KR101055945B1 - Even oil loading / lowering monitoring method and system - Google Patents

Abstract

The oil even loading / lowering system according to the present invention includes a sensor module for first detecting whether an oil filling port or a reservoir is provided in the oil opening, and a GPS communication module for calculating position information of the oil even in conjunction with the first detection. And the sensor module generates a detection signal by second detecting the inflow of oil into the oil or the outflow of the oil from the oil using the calculated position information, and generates the detection signal to a central monitoring server. And a wireless communication module for transmitting.

Sensor, monitoring, location, data

Description

Even oil loading / lowering monitoring method and system {LOADING / UNLOADING INFORMATION METHOD AND LOADING / UNLOADING INFORMATION SYSTEM}

The present invention first detects whether the oil filling hole or the oil reservoir provided in the oil is opened, calculates the position information of the oil even, and uses the calculated position information to detect the inflow of oil into the oil or even the oil outflow from the oil. The second sensing generates a detection signal, and transmits the generated detection signal to the central monitoring server, so that the administrator can monitor whether the oil even inflows or outflows at a predetermined time and place through the central monitoring server. Even oils are related to loading and unloading methods and systems.

Even oil is a car equipped with an oil tanker that carries oil or gasoline, and loads a certain amount of oil from a reservoir, and then unloads oil from a designated place, such as a gas station. However, it often happens that the amount of oil loaded at a gas station and the amount of oil delivered to a gas station are measured differently.

For example, even oil carriers may unreasonably spill oil at a place other than the designated place, causing gas stations to sell oil at a higher price from consumers to cover the price of oil that has been spilled unfairly. There is this.

Moreover, if this is to be debated, the consumer's confidence in not carrying genuine or quantitative oils may be lowered, leading to a deterioration of the corporate image. This is not just a deterioration of the corporate image, but also a sharp drop in sales to gas stations belonging to the company, which can eventually lead to gas stations closing.

Therefore, the present invention first detects whether the oil filling hole or the reservoir is provided in the oil even, and calculates the position information of the oil even, and using the calculated position information, the inflow of oil into the oil or even the oil from the oil. By detecting the second outflow to generate a detection signal, and transmits the generated detection signal to the central monitoring server, the administrator can monitor whether the oil even inflow or outflow at a predetermined time and place through the central monitoring server I would like to propose a new technical plan to enable this.

The present invention has been made in order to solve the above problems, the first sensing whether the oil port or reservoir is provided in the oil even opening, calculates the position information of the oil even, and using the calculated position information even the oil The second detection of the oil inflow into the furnace or the oil outflow from the oil even generates a detection signal, and transmits the generated detection signal to the central monitoring server, so that the oil is quantified at a predetermined time and place at the central monitoring server. It is an object of the present invention to provide a method and system for loading and unloading even oil that allows the monitoring of inflow or outflow of genuine oil.

In addition, the present invention analyzes the monitoring data associated with the inflow or outflow of the oil even, if the oil does not inflow or outflow of oil at a predetermined time and place, by performing location tracking monitoring of the oil even if unfairly, It is an object of the present invention to provide a method and system for loading / lowering oil that can respond quickly to spills.

In addition, the present invention reads the oil inflow and outflow history information from the RFID tag provided in the oil even, and in consideration of the lead oil inflow and outflow history information further detects the oil inflow into the oil or even outflow of the oil from the oil. It is an object of the present invention to provide a loading and unloading method and system that allows oil to be made.

In addition, the present invention collects the detection signal for each gasoline and generates the monitoring data from the detection signal, and records the generated monitoring data in the storage space, if there is a request for data of the administrator for the oil, recording in the storage space It is an object of the present invention to provide a method and a system for loading / lowering oil even by providing the monitoring data in the form of a web page so that an administrator can easily grasp information on oil from the monitoring data.

In order to achieve the object of the present invention as described above, the oil loading / lowering system according to an embodiment of the present invention, a sensor module for first detecting whether the oil hole or reservoir is provided in the oil, and the first detection And a GPS communication module configured to calculate the position information of the oil even, wherein the sensor module detects the oil inflow into the oil even or the oil outflow from the oil even by using the calculated position information. And generating a detection signal and transmitting the generated detection signal to a central monitoring server.

In addition, the oil loading / lowering method according to an embodiment of the present invention, the first step of detecting whether the oil filling port or the reservoir is provided in the oil opening, and in conjunction with the first detection, even the oil through the GPS communication module Calculating position information, generating a detection signal by second detecting the inflow of oil into the oil or the outflow of the oil from the oil using the calculated position information, and generating the detected signal wirelessly. And transmitting to a central monitoring server through a communication module.

According to the present invention, by first detecting whether the oil filling hole or the oil reservoir provided in the oil is opened, calculating the position information of the oil even, and using the calculated position information, the inflow of oil into the oil or even the oil from the oil. By detecting the second outflow to generate a detection signal, and by transmitting the generated detection signal to the central monitoring server, the central monitoring server to monitor whether even oil inflow or outflow of quantitative, genuine oil at a predetermined time and place You can do it.

Further, according to the present invention, as a result of analyzing the monitoring data associated with the inflow or outflow of the oil even, if the oil does not flow or outflow oil at a predetermined time and place, by monitoring the location tracking for the oil, You will be able to respond quickly to unjust oil spills.

According to the present invention, the oil inflow and outflow history information is read from the RFID tag provided in the oil even, and the oil inflow and outflow from the oil can be eliminated by further considering the lead oil inflow and outflow history information. 2 can be detected.

In addition, according to the present invention, by collecting the detection signal for each gasoline generation to generate the monitoring data from the detection signal, and recording the generated monitoring data in the storage space, if there is a request from the administrator for the data even in the storage space, By providing the recorded monitoring data in the form of a web page, the administrator can easily identify information about the oil from the monitoring data.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings and the contents described in the accompanying drawings, but the present invention is not limited or limited to the embodiments.

1 is a view showing the overall connection of the oil loading / loading system according to an embodiment of the present invention.

As shown, the oil even 100 is a sensor module (120, 130) for detecting whether the oil is inflow or outflow, in conjunction with the detection, the GPS communication module 110 and sensor for calculating the location information of the oil even If it is detected by the module that oil is flowing into or out of the oil 100, the detection signal may be transmitted to the central monitoring server 140 through a wireless communication module (not shown).

The detection signal is information related to the inflow or outflow of oil into the oil even 100, and may be used to generate monitoring data in association with a time and a place where the detection signal is transmitted later.

According to the present invention, by installing the sensor module 130 in the upper hatch portion of the oil can 100, it is possible to detect the movement of the object within a predetermined sensing distance from the oil can 100. For example, the sensor module 130 may be a motion sensor, and may detect whether a transport driver opens or closes the reservoir provided in the upper part of the oil 100 to inflow / outflow of oil.

Alternatively, the sensor module 120 may be installed at the left and right oil holes of the oil tank 100 to detect whether the left and right oil holes are open. In an embodiment, the sensor module 120 is a detection sensor, and when the rotation angle of the filling hole lever provided in the oil even satisfies the selected angle, the sensor module 120 may detect that the filling hole is open.

Therefore, when the first sensing that the reservoir is opened by the sensor module 130 or the first sensing that the left and right filling ports are opened by the sensor module 120, the GPS installed in the driver's seat portion of the oil tank 100 is also detected. Through the communication module 110, location information of the oil tank 100 may be calculated.

The sensor module 120, 130 generates a detection signal by second detecting the inflow of petroleum into the oil or even the oil outflow from the oil by using the calculated position information, and generates a detection signal in the driver's seat of the oil even 100. The installed wireless communication module may transmit the generated detection signal to the central monitoring server 140. At this time, the wireless communication module may transmit the location information of the detection signal and the even 100 in the form of a text message to the central monitoring server 140.

The central monitoring server 140 may receive the detection signal from the wireless communication module and check whether the oil even 100 is inflowed or outflowed at a predetermined time and place based on the received detection signal.

That is, the central monitoring server 140 may collect the detection signal for each oil, generate the monitoring data from the detection signal, and then record the generated monitoring data in the storage space. That is, the central monitoring server 140 may include information (vehicle information, transport driver information) and oil-related information (amount of oil introduced, oil inflow location, oil inflow time, Oil spill location, oil spill time) can be used to generate monitoring data.

Thereafter, the central monitoring server 140 provides the monitoring data recorded in the storage space in the form of a web page when the administrator requests a data, and the administrator uses only the monitoring data to designate oil evenly quantified and genuine oil. Know whether it's safe to deliver to a place.

2 is a view showing an example of the oil loading / unloading system provided in the oil even according to an embodiment of the present invention.

In order to monitor whether oil evenly delivers quantitative, genuine oil to a designated location, it is necessary to install even the oil loading / lowering system 200 on the oil, as shown.

The oil loading / lowering system 200 may include the GPS communication module 210, the sensor modules 220 and 230, and the wireless communication module 240.

The sensor modules 220 and 230 may first detect whether the oil inlet or the oil inlet provided in the oil even 200 is open. The sensor module (220, 230) (1) if there is a movement of the object within the sensing distance selected from the top of the oil tank 200, the first sensing that the reservoir is open, or (2) is provided in the oil tank 200 When the rotation angle of the filling hole lever satisfies the selected angle, the filling hole may be first detected to be open.

In an embodiment of the present invention, the sensor modules 220 and 230 may include a sensor module 220 installed on the upper side of the oil even, and a sensor module 230 installed on the left and right oil inlets of the oil even.

Here, the sensor module 220 may be installed in the upper portion of the oil even, as shown, the movement of the object within a predetermined sensing distance (dotted line) from the upper driver's seat of the oil even to the end portion 220-1 of the oil even Can be detected first. In general, the oil protection frame 220-2 is provided with five to six reservoirs (manhole cover), in order to inflow or outflow oil, the reservoir must be opened first. Therefore, it can be seen that the oil carrier's transport article rises to the top of the oil even in preparation for inflow or outflow of oil.

Accordingly, the manager of the oil loading / lowering system 200 may select a predetermined sensing distance capable of detecting the movement of the oil even above the upper width of the oil even, the length of the protective frame 220-2, and the oil even at the end. It can be set according to the position of the reservoir 220-1. If the sensing distance is longer than the protective frame length of the oil tank 200, since there is an error in detecting the movement of the vehicle located behind the oil tank 200 as the movement of the transporter, the sensing distance is determined by the protection frame of the oil tank 200. Based on the length, for example, the distance from the first reservoir to the last reservoir 220-1 located in the last frame may be set as the sensing distance.

Accordingly, the sensor module 220 may detect a movement of an object within a predetermined sensing distance, and thus detect whether the reservoir (manhole cover) is opened first.

Hereinafter, the sensor module 220 will be described with reference to FIG. 3.

3 is a side view and an internal configuration of the Doppler sensor according to an embodiment of the present invention.

As shown, the oil loading / lowering system 200 may use a Doppler sensor as the sensor module 220, and the Doppler sensor is a radar sensor for use in military aircraft surveillance or airport control facilities. It is a detector using the Doppler effect. That is, the sensor module 220 may detect the movement of the object within the selected sensing distance by using the Doppler effect in which the frequency increases when the moving object is close and the frequency decreases when the moving object is close.

For example, as the Doppler sensor, a 10 GHz X-band radar module may be used. The 10GHz X-band radar module is a motion detection transmit / receive radar module using ultra-high frequency radio waves in the 10GHz band, and unlike the existing human infrared thermal sensor, the 10GHz X-band radar module can detect the movement of non-living objects such as human body and robot. . That is, the 10 GHz X-band radar module, unlike the human body infrared heat detection (Pir) sensor is capable of continuous motion detection, the detection distance is long, it can detect the moving object more completely. In addition, since the 10GHz X-band radar module uses a radio wave of 10GHz, all weather can be detected regardless of day or night, and there is less malfunction due to temperature change, which is advantageous for outdoor use.

Alternatively, the sensor module 230 may be installed in the left and right oil inlets of the oil even 200 as shown, and, if the rotation angle of the oil inlet lever provided in the oil even 200 satisfies a selected angle, the The first detection can be made that the filling hole is open. That is, when the oil even flows into the oil 200, the oil filling port must be opened, and thus the sensor module 230 may detect that the oil filling hole is opened according to the change of the rotation angle of the oil filling lever.

Hereinafter, the sensor module 230 will be described with reference to FIG. 4.

Figure 4 is a side view and a perspective view of the oil hole of the oil even equipped with a sensor module according to an embodiment of the present invention.

As shown, the sensor module 230 recognizes that the rotation angle of the oil inlet lever is changed by installing a variable resistor in the lever of the oil inlet, and the oil inlet is opened according to whether the changed angle of rotation meets the selected angle. One can detect it as one. The variable resistor is generally used to increase or decrease the volume of the audio. By controlling the current value using the resistance value, the volume of the audio can be controlled. For example, the variable resistor can increase the current value by increasing the resistance value and decreasing the current value, or by decreasing the resistance value.

The GPS communication module 210 calculates the location information of the oil even in conjunction with the first detection. The GPS communication module 210 may measure accurate time and distance from three or more GPS satellites, and calculate location information of the oil even according to a triangulation method of three different distances. For example, the GPS communication module 210 obtains distance and time information from three GPS satellites, and uses a method of correcting an error with one GPS satellite.

The sensor modules 220 and 230 generate a detection signal by second detecting the inflow of oil into the oil or the outflow of the oil even from the oil using the calculated position information. In an embodiment, the sensor module 220, 230, (1) when the location information is associated with the reservoir, second detection of the oil inflow into the oil, and (2) when the location information is associated with the gas station The oil spill from the oil can be second sensed. Alternatively, (1) when the filling hole is not opened and only the reservoir is opened, the sensor modules 220 and 230 detect a second inflow of oil into the oil tank, and (2) when both the filling hole and the reservoir are opened, The oil spill from oil can also be detected second.

The wireless communication module 240 may transmit the generated detection signal to the central monitoring server 140. In this case, the wireless communication module may transmit the location information of the detection signal and the even 200 to the central monitoring server 140 in the form of a text message.

In another embodiment of the present invention, the oil loading / lowering system 200 further includes an RFID communication module for reading oil inflow and outflow history information from the RFID tag provided in the oil. That is, the RFID communication module may record information regarding the oil inflow into the oil even or the oil outflow from the oil sensed as the second detected oil in the RFID tag provided in the oil even as the oil inflow and outflow history information. Therefore, the sensor modules 220 and 230 may further detect the second in consideration of the read oil inflow and outflow history information.

For example, the RFID communication module basically includes oil information (vehicle number) and transport driver information (name and contact information) in the oil inflow and outflow history information, and the date of delivery, transport company, and product when oil is introduced from the reservoir. It may identify the type, identify the discharge when passing through the gas station, identify the shipping destination when passing through the gas station to include in the oil inflow and outflow history information.

In another embodiment of the present invention, when the gas communication module 210 is not installed in the oil even, when the oil even passes the reservoir, the RFID communication module transmits a detection signal detected by the oil even through the RFID communication module, The sensing signal may be transmitted to the central monitoring server 140 at the reservoir.

A description with reference to FIG. 5 is as follows.

5 is a diagram illustrating an example of transmitting a detection signal through communication between a reservoir and an oil reservoir according to an embodiment of the present invention.

As shown, the oil even installs an RFID communication module 510 for transmitting a detection signal to the reservoir, and even when the oil 200 passes through the reservoir, the communication module of the storage of oil through the RFID communication module 510 ( 520 may transmit a detection signal detected by the oil tank. In this case, the communication module 520 installed in the reservoir may transmit the transferred detection signal to the central monitoring server 140.

For example, the RFID communication module 510 may transmit information of oil even, information of a transport driver, and information related to inflow or outflow of oil as the detection signal. The communication module 520 of the low oil station may further include the location of the detection signal and the time at which the detection signal is received, and transmit the received signal to the central monitoring server 140.

In this case, the central monitoring server 140 may receive the same detection signal from the communication module 520 of the storage station to receive the same detection signal directly from the oil tank 200, thereby generating the monitoring data. Can be used to

6 is a block diagram of a central monitoring server in the oil loading / lowering system according to an embodiment of the present invention.

The central monitoring server 600 analyzes the generated monitoring data and the data generator 610 for generating monitoring data based on a detection signal transmitted from the oil, and the oil even inflows oil at a predetermined time and place. Or, the monitoring unit 620 to check whether the leaked, the storage space 630 for recording the generated monitoring data, and if there is a data request from the administrator, providing the monitoring data recorded in the storage space in the form of a web page It may be configured to include a data provider 640.

For example, when the oil does not inflow or outflow of oil at a predetermined time and place, the monitoring unit 620 may monitor location tracking of the oil even. In this case, the monitoring unit 620 determines that the oil carrier is improperly inflowing or outflowing the oil, and in order to minimize the damage caused by the oil misappropriation, the monitoring unit 620 identifies the position of the oil even, and specially designates the transport engineer. Can manage

A description with reference to FIG. 7 is as follows.

7 is a diagram illustrating an example of providing monitoring data in the central monitoring server according to an embodiment of the present invention.

As shown, the central monitoring server 600 is based on the detection signal collected from each oil even at least one of the information of the oil even, the information of the transport driver, the oil inflow location, oil inflow time, oil outflow site and oil outflow time. Monitoring data can be generated that includes information about the information.

As in reference numeral 710, the data generating unit 610 of the central monitoring server 600 receives the vehicle number and the vehicle model as information of even oil, and as the information of the transport driver, the name of the transport driver (male knight). Receive contact information, date of birth, and obtain our gas station as an oil spill. For example, the data generating unit 610 stores the information of the oil even and the information of the transporter in advance, and identifies the oil even wireless communication module that transmits the detection signal, thereby transmitting the detection signal, the information of the oil even and The monitoring data may be generated by matching information of the transport driver.

In the reference numeral 730, the data generator 610 generates monitoring data for each date for the "male knight", and when the administrator selects one date through the search service, the data provider 640 shows the drawing. As shown at 720, even the “south knight” can provide entry and exit times through the petrol station or petrol station.

In addition, in the reference numeral 740, the data providing unit 640, by selecting at least one of the delivery date, shipping destination, shipping destination, carrier, product type, search conditions, current status and customers from the administrator, the selected information It can provide information about even matches. Here, the information related to the delivery date, the dispatch destination, the shipping destination, the transport company, the product type, the search condition, the current state, and the customer for the oil may be obtained from the monitoring data generated based on the detection signal.

8 is a flowchart illustrating a method of loading / lowering oil even according to an embodiment of the present invention.

The oil loading / lowering method may be implemented by the oil loading / lowering system 200 of the present invention. In addition, below, it demonstrates with reference to FIG. 2 mentioned above, and seeks to understand this invention.

In operation S810, the oil loading / lowering system 200 may first detect whether the oil filling hole or the oil filling hole provided in the oil is opened. The sensor module 220 or 230 of the oil even loading / lowering system 200 detects the first opening of the oil filling hole when the rotation angle of the oil filling hole lever provided in the oil even satisfies the selected angle, or the oil even upper part. In the above, if there is a movement of the object within the predetermined sensing distance, it can be detected first that the filling port is open.

In operation S820, the oil even loading / lowering system 200 may calculate the position information of the oil even through the GPS communication module in conjunction with the first detection.

In operation S830, even the oil loading / lowering system 200 may generate a detection signal by second detecting the oil inflow into the oil even or the oil outflow from the oil even using the calculated position information.

For example, the sensor module 220, 230 (1) when the location information is associated with the reservoir, second detection of oil inflow into the oil, and (2) when the location information is associated with the gas station, The oil spill from the oil can also be detected second. Alternatively, (1) when the filling port is not opened and only the reservoir is opened, the sensor modules 220 and 230 detect a second inflow of oil into the oil tank, and (2) when both the filling hole and the reservoir are opened, even the oil is opened. A second oil spill from can be detected.

In operation S840, the oil loading / lowering system 200 may transmit the generated detection signal to the central monitoring server.

The central monitoring server may generate monitoring data based on the transmitted detection signal, and analyze the generated monitoring data to determine whether the oil even inflows or outflows of oil at a predetermined time and place. If the oil does not inflow or outflow of oil at a predetermined time and place, the central monitoring server may perform location tracking monitoring of the oil.

Further, embodiments of the present invention include a computer readable medium having program instructions for performing various computer implemented operations. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. The media may be program instructions that are specially designed and constructed for the present invention or may be available to those skilled in the art of computer software. 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. 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.

While specific embodiments of the present invention have been described so far, various modifications are possible without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined by the equivalents of the claims and the claims.

1 is a view showing the overall connection of the oil loading / loading system according to an embodiment of the present invention.

2 is a view showing an example of the oil loading / unloading system provided in the oil even according to an embodiment of the present invention.

3 is a side view and an internal configuration of the Doppler sensor according to an embodiment of the present invention.

Figure 4 is a side view and a perspective view of the oil hole of the oil even equipped with a sensor module according to an embodiment of the present invention.

5 is a diagram illustrating an example of transmitting a detection signal through communication between a reservoir and an oil reservoir according to an embodiment of the present invention.

6 is a block diagram of a central monitoring server in the oil loading / lowering system according to an embodiment of the present invention.

7 is a diagram illustrating an example of providing monitoring data in the central monitoring server according to an embodiment of the present invention.

8 is a flowchart illustrating a method of loading / lowering oil even according to an embodiment of the present invention.

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

200: even oil loading / lowering system

210: GPS communication module

220, 230: sensor module

240: wireless communication module

Claims (18)

A sensor module configured to first detect whether the oil filling hole or the oil filling hole provided in the oil is opened; And A GPS communication module that calculates the position information of the oil even in association with the first detection; Including, The sensor module, (1) if the calculated position information is associated with a reservoir, generating a detection signal by detecting a second inflow of petroleum into the oil tank; or (2) if the calculated position information is associated with a gas station, Generate a detection signal by detecting a second oil spill from the Wireless communication module for transmitting the generated detection signal to the central monitoring server Even oil loading / lowering system characterized in that it comprises a. delete The method of claim 1, The sensor module, The oil loading / lowering system of claim 1, wherein if the movement of an object is within a predetermined sensing distance, the oil reservoir first detects that the reservoir is open. The method of claim 1, The sensor module, The oil loading / lowering system of claim 1, wherein when the rotation angle of the oil filling hole lever provided in the oil filling satisfies the selected angle, the oil filling opening is first detected. The method of claim 1, RFID communication module for recording information on the oil inflow into the second even oil or outflow from the oil even on the oil tag provided in the oil as petroleum inflow and outflow history information Further comprising: The sensor module, The oil loading / lowering system of claim 5, wherein the oil inflow and outflow history information is read from the RFID tag, and the second oil is further detected in consideration of the read oil inflow and outflow history information. The method of claim 1, The central monitoring server, A data generator for generating monitoring data based on the transmitted detection signal; And Monitoring unit for analyzing the generated monitoring data, to check whether the oil even inflow or outflow of oil at a predetermined time and place Even oil loading / lowering system characterized in that it comprises a. The method of claim 6, If the oil does not flow or spill oil at a predetermined time and place, The monitoring unit, The oil loading / lowering system, characterized in that the position tracking monitoring for the oil even. The method of claim 6, The central monitoring server, A storage space for recording the generated monitoring data; And Data request unit for providing the monitoring data recorded in the storage space in the form of a web page, when a manager requests data Even oil loading / lowering system, characterized in that it further comprises a. First detecting whether the oil filling hole or the oil filling hole provided in the oil is opened; Calculating the location information of the yudo through a GPS communication module in association with the first detection; Second sensing the oil inflow into the oil even or the oil outflow from the oil using the calculated position information; Generating a sense signal from the second sense; And Transmitting the generated detection signal to a central monitoring server through a wireless communication module; The oil loading / calcination method, characterized in that it comprises a. 10. The method of claim 9, Detecting the second step, If the location information is associated with a reservoir, detecting a petroleum inflow into the oil stream; or If the location information is associated with a gas station, second detecting oil spill from the oil even The oil loading / calcination method, characterized in that it comprises a. 10. The method of claim 9, The first step of detecting, First detecting that the reservoir is open when there is a movement of an object within a predetermined sensing distance at an upper portion of the oil well; The oil loading / calcination method, characterized in that it comprises a. 10. The method of claim 9, The first step of detecting, First detecting that the filling hole is open when the rotation angle of the filling hole lever provided in the oil even satisfies the selected angle; The oil loading / calcination method, characterized in that it comprises a. 10. The method of claim 9, Detecting the second step, Reading oil inflow and outflow history information from an RFID tag provided in the oil even; And Detecting the second oil by further considering the read oil inflow and outflow history information; The oil loading / calcination method, characterized in that it comprises a. 10. The method of claim 9, Recording, on the RFID tag provided in the oil, as the oil inflow and outflow history information, information regarding the oil detected into the second oil or even the oil outflow from the oil is detected. The oil loading / calcination method further comprises a. 10. The method of claim 9, Generating monitoring data at the central monitoring server based on the transmitted detection signal; And Analyzing, by the central monitoring server, the generated monitoring data and checking whether the oil has flowed in or out of oil at a predetermined time and place; The oil loading / calcination method further comprises a. The method of claim 15, Determining whether the oil even inflow or outflow, If the oil does not inflow or outflow of oil at a predetermined time and place, the location tracking monitoring of the oil even The oil loading / calcination method, characterized in that it comprises a. The method of claim 15, Recording, at the central monitoring server, the generated monitoring data in a storage space; And In the central monitoring server, if there is a request for data from the administrator, providing the monitoring data recorded in the storage space in the form of a web page The oil loading / calcination method further comprises a. A computer-readable recording medium having recorded thereon a program for performing the method of any one of claims 9 to 17.

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