CN117670250A - Intelligent supervision system based on Beidou system - Google Patents
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Abstract
The invention discloses an intelligent supervision system based on a Beidou system, which comprises a signal acquisition module, a time module, a Beidou positioning module, a signal receiving module, a database, a management system terminal, a signal analysis module, a data analysis module, a frequency acquisition module and a frequency judgment module, wherein the data analysis module is used for carrying out preliminary checking and examining on engineering point data, meanwhile, in order to prevent interference of abnormal signal transmission factors, the frequency judgment module is used for automatically judging and analyzing frequency signals of data information packet carriers, and the data analysis module is used for analyzing and judging, so that the checking and examining of the direct system is normal, a supervision team is not required to manually check or carry out yellow early warning according to the type of the data signals required, the supervision team manually judges the data signals of the yellow early warning to the whole engineering data influencing program, and carries out decision of eliminating the yellow early warning or manually checking and examining the data, or sends red early warning of the supervision team, and the supervision team manually checking and examining the data.
Description
Technical Field
The invention relates to the technical field of intelligent supervision, in particular to an intelligent supervision system based on a Beidou system.
Background
In three major controls of project management, namely investment control, progress control and quality control, progress monitoring of project projects occupies very important roles, various factors influencing construction progress and quality often exist in the construction process, the construction site range is huge, inspection and examination are required to be carried out on a plurality of engineering points by a supervision team, data detection is required to be carried out on the engineering sites in the engineering inspection and examination process, the Beidou system is based on an intelligent supervision system of the Beidou system, all participants in the construction process are concentrated in a common intelligent supervision system of the Beidou system to cooperate and transfer information, unification of project targets in implementation is guaranteed, and the construction plan can be adjusted in real time due to planning defects, construction environment changes, on-site condition adjustment, resource supply influence and the like.
Disclosure of Invention
Aiming at the situation, the invention aims to provide the intelligent supervision system based on the Beidou system, which can automatically check and examine a plurality of engineering point data, and simultaneously combines with the manual check of the supervision team, thereby greatly saving the time of the supervision team for manually checking through the existing intelligent supervision system.
The technical scheme is that the intelligent supervision system based on the Beidou system comprises a signal acquisition module, a time module, a Beidou positioning module, a signal receiving module, a database, a management system terminal, a signal analysis module, a data analysis module, a frequency acquisition module and a frequency judgment module, and the specific steps are as follows;
s1, a Beidou positioning module positions a position signal G acquired by engineering point data in real time; the time module updates a time signal T of engineering point data acquisition in real time;
the signal sampling module collects engineering point construction data signals A1 in real time, packages the data signals A1, the position signals G and the time signals T into data information packets, and sends the data information packets to the signal receiving module in a 5G communication transmission mode;
s2, the signal analysis module extracts a data information packet in the signal receiving module and analyzes the data information packet into a data signal A1, a position signal G and a time signal T; the frequency acquisition module acquires a frequency signal B1 of a data information packet carrier in the signal receiving module;
s3, the data analysis module receives the data signal A1, the position signal G and the time signal T, extracts data signals A2 and A3 of engineering points corresponding to the time signal T in the database according to the position signal G, and sends signals A-M to the management system terminal when the data signals A1 are normal and the construction data updated by the engineering points corresponding to the position signal G in the time signal T are normal when the data signals A1 are more than A2 and less than A3; when 0.5 x A2< A1< A2 or 1.5 x a3> A1> a3, indicating that the data signal A1 is abnormal, transmitting the signal a-N to the management system terminal; a1<0.5 A2 or A1>1.5 A3, indicating that the data signal A1 is particularly abnormal, transmitting the signal A-T to the management system terminal;
s4, the frequency judging module receives the frequency signal B1, the position signal G and the time signal T, extracts a corresponding frequency signal B2 in the database according to the position signal G and the time signal T, and when B1 is smaller than B2, indicates that the frequency signal B1 is normal, and sends a signal B-M to the management system terminal; b1 is larger than B2 and smaller than 2 x B2, which indicates that the frequency signal B1 is abnormal, and sends a signal B-N to a management system terminal; when B1 is larger than 2 x B2, the frequency signal B1 is abnormal, and a signal B-T is sent to a management system terminal;
s5, the management system terminal receives the signals A-M and B-M, and indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T is normal, and the inspection and the acceptance inspection of the direct system are normal without manual inspection of a supervision team;
the management system terminal receives the signals A-M and B-N, indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T are normal, and the direct system checking and accepting inspection is normal without manual inspection by a supervision team, but the early warning signal is required to be sent to related personnel to check the abnormal condition of the signal transmission channel;
the management system terminal receives the signals A-M and B-T, indicates that the signal transmission channel is abnormal particularly, influences the data signal A1, needs to send the data signal A1 to the supervision team for manual verification, and sends the early warning signal to related personnel to check the abnormal condition of the signal transmission channel particularly.
2. The intelligent supervision system based on the Beidou system according to claim 1 is characterized in that a management system terminal receives signals A-N and B-M, construction data updated by an engineering point corresponding to a position signal G in a time signal T are abnormal, yellow early warning of a supervision team is sent, the supervision team manually judges that the data signal of the yellow early warning influences the whole engineering data program according to the type of the data signal of the early warning, and a decision for eliminating the yellow early warning or manually auditing the data is made;
the management system terminal receives signals A-N and B-N, indicates that construction data updated by an engineering point corresponding to a position signal G in a time signal T are abnormal, sends yellow early warning to a supervision team, and the supervision team manually judges a program for influencing the whole engineering data by the data signal of the yellow early warning according to the type of the data signal of the early warning, makes a decision for eliminating the yellow early warning or manually checking the data, and simultaneously sends an early warning signal to related personnel to check the abnormal condition of a signal transmission channel;
the management system terminal receives the signals A-N and B-T, indicates that the signal transmission channel is abnormal particularly, influences the data signal A1, needs to send the data signal A1 to the supervision team for manual verification, and sends the early warning signal to related personnel to check the abnormal condition of the signal transmission channel particularly.
Due to the adoption of the technical scheme, compared with the prior art, the invention has the following advantages;
1. and meanwhile, in order to prevent interference of abnormal factors of signal transmission, the frequency signal of the data packet carrier is automatically judged and analyzed by the frequency judging module, and the frequency signal is analyzed and judged by the data analyzing module, so that the inspection and the examination of a direct system are normal, the inspection and the examination of a supervision team are not needed, or the supervision team manually judges the influence program of the yellow early-warning data signal on the whole engineering data according to the type of the early-warning data signal, and the decision of eliminating the yellow early-warning or manually examining and examining the data is made, or red early-warning is sent to the supervision team, and the manual examining and examining data of the supervision team can be automatically examined and examined on a plurality of engineering point data, and meanwhile, the time of the supervision team manually examining and examining through the existing intelligent supervision system is greatly saved.
Drawings
Fig. 1 is a block diagram of an intelligent supervision system based on a Beidou system.
Detailed Description
The foregoing and other features, aspects and advantages of the present invention will become more apparent from the following detailed description of the embodiments, which proceeds with reference to the accompanying fig. 1. The following embodiments are described in detail with reference to the drawings.
In order to solve the problem that the existing intelligent supervision system is still manually checked by a supervision team through the intelligent supervision system to cause accumulation of engineering data, the invention comprises a signal acquisition module, a time module, a Beidou positioning module, a signal receiving module, a database and a management system terminal, and further comprises a signal analysis module, a data analysis module, a frequency acquisition module and a frequency judgment module, wherein the specific steps are as follows;
s1, a Beidou positioning module positions a position signal G acquired by engineering point data in real time; the time module updates a time signal T of engineering point data acquisition in real time;
the signal sampling module collects engineering point construction data signals A1 in real time, packages the data signals A1, the position signals G and the time signals T into data information packets, and sends the data information packets to the signal receiving module in a 5G communication transmission mode;
s2, the signal analysis module extracts a data information packet in the signal receiving module and analyzes the data information packet into a data signal A1, a position signal G and a time signal T; the frequency acquisition module acquires a frequency signal B1 of a data information packet carrier in the signal receiving module;
s3, the data analysis module receives the data signal A1, the position signal G and the time signal T, extracts data signals A2 and A3 of engineering points corresponding to the time signal T in the database according to the position signal G, and sends signals A-M to the management system terminal when the data signals A1 are normal and the construction data updated by the engineering points corresponding to the position signal G in the time signal T are normal when the data signals A1 are more than A2 and less than A3; when 0.5 x A2< A1< A2 or 1.5 x a3> A1> a3, indicating that the data signal A1 is abnormal, transmitting the signal a-N to the management system terminal; a1<0.5 A2 or A1>1.5 A3, indicating that the data signal A1 is particularly abnormal, transmitting the signal A-T to the management system terminal;
s4, the frequency judging module receives the frequency signal B1, the position signal G and the time signal T, extracts a corresponding frequency signal B2 in the database according to the position signal G and the time signal T, and when B1 is smaller than B2, indicates that the frequency signal B1 is normal, and sends a signal B-M to the management system terminal; b1 is larger than B2 and smaller than 2 x B2, which indicates that the frequency signal B1 is abnormal, and sends a signal B-N to a management system terminal; when B1 is larger than 2 x B2, the frequency signal B1 is abnormal, and a signal B-T is sent to a management system terminal;
s5, the management system terminal receives the signals A-M and B-M, and indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T is normal, and the inspection and the acceptance inspection of the direct system are normal without manual inspection of a supervision team;
the management system terminal receives the signals A-M and B-N, indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T are normal, and the direct system checking and accepting inspection is normal without manual inspection by a supervision team, but the early warning signal is required to be sent to related personnel to check the abnormal condition of the signal transmission channel;
the management system terminal receives the signals A-M and B-T, indicates that the signal transmission channel is abnormal particularly, influences the data signal A1, needs to send the data signal A1 to the supervision team for manual verification, and sends the early warning signal to related personnel to check the abnormal condition of the signal transmission channel particularly.
The management system terminal receives the signals A-N and B-M, indicates that construction data updated by the engineering point corresponding to the position signal G in the time signal T are abnormal, sends yellow early warning to a supervision team, and the supervision team manually judges the influence program of the data signal of the yellow early warning on the whole engineering data according to the type of the data signal of the early warning to make a decision of eliminating the yellow early warning or manually checking the data;
the management system terminal receives signals A-N and B-N, indicates that construction data updated by an engineering point corresponding to a position signal G in a time signal T are abnormal, sends yellow early warning to a supervision team, and the supervision team manually judges a program for influencing the whole engineering data by the data signal of the yellow early warning according to the type of the data signal of the early warning, makes a decision for eliminating the yellow early warning or manually checking the data, and simultaneously sends an early warning signal to related personnel to check the abnormal condition of a signal transmission channel;
the management system terminal receives the signals A-N and B-T, indicates that the signal transmission channel is abnormal particularly, influences the data signal A1, needs to send the data signal A1 to the supervision team for manual verification, and sends the early warning signal to related personnel to check the abnormal condition of the signal transmission channel particularly.
The management system terminal receives the signals A-T and B-M, indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T are abnormal, and sends red early warning to the supervision team, and the supervision team manually audits the data;
the management system terminal receives the signals A-T and B-N, indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T are particularly abnormal, sends red early warning to a supervision team, manually audits the data, and simultaneously sends early warning signals to related personnel to check the abnormal condition of the signal transmission channel;
the management system terminal receives the signals A-T and B-T, indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T is particularly abnormal, simultaneously, the signal transmission channel is particularly abnormal, red early warning of a supervision team is sent, the supervision team manually reviews the data, and early warning signals are sent to related personnel to check the particularly abnormal condition of the signal transmission channel.
The data signals A2 and A3 in the database are updated along with the continuous change of the data signal A1 and the time signal T of the construction progress, and the updated data signals are continuously adjusted according to the construction environment change of the position signal G, the resource supply influence and the planning.
When the system is particularly used, on the basis of the prior art, the system comprises a signal acquisition module, a time module, a Beidou positioning module, a signal receiving module, a database and a management system terminal, and further comprises a signal analysis module, a data analysis module, a frequency acquisition module and a frequency judgment module, wherein data signals A2 and A3 in the database can be updated along with the continuous change of a data signal A1 and a time signal T of a construction progress, and the data signals can be continuously adjusted and updated according to the construction environment change of a position signal G, the influence of resource supply and the planning.
The management system terminal receives the signals A-M and B-M, and indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T is normal, and the direct system checking and accepting inspection is normal without manual checking by a supervision team; the management system terminal receives the signals A-M and B-N, indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T are normal, and the direct system checking and accepting inspection is normal without manual inspection by a supervision team, but the early warning signal is required to be sent to related personnel to check the abnormal condition of the signal transmission channel; the management system terminal receives the signals A-M and B-T, indicates that the signal transmission channel is abnormal particularly, influences the data signal A1, needs to send the data signal A1 to the supervision team for manual verification, and sends the early warning signal to related personnel to check the abnormal condition of the signal transmission channel particularly.
The management system terminal receives the signals A-N and B-M, indicates that construction data updated by the engineering point corresponding to the position signal G in the time signal T are abnormal, sends yellow early warning to a supervision team, and the supervision team manually judges the influence program of the data signal of the yellow early warning on the whole engineering data according to the type of the data signal of the early warning to make a decision of eliminating the yellow early warning or manually checking the data; the management system terminal receives signals A-N and B-N, indicates that construction data updated by an engineering point corresponding to a position signal G in a time signal T are abnormal, sends yellow early warning to a supervision team, and the supervision team manually judges a program for influencing the whole engineering data by the data signal of the yellow early warning according to the type of the data signal of the early warning, makes a decision for eliminating the yellow early warning or manually checking the data, and simultaneously sends an early warning signal to related personnel to check the abnormal condition of a signal transmission channel; the management system terminal receives the signals A-N and B-T, indicates that the signal transmission channel is abnormal particularly, influences the data signal A1, needs to send the data signal A1 to the supervision team for manual verification, and sends the early warning signal to related personnel to check the abnormal condition of the signal transmission channel particularly.
The management system terminal receives the signals A-T and B-M, indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T are abnormal, and sends red early warning to the supervision team, and the supervision team manually audits the data; the management system terminal receives the signals A-T and B-N, indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T are particularly abnormal, sends red early warning to a supervision team, manually audits the data, and simultaneously sends early warning signals to related personnel to check the abnormal condition of the signal transmission channel; the management system terminal receives the signals A-T and B-T, indicates that the construction data updated by the engineering points corresponding to the position signals G in the time signals T are particularly abnormal, meanwhile, the signal transmission channel is particularly abnormal, red early warning is sent to the supervision team, manual auditing data of the supervision team are sent, and early warning signals are sent to related personnel to check the particularly abnormal condition of the signal transmission channel, so that automatic acceptance auditing can be carried out on a plurality of engineering point data, and meanwhile, the time of manual auditing by the supervision team through the existing intelligent supervision system is greatly saved.
While the invention has been described in connection with certain embodiments, it is not intended that the invention be limited thereto; for those skilled in the art to which the present invention pertains and the related art, on the premise of based on the technical scheme of the present invention, the expansion, the operation method and the data replacement should all fall within the protection scope of the present invention.
Claims (4)
1. The intelligent supervision system based on the Beidou system comprises a signal acquisition module, a time module, a Beidou positioning module, a signal receiving module, a database and a management system terminal, and is characterized by also comprising a signal analysis module, a data analysis module, a frequency acquisition module and a frequency judgment module, wherein the specific steps are as follows;
s1, a Beidou positioning module positions a position signal G acquired by engineering point data in real time; the time module updates a time signal T of engineering point data acquisition in real time;
the signal sampling module collects engineering point construction data signals A1 in real time, packages the data signals A1, the position signals G and the time signals T into data information packets, and sends the data information packets to the signal receiving module in a 5G communication transmission mode;
s2, the signal analysis module extracts a data information packet in the signal receiving module and analyzes the data information packet into a data signal A1, a position signal G and a time signal T; the frequency acquisition module acquires a frequency signal B1 of a data information packet carrier in the signal receiving module;
s3, the data analysis module receives the data signal A1, the position signal G and the time signal T, extracts data signals A2 and A3 of engineering points corresponding to the time signal T in the database according to the position signal G, and sends signals A-M to the management system terminal when the data signals A1 are normal and the construction data updated by the engineering points corresponding to the position signal G in the time signal T are normal when the data signals A1 are more than A2 and less than A3; when 0.5 A2< A1< A2 or 1.5 A3> A1> A3, indicating that the data signal A1 is abnormal, transmitting the signal a-N to the management system terminal; a1<0.5 A2 or A1>1.5 A3, indicating that the data signal A1 is particularly abnormal, transmitting the signal A-T to the management system terminal;
s4, the frequency judging module receives the frequency signal B1, the position signal G and the time signal T, extracts a corresponding frequency signal B2 in the database according to the position signal G and the time signal T, and when B1 is smaller than B2, indicates that the frequency signal B1 is normal, and sends a signal B-M to the management system terminal; b1 is larger than B2 and smaller than 2 x B2, which indicates that the frequency signal B1 is abnormal, and sends a signal B-N to a management system terminal; when B1 is larger than 2 x B2, the frequency signal B1 is abnormal, and a signal B-T is sent to a management system terminal;
s5, the management system terminal receives the signals A-M and B-M, and indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T is normal, and the inspection and the acceptance inspection of the direct system are normal without manual inspection of a supervision team;
the management system terminal receives the signals A-M and B-N, indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T are normal, and the direct system checking and accepting inspection is normal without manual inspection by a supervision team, but the early warning signal is required to be sent to related personnel to check the abnormal condition of the signal transmission channel;
the management system terminal receives the signals A-M and B-T, indicates that the signal transmission channel is abnormal particularly, influences the data signal A1, needs to send the data signal A1 to the supervision team for manual verification, and sends the early warning signal to related personnel to check the abnormal condition of the signal transmission channel particularly.
2. The intelligent supervision system based on the Beidou system according to claim 1 is characterized in that a management system terminal receives signals A-N and B-M, construction data updated by an engineering point corresponding to a position signal G in a time signal T are abnormal, yellow early warning of a supervision team is sent, the supervision team manually judges that the data signal of the yellow early warning influences the whole engineering data program according to the type of the data signal of the early warning, and a decision for eliminating the yellow early warning or manually auditing the data is made;
the management system terminal receives signals A-N and B-N, indicates that construction data updated by an engineering point corresponding to a position signal G in a time signal T are abnormal, sends yellow early warning to a supervision team, and the supervision team manually judges a program for influencing the whole engineering data by the data signal of the yellow early warning according to the type of the data signal of the early warning, makes a decision for eliminating the yellow early warning or manually checking the data, and simultaneously sends an early warning signal to related personnel to check the abnormal condition of a signal transmission channel;
the management system terminal receives the signals A-N and B-T, indicates that the signal transmission channel is abnormal particularly, influences the data signal A1, needs to send the data signal A1 to the supervision team for manual verification, and sends the early warning signal to related personnel to check the abnormal condition of the signal transmission channel particularly.
3. The intelligent supervision system based on the Beidou system according to claim 2 is characterized in that a management system terminal receives signals A-T and B-M, construction data updated by an engineering point corresponding to a position signal G in a time signal T are particularly abnormal, red early warning of a supervision team is sent, and manual auditing data of the supervision team are sent;
the management system terminal receives the signals A-T and B-N, indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T are particularly abnormal, sends red early warning to a supervision team, manually audits the data, and simultaneously sends early warning signals to related personnel to check the abnormal condition of the signal transmission channel;
the management system terminal receives the signals A-T and B-T, indicates that the construction data updated by the engineering point corresponding to the position signal G in the time signal T is particularly abnormal, simultaneously, the signal transmission channel is particularly abnormal, red early warning of a supervision team is sent, the supervision team manually reviews the data, and early warning signals are sent to related personnel to check the particularly abnormal condition of the signal transmission channel.
4. The intelligent supervision system based on the Beidou system according to claim 1, wherein the data signals A2 and A3 in the database are updated along with the continuous change of the data signal A1 and the time signal T of the construction progress, and the updated data signals are continuously adjusted according to the construction environment change of the position signal G, the resource supply influence and the planning.
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