CN112002107B - Automatic overheat alarm control box safety detection system based on 5G technology - Google Patents
Automatic overheat alarm control box safety detection system based on 5G technology Download PDFInfo
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- G—PHYSICS
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- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
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- H02J13/00—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network
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Abstract
The invention belongs to the technical field of a safety detection system of a power control box, and particularly discloses a safety detection system of the power control box based on a 5G technology and capable of automatically giving an overheat alarm, which comprises a 5G main control module and an information display module, wherein the 5G main control module is electrically output and connected with a switch module through a wire, the switch module is electrically output and connected with an internet data module through a wire, the information display module is electrically output and connected with the 5G main control module through a wire, and the 5G main control module is electrically output and connected with a power monitoring module through a wire. This electric control box safety detection system based on 5G technique and can automatic overheat alarm is through being provided with the autoalarm module, and the user can detect out the trouble problem through the fault detection module to data receiving module in giving the autoalarm with whole data transmission through data transmission module, realize outage control and alarm control through outage control module and data control module.
Description
Technical Field
The invention relates to the technical field of a safety detection system of a power control box, in particular to a safety detection system of a power control box, which is based on a 5G technology and can automatically alarm due to overheating.
Background
With the rapid development of electric power utilities in China, the number and scale of transformer substations are continuously increased, and newly built and reconstructed transformer substations are equipped with a plurality of new devices with high technical content. The daily maintenance of the large-quantity, multi-model and technically new equipment is a difficult problem in the front of people.
However, the existing safety detection system for the power control box cannot play a role in automatic alarm, is not based on 5G technology for detection, and cannot well analyze fault reasons, which all affect the use condition of the safety detection system for the power control box.
In view of the above situation, it is urgently needed to innovate on the basis of the original safety detection system of the power control box, so that a safety detection system of the power control box based on the 5G technology and capable of automatically alarming for overheating is designed
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides a safety detection system of a power control box based on a 5G technology and capable of automatically alarming for overheating, and solves the problems that the existing safety detection system of the power control box cannot play a role of automatic alarming, is not based on 5G technology for detection, cannot well analyze failure reasons and the like in the background technology.
In order to achieve the purpose, the invention is realized by the following technical scheme: a safety detection system of an electric control box based on 5G technology and capable of automatically giving an overheat alarm comprises a 5G main control module and an information display module, wherein the 5G main control module is electrically output-connected with a switch module through a lead, the switch module is electrically output-connected with an internet data module through a lead, the information display module is electrically output-connected with the 5G main control module through a lead, the 5G main control module is electrically output-connected with an electric monitoring module through a lead, the electric monitoring module is electrically output-connected with a data management module through a lead, the data management module is electrically output-connected with a data deletion module through a lead, the data management module is electrically output-connected with a data storage module through a lead, the data storage module is electrically output-connected with a timing storage module through a lead, and the data storage module is electrically output-connected with a data lookup module through a lead, the electric power monitoring module is electrically output and connected with the fault analysis module through a lead, the fault analysis module is electrically output and connected with the temperature detection module through a lead, the fault analysis module is electrically output and connected with the humidity detection module through a lead, the fault analysis module is electrically output and connected with the voltage and current detection module through a lead, the voltage and current detection module is electrically output and connected with the data analysis module through a lead, the data analysis module is electrically output and connected with the data transmission module through a lead, the 5G main control module is electrically output and connected with the automatic alarm module through a lead, the automatic alarm module is electrically output and connected with the data receiving module through a lead, the data receiving module is electrically output and connected with the alarm control module through a lead, and the data receiving module is electrically output and connected with the data control module through a lead, and the data control module is electrically connected with the power-off control module through a wire.
Preferably, the 5G main control module, the switch module and the internet data module are electrically connected in series through a wire, and the 5G main control module and the information display module are electrically connected in series through a wire.
Preferably, the 5G main control module and the power monitoring module are electrically connected in series through a wire, and the power monitoring module, the data management module and the data deleting module are electrically connected in series through a wire.
Preferably, the data storage module, the data deletion module and the power monitoring module are electrically connected in parallel through a wire, and the timing storage module, the data lookup module and the data storage module are electrically connected in parallel through a wire.
Preferably, the humidity detection module, the temperature detection module, the voltage and current detection module and the fault analysis module are electrically connected in parallel through a wire, and the voltage and current detection module, the data analysis module and the data transmission module are electrically connected in series through a wire.
Preferably, the automatic alarm module, the data receiving module and the alarm control module are electrically connected in series through a wire, and the data receiving module, the data control module and the power-off control module are electrically connected in series through a wire.
Preferably, the power control box safety detection system based on the 5G technology and capable of automatically alarming for overheating comprises: the timing recording module further comprises: the device comprises a control unit, a port input unit, a data comparison unit, a port output unit, a data recording unit and a data reading unit which are sequentially connected with the port input unit;
the port input unit is used for receiving the data sent by the data storage module and monitoring the port input state in real time;
the data comparison unit is used for receiving the data received by the port input unit, preprocessing the obtained data to obtain hierarchical structure information of the data, and determining the corresponding hierarchy of the data based on the hierarchical structure information of the preset data;
determining a cube corresponding to the data in the hierarchy according to the hierarchy and the data, and reading target data recorded in the cube based on the cube;
and comparing the data with the target data to obtain a comparison result between the data and the target data.
If the received data is consistent with the target data, the control unit controls the data comparison unit to transmit the data to the data recording unit through the port output unit;
the data recording unit classifies and numbers the received data, classifies, records and stores the data, updates the recorded and stored data in real time, and simultaneously reads the data classified and stored in the data recording unit according to the numbers;
otherwise, the control unit controls the port input unit to re-receive the data sent by the data storage module until the received data is consistent with the target data.
Preferably, the power control box safety detection system based on the 5G technology and capable of automatically alarming for overheating comprises: the data transmission module further comprises: the processor module and the reminding module are connected with the processor module;
the processor module is configured to calculate a data packet loss rate of the data transmission module during data transmission, and optimize the data packet loss rate, and includes:
the processor module is configured to calculate a data packet loss rate of the data transmission module during data transmission according to the following formula:
wherein α represents a data packet loss rate of the data transmission module during data transmission; i represents a path of the data transmission module during data transmission; a represents the total number of paths of the data transmission module during data transmission; epsiloniRepresenting the signal attenuation coefficient of the data transmission module in the ith path during data transmission; t represents the data bandwidth of the data transmission module during data transmission; n represents the discrete number of the effective value taken by the data when the data transmission module transmits the data;
comparing the calculated data packet loss rate with a preset data packet loss rate;
if the data packet loss rate is less than or equal to the preset data packet loss rate, the processor module controls the reminding module to remind;
if the data packet loss rate is greater than the preset data packet loss rate, the processor module controls the data transmission module to perform transmission optimization, and the method specifically includes:
the processor module is configured to calculate a data packet loss rate of the data transmission module during data transmission according to the following formula, and optimize the data packet loss rate to obtain an optimized value:
wherein β represents an optimized value after optimizing data loss when the data transmission module performs data transmission; p is a radical of1Representing the number of data transmission times of the data transmission module during data transmission; p2 represents the rated transmission times of the data transmission module in data transmission; alpha represents that the data transmission module is transmitting dataData packet loss rate during transmission; v represents a fusion parameter of a sending end and a receiving end when the data transmission module carries out data transmission; gamma represents the coverage rate of the data transmission module during data transmission; b represents the probability of data error when the data transmission module transmits data;
comparing the calculated optimized value with a target optimized value;
if the optimized value is larger than or equal to the target optimized value, the processor module controls the reminding module to carry out second reminding;
otherwise, optimizing the data transmission module again until the optimized value is greater than or equal to the target optimized value.
The invention provides a safety detection system of a power control box based on a 5G technology and capable of automatically giving an overheat alarm, which has the following beneficial effects:
1. this electric control box safety detection system based on 5G technique and can automatic overheat alarm through being provided with the autoalarm module, the user can detect out the trouble problem through the fault detection module to data receiving module in giving the autoalarm with whole data transmission through data transmission module realizes outage control and alarm control through outage control module and data control module.
2. This electric control box safety detection system based on 5G technique and can automatic overheat and report to police, through being provided with 5G main control module, the user can carry out 5G data transmission to entire system through 5G technique to make entire system more quick in the aspect of the transmission data, also can guarantee simultaneously that data is more timely and safe in transmission process.
3. This electric control box safety detection system based on 5G technique and can automatic overheat and report to police, through being provided with failure analysis module, the user can be through failure analysis module to can carry out failure analysis and investigation to electric power system, through the unusual condition of data analysis module analysis department, thereby can detect out electric power system's fault cause, thereby can the person of facilitating the use solve to the fault cause, convenient to use person's use.
4. This electric control box safety inspection system based on 5G technique and can automatic overheat alarm, receive the data that is sent by data storage module through port input unit, and will receive data transmission and compare unit and target data to data comparison unit, if completely unanimous then through port output unit with data transmission to data recording module, data recording module carries out categorised record storage after numbering the data, make things convenient for data reading unit to find corresponding data according to the serial number, this technical scheme has improved data record's accuracy, also conveniently find the data information of record in the recording module fast simultaneously.
5. According to the power control box safety detection system based on the 5G technology and capable of automatically giving an overheat alarm, the packet loss rate of the data transmission module during data transmission is calculated through the processor module, so that the calculated packet loss rate is compared with the preset data packet loss rate, whether the lost data needs to be optimized or not is judged, if yes, the optimized value obtained through calculation is compared with the target optimized value through calculation of the optimized finger, whether the lost part can be made up for the optimized data or not is determined, if not, the lost data can be optimized again until the calculated optimized value is larger than or equal to the target optimized value, the data packet loss rate is reduced through the technical scheme, optimization of the lost data is achieved, and information can be accurately transmitted in the data transmission process.
Drawings
FIG. 1 is a schematic overall flow diagram of the present invention;
FIG. 2 is a schematic flow diagram of a data management module according to the present invention;
FIG. 3 is a schematic flow diagram of a fault analysis module according to the present invention;
FIG. 4 is a schematic flow diagram of an automatic alarm module of the present invention;
FIG. 5 is a flow chart of the internal structure of the timing recording module according to the present invention;
fig. 6 is a flow chart of the internal structure of the data transmission module according to the present invention.
In the figure: 1. 5G a main control module; 2. a switch module; 3. an internet data module; 4. an information display module; 5. a power monitoring module; 6. a data management module; 7. a data deletion module; 8. a data storage module; 9. a timing recording module; 10. a data lookup module; 11. a fault analysis module; 12. a temperature detection module; 13. a humidity detection module; 14. a voltage current detection module; 15. a data analysis module; 16. a data transmission module; 17. an automatic alarm module; 18. a data receiving module; 19. an alarm control module; 20. a data control module; 21. and a power-off control module.
Detailed Description
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.
Referring to fig. 1-4, the present invention provides a technical solution: a safety detection system of an electric control box based on 5G technology and capable of automatically alarming for overheating comprises a 5G main control module 1 and an information display module 4, wherein the 5G main control module 1 is electrically connected with an exchanger module 2 through a lead, the exchanger module 2 is electrically connected with an internet data module 3 through a lead, the information display module 4 is electrically connected with the 5G main control module 1 through a lead, the 5G main control module 1, the exchanger module 2 and the internet data module 3 are electrically connected in series through leads, and the 5G main control module 1 is electrically connected with the information display module 4 through a lead, so that the whole system can better display on the information display module 4, a user can observe more intuitively and conveniently, the management of the user is also convenient, and the 5G main control module 1 is electrically connected with an electric monitoring module 5 through a lead, the power monitoring module 5 is electrically connected with the data management module 6 in an output way through a lead, the data management module 6 is electrically connected with the data deleting module 7 in an output way through a lead, the 5G main control module 1 is electrically connected with the power monitoring module 5 in series through a lead, and the power monitoring module 5, the data management module 6 and the data deleting module 7 are electrically connected in series through leads, so that the whole system has more comprehensive functions in the aspect of power detection, and is convenient for a user to manage and process the whole system, meanwhile, the whole system is based on 5G control, so that the data transmission is quicker, the data management module 6 is electrically connected with the data storage module 8 in an output way through a lead, the data storage module 8 is electrically connected with the timing storage module 9 in an output way through a lead, and the data storage module 8 is electrically connected with the data searching module 10 in an output way through a lead, the data storage module 8, the data deletion module 7 and the power monitoring module 5 are electrically connected in parallel through a lead, and the timing storage module 9, the data lookup module 10 and the data storage module 8 are electrically connected in parallel through a lead, so that the whole system is more convenient in data management, and a user can use the whole system more conveniently, the power monitoring module 5 is electrically output-connected with the fault analysis module 11 through a lead, the fault analysis module 11 is electrically output-connected with the temperature detection module 12 through a lead, the fault analysis module 11 is electrically output-connected with the humidity detection module 13 through a lead, the fault analysis module 11 is electrically output-connected with the voltage and current detection module 14 through a lead, the voltage and current detection module 14 is electrically output-connected with the data analysis module 15 through a lead, and the data analysis module 15 is electrically output-connected with the data transmission module 16 through a lead, the humidity detection module 13, the temperature detection module 12, the voltage and current detection module 14 and the fault analysis module 11 are electrically connected in parallel through a lead, and the voltage and current detection module 14, the data analysis module 15 and the data transmission module 16 are electrically connected in series through a lead, so that the fault analysis of the whole power system can be performed, thereby facilitating the solving of faults in the power system by operators and the use of the operators, the 5G main control module 1 is electrically output-connected with the automatic alarm module 17 through a lead, the automatic alarm module 17 is electrically output-connected with the data receiving module 18 through a lead, the data receiving module 18 is electrically output-connected with the alarm control module 19 through a lead, the data receiving module 18 is electrically output-connected with the data control module 20 through a lead, and the data control module 20 is electrically output-connected with the power-off control module 21 through a lead, automatic alarm module 17, data receiving module 18, alarm control module 19 are connected through wire electrical property series connection between, and connect through wire electrical property series connection between data receiving module 18, data control module 20, the outage control module 21 to make entire system safer in work, can not appear dangerous condition in electric power system work, make operating personnel's safety obtain the assurance.
The working principle is as follows: the safety detection system of the power control box based on the 5G technology and capable of automatically alarming for overheating is characterized in that firstly, the whole system is provided with a 5G main control module 1, a user can control the whole system through the 5G main control module 1, meanwhile, 5G data transmission is carried out on the whole system through the 5G technology, so that the whole system is faster and safer in data transmission, meanwhile, the whole system is further provided with an automatic alarm module 17, the user can detect failure problems through a failure analysis module 11, so that the whole data are transmitted to a data receiving module 18 in the automatic alarm module 17 through a data transmission module 16, an alarm is sent out through an alarm control module 19, meanwhile, the data control module 20 can cut off the power of the power-off control module 21, and the use safety is ensured, the system is provided with the failure analysis module 11, and through the temperature detection module 12, the data transmission module 16, the data transmission module can transmit the alarm to the power-off control module 21, Humidity detection module 13 and voltage current detection module 14, analyze out electric power system's fault cause, carry out the analysis through data analysis module 15 and primitive data, and then analyze out unusual condition, detect out electric power system's fault cause, thereby can the person of facilitating the use solve to fault cause, convenient to use person's use, simultaneously through data storage module 8 under the data management module 6, can enter data storage to whole electric power system, the user can also be through the more audio-visual data change that shows electric power system of information display module 4 simultaneously, person of facilitating the use's use.
The invention provides a new technical scheme, and the power control box safety detection system based on the 5G technology and capable of automatically giving an overheat alarm is shown in fig. 5: the timing recording module 9 further includes: the device comprises a control unit, a port input unit, a data comparison unit, a port output unit, a data recording unit and a data reading unit which are sequentially connected with the port input unit;
the port input unit is used for receiving the data sent by the data storage module 8 and monitoring the port input state in real time;
the data comparison unit is used for receiving the data received by the port input unit, preprocessing the obtained data to obtain hierarchical structure information of the data, and determining the corresponding hierarchy of the data based on the hierarchical structure information of the preset data;
determining a cube corresponding to the data in the hierarchy according to the hierarchy and the data, and reading target data recorded in the cube based on the cube;
and comparing the data with the target data to obtain a comparison result between the data and the target data.
If the received data is consistent with the target data, the control unit controls the data comparison unit to transmit the data to the data recording unit through the port output unit;
the data recording unit classifies and numbers the received data, classifies, records and stores the data, updates the recorded and stored data in real time, and simultaneously reads the data classified and stored in the data recording unit according to the numbers;
otherwise, the control unit controls the port input unit to re-receive the data sent by the data storage module 8 until the received data is consistent with the target data.
In this embodiment, the target data refers to the original data before storage.
In this embodiment, the hierarchy information refers to an organizational structure of the operating system that provides a model for isolating the functions of the various layers of the operating system.
In this embodiment, inter-hierarchy refers to a plurality of layers included in a hierarchy, each layer having its own individual storage unit.
In this embodiment, a cube refers to a carrier in a storage unit in a hierarchy for storing a database.
The working principle and the beneficial effects of the technical scheme are as follows: the data storage module receives data sent by the data storage module through the port input unit, the received data are transmitted to the data comparison unit and compared with target data, if the data are completely consistent, the data are transmitted to the data recording module through the port output unit, the data recording module carries out classified recording and storage after numbering the data, the data reading unit can conveniently find corresponding data according to the serial numbers, the technical scheme improves the accuracy of data recording, and meanwhile, recorded data information can be conveniently and quickly found in the recording module.
The invention provides a new technical scheme, and the power control box safety detection system based on the 5G technology and capable of automatically giving an overheat alarm is shown in fig. 6: the data transmission module 16 further includes: the processor module and the reminding module are connected with the processor module;
the processor module is configured to calculate a data packet loss rate of the data transmission module 16 during data transmission, and optimize the data packet loss rate, and includes:
the processor module is configured to calculate a data packet loss rate of the data transmission module 16 during data transmission according to the following formula:
wherein α represents a data packet loss rate of the data transmission module 16 during data transmission; i represents a path of the data transmission module 16 during data transmission; a represents the total number of paths of the data transmission module 16 during data transmission; epsiloniRepresents the signal attenuation coefficient of the data transmission module 16 during the data transmission on the ith path; t represents a band of data when the data transmission module 16 performs data transmissionWidth; n represents a discrete number of valid values taken by the data transmission module 16 during data transmission;
comparing the calculated data packet loss rate with a preset data packet loss rate;
if the data packet loss rate is less than or equal to the preset data packet loss rate, the processor module controls the reminding module to remind;
if the data packet loss rate is greater than the preset data packet loss rate, the processor module controls the data transmission module to perform transmission optimization, and the method specifically includes:
the processor module is configured to calculate a data packet loss rate of the data transmission module 16 during data transmission according to the following formula, and optimize the data packet loss rate to obtain an optimized value:
wherein β represents an optimized value after optimizing data loss when the data transmission module 16 performs data transmission; p is a radical of1Represents the number of data transmission times of the data transmission module 16 during data transmission; p2 represents the rated transmission times of the data transmission module 16 during data transmission; α represents a data packet loss rate of the data transmission module 16 during data transmission; v represents a fusion parameter between the transmitting end and the receiving end when the data transmission module 16 performs data transmission; γ represents a coverage rate of the data transmission module 16 in data transmission; b represents the probability of data error when the data transmission module 16 performs data transmission;
comparing the calculated optimized value with a target optimized value;
if the optimized value is larger than or equal to the target optimized value, the processor module controls the reminding module to carry out second reminding;
otherwise, the data transmission module 16 is optimized again until the optimized value is greater than or equal to the target optimized value.
In this embodiment, the preset data loss rate refers to a corresponding data loss rate when the ratio of data lost in the data transmission process to the data transmitted in the whole system does not affect the reading of the data information.
In this embodiment, the target optimized value is an optimized value that is optimized to complete information transmission by optimizing a data lost part, and the degree to be optimized is the target optimized value.
The working principle and the beneficial effects of the technical scheme are as follows: the packet loss rate of the data transmission module during data transmission is calculated through the processor module, the calculated packet loss rate is compared with a preset data packet loss rate, whether the lost data needs to be optimized or not is judged, if yes, the optimized value obtained through calculation is compared with a target optimized value, whether the optimized data can make up for the lost part or not is determined, if not, the lost data is optimized again until the calculated optimized value is larger than or equal to the target optimized value, the data packet loss rate is reduced, the optimization of the lost data is achieved, and the data can be accurately transmitted in the transmission process.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (6)
1. The utility model provides a power control box safety inspection system based on 5G technique and can automatic overheat alarm, includes 5G main control module (1) and information display module (4), its characterized in that: the 5G main control module (1) is electrically output and connected with the switch module (2) through a lead, the switch module (2) is electrically output and connected with the internet data module (3) through a lead, the information display module (4) is electrically output and connected with the 5G main control module (1) through a lead, the 5G main control module (1) is electrically output and connected with the power monitoring module (5) through a lead, the power monitoring module (5) is electrically output and connected with the data management module (6) through a lead, the data management module (6) is electrically output and connected with the data deletion module (7) through a lead, the data management module (6) is electrically output and connected with the data storage module (8) through a lead, the data storage module (8) is electrically output and connected with the timing recording module (9) through a lead, and the data lookup module (8) is electrically output and connected with the data lookup module (10) through a lead, the power monitoring module (5) is electrically output and connected with the fault analysis module (11) through a lead, the fault analysis module (11) is electrically output and connected with the temperature detection module (12) through a lead, the fault analysis module (11) is electrically output and connected with the humidity detection module (13) through a lead, the fault analysis module (11) is electrically output and connected with the voltage and current detection module (14) through a lead, the voltage and current detection module (14) is electrically output and connected with the data analysis module (15) through a lead, the data analysis module (15) is electrically output and connected with the data transmission module (16) through a lead, the 5G main control module (1) is electrically output and connected with the automatic alarm module (17) through a lead, and the automatic alarm module (17) is electrically output and connected with the data receiving module (18) through a lead, the data receiving module (18) is electrically connected with the control alarm module (19) through a lead in an output mode, the data receiving module (18) is electrically connected with the data control module (20) through a lead in an output mode, and the data control module (20) is electrically connected with the power-off control module (21) through a lead in an output mode;
the data transmission module (16) further comprises: the processor module and the reminding module are connected with the processor module;
the processor module is configured to calculate a data packet loss rate of the data transmission module (16) during data transmission, and optimize the data packet loss rate, and includes:
the processor module is used for calculating the data packet loss rate of the data transmission module (16) during data transmission according to the following formula:
wherein, alpha tableIndicating the data packet loss rate of the data transmission module (16) during data transmission; i represents a path of the data transmission module (16) during data transmission; a represents the total number of paths of the data transmission module (16) during data transmission; epsiloniRepresents the signal attenuation coefficient of the data transmission module (16) when the data transmission module transmits data on the ith path; t represents the bandwidth of data when the data transmission module (16) performs data transmission; n represents the discrete number of effective values taken by the data transmission module (16) during data transmission;
comparing the calculated data packet loss rate with a preset data packet loss rate;
if the data packet loss rate is less than or equal to the preset data packet loss rate, the processor module controls the reminding module to remind;
if the data packet loss rate is greater than the preset data packet loss rate, the processor module controls the data transmission module to perform transmission optimization, and the method specifically includes:
the processor module is used for calculating the data packet loss rate of the data transmission module (16) during data transmission according to the following formula to optimize, and obtaining an optimized value:
wherein β represents an optimized value after optimizing data loss when the data transmission module (16) performs data transmission; p is a radical of1Represents the number of data transmission times of the data transmission module (16) when data transmission is carried out; p2 represents the rated transmission times of the data transmission module (16) during data transmission; a represents the data packet loss rate of the data transmission module (16) during data transmission; v represents a fusion parameter of a sending end and a receiving end when the data transmission module (16) transmits data; gamma represents the coverage rate of the data transmission module (16) when data transmission is carried out; b represents the probability of data error when the data transmission module (16) performs data transmission;
comparing the calculated optimized value with a target optimized value;
if the optimized value is larger than or equal to the target optimized value, the processor module controls the reminding module to carry out second reminding;
otherwise, the data transmission module (16) is optimized again until the optimized value is greater than or equal to the target optimized value;
the humidity detection module (13), the temperature detection module (12), the voltage and current detection module (14) and the fault analysis module (11) are electrically connected in parallel through conducting wires, and the voltage and current detection module (14), the data analysis module (15) and the data transmission module (16) are electrically connected in series through conducting wires.
2. The safety detection system for the power control box based on the 5G technology and capable of automatically alarming for overheating according to claim 1, is characterized in that: the 5G main control module (1), the switch module (2) and the internet data module (3) are connected in series through a wire, and the 5G main control module (1) and the information display module (4) are connected in series through a wire.
3. The safety detection system for the power control box based on the 5G technology and capable of automatically alarming for overheating according to claim 1, is characterized in that: the 5G main control module (1) is electrically connected with the power monitoring module (5) in series through a wire, and the power monitoring module (5), the data management module (6) and the data deleting module (7) are electrically connected in series through a wire.
4. The safety detection system for the power control box based on the 5G technology and capable of automatically alarming for overheating according to claim 1, is characterized in that: the data storage module (8), the data deleting module (7) and the power monitoring module (5) are electrically connected in parallel through wires, and the timing storage module (9), the data consulting module (10) and the data storage module (8) are electrically connected in parallel through wires.
5. The safety detection system for the power control box based on the 5G technology and capable of automatically alarming for overheating according to claim 1, is characterized in that: the automatic alarm module (17), the data receiving module (18) and the alarm control module (19) are electrically connected in series through wires, and the data receiving module (18), the data control module (20) and the power-off control module (21) are electrically connected in series through wires.
6. The safety detection system for the power control box based on the 5G technology and capable of automatically alarming for overheating according to claim 1, is characterized in that: the timing recording module (9) further comprises: the device comprises a control unit, a port input unit, a data comparison unit, a port output unit, a data recording unit and a data reading unit which are sequentially connected with the port input unit;
the port input unit is used for receiving the data sent by the data storage module (8) and monitoring the port input state in real time;
the data comparison unit is used for receiving the data received by the port input unit, preprocessing the obtained data to obtain hierarchical structure information of the data, and determining the corresponding hierarchy of the data based on the hierarchical structure information of the preset data;
determining a cube corresponding to the data in the hierarchy according to the hierarchy and the data, and reading target data recorded in the cube based on the cube;
comparing the data with the target data to obtain a comparison result between the data and the target data;
if the received data is consistent with the target data, the control unit controls the data comparison unit to transmit the data to the data recording unit through the port output unit;
the data recording unit classifies and numbers the received data, classifies, records and stores the data, updates the recorded and stored data in real time, and simultaneously reads the data classified and stored in the data recording unit according to the numbers;
otherwise, the control unit controls the port input unit to re-receive the data sent by the data storage module (8) until the received data is consistent with the target data.
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