WO2014157973A1

WO2014157973A1 - Remote alarm system for dangerous article container using wireless communication unit for mobile communication network

Info

Publication number: WO2014157973A1
Application number: PCT/KR2014/002638
Authority: WO
Inventors: 이정율
Original assignee: 주식회사 우원이엔지
Priority date: 2013-03-28
Filing date: 2014-03-28
Publication date: 2014-10-02
Also published as: KR101278142B1

Abstract

The present invention relates to a remote alarm system for a dangerous article container using a wireless communication unit for a mobile communication network and, more specifically, to a remote alarm system for a dangerous article, which notifies the National Emergency Management Agency and a designated person in charge of a dangerous article outflow accident, power cut-off or fire using the mobile communication network by automatically receiving power from a battery for emergency power when the dangerous article outflow accident, power cut-off or fire occurs, prevents the concealment of the outflow accident and the spread of the fire through the notification, enables notification of a current status so as to safely manage the dangerous article and to quickly respond to emergency situations by using a plurality of detection sensors.

Description

Remote alarm system for dangerous goods storage box using wireless communication unit for mobile communication network

The present invention relates to a remote alarm system for a dangerous goods storage box using a wireless communication unit for a mobile communication network, and more particularly, to notify the disaster prevention agency and a designated person by using a mobile communication network automatically in case of a dangerous goods leakage accident, and in advance, conceal operation of leakage accident through this. The present invention relates to a remote alarm system for a dangerous goods storage box using a wireless communication unit for a mobile communication network that can prevent a problem, and manages dangerous goods safely using a plurality of sensors and informs the current situation so as to respond quickly in an emergency situation.

Due to the complex living conditions of modern society, common living facilities, plant production facilities, and dangerous facilities are inevitably distributed in specific areas, and living facilities such as electric power, communication, gas, district heating, and water supply and drainage facilities are underground. There is a trend to be installed in a batch.

In particular, as the above-mentioned buildings store and handle various kinds of dangerous goods and are very important social facilities, when a disaster occurs, it is expected that enormous scale of damage will spread to the whole society. Due to the excessive retention of moisture and dust, change of various air flows, and, above all, lack of easy access to the site, it was difficult to expect the efficiency of maintenance work.

In order to solve this problem, we have designed an alarm processing system that uses detection sensors for fire, gas leakage monitoring, and invasion alarms in buildings, etc. It was.

Therefore, in the present invention, when the dangerous goods leakage accident or power cut off or fire occurs, the power is automatically supplied from the emergency power battery and informed to the disaster prevention agency and the designated person by using a mobile communication network to prevent the leakage operation and the spread of fire in advance. In addition, a number of sensors have been used to safely manage dangerous goods and promptly respond to emergencies so that the current situation can be proposed.

The first object of the present invention is to automatically receive power from the emergency power battery in the event of a dangerous goods leakage accident or power off or fire to notify the disaster prevention agency and the designated person using a mobile communication network.

A second object of the present invention is to inform the disaster prevention agency and designated person in charge of the current situation so as to prevent the concealment operation of the dangerous goods spill accident in advance.

The third object of the present invention is to inform the current situation so that dangerous goods can be safely managed using a plurality of detection sensors and quickly responded to an emergency situation.

Technical solution of the present invention for achieving the above object is as follows.

That is, a power type determination unit that determines whether the AC power is supplied and provides the determination result value to the power selection unit, and when the determination result value is AC power, charges the emergency power battery and supplies the power required for the system, and the determination result. If the value is not AC power supply, the power selection providing unit for providing power from the emergency power battery, environmental sensing means for detecting the environmental state, device sensing means for detecting the fan state and the door open state, environmental state information And a first memory unit for storing environmental sensing reference value information for comparison with the first memory unit, and comparing the environmental sensing reference value information stored in the first memory unit with the detected environmental state information to provide the corresponding information to the display unit when the reference value is out of the reference value. Detection value determination unit, a second memory unit storing remote address and disaster prevention agency address information, remote management server and mobile communication Outputs the detected value information and the replacement request information on the screen by communicating with the storage box information management means and the storage box information management means configured to include the wireless communication unit 180 for the mobile communication network which provides the detection value information and the replacement request information using the trust network. It is a remote alarm system for dangerous goods storage box using a wireless communication unit for a mobile communication network configured to include a remote management server.

In case of dangerous spills, power cuts or fires, power is automatically supplied from emergency power batteries to inform disaster prevention agencies and designated personnel using mobile communication networks.

In addition, it is effective to prevent the operation of concealment of dangerous goods spill accident by informing the current situation to the disaster prevention agency and designated personnel.

In addition, there is an effect of informing the current situation to safely manage the dangerous goods using a plurality of detection sensors and to quickly cope with emergencies.

1 is an overall configuration diagram of a remote alarm system for dangerous goods storage box using a wireless communication unit for a mobile communication network according to an embodiment of the present invention.

Figure 2 is a block diagram of the storage box information management means of the remote alarm system for dangerous goods box using a wireless communication unit for a mobile communication network according to an embodiment of the present invention.

3 is a block diagram of a remote alarm system for a dangerous goods storage box using a wireless communication unit for a mobile communication network according to an embodiment of the present invention.

Power type determination unit that determines whether AC power is supplied and provides the determination result value to the power selection unit.

A power selection provider for charging an emergency power battery and supplying power to the system when the determination result value is AC power, and providing power from the emergency power battery if the determination result value is not AC power supply;

Environmental sensing means for detecting environmental conditions,

Device detecting means for detecting a fan state and a door open state,

A first memory unit for storing environmental detection reference value information for comparison with environmental state information;

A detection value determination unit for comparing the environmental detection reference value information stored in the first memory unit with the detected environmental state information and providing the corresponding information to the display unit when the reference value is out of the reference value;

A second memory unit for storing remote address and disaster prevention agency address information;

Storage information management means comprising a wireless communication unit 180 for a mobile communication network to provide detection value information, replacement request information using a remote management server and a mobile communication network,

It is a remote alarm system for a dangerous goods storage box using a wireless communication unit for a mobile communication network configured to include a remote management server for communicating the storage information management means to output the detected value information, replacement request information on the screen.

The above solution will be described in more detail with reference to the accompanying drawings so that those skilled in the art can implement.

1 is an overall configuration diagram of a remote alarm system for a dangerous goods storage box using a wireless communication unit for a mobile communication network according to an embodiment of the present invention.

As shown in Figure 1, the system of the present invention outputs the detection value information, replacement request information obtained from the storage box information management means 100 and the storage box information management means for managing the environmental state and equipment state of the storage box on the screen. The remote management server 200 is configured to include.

Therefore, the first purpose of automatically providing the corresponding information to the disaster prevention agency and designated personnel in the event of a spill of dangerous goods so that immediate action can be taken and thereby the second purpose of preventing the concealment operation of the spill accident in advance.

2 is a block diagram of the storage box information management means of the remote alarm system for dangerous goods box using the wireless communication unit for a mobile communication network according to an embodiment of the present invention.

As shown in FIG. 2, the storage box information management means 100 determines whether the AC power is supplied and provides a power type determination unit 110 to provide a determination result value to the power selection unit, and the determination result value is AC power. In the case of charging the emergency power battery and supply the power required for the system, and if the determination result value is not AC power supply power supply providing unit 120 to provide power to the system from the emergency power battery, and detecting the environmental conditions An environmental sensing means 130 for sensing, a device sensing means for sensing a fan state and a door opening state, a first memory unit 150 for storing environmental sensing reference value information for comparing with environmental status information; A detection value determination unit 160 for comparing the environmental detection reference value information stored in the first memory unit with the detected environmental state information and providing the corresponding information to the display unit when the reference value is out of the reference value; And a second memory unit 170 for storing the remote address and the disaster prevention agency address information, and a wireless communication unit 180 for the mobile communication network providing the detection value information and the replacement request information using the remote management server and the mobile communication network. do.

The power type determination unit 110 determines whether the power supplied is commercial power because power must be supplied to various devices to manage the storage box.

That is, it is determined whether the AC power supply to provide the determination result value to the power selection unit.

In other words, it is necessary to check the presence of AC power supply because it causes serious problems when AC power is cut off.

Specifically, when the power is not supplied to the power supply selector to immediately signal that the power supply is stopped.

In addition, the outlet is removed to conceal the leakage of the toxic substances stored in the dangerous goods storage box, the power is supplied to the emergency power battery is concealed operation itself is impossible.

In this case, when the determination result value is AC power, the power selection providing unit 120 charges the emergency power battery normally, and simultaneously supplies power required for the system.

On the other hand, when a signal indicating that the power supply has been stopped (if the determination result is not the AC power supply) to provide power to the system from an emergency power battery (not shown).

The environmental sensing means 130 is to detect toxic substances, and includes a toxic substance detection sensor 131 for detecting toxic substances, a flammable substance detection sensor 132 for detecting flammable substances, The information detected from the sensors is defined as environmental status information.

Examples of sensors that detect toxic substances include PH sensors, DO sensors, and ORP sensors. Sensors that detect flammable substances include CO sensors, flame detectors, and gas detectors.

In addition, the temperature sensor 133 is installed and configured to be installed inside and outside the storage box, and compares the temperature value and the set temperature value detected by the temperature sensor configured to be installed inside and outside the storage box than the set temperature value If it is high, it is determined as a fire, and constitutes a fire analysis unit 134 for analyzing whether the stored internal or external fire.

The set temperature value (reference value) is stored in the first memory unit.

For example, the analysis of the fire analysis unit is to analyze the temperature difference between the inside and outside of the storage box, and to determine whether the internal or external fire by analyzing it because the temperature of the internal and external fire is different.

That is, when the internal fire rises faster than the outside temperature, and when the external fire rises at the same time, the internal temperature rises a little later by the fan, so it is analyzed to determine whether it is an internal fire or an external fire.

Alternatively, when the CO ₂ sensor and the 0 ₂ sensor are configured, the detection value of the CO ₂ sensor increases, and when the detection value of the 0 ₂ sensor decreases, the external fire may be determined.

The device detecting means 140 detects a fan state and a door open state, and specifically, a fan state means RPM, voltage, current, etc., and configures a door open sensor to check the door open.

To this end, the device detecting means 140,

Wind direction sensor 141 for detecting the wind speed generated by the operation of the fan formed inside the storage box,

A filter replacement determination unit 142 for generating a filter replacement request signal when the wind direction speed detected by the wind direction sensor and the threshold wind direction speed value are lower than the threshold wind direction speed value;

Door open detection sensor 143 for detecting whether the door is open of the storage box.

As shown in FIG. 3, the wind direction sensor 141 is installed around the fan formed in the storage box, thereby sensing the wind direction of the fan.

In this case, the filter replacement determination unit 142 compares the wind direction speed detected by the wind direction sensor with the threshold wind direction speed value, and generates a filter replacement request signal when it is lower than the threshold wind direction speed value.

The threshold wind direction velocity value is stored in the first memory unit.

For example, an antibacterial filter is installed around the fan to filter foreign substances, and an antibacterial filter is installed to remove reagent harmful substances.

At this time, if foreign matters are accumulated in the filter, if the usual wind direction speed is 100km, the corresponding speed will inevitably drop, and if the threshold wind direction speed value is 50km, the filter replacement request signal will be generated. Output to the display can be reminded, at the same time to be provided to the remote management server.

In addition, it is configured to include a door open sensor 143 for detecting whether the door is open of the storage box will inform the corresponding information when the door is open.

Meanwhile, the first memory unit 150 stores environmental sensing reference value information for comparing with environmental state information.

In this case, the detection value determination unit 160 compares the environmental detection reference value information stored in the first memory unit with the detected environmental state information to provide the corresponding information to the display unit when the reference value is out of the reference value.

That is, when the toxic substance detection sensor 131 is configured to store the reference value information for each toxic substance, and when it is out of the corresponding reference value is to inform it.

In the case of configuring the temperature sensor, for example, if the temperature is set to 25 degrees to 28 degrees, it is determined whether the value is exceeded or under, and the corresponding information is displayed on the screen when the temperature is exceeded or under.

In addition, the remote address and the disaster prevention agency address information is stored in the second memory unit 170 to provide the corresponding detection value information to the remote management server configured in the disaster prevention office or the remote place in real time.

In this case, the wireless communication unit 180 for the mobile communication network provides the detection value information and the replacement request information.

The mobile communication network means, for example, WCDMA or CDMA, through which fire occurrence information, leakage accident occurrence information, power cutoff information, etc. are transmitted to a remote site to notify an emergency occurrence.

The reason for using a mobile communication network in the present invention is that when using a general network network is not remote control in case of power failure.

However, when using a mobile communication network, even in case of emergency power, the final remote control through the emergency power battery is possible.

The reason why the first memory unit and the second memory unit are separately configured is to independently manage the remote information and the environmental information, so that the data can be rapidly processed in a matter of seconds in the event of a leak of dangerous goods. .

The remote management server 200 is in communication with the storage box information management means to output the detected value information, replacement request information on the screen.

That is, the detection values detected from the various detection sensors can be output on the screen even in normal times, and if necessary, a management program can be mounted to output only in an emergency.

By the configuration and operation as described above, it provides the effect of informing the disaster prevention agency and the designated person by using the mobile communication network automatically receives power from the emergency power battery in the event of accidental leakage of dangerous goods or power off or fire.

Although the present invention has been described with reference to the above embodiments, the present invention may be variously implemented within the scope not departing from the technical idea of the present invention, and it will be obvious that the contents are included in the rights of the present invention.

It is applicable to the industrial field managing dangerous goods storage box by using the wireless communication unit for mobile communication network, and it is possible to promptly deal with the accident by notifying the person in charge of the disaster prevention agency in case of fire.

Claims

In the remote alarm system for dangerous goods storage box using a wireless communication unit for mobile communication network,

A power type determination unit 110 that determines whether AC power is supplied and provides a determination result value to a power selection unit 110;

A power selection providing unit 120 for charging an emergency power battery when the determination result value is AC power and supplying power required for the system, and providing power from the emergency power battery when the determination result value is not AC power supply;

Environmental sensing means 130 for detecting environmental conditions,

Device detecting means 140 for detecting a fan state and the door open state,

A first memory unit 150 for storing environmental detection reference value information for comparison with environmental state information;

A detection value determination unit 160 for comparing the environmental detection reference value information stored in the first memory unit with the detected environmental state information and providing the corresponding information to the display unit when the reference value is out of the reference value;

A second memory unit 170 storing remote address and disaster prevention agency address information;

A storage box information management means (100) comprising a wireless communication unit (180) for a mobile communication network providing sensing value information and replacement request information using a remote management server and a mobile communication network;

Remote management system for dangerous goods using the wireless communication unit for a mobile communication network configured to communicate with the storage information management means for outputting the detected value information, replacement request information on the screen.
The method of claim 1,

The environmental sensing means 130,

Toxic substance detection sensor 131 for detecting toxic substances,

Remote alarm system for dangerous goods storage box using a wireless communication unit for a mobile communication network, characterized in that it comprises a flammable material detection sensor for detecting a flammable material.
The method of claim 1,

The environmental sensing means 130,

Toxic substance detection sensor 131 for detecting toxic substances,

Flammable substance detection sensor 132 for detecting a flammable substance,

Temperature sensor 133 is installed inside and outside the storage box,

Compared with the temperature value detected by the temperature sensor and the set temperature value is determined to be a fire when it is higher than the set temperature value, and includes a fire analysis unit 134 for analyzing whether the stored internal or external fire. Remote alarm system for dangerous goods storage box using a wireless communication unit for mobile communication network.
The method of claim 1,

The device detecting means 140,

Wind direction sensor 141 for detecting the wind speed generated by the operation of the fan formed inside the storage box,

A filter replacement determination unit 142 for generating a filter replacement request signal when the wind direction speed detected by the wind direction sensor is compared with the usual wind direction speed value, and is lower than the normal wind direction speed value,

Remote alarm system for dangerous goods storage box using a wireless communication unit for mobile communication network, characterized in that it comprises a door open sensor (143) for detecting whether the door of the storage box open.
The method of claim 2 or 3,

As the toxic substance detection sensor 131,

One or more of the PH sensor, DO sensor, ORP sensor,

As the flammable substance detection sensor 132,

Remote alarm system for dangerous goods storage box using a wireless communication unit for mobile communication network, characterized in that any one or more of the CO sensor, flame detector, gas detector.