Long-time-history dynamic electrocardiogram data extension equipment and system and electrocardiogram data extension method

Abstract

The invention provides long-time-history dynamic electrocardiogram data extension equipment and system and an electrocardiogram data extension method. The long-time-history dynamic electrocardiogram data extension equipment comprises a BLE host module, a storage module, a main control module and a communication module, wherein the BLE host module, the storage module and the communication module are all connected with the main control module; the BLE host module is used for being connected with an electrocardiogram recorder; the storage module is used for storing obtained dynamic electrocardiogram original data; the communication module is used for transmitting the analyzed and processed electrocardiogram diagnosis data to a data server; and the main control module is used for driving the BLE host module, the storage module and the communication module. The long-time-history dynamic electrocardiogram data extension equipment provided by the invention is high in function integration level, can be automatically connected with an electrocardiogram recorder, analyzes and processes the electrocardiogram data and uploads diagnosis data, reduces the operation burden of a user, and reduces the use cost.

Description

technical field [0001] The present invention relates to electrocardiographic data transmission technology, in particular to a long-term dynamic electrocardiographic data extension equipment, system and electrocardiographic data extension method. Background technique [0002] Smart medical equipment is to collect, store, transmit and analyze important biological information related to patients by applying advanced sensing technology, Internet of Things technology and artificial intelligence to medical equipment to quickly obtain diagnostic results. Smart medical equipment not only makes medical work "paperless, intelligent, and efficient", reduces the work intensity of medical staff, improves the speed of diagnosis and treatment, makes diagnosis and treatment more accurate, but also provides patients with comprehensive, professional and personalized medical treatment experience. [0003] Since the amount of human biological information that smart medical equipment needs to c...

AI Technical Summary

Problems solved by technology

[0003] Due to the huge amount of human biological information that smart medical equipment needs to collect, store, and transmit, the data content is extremely complex and diverse, and the operation of the core algorithm for data analysis and processing is extremely time-consuming and resource-consuming, so there are many defects.

For example, the current long-term dynamic ECG recorder has the following defects: (1) it must be equipped with a smart phone. The long-term dynamic ECG recorder transmits the original ECG data collected to the smart phone, and the ECG data analysis The core algorithm can only run on the smart phone, which increases the cost of use; (2) The interconnection between the ECG recorder and the smart phone requires manual operation, which increases the burden of use for the elderly, weak, sick and disabled

(3) The continuity and integrity of dynamic ECG data cannot be guaranteed

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