Remote analysis and management system for postoperative household pain observation of patient

Abstract

The invention provides a remote analysis and management system for postoperative household pain observation of a patient. The remote analysis and management system comprises a man-machine interactionterminal, a portable analgesia injection terminal and a remote monitoring platform; the remote analysis and management system further comprises a physiological parameter monitor; the physiological parameter monitor obtains a plurality of physiological parameters of the patient and then generates pain index distribution; the man-machine interaction terminal obtains the multiple physiological parameters and the pain indexes and sends the physiological parameters and the pain indexes to the remote monitoring platform; the remote monitoring platform generates a remote control instruction to the man-machine interaction terminal based on the multiple physiological parameters and the pain index distribution; and the man-machine interaction terminal controls the portable analgesia injection terminal to execute corresponding analgesia operation. The postoperative household pain change of the patient can be accurately observed through the pain index distribution generated by the physiological parameter monitor and a sleep score fluctuation graph of the patient within the preset observation time period, and therefore intervention is conducted in a self-adaptive mode.

Description

technical field [0001] The invention belongs to the technical field of telemedicine, and in particular relates to a remote analysis management system for pain observation at home of postoperative patients. Background technique [0002] The International Society for Pain (IASP) defines pain as an unpleasant sensory and emotional experience associated with tissue damage. Postoperative pain is acute pain, which brings a lot of pain to patients. If it is not treated in time, it will cause a series of adverse effects on the body. Postoperative pain is a complex physiological and psychological reaction caused by noxious stimuli acting on the body, which directly affects the occurrence, development and outcome of diseases, and has become an important factor affecting the increase in postoperative complications and mortality. [0003] In the prior art, the assessment of pain intensity is divided into a unidimensional pain assessment scale and an assessment scale of comprehensive pa...

AI Technical Summary

Problems solved by technology

Increased heart rate, respiratory rate, and increased blood pressure are all responses to postoperative pain, but because other stress responses also have similar changes, they are not pain-specific. Therefore, these indicators can only be used in the evaluation of pain intensity. Reference indicators; on the other hand, in order to reduce the burden on patients, patients should try their best to arrange observation and recuperation at home if they meet certain conditions after surgery. The patient's own education level, psychological factors, postoperative home observation, especially the observation and targeted intervention of postoperative pain, the existing technology has not given an effective technical solution; more importantly, for some special patients (such as patients with Psychological disorders, communication difficulties, etc.), even if observed in the hospital, the above-mentioned subjective evaluation form cannot be used, such as postoperative patients receiving ventilation therapy, verbal expression and communication skills decline, behavioral signs are limited, pain assessment indicators are more Generally, there are few postoperative patients, and it is still the case in the hospital, but it is more difficult to observe at home.

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