CN112559505A - Real-time data complementary acquisition device and method, computer equipment and storage medium - Google Patents

Abstract

The present application relates to the field of network data collection, in particular to a real-time data supplementary collection device, method, computer equipment and storage medium, which include a main station, a concentrator and a data acquisition terminal, the concentrator is respectively connected with the main station and the main station and the data acquisition terminal. Data acquisition terminal communication; wherein, the master station is used to determine the real-time data to be supplemented, generate supplementary acquisition commands according to the real-time data to be supplemented, and send the supplementary acquisition commands to the concentrator; the concentrator is used to send The data acquisition terminal sends a supplementary acquisition command; the data acquisition terminal is used for supplementary acquisition of real-time data according to the supplementary acquisition command; wherein, the data acquisition terminal sends the supplementary acquisition real-time data to the concentrator for buffering, and the concentrator will receive The real-time data is sent to the master station for storage. The present application has the effect of improving the accuracy of real-time data.

Description

A real-time data supplementary acquisition device, method, computer equipment and storage medium

technical field

The present application relates to the field of network data collection, in particular to a real-time data supplementary collection device, method, computer equipment and storage medium.

Background technique

The collection end often needs to transmit the collected real-time data to the processing end to process the collected real-time data. However, the real-time data may be lost or lost during the uploading process. The collected data is collected again, that is, supplementary collection.

Relevant technologies usually do not perform supplementary collection of uncollected or missing real-time data, that is, do not update real-time data, and update it when new real-time data is available next time. This real-time data collection or update method requires real-time data of the scene. When it is not high, it has little impact, but it is not effective for scenarios that require accurate and effective real-time data.

Regarding the above-mentioned related technologies, the inventor believes that there is a defect of inaccurate real-time data.

SUMMARY OF THE INVENTION

In order to improve the accuracy of real-time data, the present application provides a real-time data supplementary collection device, method, computer equipment and storage medium.

The first aspect, a kind of real-time data supplementary mining device provided by this application adopts the following technical scheme:

A real-time data supplementary acquisition device, comprising a main station, a concentrator and a data acquisition terminal, wherein the concentrator communicates with the main station and the data acquisition terminal respectively; wherein,

The master station is used to determine the real-time data to be supplemented, and to generate a supplementary acquisition order according to the real-time data to be supplemented, and send the supplementary acquisition order to the concentrator;

The concentrator is used to send a supplementary acquisition command to the data acquisition terminal;

The data acquisition terminal is used for supplementary acquisition of real-time data according to supplementary acquisition commands;

Wherein, the data collection terminal sends the real-time data of supplementary collection to the concentrator for buffering, and the concentrator sends the received real-time data to the main station for storage.

By adopting the above technical solution, the master station determines the real-time data to be supplemented, and based on the real-time data to be supplemented, generates a supplementary acquisition command for the real-time data to be supplemented, and sends the generated supplementary acquisition command to the concentrator to The data acquisition terminal, and further, the data acquisition terminal performs supplementary acquisition of the real-time data to be supplemented, and sends the supplementary real-time data to the concentrator for buffering, and then sends it to the master station for storage through the concentrator. The real-time data stored in the master station is the latest data, so that the latest stored data can be displayed to improve the accuracy of the real-time data.

Optionally, the master station includes a unique identification code generation module and a supplementary procurement protocol generation module; wherein,

The unique identification code generation module is used to generate the unique identification code of real-time data;

The supplementary acquisition protocol generation module is used to generate a supplementary acquisition protocol of the real-time data to be supplemented;

Wherein, the supplementary acquisition protocol includes a supplementary acquisition identification mechanism, based on the supplementary acquisition identification mechanism to identify a unique identification code, if the identification is correct, a supplementary acquisition command of real-time data is generated, and if the identification is incorrect, it is re-identified.

By adopting the above technical solution, the unique identification code of the real-time data is generated by the unique identification code generation module, the supplementary acquisition protocol of the real-time data to be supplemented is generated by the supplementary acquisition protocol generation module, and the supplementary acquisition protocol includes a supplementary acquisition identification mechanism, Further, the unique identification code is identified by the supplementary acquisition identification mechanism, and the identification result is judged. If it is correct, the supplementary acquisition command of the real-time data is generated. If the identification is wrong, the unique identification code is re-identified, so as to ensure the master The accuracy of the generated supplementary sampling command, and the supplementary sampling command is sent to the data acquisition terminal through the concentrator, and further, the accuracy of the supplementary acquisition real-time data of the data acquisition terminal can also be improved.

Optionally, the data collection terminal includes a supplementary collection result judgment module; wherein,

The supplementary mining result judgment module is used for judging whether the supplementary mining of real-time data is successful;

Among them, if the supplementary collection is successful, the real-time data of supplementary collection will be uploaded, and if the supplementary collection fails, the real-time data to be supplemented will be recollected.

By adopting the above technical solution, whether the supplementary acquisition of real-time data is successful is determined by the supplementary acquisition result judgment module. If successful, the real-time data of supplementary acquisition is uploaded. If it fails, the supplementary acquisition of the real-time data to be supplemented is performed again. , which can improve the success rate of real-time data recovery.

Optionally, the master station further includes a data calling module; wherein,

The data calling module is used to call the real-time data buffered in the concentrator to cover the existing data to be supplemented collected stored in the master station in the case of failure to re-collection.

By adopting the above technical solution, in the case of failure to re-collection, the real-time data that has been cached in the concentrator is called through the data calling module, and the called cached real-time data overwrites the existing data to be re-collected. The difference between the acquisition time of the real-time data and the time of supplementary acquisition of real-time data is relatively short, which is used as temporary real-time data, and further, in the case of unsuccessful data supplementary acquisition, the error of real-time data can be minimized.

Optionally, it also includes a transmission judgment module; wherein,

The transmission judgment module is used for judging whether the upload of the real-time data is successful;

Among them, if the upload is successful, it will be stored in the master station, and if the upload fails, the real-time data will be transmitted in the mode of transparent transmission or direct transmission.

By adopting the above technical solution, the transmission judgment module determines whether the upload of real-time data is successful. If the upload is successful, the uploaded real-time data is stored in the main station. If the upload fails, the real-time data is uploaded in the transparent transmission or direct transmission mode. Furthermore, the transmission of real-time data can be ensured, and the success rate of real-time data transmission can be improved.

In the second aspect, the supplementary mining method of a kind of real-time data provided by the application adopts the following technical scheme:

A method for supplementary collection of real-time data, including:

Generate a unique identification code of real-time data based on real-time data, collect real-time data based on real-time data collection commands, and cache the collected real-time data;

Determine real-time data to be supplemented based on the unique identification code of the real-time data, where the real-time data to be supplemented includes uncollected and missing real-time data;

Generate a supplementary acquisition protocol for the real-time data to be supplemented based on the real-time data to be supplemented, and the supplementary acquisition protocol includes a supplementary acquisition identification mechanism;

Identify the unique identification code based on the supplementary acquisition identification mechanism. If the recognition is correct, a supplementary acquisition command of the real-time data to be supplemented is generated. If the recognition is incorrect, the recognition is performed again;

The supplementary acquisition task is performed based on the supplementary acquisition command for the real-time data to be supplemented. If the supplementary acquisition is successful, the real-time data of supplementary acquisition is uploaded. If the supplementary acquisition fails, the supplementary acquisition of the real-time data to be supplemented is performed again.

By adopting the above technical solution, the real-time data is collected, the collected real-time data is cached and stored, the unique identification code of the real-time data is generated according to the stored real-time data, and the uncollected or missing real-time data is determined according to the unique identification code. data, that is, the real-time data to be supplemented, and a supplementary acquisition protocol for the real-time data to be supplemented is generated according to the real-time data to be supplemented, and the supplementary acquisition agreement includes a supplementary acquisition identification mechanism, and then uses supplementary acquisition identification The mechanism identifies the unique identification code. If the identification is correct, a supplementary acquisition command for the real-time data to be supplemented is generated. If the recognition is incorrect, the identification is re-identified, thereby ensuring the accuracy of the generated supplementary acquisition order. Order the real-time data to be supplemented to be supplemented. If the supplementary acquisition is successful, the real-time data of supplementary acquisition will be uploaded. If the supplementary acquisition fails, the real-time data to be supplemented will be supplemented again, which can improve the supplementary acquisition of real-time data. The acquisition success rate ensures the accuracy of real-time data display.

Optionally, if the re-sampling fails, a call command for the cached real-time data is generated, the cached real-time data is called based on the call command, and the existing data to be re-collected is overwritten with the cached real-time data.

By adopting the above technical solution, if the re-sampling still fails, a call command for the cached real-time data is generated, and then the cached real-time data is called, and the cached real-time data is overwritten with the existing to-be-replenished sampling. Since the difference between the collection time of the cached real-time data and the real-time data to be supplemented is relatively short, the called cached real-time data can be used as temporary real-time data. In this case, the error of real-time data can be minimized.

Optionally, if the upload of the real-time data of the supplementary collection fails, a transparent transmission or direct transmission command for the real-time data of the supplementary collection is generated, and the real-time data of the supplementary collection is transmitted based on the transparent transmission or the direct transmission command.

By adopting the above technical solution, if the uploading of the real-time data of the supplementary mining fails, a command for transparent transmission or direct transmission of the real-time data of the supplementary mining is generated, and further, the real-time data of the supplementary mining is transparently or directly transmitted, thereby, It can improve the success rate of real-time data transmission.

The third aspect, a kind of computer equipment provided by the application, adopts the following technical scheme:

A computer device includes a memory, a processor and a computer program stored in the memory and capable of running on the processor, when the processor loads and executes the computer program, the method of the second aspect is adopted.

By adopting the above technical solution, a computer program is generated based on the real-time data supplementary acquisition method of the second aspect, and stored in the memory to be loaded and executed by the processor, thereby making computer equipment according to the memory and processing, which is convenient for users to use.

In the fourth aspect, a computer-readable storage medium provided by the present application adopts the following technical solutions:

A computer-readable storage medium stores a computer program, and when the computer program is loaded and executed by a processor, the method of the second aspect is adopted.

By adopting the above technical solution, a computer program is generated based on the real-time data supplementary sampling method of the second aspect, and stored in a computer-readable storage medium to be loaded and executed by the processor, and the computer program is facilitated by the computer-readable storage medium. It can be read and stored, and further, it is convenient for users to recall and use.

To sum up, the present application includes at least one of the following beneficial technical effects:

1. Collect real-time data, generate a unique identification code of the real-time data, determine the real-time data to be supplemented according to the unique identification code, and generate a supplementary acquisition protocol for the real-time data to be supplemented according to the real-time data to be supplemented, using The unique identification code of the supplementary acquisition protocol. If the identification is correct, the supplementary acquisition command of the real-time data to be supplemented is generated. If the identification is incorrect, the identification is performed again, which can ensure the accuracy of the generated supplementary acquisition order. The supplementary acquisition command performs supplementary acquisition of the real-time data to be supplemented. If the supplementary acquisition is successful, the real-time data of supplementary acquisition will be uploaded. If the supplementary acquisition fails, the real-time data to be supplemented will be supplemented again, thereby improving the real-time data. The success rate of supplementary mining is guaranteed to ensure the accuracy of real-time data display;

2. If the re-sampling still fails, the cached real-time data will be called, and the cached real-time data will be overwritten with the existing data to be re-collected, so that in the case of unsuccessful data re-collection, the real-time data can be reduced as much as possible. data errors;

3. If the upload of the real-time data of the supplementary collection fails, the real-time data of the supplementary collection will be transparently or directly transmitted, thereby improving the success rate of real-time data transmission.

Description of drawings

FIG. 1 is a schematic diagram 1 of the framework of the real-time data supplementary collection device of the present application.

FIG. 2 is a second schematic diagram of the framework of the real-time data supplementary collection device of the present application.

FIG. 3 is a third schematic diagram of the framework of the real-time data supplementary collection device of the present application.

FIG. 4 is a method flowchart of the real-time data supplementary collection method of the present application.

Description of reference numerals: 1. Master station; 11. Unique identification code generation module; 12. Supplementary sampling protocol generation module; 13. Data calling module; 2. Concentrator; 3. Data acquisition terminal; 31. Supplementary sampling result judgment module ; 4. Transmission judgment module.

Detailed ways

In order to make the objectives, technical solutions and advantages of the present application clearer, the present application will be described in further detail below with reference to the accompanying drawings 1-4 and the embodiments. It should be understood that the specific embodiments described herein are only used to explain the present application, but not to limit the present application.

With the full launch of the metering automation system, the acquisition of data has completely bid farewell to the era of manual collection, and the remote automatic collection method of metering automation has greatly improved the collection efficiency. At present, due to a series of reasons such as planned power outages, fault power outages, and network failures, the success rate of real-time power data collection is hindered, which in turn affects the display accuracy of real-time power data. accuracy.

The embodiment of the present application discloses a real-time data supplementary acquisition device. 1, the real-time data supplementary acquisition device includes a main station 1, a concentrator 2 and a data acquisition terminal 3, and the concentrator 2 communicates with the main station 1 and the data acquisition terminal 3 respectively. In this embodiment, the communication mode can be Wired communication or wireless communication, preferably, wireless communication is used, and the wireless communication method can use any one of 5G, WIFI, Zigbee and switches, etc., wherein the main station 1 is used to determine the real-time data of the power to be supplemented, and , according to the real-time data of the electric power to be supplemented, the supplementary acquisition command is generated, and the supplementary acquisition command is sent to the concentrator 2 through wireless communication. It is sent to the data acquisition terminal 3, and after the data acquisition terminal 3 receives the supplementary acquisition command, it starts supplementary acquisition of the real-time power data.

Among them, after the data collection terminal 3 collects the real-time power data, it transmits the collected real-time power data to the concentrator 2 by wireless communication. After the concentrator 2 receives the real-time power data, on the one hand, it caches the real-time power data, and on the other hand On the one hand, the real-time power data is transmitted to the main station 1 by wireless communication, and then, the real-time power data is stored by the main station 1, so that if the real-time power data is displayed externally, the stored real-time power data can be directly extracted. .

2, wherein, the master station 1 includes a unique identification code generation module 11 and a supplementary procurement protocol generation module 12. In this embodiment, according to the real-time power data, the unique identification code generation module 11 is used to generate the unique identification code of the real-time power data, The supplementary acquisition protocol generation module 12 is used to generate the supplementary acquisition protocol of the real-time power data, and the supplementary acquisition protocol includes a supplementary acquisition identification mechanism, and further, the supplementary acquisition identification mechanism is used to identify the unique identification code of the power real-time data, and the identification result is obtained. , the identification result includes correct and incorrect, and further, if the identification is correct, a supplementary acquisition command is generated for the real-time power data, and if the identification is incorrect, the real-time power data is re-identified.

Wherein, in this embodiment, the data collection terminal 3 can be set as an electricity meter for collecting power data, the unique identification code of the real-time power data is the measurement point number of the real-time power data, and the measurement point number is the code of the electricity meter, for example, the electricity meter The code is set to 1-N, that is, each meter corresponds to a unique code, and the supplementary procurement protocol mechanism includes the uniquely coded identification number of the meter corresponding to the real-time power data to be supplemented, and the identification number adopts the identification rules. , and then use the identification rule to identify the unique code of the electric meter to obtain the identification result, and then judge the identification result, if the identification rule corresponds to the unique code of the identified electric meter, it is determined that the identification is correct, and then, To generate a supplementary acquisition command for the real-time power data, if the identification rule does not correspond to the unique code of the identified electric meter, the identification result is determined to be wrong, and then the unique code of other electric meters is replaced, and then the identification rule is used to code the replaced electric meter. Perform re-identification. If the identification is still wrong, continue to replace the unique code of other meters for identification.

Referring to FIG. 2, the data acquisition terminal 3 includes a supplementary mining result judgment module 31 to judge the supplementary mining result of the real-time power data to determine whether the supplementary mining of the real-time power data is successful. The real-time power data is uploaded. If the supplementary acquisition fails, the real-time power data will be supplemented again, so as to avoid the phenomenon that the uploaded real-time power data is empty. In this embodiment, two to three times of re-mining are taken as an example.

Referring to FIG. 2 , the main station 1 further includes a data calling module 13 , and the data calling module 13 is used to call the real-time power data buffered in the concentrator 2 to cover the data in the main station 1 in the case of failure to re-supply. The existing stored power data to be supplemented, that is, if the supplementary acquisition fails after two or three times of supplementary acquisition, the data call module 13 of the master station 1 is used to call the power data cached in the concentrator 2, The called power data will overwrite the existing power data to be collected in the master station 1, that is, call the power real-time data collected last time as the current power real-time data. The power data and the power data to be supplemented belong to the same code, that is, point-to-point coverage, because the difference between the last collection time and the current collection time is short, so the last real-time power data called can be used as The temporary real-time power data of this time is stored, and the last real-time power data that is called can be stored, thereby improving the effectiveness of the real-time power data.

Referring to FIG. 3, specifically, set a time-out time for the master station 1 to obtain real-time power data, and the time-out time for acquisition is greater than the time for a concentrator 2 to update real-time power data, that is, the update time for real-time power data, and is less than two power The real-time data update time. If the time elapsed after the master station 1 obtains the real-time power data last time exceeds the acquisition timeout time, the master station 1 generates a command to supplement the real-time power data acquisition, and sends a supplementary acquisition command to the concentrator 2. If the missing real-time power data is collected or collected, the real-time power data will be re-collected, and the additional-collection timeout time will be set. If the time-out time for supplementary mining is reached before, the master station 1 stops sending the command for supplementary acquisition of real-time power data to concentrator 2, that is, stops the supplementary acquisition of real-time power data to ensure that the next real-time power data update and upload will not be affected. , and at the same time, the master station 1 copies and stores the power real-time data stored last time in the database to become new real-time data, that is, as temporary power real-time data.

2 and 3, wherein the real-time data supplementary mining device further includes a transmission judgment module 4, and the transmission judgment module 4 is used to judge whether the uploading of the supplementary power real-time data is successful, and obtain the judgment result, this embodiment , the judgment result includes success and failure. If the real-time power data of the supplementary mining is uploaded successfully, it will be stored in the main station 1. If the real-time data of the supplementary mining power fails to be uploaded, the real-time power data will be transmitted in the mode of transparent transmission or direct transmission. , Transparent transmission is transparent transmission, that is, in the process of real-time power data transmission, the real-time power data does not change in any form through wireless means, and at the same time, the quality of real-time power data transmission is guaranteed, and it is intact. transfer to master 1.

Specifically, the transparent transmission is for the concentrator to help the master station to send the supplementary acquisition command sent by the main station 1, identify the result of the unique code according to the identification rule, and send it to the corresponding data acquisition terminal 3, without identifying the supplementary acquisition command in the processing, that is, Directly forward it, and the collection of the concentrator 2 is executed through the existing protocol commands in the concentrator 2. The master station 1 sends a supplementary acquisition command to the concentrator 2, and the concentrator 2 generates the command corresponding to the acquisition terminal protocol according to the protocol rules for collection. That is, the transparent transmission or the direct transmission is that the master station 1 directly processes and obtains the protocol command of the acquisition terminal, so that the concentrator 2 directly sends the corresponding data acquisition terminal 3 .

The implementation principle of a real-time data supplementary collection device in this embodiment of the present application is as follows: the data collection terminal 3 collects power data, and sends the collected power data to the concentrator 2 for buffering, and the concentrator 2 then stores the received power data. The data is sent to the main station 1 for storage, and then, according to the real-time power data stored in the main station 1, the unique identification code generation module 11 is used to generate the unique identification code of the real-time power data, and then, according to the unique identification code, the power to be supplemented is determined. Real-time data, after the confirmation is completed, the supplementary acquisition protocol of the electric real-time data to be supplemented is generated by the supplementary acquisition protocol generation module 12, the supplementary acquisition protocol includes an identification mechanism for identifying the unique identification code, and further, the identification mechanism is used to identify the unique identification code. , if the identification is successful, a supplementary acquisition command of the real-time power data is generated, and if the recognition fails, the identification is performed again, and the master station 1 sends the generated supplementary acquisition order to the data acquisition terminal 3 through the concentrator 2, and then the data acquisition terminal 3 Execute the task of supplementary acquisition of real-time power data, perform supplementary acquisition of real-time power data, and use supplementary acquisition result judgment module 31 to judge the supplementary acquisition result. If supplementary acquisition is successful, upload the supplementary real-time power data. If the collection fails, the real-time power data will be re-collected two to three times. If the re-collection still fails, the data call module 13 will be used to call the power data cached in the concentrator 2 as the real-time power data, and cover the data in the master station 1. The stored power data to be supplemented is then stored in the main station 1, and then the transmission judgment module 4 is used to judge the upload result of the real-time power data. If the upload is successful, the uploaded real-time power data will be stored in the main station. In the station 1, if the upload fails, the transparent transmission or direct transmission mode is used to transmit the real-time power data of the supplementary mining, and further, to ensure that the real-time data of the supplementary mining can be stored in the main station 1.

The embodiment of the present application discloses a method for supplementary mining of real-time data. Referring to FIG. 4 , the real-time data recorded in this embodiment is real-time power data. Specifically, the supplementary mining method includes:

The unique identification code of the real-time data is generated based on the real-time data, the real-time data is collected based on the collection command of the real-time data, and the collected real-time data is cached.

The unique identification code of the real-time power data is generated according to the collected real-time power data, and the collected real-time power data is cached. In this embodiment, the unique identification code of the real-time power data can be the unique code of the real-time power data. The unique code of the real-time data can also be the unique code of the electric meter, that is, the electric meter that collects real-time data of different electric power is configured with a unique code, and each electric meter corresponds to a code, such as 1-N, of course, according to the actual use requirements, also The unique identification code can be set to any code to be identified that is convenient for identification.

The real-time data to be supplemented is determined based on the unique identification code of the real-time data, and the real-time data to be supplemented includes uncollected and missing real-time data.

Among them, according to the unique code of the electric meter, the real-time power data is queried and analyzed to obtain the uncollected real-time electric power data and the unique code corresponding to the electric meter that lacks the real-time electric power data. The real-time data of the power is determined as the real-time data of the power to be mined.

Specifically, the query and analysis of the real-time power data includes: according to the collected real-time power data, checking the real-time power data obtained last time and the real-time power data obtained this time, and comparing and analyzing the two real-time power data, If the real-time power data acquired last time is exactly the same as the real-time power data acquired this time, it is deemed that no real-time power data has been collected this time. If the real-time power data acquired this time is partially identical to the real-time power data acquired last , it is determined that the real-time power data obtained this time is missing, and further, the real-time power data to be supplemented is determined.

Based on the real-time data to be supplemented, a supplementary acquisition protocol of the real-time data to be supplemented is generated, and the supplementary acquisition protocol includes a supplementary acquisition identification mechanism.

Wherein, according to the real-time data of electric power to be supplemented, a supplementary acquisition protocol of the real-time power data to be supplemented is generated, and the supplementary acquisition protocol includes a supplementary acquisition identification mechanism. In this embodiment, the supplementary acquisition identification mechanism is the same as that including The identification number corresponding to the unique code of the electricity meter of the real-time power data collected, that is, the identification number can be used to identify the corresponding unique code. Of course, according to the actual use requirements, the identification mechanism can be set to any convenient identification of the unique code. Identify rules.

The unique identification code is identified based on the supplementary acquisition identification mechanism. If the identification is correct, a supplementary acquisition command of the real-time data to be supplemented is generated. If the identification is incorrect, the identification is performed again.

Among them, the unique code of the electric meter corresponding to the real-time power data to be supplemented is identified according to the unique identification number, and the identification result is obtained. In this embodiment, the identification result includes correctness and error. If the identification is correct, the real-time electric power to be supplemented is generated. If the data supplementary acquisition command is incorrectly identified, the unique code of the meter corresponding to the real-time power data to be supplemented will be re-identified, that is, the meter with other unique codes will be replaced, and the unique code of the replaced meter will be used with the unique identification number. Recognition is performed, and if the recognition is successful, a supplementary acquisition command of the real-time power data to be supplemented is also generated, and if the recognition is still wrong, the replacement recognition is continued.

The supplementary acquisition task is performed based on the supplementary acquisition command for the real-time data to be supplemented. If the supplementary acquisition is successful, the real-time data of supplementary acquisition is uploaded. If the supplementary acquisition fails, the supplementary acquisition of the real-time data to be supplemented is performed again.

Wherein, according to the generated supplementary acquisition command of the real-time power data to be supplemented, supplementary acquisition is performed on the corresponding real-time power data to be supplemented to obtain supplementary acquisition results, and the supplementary acquisition results are judged. , The judged result of supplementary mining includes success and failure. If supplementary mining is successful, the real-time data of supplementary mining will be uploaded. In case of failure, the same supplementary mining method is used to supplement the real-time data of the power to be supplemented.

Among them, if the real-time power data to be supplemented is still failed to be supplemented, it is preferable to limit the number of times of supplementary recovery. If the real-time electric power data fails to be collected two or three times, a call command for the cached power data is automatically generated, and based on the generated call command, the cached power data is called, and the cached power data is called. Cover the existing real-time power data to be supplemented, that is, call the real-time power data collected last time as the current real-time power data. During this process, ensure that the called power data and the power data to be supplemented are the same. Coding, that is, point-to-point coverage, because the difference between the last acquisition time and the current acquisition time is relatively short, the last real-time power data that was called can be used as the current temporary power real-time data, and the calling The last real-time power data, and then, can improve the effectiveness of the real-time power data.

Specifically, an acquisition timeout period for acquiring real-time power data is set, and the span of the acquisition timeout period is greater than the update time of one real-time power data and less than the update time of two real-time power data. When the elapsed time exceeds the acquisition timeout time, a command to supplement the real-time power data collection will be generated and issued. If the missing real-time power data is not collected or collected, the power real-time data will be supplemented again, and the supplementary acquisition timeout will be set. Time, the supplementary sampling timeout time starts timing after the acquisition timeout time expires. If the supplementary sampling timeout time is reached before the next power real-time data update time, the supplementary sampling command will be stopped after that, that is, the supplementary sampling of the power real-time data will be stopped. In order to ensure that the next real-time power data update and upload will not be affected, at the same time, the last stored power real-time data is copied and stored in the database as new real-time data as temporary power real-time data.

Wherein, if the supplementary acquisition of the real-time power data to be supplemented is successful, upload the real-time data of the supplementary power to obtain the uploading result. In this embodiment, the uploading result includes success and failure. If the uploading is successful, the real-time power The data is stored. If the upload fails, the upload mode of the real-time power data will be changed, that is, a command to change the upload mode of the real-time power data of the supplementary mining is generated. Based on the command to change the upload mode, the existing upload mode will be changed to Transparent transmission or direct transmission mode, transparent transmission is transparent transmission, which should be understood by those skilled in the art, so it will not be repeated here. The existing upload mode is active upload, that is, after collecting real-time power data, the The real-time data of electric power is actively uploaded.

The implementation principle of a method for supplementary mining of real-time data in the embodiment of the present application is as follows: generating a unique identification code through real-time power data, then determining the real-time power data to be supplemented mining according to the unique identification code, and, according to the real-time power to be supplemented mining The data generates a supplementary mining protocol for the real-time power data to be supplemented. The supplementary mining protocol includes a supplementary mining identification mechanism. Further, the supplementary mining identification mechanism is used to identify the unique identification code. If the identification is correct, a real-time power data to be supplemented is generated. For the supplementary collection command, if the identification is wrong, the unique identification code will be re-identified, and according to the generated supplementary collection command, the real-time data of the power to be supplemented will be supplemented. Upload, if the supplementary collection fails, the real-time power data to be supplemented will be re-collected. If the re-collection fails two or three times, a call command for the cached real-time power data will be generated, and then the cached real-time power data will be called. The real-time power data of the power source is stored, and the cached real-time power data is overwritten with the existing power data to be supplemented as the temporary real-time power data. If the upload of the real-time power data of the supplementary mining fails, the real-time power data of the supplementary mining shall be uploaded in the mode of transparent transmission or direct transmission.

The embodiment of the present application discloses a computer device, including a memory, a processor, and a computer program stored in the memory and capable of running on the processor, wherein, when the processor loads and executes the computer program, the above-mentioned real-time data supplement is used. take method.

Wherein, the computer device can be a desktop computer, a notebook computer, a cloud server, etc., and the computer device includes but is not limited to a processor and a memory. For example, the computer device can also include an input and output device, a network access device, and a bus.

Among them, the processor can be a central processing unit (CPU), of course, other general-purpose processors, digital signal processors (DSPs), application-specific integrated circuits (ASICs), off-the-shelf programmable gate arrays ( FPGA) or other programmable logic devices, discrete gate or transistor logic devices, discrete hardware components, etc., the general-purpose processor may use a microprocessor or any conventional processor, etc., which is not limited in this application.

The memory may be an internal storage unit of a computer device, such as a hard disk or a memory of a computer device, or an external storage device of the computer device, such as a plug-in hard disk, a smart memory card (SMC), A secure digital card (SD) or a flash memory card (FC), etc., and the memory can also be a combination of an internal storage unit of a computer device and an external storage device, the memory is used to store computer programs and other programs and data required by the computer device, The memory may also be used to temporarily store data that has been output or will be output, which is not limited in this application.

Wherein, through the computer device, the method for supplementary sampling of real-time data in the above-mentioned embodiment is stored in the memory of the computer device, and loaded and executed on the processor of the computer device, so as to be convenient for the user to use.

The embodiment of the present application discloses a computer-readable storage medium, and the computer-readable storage medium stores a computer program, wherein, when the computer program is loaded and executed by a processor, the above-mentioned real-time data supplementary acquisition method is adopted.

The computer program may be stored in a computer-readable medium, and the computer program includes computer program code, which may be in the form of source code, object code, executable file or some middleware, etc. Any entity or device, recording medium, USB flash drive, removable hard disk, magnetic disk, optical disc, computer memory, read only memory (ROM), random access memory (RAM), electric carrier signal, telecommunication signal, and software carrying computer program code Distribution medium, etc. It should be noted that the computer-readable medium includes but is not limited to the above-mentioned components.

Wherein, through the computer-readable storage medium, the real-time data supplementary collection method of the above-mentioned embodiment is stored in the computer-readable storage medium, and is loaded and executed on the processor, so as to facilitate the real-time data supplementary collection method. storage and application.

The above are all preferred embodiments of the present application, which are not intended to limit the protection scope of the present application. Any feature disclosed in this specification (including the abstract and drawings), unless otherwise specified, may be equivalent to other or have similar Replacement features of the purpose. That is, unless expressly stated otherwise, each feature is but one example of a series of equivalent or similar features.

Claims (10)

1. The device for supplementing and acquiring real-time data is characterized by comprising a master station (1), a concentrator (2) and a data acquisition terminal (3), wherein the concentrator (2) is respectively communicated with the master station (1) and the data acquisition terminal (3); wherein,

the main station (1) is used for determining real-time data to be complemented and collected, generating a complementing and collecting command according to the real-time data to be complemented and collected, and sending the complementing and collecting command to the concentrator (2);

the concentrator (2) is used for sending a complementary acquisition command to the data acquisition terminal (3);

the data acquisition terminal (3) is used for supplementing and acquiring real-time data according to a supplementing and acquiring command;

the data acquisition terminal (3) sends the supplemented real-time data to the concentrator (2) for caching, and the concentrator (2) sends the received real-time data to the main station (1) for storage.

2. The device for complementary mining of real-time data according to claim 1, characterized in that the master station (1) comprises a unique identification code generating module (11) and a complementary mining protocol generating module (12); wherein,

the unique identification code generating module (11) is used for generating a unique identification code of real-time data;

the complementary mining protocol generation module (12) is used for generating a complementary mining protocol of real-time data to be complementary mined;

the complementary mining protocol comprises a complementary mining identification mechanism, the unique identification code is identified based on the complementary mining identification mechanism, if the identification is correct, a complementary mining command of the real-time data to be complementary mined is generated, and if the identification is wrong, the complementary mining command is re-identified.

3. The device for complementary collection of real-time data according to claim 2, wherein the data collection terminal (3) comprises a complementary collection result judgment module (31); wherein,

the complementary mining result judging module (31) is used for judging whether the complementary mining of the real-time data is successful or not;

and if the complementary mining is successful, uploading the complementary mining real-time data, and if the complementary mining fails, performing the re-complementary mining on the real-time data to be subjected to the complementary mining.

4. The device for complementary mining of real-time data according to claim 3, characterized in that said master station (1) further comprises a data calling module (13); wherein,

the data calling module (13) is used for calling the real-time data cached in the concentrator (2) under the condition of the failure of re-complementing so as to cover the existing data to be complemented and collected stored in the main station (1).

5. The device for complementary mining of real-time data according to claim 3, characterized in that it further comprises a transmission decision module (4); wherein,

the transmission judging module (4) is used for judging whether the uploading of the real-time data is successful or not;

if the uploading is successful, the real-time data are stored in the main station (1), and if the uploading is failed, the real-time data are transmitted in a transparent transmission or direct transmission mode.

6. A method for complementary acquisition of real-time data is characterized by comprising the following steps:

generating a unique identification code of the real-time data based on the real-time data, acquiring the real-time data based on an acquisition command of the real-time data, and caching the acquired real-time data;

determining real-time data to be subsidized based on the unique identification code of the real-time data, wherein the real-time data to be subsidized comprises real-time data which are not collected and are missing;

generating a complementary mining protocol of the real-time data to be complementarily mined based on the real-time data to be complementarily mined, wherein the complementary mining protocol comprises a complementary mining identification mechanism;

identifying the unique identification code based on a complementary acquisition identification mechanism, if the identification is correct, generating a complementary acquisition command of the real-time data to be subjected to complementary acquisition, and if the identification is wrong, re-identifying;

and executing a complementary acquisition task on the real-time data to be complementarily acquired based on the complementary acquisition command, uploading the complementary acquired real-time data if the complementary acquisition is successful, and performing re-complementary acquisition on the real-time data to be complementarily acquired if the complementary acquisition is failed.

7. The method according to claim 6, wherein if re-feeding fails, a call command for the cached real-time data is generated, the cached real-time data is called based on the call command, and the cached real-time data is used to cover the existing data to be fed.

8. The method according to claim 6, wherein if the uploading of the supplemented real-time data fails, a transparent transmission or direct transmission command for the supplemented real-time data is generated, and the supplemented real-time data is transmitted based on the transparent transmission or direct transmission command.

9. A computer arrangement comprising a memory, a processor and a computer program stored in the memory and being executable on the processor, characterized in that the method of any of claims 6-8 is used when the processor loads and executes the computer program.

10. A computer-readable storage medium, in which a computer program is stored, which, when being loaded and executed by a processor, carries out the method of any one of claims 6 to 8.

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