Patient physiology monitoring system and physiology monitor thereof

Abstract

A patient physiology monitoring system comprises a rack body, a bar code inventory, and a physiology monitor. The physiology monitor can read the measuring bar codes or function setting bar codes in the bar code inventory; according to the measuring command of the measuring bar codes or function setting command of the function setting bar codes, corresponding operation commands are delivered to the control unit of a physiology monitoring and controlling module; the control module starts a selected physiology value measuring unit according to the operation commands; the selected physiology values are measured, the measurement results are sent to the data base; or the control unit sets the functions of the physiology monitor according to the operation commands. The provided patient physiology monitoring system is very convenient, is easy to move, can be used in wards flexibly, and reduces the copy time and error caused by delivery.

Description

technical field [0001] The invention relates to a patient physiological monitoring system, in particular to a patient physiological monitoring system and a physiological monitor which can selectively adjust the function of the physiological monitor according to the needs of patients or wards. Background technique [0002] As the design and development of medical equipment become more and more sophisticated, when patients are sent to medical institutions, in order to monitor the important physiological values ​​of patients at any time to obtain important physiological signals of patients, the emergency department of hospitals or clinics, intensive care units or General wards and other places are equipped with physiological monitoring devices. At present, most of the general physiological monitoring devices are mainly used to measure body temperature, blood pressure and blood oxygen, etc., and the measurement results are directly displayed on the screen of the physiological mon...

AI Technical Summary

Problems solved by technology

Some physiological monitoring devices are also equipped with an alarm function. When the patient’s physiological signal value is abnormal, an alarm will be issued, and the medical staff can immediately find out the abnormality of the patient. However, when the medical staff is not near the patient, they may not be able to hear it. The alarm delays the timing of treatment

[0003] For inpatients in the hospital, in addition to the measurement of body temperature, blood pressure and blood oxygen, heart rate, respiration rate, ECG, urination, defecation, pain index, food intake, and infusion volume must also be considered according to the patient's condition In the past, most of these measurement results were manually transcribed into the patient's medical records. Modern hospitals use electronic medical records and electronic physiological monitoring devices to automatically transmit the patient's physiological monitoring data, but most of the physiological value data still need to be visually inspected by nurses. Manually transcribe after observation and then input to the computer, which is prone to errors caused by inaccurate manual transcription and reducing the time for nursing staff to transcribe and transfer process

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