Remote-control transparent human body abdomen model used for explaining illness state

Abstract

The invention discloses a remote-controllable transparent human abdomen model for explaining disease conditions, which comprises a shell, a model of main abdominal organs, a battery, an air pump and a remote controller. The outer shell is transparent, and there are batteries, an air pump and the main organs in the abdominal cavity inside. The battery powers the air pump and the robotic arm inside the kidney. The kidneys consist of left and right kidneys, each of which has a retractable mechanical arm. The mechanical arm is stretched and moved freely under the command of the remote control, and there is an air bag at the other end, which represents the tumor. The air pump injects gas into the air bag through the plastic tube connected to the air bag to make the air bag bigger and smaller to represent the volume change of the tumor. The airbag moves with the robotic arm and can reach any position in the kidney to display tumors in various parts of the kidney. When explaining the disease, the doctor can intuitively describe the normal shape and adjacent structure of the abdominal organs, mainly the kidney, simulate the location and size of the tumor in the kidney, and explain the operation process in detail, so that the patient and his family can fully understand the disease. And it can replace the traditional single organ model for popular science teaching.

Description

technical field [0001] The invention relates to a human abdomen model which is convenient for explaining diseases in daily medical work. Background technique [0002] At present, the contradiction between doctors and patients has become a hot social issue in our country, and it is becoming more and more prominent in the current medical environment in our country, which has a certain negative impact on the construction of a harmonious society. Most of the conflicts between doctors and patients are caused by the lack of effective communication between doctors and patients. At present, in clinical work, doctors mostly rely on verbal descriptions or drawing plane graphics on paper to explain the disease to patients. These methods do not have a strong three-dimensional sense of space, and patients often find it difficult to understand due to lack of professional medical knowledge. Existing organ models only present normal anatomical and physiological forms, lack corresponding pa...

AI Technical Summary

Problems solved by technology

Most of the conflicts between doctors and patients are caused by the lack of effective communication between doctors and patients.

At present, in clinical work, doctors mostly rely on verbal descriptions or drawing plane graphics on paper to explain the disease to patients. These methods do not have a strong three-dimensional sense of space, and patients often find it difficult to understand due to lack of professional medical knowledge.

Existing organ models only present normal anatomical and physiological forms, lack corresponding pathological changes, and often appear alone, unable to show their anatomical structure in the whole, making their clinical application value limited

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