X-ray examination technology positioning patient simulator

Abstract

The invention relates to an X-ray examination technology patient simulator teaching device for students to practice positioning, in particular to an X-ray examination technology positioning patient simulator teaching device with a patient simulator. Insertion holes are arranged at anatomic marks for radiation body position placement of the patient simulator, one or more teaching insertion indicator can be inserted into the insertion holes, entrance points of radioactive rays and marker lines among the points can be indicated, and joints of the patient simulator can rotate by optional 180-degree space angles and can be placed into various imaging postures by an operator. The X-ray examination technology positioning patient simulator teaching device has the advantages that a teacher can teach optional body positions through the patient simulator in the X-ray examination technology teaching process without worrying about discomfort of a real person caused by the body positions, time and X-ray radiation, the operator can insert sign boards with the anatomic marks into the corresponding insertion holes when learning, teaching or assessing placement of a certain body position, learning of a student and teaching and assessing of the teacher are facilitated, the sign boards can be inserted into the insertion holes of the anatomic marks to train hands-brain capacity of the student, memory about positioning marks and radioactive ray center line entrance points is deepened, teaching effects are improved, and the student can independently learn.

Description

technical field [0001] The invention relates to a teaching device for simulating a human body for X-ray inspection technology students to practice positioning, and in particular to a device for simulating human radiation body position and placing body surface marks. There are jacks on which one or more teaching instructions can be inserted. Inserting the card can indicate the radiation injection point and the marking line between the points. Each joint of the simulated human can be rotated at any angle and can be placed into various imaging postures by the operator. It is an X-ray inspection technology. Positioning simulated human teaching device. Background technique [0002] X-ray examination technology is an essential core course for training medical imaging technology radiographers. At present, the existing simulated human bodies at home and abroad have some problems in the teaching of medical imaging and radiology technology. First, the range of motion of the joints c...

AI Technical Summary

Problems solved by technology

This kind of teaching method allows students who are models to personally perceive various body positions and benefit from it; the disadvantage is that male and female students are present at the same time, but students will feel uncomfortable when their bodies are exposed, and it is cumbersome to take off their clothes. After a long time, models will feel tired and cannot Real exposure, students can't perform positioning exercises alone, and body surface marks are not clearly marked. During the practice process, students have unclear understanding of human anatomical landmarks and centerline injection points during positioning; therefore, X-ray inspection technology positioning exercises are subject to Great impact, teaching effect is not ideal

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