Data acquisition and management system based on expansion valve

Abstract

The invention discloses a data acquisition and management system based on an expansion valve, and particularly relates to the field of part machining. The system comprises a scanning assembly used for scanning the contour and size of the expansion valve, a transmission module used for data transmission, a data acquisition system used for acquiring the contour and size data of the expansion valve, and a management system used for managing various data of the expansion valve. The data acquisition system and the management system are designed, data are transmitted to the data acquisition system to be processed, a query module in the data acquisition system is used for judging whether expansion valve data are input into a database or not, so that the data acquisition system has good and accurate judgment measures, and a search module and a reading module are designed for the management system; the data of the expansion valve in the database is accurately searched by utilizing the searching module, and all the data of the expansion valve are acquired through the reading module, so that the management system has good and accurate expansion valve data acquisition measures, and the accuracy of contour and size data of the expansion valve is improved.

Description

Technical Field

[0001] The invention relates to the field of parts processing, and in particular to a data acquisition and management system based on an expansion valve. Background Art

[0002] In the existing technology, expansion valves commonly seen in life usually need to be produced and processed as required according to relevant data of the expansion valves during production and processing. However, when obtaining relevant data of traditional expansion valves, most of the relevant data is obtained by manual measurement and recording of the expansion valve original parts by relevant operators to obtain the contour and size-related data of the expansion valve original parts. This data acquisition method requires a lot of time for accurate measurement and recording, is inefficient and prone to errors, and can easily cause inaccurate data, resulting in unexpected phenomena during the production and processing of the expansion valve, which seriously affects the accuracy of the acquisition of the contour and size-related data of the expansion valve. Summary of the invention

[0003] The purpose of the present invention is to solve the shortcomings existing in the prior art. Most of the common expansion valve contour and size-related data are measured and recorded manually by operators, which is inefficient and prone to errors, resulting in inaccurate data acquisition and easily causing unexpected phenomena during the production and processing of the expansion valve, seriously affecting the accuracy of the acquisition of expansion valve related data. A data acquisition and management system based on the expansion valve is proposed.

[0004] In order to achieve the above object, the present invention adopts the following technical solutions: A data collection and management system based on an expansion valve, comprising: a scanning component for scanning the contour and size of the expansion valve, a transmission module for data transmission, a data collection system for collecting the contour and size data of the expansion valve, and a management system for managing various data of the expansion valve; The data acquisition system is composed of a receiving module for receiving data, a processing module for arranging data, a query module for whether data exists, an analysis module for analyzing and processing data, a marking module for marking each data item, an acquisition module for obtaining data after processing is completed, and a transmission module for transmitting data; The management system is composed of a storage module for temporarily storing data, a classification module for classifying data, an import module for importing data, a database for storing data, a search module for searching data, a display module for displaying data, and a reading module for acquiring various data of the expansion valve.

[0005] The present invention is further configured as follows: the transmission module is connected to the receiving module in the data acquisition system via a wireless signal; after the scanning component completes scanning the contour and size of the expansion valve original, the transmission module directionally transmits various data of the expansion valve original obtained by the scanning component to the data acquisition system.

[0006] By adopting the above technical solution: by designing a transmission module, after the scanning component completes scanning the contour and size of the expansion valve, its data can be transmitted to the data acquisition system through the transmission module, so that the data acquisition system can process the data normally, avoiding the phenomenon that the expansion valve contour and size cannot be transmitted normally after the scanning component completes scanning, and improving the efficiency of timely transmission and processing of the expansion valve contour and size data after scanning and acquisition.

[0007] The present invention is further configured as follows: the query module is composed of known data for data query results, unknown data for data query results, and a cleaning module for data cleaning.

[0008] By adopting the above technical solution: by designing a query module, the data acquisition system can clearly know whether the relevant expansion valve contour and size data exists in the database through the query module, avoiding the phenomenon of repeated data processing and repeated entry due to the expansion valve data having been entered into the database, improving the efficiency of data processing, and improving the accuracy of the expansion valve contour and size data entry in the database.

[0009] The present invention is further configured as follows: after the processing module in the data acquisition system completes the sorting of the received expansion valve contour and size data, the query module queries the database in the management system based on the expansion valve data. If the query result is known data in the database, it means that the expansion valve contour and size data already exist in the database. The cleaning module cleans the known data. If the query result is unknown data in the database, it means that the expansion valve contour and size data do not exist in the database.

[0010] By adopting the above technical solution: by designing known data and unknown data, the query module has good result judgment measures, which avoids the query module being unable to accurately obtain results after querying, improves the efficiency of data query and judgment of the data acquisition system during data processing, avoids the data acquisition system from repeatedly processing the entered expansion valve data, reduces the probability of repeated data processing, and improves the data acquisition system's efficiency in data processing.

[0011] The present invention is further configured as follows: the analysis module analyzes unknown data after sorting and querying, the marking module marks the data after the data analysis is completed, and the acquisition module acquires the corresponding data of the expansion valve contour and size after the analysis and marking processing is completed.

[0012] By adopting the above technical solution: by designing a marking module, the data can be marked by the marking module after analysis and processing, thereby avoiding confusion in the expansion valve data after processing.

[0013] The present invention is further configured as follows: the storage module in the management system directionally receives the data transmitted by the transmission module in the data acquisition system, the classification module classifies the data temporarily stored in the storage module according to the tags, and the import module imports the data that has completed the classification processing into the database for data entry.

[0014] By adopting the above technical solution: by designing an import module, the data is classified and imported into the database using the import module, so that the contour and size data of the expansion valve can be classified and entered into the database, so that the data in the database has good classification measures.

[0015] The present invention is further configured as follows: the search module is composed of a search failure for data search results and a search success for data search results.

[0016] By adopting the above technical solution: by designing a search module, using the search module to search for data in the database, the expansion valve data entered into the database has a good and convenient search measure, thereby improving the efficiency of expansion valve data search.

[0017] The present invention is further configured as follows: the search module searches the database based on a single data among the various data of the expansion valve. If no data is found, it means that the various data of the expansion valve contour and size are not entered into the database. If the data is successfully found, it means that the various data of the expansion valve contour and size exist in the database.

[0018] By adopting the above technical solution: by designing the search success and search failure, and using the search success and search failure to judge the search results, the search module has good expansion valve data judgment measures, avoiding errors in the expansion valve data search, and improving the accuracy of the expansion valve data search in the database.

[0019] The present invention is further configured such that: the display module displays the data successfully found by the search module, and the reading module obtains all the data on the expansion valve profile and size entered into the database.

[0020] By adopting the above technical solution: by designing a reading module, after the expansion valve data is successfully found and displayed, the reading module is used to obtain all the data of the expansion valve's profile and size, so that various data of the expansion valve have good acquisition measures.

[0021] The beneficial effects of the present invention are: The present invention designs a data acquisition system and a management system. After the scanning component completes scanning the contour and size of the expansion valve, the data is transmitted to the data acquisition system for processing. The query module in the data acquisition system determines whether the expansion valve data has been entered into the database, so that the data acquisition system has good and accurate judgment measures. The expansion valve data that has not been entered is analyzed and processed and marked in the data acquisition system and then transmitted to the management system, so that the data acquisition system has good data directional transmission measures, so that the management system can accurately receive data. The storage module and the classification module in the management system temporarily store and classify the received data, so that the data has good classification measures before entering the database, avoiding confusion when entering the database, and improving the organization measures of the internal data of the database. The management system is designed with a search module and a reading module. The search module is used to accurately search the data of the expansion valve in the database, and the reading module is used to obtain all the data of the expansion valve, so that the management system has good and accurate expansion valve data acquisition measures, and the accuracy of the contour and size data of the expansion valve is improved. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 It is a schematic diagram of the system flow in the present invention.

[0023] Figure 2 It is a flow chart of the data acquisition system in the present invention.

[0024] Figure 3 It is a schematic diagram of the management system flow in the present invention. DETAILED DESCRIPTION

[0025] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments.

[0026] like Figure 1-3 As shown, a data acquisition and management system based on an expansion valve comprises: a scanning component for scanning the contour and size of the expansion valve, a transmission module for data transmission, a data acquisition system for acquiring the contour and size data of the expansion valve, and a management system for managing various data of the expansion valve; The data acquisition system is composed of a receiving module for receiving data, a processing module for data sorting, a query module for whether data exists, an analysis module for data analysis and processing, a marking module for marking various data, an acquisition module for obtaining data after data processing is completed, and a transmission module for data transmission; the transmission module is connected to the receiving module in the data acquisition system through a wireless signal. After the scanning component scans the contour and size of the expansion valve original, the transmission module transmits the various data of the expansion valve original obtained by the scanning component to the data acquisition system in a direction. By designing the transmission module, after the scanning component scans the contour and size of the expansion valve, its data can be transmitted through the The data is transmitted to the data acquisition system through the transmission module, so that the data acquisition system can process the data normally, avoiding the phenomenon that the expansion valve contour and size cannot be transmitted normally after the scanning component completes the scanning, and improving the efficiency of timely transmission and processing of the expansion valve contour and size data after scanning and acquisition. The query module is composed of known data for data query results, unknown data for data query results, and a cleaning module for data cleaning. By designing the query module, the data acquisition system can clearly know whether the relevant expansion valve contour and size data exists in the database through the query module, avoiding the phenomenon of repeated data processing and repeated entry due to the expansion valve data having been entered into the database. , improve the efficiency of data processing, and improve the accuracy of expansion valve contour and size data entry in the database; after the processing module in the data acquisition system completes the sorting of the received expansion valve contour and size data, the query module queries the database in the management system according to the expansion valve data. If the query result is known data in the database, it means that the expansion valve contour and size data already exist in the database. The cleaning module cleans up the known data. If the query result is unknown data in the database, it means that the expansion valve contour and size data do not exist in the database. By designing known data and unknown data, the query module has good result judgment measures to avoid the query module. The block cannot accurately obtain the result after querying, improves the efficiency of data query and judgment of the data acquisition system in the process of data processing, avoids the phenomenon of repeated processing of the entered expansion valve data in the data acquisition system, reduces the probability of repeated data processing, and improves the efficiency of data processing of the data acquisition system; the analysis module analyzes the unknown data after sorting and querying, the marking module marks the data after the data analysis is completed, and the acquisition module obtains the corresponding data of the expansion valve contour and size that have completed the analysis and marking processing. By designing the marking module, the data can be marked by the marking module after the analysis and processing, avoiding confusion of the expansion valve data after the processing is completed; The management system is composed of a storage module for temporary data storage, a classification module for data classification, an import module for data import, a database for data storage, a search module for data search, a display module for data display, and a reading module for obtaining various data of the expansion valve; the storage module in the management system directionally receives the data transmitted by the transmission module in the data acquisition system, the classification module classifies the data temporarily stored in the storage module according to the mark, the import module imports the data after the classification processing into the database for data entry, and by designing the import module, the import module is used to classify the data and import it into the database, so that the contour and size data of the expansion valve can be classified and entered into the database, so that the data in the database has good classification measures, and the search module is composed of a search failure for data search results and a search success for data search results. By designing the search module, the search module is used to search the data in the database, so that the expansion valve entered in the database The valve data has a good and convenient search measure to improve the efficiency of the expansion valve data search. The search module searches in the database according to a single data in the expansion valve data. If the data is not found, it means that the expansion valve contour and size data are not entered into the database. If the data is successfully found, it means that the expansion valve contour and size data exist in the database. By designing successful and failed searches, the search results are judged by using successful and failed searches, so that the search module has a good expansion valve data judgment measure to avoid errors in the expansion valve data search and improve the accuracy of the expansion valve data search in the database. The display module displays the data successfully found by the search module, and the reading module obtains all the expansion valve contour and size data entered into the database. By designing the reading module, after the expansion valve data is successfully found and displayed, the reading module is used to obtain all the expansion valve contour and size data, so that the expansion valve data has good acquisition measures.

[0027] Working principle: When the present invention is in use, the scanning component scans the contour and size of the expansion valve original component to obtain the contour and size data of the expansion valve original component. After the contour and size data of the expansion valve original component are obtained, the transmission module transmits the data to the data acquisition system in a direction manner. The receiving module in the data acquisition system receives the transmitted data. After receiving the data, the data is sorted and processed to avoid confusion after the data is transmitted. After the data is sorted, the data acquisition system queries the data in the database in the management system through the query module to inquire whether the contour and size data of the expansion valve original component scanned by the scanning component have been entered into the database, to avoid repeated processing of the expansion valve original component whose data has been entered in the data acquisition system and repeated entry of the expansion valve original component whose data has been entered in the database of the management system. If the query result is known data, it means that the contour and size data of the expansion valve scanned by the scanning component have been entered into the database and do not need to be entered again. The cleaning module cleans the data scanned by the scanning component. If the query result is unknown data, it means that the data of the expansion valve has been entered in the database. If the data of the expansion valve profile and size scanned by the scanning component are not entered into the database, subsequent processing is required. The data after query processing is analyzed and processed by the analysis module. The analysis module and the marking module analyze and mark the data scanned by the scanning component this time, so that the data of the profile and size of the expansion valve are marked one by one after the analysis is completed, and the marked data is obtained. By marking the data, duplication and confusion in the data imported into the database are avoided, so that the data has good accuracy after being imported into the database, and the transmission module transmits the processed data from the data acquisition system to the management system in a directional manner. The storage module in the management system temporarily stores the data transmitted in the data acquisition system, and the classification module classifies the temporarily stored data. The data is classified according to the data mark during classification, and the data is imported into the database by the import module after the classification is completed. The corresponding marked data is stored together in the database, and the storage module and the classification module are used to process the data before importing it into the database, so as to avoid duplication and confusion in the data directly imported into the database, so that the data entered into the database has good accuracy; When acquiring data, the search module is used to search in the database according to the expansion valve that needs to be produced and processed. If the search result is failure, it means that the required expansion valve-related contour and size data have not been entered into the database, and it is necessary to search again. If the search result is successful, it means that the required expansion valve-related contour and size data have been entered into the database, and the required expansion valve data information is displayed. The reading module is used to obtain all the data on the required expansion valve-related contour and size, and the expansion valve can be produced and processed according to the obtained data.

[0028] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. A data acquisition and management system based on an expansion valve, characterized in that: include: The system is composed of a scanning component for scanning the contour and size of the expansion valve, a transmission module for data transmission, a data acquisition system for acquiring the contour and size data of the expansion valve, and a management system for managing various data of the expansion valve; The data acquisition system is composed of a receiving module for receiving data, a processing module for arranging data, a query module for whether data exists, an analysis module for analyzing and processing data, a marking module for marking each data item, an acquisition module for obtaining data after processing is completed, and a transmission module for transmitting data; The management system is composed of a storage module for temporarily storing data, a classification module for classifying data, an import module for importing data, a database for storing data, a search module for searching data, a display module for displaying data, and a reading module for acquiring various data of the expansion valve.

2. The data acquisition and management system based on expansion valve according to claim 1 is characterized in that: The transmission module is connected to the receiving module in the data acquisition system via a wireless signal. After the scanning component scans the contour and size of the expansion valve original, the transmission module transmits the various data of the expansion valve original obtained by the scanning component to the data acquisition system in a directionally manner.

3. The data acquisition and management system based on expansion valve according to claim 1 is characterized in that: The query module is composed of known data for data query results, unknown data for data query results, and a cleaning module for data cleaning.

4. The data acquisition and management system based on expansion valve according to claim 3 is characterized in that: After the processing module in the data acquisition system completes the sorting of the received expansion valve contour and size data, the query module queries the database in the management system based on the expansion valve data. If the query result is known data in the database, it means that the expansion valve contour and size data already exist in the database. The cleaning module cleans the known data. If the query result is unknown data in the database, it means that the expansion valve contour and size data do not exist in the database.

5. The data acquisition and management system based on expansion valve according to claim 4 is characterized in that: The analysis module analyzes the unknown data after sorting and querying, the marking module marks the data after the data analysis is completed, and the acquisition module acquires the corresponding data of the expansion valve profile and size after the analysis and marking processing is completed.

6. The data acquisition and management system based on expansion valve according to claim 1, characterized in that: The storage module in the management system receives the data transmitted by the transmission module in the data acquisition system in a directionally manner, the classification module classifies the data temporarily stored in the storage module according to the tags, and the import module imports the classified data into the database for data entry.

7. The data acquisition and management system based on expansion valve according to claim 1 is characterized in that: The search module is composed of a search failure for data search results and a search success for data search results.

8. The data acquisition and management system based on expansion valve according to claim 7 is characterized in that: The search module searches the database based on a single data among the expansion valve data. If no data is found, it means that the expansion valve profile and size data are not entered into the database. If the data is successfully found, it means that the expansion valve profile and size data exist in the database.

9. The data acquisition and management system based on expansion valve according to claim 8, characterized in that: The display module displays the data successfully found by the search module, and the reading module obtains all the data of the expansion valve profile and size entered into the database.

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