Integrated X-ray Shielding Case with Oil Cooling
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Solution Overview
Problem
Conventional X-ray generators have issues with poor sealing due to welding deformation and weighty case bodies, leading to significant X-ray leakage beyond safety standards.
Innovation Solution
An installation case with a shielding device made of X-ray shielding material, featuring a dual-layer structure and fluid channels to reduce X-ray leakage and weight, incorporating an oil-cooling circulation system for efficient heat dissipation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of manufacture
If the case body is made by jointing sheet materials together using welding and bolts, then the case body can be assembled, but the sealing performance deteriorates due to welding deformation and gaps at corners and edges
Solution Approach 1:
The patent merges the case body into a single integrated component made of X-ray shielding material, eliminating the need for welding and bolting separate sheet materials together. This integration resolves the sealing performance issue caused by gaps and deformation at joints while maintaining manufacturability through monolithic construction.
2Ease of manufacture
If the case body is made by jointing sheet materials together, then the case body can be assembled, but the X-ray leakage increases beyond safety standards
Solution Approach 1:
The patent combines the case body into a single integrated structure made entirely of X-ray shielding material, eliminating gaps and deformation at joints that cause X-ray leakage. This monolithic design ensures continuous shielding coverage while maintaining assembly feasibility.
3Ease of manufacture
If the case body uses conventional sheet material construction, then the structure can be assembled, but the weight increases making the device heavy
Solution Approach 1:
The patent employs X-ray shielding material with optimized composition and density to achieve effective radiation protection while reducing overall weight. The integrated case body design allows for efficient material distribution, using shielding material only where necessary for radiation protection rather than throughout the entire structure.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The solution effectively reduces X-ray leakage and weight of the case body while maintaining effective shielding and heat dissipation, enhancing the safety and efficiency of the X-ray generator.
Implementation Method 1
The case body is provided therein with a layer or layers of shielding devices. The shielding device is made of material that can shield the X-ray
Implementation Method 2
The case body and the collimator form an enclosed space. This enclosed space is filled with a cooling liquid and is an important component part of the cooling system
Implementation Method 3
the cooling liquid in the case body is likely to leak
Data Source
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AI summary
Disclosed are an installation case for a radiation device, an oil-cooling circulation system and an X-ray generator which belong to the technical field of X-ray generator. This disclosure aims to solve the technical problems existing in the conventional X-ray generator, that is, the conventional X-ray generator provides bad sealing, the weight of the case body of the conventional X-ray generator is heavy, and the leakage dose of the X-ray in the conventional X-ray generator is large. The installation case for a radiation device according to this disclosure comprising a case body and a collimator fixedly connected with the case body, the collimator being provided with a beam exit aperture and the case body being provided with a beam exit opening, the installation case for a radiation device further comprises a shielding device provided within the case body, the collimator and the shielding device are integrally formed, or the collimator and the shielding device are two separate parts and are fixedly connected with each other; each layer of the shielding device is provided with a ray exit aperture, and the ray exit aperture, the beam exit aperture and the beam exit opening are coaxial. The X-ray generator according to this disclosure comprises the oil-cooling circulation system according to this disclosure. The installation case for a radiation device according to the disclosure provides improved sealing and ray leakage-proof performance.