An anti-pull walking platform for medical detectors adapted to different road conditions

Abstract

The invention belongs to the technical field of medical instrument supporting platforms, and particularly relates to a medical detector anti-pulling walking platform applicable to different road conditions. The platform comprises a platform body, an executing mechanism, a driving ball, a universal wheel mechanism, a semi-spherical shell and the like, an L-shaped tube sleeve of the executing mechanism makes corresponding movements in accordance with the pulling conditions of a probe bending tube, so that an annular sensor and a first distance sensor generate different signals to make a first motor and a second motor started or shut down, finally, an arc rolling wheel drives a driving ball to roll so as to make the platform approach medical workers, it is avoided that when the probe bendingtube is straightened, continuous stretching damages the probe bending tube, and the detector is protected; in addition, the design of a driving mechanism makes the walking platform walk under different road conditions, and the moving range of the walking platform is expanded. The platform is simple in structure and has a better practical effect.

Description

technical field [0001] The invention belongs to the technical field of medical instrument support platforms, and in particular relates to a medical detector anti-pull walking platform adaptable to different road conditions. Background technique [0002] At present, when medical staff conduct clinical tests on patients, medical detectors are generally placed on a platform frame or on a medical table; , the probe elbow connecting the detection probe and the medical detector will adapt to body detection in different directions as the medical staff pulls it; but when the probe elbow is straightened, the detection probe still cannot reach certain parts of the patient , the medical staff will continue to pull the detection probe; since medical detectors are generally more expensive, after the probe bend is straightened, the probe bend is easily broken if the probe bend continues to be pulled forcefully, or the probe bend pulls the medical probe. The detection instrument slides. A...

AI Technical Summary

Problems solved by technology

[0002] At present, when medical staff conduct clinical tests on patients, medical detectors are generally placed on a platform frame or on a medical table; , the probe elbow connecting the detection probe and the medical detector will adapt to body detection in different directions as the medical staff pulls it; but when the probe elbow is straightened, the detection probe still cannot reach certain parts of the patient , the medical staff will continue to pull the detection probe; since medical detectors are generally more expensive, after the probe bend is straightened, the probe bend is easily broken if the probe bend continues to be pulled forcefully, or the probe bend pulls the medical probe. The detection instrument slides. At this time, the medical detection instrument is relatively easy to fall from the platform frame or the medical table and break; in order to avoid the above situation, it is necessary to design a platform that can follow the straightened probe bend. Prevent the medical detector from falling down and breaking

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