HPLC (High Performance Liquid Chromatography) equipment ID proofreading method based on hybrid data driving
The invention provides an HPLC equipment ID proofreading method based on mixed data driving, and the method comprises the steps: 1, reading all IDs and corresponding address codes of a concentrator HPLC module, ammeter data, and a carrier module in an ammeter, enabling an ammeter address to be consi...
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Format | Patent |
Language | Chinese English |
Published |
01.03.2022
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Abstract | The invention provides an HPLC equipment ID proofreading method based on mixed data driving, and the method comprises the steps: 1, reading all IDs and corresponding address codes of a concentrator HPLC module, ammeter data, and a carrier module in an ammeter, enabling an ammeter address to be consistent with a module address in the ammeter, and enabling the data to be correlated, thereby obtaining a corresponding relation between the ammeter ID and a module ID; the ID of the concentrator HPLC is a single value and is independently listed; 2, reading all electricity meter electric quantity data, and finding out the data of the maximum active power W by using a forward iterative algorithm; and step 3, the maximum value acquisition point is the concentrator equipment, and the ID and the address code corresponding to the maximum value acquisition point are the ID and the address code of the concentrator equipment. Through the relation between the intelligent electric energy meter and the concentrator in the carr |
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AbstractList | The invention provides an HPLC equipment ID proofreading method based on mixed data driving, and the method comprises the steps: 1, reading all IDs and corresponding address codes of a concentrator HPLC module, ammeter data, and a carrier module in an ammeter, enabling an ammeter address to be consistent with a module address in the ammeter, and enabling the data to be correlated, thereby obtaining a corresponding relation between the ammeter ID and a module ID; the ID of the concentrator HPLC is a single value and is independently listed; 2, reading all electricity meter electric quantity data, and finding out the data of the maximum active power W by using a forward iterative algorithm; and step 3, the maximum value acquisition point is the concentrator equipment, and the ID and the address code corresponding to the maximum value acquisition point are the ID and the address code of the concentrator equipment. Through the relation between the intelligent electric energy meter and the concentrator in the carr |
Author | LI PINGTING DUAN QIZHI CAI SIYUAN LIU HAOMIAO LI SHUO ZHANG DI KIM WOO-KON LI QI HAN YIPIN LI ZENG |
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DocumentTitleAlternate | 一种基于混合数据驱动的HPLC设备ID校对方法 |
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RelatedCompanies | STATE GRID CO., LTD ANSHAN POWER SUPPLY COMPANY OF LIAONING PROVINCE ELECTRIC POWER LIMITED COMPANY OF STATE GRID |
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Snippet | The invention provides an HPLC equipment ID proofreading method based on mixed data driving, and the method comprises the steps: 1, reading all IDs and... |
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Title | HPLC (High Performance Liquid Chromatography) equipment ID proofreading method based on hybrid data driving |
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