A data collector adapted to non-invasive medical instruments

Abstract

The invention discloses a data collector adapted to a non-invasive medical instrument. The collector includes: a routing module for providing an interface for a medical instrument using an RJ45 interface for communication; a serial port transfer module for communicating with a serial interface The medical instrument provides an interface; the auxiliary control module is connected with the serial port transfer module, and is used to collect the data of the serial port transfer module; the first serial port network port conversion module is respectively connected with the routing module and the auxiliary control The data collected by the module is sent to the routing module; the main control module; the second serial port network port conversion module is connected with the main control module and the routing module respectively, and is used to send the data of the routing module to the main control module; the display and input module, and The main control module is connected to receive and display the data sent by the main control module. The invention simultaneously collects the data of multiple medical instruments using the serial interface and the RJ45 interface, and displays the collected data in real time, thereby improving the utilization rate of the monitoring information of the medical instruments.

Description

technical field [0001] The invention relates to the technical field of data collection, in particular to a data collector adapted to a non-invasive medical instrument. Background technique [0002] The traditional perioperative invasive medical monitoring equipment in the hospital monitors the patients during the operation in an invasive way. The monitoring frequency of this invasive medical equipment is usually low and the real-time performance is poor. extra pain. Therefore, various non-invasive medical monitoring instruments in the perioperative period are the focus of development now. Non-invasive medical monitoring instruments have high real-time performance in monitoring the physiological state of patients during surgery, allowing doctors to observe the patient's condition in real time and dynamically. In one operation, multiple non-invasive medical monitoring instruments of different types are usually used at the same time, such as anesthesia depth monitor, blood oxy...

AI Technical Summary

Problems solved by technology

In one operation, multiple non-invasive medical monitoring instruments of different types are usually used at the same time, such as anesthesia depth monitor, blood oxygen saturation monitor, etc. Doctors need to pay attention to the parameters displayed by different instruments at the same time, and pay attention to the display of several instruments at the same time The screen is also a burden for doctors; all kinds of non-invasive medical monitoring instruments will generate a large amount of monitoring data due to their strong real-time characteristics, but these monitoring data are usually directly discarded and have not been effectively obtained. The use of , resulting in a waste of valuable physiological data

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