View source for MirEye Imaging Inc. (20240338816). Method for Recognizing Posture of Human Body Parts To Be Detected Based on Photogrammetry simplified abstract

=Method for Recognizing Posture of Human Body Parts To Be Detected Based on Photogrammetry=


==Organization Name==

[[:Category:MirEye Imaging Inc.|MirEye Imaging Inc.]]


[[Category:MirEye Imaging Inc.]]

==Inventor(s)==

[[:Category:Yifeng Zou of Sichuan (CN)|Yifeng Zou of Sichuan (CN)]][[Category:Yifeng Zou of Sichuan (CN)]]

[[:Category:Chuan Ma of Sechuan (CN)|Chuan Ma of Sechuan (CN)]][[Category:Chuan Ma of Sechuan (CN)]]

==Method for Recognizing Posture of Human Body Parts To Be Detected Based on Photogrammetry - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240338816 titled 'Method for Recognizing Posture of Human Body Parts To Be Detected Based on Photogrammetry

'''Simplified Explanation:'''
The patent application describes a method of aligning a human body part for X-ray imaging using photogrammetry technology.

'''Key Features and Innovation:'''
* Input of preset positioning information for the target body part.
* Use of RGB and depth cameras to capture images of the body part.
* Establishment of spatial attitude deviation relative to the spatial coordinate system of the X-ray machine.
* Real-time feedback to medical staff on patient posture for adjustment.
* Quick adjustment of patient position to achieve optimal X-ray image quality.

'''Potential Applications:'''
This technology can be used in medical imaging facilities, hospitals, and clinics for X-ray examinations of various body parts.

'''Problems Solved:'''
The technology addresses issues related to incorrect patient posture and positioning during X-ray imaging, leading to low-quality images.

'''Benefits:'''
* Improved X-ray image quality.
* Real-time feedback for patient adjustment.
* Enhanced efficiency in obtaining high-quality X-ray images.

'''Commercial Applications:'''
"Optimized Human Body Alignment for X-ray Imaging" can be utilized in medical imaging equipment manufacturing, healthcare facilities, and radiology departments to enhance the quality and efficiency of X-ray imaging processes.

'''Questions about Human Body Alignment for X-ray Imaging:'''
1. How does the technology of photogrammetry contribute to the alignment of human body parts for X-ray imaging?
2. What are the potential implications of real-time feedback on patient posture adjustment in medical imaging settings?

'''Frequently Updated Research:'''
Ongoing research in the field of medical imaging technology focuses on improving the accuracy and speed of body alignment methods for various imaging modalities, including X-ray imaging.


==Original Abstract Submitted==

there is provided an alignment method of a human body part to be x-rayed based on photogrammetry. preset positioning information of the target body part is input. an rgb camera and a depth camera capture natural images of the target body part. the spatial attitude deviation of the target body part is established relative to the spatial coordinate system where the x-ray machine tube is located. the present invention feeds back the difference between the patient's current posture and the theoretical best shooting posture to the medical staff in real time. the medical staff may instruct the patient to adjust the current position and posture, so that the patient's target position can be quickly adjusted to the theoretical optimal position range, providing a high-quality x-ray image in one shot, and the problem of low x-ray image quality caused by posture and distance problems can be eliminated.



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