X-ray radiation protection tank with anti-radiation light and video monitor

Abstract

The invention relates to an X-ray radiation protection tank with an anti-radiation light and a video monitor. A tank body is provided with a radiation protection door, an X-ray inlet, a lighting set good for making an irradiated animal feel more comfortable, the video monitor good for operators to acquire more test information, and a wire passage which is made of lead-bearing material and which has a radiation protection function. An outgoing wire of the lighting set and an outgoing wire of a digital camera are both disposed at the near edge part of a top plate, inaccessible for direct X-ray radiation, and are guided out of the tank body through the radiation protection wire passage. The lighting set provides the irradiated animal with proper light, so that the animal takes biological irradiation test without evidently changing the living environment and accuracy of test data can be improved; researchers can observe and record real-time dynamic information of the irradiated animal during test through the video monitor so as to make scientific analysis and judgment. The X-ray radiation protection tank has the advantages that the defect that the existing X-ray radiation protection tank is provided with no lighting or monitoring facilities is overcome effectively; the X-ray radiation protection tank is highly practical.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes how adding lights or cameras along certain lines around a chamber containing animal's body helps study them more accurately by providing visual feedback about their behavior while being exposed to different types of stimuli such as x rays. By doing this, scientists have gained valuable insights into what they may look like when exposure occurs.

Problems solved by technology

This patented technical problem addressed by this patents relates to improving the safety and precision of x ray exposure for studying animal cells without causing damage during their preparations. Current methods involve completely enclosed systems with lights outside but only limited accessibility within an interior space where they are used. Additionally, current techniques require expensive cameras and sensors to monitor changes caused by these treatments.

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