Bone age instrument auxiliary positioning method and device based on attitude estimation network

Abstract

The invention provides a bone age instrument auxiliary positioning method and a bone age instrument auxiliary positioning device based on a posture estimation network, and provides a method and a device for assisting and guiding a bone age subject to realize standard positioning based on a posture estimation technology. According to the bone age instrument, an auxiliary positioning network (PAN for short), a wrist posture analysis module (HWPAM) and a user interaction interface are designed, and the auxiliary positioning function of the bone age instrument is achieved. According to the invention, interactive auxiliary positioning without mechanical contact can be realized, the standardization of bone age shooting of teenagers and children is improved, and then the accuracy of bone age evaluation is improved. According to the invention, the workload of a shooting technician is reduced, and repeated X-ray radiation damage caused by poor positioning is effectively avoided.

Description

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AI Technical Summary

Benefits of technology

This patented system uses sensors placed around the hand or foot to detect when they have been bent during physical therapy treatment. By analyzing these data from multiple angles with different sensor values, it suggests how well people who use their hands were doing certain treatments at home remotely. Based on those analysis results, suggestions may include adjusted exercise programs or training sessions aimed towards prevention of injury related issues such as muscle aches associated therewith. Overall, this approach helps improve patient outcomes and reduce stress levels experienced by patients due to orthodontic procedures.

Problems solved by technology

This patented describes methods used by researchers studying young people's ages on their hands during medical procedures such as orthodontic treatment planning. However, there may still exist issues where older individuals have difficulty determining if they can afford this procedure due to factors like poorly focused eyesight that could lead them into mistaken beliefs regarding how well they were doing right before surgery. Additionally, existing standards require manual adjustment after each measurement which makes it difficult to achieve consistently high levels of accuracy over time.

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