Digital medical information monitoring and control system for full ward

Abstract

The digital medical information monitoring and controlling system for full ward includes digital sickbeds based on reducing physiological and psychological load and with basic physiological parameter detecting sensors and therapeutic equipment, nurse workstation and doctor workstation with central log-in board, industrial control computer and auxiliary apparatus, and bus type network. The digital sickbeds are connected via the system bus with nurse workstation, doctor workstation, etc. The present invention is widely applicable and provides powerful tool for understanding, searching and controlling diseases.

Description

technical field [0001] The invention relates to the field of medical equipment, more precisely, to a digitalized medical information monitoring and control system for the whole ward. Background technique [0002] The important value of medical monitors in disease diagnosis, treatment and rescue has been widely recognized, and its application range is becoming wider and wider. In recent years, with the development of intensive care, the construction of intensive care unit (ICU) has been paid more and more attention. Cardiac Surgery Intensive Care Unit (CSICU), Respiratory Intensive Care Unit (RICU) and Neurology Intensive Care Unit (NICU), etc., have similar requirements for monitors, but also have their own emphasis. The requirements for monitor functions Also increasing day by day. At present, the bedside six-parameter (ECG, respiration, body temperature, blood oxygen saturation, blood pressure and pulse, etc.) monitor commonly used in domestic hospitals has an increasing...

AI Technical Summary

Problems solved by technology

[0003] However, this bedside monitor has restricted the rapid development of clinical monitoring level due to the following reasons

First of all, due to the requirements of the detection method, many electrodes must be pasted on the skin, and various bandages, etc., will cause severe discomfort to the patient, which will not only affect sleep and daytime activities, but also easily cause the electrodes to fall off, which will affect the test results and make the patient feel uncomfortable. Patients produce varying degrees of psychophysiological load

Some patients will have allergic reactions after long-term use of sticky electrodes, which is not conducive to long-term routine monitoring of basic vital parameters; second, the current monitor can only be used for monitoring, and cannot perform nursing operations on each patient; third, the previous Monitoring and detection are mainly aimed at critically ill patients. It is not suitable for long-term dynamic monitoring of each patient in the ward, let alone monitoring of sleep parameters, and cannot keep track of the patient's activity status. Test items and corresponding equipment

The fourth is the monitoring mentioned in the past. The patient's vital information is relatively independent, and the attending doctor cannot watch the various waveform images and data of the patient in real time, and cannot realize synchronous information transmission and resource sharing.

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