KR101673768B1 - Immersion detection alarms and alarm systems - Google Patents

Abstract

The present invention relates to an alarm device for a flooding detection and an alarm system, capable of preventing damage due to a flooding by installing sensors and a warning light on a region containing a parking lot, a boiler room and a transformer room, or a facility, and helping a manager take a measure for a flooding situation. The alarm system comprises: the sensor which checks whether the region containing the parking lot, the boiler room and the transformer room, or the facility is flooded or not; and the warning light which warns that the flooding occurs in a surrounding area by means of data transmitted from the sensor, and transmits data signals to the manager such that the manager understands a flooding area. When the flooding occurs, due to an alarm of the warning light installed in the facility containing each water tank room (a high tank, a tank, a drain tank and others) and major flooding areas such as the parking lot, the boiler room, the transformer room and the like, the manager can rapidly take a measure such that an efficient management is possible. In addition, through an integrated monitoring from a building control management receiving screen through the existing and new situation rooms, a rapid measure for a currently flooding situation by means of management can be taken, such that a safe management can be maintained.

Description

[0001] Immersion detection alarms and alarm systems [

The present invention relates to a flood detection alarm and an alarm system, and more particularly, to a flood detection alarm and an alarm system, in which a sensor and a warning light are installed in an area including a parking lot, a boiler room, And to an inundation detection alarm and an alarm system so as to cope with situations.

Contemporary society is experiencing rapid environmental changes due to the global warming phenomenon and the El Niño phenomenon where the temperature is rising due to the increase of emissions of pollutants such as carbon dioxide due to industrialization and industrialization and destruction of forests. There are frequent occurrences of meteoric storms. Current weather forecasting systems that monitor these weather forecasts are forecasted for a wide range of areas through meteorological satellites, but detailed weather information is not transmitted for local places, so that the preparation remains unprotected.

For example, when a person falls asleep at a certain time in a certain area, if the weather event occurs due to heavy weather, the management office receives the first weather report from the central control agency and delivers it again. Could not make a comparison at all. In addition, since the central control agency provides only the weather information of the current time, and the weather information is also provided for the comprehensive area, the actual disaster for the local weather change that may occur at a specific place as described above It has not been very effective in prevention.

That is, in the conventional alarm system, information is first collected from an information collection agency related to a disaster (for example, the National Land Management Administration, the Korea Meteorological Administration, the flood control station, the Korea Electric Power Corporation, the Water Resources Corporation, the Gas Safety Corporation, or other public or private observation stations) do. The collected information is communicated to the disaster alert organization (for example, the Central Disaster Response Headquarters and the Local Government Disaster Response Headquarters).

Such a disaster alarm issuing organization shall collectively judge the collected information and issue disaster alarm if necessary. At this time, the conventional alarm system uses a public switched telephone network (PSTN) to notify a press agency, that is, a press agency such as a broadcasting station or a newspaper. Press agencies, for example, broadcast these alerts to residents through radio or TV. In addition, disaster alarms are provided to the relevant agencies such as the fire department, emergency rescue team, civilian control station, police station, Red Cross Society, construction safety management headquarters, etc. to establish countermeasures against direct disaster against the disaster through telephone network. do. In the anti-counterfeiting agency, the disaster alert is sent directly to the disaster area. On the other hand, the disaster warning is also transmitted to the receiving station of the unit area (for example, the same receiving station). The Dongban headquarters directs disaster alert by calling the town's broadcasting, sirens or residents directly. Eventually, the residents will receive a disaster alert by telephone, siren, or manual phone call.

Therefore, there is a limit to the delivery of the disaster alert because the person must make a direct telephone call. It lacks speed. In addition, disaster alarms may not be delivered to those who can not transmit alarm signals by air waves, homes without TV receivers, and those who can only make wireless calls at the time of issuance. Therefore, it is uncertain whether disaster warning is delivered or not, and damage such as human life can be increased due to disaster.

In addition, flooding occurs in the machine room and the water tank room due to overflow of water due to equipment failure in the water tank room in the building.

Recently, in order to remedy these problems, immersion alarm system is installed in the flooded area, but flooding sensor + alarm system + communication device + installation structure is unified in the case of conventional immersion alarm system. In addition, there is a problem in that it is not enough to accommodate various demands of the user because of the simple configuration of the system.

Korean Registered Patent No. 10-1343903 (issued on December 26, 2013)

In order to solve the above-mentioned problems, the present invention is to provide a flood detection alarm and an alarm system that can prevent damages due to inundation by providing a water tank room installed underground and a sensor and a warning light together at a main place .

Further, according to the present invention, if the flooding occurs, the surrounding management operator can efficiently manage the water tank room (high water tank, water tank, drain tank, etc.) And to provide a flood detection alarm and an alarm system that can keep a safe management by taking prompt measures against the flood detection alarm.

In order to attain the above object, a flooding detection alarm system according to the present invention comprises: a sensor for checking whether flooding occurs in an area or a facility including a parking lot, a boiler room, and a substation; And a beacon lamp for transmitting a data signal to the manager so as to grasp the flooded area by applying a data signal to the controller, in addition to the fact that inundation has occurred around the sensor by the data applied through the sensor.

The sensor of the present invention and the warning light are formed integrally.

The warning light of the present invention forms a base panel for attaching a warning light to an area or a facility and constitutes a controller for sensing and analyzing a signal applied from the sensor so as to warn that flooding has occurred, And a lamp including a battery at an upper portion of the base panel so as to warn that a flood has occurred by generating light by a signal applied from the controller.

The flooding detection alarm system according to the present invention comprises: a sensor for checking whether flooding occurs in an area or a facility including a parking lot, a boiler room, and a substation; A beacon light for transmitting a data signal so that a flood area is generated around data by the sensor, and a data signal is applied to an administrator to grasp the flood area; A transceiver for receiving and transmitting data applied by the beacon; A main controller connected to the transceiver by wire to analyze a data signal and transmit the analyzed data signal to an administrator; And a management center for recognizing whether flooding has occurred in the area or the facility based on the data signal applied from the main controller and responding to the situation.

The controller unit of the present invention includes: a power supply unit for supplying commercial power; A sensor unit for detecting whether flooding occurs in an area or a facility including a parking lot, a boiler room, and a substation; A microcomputer for controlling reception of a data signal applied through the sensor unit and transmission of the received signal, and controlling driving of a beacon; And a transmitter for transmitting data to the transmitting / receiving device under the control of the microcomputer so that the manager can grasp the flooded area or the flooded facilities.

The main controller of the present invention comprises: a case; A button including a start, a stop, a menu, confirmation and an up, down, left, and light for controlling a sensor and the like on the front of the case; And a display unit for displaying a current state of the button on one side of the button.

The present invention is directed to a system and method for controlling floods in a flooded main area including a water tank room (an elevated tank, a water tank, a drain tank, etc.) and a parking lot, a boiler room, In addition, through the integrated monitoring through the building control management reception screen through the existing and the new construction situation room, it is possible to maintain the safe management by taking quick measures by the control of the current flooded situation.

Brief Description of the Drawings Fig. 1 is a block diagram showing the configuration of a flood detection alarm according to the present invention. Fig.
Fig. 2 is a block diagram showing a configuration of a controller of the alarm of Fig. 1; Fig.
3 is a view showing a configuration of a flood detection alarm system according to the present invention.
Fig. 4 is a configuration diagram showing the main controller of Fig. 3; Fig.

While the invention is susceptible to various modifications and alternative forms, specific embodiments thereof are shown by way of example in the drawings and will herein be described in detail.

It should be understood, however, that the invention is not intended to be limited to the particular embodiments, but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.

Like reference numerals are used for similar elements in describing each drawing. The terms first, second, etc. may be used to describe various components, but the components are not limited by the terms. The terms are used only for the purpose of distinguishing one component from another.

For example, the term "and / or" includes any combination of a plurality of related listed items or any of a plurality of related listed items.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs.

Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the meaning in the context of the relevant art and are to be construed as ideal or overly formal in meaning unless explicitly defined in the present application Should not.

The specific terminology used in the following description is provided to aid understanding of the present invention, and the use of such specific terminology may be changed into other forms without departing from the technical idea of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the structure of an acupuncture detection alarm and an alarm system according to the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a configuration diagram showing a configuration of a flood detection alarm according to the present invention, and FIG. 2 is a configuration diagram showing a configuration of a controller of the alarm of FIG.

Referring to FIGS. 1 and 2, the present invention includes a sensor 100 for checking whether flooding occurs in an area or a facility including a parking lot, a boiler room, and a substation, And a beacon (200) for transmitting a data signal to the manager so as to grasp the flooded area by applying a data signal to the manager.

As shown in the figure, the sensor 100 is installed in an area or a facility including a parking lot, a boiler room, and a substation so that flooding may occur. The installation of the sensor can be fixed using a normal bolt, a piece, or the like, and fixed through a separate fixing member.

A connection line is provided between the sensor 100 and the beacon light 200 so that the sensor 100 can check and apply a data signal to the beacon light 200. [

The beacon light 200 may constitute a base panel 210 to be attached to an area or a facility including a parking lot, a boiler room, and a substation, and a warning may be given to the upper part of the base panel 210 that flooding has occurred A controller 220 for sensing and analyzing a signal applied from the sensor 100 is installed to generate a light by a signal applied from the controller 220, And a lamp 230 installed on the upper portion of the base panel.

The controller unit 220 includes a power supply unit 221 for supplying power from either a power source or a battery power source; A microcomputer 222 for controlling the driving of the beacon light 200 by controlling the reception of the data signal applied through the sensor 100 and the transmission of the received signal; And a transmitting unit 223 for receiving data to be transmitted to the transmitting / receiving apparatus under the control of the microcomputer 222 so that the administrator can grasp the flooded area or the flooded facilities.

The flood detection alarm device according to the present invention configured as described above senses this by the installed sensor 100 when a large amount of water flows into an area or a facility including a parking lot, a boiler room, and a substation.

The sensor unit 100 senses the data and applies a data signal to the controller unit 220 of the beacon light 200. The controller unit 220 receives a large amount The controller 230 recognizes that water is flowing into the base panel 210, and the lamp 230 installed on the base panel 210 is powered by applying power.

By driving the lamp 230, it is possible to inform the surrounding area that the flood is occurring in the area or facility where the sensor 100 is currently installed, so that the flood control can be performed.

The operation of the flooding detection alarm according to the present invention configured as described above will be described with reference to the manager through the flooding detection alarm system shown in FIG.

3 is a view illustrating a configuration of a flood detection alarm system according to the present invention.

Referring to FIG. 3, the flooding detection alarm system according to the present invention includes a sensor 100 for checking whether flooding occurs in a region or a facility, (200) for transmitting a data signal so that a data signal can be applied to the manager to grasp the flooded area, a transceiver (300) for receiving and transmitting data applied from the beacon (200) A main controller 400 connected to the transceiver 300 by wire to analyze a data signal and transmit the analyzed data signal to an administrator; And a management center 500 for detecting whether or not flooding has occurred in the facilities and coping with the situation therefrom.

The beacon light 200 includes a base panel 210 for attaching a beacon to an area or facility including a parking lot, a boiler room, and a substation, A controller unit 220 for detecting and analyzing an applied signal is installed on the upper part of the base panel 210 and a light is generated by a signal applied from the controller unit 220, A lamp 230 including a battery is installed on the upper part of the base panel and a back cover 240 coupled to an upper part of the base panel on which the lamp 230 is installed.

The controller unit 220 supplies power from either a commercial power source or a battery power source to the power source unit and controls the reception of the data signal applied through the sensor 100 and the transmission of the received signal and the driving of the beacon light 200 And a transmission unit 223 for controlling the microcomputer 222 and transmitting data to the transmission / reception device under the control of the microcomputer 222 so that the administrator can grasp the flooded area or the flooded facilities.

The main controller 400 controls the display and setting of all data (analog input value, analog output value, digital input state, digital output state) (system setting, analog input setting, analog output setting, digital input setting, Internal memory setting), and control all functions by setting the required logic number.

The main controller 400 includes a case and a plurality of buttons 410 on the front face of the case. The button 410 includes a start button, a stop button, a menu button, an OK button, an up button, a down button, a left button L and a right button R.

The button 410 allows to manipulate data movement, setting, and the like during a user interface.

A display unit 411 is installed on one side of the plurality of buttons 410 so that the current status can be confirmed by a manager and a power status and a communication status of the main controller 400 are confirmed on the display unit 411 A power indicator 412 and a communication status indicator 413 are provided.

A power supply connection terminal 414 is provided at a lower end of the case front and a program (development source program, graphic data, operation data, etc.) is installed in the main controller 400 at one side of the power connection terminal 414 A data input port 415 for diagnosing an internal failure, and a communication port 416 for monitoring and controlling by the upper main controller 400 or connecting a communication line for communication between modules The RS-232C port is used for monitoring and controlling by the upper unit, and the RS-485C port is used for connection between modules Respectively.

In the RS-485C port, channel 1 is a terminal for communication between main units, and channel 2 is a terminal for communication between lower I / O modules.

The external connection port 417 is provided at one side of the communication port 416 and the external connection port 417 is connected to the portable notebook PC or the tablet PC, Port, and a program for connecting to the LAN port is installed in the main controller 400.

A unit status indicator 418 is provided on one side of the external connection port 417 to monitor the status of the main controller 400. The unit status indicator 418 indicates a state of normal operation of the main controller And allows the user to confirm that the logic program is operating normally.

According to the present invention configured as described above, a warning light 200 is installed in an area or a facility including a parking lot, a boiler room, and a transformer room, and the installed warning light and the sensor 100 are electrically connected to check whether flooding has occurred.

A rechargeable battery is installed in the beacon light 200 or a normal commercial power is supplied to the beacon 200 to supply necessary power to the sensor 100, the lamp 230, and the controller unit 220.

When the flooding occurs in the area or the facility with the sensor 100 and the beacon 200 installed, the sensor 100 checks the flooded area and applies the data signal to the beacon 200, Receiving unit 220 under the control of the microcomputer 222 of the control unit 220 and transmits the data signal checked by the sensor to the transmitting / receiving unit 300 through the transmitting unit 223.

The data signal applied to the transceiver 300 is applied to the main controller 400 and converted to a data signal so as to provide the management center 500 with information about which facility in the current area is flooded.

The transceiver 300 applies the converted data signal to the management center 500 to check whether the flooding has occurred or which flood has occurred in which area, and at the same time, can cope with the flooded area or the facility .

For example, when water is flooded in a water tank room including a high-priced water tank, a water tank, and a drain tank, or when a water overflows in an expensive water tank, a water storage tank, and a drain tank due to a failure of a valve, At the same time, the warning light 200 notifies the alarm and simultaneously transmits the data signal to the management center 500 via the transmission / reception device 300 and the main controller 400, so that the management center 500 confirms the alarm signal, So that it can cope with the situation.

As described above, for example, it is not limited to the area or facilities in which flooding may occur, and there is an advantage that it is possible to store the water or install the water in the area where the water is moved to grasp the situation of the leakage.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, It will be understood that various modifications and changes may be made thereto without departing from the spirit and scope of the invention.

100: sensor 200: warning light
210: Base panel 220: Controller section
221: Power source 222: Microcomputer
223: Transmitting section 230: Lamp
240: back cover 300: transceiver
400: Main controller 410: Button
411: Display unit 412: Power indicator
413: Communication status indicator 414: Power connection terminal
415: data input port 416: communication port
417: External connection port 418: Unit status indicator
500: Administration Center

Claims (8)

delete delete delete delete A flooded detection alarm system comprising:
A sensor 100 for checking whether flooding occurs in an area or a facility including a parking lot, a boiler room, and a substation; A warning light (200) for warning that flooding has occurred around the sensor (100) due to data applied thereto, and for transmitting a data signal to a manager so as to grasp the flooded area by applying a data signal; A transceiver 300 for receiving and transmitting data from the beacon 200; A main controller 400 connected to the transceiver 300 by wire to analyze a data signal and transmit the analyzed data signal to an administrator; And a management center (500) for detecting whether flooding has occurred in the area or the facility by the data signal applied from the main controller (400) and coping with the situation according to the flooding,
The main controller 400 includes: a case; The front face of the case is provided with various functions such as start, stop, menu, confirmation, up, down, left, light (L) R; < / RTI > And a display unit 411 for displaying the current status of the button 410 on one side thereof,
Wherein the case is provided with a data input port for installing data in the main controller or for diagnosing an internal fault, an external connection port used for test driving of the data of the main controller, And a status indicator for indicating the status of the water immersion detection alarm system.
6. The method of claim 5,
The beacon light (200)
A base panel 210 is formed so that a warning light can be attached to an area or a facility including a parking lot, a boiler room, and a substation,
(220) for sensing and analyzing signals applied from the sensor (100) so as to warn that flooding has occurred,
And a lamp 230 having a battery at the upper part of the base panel 210 so as to generate a light according to a signal applied from the controller 220 to warn that flooding has occurred Flood detection alarm system.
The method of claim 6, wherein
The controller unit 220
A power supply unit 221 for supplying either a commercial power supply or a battery power supply;
A microcomputer 222 which controls reception of a data signal applied through the sensor 100 and transmission of a received signal and driving of a beacon;
A transmission unit 223 under control of the microcomputer 222 to transmit data to the transmission / reception device so that the administrator can grasp the flooded area or the flooded facilities;
Wherein the water immersion detection alarm system comprises: delete

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