KR20230037907A - Real-time remote cross facilitates management and inspectioin system - Google Patents

Abstract

The present invention relates to a real-time remote cross facility management and inspection system comprising: a CCTV camera which captures and transmits management inspection videos for factory machine equipment or firefighting equipment; a concerned person (worker or the like) mobile device (PDA, smartphone, and the like) which captures and transmits management inspection images of the factory machine equipment or the firefighting equipment by operation of a concerned person (worker or the like); a remote PC terminal which receives the management inspection videos captured by the CCTV camera and retransmits the received management inspection videos; a machine and firefighting equipment management and inspection company terminal which receives the management inspection images from the concerned person (worker or the like) mobile device (PDA, smartphone, and the like), receives the management inspection videos from the remote PC terminal, and performs primary labeling on the management inspection images or the management inspection videos according to the input of a machine and firefighting equipment management and inspection provider and retransmits the same when the received management inspection images or management inspection videos are visually confirmed by the machine and firefighting equipment management and inspection provider; a cloud inspection manager terminal which performs final labeling on the management inspection images or the management inspection videos according to the input of an inspection manager and uploads the same when the management inspection images or the management inspection videos, on which the primary labeling is performed by the machine and firefighting equipment management and inspection company terminal, are visually confirmed by the inspection manager; and a cloud server which backs up and stores the management inspection images or the management inspection videos uploaded by a cloud inspection manager terminal. Therefore, the machine and firefighting equipment management and inspection provider can secure desired facility management and inspection images without having to personally visit fields.

Description

Real-time remote cross facility management/facility inspection system {REAL-TIME REMOTE CROSS FACILITATES MANAGEMENT AND INSPECTIOIN SYSTEM}

The present invention relates to a remote cross facility management/facility inspection system, specifically, to a real-time remote cross facility management/facility inspection system, and more specifically to a mobile device (PDA, smartphone, etc.) of a person concerned (worker, etc.) ), real-time remote cross facility management and facility inspection.

Many fire management companies directly go to the site to inspect various mechanical facilities or firefighting facilities such as apartment houses and factories, but due to the COVID-19 pandemic, it is very inconvenient to go out to the site for inspection, and it is difficult to inspect. Difficult cases often arise.

Therefore, there is a demand for a plan that can inspect various mechanical facilities or firefighting facilities in apartment houses, factories, etc., instead of field facility inspections by experts, even if regular field facility inspections (mechanical facilities or firefighting facility inspections) are not performed. .

Currently, it is necessary to find alternative methods for facility inspection using field personnel (workers, etc.), and it is necessary to find a method that can be usefully and accurately inspected at sites with CCTVs and facilities without CCTVs.

Publication of Patent Publication 10-2018-0138484 Registered Patent Publication 10-1097409

An object of the present invention is to provide a real-time remote cross facility management/facility inspection system.

The real-time remote cross facility management/facility inspection system according to the object of the present invention described above includes a CCTV camera that shoots and transmits a facility management/facility inspection image or video of machinery or firefighting equipment in an apartment house or factory; A mobile device (PDA, smart phone, etc.) of the person concerned (worker, etc.) that shoots and transmits a facility management/facility inspection image of the factory machinery or the firefighting equipment by manipulation to the person concerned (worker, etc.); a remote PC terminal for receiving a facility management/facility inspection video filmed by the CCTV camera and retransmitting the received facility management/facility inspection video; Facility management/facility inspection image is received from the mobile device (PDA, smartphone, etc.) of the person concerned (worker, etc.), facility management/facility inspection video is received from the remote PC terminal, and the received facility management/facility inspection image or When a facility management/facility inspection video is visually confirmed by a facility management/facility inspection company, primary labeling is performed for the facility management/facility inspection image or facility management/facility inspection video according to the input of the facility management/facility inspection company. Machinery and firefighting equipment management/facility inspection company terminals that perform and retransmit; When the facility management/facility inspection image or facility management/facility inspection video that has been labeled as the primary label from the machine and firefighting facility management/facility inspection company terminal is visually checked by the person in charge of inspection, the facility is managed according to the input of the person in charge of inspection. · A cloud inspection manager terminal that performs final labeling on facility inspection images or facility management/facility inspection videos and uploads them; It may be configured to include a cloud server for backing up and storing a facility management/facility inspection image or a facility management/facility inspection video uploaded by the cloud inspection manager terminal.

Here, the mobile device (PDA, smartphone, etc.) of the person concerned (worker, etc.) takes a picture of the apartment house, factory, etc., or the firefighting equipment, generates a facility management/facility inspection image, and displays it on a display. module; an image transmission module for transmitting the image generated by the photographing module to a facility management/facility inspection company terminal; To include a re-shooting automatic control module that re-photographs the factory machinery or fire-fighting equipment to regenerate the facility management/facility inspection image when a re-shooting instruction is received by the machine and fire-fighting equipment management/facility inspection company terminal can be configured.

In addition, the machine and firefighting equipment management/facility inspection company terminal is a facility management/facility inspection image or facility management/facility image transmission module of a mobile device (PDA, smartphone, etc.) of the person concerned (worker, etc.) or the remote PC terminal. An image receiving module for receiving an inspection video; a display module that displays the facility management/facility inspection image or facility management/facility inspection video received from the image receiving module so that the machinery and firefighting facility management/facility inspection operator can visually check; A primary labeling module for performing primary labeling on the facility management/facility inspection image or the facility management/facility inspection video according to visual confirmation and input of the machine and fire management inspection operator; an image transmission module for transmitting a facility management/facility inspection image or a facility management/facility inspection video in which the primary labeling has been performed in the primary labeling module to the cloud inspection manager terminal; If re-shooting is necessary according to the visual confirmation result of the machine and fire-fighting equipment management and facility inspection company, the re-shooting instruction is transmitted to the re-shooting automatic control module according to the input of the machine and fire-fighting equipment management and facility inspection company. It may be configured to include a re-photographing instruction module.

The cloud inspection manager terminal includes an image receiving module for receiving a facility management/facility inspection image or a facility management/facility inspection video from the image transmission module of the firefighting facility inspection company terminal; a display module for displaying the facility management/facility inspection image or the facility management/facility inspection video received from the image receiving module so that the person in charge of the inspection can visually check; An inspection manager inspection module that performs inspection according to the visual confirmation result of the inspection manager and the input of the inspection manager; A final labeling module for generating a final image by performing final labeling on the facility management/facility inspection image or the facility management/facility inspection video according to the inspection performed by the inspection manager inspection module; a final image transmission module uploading the final image generated by the final labeling module to the cloud server; an automatic report generation module for automatically generating a report according to the inspection result performed by the inspector inspection module; It may be configured to include a report upload module for uploading the report automatically generated by the report automatic generation module to the cloud server.

And the cloud server, the final image receiving module for receiving the final image uploaded from the final image transmission module of the cloud inspection manager terminal; a final label verification module for verifying a final label of the final image received by the final image receiving module; a final image classification module classifying the final label identified in the final label identification module; a final image database in which the final image is backup-stored according to the final label classified by the final image classification module; a final image recognition module recognizing a final image backed up and stored in the final image database; a final image automatic comparison module for automatically comparing the final image recognized by the final image recognition module with a previously stored final image; an automatic facility inspection module for automatically inspecting a corresponding facility according to an automatic contrast result of the final image automatic contrast module and outputting an inspection result; a report receiving module for receiving a report uploaded from a report uploading module of the cloud inspector terminal; It may be configured to include a report database in which reports received by the report receiving module are backed up and stored.

According to the above-mentioned real-time remote cross facility management/facility inspection system, field personnel (workers, etc.) directly install CCTV images or videos and mobile devices (PDAs, smartphones, etc.) By directly photographing the firefighting equipment and sending the image to the machine and firefighting equipment management/facility inspection company to receive the first confirmation, the machine and firefighting equipment management/facility inspection company does not have to visit the site individually to manage the facility/facility they want. It has the effect of securing an inspection image.

In particular, the primary labeled images are collected from terminals of various machinery and firefighting equipment management and facility inspection companies, and the person in charge of inspection directly inspects them and uploads them to the server. By being configured to automatically prepare according to, there is an effect that can automatically identify the deterioration, breakdown, problems, etc. of factory machinery or firefighting equipment.

1 is a block diagram of a real-time remote cross facility management/facility inspection system according to an embodiment of the present invention.
2 is a schematic diagram of equipment shooting and data transmission according to an embodiment of the present invention.
3 is an image showing a difference between a cooled/uncooled thermal imaging sensor and a ray imaging image according to an embodiment of the present invention.
4 is a schematic diagram of a technique for converting a column into a video signal according to an embodiment of the present invention.
5 is an image showing a difference in image quality of a video signal technology using a column according to an embodiment of the present invention.
6 is a physical configuration diagram of a photographing device to which a telephoto lens and a thermal image sensor are attached using a smartphone according to an embodiment of the present invention.
7 is a flowchart of a real-time remote cross facility management/facility inspection method according to an embodiment of the present invention.

Since the present invention can make various changes and have various embodiments, specific embodiments will be illustrated in the drawings and described in detail in specific contents for practicing the invention. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention. Like reference numerals have been used for like elements throughout the description of each figure.

Terms such as first, second, A, and B may be used to describe various components, but the components should not be limited by the terms. These terms are only used for the purpose of distinguishing one component from another. For example, a first element may be termed a second element, and similarly, a second element may be termed a first element, without departing from the scope of the present invention. The terms and/or include any combination of a plurality of related recited items or any of a plurality of related recited items.

It is understood that when an element is referred to as being "connected" or "connected" to another element, it may be directly connected or connected to the other element, but other elements may exist in the middle. It should be. On the other hand, when an element is referred to as “directly connected” or “directly connected” to another element, it should be understood that no other element exists in the middle.

Terms used in this application are only used to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this application, the terms "include" or "have" are intended to designate that there is a feature, number, step, operation, component, part, or combination thereof described in the specification, but one or more other features It should be understood that the presence or addition of numbers, steps, operations, components, parts, or combinations thereof is not precluded.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related art, and unless explicitly defined in the present application, they should not be interpreted in an ideal or excessively formal meaning. don't

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

1 is a block diagram of a real-time remote cross facility management/facility inspection system according to an embodiment of the present invention. 2 is a schematic diagram of facility imaging and data transmission according to an embodiment of the present invention, and FIG. 3 is an image showing a difference between a cooled/uncooled thermal imaging sensor and a ray imaging image according to an embodiment of the present invention. 4 is a schematic diagram of a technology for converting a column into a video signal according to an embodiment of the present invention, and FIG. 5 is an image showing a difference in image quality of a video signal technology using a column according to an embodiment of the present invention, 6 is a physical configuration diagram of a photographing device to which a telephoto lens and a thermal image sensor are attached using a smartphone according to an embodiment of the present invention.

Referring to FIG. 1, the real-time remote cross facility management/facility inspection system 100 according to an embodiment of the present invention includes a CCTV camera 110, a related person (worker, etc.) mobile device (PDA, smartphone, etc.) 120 , It may be configured to include a remote PC terminal 130, a machine and firefighting equipment management/facility inspection company terminal 140, a cloud inspection manager terminal 150, and a cloud server 160.

First, as shown in FIG. 2, the present invention is basically operated by collecting, transmitting, and checking data of the mechanical equipment 10 or the firefighting equipment 20.

Hereinafter, a detailed configuration will be described.

The CCTV camera 110 may be configured to capture and transmit a management inspection video of a mechanical facility 10 or firefighting facility 20 such as an apartment house or a factory.

A mobile device (PDA, smartphone, etc.) 120 of a person concerned (worker, etc.) is configured to photograph and transmit a management inspection image of the factory machinery 10 or firefighting equipment 20 by manipulation to the person concerned (worker, etc.) can A person concerned (workers, etc.) at the site may directly photograph a specific part or area of the factory machinery equipment 10 or the firefighting equipment 20.

A mobile device (PDA, smartphone, etc.) 120 of a person (worker, etc.) may be configured to include a photographing module 121, an image transmission module 122, and an automatic re-capture control module 123.

Hereinafter, a detailed configuration will be described.

The photographing module 121 may be configured to photograph the mechanical equipment 10 or the firefighting equipment 20 of an apartment house, a factory, or the like, generate a management inspection image, and display the image on a display (not shown). The image of the blind spot is configured to be photographed and transmitted with a high resolution by attaching a cooled/uncooled thermal image sensor or a telephoto lens to a mobile device (PDA, smartphone, etc.) 120 of a person concerned (worker, etc.). Attaching a cooled/uncooled thermal image sensor or a telephoto lens to a mobile device (PDA, smartphone, etc.) 120 of a person concerned (worker, etc.) is illustrated in FIG. 6 .

As shown in FIG. 3, a thermal image and a visible ray image show a difference in quality.

A thermal image can be generated in the same way as shown in FIG. 4. FIG. 5 shows that an uncooled infrared thermal imaging sensor detects far-infrared rays that are advantageous for identification among infrared regions radiated from all objects and implements an image with a real-time temperature difference. . It has an advantage over existing photonic sensors in terms of price and can be miniaturized.

The image transmission module 122 may be configured to transmit the management inspection image generated by the photographing module 121 to the machine and firefighting equipment management/facility inspection company terminal 140 .

When the re-shooting automatic control module 123 receives a re-shooting instruction from the machine and fire-fighting equipment management/facility inspection company terminal 120, the machine equipment 10 of the apartment house, factory, or the corresponding fire-fighting equipment 20 ) to recreate the management inspection image.

Here, the image transmission module 122 may be configured to retransmit the management inspection image regenerated by the recapture automatic control module 123 to the machine and firefighting equipment management/facility inspection company terminal 120 .

The remote PC terminal 130 may be configured to receive a management inspection video taken by the CCTV camera 110 and retransmit the received management inspection video.

The machine and firefighting equipment management/facility inspection company terminal 140 receives a management inspection image from a mobile device (PDA, smartphone, etc.) received, and if the received management inspection image or management inspection video is visually confirmed by the machinery and firefighting equipment management/facility inspection company, the management inspection image or management inspection video is received according to the input of the machinery and firefighting equipment management/facility inspection company It can be configured to perform primary labeling on and retransmit.

The machine and firefighting facility management/facility inspection company terminal 140 includes an image reception module 141, a display module 142, a primary labeling module 143, an image transmission module 144, and a re-shooting instruction module 145. can be configured to include

Hereinafter, a detailed configuration will be described.

The image receiving module 141 is configured to receive a management inspection image or a management inspection video from the image transmission module 122 of a mobile device (PDA, smartphone, etc.) 120 of a person concerned (worker, etc.) or a remote PC terminal 130. It can be.

The display module 142 may be configured to display the management inspection image or management inspection video received from the image receiving module 141 so that a machine and firefighting equipment management/facility inspection operator can visually check. At this time, the machine and firefighting equipment management/facility inspection company may instruct the field personnel (workers, etc.) to retake the photographing again if the management inspection image is captured incorrectly as a result of the visual confirmation.

The primary labeling module 143 may be configured to perform primary labeling on a management inspection image or a management inspection video according to visual confirmation and input of a machine and firefighting equipment manager/facility inspection operator. That is, as a result of visual confirmation by the machine and firefighting equipment management/facility inspection company, if the shooting is successful, the first labeling is performed.

The image transmission module 144 may be configured to transmit a management inspection image or a management inspection video on which the primary labeling is performed in the primary labeling module 143 to the cloud inspection manager terminal 150 .

The re-shooting instruction module 145 automatically controls the re-shooting instruction according to the input of the machine and fire-fighting equipment manager and facility inspector when re-shooting is necessary according to the visual confirmation result of the machine and fire-fighting equipment manager and facility inspector. may be configured to transmit to module 123.

When the cloud inspection manager terminal 150 visually checks the management inspection image or management inspection video that has been labeled as the primary from the machine and firefighting equipment management/facility inspection company terminal 140 by the inspection manager, according to the inspection manager's input It may be configured to upload and perform final labeling on the corresponding management check image or management check video.

The cloud inspector terminal 150 includes an image reception module 151, a display module 152, an inspection supervisor inspection module 153, a final labeling module 154, a final image transmission module 155, and an automatic report generation module 156. ), a report upload module 157.

Hereinafter, a detailed configuration will be described.

The image receiving module 151 may be configured to receive a management inspection image or a management inspection video from the image transmission module 144 of the machine and firefighting equipment management/facility inspection company terminal 140 .

The display module 152 may be configured to display the management inspection image or the management inspection video received from the image reception module 151 so that a person in charge of inspection can visually check. The person in charge of inspection can determine whether to perform final labeling after visual inspection.

The inspection manager inspection module 153 may be configured to perform inspection according to the result of the inspection manager's visual confirmation and the inspection manager's input.

The final labeling module 154 may be configured to generate a final image by performing final labeling on a management inspection image or a management inspection video according to the inspection performed by the inspector inspection module 153 .

The final image transmission module 155 may be configured to upload the final image generated by the final labeling module 154 to the cloud server 160 .

The automatic report generation module 156 may be configured to automatically generate a report according to the inspection results performed by the inspection manager inspection module 153 . In other words, a report reflecting the inspection result can be automatically generated and recorded. It could be that the details are obsolete or that failure is expected in a short period of time.

The report upload module 157 may be configured to upload the report automatically generated by the report auto-generation module 156 to the cloud server 160 .

The cloud server 160 may be configured to backup and store a management inspection image or a management inspection video uploaded by the cloud inspection manager terminal 150 .

The cloud server 160 includes a final image receiving module 161, a final label verification module 162, a final image classification module 163, a final image database 164, a final image recognition module 165, and a final image automatic contrast module. (166), a facility automatic inspection module 167, a report receiving module 168, and a report database 169.

Hereinafter, a detailed configuration will be described.

The final image reception module 161 may be configured to receive a final image uploaded from the final image transmission module 155 of the cloud inspector terminal 150 .

The final label verification module 162 may be configured to verify the final label of the final image received in the final image receiving module 161 .

The final image classification module 163 may be configured to classify the final label identified in the final label verification module 162 .

The final image database 164 may be configured to backup and store final images according to the final labels classified in the final image classification module 163 . The final image to which the final label is added may be configured to be stored according to the lapse of time for each photographed part of each facility.

The final image recognition module 165 may be configured to recognize the final image backed up and stored in the final image database 164 .

The final image automatic comparison module 166 may be configured to automatically compare the final image recognized by the final image recognition module 165 with a previously stored final image. The final images stored in the final image database 164 are automatically compared with the previous final image and the current final image over time, and through this, deterioration, failure, problems, etc. of the part of the facility can be checked through comparison. . Here, final images of the same shooting area or the same shooting part of the factory machinery 10 or the firefighting equipment 20 may be compared over time. This can be automatically confirmed through image recognition technology. It is normal for the same final images to have the same shape and outline, and if a failure occurs over time, this contrast may show different results.

The automatic facility inspection module 167 may be configured to automatically inspect the corresponding facility according to the automatic contrast result of the final image automatic contrast module 166 and output the inspection result.

The report receiving module 168 may be configured to receive a report uploaded from the report upload module 157 of the cloud inspector terminal 150 .

The report database 169 may be configured to store backups of reports received at the report receiving module 168 .

7 is a flowchart of a real-time remote cross facility management/facility inspection method according to an embodiment of the present invention.

Referring to FIG. 7, the CCTV camera 110 shoots and transmits a management inspection video of the mechanical equipment 10 or firefighting equipment 20 in an apartment house, factory, etc., and transmits it to a mobile device (PDA, smart phone, etc.) 120 photographs and transmits a management inspection image of the factory machine equipment 10 or the firefighting equipment 20 by manipulation to the person concerned (worker, etc.) (S101).

Next, the remote PC terminal 130 receives the management inspection video taken by the CCTV camera 110 and retransmits the received management inspection video (S102).

Next, the machine and firefighting equipment management/facility inspection company terminal 140 receives a management inspection image from a mobile device (PDA, smartphone, etc.) 120 of a person concerned (worker, etc.) (S103).

Next, the machine and firefighting equipment management/facility inspection company terminal 140 receives the management inspection video from the remote PC terminal 130, and performs machine and firefighting equipment management/facility inspection on the received management inspection image or management inspection video. When visual confirmation is performed by the contractor, primary labeling is performed on the corresponding management inspection image or management inspection video according to the input of the machine and firefighting equipment management/facility inspection operator and retransmission (S104).

Next, when the cloud inspection manager terminal 150 visually confirms the management inspection image or management inspection video that has been labeled as the primary from the machine and firefighting equipment management/facility inspection company terminal 140 by the inspection manager, According to the input, final labeling of the management inspection image or management inspection video is performed and uploaded (S105).

Next, the cloud server 160 backups and stores the management inspection image or management inspection video uploaded by the cloud inspection manager terminal 150 (S106).

Next, a comparison report for each time period with the data labeled at the present time and the previously checked data is generated (S107).

Although described with reference to the above embodiments, those skilled in the art can understand that the present invention can be variously modified and changed without departing from the spirit and scope of the present invention described in the claims below. There will be.

110: CCTV camera
120: Officials (workers, etc.) mobile devices (PDAs, smartphones, etc.)
121: shooting module
122: image transmission module
123: re-shooting automatic control module
130: remote PC terminal
140: Machinery and firefighting equipment management and facility inspection company terminal
141: image receiving module
142: display module
143: primary labeling module
144: image transmission module
145: re-shooting instruction module
150: Cloud inspection manager terminal
151: image receiving module
152: display module
153: inspection manager inspection module
154 final labeling module
155: final image transmission module
156: Report automatic generation module
157: report upload module
160: cloud server
161: final image receiving module
162 Final label verification module
163: final image classification module
164 Final image database
165: final image recognition module
166: final image auto-contrast module
167: Facility automatic inspection module
168: report receiving module
169: report database

Claims (5)

A CCTV camera for capturing and transmitting a video of maintenance and inspection of factory machinery or firefighting equipment;
A mobile device (PDA, smartphone, etc.) of a person (worker, etc.) for photographing and transmitting a management inspection image of the factory machinery or the firefighting equipment by manipulation to the person concerned (worker, etc.);
a remote PC terminal for receiving a management inspection video captured by the CCTV camera and retransmitting the received management inspection video;
Receives a management inspection image from the person concerned (worker, etc.) mobile device (PDA, smartphone, etc.), receives a management inspection video from the remote PC terminal, and receives the management inspection image or management inspection video for machinery and firefighting equipment Upon visual confirmation by the management/facility inspection company, the first labeling is performed on the management inspection image or management inspection video according to the input of the above machine and firefighting facility management/facility inspection company, and the machine and firefighting facility management/facility are retransmitted. inspection company terminal;
When the inspection manager visually checks the management inspection image or management inspection video that has been labeled as the primary label from the machine and firefighting equipment management/facility inspection company terminal, the corresponding management inspection image or management inspection video is displayed according to the input of the inspection manager. A cloud inspector terminal that performs final labeling and uploads;
A real-time remote cross facility management/facility inspection system including a cloud server for backing up and storing the management inspection image or management inspection video uploaded by the cloud inspection manager terminal.
The method of claim 1, wherein the concerned person (worker, etc.) mobile device (PDA, smartphone, etc.),
a photographing module generating a management inspection image by photographing the factory machinery or the firefighting equipment and displaying the image on a display;
an image transmission module for transmitting the management inspection image generated by the photographing module to the machine and firefighting equipment management/facility inspection company terminal;
When a re-shooting instruction is received by the machine and fire-fighting equipment management/facility inspection company terminal, it is configured to include a re-shooting automatic control module that re-photographs the corresponding factory machinery or equipment and regenerates a management inspection image. Real-time remote cross facility management/facility inspection system characterized by
The method of claim 2, wherein the machine and firefighting equipment management and facility inspection company terminals,
An image receiving module for receiving a management inspection image or a management inspection video from the image transmission module of the concerned person (worker, etc.) mobile device (PDA, smart phone, etc.) or the remote PC terminal;
a display module that displays the management inspection image or management inspection video received from the image receiving module so that the machinery and firefighting equipment management/facility inspection operator can visually check;
A primary labeling module for performing primary labeling on the management inspection image or management inspection video according to visual confirmation and input of the machine and firefighting equipment management/facility inspection company;
an image transmission module for transmitting a management inspection image or a management inspection video for which the first labeling has been performed in the first labeling module to the cloud inspection manager terminal;
If re-shooting is necessary according to the visual confirmation result of the machine and fire-fighting equipment management and facility inspection company, the re-shooting instruction is transmitted to the re-shooting automatic control module according to the input of the machine and fire-fighting equipment management and facility inspection company. A real-time remote cross facility management/facility inspection system, characterized in that it is configured to include a reshooting instruction module.
The method of claim 3, wherein the cloud inspection manager terminal,
An image receiving module for receiving a management inspection image or a management inspection video from the image transmission module of the machine and firefighting facility management/facility inspection company terminal;
a display module displaying the management inspection image or the management inspection video received from the image receiving module so that the person in charge of inspection can visually check;
An inspection manager inspection module that performs inspection according to the visual confirmation result of the inspection manager and the input of the inspection manager;
a final labeling module generating a final image by performing final labeling on the management inspection image or the management inspection video according to the inspection performed by the inspection manager inspection module;
a final image transmission module uploading the final image generated by the final labeling module to the cloud server;
an automatic report generation module for automatically generating a report according to the inspection result performed by the inspector inspection module;
A real-time remote cross facility management/facility inspection system, characterized in that configured to include a report upload module for uploading a report automatically generated by the report auto-generating module to the cloud server.
The method of claim 4, wherein the cloud server,
a final image reception module for receiving a final image uploaded from a final image transmission module of the cloud inspector terminal;
a final label verification module for verifying a final label of the final image received by the final image receiving module;
a final image classification module for classifying the final label identified in the final label verification module;
a final image database in which the final image is backup-stored according to the final label classified by the final image classification module;
a final image recognition module recognizing a final image backed up and stored in the final image database;
a final image automatic comparison module for automatically comparing the final image recognized by the final image recognition module with a previously stored final image;
an automatic facility inspection module for automatically inspecting a corresponding facility according to an automatic contrast result of the final image automatic contrast module and outputting an inspection result;
a report receiving module for receiving a report uploaded from a report uploading module of the cloud inspector terminal;
Real-time remote cross facility management/facility inspection system, characterized in that configured to include a report database in which the report received from the report receiving module is backed up and stored.

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