Radiotherapy radiation field performance monitoring and adjusting device based on video

Abstract

The invention discloses a radiotherapy radiation field performance monitoring and adjusting device based on video, which belongs to the field of radiotherapy and comprises a video imaging system, a motion control system and a computer work station system. The video imaging system comprises a fluorescent screen covered with a metal plate, a video imaging system machine case, a video camera and a lighting device, wherein the video camera is positioned right in the center of the metal plate and the fluorescent screen, the position of the video camera is fixed, and the video camera is connected with the computer work station system through a universal series bus (USB) interference. The computer work station system comprises an image matching system and an adjusting guiding three-dimensional animation system. The motion control system is connected with the video imaging system. The radiotherapy radiation field performance monitoring and adjusting device based on video has the advantages of effectively resolving the problems that existing radiotherapy light field repeatability and centers of radiotherapy equipment and the like are difficult to detect and adjust quickly, and can quickly detect, guide and adjust in real time whether radiotherapy radiation field coincides lamp light field, and whether centers of radiotherapy equipment machinery and the like deviate.

Description

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AI Technical Summary

Benefits of technology

This technology helps solve issues with current methods for treating cancer by delivering therapeutic rays into tissue quickly without overlapping or shifting from one area towards another areas during medical procedures. It also provides an easy way to detect when there're any changes that may occur between different parts of the machine used for treatment. Overall this makes sure patients receive effective treatment while avoiding harm caused by external sources like Xray beams.

Problems solved by technology

This patents describes how Xray photons help treat cancer by killing cells effectively without causing harm or damaging healthy surrounding organs like bone marrow nerves. However, current methods involve complex procedures involving multiple steps, making them challenges for medical professionals who cannot afford these resources at home during this procedure's entirety due to cost concerns over prolonged use times.

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