KR100999353B1 - Method of observing environmental pollution transportation by environmental pollution management server - Google Patents

Abstract

The environmental pollutant transport method monitoring method of the environmental pollutant management server according to the present invention, the database of recording one or more environmental pollutant transport means and duty route corresponding to each of the one or more environmental pollutant transport means. Maintaining; Tracking a movement path of each environmental pollutant transport means; Comparing the tracked movement path of each environmental pollutant transporter with the mandatory path of each environmental pollutant transporter recorded in the database; And when the movement path of the first environmental pollutant transport means deviates from the first mandatory path corresponding to the first environmental pollutant transport means, the first environmental pollutant transport means is the first mandatory path. Remote control to return.

Environmental pollutants, environmental hazards, industrial wastes, chemicals, hazardous substances, vehicles, vehicles, remote control

Description

Monitoring method of environmental pollutant transport method of environmental pollutant management server {METHOD OF OBSERVING ENVIRONMENTAL POLLUTION TRANSPORTATION BY ENVIRONMENTAL POLLUTION MANAGEMENT SERVER}

The present invention relates to a method for monitoring environmental pollutant transport means of the environmental pollutant management server, and more specifically, to track in real time the movement path of the environmental pollutant transport means and the movement path is assigned to the environmental pollutant transport means. When the departure from the mandatory path, the environmental pollutant transport means to monitor the environmental pollutant transport means of the environmental pollutant management server to remotely control to return to the mandatory path.

As the industry develops, various pollutants are dealt with, and such pollutants are transported through various means. Therefore, the risk of environmental pollutant accidents that occur during transportation is likely to increase with the development of the industry. There is a risk that damage from environmental pollutant transport accidents can cause secondary damage to many unspecified unrelated accidents, in addition to direct human and property damage. The damage can be caused by large lives, property damage, and environmental pollution. For example, human life damage caused by the release of toxic gas, explosion of dangerous substances, human life due to fire, property damage and pollution of soils, rivers and reservoirs of oil and harmful chemicals.

According to the statistics of the National Emergency Management Agency, in 2007, 8.1% of accidents related to dangerous goods occurred in mobile storage facilities, and 4.4% of accidents occurred during transportation. Since 12 of 13 mobile tank accidents were caused by traffic accidents, consequently, when combined with 7 accidents in transit, 19 cases accounted for the highest proportion of accidents in unauthorized facilities. Can be.

In Korea, the transport of such environmental pollutants is supervised by the High Pressure Gas Safety Management Act, the Traffic Safety Act, the Industrial Safety and Health Act, the Dangerous Goods Safety Management Act, the Hazardous Chemicals Control Act, the Maritime Safety Act, and the Nuclear Power Act. In this shortage, only the management system is dealt with, and the prevention and countermeasures for actual accidents are largely insufficient.

Accordingly, there is a demand for the development of a system capable of more effectively managing and supervising thorough management and supervision of environmental pollutant transportation means.

The present invention has been made to improve the prior art as described above, when the movement path of the environmental pollutant transport means in real time and the movement path deviates from the mandatory route assigned to the environmental pollutant transport means, the environment It is an object of the present invention to provide a method for monitoring environmental pollutant transport means of the environmental pollutant management server to remotely control the pollutant transport means to return to the mandatory path.

In addition, the present invention is to install a communication terminal on the environmental pollutant transport means and when the environmental pollutant transport means deviates from the mandatory path through the communication terminal or the mobile communication terminal of the driver of the environmental pollutant transport means It is an object of the present invention to provide a method for monitoring environmental pollutant transport means of an environmental pollutant management server that can induce a return of a mandatory path remotely by sending a return message to a driver of a pollutant transport means.

In addition, the present invention is to install the operation control terminal in the environmental pollutant transport means and control the operation of the environmental pollutant transport means through the operation control terminal when the environmental pollutant transport means deviates from the mandatory path Accordingly, an object of the present invention is to provide a method for monitoring environmental pollutant transport means of the environmental pollutant management server, which can prevent environmental pollutant accidents in advance.

In addition, the present invention, if the environmental pollutant transport means continues to deviate from the mandatory path to the discharge of the mandatory path information of the environmental pollutant transport means to the server of the relevant authority corresponding to the current location of the environmental pollutant transport means The purpose of the present invention is to provide a method for monitoring environmental pollutant transportation of the environmental pollutant management server, which enables a remote response to environmental pollutant accidents more quickly.

In addition, the present invention transmits a mandatory path return message through the communication terminal or the mobile communication terminal of the driver when the departure degree of the environmental pollutant transport means is within the selected range, and the departure degree is the above range It is an object of the present invention to provide a method for monitoring environmental pollutant transport means of an environmental pollutant management server, which enables a flexible and quick response to environmental pollutant accidents by controlling the operation stop of the environmental pollutant transport means through an operation control terminal. It is done.

In order to achieve the above object and solve the problems of the prior art, the environmental pollutant transport means monitoring method of the environmental pollutant management server according to the present invention, one or more environmental pollutant transport means and each of the one or more environmental pollutant transport means Maintaining a database in which a duty route corresponding to the record is recorded; Tracking a movement path of each environmental pollutant transport means; Comparing the tracked movement path of each environmental pollutant transporter with the mandatory path of each environmental pollutant transporter recorded in the database; And when the movement path of the first environmental pollutant transport means deviates from the first mandatory path corresponding to the first environmental pollutant transport means, the first environmental pollutant transport means is the first mandatory path. Remote control to return.

In addition, in the environmental pollutant transport vehicle monitoring method of the environmental pollutant management server according to the present invention, the database includes a transport information table, the transport information table transport corresponding to each of the at least one environmental pollutant transport means Means information, environmental pollutant information, transport route information, operation time information, and the current location information, any one or more, wherein the transport route information is predetermined for each of the environmental pollutant transport means Characterized in that it comprises a.

In addition, in the environmental pollutant transport monitoring method of the environmental pollutant management server according to the present invention, the transport route information includes any one or more of departure point information, waypoint information, and destination information, the operation time information is a departure And at least one of time information, departure time information, arrival time information, and arrival time information.

In addition, in the environmental pollutant transport vehicle monitoring method of the environmental pollutant management server according to the present invention, the at least one environmental pollutant transport means is characterized in that the GPS (Global Positioning System) terminal is mounted.

In addition, in the environmental pollutant transport vehicle monitoring method of the environmental pollutant management server according to the present invention, the one or more environmental pollutant transport means and the environmental pollutant management server through a satellite communication network, a mobile communication network or a wireless Internet network Each of the connected communication terminals is mounted, and when the movement path of the first environmental pollutant transport means deviates from the first mandatory path corresponding to the first environmental pollutant transport means, the first environmental pollutant transport is carried out. Remotely controlling the means to return to the first medical route comprises transmitting a message to the communication terminal of the first environmental pollutant transporter to induce the return of the first medical route. do.

Further, in the environmental pollutant transport means monitoring method of the environmental pollutant management server according to the present invention, the comparison result is a first duty that the movement path of the first environmental pollutant transport means corresponding to the first environmental pollutant transport means The remote control to return the first environmental pollutant transporter to the first medical path when the vehicle is out of the path may include controlling a call connection with a mobile communication terminal of the driver of the first environmental pollutant transporter. Characterized in that it comprises a.

In addition, in the environmental pollutant transport vehicle monitoring method of the environmental pollutant management server according to the present invention, the one or more environmental pollutant transport means is equipped with a driving control terminal capable of remote control of the operation of each environmental pollutant transport means The first environmental pollutant transport means when the movement path of the first environmental pollutant transport means deviated from the first mandatory path corresponding to the first environmental pollutant transport means, the comparison result Remote control to return to, characterized in that it comprises the step of controlling the operation stop of the first environmental pollutant transport means via the operation control terminal mounted on the first environmental pollutant transport means.

Further, in the environmental pollutant transport means monitoring method of the environmental pollutant management server according to the present invention, the comparison result is a first duty that the movement path of the first environmental pollutant transport means corresponding to the first environmental pollutant transport means The remote control to return the first environmental pollutant transporter to the first medical path when the vehicle is out of the path includes: tracking a current position of the first environmental pollutant transporter; And providing obligatory path departure information of the first environmental pollutant transport means to a server of a related authority corresponding to the tracked current location.

In addition, in the environmental pollutant transport vehicle monitoring method of the environmental pollutant management server according to the present invention, the one or more environmental pollutant transport means and the environmental pollutant management server through a satellite communication network, a mobile communication network or a wireless Internet network A communication terminal connected to each other and an operation control terminal capable of remotely controlling each of the environmental pollutant transport means are mounted, and the comparison result indicates that the movement path of the first environmental pollutant transport means corresponds to the first environmental pollutant transport means. The remote control to return the first environmental pollutant transport means to return to the first mandatory path when the departure from the first mandatory path, the departure of the first environmental pollutant transport means for the first mandatory path Determining a range; If the deviation range is within the selected range, transmitting a message for inducing the return of the first medical path to the communication terminal mounted on the first environmental pollutant transport means; And controlling the operation stop of the first environmental pollutant transport means through the operation control terminal mounted on the first environmental pollutant transport means when the deviation range is greater than or equal to the selected range. It is characterized by.

According to the environmental pollutant transport means monitoring method of the environmental pollutant management server of the present invention, if the deviation degree of the environmental pollutant transport means is within a selected range, the mandatory path through the communication terminal or the mobile communication terminal of the driver By transmitting a return message and controlling the stop of the environmental pollutant transport means through the operation control terminal when the departure degree is more than the range, it is possible to obtain the effect of more flexible and quick response to environmental pollutant accidents Can be.

In addition, according to the environmental pollutant transport means monitoring method of the environmental pollutant management server of the present invention, the relationship corresponding to the current position of the environmental pollutant transport means when the environmental pollutant transport means continues to deviate from the mandatory path By providing the deviation information of the mandatory path of the environmental pollutant transport means to the server of the institution, it is possible to obtain an effect that can respond more quickly to the environmental pollutant accident remotely.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Environmental pollutant referred to herein is a concept that includes all the various harmful substances causing environmental pollution, such as industrial waste, medical waste, poison, chemicals. For example, the environmental pollutants are chemicals, gases, flammable liquids, flammables, oxidizing substances / organic peroxides, poisons and infectious substances, radioactive substances, corrosive substances, genetically modified organics, etc. It can be implemented as.

1 is a view showing the entire network configuration of the environmental pollutant management system is implemented a method for monitoring environmental pollutant transport according to an embodiment of the present invention.

Environmental pollutant transport method monitoring method according to an embodiment of the present invention, environmental pollutant management server 110, communication network 120, one or more environmental pollutant transport means (131 to 134), and the related authority server 140 ) Can be implemented.

The environmental pollutant management server 110 may be implemented as a computing device such as a PC or a server of a person skilled in the art performing the method for monitoring environmental pollutant transport according to the present invention. In addition, the environmental pollutant management server 110 may be implemented as a server of a corresponding institution for managing environmental pollutants.

The environmental pollutant management server 110 may track the position or the movement path of the first environmental pollutant transport means 131 to the nth environmental pollutant transport means 134 through the communication network 120. Accordingly, GPS devices may be installed in the first environmental pollutant transport means 131 to the n-th environmental pollutant transport means 134, and the environmental pollutant management server 110 may track the first environment through GPS location tracking. The location or movement path of the pollutant transporter 131 to the n-th environmental pollutant transporter 134 may be tracked. In addition, the environmental pollutant management server 110 is the location or movement of the first environmental pollutant transport means 131 to the n-th environmental pollutant transport means 134 through not only GPS location tracking but also various LBS-based location tracking methods. You can trace the route.

The environmental pollutant management server 110 may be connected to the first environmental pollutant transport means 131 to the n th environmental pollutant transport means 134 through the communication network 120. The communication network 120 may be implemented in various communication networks such as a GPS network, a mobile communication network, a satellite communication network, and a wireless Internet network. The communication network 120 may include a communication network in the first environmental pollutant transport means 131 to the n th environmental pollutant transport means 134. Communication terminals corresponding to 120 may be mounted respectively.

The environmental pollutant management server 110 maintains a database in which one or more environmental pollutant transport means and duty routes corresponding to each of the one or more environmental pollutant transport means are recorded.

The database includes a transportation information table. The transport information table may record one or more of vehicle information, environmental pollutant information, transport route information, operation time information, and current location information corresponding to each of the one or more environmental pollutant transport means. The transport route information includes the mandatory route predetermined for each environmental pollutant vehicle.

The transport route information may include at least one of a departure point information, a waypoint information, and a destination information of the environmental pollutant transport means. The driving time information includes at least one of departure time information, scheduled departure time information, arrival time information, and scheduled arrival time information.

Environmental pollutant management server 110 tracks the current location and the movement path of the first environmental pollutant transport means (131) to the n-th environmental pollutant transport means (134). As described above, the environmental pollutant management server 110 may track the current position and the movement path of the first environmental pollutant transport means 131 to the n-th environmental pollutant transport means 134 through the GPS network. .

Environmental pollutant management server 110 is the first environmental pollutant transport means recorded in the database of the movement path of the tracked first environmental pollutant transport means (131) to n-th environmental pollutant transport means (134) ( 131 to n-th environmental pollutant transport means (134).

As a result of the comparison, the environmental pollutant management server 110 detects that the tracked movement path has deviated from the mandatory path, and the environmental pollutant management server 110 returns the environmental pollutant transport means back to the medical path. Remote control via 120.

For example, when the environmental pollutant transporter deviated from the mandatory path is equipped with a communication terminal connected to the environmental pollutant management server 110 through a satellite communication network, a mobile communication network, or a wireless internet network, the environmental pollutant The management server 110 may induce the driver to return to the medical path by transmitting a message for inducing the return of the medical path to the communication terminal of the environmental pollutant transporter deviated from the medical path.

In addition, the environmental pollutant management server 110 requests the call connection to the mobile communication terminal of the driver of the environmental pollutant transport means deviated from the mandatory path, the manager of the environmental pollutant management server 110 and the environmental pollution By controlling the call connection between material vehicle drivers, the manager can be encouraged to request the driver to return to the medical path.

In addition, the environmental pollutant management server 110 is provided with the operation control terminal when the operation control terminal capable of remote control of the operation of the environmental pollutant transport means is mounted in the environmental pollutant transport means that has left the mandatory path. It is possible to control the operation stop of the environmental pollutant transport means through the mandatory path through.

In addition, the environmental pollutant management server 110 tracks the current position of the environmental pollutant transporter deviated from the mandatory path, and transports the environmental pollutant to the server of the relevant authority corresponding to the tracked current position. May provide information on the departure of the mandatory path. For example, the police station or the fire station close to the tracked current location may report that the environmental pollutant transport vehicle has deviated from the mandatory path.

In addition, the environmental pollutant management server 110 is a communication terminal connected to the environmental pollutant management server 110 via the satellite communication network, a mobile communication network, or a wireless Internet network to the environmental pollutant transport means deviated from the mandatory path; When all the operation control terminals capable of remotely controlling the operation of the pollutant transport vehicle are mounted, the deviation range of the first polluted path of the environmental pollutant transport vehicle deviating from the obligatory path is determined.

If the deviation range is within the selected range, the environmental pollutant management server 110 induces the return of the medical path to the communication terminal mounted on the environmental pollutant transporter deviated from the medical path. Message can be sent.

In addition, when the deviation range is greater than or equal to the selected range, the operation stop of the environmental pollutant transport means can be controlled through the operation control terminal mounted on the environmental pollutant transport means that deviated from the mandatory path. have.

The range which is the basis for determining the degree of departure of the environmental pollutant transport means may be set to various values according to the judgment of those skilled in the art, for example, a radius of 5 km from the departure point.

2 is a diagram showing a transport information table recorded in the database of the environmental pollutant management server according to an embodiment of the present invention.

According to an embodiment of the present invention, one or more vehicle information is recorded in the transportation information table 200, and environmental pollutant information, transportation route information, operation time information, and current location information corresponding to each vehicle information. Any one or more of these may be recorded respectively. Departure information, destination information, and compulsory route information may be recorded as the transportation route information, respectively. Departure time information, scheduled departure time information, arrival time information, and expected arrival time information may be recorded as the operation time information, respectively. Can be.

2 illustrates a case where the current time point is September 10, 2008 at 12 o'clock.

As shown in FIG. 2, the environmental pollutant information of "environmental waste A", the source information of "water source", the destination information of "Daejeon", and the "Gyeongbu Expressway" correspond to the vehicle information of "first vehicle". The mandatory route information, “08/9/10 11:00 departure, 08/9/10 1:00 arrival”, and time information of “Cheongbu Expressway near Cheonan” may be recorded.

In addition, in response to the vehicle information "second vehicle", environmental pollutant information "poison A", departure point information "mokpo", destination information "gunsan", mandatory route information "west coast highway", "08 / 9/10 09:00 departure, 08/9/10 1:00 arrival "operating time information," the West Coast Highway near Gimje "can be recorded respectively.

In addition, in response to the information of the third vehicle means information on environmental pollutants called "Chemicals A", information on the origin of "Daejeon", destination information on "Cheongju", duty route information on "National Highway 17", Operation time information of "08/9/10 12:00 departure, 08/9/10 1:00 arrival" and the current location information "departure" may be recorded respectively.

In addition, in response to the information of the "fourth means of transport", environmental pollutant information of "poison B", departure information of "Jincheon", destination information of "Wonju", "Jungbu Expressway-> Hobeok JC-> Yeongdong Expressway" The mandatory route information "," 08/9/10 10:00 departure, 08/9/10 15:00 arrival "time information and" current law JC "may be recorded, respectively.

In addition, in response to the information of the fifth vehicle, the environmental pollutant information "Chemical B", the departure point information "Incheon Airport", the arrival point information "Bundang", "Incheon International Airport Expressway-> Noji JC" -> Seoul Outer Ring Expressway-> Mandatory Route Information "Pangyo IC", "08/9/10 11:00 Departure, 08/9/10 14:00 Arrival" Operation Time Information, "Noji JC" Current Location Information Can be recorded respectively.

Environmental pollutant management server according to the present invention tracks the current position and the movement route of the first to fifth vehicle means with reference to the transportation information table 200, and determines whether the obligatory route in compliance with the operation can do.

For example, the environmental pollutant management server, as described above, when the current time is September 10, 2008 at 12 o'clock, the first means of transportation departs from Suwon at 11 o'clock an hour ago, and is a mandatory route of Gyeongbu Expressway. It can be monitored through the current location and movement route tracking that it is operating to Daejeon and is located near Cheonan on Gyeongbu Expressway.

In addition, the environmental pollutant management server is currently located in the vicinity of Gimje, west of the west coast expressway is currently operating in Gunsan via the west coast expressway from the Mokpo three o'clock three hours ago, 09 Mokpo Can be monitored by tracking the route.

In addition, the environmental pollutant management server may detect that the third means of transport is going to Cheongju through National Highway 17 starting from Daejeon at 12 o'clock.

In addition, the environmental pollutant management server can be monitored that the fourth means of transport starting from Jincheon at 2 o'clock, 2 hours ago to Wonju through the Jungbu Expressway and Yeongdong Expressway, and is currently located in Hokje JC.

At this time, when the fourth transportation means is tracked to continue to the central highway without entering the circumferential direction of the Yeongdong Expressway in the law JC, the environmental pollutant management server is the fourth vehicle in the obligatory route You can detect that you are falling off.

Accordingly, the environmental pollutant management server determines whether the degree of departure of the fourth vehicle is within a selected range. When the departure degree is within the selected range, the environmental pollutant management server transmits a message notifying the return of the departure of the mandatory path through the communication terminal mounted on the fourth vehicle or the mobile communication terminal of the driver. The driver may be directed to return to the medical path.

On the other hand, when the fourth vehicle continues to deviate from the mandatory path beyond the selected range despite the transmission of the message, the environmental pollutant management server is connected to the operation control terminal mounted on the fourth vehicle Through the fourth vehicle can be controlled so that the operation of the fourth vehicle does not proceed any further. In addition, the environmental pollutant management server may track the current location of the fourth vehicle and provide information on the departure of the mandatory route of the fourth vehicle to a server of a related authority close to the current position.

In addition, the environmental pollutant management server departs from Incheon International Airport at 11 o'clock an hour before the fifth means of transport and operates in Bundang via Incheon International Airport Expressway and Seoul Outer Ring Expressway, and is currently located in Noji JC. Can be monitored.

In this case, when the fifth transportation means is tracked to continue traveling to Incheon International Airport Expressway without entering the Seoul Outer Ring Expressway Pangyo direction from Noji JC, the environmental pollutant management server is the fifth transportation means. Detect deviations from this mandatory path.

Accordingly, the environmental pollutant management server determines whether the departure degree of the fifth vehicle is within a selected range. When the departure degree is within the selected range, the environmental pollutant management server transmits a message notifying return to the departure of the mandatory path through a communication terminal mounted on the fifth vehicle or a mobile communication terminal of a driver. The driver may be directed to return to the medical path.

On the other hand, when the fifth vehicle continues to deviate from the mandatory path beyond the selected range despite the transmission of the message, the environmental pollutant management server is connected to the operation control terminal mounted on the fifth vehicle Through the fifth vehicle can be controlled so as not to proceed any further. In addition, the environmental pollutant management server may track the current location of the fifth vehicle to provide the obligatory path deviation information of the fifth vehicle to the server of the authority close to the current location.

3 is a flow chart showing the flow of environmental pollutant transport vehicle monitoring method according to an embodiment of the present invention.

The environmental pollutant management server according to an embodiment of the present invention includes a database in which a transport information table including one or more environmental pollutant transport means and a duty route corresponding to each of the one or more environmental pollutant transport means is recorded. (Step 311).

The environmental pollutant management server tracks the movement path of each environmental pollutant transport means (step 312).

The environmental pollutant management server compares the tracked movement path of each environmental pollutant transporter with the mandatory path of each environmental pollutant transporter recorded in the database (step 313).

The environmental pollutant management server detects that the first environmental pollutant transport means deviated from the mandatory path as a result of the comparison (step 314). The environmental pollutant management server determines whether the degree of departure of the first environmental pollutant transport means is within a selected range (step 315).

In step 315, if the departure degree of the first environmental pollutant transport means is within a selected range, the environmental pollutant management server is the first medical path to the communication terminal of the first environmental pollutant transport means. A message is sent that leads to the return of (step 316). In addition, the environmental pollutant management server controls the call connection with the mobile communication terminal of the driver of the first environmental pollutant transport vehicle (step 317), so that the manager makes the mandatory path through a call with the operator. Can be ordered to return.

After step 316 and step 317, if the environmental pollutant management server detects that the first environmental pollutant transporter has returned to the mandatory path (step 318), return to step 313 To continuously monitor compliance with the mandatory route of the first environmental pollutant transport means.

However, if it is detected in step 318 that the first environmental pollutant transporter continues to leave without returning to the mandatory path, or in step 314, the first environmental pollutant transport means is selected. When detecting that the deviation has exceeded a predetermined range, the environmental pollutant management server controls the operation stop of the first environmental pollutant transport means through the operation control terminal mounted on the first environmental pollutant transport means ( Step 319).

The environmental pollutant management server tracks the current location of the first environmental pollutant transport means with the control of the operation stop, and sends the first environmental pollutant to a server of a related authority corresponding to the tracked current location. Provide information on the departure path of the vehicle (step 320).

The environmental pollutant transport method according to the present invention is implemented in the form of program instructions that can be executed by various computer means may be recorded on a computer readable medium. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. Program instructions recorded on the media may be those specially designed and constructed for the present invention, or they may be of the kind well-known and available to those having skill in the computer software arts. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tape, optical media such as CD-ROMs, DVDs, and magnetic disks, such as floppy disks. Magneto-optical media, and hardware devices specifically configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like. The medium may be a transmission medium such as an optical or metal line, a wave guide, or the like, including a carrier wave for transmitting a signal designating a program command, a data structure, or the like. Examples of program instructions include not only machine code generated by a compiler, but also high-level language code that can be executed by a computer using an interpreter or the like. The hardware device described above may be configured to operate as one or more software modules to perform the operations of the present invention, and vice versa.

As described above, the present invention has been described by way of limited embodiments and drawings, but the present invention is not limited to the above-described embodiments, which can be variously modified and modified by those skilled in the art to which the present invention pertains. Modifications are possible. Accordingly, the spirit of the present invention should be understood only by the claims set forth below, and all equivalent or equivalent modifications thereof will belong to the scope of the present invention.

1 is a view showing the overall network configuration of the environmental pollutant management system is implemented the environmental pollutant transport method monitoring method according to an embodiment of the present invention.

2 is a diagram showing a transport information table recorded in a database of an environmental pollutant management server according to an embodiment of the present invention.

3 is a flow chart showing the flow of environmental pollutant transport vehicle monitoring method according to an embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

110: environmental pollutant management server

120: network

131: first pollutant transport

132: Second pollutant transport

133: Third environmental pollutant transport

134: Control of environmental pollutant transport

140: affiliated server

Claims (10)

delete delete delete delete delete delete delete delete At least one environmental pollutant transport vehicle is equipped with a communication terminal connected to an environmental pollutant management server through a satellite communication network, a mobile communication network, or a wireless Internet network, and a operation control terminal capable of remote control of each environmental pollutant transport vehicle operation. In the environmental pollutant transport vehicle monitoring method of the environmental pollutant management server, Maintaining a database in which one or more environmental pollutant transport means and a duty route corresponding to each of the one or more environmental pollutant transport means are recorded; Tracking a movement path of each environmental pollutant transport means; Comparing the tracked movement path of each environmental pollutant transporter with the mandatory path of each environmental pollutant transporter recorded in the database; As a result of the comparison, when the movement path of the first environmental pollutant transporter deviates from the first mandatory path corresponding to the first environmental pollutant transporter, the first environmental pollutant transporter Determining a deviation range; If the deviation range is within the selected range, transmitting a message for inducing the return of the first medical path to the communication terminal mounted on the first environmental pollutant transport means; And If the departure range is greater than or equal to the selected range, controlling the driving stop of the first environmental pollutant transport means through the operation control terminal mounted on the first environmental pollutant transport means; Environmental pollutant transport method monitoring method of environmental pollutant management server comprising a. delete

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