摘要
目的:研制一种适用于海上摇摆、垂荡、颠簸环境下,海上医疗队进行跨学科专业的手术训练平台系统。方法:为解决移动便携和海上舰船环境适应性问题,采取带刹车滚轮、磁性材料固定、支架固定等措施,以集成力反馈设备、图形工作站、三维立体显示等设备建立该系统,设计能够模拟不同海况环境条件的移动虚拟手术训练平台系统。结果:在海军执行和谐使命系列任务中,医疗队员使用该系统进行胫腓骨骨折内固定术的模拟训练。经实际检验,该系统实现了设计要求,可在不同海上环境下提供虚拟手术训练。结论:该系统的应用,能提高海上医疗队员海战救治技能训练的针对性和有效性,从而有利于提高海上医疗救治能力。
Objective To design a surgical training platform system suitable for sea swing, heave, and bumpy environment for the navy medical team of different surgical specialties. Mothoclg The virtual surgery training platform system was designed to solve the problems including mobile portability and environmental adaptability by utilization of truckle with brake, fixing with magnetic materials and bracket, etc. The virtual surgery training platform system integrated force- feedback device, graphic workstation as well as three-dimensional display device to build a software-hardware combination system in order to simulate and imitate various martial circumstances. Romllts During the ＂Harmonious Mission2011＂, the medical team used this system to do the simulation training for the tibia and fibula fracture fixation. The system achieved the design requirements and could be used to do virtual surgery training in different maritime environment. C, onclmfion The application of the system can improve the availability and pertinence of the treatment skills training for the medical team, so as to promote the ability of martial medical treatment.[Chinese Medical Equipment Journal,2012,33（9）：17-20]
出处
《医疗卫生装备》
CAS
2012年第9期17-20,共4页
Chinese Medical Equipment Journal
基金
海军后勤部科研项目(BHJ09RD09)
关键词
虚拟手术
模拟
仿真
训练
装置
设计
virtual surgery
simulation
imitation
training
equipment
design
