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METHOD OF PRACTICING PRACTICAL SKILLS OF AUSCULTATION USING A MEDICAL SIMULATOR

机译:用医疗模拟器练习听诊实践技巧的方法

摘要

FIELD: medicine.;SUBSTANCE: invention relates to the field of medicine and can be used for practical skill training for the diagnosis of internal organs disorders by listening to the acoustical phenomena of the lungs, heart, stomach, intestines and blood vessels. Method consists in using an auscultation imaging module including a stethoscope, a permanent magnet and voice coils, and simulating sound signals of internal organs functioning. Dummy man is used, including a system for simulating cardiopulmonary resuscitation, a system for simulating the effects of a defibrillator, a system for simulating decompression of the chest, a system for simulating the drainage of the pleural cavity, a system for simulating the trachea intubation and conicotomy, a system for simulating the drugs loading, a system for simulating bleeding and a system for simulating catheterization of the bladder. First, sound coils are built in said dummy man interacting with permanent magnet mounted on the membrane of the acoustic head of the stethoscope. Depending on the training scenario used, sound signals of the functioning of internal organs are modeled, physical effects are performed on a dummy man for resuscitation or medical procedures by affecting the above-mentioned systems. Physical effects on the simulating systems mentioned above, or their absence are detected. Data on exposures are transmitted to a computer for processing and simulating audio signals and transmitting them to a system of voice coils for reproduction through an acoustic head of a stethoscope depending on physical effects on said dummy man.;EFFECT: technical result consists in providing integrated training of doctors by training skills of auscultation in resuscitation and medical procedures.;1 cl, 4 dwg
机译:技术领域本发明涉及医学领域,并且可以通过听肺,心脏,胃,肠和血管的声学现象而用于诊断内脏器官疾病的实践技能培训。该方法包括使用包括听诊器,永磁体和音圈的听诊成像模块,并模拟内部器官功能的声音信号。使用了虚拟人,包括模拟心肺复苏的系统,模拟除颤器效果的系统,模拟胸部减压的系统,模拟胸膜腔引流的系统,模拟气管插管的系统以及锥切术,用于模拟药物装载的系统,用于模拟出血的系统和用于模拟膀胱导管插入的系统。首先,在所述假人中建立音圈,所述音圈与安装在听诊器的声学头的膜上的永磁体相互作用。根据使用的训练方案,对内部器官功能的声音信号进行建模,通过影响上述系统,对假人进行物理效果以进行复苏或医疗程序。检测到对上述模拟系统的物理影响,或没有物理影响。有关曝光的数据将传输到计算机,以处理和模拟音频信号,然后将其传输到音圈系统,以通过听诊器的声学头进行再现,具体取决于对所述假人的身体影响。效果:技术成果在于提供集成的通过复苏和医疗程序中听诊技能的培训对医生进行培训; 1 cl,4 dwg

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