阅读说明：本技术 一种入廊作业控制方法、系统和存储介质 (Corridor operation control method, system and storage medium ) 是由 张�杰 唐朝国 张毅 张绪伟 周健 张居力 于 2021-11-08 设计创作，主要内容包括：本申请公开了一种入廊作业控制方法、系统和存储介质,该方法包括获取入廊作业申请指令,根据入廊作业申请指令生成作业时间表和作业区域权限表；并根据作业时间表和作业区域权限表控制现场第一监控系统和第二监控系统；并接收第一监控系统和第二监控系统的反馈数据,并在作业监控界面显示,能够基于时间表和权限管理规则对现场进行集中管理,基于作业时间表和作业区域权限形成对应的作业区域监控页面,进行针对性的管理和监控,有效降低管廊运营的风险。本申请提供的上述系统和存储介质具有与上述方法相同的优点。(The application discloses an entrance corridor operation control method, a system and a storage medium, wherein the method comprises the steps of obtaining an entrance corridor operation application instruction, and generating an operation time table and an operation area authority table according to the entrance corridor operation application instruction; controlling a first monitoring system and a second monitoring system on site according to the operation time table and the operation area authority table; and feedback data of the first monitoring system and the second monitoring system are received and displayed on an operation monitoring interface, centralized management can be performed on the site based on a schedule and authority management rules, a corresponding operation area monitoring page is formed based on the operation schedule and the operation area authority, targeted management and monitoring are performed, and the risk of operation of the pipe gallery is effectively reduced. The present application provides the above-described system and storage medium with the same advantages as the above-described method.)

1. An porch operation control method is characterized by comprising the following steps:

acquiring an entrance corridor operation application instruction, and generating an operation time table and an operation area authority table according to the entrance corridor operation application instruction; generating an operation monitoring interface according to the operation time table and the operation area authority table;

adjusting the authority rule of the first monitoring system on site according to the operation time table and the operation area authority table;

receiving an operation request, comparing the operation request with the authority rule, and responding or rejecting the operation request by the first monitoring system according to a comparison result;

the second monitoring system guards field operation according to the operation time table and the operation area authority table;

and receiving feedback data of the first monitoring system and the second monitoring system, and displaying the feedback data on the operation monitoring interface.

2. The porch job control method according to claim 1, wherein the generating of the job monitoring interface according to the job schedule and the job area authority table comprises:

and calling an operation monitoring interface template, initializing a corresponding monitoring system according to an operation time table and an operation area authority table, and adding the initialized monitoring system to the operation monitoring template to form an operation monitoring interface.

3. The porch operation control method according to claim 1, characterized in that the first monitoring system comprises one or more of an entrance monitoring module, an intrusion alarm module.

4. The porch job control method according to claim 3, wherein the adjusting the authority rules of the on-site first monitoring system comprises:

adjusting the authority management rule of the entrance monitoring module, and enabling the entrance monitoring module to respond to the operation request only in the operation time period according to the operation state entered by the operation schedule;

and adjusting the authority rule of the intrusion alarm module, and entering an operation state according to the operation time schedule to enable the intrusion alarm module to remove the defense in the operation time period.

5. The porch job control method according to claim 1, characterized in that the second monitoring system comprises one or more of a voice broadcast module, a voice communication module, a personnel location module, and a video monitoring module.

6. The porch job control method as claimed in claim 5, wherein the arming of the field job by the second monitoring system according to the job schedule and the job area authority table comprises:

calling a voice broadcasting module for carrying out voice broadcasting according to an operation schedule or a field abnormal event;

calling a voice communication module for real-time voice communication between the site and the monitoring platform;

the system comprises a calling personnel positioning module, a voice broadcasting module and a construction personnel monitoring module, wherein the calling personnel positioning module is used for positioning the construction personnel, judging whether the construction personnel enter a non-operation area or not according to an operation time table and/or an operation area authority table, judging that the construction personnel are a site abnormal event when the construction personnel are located in the non-operation area beyond the authority, and carrying out voice broadcasting through the voice broadcasting module;

and calling a video monitoring module for carrying out video monitoring on the field operation according to the operation time table.

7. The porch job control method according to claim 6, further comprising:

the personnel positioning module positions the positions of constructors, judges whether constructor detention exists according to an operation schedule, judges the constructor detention as a site abnormal event if the constructor detention exists, and carries out voice broadcasting.

8. The porch job control method according to claim 1, further comprising:

acquiring an entrance corridor operation application, comparing data contained in the entrance corridor operation application with other entrance corridor operation application data stored in a database in a crossed manner, and judging whether the data contained in the entrance corridor operation application is crossed with other entrance corridor operation application data or not;

and when the intersection exists, rejecting the entrance corridor operation application until the comparison result of the data contained in the entrance corridor operation application is not intersected.

9. An porch operation control system, comprising:

the gallery operation application module is used for acquiring a gallery operation application instruction and generating an operation time table and an operation area authority table according to the gallery operation application instruction; generating an operation monitoring interface according to the operation time table and the operation area authority table;

the defense deploying module is used for receiving the operation request, comparing the operation request with the authority rule, and responding or rejecting the operation request by the first monitoring system according to the comparison result;

the first monitoring system is used for receiving the operation request, comparing the operation request with the authority rule and responding or rejecting the operation request according to the comparison result;

the second monitoring system is used for deploying defense for field operation according to the operation time table and the operation area authority table;

and the operation monitoring module is used for receiving the feedback data of the first monitoring system and the second monitoring system and displaying the feedback data on an operation monitoring interface.

10. A computer-readable storage medium, characterized in that the computer-readable storage medium has stored thereon a computer program which, when being executed by a processor, carries out the steps of the porch job control method according to any one of claims 1-8.

Technical Field

The invention belongs to the field of comprehensive pipe gallery control, and particularly relates to a method and a system for controlling corridor operation and a storage medium.

Background

The utility tunnel is a comprehensive corridor of underground city pipelines, which is arranged underground in the city as the name suggests, collects various engineering pipelines of electric power, communication, gas, heat supply, water supply and drainage and is provided with a special access hole. In order to ensure the normal operation of utility tunnel, often need get into the piping lane and go into the gallery operation and maintain.

The existing corridor operation is generally construction unit submission operation application, and enters the pipe corridor operation after being approved, but the existing approval operation only can have the functions of approval and archiving.

However, with the increase of the urban scale, the utility tunnel has larger and larger volume, the maintenance operation becomes more complex, the operation application and the monitoring are mutually independent, so that the information such as the operation application, the field operation, the field monitoring and the like is fragmented, the problem of repeated operation may occur to different construction teams, the field personnel are lack of effective supervision, the monitoring platform cannot carry out targeted management and monitoring aiming at a specific operation plan, and the trouble is brought to the overall operation management and control of the urban utility tunnel.

Disclosure of Invention

In order to solve the problems, the invention provides an entrance corridor operation control method, an entrance corridor operation control system and a storage medium, which can monitor a pipe corridor of a specific operation section in a targeted manner, effectively verify whether a constructor carries out compliance operation at the application time by a qualified team, form a corresponding operation area monitoring page based on an operation time table and operation area authorities, carry out targeted management and monitoring, and effectively reduce the risk of pipe corridor operation.

The invention discloses an entry corridor operation control method, which comprises the following steps:

acquiring an entrance corridor operation application instruction, and generating an operation time table and an operation area authority table according to the entrance corridor operation application instruction; generating an operation monitoring interface according to the operation time table and the operation area authority table;

adjusting the authority rule of the first monitoring system on site according to the operation time table and the operation area authority table;

receiving an operation request, comparing the operation request with the authority rule, and responding or rejecting the operation request by the first monitoring system according to a comparison result;

the second monitoring system guards field operation according to the operation time table and the operation area authority table;

and receiving feedback data of the first monitoring system and the second monitoring system, and displaying the feedback data on the operation monitoring interface.

Preferably, the generating of the job monitoring interface according to the job schedule and the job region authority table includes:

and calling an operation monitoring interface template, initializing a corresponding monitoring system according to an operation time table and an operation area authority table, and adding the initialized monitoring system to the operation monitoring template to form an operation monitoring interface.

Preferably, the first monitoring system comprises one or more of an entrance monitoring module and an intrusion alarm module.

Preferably, the adjusting the authority rule of the first on-site monitoring system includes:

adjusting the authority management rule of the entrance monitoring module, and enabling the entrance monitoring module to receive the operation request only in the operation time period according to the operation state entered by the operation schedule;

and adjusting the authority rule of the intrusion alarm module, and entering an operation state according to the operation time schedule to enable the intrusion alarm module to remove the defense in the operation time period.

Preferably, the second monitoring system comprises one or more of a voice broadcast module, a voice communication module, a personnel positioning module and a video monitoring module.

Preferably, the first and second liquid crystal materials are,

the second monitoring system arming the field operation according to the operation time table and the operation area authority table comprises:

calling a voice broadcasting module for carrying out voice broadcasting according to an operation schedule or a field abnormal event;

calling a voice communication module for real-time voice communication between the site and the monitoring platform;

the system comprises a calling personnel positioning module, a voice broadcasting module and a construction personnel monitoring module, wherein the calling personnel positioning module is used for positioning the construction personnel, judging whether the construction personnel enter a non-operation area or not according to an operation time table and/or an operation area authority table, judging that the construction personnel are a site abnormal event when the construction personnel are located in the non-operation area beyond the authority, and carrying out voice broadcasting through the voice broadcasting module;

and calling a video monitoring module for carrying out video monitoring on the field operation according to the operation time table. The constructor preferably also comprises:

the personnel positioning module positions the positions of constructors, judges whether constructor detention exists according to an operation schedule, judges the constructor detention as a site abnormal event if the constructor detention exists, and carries out voice broadcasting. The constructor preferably also comprises:

acquiring an entrance corridor operation application, comparing data contained in the entrance corridor operation application with other entrance corridor operation application data stored in a database in a crossed manner, and judging whether the data contained in the entrance corridor operation application is crossed with other operation application data or not;

and when the intersection exists, rejecting the entrance corridor operation application until the comparison result of the data contained in the entrance corridor operation application is not intersected. The invention provides an entrance corridor operation control system, comprising:

the gallery operation application module is used for acquiring a gallery operation application instruction and generating an operation time table and an operation area authority table according to the gallery operation application instruction; generating an operation monitoring interface according to the operation time table and the operation area authority table;

the defense deploying module is used for receiving the operation request, comparing the operation request with the authority rule, and responding or rejecting the operation request by the first monitoring system according to the comparison result;

the first monitoring system is used for receiving the operation request, comparing the operation request with the authority rule and responding or rejecting the operation request according to the comparison result;

the second monitoring system is used for deploying defense for field operation according to the operation time table and the operation area authority table;

and the operation monitoring module is used for receiving the feedback data of the first monitoring system and the second monitoring system and displaying the feedback data on an operation monitoring interface.

The present invention provides a computer readable storage medium having stored thereon a computer program which, when executed by a processor, implements the steps of the porch job control method as claimed in any one of the above.

As can be seen from the above description, the porch job control method provided by the present invention generates a job schedule and a job area authority table according to the porch job application, where the job schedule includes a job start time and a job end time, and the job area authority table includes authority rules of a job area; and generating an independent monitoring interface based on the operation time table and the operation area authority table, performing targeted defense on the field operation based on the operation time table and the operation area authority table, and feeding the monitoring data back to the monitoring interface for display.

It is thus clear that this scheme can be targeted carry out the control to the piping lane of specific operation section, verify effectively whether constructor is in the time of applying for, carry out the operation of compliance by the team who possesses the qualification, carry out centralized management to the monitoring module of scene difference based on schedule and authority management rule, no longer like prior art all be the fragmentation state between operation application, site operation, the site monitoring information, this scheme can carry out targeted management and control to specific operation plan, consequently can effectively reduce the risk of piping lane operation. The porch job control system and the storage medium provided by the invention have the same advantages as the method, and are not described again here.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the provided drawings without creative efforts.

Fig. 1 is a schematic diagram of an embodiment of an entrance corridor operation control method provided by the present invention;

FIG. 2 is a schematic diagram of an embodiment of an porch job control system provided by the present invention;

fig. 3 is a schematic diagram of an entrance corridor operation control system provided by the present invention.

Detailed Description

The core of the invention is to provide an entrance corridor operation control method, system and storage medium, which can monitor the pipe corridor of a specific operation section in a targeted manner, effectively verify whether constructors perform compliance operation at the application time by qualified teams, intensively manage different monitoring modules on site based on a timetable and authority management rules, avoid fragmentation phenomena among operation application, site operation and site monitoring information, carry out targeted management and monitoring aiming at a specific operation plan, and effectively reduce the risk of pipe corridor operation.

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The corridor operation control method provided by the invention is shown in the attached drawings, and fig. 1 is a schematic diagram of an embodiment of the corridor operation control method provided by the invention, and the method comprises the following steps:

s1, acquiring the entrance hall application, and generating an operation time table and an operation area authority table according to the entrance hall application; and generating an operation monitoring interface according to the operation time table and the operation area authority table.

The platform acquires an approved entrance corridor operation application, generates an operation time table according to an operation time period in the entrance corridor operation application, and generates an operation area authority table according to an operation cabin and mileage range, operation content, pipeline routing or equipment installation position, constructor photos, identity, qualification information and the like in the entrance corridor operation application;

specifically, the field device installation position data includes entrance and exit device position data, video monitoring device position data, intrusion alarm device position data, and the like.

Generating time data such as a preparation entrance time period, an operation time period, a preparation leaving time period, an operation overtime time period and the like according to operation time data in the application data, determining the authority of a safe operation interval, an out-of-limit early warning area, an out-of-limit area and other non-operation area authorities according to cabin position data, acquiring corresponding equipment IDs (an entrance equipment ID, an intrusion alarm equipment ID, a video monitoring equipment ID, a personnel positioning equipment ID, a voice communication equipment ID and the like) corresponding to a first monitoring system and a second monitoring system based on field equipment installation position data, generating a related authority management table through the equipment IDs and storing the authority management table in a database.

For example, the porch job application is: when the time is 14 to 16 times of a certain month and a certain day of a certain year, the operation from the pipe rack section A to the pipe rack section B is carried out, the operation schedule can be divided into operation starting time at 13 and 45 times of the month and operation ending time at 16 and 15 times of the month and the year; the operation area authority table is an authority rule control table of the first monitoring system and/or the second monitoring system which needs to be called from the pipe gallery section A to the pipe gallery section B.

As a preferred embodiment of the present application, the job start time may be a time when the job time period in the application is advanced by a certain time, the job end time may be a time when the job time period in the application is delayed by a certain time, and whether the job time period is advanced/delayed and the term of the advance/delay may be flexibly set.

It should be noted that, the job applicant may use a human-computer interaction device (mobile terminal APP, Web, or platform client, etc.) to connect to the entrance hall job application module after authority authentication, and the entrance hall job application module obtains the entrance hall job application of this time, where the entrance hall job application may include, but is not limited to, the following information: job content, pipeline routing or equipment installation location, job cabin and mileage range, job time period, constructor photos, identity, qualification information.

The corridor operation application module carries out cross comparison on the current application data and other corridor operation application data stored in the database, checks whether the operation cabin, the operation time period and the like of the current operation application data and the existing operation application data are crossed, and refuses the corridor operation application until the applicant modifies the application data and the comparison result is not crossed when the corridor operation application module is crossed. And obtaining an entrance corridor operation application instruction after the entrance corridor operation application passes.

Through this mode, can this time of entry operation application whether exist with the conflict's of other operations in the same period the condition, the guarantee is clear, only and traceable to the operation authority management of the pipe gallery section that this time of entry operation covered, avoids the cross operation to follow-up entry operation management control procedure confusion of bringing, has avoided the repetitive operation simultaneously, improves the overall efficiency of entry operation.

In addition, an operation monitoring interface template is called, and the template can be a map originally loaded with pipe gallery information or a topographic map with pipe gallery trend formed by loading pipe gallery information after a third-party map is accessed.

According to the operation time table and the operation area authority table, an operation monitoring interface is formed, and the method specifically comprises the following steps:

generating a job monitoring interface at the start time of the job, and closing the job monitoring interface after the job is finished and archived;

and initializing the monitoring system required to be called for the operation according to the monitoring system related in the operation area authority table, and then loading the construction unit information, the personnel information, the operation pipe corridor and operation content information, the corresponding monitoring system information and the like in the authority table to an operation monitoring interface template to form an operation monitoring interface.

According to the method, an independent operation monitoring interface is generated for each operation, and even if a plurality of operation pipe gallery sections are monitored simultaneously, the operation monitoring can be effectively monitored. After the operation is finished, the field feedback data acquired in the operation monitoring process can be archived so as to be convenient for spot check and call at any time. The problem that a traditional monitoring platform simultaneously and concurrently displays a large number of video monitoring images and collected data of operation and non-operation pipe gallery sections is reduced, targeted data of the operation pipe gallery sections are provided for managers, interference of operation information or historical operation information of other simultaneous sections is avoided, and management and operation of a monitoring system are facilitated.

By the mode, a link address of the operation monitoring interface can be formed, the link address can be sent to any terminal equipment with monitoring authority through the platform, the operation monitoring interface is called through the link address, and the effect of flexible management is achieved.

And S2, adjusting the authority rules of the first monitoring system on site according to the operation time table and the operation area authority table.

Specifically, the following adjustments are made based on the job start time and job end time of the job schedule:

when the operation starting time is reached, adjusting the authority rule of the first monitoring system on site according to the operation area authority table to enable the first monitoring system to enter an operation state;

similarly, according to the operation ending time of the operation time table, when the operation ending time is reached, the authority rule of the first monitoring system on the spot is adjusted again according to the operation area authority table, so that the first monitoring system enters the closed corridor state.

The first monitoring system comprises one or more of an entrance and exit monitoring module and an intrusion alarm module, wherein the entrance and exit monitoring module is used for controlling entrance and exit equipment, and the intrusion alarm module is used for monitoring personnel activities, alarming and calling the video monitoring module to perform face recognition.

The method specifically comprises the following steps:

when the operation time is up, the system modifies the authority rules of the entrance and exit monitoring modules corresponding to the operation area according to the operation time table and the operation area authority table, so that the entrance and exit monitoring modules enter the operation state. The access monitoring module that this application indicates gets into the operating condition and indicates: the entrance and exit monitoring module can receive and analyze an entrance and exit device opening command which is controlled by a constructor on site. Constructors can use the mobile terminal provided with the APP and can also send opening commands to the access equipment in modes of a remote controller, an access card, a switch or an NFC chip and the like.

Because the access monitoring module's authority is revised this moment, access monitoring module authorizes access & exit equipment control authority according to the operation time quantum, responds this control command when receiving the operation request and accords with control authority rule, and constructor can get into corresponding piping lane and carry out the operation.

Simultaneously, when arriving the activity time, according to activity time table and operation region authority table, the system revises the authority rule of the intrusion alarm module that corresponds the operation region, makes intrusion alarm module get into the operation state, and this application is directed against intrusion alarm module's the entering operation state and withdraw garrison in the operation period mean: the intrusion alarm module can not directly send intrusion alarm after monitoring personnel in the operation time period, can call peripheral video monitoring equipment to collect personnel information and compare the personnel information, and sends alarm when the personnel information is not matched.

Correspondingly, when the operation time is over, the system modifies the authority rules of the entrance and exit monitoring modules corresponding to the operation area according to the operation time table and the operation area authority table, so that the entrance and exit monitoring modules enter the closed corridor state. The access & exit monitoring module that this application indicates gets into the closed corridor state and indicates: in a non-operation time period, the entrance and exit monitoring module refuses constructors or other personnel to send commands for controlling entrance and exit equipment to the entrance and exit monitoring module on site, at the moment, the entrance and exit monitoring module closes the permission to the field personnel, even if the field personnel send the commands for controlling the entrance and exit monitoring module, the entrance and exit equipment cannot be controlled to be opened, if the personnel are detained at the moment, managers can be called and confirmed through the voice communication module, the entrance and exit equipment is remotely controlled to be opened, and temporary control over the condition that the personnel are detained is achieved.

When the activity duration ended, according to activity schedule and operation region authority table, intrusion alert module got into the closed corridor state, and the intrusion alert module that this application indicates gets into the closed corridor state and indicates: and in a non-operation time period, the intrusion alarm module is armed, and when monitoring personnel, the intrusion alarm module immediately gives an alarm.

The intrusion alarm module that here adopted can realize personnel's monitoring through modes such as infrared correlation, vibrations optical cable, infrared microwave dual-technology and fence, intrusion alarm module still is used for transferring video monitoring module, and when the intrusion alarm module near a certain access & exit was withdrawn defences in the operation period, intrusion alarm module can transfer near video monitoring module and carry out personnel's video acquisition or discernment.

S3: receiving a job request, comparing the job request with an authority rule, and responding/rejecting the job request by the first monitoring system according to a comparison result;

specifically, as described in S2, in the operation period, the site constructor initiates an operation request, the entrance and exit monitoring module in the first monitoring module compares the received operation request with the authority rule, and if any one of the information of the constructor initiating the request, the operation time, the operation pipe gallery section and the like is not matched with the operation schedule and the operation area authority table formed by the entrance gallery operation application instruction, the operation request is rejected, and an alarm instruction is generated; if the information such as constructors, operation time, operation pipe gallery sections and the like initiating the requests are matched with the operation time table and the operation area authority table formed by the corridor operation application instructions, the access equipment is opened to enable the constructors to enter the pipe gallery operation.

Meanwhile, the intrusion alarm module in the first monitoring module withdraws the defense in the working time period until the working time period is finished. In the process, the intrusion alarm module monitors personnel activities in modes of infrared correlation, vibration optical cables, infrared microwave double-technology, electronic fences and the like, a video monitoring module around the module is called to collect photos of constructors, the identities and the photos of the constructors in an operation area authority list are used as comparison rules, the photos of the constructors collected on site are compared with the photos of the constructors in the construction operation time, if the situation that the constructors are inconsistent occurs, an alarm is given out, if the situation that the other personnel except for registration enter the interior of a pipe gallery occurs, an alarm instruction is generated, and the commands can be recorded in a server and stored.

S4: and sending the operation time table and/or the operation area authority table to a second on-site monitoring system, and deploying defense for on-site operation within the operation time through the second monitoring system.

The second monitoring system comprises one or more of a voice broadcasting module, a voice communication module, a personnel positioning module and a video monitoring module.

The second monitoring system defends the field operation according to the operation time table and the operation area authority table, and comprises the following steps: :

the voice communication module is called, field constructors can carry out real-time voice communication with constructors of the background monitoring platform through the voice communication module, the field constructors can communicate with the background constructors about special conditions of the field, and the background constructors can also communicate with the field in real time about non-compliance operation or emergency conditions of the field constructors.

Calling a voice broadcasting module for carrying out voice broadcasting according to an operation schedule or a field abnormal event;

for example, when the working time is up, voice broadcasting is performed according to the working time table, that is, after XX minutes of corridor entering work, preparation is required to be made; when the operation end time is about to arrive, the method broadcasts 'the operation of entering the corridor is finished after XX minutes, please arrange the scene and prepare for leaving', and when the operation is finished, voice broadcasting 'the operation time of entering the corridor is up and the entrance is confirmed to be closed' is carried out according to the operation time table.

The calling personnel positioning module is used for positioning the constructors, judging whether the constructors enter a non-operation area or not, judging that the constructors are a site abnormal event when the constructors are in the non-operation area outside the authority, and carrying out voice broadcasting;

the personnel positioning module positions the positions of constructors, judges whether constructor detention exists according to an operation schedule, judges the constructor detention as a site abnormal event if the constructor detention exists, and carries out voice broadcasting.

For example, when the working time is up, the system modifies the authority rules of the personnel positioning module corresponding to the working area according to the working time table and the working area authority table, defense is arranged on the working area, the personnel positioning module monitors the position information of the constructors in real time, the collected information is compared with the loaded corresponding cabin entrance red line mileage range and the loaded corresponding cabin construction red line mileage range, when the constructors enter a non-construction area, the voice broadcasting module carries out voice broadcasting, if you enter the non-construction area, please withdraw immediately, and the overrun event and the detention time are automatically recorded.

The video monitoring module comprises but not limited to a gun type camera, a dome camera, a face recognition device and the like, real-time video monitoring data are uploaded to the video monitoring device, and a video monitoring image of an operation area is displayed on an operation monitoring page.

The method and the device provide real-time and targeted monitoring operation based on the operation time table and the operation area authority table. When the events of controlling the actions of the entrance and exit equipment, alarming, transfiniting and the like occur on the site of the pipe gallery, in the process of monitoring the entrance operation, the peripheral monitoring can be quickly called for video monitoring based on the positioning information acquired by the personnel positioning module in real time due to the monitoring based on the operation area authority rule; the event report can quickly correspond the equipment information with the pipe gallery section, and the periphery of the event is more conveniently monitored.

And S5, receiving the feedback data of the first monitoring system and the second monitoring system and displaying the feedback data on the operation monitoring interface.

Specifically, the data formed by the first monitoring system and the second monitoring system in the operation process is fed back to the system,

because the data based on the field device installation position and the corresponding device ID are stored in the database, the field signal is loaded on the operation monitoring interface based on the feedback data, the corresponding device ID and the specific installation position, and the visual display of the operation management is realized.

In other embodiments of the present application, the location information of the event occurrence can be found according to the device ID of the on-site reported event data, the video monitoring device ID of the nearby location is obtained according to the location information, the image corresponding to the video monitoring device ID is displayed in an enlarged manner in the operation monitoring interface, and the video monitoring picture in the area is displayed in an enlarged manner by the operation monitoring interface.

The technical scheme of this application not only is used for applying for the control management of the period of involving, has still controlled the operation and has ended and revised the authority that corresponds the piping lane, avoids personnel to be detained, personnel's invasion scheduling problem.

For example, when the operation is finished, whether the phenomenon of staying beyond the operation time exists is judged, and if the phenomenon exists, the violation behavior is recorded and reported.

When the operation is finished, the authority rules of the entrance monitoring module are adjusted, so that the entrance monitoring module enters a closed corridor state, and even an original constructor can not control entrance equipment to be opened through remote control and other means. If personnel are detained at this moment, accessible voice communication module calls the managers, and remote control access & exit equipment is opened, realizes the temporary control to the personnel condition of detaining.

As can be seen from the above description, in the embodiment of the porch job control method provided by the present invention, since the porch job application is obtained first, the job schedule and the job area authority table are generated according to the porch job application, the job schedule includes the job start time and the job end time, and the job area authority table includes the authority rule of the job area; then when the operation starting time is reached, receiving a constructor entering request of an operation area; then comparing the constructor entry request with the authority rules, and controlling the opening operation area to allow the constructor to enter when the constructor entry request is matched with the authority rules; finally, the operation area is monitored until the operation ending time, the operation area is defended, and therefore the scheme can monitor the pipe gallery of a specific operation section in a targeted mode, whether constructors apply for the time and perform compliance operation by qualified teams or not is effectively verified, different monitoring modules on site are managed in a centralized mode based on a time schedule and authority management rules, the situation that fragmentation states exist among operation application, site operation and site monitoring information in the prior art is avoided, targeted management and monitoring can be conducted according to a specific operation plan, and therefore risks of operation of the pipe gallery can be effectively reduced.

It should also be noted that:

after the operation, constructor can send the operation data that finishes to the operation monitoring device of entering the corridor through removing end APP, reports the relevant picture of operation, image, text data simultaneously to the save in the database. The video monitoring device calls a video image before operation in the database, cross-compares the video image with a field video image after operation, a picture submitted by a constructor and image data to confirm that no operation appliances, materials and operation garbage are missed on the field, and reports an inspection result to the gallery-entering operation monitoring device and stores the inspection result in the database. The database can generate an entrance corridor operation report according to the reported data, the entrance corridor operation report comprises the contents of an operation range, the entrance and exit time, constructors, violation behaviors and the like, the operation specification condition of an operation unit is graded, and the operation report and the grading condition are pushed to the operation unit through the information pushing module. The corridor operation monitoring device carries out datamation aiming at irregular behaviors, alarming behaviors and unexpected behaviors found in the corridor operation process, data are imported into the machine learning module, and the machine learning module perfects management requirements such as monitoring contents, range and time through analysis and learning, so that the system is more standard and perfect.

Fig. 2 and 3 show an embodiment of an entrance corridor operation control system provided by the present invention, and fig. 2 is a schematic diagram of an embodiment of an entrance corridor operation control system provided by the present invention, and the system includes:

the gallery service application module 201 is used for acquiring a gallery service application instruction and generating a service time table and a service area authority table according to the gallery service application instruction; generating an operation monitoring interface according to the operation time table and the operation area authority table;

the defense deploying module 202 is used for receiving the operation request, comparing the operation request with the authority rule, and responding or rejecting the operation request by the first monitoring system according to the comparison result;

the first monitoring system 203 is used for receiving the job request, comparing the job request with the authority rule, and responding or rejecting the job request according to the comparison result;

the second monitoring system 204 is used for deploying defense on site operation according to the operation time table and the operation area authority table;

and the operation monitoring module 205 is configured to receive feedback data of the first monitoring system and the second monitoring system, and display the feedback data on an operation monitoring interface.

In an embodiment of a computer readable storage medium, a computer program is stored on the computer readable storage medium, which computer program, when being executed by a processor, realizes the steps of the porch job control method as defined in any one of the above.

The corridor operation control system and the computer readable storage medium provided by the invention can monitor the pipe corridor in a specific operation section in a targeted manner, effectively verify whether constructors perform compliance operation at the application time by qualified teams, and perform centralized management on different monitoring modules on site based on a schedule and authority management rules, so that fragmentation states among operation application, site operation and site monitoring information are not existed in the prior art.

The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.