Self-service BLS training and assessment system based on simulated person

Abstract

The invention discloses a self-service BLS training and assessment system based on a simulated person, and the system comprises a self-service BLS training and assessment system which is used for training and assessing the BLS theory and operation skills of a trainee, and issuing an electronic training certificate and further comprises a registration terminal, a student terminal, a teacher terminal, a teacher-student interaction terminal and a certificate holding terminal, and the registration terminal, the student terminal, the teacher terminal, the teacher-student interaction terminal and the certificate holding terminal are connected with the self-service BLS training and examination system. According to the invention, the self-service, intelligent and non-contact BLS training and assessment process can be realized, so that the BLS training and assessment are not limited by time and places. The system comprises registration of BLS training and assessment, theory and skill training and assessment, and an electronic certificate issuing function. Student BLS operation process conditions are intelligently, automatically and truly recorded and accurately analyzed, teachers can be replaced to directly assess and score the student BLS operation process, and teacher resources are saved.

Description

technical field [0001] The invention relates to the field of medical technology, in particular to a simulated human-based self-service BLS training and assessment system. Background technique [0002] Ischemic heart disease is one of the diseases with high mortality rate and is a major public health problem recognized globally. The main clinical manifestation of ischemic heart disease is cardiac arrest. In the United States, approximately 155,000 people receive emergency medical treatment for out-of-hospital cardiac arrest each year, and fewer than 8% of these patients survive. According to international consensus, the key to the success of out-of-hospital cardiac arrest patients is the presence of BLS-trained bystanders who are ready, willing, and able to take action for emergency rescue. Studies have shown that BLS training can improve the success rate of bystander CPR and increase the survival rate of patients with out-of-hospital cardiac arrest by 2-4 times. Even Janu...

AI Technical Summary

Problems solved by technology

These technologies focus on updating the accuracy of compression monitoring, or improving the degree of simulation of the simulator, or improving learning efficiency based on somatosensory probes or VR technology, but none of them can fully realize self-service, intelligently record and accurately analyze the situation of students' BLS training and assessment

Images