CN117714489A - Electric power post monitoring method and system based on Internet of things - Google Patents
Electric power post monitoring method and system based on Internet of things Download PDFInfo
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- 239000000779 smoke Substances 0.000 claims abstract description 10
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Abstract
The invention relates to the technical field of power engineering, in particular to a power post monitoring method based on the Internet of things, which comprises the following steps: s1, equipment deployment is carried out in an electric power post, and the deployment content comprises equipment such as an LED screen, a lamp control, an access control, a camera, a smoke fire detector, a central processing unit and the like. According to the invention, personnel upload personal information of personnel to the system through the APP at the mobile phone end for identity backup, when the power post is in an unattended state, different maintainers and staff thereof can open the entrance guard of the post through authentication information uploaded by the mobile phone end, key handover management is not needed for related counter staff, so that different maintainers and staff can conveniently and quickly enter the post for operation, meanwhile, common users can enter the post for rest visit through system authentication, the entrance guard system can also alarm abnormal behaviors of strangers, the power post is prevented from being damaged by lawless persons, and the safety of the power post is improved.
Description
Technical Field
The invention relates to the technical field of power engineering, in particular to a power post monitoring method and system based on the Internet of things.
Background
The electric power neighborhood post is one ring of digital comprehensive demonstration of a novel digital traction electric power system floor and national network companies, and the electric power post provides convenience service and simultaneously has the following problems due to the specificity of the remote post:
1. maintenance personnel need to enter a post house and can not timely take a door-opening key from relevant staff to timely maintain and survey: the post is at present used is glass push-and-pull door adds U type lock, and the remote post is because the relation of geographical position, belongs to unmanned on duty's state at present, and relevant sales counter staff's operating time is not fixed, and key handing-over management has certain problem, and different maintainers and staff can't get into post operation fast, and ordinary user also can't get into post rest at any time and visit, and the key responsible person can't arrive scene in real time fast.
2. Energy consumption problem inside the post: because the special geographic position of the post and the operation time of the staff of several parties are not fixed, if the circuit equipment in the post is not closed in time, the related staff needs to arrive at the post to solve the problem, if the problem is not found in time, the problem is also a small loss for the post, and the problem that the waste exists in the post is considered by the common user.
3. Intelligent construction in post house: the LED display screen is generally arranged in the post, can be used as a carrier for displaying service wind collection for users, is a display center of a digital intelligent operation and maintenance template for power system construction, and is a great problem in timeliness because the content update of the LED screen at present needs to be carried out on site by means of periodical forward of staff to upload corresponding latest content, and the LED screen is always in a starting state.
4. Post internal safety problem: at present, the post is in an unattended state, only one single camera is connected with a mobile phone in the post, and workers cannot monitor the situation of the scene in real time, and if emergency occurs, synchronous reporting and processing cannot be achieved.
In view of this, we propose a power post monitoring method and system based on the internet of things.
Disclosure of Invention
The invention aims to provide a power post monitoring method and system based on the Internet of things, which are used for solving the problems in the background technology.
In order to achieve the above purpose, the present invention provides the following technical solutions:
a power post monitoring method based on the Internet of things comprises the following steps:
s1, equipment deployment is carried out in an electric power post, wherein the deployment content comprises equipment such as an LED screen, a lamp control, an access control, a camera, a smoke fire detector, a central processing unit and the like;
s2, establishing a power post monitoring system, wherein the monitoring system can be operated and controlled by a mobile phone end and a PC end, the mobile phone end comprises an intelligent post control system ios, an Android APP end and an intelligent post staff end applet end, and staff can enter and upload staff information into a system background through the intelligent post staff end applet end;
s3, establishing an associated monitoring network of the power post equipment and the power post monitoring system, carrying out network associated control on some equipment such as an LED screen, a lamp controller, an access control device, a camera, a smoke fire detector and the like in the power post and the power post monitoring system, wherein the power post monitoring system can send an instruction to a central processing unit to carry out remote monitoring operation on the equipment in the power post.
An electric power post monitoring system based on the Internet of things comprises an operation management background, a monitoring system, an access control system, an LED screen system and a device remote control system;
the monitoring system consists of a smoke fire detection module and a camera module;
the access control system comprises a personnel information acquisition module, a personnel information retrieval and comparison module, a personnel identity classification module, an access control unlocking module and an abnormal behavior alarm module;
the LED screen system consists of an LED screen module, a detection acquisition module, a judgment module, an updating module and an output module;
the equipment remote control system consists of a processing module, a main control module, a remote equipment module and a network module.
Preferably, the personnel information acquisition module comprises a personnel facial feature acquisition unit and a destination voice acquisition unit, wherein the personnel facial feature acquisition unit acquires facial feature data of visiting personnel by adopting a video shooting lens and establishes a data set, and the destination voice acquisition unit records destination data which the visiting personnel needs to arrive by adopting voice recording equipment.
Preferably, the personnel information retrieval and comparison module comprises a personnel identity information retrieval unit, a personnel identity information recording unit and a personnel identity comparison unit, wherein the personnel identity information retrieval unit is used for inputting personnel identity information inquiry systems at access terminals according to facial feature data of visiting personnel to retrieve and acquire the identity information data of the visiting personnel, the personnel identity information recording unit is used for storing personnel identity information data at access terminals, the personnel identity comparison unit is used for comparing the personnel identity information data according to the retrieval of the visiting personnel with the personnel identity information data at access terminals, and the personnel identity classification module is used for comparing the personnel identity information data according to the retrieval of the visiting personnel with the personnel identity information data at access terminals, if the comparison is successful, the visiting personnel is a resident person, and if the comparison is unsuccessful, the visiting personnel is a stranger person.
Preferably, the door access unlocking module comprises a personnel identity confirmation receiving unit and a door access action unit, wherein the personnel identity confirmation receiving unit is used for receiving the personnel identity classification information of the personnel identity classification module to the visitor, the door access action unit controls the door access action to unlock the door according to the visitor identity classification information, and the abnormal behavior alarm module sends out an alarm according to the abnormal behavior entrance guard end identified by the abnormal behavior identification unit of the stranger to prompt the security personnel to monitor and pay attention to the abnormal behavior stranger.
Preferably, the detection acquisition module is configured to acquire the display content before updating and the display content after updating when the event of updating the screen display content is detected to be that the screen display content moves up or down by one or more rows and the selected object is unchanged, and the detection acquisition module is further configured to acquire the coordinate offset of the movement of the screen display content when the judgment module judges that the updated display content has the same part as the display content before updating;
the judging module is used for judging whether the updated display content and the updated display content have the same part according to the acquired display content before updating and the display content after updating;
and the updating module is used for copying the display content before updating and drawing the newly-added content according to the coordinate offset when the judging module judges that the display content after updating has the same part as the display content before updating, merging the display content before updating and the newly-added content drawn according to the coordinate offset copy and outputting and displaying the display content through the output module, and drawing the display content after updating when the judging module judges that the display content after updating has no same part as the display content before updating.
Preferably, the output module is configured to output and display the copied display content before updating and the drawn changed display content combined by the updating module, or output and display the updated display content drawn by the updating module, or when the detection acquisition module detects that the event of updating the screen display content is that the selected object changes and the screen display content moves up or down by one or more rows, the judgment module judges that the updated display content has the same part as the display content before updating, the detection acquisition module further acquires a coordinate offset of screen display movement, and the updating module copies the display content before updating, draws the newly increased display content, the selected object before updating and the selected object after updating according to the coordinate offset, and combines the copied display content before updating, the newly increased display content, the selected object before updating and the selected object after updating and outputs and displays the newly increased display content, the selected object before updating and the selected object after updating on the LED screen module through the output module.
Preferably, when the detection acquisition module detects that the event of updating the screen display content is that the whole screen display content is completely switched, the judgment module judges that the updated display content and the display content before updating do not have the same part, and the update module directly draws the updated display content and outputs and displays the updated display content through the output module.
Preferably, the processing module is configured to connect to the network module, and is configured to process an operating state of the remote device;
the main control equipment is used for sending a network wake-up packet to the network module under the condition that the remote equipment is detected to be in a power-off state;
the network module is used for sending a starting signal to the processing module to control the remote equipment module based on the network wake-up packet;
the remote equipment module comprises an air conditioning module, a lamp control module and an LED screen module.
Preferably, the mobile phone terminal module comprises an intelligent post control system ios APP terminal module, an intelligent post control system Android APP terminal module and an intelligent post staff terminal applet terminal module.
Compared with the prior art, the invention has the beneficial effects that:
1. according to the electric power post monitoring method and system based on the Internet of things, personal information of the electric power post is uploaded into the system through the APP of the mobile phone end to carry out identity backup, when the electric power post is in an unattended state, different maintainers and staff can enable access control of the electric power post to be opened through authentication information uploaded by the mobile phone end, relevant counter staff is not needed to carry out key handover management, different maintainers and staff can conveniently and rapidly enter the post to operate, meanwhile, common users can enter the post to have a rest visit through system authentication, an access control system can also carry out alarm on abnormal behaviors of strangers, damage to the electric power post by illegal molecules is avoided, and safety of the electric power post is improved.
2. According to the electric power post monitoring method and system based on the Internet of things, the state of the equipment in the post can be checked through the mobile phone terminal, the equipment in the post can be remotely closed through the management personnel at the mobile phone terminal, the problem that related staff need to arrive at the post specially to solve is solved, and the convenience of controlling the electric power post equipment is improved.
3. According to the electric power post monitoring method and system based on the Internet of things, by arranging the LED screen system, workers can conveniently log in the system at other PC ends to update the content of the LED screen of the electric power post monitoring system, the workers do not need to regularly go to the scene to upload corresponding latest content, timeliness is greatly improved, when no person is on duty, the workers can check whether the LED screen is in a state of being always on or not through monitoring or backstage, control and closing can be remotely carried out, and energy consumption of the electric power post when no person is on duty is reduced.
4. According to the electric power post monitoring method and system based on the Internet of things, the electric power post can be monitored remotely in real time through the arrangement of the monitoring system and the access control system, and staff can monitor the electric power post through the PC end and the mobile phone end, so that emergency situations can be met conveniently, and synchronous reporting and processing can be carried out.
Drawings
FIG. 1 is a schematic flow chart of the method of the present invention;
FIG. 2 is a schematic diagram of a system framework according to the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
As shown in fig. 1-2, a power post monitoring method based on the internet of things comprises the following steps:
s1, equipment deployment is carried out in an electric power post, wherein the deployment content comprises equipment such as an LED screen, a lamp control, an access control, a camera, a smoke fire detector, a central processing unit and the like;
s2, establishing a power post monitoring system, wherein the monitoring system can be operated and controlled by a mobile phone end and a PC end, the mobile phone end comprises an intelligent post control system ios, an Android APP end and an intelligent post staff end applet end, and staff can enter and upload staff information into a system background through the intelligent post staff end applet end;
s3, establishing an associated monitoring network of the power post equipment and the power post monitoring system, carrying out network associated control on some equipment such as an LED screen, a lamp controller, an access control device, a camera, a smoke fire detector and the like in the power post and the power post monitoring system, wherein the power post monitoring system can send an instruction to a central processing unit to carry out remote monitoring operation on the equipment in the power post.
An electric power post monitoring system based on the Internet of things comprises an operation management background, a monitoring system, an access control system, an LED screen system and a device remote control system;
the monitoring system consists of a smoke fire detection module and a camera module;
the access control system comprises a personnel information acquisition module, a personnel information retrieval and comparison module, a personnel identity classification module, an access control unlocking module and an abnormal behavior alarm module;
the LED screen system consists of an LED screen module, a detection acquisition module, a judgment module, an updating module and an output module;
the equipment remote control system consists of a processing module, a main control module, a remote equipment module and a network module.
The personnel information acquisition module comprises a personnel facial feature acquisition unit and a destination voice acquisition unit, wherein the personnel facial feature acquisition unit acquires facial feature data of visiting personnel by adopting a video shooting lens and establishes a data set, and the destination voice acquisition unit records destination data which the visiting personnel needs to arrive by adopting voice recording equipment.
The personnel information retrieval and comparison module comprises a personnel identity information retrieval unit, a personnel identity information recording unit and a personnel identity comparison unit, wherein the personnel identity information retrieval unit is used for inputting personnel identity information inquiry systems at access terminals according to facial feature data of visiting personnel, retrieving and obtaining the identity information data of the visiting personnel, the personnel identity information recording unit is used for storing the personnel identity information data at access terminals, the personnel identity comparison unit is used for comparing the personnel identity information data at access terminals with the personnel identity information data at access terminals, and the personnel identity classification module is used for comparing the personnel identity information data at access terminals with the personnel identity information data at access terminals according to the personnel identity information data at access terminals, if the comparison is successful, the visiting personnel is in album, and if the comparison is unsuccessful, the visiting personnel is strange.
The door control unlocking module comprises a personnel identity confirmation receiving unit and a door control action unit, wherein the personnel identity confirmation receiving unit is used for receiving personnel identity classification information of the personnel identity classification module, the door control action unit is used for controlling door control action to unlock according to the personnel identity classification information, the abnormal behavior alarming module is used for sending out an alarm according to an abnormal behavior entrance guard end identified by the abnormal behavior identification unit of a stranger to prompt security personnel to monitor and pay attention to the abnormal behavior stranger.
The detection acquisition module is used for acquiring the display content before updating and the display content after updating when the event of updating the screen display content is detected to be that the screen display content moves upwards or downwards by one or more lines and the selected object is unchanged, and also used for acquiring the coordinate offset of the movement of the screen display content when the judgment module judges that the display content after updating and the display content before updating have the same part;
the judging module is used for judging whether the updated display content and the updated display content have the same part according to the acquired display content before updating and the display content after updating;
and the updating module is used for copying the display content before updating and drawing the newly-added content according to the coordinate offset when the judging module judges that the display content after updating is the same as the display content before updating, merging the display content before updating and the newly-added content drawn according to the coordinate offset copy and outputting and displaying the display content through the output module, and drawing the display content after updating when the judging module judges that the display content after updating is not the same as the display content before updating.
The output module is used for outputting the copied display content before updating and the changed display content drawn by the display updating module, or outputting the updated display content drawn by the display updating module, or when the detection acquisition module detects that the event of updating the screen display content is a change of a selected object and the screen display content moves upwards or downwards by one row or more than one row, the judgment module judges that the updated display content has the same part as the display content before updating, the detection acquisition module also acquires the coordinate offset of the screen display movement, the updating module copies the display content before updating according to the coordinate offset, draws the newly increased display content, the selected object before updating and the selected object after updating, and combines the copied display content before updating, the newly increased display content, the selected object before updating and the selected object after updating, and outputs and displays the newly increased display content, the selected object before updating and the selected object after updating on the LED screen module through the output module.
When the detection acquisition module detects that the event of updating the screen display content is that the whole screen display content is completely switched, the judgment module judges that the updated display content is not the same as the display content before updating, and the updating module directly draws the updated display content and outputs the updated display content through the output module for display.
The processing module is used for connecting with the network module and processing the working state of the remote equipment;
the main control equipment is used for sending a network wake-up packet to the network module under the condition that the remote equipment is detected to be in a power-off state;
the network module is used for sending a starting signal to the processing module to control the remote equipment module based on the network wake-up packet;
the remote equipment module comprises an air conditioning module, a lamp control module and an LED screen module.
The mobile phone terminal module comprises an intelligent post control system ios APP terminal module, an intelligent post control system Android APP terminal module and an intelligent post staff terminal applet terminal module.
The personnel uploads personal information of the personnel to the system through the APP at the mobile phone end for identity backup, when the electric power post is in an unattended state, different maintainers and staff thereof can enable access control of the post to be opened through authentication information uploaded by the mobile phone end, key handover management is not needed for related counter personnel, different maintainers and staff can conveniently and quickly enter the post for operation, meanwhile, common users can enter the post for rest visit through system authentication, an access control system can also alarm abnormal behaviors of strangers, damage to the electric power post by lawless persons is avoided, and safety of the electric power post is improved; the state of the equipment in the post can be checked at the mobile phone end, the equipment in the post can be remotely closed at the mobile phone end by a manager, and related workers do not need to arrive at the post specially to solve the problem, so that the convenience of controlling the power post equipment is improved; the LED screen system is arranged, so that a worker can conveniently log in the system at other PC ends to update the content of the LED screen of the LED screen system, the worker is not required to regularly go to the site to upload the corresponding latest content, the timeliness is greatly improved, the worker can remotely control and close the LED screen by monitoring or checking whether the LED screen is always on in the background when the unmanned value is kept, and the energy consumption of the unmanned value is reduced when the power post is kept; the remote real-time monitoring can be carried out on the power post through the monitoring system and the access control system, and staff can monitor the power post through the PC end and the mobile phone end, so that emergency is convenient to meet, and synchronous reporting and processing are carried out.
The foregoing has shown and described the basic principles, principal features and advantages of the invention. It will be understood by those skilled in the art that the present invention is not limited to the above-described embodiments, and that the above-described embodiments and descriptions are only preferred embodiments of the present invention, and are not intended to limit the invention, and that various changes and modifications may be made therein without departing from the spirit and scope of the invention as claimed. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (10)
1. The electric power post monitoring method based on the Internet of things is characterized by comprising the following steps of:
s1, equipment deployment is carried out in an electric power post, wherein the deployment content comprises an LED screen, a lamp control, an access control, a camera, a smoke fire detector and a central processing unit;
s2, establishing a power post monitoring system, wherein the monitoring system can be operated and controlled by a mobile phone end and a PC end, the mobile phone end comprises an intelligent post control system ios, an Android APP end and an intelligent post staff end applet end, and staff can enter and upload staff information into a system background through the intelligent post staff end applet end;
s3, establishing an associated monitoring network of the power post equipment and the power post monitoring system, carrying out network associated control on the LED screen, the lamp control, the access control, the camera and the smoke fire detector equipment in the power post and the power post monitoring system, wherein the power post monitoring system can send a command to the central processing unit to carry out remote monitoring operation on the equipment in the power post.
2. The electric power post monitoring system based on the Internet of things is characterized by comprising an operation management background, a monitoring system, an access control system, an LED screen system and a device remote control system;
the monitoring system consists of a smoke fire detection module and a camera module;
the access control system comprises a personnel information acquisition module, a personnel information retrieval and comparison module, a personnel identity classification module, an access control unlocking module and an abnormal behavior alarm module;
the LED screen system consists of an LED screen module, a detection acquisition module, a judgment module, an updating module and an output module;
the equipment remote control system consists of a processing module, a main control module, a remote equipment module and a network module.
3. The internet of things-based power post monitoring system of claim 2, wherein: the personnel information acquisition module comprises a personnel facial feature acquisition unit and a destination voice acquisition unit, wherein the personnel facial feature acquisition unit acquires facial feature data of visiting personnel by adopting a video shooting lens and establishes a data set, and the destination voice acquisition unit adopts voice input equipment to input destination data which the visiting personnel needs to arrive.
4. The internet of things-based power post monitoring system of claim 2, wherein: the personnel information retrieval and comparison module comprises a personnel identity information retrieval unit, a personnel identity information recording unit and a personnel identity comparison unit, wherein the personnel identity information retrieval unit is used for inputting personnel identity information inquiry systems at access terminals according to facial feature data of visiting personnel, retrieving and obtaining the identity information data of the visiting personnel, the personnel identity information recording unit is used for storing the personnel identity information data recorded at access terminals, the personnel identity comparison unit is used for comparing the personnel identity information data according to the retrieved visiting personnel with the personnel identity information data recorded at access terminals, and the personnel identity classification module is used for comparing the personnel identity information data according to the visiting personnel with the personnel identity information data recorded at access terminals, if comparison is successful, the visiting personnel is an in-person, and if comparison is unsuccessful, the visiting personnel is a stranger person.
5. The internet of things-based power post monitoring system of claim 2, wherein: the door control unlocking module comprises a personnel identity confirmation receiving unit and a door control action unit, wherein the personnel identity confirmation receiving unit is used for receiving the personnel identity classification information of the personnel identity classification module to visit personnel, the door control action unit controls door control action to unlock the door according to the visiting personnel identity classification information, and the abnormal behavior alarm module sends out an alarm according to an abnormal behavior entrance guard end identified by the abnormal behavior identification unit of strangers to prompt security personnel to monitor and pay attention to abnormal behavior strangers.
6. The internet of things-based power post monitoring system of claim 2, wherein: the detection acquisition module is used for acquiring the display content before updating and the display content after updating when the event of updating the display content of the screen is detected to be that the display content of the screen moves upwards or downwards by one or more rows and the selected object is unchanged, and is also used for acquiring the coordinate offset of the movement of the display content of the screen when the judgment module judges that the display content after updating and the display content before updating have the same part;
the judging module is used for judging whether the updated display content and the updated display content have the same part according to the acquired display content before updating and the display content after updating;
and the updating module is used for copying the display content before updating and drawing the newly-added content according to the coordinate offset when the judging module judges that the display content after updating has the same part as the display content before updating, merging the display content before updating and the newly-added content drawn according to the coordinate offset copy and outputting and displaying the display content through the output module, and drawing the display content after updating when the judging module judges that the display content after updating has no same part as the display content before updating.
7. The internet of things-based power post monitoring system of claim 6, wherein: the output module is used for outputting and displaying the copied display content before updating and the drawn changed display content combined by the updating module, or outputting and displaying the updated display content drawn by the updating module, or when the detection acquisition module detects that the event of updating the screen display content is that a selected object changes and the screen display content moves upwards or downwards by one or more lines, the judgment module judges that the updated display content has the same part as the display content before updating, the detection acquisition module also acquires the coordinate offset of the screen display movement, and the updating module copies the display content before updating, draws newly added display content, a selected object before updating and a selected object after updating according to the coordinate offset, combines the copied display content before updating, the newly added display content, the selected object before updating and the selected object after updating, and outputs and displays the combined display content before updating and the selected object after updating on the LED screen module through the output module.
8. The internet of things-based power post monitoring system of claim 7, wherein: when the detection acquisition module detects that the event of updating the screen display content is that the whole screen display content is completely switched, the judging module judges that the updated display content and the display content before updating do not have the same part, and the updating module directly draws the updated display content and outputs the updated display content to be displayed through the output module.
9. The internet of things-based power post monitoring system of claim 2, wherein: the processing module is used for being connected with the network module and processing the working state of the remote equipment;
the main control equipment is used for sending a network wake-up packet to the network module under the condition that the remote equipment is detected to be in a power-off state;
the network module is used for sending a starting signal to the processing module to control the remote equipment module based on the network wake-up packet;
the remote equipment module comprises an air conditioning module, a lamp control module and an LED screen module.
10. The internet of things-based power post monitoring system of claim 2, further comprising a mobile phone end module, wherein the mobile phone end module comprises an intelligent post control system ios APP end module, an intelligent post control system Android APP end module and an intelligent post staff end applet end module.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202311712631.1A CN117714489A (en) | 2023-12-13 | 2023-12-13 | Electric power post monitoring method and system based on Internet of things |
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| CN202311712631.1A CN117714489A (en) | 2023-12-13 | 2023-12-13 | Electric power post monitoring method and system based on Internet of things |
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| CN202311712631.1A Pending CN117714489A (en) | 2023-12-13 | 2023-12-13 | Electric power post monitoring method and system based on Internet of things |
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