network The wireless communication network has a combined structure.

The communication module 210 transmits a sensing signal detected by the fire detector 240 to the control server 300, and transmits wireless data received through the control server 300 to the communication relay unit 230. Play a role.

The fire monitoring processor 220 processes the sensing signal received from the fire detector 240 and transmits the fire event information including the fire detection position to the communication module 210.

The communication relay unit 230 is a network device for relaying wireless communication between the operator server 400 and the mobile terminal 10. The fire detector 240 may transmit data (eg, alarm event occurrence information) received from the operator server 400. Is transmitted to the mobile terminal 10 through the base station (AP) provided in the). To this end, the communication relay unit 230 transmits the downlink wireless data received from the control server 300 to the fire detector 240 installed in the ship, and transmits the uplink wireless data received from the fire detector 240 to the control server 300. ) Has the function to pass.

The fire detector 240 includes a base station (AP) 242 additionally coupled to a fire detection sensor 241 that is generally configured in a case attached to a ceiling or a wall, the structure of which will be described with reference to FIG. 3 below. .

3 is a bottom view showing the structure of a fire detector according to an embodiment of the present invention.

Referring to FIG. 3, the fire detector 240 according to the embodiment of the present invention has a built-in fire detection sensor 241 and shows a state in which a base station is coupled to a base of the fire detector.

Base station 242 is formed in the longitudinal direction has a mounting structure that can be easily coupled and detached to the base (base) 243 of the fire detector 240, is provided with an RJ-45 connection connector at the end and a coupling member such as a screw It can be installed simply by using. At this time, the terminal (Terminal) of the fire detector 240 is provided with an RJ-45 terminal to connect the network cable for ship alarm monitoring device.

Here, while the fire detection sensor 241 is a consumable having a predetermined usage period, the base 243 can be used permanently without requiring replacement, and a plurality of fire detectors 240 are spaced apart in the same space. In this case, the base station 242 may be selectively installed on one base, thereby improving user convenience.

On the other hand, Figure 4 is a cross-sectional view showing the structure of a multi-cable according to an embodiment of the present invention.

Referring to FIG. 4, the multi-cable 250 according to an exemplary embodiment of the present invention is connected to a fire detection sensor 241 to transmit a sensing signal (Loop Signal Cable) 251, the base station 242 It is connected to the network cable 252 to support the wireless communication of the user portable terminal 10 and the fire monitoring cable 251 and the outer shell 253 to protect the network cable 252 in the form of an external wrap.

As pointed out earlier, in order to install communication equipment on a ship, there was a problem in that it was difficult and costly to separately install a communication cable.

However, according to the exemplary embodiment of the present invention, since the multi cable 250 is laid using the fire monitoring cable 251 line of the existing fire alarm device 200 as it is, two equipments are installed at the same time without installing a separate communication cable. By operating, it has the effect of solving the above problems and minimizing the installation and operation costs.

In addition, due to the nature of a ship sailing independently on the high seas, the prevention of fire is essential, and since a sensor network for detecting a fire inside the ship is closely formed, it is possible to use a base station 242 coupled to a fire detector 240 to perform a complicated Due to the internal structure, it is possible to cover all the shaded areas where communication shielding occurs.

Meanwhile, the control server 300 includes a detection signal collector 310, a controller 320, a storage 330, and a communication unit 340.

The sensing signal collecting unit 310 collects the periodic / aperiodic sensing signal from the sensing unit 100 and transmits the sensing signal to the control unit 320.

The controller 320 processes and stores the transmitted sensing signal as usable data, and determines whether an alarm event is generated by comparing with a preset reference threshold. And, it transmits the confirmed abnormal event signal to the operator server (400). According to the technical concept of the present invention, the controller 320 may generate and transmit the current state value diagnosed based on the sensing signal as well as the abnormal event signal to the operator server 400. It is obvious to those skilled in the art in light of this.

The storage unit 330 stores various programs for driving the control server 300, and stores data processed and generated according to the driving of the control server 300.

The communication unit 340 is connected to the fire alarm device 200 and the operator server 400 having a wireless relay function to transfer two-way data communication between the operator server 400 and the mobile terminal 10.

The operator server 400 includes a transceiver 410, an event processor 420, and a central controller 430.

The transceiver 410 receives the alarm event information diagnosed by communicating with the control server 300, and transmits the alarm event occurrence information to the portable terminal 10.

The event processing unit 420 analyzes the received alarm event to determine at least one of a cause (event code), a sensor value, an occurrence time, a location, a current situation, a processing result, and a person in charge (phone number) associated with the alarm event. Alarm event occurrence information is generated by graphically and graphically displaying the information and displayed on the screen for the operator to check. In addition, the generated alarm event generation information is transmitted to the portable terminal 10 of the person in charge through the wireless communication network provided in the fire alarm device 200. In this case, the event processing unit 420 may process and transmit data as wireless communication data so that the same information as the information displayed on the operator server 400 may be delivered to the mobile terminal 10 in real time.

In addition, the event processing unit 420 may transmit the alarm event generation information to all personnel in the vessel or to the portable terminal 10 of the person in charge associated with the preset alarm event stage (risk) and type. That is, the event processor 420 may have a phone number table of a person in charge who matches each alarm event occurrence code, and may selectively transmit alarm event occurrence information to a person in charge according to a specific alarm event occurrence. Thus, in the case of a low-risk minor alarm event, the alarm event is delivered to all people, thereby preventing the alarm event occurrence information from being spammed.

The central control unit 430 sets threshold criteria for determining whether an alarm event is received from the control server 300. At this time, the control input is possible through the GUI (Graphical user interface) for setting the operation threshold of each device for the normal operation of the vessel or the reference threshold for each environment.

In the above description, the control server 300 and the operator server 400 mentioned only essential components for the implementation of the present invention, but are not limited thereto. The configuration of the general server and its peripheral devices may be combined. In addition, the control server and the operator server 400 has been described as a structure that interoperates with each other, it may be designed to integrate and operate the function in one operator server.

5 illustrates a state in which alarm event occurrence information is displayed on a portable terminal according to an embodiment of the present invention.

Referring to FIG. 5, the portable terminal 10 according to an exemplary embodiment of the present invention graphically displays the ship's equipment status and alarms according to the alarm event occurrence information received from the operator server 400.

The portable terminal 10 displays various equipment and sensor values, alarm events, and the like in the ship using a client program as shown in FIG. 5. The client program is an application developed according to the OS based on the characteristics of the mobile terminal 10, and the touch screen method is applied. The client program is configured to be identical to the screen displayed on the operator server 400.

In addition, the portable terminal 10 displays synchronized information in real time whenever the alarm event occurrence information is updated in the event processing unit 420 of the operator server 400. At this time, the client program of the mobile terminal 10 additionally provides data such as a response manual (manual), a recorded previous response case, etc. to be taken by the person in charge for each occurrence of the alarm event, so that the person in charge of the event is smoothly in the event situation. You can also guide them to cope. At this time, the additional data may be stored in the mobile terminal 10 or downloaded from the operator server 400.

On the other hand, Figure 6 is a flow chart illustrating a portable vessel alarm method using a wireless repeater fire detector according to an embodiment of the present invention.

Referring to FIG. 6, the control server 300 collects sensing signals (driving information) periodically / aperiodically from a specific sensor and a device of the sensing unit 100 (S101). In addition, the control server 300 determines that an alarm event has occurred when the collected sensing signal value is exceeded by comparing with a preset reference threshold value (S102), and transmits the alarm event to the operator server 400 to notify the user (S103). .

The operator server 400 analyzes the alarm event transmitted from the control server 300 to grasp the cause of the alarm event, the sensor value, the occurrence time, and the location of occurrence of the alarm event (S104), and graphically generate the alarm event occurrence information. (S105). At this time, the operator server 400 may further include at least one information of the real-time processing situation, processing result and the person in charge (phone number) associated with the alarm event in the alarm event generation information. The operator server 400 processes the generated alarm event occurrence information as wired / wireless data (S106) and transmits the generated fire event device 200 to the fire alarm apparatus 200 through the control server 300 (S107).

The fire alarm apparatus 200 transmits the alarm event occurrence information to the communication relay unit 230, and the communication relay unit 230 transmits the received alarm event occurrence information to the base station (AP) provided in the fire detector 240. In step S108, the mobile station 10 transmits the person in charge to the mobile terminal 10 of the person in charge.

When the mobile terminal 10 receives the alarm event occurrence information (S109), the associated client program is automatically activated to express and notify the alarm situation visually and acoustically (S110). Then, the portable terminal 10 displays the received alarm event occurrence information on the screen as graphical information (S111).

In addition, the mobile terminal 10 provides a corresponding manual to be taken by the corresponding person for each occurrence cause of the alarm event according to the user's input request (S112).

Thereafter, whenever the alarm event occurrence information is updated, the portable terminal 10 may repeat the steps S105 to S111 to display the synchronized event status information in real time.

As described above, according to an embodiment of the present invention, the person in charge can check the occurrence of an alarm event using a mobile terminal without restriction on the movement and place of the user, and thus the person in charge can check the detailed information and the situation information of the entire ship in real time. Has the effect of quickly responding to emergencies.

In addition, when constructing a wireless communication network, it is possible to cover the entire ship having a complex shield structure by applying a wireless communication technology using a fire detector installed in the entire area of the ship without installing a separate wireless relay base station. It can be expected to minimize the administrative costs.

Although the embodiments of the present invention have been described above, the present invention is not limited to the above-described embodiments, and various other modifications and extensions are possible.

For example, in the embodiment of the present invention illustrated in FIG. 6, the communication relay unit 230 transmits the alarm event occurrence information to the mobile terminal 10 through the base station 242 in step S108, but is not limited thereto. In addition, the person in charge may transmit the work acceptance, work progress step, and work completion status through the portable terminal 10 to the operator server 400 through the fire alarm device 200 supporting wireless communication.

Then, the operator server 400 updates the operation personnel information, the current response situation and the processing result for the alarm event in the alarm event occurrence information, and displays them to the operator and transmits them to the mobile terminal 10 at the same time, the relevant personnel. The response status and processing results can be checked in real time. In addition, the operator server 400 records and stores the data from the occurrence of the alarm event to the completion of processing, and may be used as reference data corresponding to the occurrence of the same situation, and may be used to evaluate the duties of the corresponding personnel in response to the alarm event situation. have.

Therefore, not only the alarm event occurrence and its detailed information can be delivered to the person in charge, but also the user's response and processing can be shared in real time through bidirectional communication, thereby providing a more active response to the alarm event. .

In addition, the above-described embodiment of the present invention has been described as an alarm system for a ship, but the present invention is not limited thereto, and there is an advantage that the ship, as well as a building, a factory and all facilities to which a fire monitoring system is applied, can be expanded and applied.

In addition, the combination of the fire detector and the base station (AP) in the embodiment of the present invention is not limited to the portable vessel alarm monitoring system, and for the computer network system, wireless telephone, voice / video call depending on the purpose of installation in the vessel There is an advantage that can be applied to a mobile communication system.

Embodiments of the present invention are not implemented only through the above-described apparatus and / or method, but may be implemented through a program for realizing a function corresponding to the configuration of the embodiments of the present invention, a recording medium on which the program is recorded, and the like. Such implementations may be readily implemented by those skilled in the art from the description of the above-described embodiments.

Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

10: portable terminal 100: detector 200: fire alarm device
210: communication module 220: fire monitoring processor 230: communication relay unit
240: fire detector 241: fire detection sensor 242: base station (AP)
300: control server 310: detection signal collection unit 320: control unit
330: storage unit 340 communication unit 400: operator server 410: transceiver unit 420: event processing unit 430: central control unit

Claims (12)

A control server analyzing the sensing signal detected by the ship and generating an abnormal event signal when the reference threshold is exceeded;
An operator server for parsing the abnormal event signal to generate alarm event occurrence information, and processing the generated alarm event occurrence information as wireless data for transmission;
A fire alarm apparatus for relaying bidirectional communication between the operator server and the mobile terminal through a plurality of fire detectors including a base station; And
A mobile terminal displaying the alarm event occurrence information received through the fire detector
Ship alarm monitoring system comprising a. The method of claim 1,
The fire alarm device,
A communication module for connecting communication with the control server;
A communication relay unit for transmitting downlink radio data received from the control server to the fire detector distributed in the ship and transmitting uplink radio data received from the fire detector to an operator server;
A fire monitoring processor configured to process a sensing signal received from the fire detector and transmit a fire event signal including a fire detection position to the control server through a communication module; And
Multi cable connecting the communication relay unit and the fire detector
Ship alarm monitoring system comprising a. The method according to claim 1 or 2,
The fire detector,
A fire detection sensor configured in the case; And
Base station formed in the longitudinal direction and having an antenna for supporting wireless communication of the mobile terminal and a coupling member coupled to and separated from the base of the fire detector at the end
Ship alarm monitoring system comprising a. The method of claim 3, wherein
The multi cable,
A fire monitoring cable connected to the fire detection sensor and transmitting a sensing signal;
A network cable connected to the base station to support wireless communication of the portable terminal; And
Outer sheath to protect the fire monitoring cable and the network cable from the outside
Ship alarm monitoring system comprising a. The method of claim 1,
Alarm event occurrence information,
A ship alarm monitoring system comprising at least one of a cause (event code), a sensor value, an occurrence time, a location, a current situation, a processing result, and a person in charge (phone number) associated with an alarm event. The method of claim 1,
The control server,
A detection signal collection unit collecting at least one of a sensing signal and driving information from a sensor and an apparatus installed in the ship;
A controller configured to determine whether an alarm event is generated by comparing at least one of the sensation signal and driving information with a preset reference threshold value;
A storage unit which stores data generated by driving of the control server; And
A communication unit connected to the fire alarm device and the operator server, respectively, to transfer data between the operator server and the portable terminal;
Ship alarm monitoring system comprising a. The method according to claim 6,
The operator server,
A transceiver for receiving the alarm event information from the control server and transmitting the alarm event occurrence information to the control server accordingly;
Alarm event generation information is generated by graphicizing the alarm event information, and an event processing unit which processes and transmits the alarm event occurrence information as data for wireless communication to display information synchronized with the information displayed on the operator server on the portable terminal. ; And
Central control unit for setting a threshold reference for determining whether the alarm event occurs in the control server
Ship alarm monitoring system comprising a. The method of claim 7, wherein
The event processing unit,
Ship having a telephone number table of the relevant person to be matched for each alarm event generation code, and selectively transmits the alarm event generation information to the mobile terminal of the predetermined person in accordance with the alarm event stage (risk) and type Alarm monitoring system. The method of claim 1,
The mobile terminal,
The client program is activated when receiving the alarm event occurrence information, and includes a client program for visually and audibly expressing an alarm situation.
The client program is a ship alarm monitoring system, characterized in that additionally providing at least one data of the response manual to be taken by the person in charge for the occurrence of the alarm event, the recorded previous response case. In the ship alarm monitoring system providing a fire alarm monitoring using a fire alarm device having a wireless relay function,
a) analyzing, by the control server, a sensing signal detected by the vessel and generating an abnormal event signal and informing the operator server when the threshold value is exceeded;
b) an operator server parsing an abnormal event signal transmitted from the control server to generate alarm event occurrence information, and processing the wireless event data for transmission to the fire alarm device;
c) transmitting, by the fire alarm device, the alarm event occurrence information to the portable terminal through a plurality of fire detectors including a base station; And
d) displaying the alarm event occurrence information received by the portable terminal as graphic information;
Shipping alarm monitoring method comprising a. The method of claim 10,
The step b)
Analyzing the alarm event information to identify at least one of a cause of an alarm event, a sensor value, an occurrence time, a location, and a person in charge (phone number) associated with the alarm event to generate graphic event information; And
Including the real-time processing status and processing result updated for the alarm event in the alarm event occurrence information
Ship alarm monitoring method comprising a. The method of claim 10,
The step b)
Vessel alarm monitoring method characterized in that for selectively transmitting the alarm event occurrence information to the person in charge associated with the alarm event.

Images