KR20120114567A - Unit for operating a alarm icon of a long distance equipment - Google Patents

Abstract

PURPOSE: A unit for managing an AI(Alarm Icon of a long distance equipment) is provided to quickly take proper action by recognizing the generation of abnormal status through the AI. CONSTITUTION: An AI management control module(101) controls a management process of an AI displayed on MD(Map Data) while communicating with both an actual communication device displayed on the MD and an MD management system providing the MD for a long distance equipment to a main communication device related to the long distance equipment. A long distance feature information receiving module(103) receives feature information about the actual communication device displayed on the MD by communicating with the MD management system. [Reference numerals] (101) AI management control module; (102) Interface module; (103) Long distance feature information receiving module; (104) TDE receiving module; (105) Long distance equipment registration information receiving module; (106) TDE interpretation module; (107) Abnormal state determining module; (108) Abnormal state reference information storing module; (109) AI storage module; (110) AI extracting module; (111) AI providing module; (112) AI supplement list supporting module; (12) Wired/wireless communication network

Description

Unit for operating a alarm icon of a long distance equipment}

The present invention provides a remote device warning icon (AI: Alarm Icon of a corresponding to an abnormal situation of a remote device included in Map Data of a long distance equipment (MD)). The present invention relates to a computer unit that operates long distance equipment (hereinafter referred to as "AI"), and more specifically, to a remote equipment related entity (eg, a remote equipment operating entity, a remote equipment leasing entity, etc.) looking at the MD. When an abnormal situation of a remote device occurs, it is possible to recognize the occurrence of the abnormal condition within the shortest time through the AI without any unnecessary time delay, and to take appropriate action promptly, thereby managing the entire remote device without any difficulty. The present invention relates to an AI operating unit that can be guided to enjoy a wide range of benefits of improving efficiency at an optimal level.

Recently, with the rapid development of communication / machine-related technology, the number of companies that widely deploys a large number of remote equipment (eg, remote type construction equipment) not only in Korea but also abroad is showing a rapid increase.

Of course, in a wide deployment situation of such remote equipment, the remote equipment related subjects (eg, remote equipment operator, remote equipment leasing subject, etc.) frequently check the status of the remote equipment of the remote equipment, so that the operation of the remote equipment is more smoothly performed. I'm trying to make it happen.

However, under such a conventional system, the remote equipment related party could not visually confirm the actual deployment status of the remote equipment, and simply, a series listing the model name, serial number, operating time, deployment area, and related dealer of each remote equipment. Since only the remote equipment list was checked and the layout of the remote equipment was checked, it was inevitable to find out the effective status of the remote equipment. As a result, various problems (e.g., in which regions The problem of not being able to comprehensively check the number of distribution, the problem of not being able to efficiently respond to the abnormal situation of the remote equipment, the problem of not accurately predicting the demand of the placement of the remote equipment, the sales strategy related to the remote equipment Problems that cannot be effectively established, etc.) were to be taken care of.

In view of this problem, the present applicant applies a series of MD operating systems 1 in the communication pipeline of the remote device-related subject communication device 3 being connected to the wired / wireless communication network 2, as shown in FIG. The remote device-related subjects (eg, remote equipment operating subjects, remote equipment leasing subjects, etc.) that were paying attention to the communication equipment 3 were installed and provided. By allowing the equipment icon 4 to be easily identified through the visually displayed MD>, various advantages are thus obtained, such as the ability to comprehensively check how many units the remote equipment is distributed in, In the event of an abnormal situation of remote equipment, it is possible to efficiently respond to it, to accurately predict the demand for deployment of remote equipment, and to efficiently operate remote equipment related sales strategies. It was possible to flexibly enjoy the benefits and the like (these technical contents are described in more detail in Korean Patent Application No. 2011-18598).

On the other hand, under such a conventional system, when the operation of the remote equipment proceeds, for example, various abnormal situations such as a failure situation, a warning situation, an out of bounds situation, a night start situation, etc. occur frequently, and thus, a remote device related subject. (E.g., a remote equipment operator, a remote equipment lease subject, etc.) often feels the need to <if you can quickly recognize the abnormal situation of the remote equipment>. This is because the quicker the perception of anomalous status of remote equipment, the faster the corresponding action can be taken.

However, as described above, in the conventional MD operating system 1 side, without a separate additional service (for example, a service for notifying the abnormal state of the remote device on the MD), only the <remote device icon 4 is visually displayed. Since only the procedure for providing MD> was performed, the remote equipment related subjects (eg, remote equipment operating subjects, remote equipment leasing subjects, etc.) are extremely slow to recognize the abnormal situation of the remote equipment unless special measures are taken. Inevitably, they had no choice but to accept the problems.

Therefore, an object of the present invention is a computer module capable of receiving communication with the MD operating system and receiving the characteristic information of the actual remote equipment displayed on the MD in a communication pipeline such as a remote device-related communication device, an MD operating system, and the like. , <Computation module that can receive TDE (A Transmitting Data which is received from a long distance Equipment) by communicating with the equipment communication module of the remote device based on the received characteristic of the remote device>, <Computation module that can read the received TDE and interpret the effective equipment information described in the TDE>, <Read the analyzed effective equipment information, and the abnormality corresponding to the abnormal situation of the remote equipment in the corresponding effective equipment information Computer module for judging whether or not situation information is included>, <Effective equipment information is determined to include abnormal situation information corresponding to abnormal situation of remote equipment In this case, after extracting the pre-stored AI, combine the extracted AI with the pre-stored remote device registration information, generate the AI support information, and transmit the generated AI support information to the MD operating system side, AI Systematic module>, etc., which can support the displayed MD to be output through the remote device related communication device, is systematically provided, and through this, the remote device related subjects (eg, remote device operating subjects, remote devices) When an actual situation of remote equipment occurs on the rental agent, etc., it is possible to recognize the occurrence of the abnormality within the shortest time through the AI and take appropriate action promptly without unnecessary time delay. Without difficulty, it is to guide widely to enjoy the advantage that the overall remote equipment management efficiency is optimally improved.

Other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

In order to achieve the above object, the present invention communicates with an MD operating system for providing map data of a long distance equipment (MD) to a remote device-related subject communication device and the actual remote device indicated in the MD. And an AI operation control module controlling an operation procedure of an alarm icon of a long distance equipment (AI) to be displayed on the MD according to an abnormal situation of the remote device; A remote device characteristic information reception module controlled by the AI operation control module and communicating with the MD operation system to receive characteristic information of the actual remote device displayed on the MD; Controlled by the AI operation control module, and communicates with the remote communication device communication module based on the remote device characteristic information received by the remote device characteristic information reception module, remote device transmission data (TDE: a Transmitting Data which a TDE receiving module for receiving is received from a long distance equipment; A TDE analysis module controlled by the AI operation control module, which reads the TDE received by the TDE reception module and interprets the valid equipment information described in the corresponding TDE; The abnormal situation, which is controlled by the AI operation control module and reads the effective equipment information analyzed by the TDE analysis module and determines whether the valid equipment information includes abnormal situation information corresponding to the abnormal situation of the remote equipment. Inclusion module; Controlled by the AI operation control module, the AI was previously stored when it is determined by the determination module whether the abnormal situation includes the abnormal situation information corresponding to the abnormal situation of the remote equipment, the effective equipment information; AI extraction module for extracting; Controlled by the AI operation control module, by combining the AI extracted by the AI extraction module with the pre-stored remote device registration information, generates AI support information, the generated AI support information to the MD operating system side Transmitting the AI operating unit, characterized in that it comprises an AI providing module for outputting the MD marked with the AI through the remote device related subject communication device.

In the present invention, within the communication pipeline, such as a remote device-related subject communication device, MD operating system, <computation module that can receive communication with the MD operating system and receive the characteristic information of the actual remote equipment displayed on the MD>, <received completed A computer module that can communicate with the remote communication device communication module based on the characteristics of the remote device and receive the remote device transmission data (TDE), <TDE completed Computer module that can interpret the effective equipment information described in the relevant TDE>, <Read the analyzed effective equipment information, and the relevant equipment information includes the abnormal situation information corresponding to the abnormal situation of the remote equipment. If it is judged that the computer module that can determine whether or not the effective equipment information includes abnormal situation information corresponding to the abnormal situation of the remote equipment, After extracting the stored AI, the extracted AI is combined with the previously stored remote device registration information to generate AI support information, and the generated AI support information is transmitted to the MD operating system. Remote equipment-related subjects Because it provides a systematic arrangement to provide output to the output through the communication device> and the like, in the implementation environment of the present invention, the remote equipment-related subjects (eg, remote equipment operating subjects, looking at the MD) The remote equipment leasing entity, etc.) will be able to recognize the occurrence of the abnormal condition within the shortest time through the AI without any unnecessary time delay and take the appropriate action promptly without unnecessary time delay. As a result, it is possible to widely enjoy the advantage that the overall remote equipment management efficiency is optimally improved without any difficulty.

1 is an exemplary diagram conceptually showing an MD providing service procedure according to the prior art.
2 is an exemplary diagram conceptually showing a detailed configuration of an AI operating unit according to the present invention.
Figure 3 is an exemplary diagram conceptually showing a detailed functional procedure of the AI operating unit according to the present invention.
Figure 4 is an exemplary diagram conceptually showing a posting state of the AI according to the present invention.
5 is an exemplary diagram conceptually showing a publication state of the AI supplement list according to the present invention.

Hereinafter, with reference to the accompanying drawings, a more detailed description of the AI operating unit according to the present invention.

As shown in FIG. 2, under the system of the present invention, the MD operating system 11 side communicates with a remote device-related subject communication device 13 via a wired / wireless communication network 12, and relates to a remote device. By performing the procedure of providing &quot; MD with remote device icon 14 displayed on the background of a map image &quot; to the subject communication device 13, the remote device related subject (e.g., remote) that was paying attention to the communication device 13 Equipment operating subject, remote equipment leasing subject, etc.) without any difficulty, the remote device 30 can be comprehensively checked in which area and how many logarithmic, the abnormal situation of the remote equipment (30) It is possible to flexibly enjoy the benefits of efficiently responding to the city, the benefits of accurately predicting the deployment demand of the remote equipment 30, and the advantages of efficiently establishing the sales strategy related to the remote equipment 30. Ha It is.

In this case, the MD operating system 11 provides various MD operating computer modules 11a, for example, <remote equipment list to the remote equipment related party side, and in accordance with the MD provision request message of the remote equipment related party side which has been examined. Computing module for extracting latitude / longitude information corresponding to a specific remote device 30 group>, <Read the latitude / longitude information of the extracted specific remote device 30 group, and then store each latitude previously stored. Computation module that can extract the optimal map image corresponding to the latitude / longitude information of the specific remote equipment 30 group from the optimal map image by the longitude information>, <Specific remote device (from the entire area of the extracted optimal map image) 30) After calculating the center coordinate value and the effective display area that can collectively display the group, the corrected map image can be generated by correcting the optimal map image according to the calculated center coordinate value and the effective display area. After reading the specific remote device 30 group described in Computer Module>, <MD Provision Request Message, and among the previously stored remote device icons 14, the remote device icon 14 corresponding to the specific remote device 30 group is stored. Computation module that can extract)>, <Calibration map image and remote device icon (14) are combined based on the latitude / longitude information of a specific remote device group. A computer module for generating an MD and providing the generated MD to a remote equipment related party> is systematically arranged.

Of course, in this situation, the remote equipment-related subjects (eg, remote equipment operating subjects, remote equipment leasing subjects, etc.) side often feels the need to <if you can quickly recognize the abnormal situation of the remote equipment 30>. . This is because the quicker the perception of the abnormal situation of the remote device 30 can take a corresponding action more quickly.

In such a sensitive situation, the present invention takes measures to install an AI operating unit 100 unique to the present invention in the communication pipeline of the communication device 13 or the MD operating system 11 held by the remote equipment related party. Done. In this case, the AI operating unit 100 of the present invention may form a structure that is dependently installed in the program block of the MD operating system 11 according to the situation.

In this case, the AI operating unit 100 according to the present invention is a remote device related entity (eg, a remote device operating entity, via the interface module 102, a wired / wireless communication network 12 (eg, a wired / wireless Internet network)). Remote equipment-related subject communication device (13) held by the remote equipment lease subject, etc., MD operating system (11) which provides MD to this remote equipment-related subject communication device (13), and actual remote equipment (30) indicated on the MD. The AI operation control module 101 for controlling the operation procedure of the AI to be displayed on the MD while communicating with the equipment communication module 30a and the like installed on the device, and the remote device characteristics under the control system of the AI operation control module 101. Information reception module 103, TDE reception module 104, remote device registration information storage module 105, TDE analysis module 106, whether the abnormal situation included determination module 107, abnormal situation determination reference information storage module 108 ), AI storage module 109, AI extraction module 110, AI providing module 111, AI supplement list support module 112, etc. are long The combined configuration is taken.

In this case, the remote device-related subject communication device 13 includes a tablet PC, a notebook PC, a desktop PC, a cellular phone, a PCS phone (Personal Communications Services phone), and a synchronous / asynchronous IMT-2000. (International Mobile Telecommunication-2000), Palm Personal Computer (PDA), Personal Digital Assistant (PDA), Smartphone, Smart Phone, WAP Phone (Wireless Application Protocol Phone), Game Machine (Play-station) ) May be variously selected according to the situation.

At this time, the remote equipment characteristic information receiving module 103 controlled by the AI operation control module 101, as shown in Figure 3, MD operation via the interface module 102, wired / wireless communication network 12, etc. While communicating with the system 11 side, the remote device characteristic information (e.g., the model name of the remote device, the area code of the remote device, the serial number of the remote device, the latitude / longitude of the remote device) from the MD operating system 11 side. Information, etc.) is received, and the received remote device characteristic information (e.g., the model name of the remote device, the location code of the remote device, the serial number of the remote device, the latitude / longitude information of the remote device, etc.) By performing the role of storing and managing in the information storage area, it serves to assist a series of AI operating procedures by the AI operation control module 101 to proceed normally without any problems.

In this way, when the characteristic information of the actual remote device 30 (eg, the model name of the remote device, the location code of the remote device, the serial number of the remote device, the latitude / longitude information of the remote device, etc.) displayed on the MD is completed, The TDE reception module 104 side controlled by the AI operation control module 101 communicates with the remote device reception module 103 side, and thereby receives the remote device characteristic information (for example, the model name of the remote device and the remote device). (Batch area code, serial number of remote device, latitude / longitude information of remote device, etc.), and store in the information storage area for communication with remote device registration information storage module 105 side. The procedure of extracting the registered remote device registration information (eg, registration information of the device communication module 30a installed in the remote device) is performed (see FIG. 3).

Through the above-described procedures, the remote device characteristic information (eg, the model name of the remote device, the location code of the remote device, the serial number of the remote device, the latitude / longitude information of the remote device, etc.), the remote device registration information (eg, the remote device). When the registration information of the equipment communication module 30a installed therein) is read / extracted, the TDE reception module 104 side communicates with the device communication module 30a of the remote device 30 based on the read / extracted information. After receiving the TDE transmitted from the equipment communication module 30a, the procedure is performed to store the received TDE in its information storage area (see FIG. 3).

At this time, as shown in the figure, the TDE transmitted from the equipment communication module 30a side to the TDE receiving module 104 side is encrypted, such as <A1 0A 0B 06 0C ‥ 45 4A ‥> in consideration of security issues. It takes the form of raw data.

In this way, the TDE analysis module 106 controlled by the AI operation control module 101 in the situation that the TDE transmitted from the remote device 30 side equipment communication module 30a is completed by the TDE reception module 104. Side) communicates with the TDE receiving module 104 side, reads the received TDE, and then proceeds to interpret the effective equipment information described in the corresponding TDE through the predefined data analysis criteria. do.

Under the progress of this procedure, the TDE analysis module 106 took the form of an encrypted raw data such as <A1 0A 0B 06 0C ‥ 45 4A ...> while referring to a predefined data analysis standard. Effective within <10:33:35 seconds, latitude 45 minutes 23 seconds 53 minutes, operating time 3454 hours, cooling water 34 degrees, operating oil 23 degrees, 23 alarms, fuel level 24%> Equipment information can be interpreted normally without any problems.

In this way, within the TDE, which was in an encrypted form such as <A1 0A 0B 06 0C ‥ 45 4A ‥>, <10: 2010 12:33:35 seconds, latitude 45 minutes 23 seconds 53 minutes, operating time 3454 hours, cooling water 34 degrees, operating oil 23 degrees, 23 alarms, fuel remaining amount 24%>, etc., when the analysis of the effective equipment information is completed, including the abnormal situation controlled by the AI operation control module 101 module 107 The side communicates with the TDE analysis module 106, the abnormal situation determination reference information storage module 108, etc., and stores the effective device information of the remote device 30 analyzed by the TDE analysis module 106, and the abnormal situation determination reference information. Based on the abnormal situation determination reference information previously stored in the module 108, the procedure for determining whether the effective equipment information includes <the abnormal situation information corresponding to the abnormal situation of the remote device 30> is performed. do.

Under these procedures, for example, the abnormality determination standard information indicates that if the cooling water temperature of the XX equipment is out of the range of XX to XX, this corresponds to a failure situation, and is described in the effective equipment information of the XX equipment. If the coolant temperature is read / confirmed that the temperature is out of the range of XX to XX, the abnormality status inclusion module 107 immediately determines whether the abnormality information corresponding to the abnormal status of the remote equipment 30 is included in the corresponding effective equipment information. (Eg, fault information)>.

As another example, in the abnormal situation determination standard information, if the latitude of the XX equipment is out of the range of XX to XX, it corresponds to the deviation of the boundary situation, and the latitude described in the effective equipment information of the XX equipment is XX. If it is read / confirmed that it is out of the range of XX, the abnormality state inclusion module 107 determines immediately that the abnormal state information (for example, the boundary corresponding to the abnormal state of the remote device 30) in the corresponding effective equipment information. Exit information)>.

On the other hand, by performing the function of the determination module 107 including the abnormal situation, it is confirmed that the abnormal equipment information corresponding to the abnormal situation of the remote equipment 30 is included in the effective equipment information of the remote equipment 30 side. In this case, the AI extraction module 110 controlled by the AI operation control module immediately communicates with the AI storage module 109 to extract the AI stored in the information storage area thereof, and then provides the AI providing module 111 with the AI providing module 111. By taking a communication, a procedure of transmitting the extracted AI to the AI providing module 111 is performed (see FIG. 3).

In this way, in the situation where the AI stored in the AI storage module 109 is extracted / transmitted, the AI providing module 111 controlled by the AI operation control module 101 communicates with the AI extraction module 110. Take the extracted AI, and communicate with the remote device registration information storage module 105, and remote device registration information (e.g., device communication installed in the remote device) previously stored in its information storage area. The procedure of extracting the registration information of the module 30a is performed (see FIG. 3).

Through the above-described procedure, when the AI, the remote device registration information corresponding to the AI (for example, the registration information of the device communication module 30a installed in the remote device 30) and the like are received / extracted, the AI providing module On the (111) side, a series of data generation routines are performed to combine AI, remote device registration information (eg, registration information of the device communication module 30a installed in the remote device), and the like. After generating the AI support information, it communicates with the MD operating system 11 through the interface module 102, the wired / wireless communication network 12, and the like, and sends the generated AI support information to the MD operating system 11 side. The transmission / providing procedure is performed (see FIG. 3).

Of course, in this situation, while the MD operating system 11 communicates with the remote device-related subject communication device 13, as shown in Fig. 4, the background of the map image, the AI 200 is normal. After generating the MD> displayed separately from the remote device icon 14, the generated MD is output through the remote device related subject communication device 13, and finally, the remote device related subject communication device 13 is noticed. The remote equipment related subject (eg, remote equipment operating subject, remote equipment rental subject, etc.) can quickly recognize an abnormal situation of a specific remote equipment 30 without any difficulty (in this case, the AI 200 In order to easily distinguish the normal remote device icon 14 from, for example, a red color, the color and shape of the AI 200 may be variously modified depending on the situation.

As described above, in the present invention, the actual remote equipment 30 displayed on the MD is communicated with the <MD operating system 11 in a communication pipeline such as the remote device-related subject communication device 13 and the MD operating system 11. Computer module that can receive the characteristic information of the>, <communication module that can receive the TDE by communicating with the equipment communication module (30a) of the remote device 30 on the basis of the received characteristic information of the remote device 30 >, <Computation module that can read the received TDE and interpret the effective equipment information described in the TDE>, <Read the valid equipment information that has been analyzed, and the remote equipment 30 is abnormal in the corresponding effective equipment information. Computer module that can determine whether the abnormal situation information corresponding to the situation>, <When the effective equipment information is determined to include the abnormal situation information corresponding to the abnormal situation of the remote equipment 30, is stored in advance Extracted the AI 200 By combining the extracted AI 200 with the remote device registration information previously stored, the AI support information is generated, and the generated AI support information is transmitted to the MD operating system 11 side, so that the AI 200 is displayed. To provide a computerized module that can support the output via the remote device-related subject communication device 13, etc., so that under the implementation environment of the present invention, the remote device-related subject (eg, The remote equipment operating entity, the remote equipment leasing subject, etc.) recognizes the occurrence of the abnormal condition within the shortest time through the AI 200 without unnecessary time delay when an actual situation of the remote device 30 occurs. It is possible to take appropriate measures promptly, and, in the end, it is possible to widely enjoy the advantage that the overall remote equipment management efficiency is optimally improved without any difficulty.

On the other hand, under the control system of the AI operation control module 101 of the present invention, the AI supplement list support module 112 is additionally disposed in addition to the various computer modules described above (see FIG. 2).

In this case, the AI replenishment list support module 112 side, as shown in FIG. 4, <MD displayed by distinguishing the AI 200 from the normal remote device icon 14 on the background of the map image is remote. In the situation that is output through the equipment-related subject communication device 13, by selecting the cluster type AI (200) on the remote equipment-related subject side, AI from the remote equipment-related subject communication device (13) or MD operating system (11) side When a series of AI supplement list providing request information corresponding to the 200 is transmitted, a procedure of reading the abnormal situation information of the remote device 30 corresponding to the AI 200 by communicating with the determination module for inclusion of the abnormal situation is performed. You will proceed.

In this way, when the abnormal situation information of the remote device 30 corresponding to the AI 200 is read, the AI supplement list support module 112 performs a series of data generation routines, and the remote corresponding to the AI 200. After generating a series of AI supplement list 201 describing abnormal situation information of the equipment 30, and transmitting the completed IE supplement list 201 to the remote device related subject communication device 13 or MD operating system 11 side. It will proceed to the procedure (see Figure 3).

Of course, in this situation, as shown in Fig. 5, <the background of the map image, the AI 200 is distinguished from the normal remote equipment icon 14 and displayed in the MD> remote corresponding to the AI 200. The AI supplement list 201 in which the abnormal situation information of the equipment 30 is described in detail can be additionally generated / published, and thus, the remote equipment related subject (eg, the remote equipment related subject that was paying attention to the remote equipment related subject communication device 1). Remote equipment operating subject, remote equipment rental subject, etc.) side can be more effectively check the abnormal situation information of the remote device 30 corresponding to the AI (200).

The present invention has an overall useful effect in many fields that require the management of remote equipment.

Although specific embodiments of the present invention have been described and illustrated above, it is to be understood that the present invention may be embodied in many other specific forms without departing from the spirit or essential characteristics thereof.

Such modified embodiments should not be understood individually from the technical idea and viewpoint of the present invention, and such modified embodiments should be included in the appended claims of the present invention.

1,11: MD operating system 11a: MD operating service module 2,12: wired / wireless communication network
3,13: Remote device related communication device 14: Remote device icon 30: Remote device
30a: Remote communication device communication module 100: AI operating unit
101: AI operation control module 102: interface module
103: remote device characteristic information receiving module 104: TDE receiving module
105: remote device registration information storage module 106: TDE analysis module
107: module for determining whether an abnormal situation is included 108: standard information storage module for determining abnormal situation
109: AI storage module 110: AI extraction module 111: AI providing module
112: AI supplement list support module 200: AI 201: AI supplement list

Claims (2)

Subject to the remote device-related subject communication device, while communicating with the MD operating system for providing map data of a long distance equipment (MD) and the actual remote device indicated in the MD, according to the occurrence of an abnormal situation of the remote device, An AI operation control module controlling an operation procedure of an alarm icon of a long distance equipment (AI) to be displayed on the MD;
A remote device characteristic information reception module controlled by the AI operation control module and communicating with the MD operation system to receive characteristic information of the actual remote device displayed on the MD;
Controlled by the AI operation control module, and communicates with the remote communication device communication module based on the remote device characteristic information received by the remote device characteristic information reception module, remote device transmission data (TDE: a Transmitting Data which a TDE receiving module for receiving is received from a long distance equipment;
A TDE analysis module controlled by the AI operation control module, which reads the TDE received by the TDE reception module and interprets the valid equipment information described in the corresponding TDE;
The abnormal situation, which is controlled by the AI operation control module and reads the effective equipment information analyzed by the TDE analysis module and determines whether the valid equipment information includes abnormal situation information corresponding to the abnormal situation of the remote equipment. Inclusion module;
Controlled by the AI operation control module, the AI was previously stored when it is determined by the determination module whether the abnormal situation includes the abnormal situation information corresponding to the abnormal situation of the remote equipment, the effective equipment information; AI extraction module for extracting;
Controlled by the AI operation control module, by combining the AI extracted by the AI extraction module with the pre-stored remote device registration information, generates AI support information, the generated AI support information to the MD operating system side And an AI providing module for transmitting and outputting the MD marked with the AI through the remote device related subject communication device. The apparatus of claim 1, wherein the AI is controlled by the AI operation control module, and the AI is displayed on the remote device-related subject side in a situation in which the MD displaying the AI is outputted through the remote device-related subject communication device. When the AI supplement list providing request information corresponding to the AI is transmitted from the device-related subject communication device or the MD operating system, the abnormal situation information of the remote device corresponding to the AI is communicated with the determination module whether the abnormal condition is included or not. After reading the information, generate an AI supplement list that describes the abnormal situation information of the remote device corresponding to the AI, and support the AI supplement list for transmitting the generated AI supplement list to the remote device related subject communication device or the MD operating system. AI operating unit further comprising a module.

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