| Digital twin is to make full use of data such as physical models,sensor updates,and operational history to integrate multidisciplinary,multi-physical quantity,multi-scale,and multi-probability simulation processes and complete mapping in virtual space,thus reflecting the whole life cycle process of the corresponding physical equipment.In recent years,digital twin has started to be widely used in the field of smart hospitals and smart medical care.Digital twin technology can realize the dynamic monitoring,simulation and emulation of medical equipment on the operation mechanism of human body,accelerate the transformation of scientific research innovation to clinical,improve the efficiency of medical diagnosis,and optimize the control and supervision of medical equipment quality.The purpose of this paper is to study a digital twin-based health data monitoring system for hospital patients,with the aim of accelerating the digital transformation of hospitals,improving the efficiency of medical diagnosis,relieving the work pressure of healthcare workers,and optimizing the patient experience.Hospital patient health data monitoring system is classified by physical form,including tangible and intangible parts,the tangible part is the real world involved in health data monitoring of various devices,such as: health data monitoring bracelet,bracelet charging box,bracelet staging box and hospital with gateway four parts,the intangible part is the virtual data monitoring platform resources parallel to the real world,such as: " virtual model","data and connection","service system".In this paper,based on the enterprise entity project,a tertiary hospital in Henan Province patient health data monitoring system design,through questionnaire research,observation records and in-depth stakeholder interviews,the design points of health data monitoring system are summarized.And the following design practice work is completed: 1,complete the construction of the hospital digital twin platform and health data monitoring platform,improve the UI interface of each level and give each level functional modules to realize the interaction requirements of linkage with health data monitoring devices.2,combine Rhino,Keyshot and Thing JS-X functions together to complete the optimization modeling of health data monitoring devices. |