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METHOD OF FABRICATING X-RAY GRIDS USING 3D PRINTING TECHNIQUE

机译:利用3D打印技术制作X射线网格的方法

摘要

The present invention relates to a kind of manufacture X-ray grids to utilize 3D printing technique, comprising: the step of being attached to substrate has arch curved side by laminate on X-ray transparent material; The step of forming multiple oolemmas is located in laminate by the upside substrate of each constant interval of stacked vertical X-ray transparent material and utilizes 3D printer; The extension of step separates substrate on the upside of bend and is located in laminate by substrate, and forms a taper type transparent substrates completely by the center of the substrate formed on the upside of inclined multiple oolemmas towards the substrate; And it generates X-ray grid and oolemma transparent substrates is entered by the space between X-ray absorption material or filling molten condition x-ray absorption material layer by being inserted into suction item in implementation procedure. The present invention relates to a kind of X-ray grids that can simplify manufacturing process for manufacturing X-ray grid to utilize 3D printing technique; Mention high-precision X-ray grid; And it is effectively saved manufacturing cost and manufacturing time, manufacture required X-ray grid. ;The 2016 of copyright KIPO submissions
机译:本发明涉及一种利用3D打印技术的制造X射线格栅,包括:附着在具有弓形弯曲的基板上的步骤,该基板被层压在X射线透明材料上;形成多个血肿的步骤位于层叠的垂直X射线透明材料的每个恒定间隔的上层基板中,并使用3D打印机;台阶的延伸在弯曲的上方将基板分开,并且通过基板位于层压板中,并且通过在倾斜的多个油腔的上方朝向基板形成的基板的中心完全形成锥形透明基板。并且它产生X射线格栅,并且在实施过程中通过将其插入到抽吸物品中而在X射线吸收材料之间的空间或填充熔融状态的X射线吸收材料层的情况下进入油膜透明基板。 X射线栅格技术领域本发明涉及一种能够简化利用3D打印技术制造X射线栅格的制造工艺的X射线栅格。提到高精度的X射线栅格;并且有效地节省了制造成本和制造时间,制造了所需的X射线格栅。 ; 2016年版权KIPO提交文件

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