Multi-user and multi-parameter synchronous detection system

Abstract

The invention discloses a multi-user and multi-parameter synchronous detection system which comprises a central processing storage system. A plurality of independent detection devices are connected on the central processing storage system. Each independent detection device can independently read basic information of a single patient and monitor all the physiological indexes of the single patient. Each independent detection device transmits obtained relevant information to the central processing storage system after data integration for follow-up analysis processing and outputs a final detection result of each patient. According to the multi-user and multi-parameter synchronous detection system, the problems that according to an existing medical detecting instrument, detecting efficiency is low, notes of medical staff are difficult to identify, and an error rate is high are solved. Due to the connection of the independent detection devices on the central processing storage system of the instrument, the purpose that several patients are detected with the single instrument is achieved, and the detecting efficiency is greatly improved.

Description

Technical field [0001] The invention relates to a multi-user multi-parameter synchronous detection system, which belongs to the technical field of medical equipment. Background technique [0002] With the advancement of science and technology, various medical devices have been developed rapidly. Doctors can also conveniently bring various hand-held detectors into the community to conduct routine tests on the spot for citizens. There is no need to go to the hospital to carry out routine tests, which reduces the hospital’s burden to a certain extent. burden. However, for some large communities or villages, there are usually a large number of people who need to be checked. The existing detectors can usually only perform a single test on a patient, and the detection speed is slow, resulting in a large number of queues. Moreover, the general detection data and non-digital data are mostly filled in the medical records by handwriting, which wastes paper and time and is not efficien...

AI Technical Summary

Problems solved by technology

However, for some large communities or villages, there are usually a large number of people who need to be checked, and the existing detectors usually can only perform a single test on a patient, and the detection speed is relatively slow, resulting in a large number of queues

Moreover, the general test data and non-digital data are mostly filled in the medical records by handwriting, which not only wastes paper and time, but is not efficient, and due to the rush of time, the writing is rough and the fonts of different people are often different, which is difficult to identify and greatly reduces the cost of medical records. efficiency and accuracy

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