中医诊疗机器人Traditional Chinese Medicine Robot

一、中医诊疗机器人诞生

    8月20日，我国个具有有自主知识产权的心脑血管系统疾病中医辨证养生诊疗机器人样机在天津中医药大学完成后组装。

　　这个机器人由中医药工程学院陆小左教授带领的科研团队经过三年多的研发完成。据介绍，机器人程序主要通过预先采集的大量中医病例为数据基础，通过现场对人体的舌象、脉象、血氧饱和度等客观指标检测，结合患者自身出现的病痛症状得出的数据，甄别病人体质及病情，提供相关的预防措施及中成药服药参考。这种医学机器人成品将在年底在相关医疗机构为市民提供服务。

二、Finland研制心率快速检测器

　芬兰一家公司研发出专为急救人员使用的心率快速检测器，它有望在重大事故和灾难现场等场合大显身手。

　　据芬兰媒体日前报道，该产品由一个装有两个心电图电极的心率传感器和一个发光二极管指示器组成，心率传感器和发光二极管指示器由一根长35厘米的导线连接。

　　操作时，医护人员将心率传感器粘贴在患者胸部，将发光二极管指示器粘贴在患者的面颊上。粘贴好后，心率传感器立即向发光二极管指示器发送信号。如果心率在正常范围内，指示灯在心脏每次搏动时发出绿光，如果心率过高或过低，指示灯则发出红光。

　　这种新型心率检测器将显著提高医护人员的工作效率。此外，由于发光二极管指示灯一目了然，它还将提高检测的安全性，避免误诊。

1、 Birth of Traditional Chinese Medicine Diagnosis and Treatment Robots

On August 20th, a prototype of a traditional Chinese medicine diagnosis and treatment robot with independent intellectual property rights for cardiovascular and cerebrovascular diseases was assembled at Tianjin University of Traditional Chinese Medicine.

This robot was developed by a research team led by Professor Lu Xiaozuo from the School of Traditional Chinese Medicine Engineering after more than three years of research and development. It is reported that the robot program mainly uses a large number of TCM cases collected in advance as the data basis, through the on-site detection of human tongue, pulse, blood oxygen saturation and other objective indicators, combined with the data of patients' own pain symptoms, to identify the patient's physique and condition, and provide relevant preventive measures and traditional Chinese patent medicines and simple preparations medication reference. This medical robot product will provide services to citizens in relevant medical institutions by the end of the year.

2、 Finland develops a rapid heart rate detector

A Finnish company has developed a rapid heart rate detector specifically designed for emergency personnel, which is expected to be effective in major accidents and disaster sites.

According to Finnish media reports, the product consists of a heart rate sensor with two electrocardiogram electrodes and a light-emitting diode indicator, which are connected by a 35 centimeter long wire.

During operation, medical staff attach the heart rate sensor to the patient's chest and the LED indicator to the patient's cheek. After pasting, the heart rate sensor immediately sends a signal to the LED indicator. If the heart rate is within the normal range, the indicator light emits green light every time the heart beats, and if the heart rate is too high or too low, the indicator light emits red light.

This new type of heart rate detector will significantly improve the work efficiency of medical staff. In addition, due to the clear visibility of the LED indicator light, it will also improve the safety of detection and avoid misdiagnosis.