Diagnosis and treatment device capable of simulating human pharyngeal reflex

Abstract

The invention discloses a diagnosis and treatment device capable of simulating human body pharyngeal reflex. The device comprises a head skull model designed according to the structure and the position of a human body, a soft palate model, a tongue model and a throat model. The soft palate model, the tongue model and the throat model are located in an inner cavity of a head. The soft palate model, the tongue model and the throat model are electrically connected. An anesthesia simulation device is arranged on the outer side of the head skull model. A pressure sensing device connected with the anesthesia simulation device is arranged on the rear side of the soft palate model. When a human throat organ is diagnosed and examined, inadaptability feedback of a patient to an examination instrument can be simulated. The pharyngeal reflex is achieved through simultaneous inward contraction of the soft palate part, the tongue part and the throat part. The authenticity of the diagnosis and treatment technology practice before the doctor enters formal clinical work can be improved, and the doctor is trained to assess whether the patient needs to use the anesthetic. The clinical adaptation period of a new doctor is shortened. The treatment time of a patient is shortened. The discomfort and psychological burden caused by examination are reduced, and the contradiction between the doctor and the patient is reduced.

Description

technical field [0001] The invention relates to a medical diagnosis and treatment simulation device, in particular to a diagnosis and treatment device capable of simulating human pharyngeal reflex. Background technique [0002] Indirect laryngoscopy and rigid mirror inspection operations of the throat, as well as foreign body extraction in the oropharynx and pharynx, vocal cord dripping and other operations under the relevant inspection methods, are important clinical diagnosis and treatment methods for otolaryngologists, learning related technologies And mastery takes through repeated practice. [0003] At present, clinicians' proficiency in relevant clinical diagnosis and treatment techniques is mainly achieved through repeated diagnosis and treatment of clinical cases and continuous accumulation of experience. For otolaryngology clinicians who have not been in the field for a long time, in the process of initial contact with patients, due to factors such as unfamiliar op...

AI Technical Summary

Problems solved by technology

[0005] At present, the human oropharynx organ model used by otolaryngology clinicians to study or practice the diagnosis and treatment of otolaryngology diseases has the following defects: 1. It cannot simulate the patient's response to the examination equipment, and cannot give good feedback on the patient's discomfort 2. Unable to simulate the state after throat anesthesia

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