Active implantable human communication infant teaching model

Abstract

The application discloses an active implantable human communication infant teaching model, including a simulated infant model, a stimulation module, a human communication module, a control module anda drive module. The human communication module and the control module are set in the simulated infant model. The stimulation module can generate an electrical signal. The human communication module can receive the electrical signal generated by the stimulation module and transmit the electrical signal to the control module. The control module can make the drive module opened or closed. The drive module can drive the simulated infant model to generate an infant crying behavior. A weak electrical signal transmitted through the human communication module can be detected through the control module, and thus, data communication with the human body as a medium can be realized. The physical simulation of electromagnetic properties of human tissues is realized by using simulated human tissues in the signal pathway. The signal pathway of the simulated infant model simulates the corresponding parts of the infant's body to realize the infant crying and struggling modes, so as to achieve the basicfunction of medical nursing operation simulation training.

Description

technical field [0001] The invention relates to the field of medical teaching, in particular to an active implantable human body communication baby teaching model. Background technique [0002] The current teaching and training model for infants does not struggle or cry. As a result, medical staff trained using this model cannot complete operations in real complex environments, such as when babies cry and struggle. Under the background of modern medical treatment, pediatric medical staff do not have proficient operating skills, and a puncture / cannulation failure is the main fuse that leads to doctor-patient conflicts. [0003] Although there are a large number of baby models on the market, although they have the basic medical care operation simulation training function, because they do not have the normal baby reaction function, they cannot train the above abilities of medical staff in a targeted manner. [0004] The disadvantage of the existing technology is that the exist...

AI Technical Summary

Problems solved by technology

[0002] The current infant teaching and training model does not struggle or cry, which makes it impossible for medical staff trained with this model to complete operations in real complex environments, such as when babies cry and struggle.

Under the background of modern medical care, pediatric medical staff do not have proficient operating skills, and a puncture / cannulation failure is the main fuse that leads to doctor-patient conflicts

[0003] At present, there are a large number of baby models on the market, although they have the basic medical care operation simulation training function, because they do not have the normal baby reaction function, they cannot be targeted to train the above abilities of medical staff

[0004] The disadvantage of the existing technology is that the existing baby models cannot simulate the crying, head and limb shaking movements and reactions of normal babies when they are stimulated by the outside world, which weakens the realistic effect of the baby model and makes it impossible for the training medical staff to feel intuitively. state of the baby

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