Device for monitoring pain state of patient and method thereof

Abstract

The invention relates to a device for monitoring the pain state of a patient and a method thereof, the method comprises the steps of collecting patient odynolysis records of a patient from the clinical end in the wired or the wireless way, transmitting to the remote end via a transmission interface in the real-time or the non-real time way for data analysis and treatment and further carrying out analysis and feedback against treatment course feedback information of each user, the device comprises a patient PCA, a computer monitoring module, a network monitoring module and a network monitoring module database, and the device can further comprise a portable device and a PCA bluetooth wireless transmission module thereof. Therefore, clinical staff can integrate PCA information containing drug consumption and the pain state, and feed back the pain state of the patient in a real-time manner by leading the patient to visit the remote monitoring device, and has the characteristics of high postoperative service quality, complete medical records, low cost and capability of providing the basis for leading medical instrument manufactures to monitor market resource planning and assisting logistics and market development of the medical instrument manufactures.

Description

Technical field: [0001] The present invention relates to a device and method for monitoring the pain status of patients, especially a device from patient visits to remote monitoring, which can be used by clinical personnel to integrate PCA information including drug consumption and pain status, and to feedback patients' pain in real time state. Background technique: [0002] In recent years, pain has been regarded as the fifth physiological evaluation index besides body temperature, blood pressure, pulse and respiratory rate; however, this index is mainly influenced by the patient's subjective consciousness, and there is no reliable measurement method for traditional indicators. Real-time clinical diagnostic use. At present, drug delivery machines using Patient Control Analgesia (PCA) are divided into one-time use and multiple use. Using the history to read out and analyze, virtually ignoring the patient's own feelings about the drug, and unable to obtain a time-based eval...

AI Technical Summary

Problems solved by technology

Although the academic community accepts that pain is a subjective evaluation, the only way to get the pain status is through oral inquiry; but in terms of the current medical situation in Taiwan, the clinical staff in charge of PCA will only conduct patient visits once a day. However, the patient's pain always occurs instantaneously and cannot be remembered for a long time and compared in degree. Therefore, it is easier to ignore some important pain experiences, and it also means that clinical personnel may miss a major turning point of the disease. In turn, it may lead to prolonging the patient's recovery period or deepening the disease; it can be seen that the discontinuous learning of the patient's status has its huge flaws

[0005] Furthermore, the pain history of each patient is unique; for example, if patient A pressed 10 times and patient B pressed 30 times, patient B must have more pain than patient A? Patient A pressed the drug delivery button 20 times every time he felt pain, and patient B only pressed the button 5 times every time he felt pain. Could it be that patient A’s pain is far worse than patient B? Therefore, according to the traditional effective button statistics and drug dosage statistics, it is impossible to know the above-mentioned information simply from the number of presses and drug consumption.

[0006] Therefore, in view of the fact that traditional visits only use the patient’s basic data and clinical visits to judge the patient’s status, unlike electronic devices, only patients cannot remember in detail what happened in the past, only a vague impression

Therefore, it generally cannot meet the needs of users in actual use.

Images