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工业自动化和宇航技术的发展对传感技术提出了更高的要求,加上当时诸如半导体、激光和新型功能材料的出现,为传感技术的发展提供了条件,使之步入了一个新的发展时期。随着科学的发展和医学的进步,在这一发展中工程测量的手段被应用到医学范畴中去,逐步实现了诸如心率、心电、呼吸、脉搏等生理信息这些新技术,为以后医学仪器的发展创造了条件,推动了医学仪器的发展。
The development of industrial automation and aerospace technology put forward higher requirements on sensing technology. Coupled with the appearance of functional materials such as semiconductors, lasers and new materials at the time, it provided the conditions for the development of sensing technology and brought it into a new Development period. With the development of science and the progress of medicine, the means of engineering measurement in this development have been applied to the field of medicine, and gradually realized new technologies such as heart rate, electrocardiogram, respiration, pulse and other physiological information for future medical instruments The development has created the conditions to promote the development of medical instruments.