首页> 外国专利> BREAKING DISK OF REVERSE ACTION WITH ELECTRO-POLISHED RELIEVING LINE MADE WITH LASER AND PROCEDURE FOR FORMING RELIEVING LINE

BREAKING DISK OF REVERSE ACTION WITH ELECTRO-POLISHED RELIEVING LINE MADE WITH LASER AND PROCEDURE FOR FORMING RELIEVING LINE

机译:用激光制造的抛光抛光线进行反向作用的断裂盘以及形成抛光线的步骤

摘要

FIELD: machine building.;SUBSTANCE: device for pressure drop consists of breaking disk of reverse action with laser-made electro-polished line of relieving groove. There are design versions of such device and procedure for fabrication of a thin metal device for pressure drop. This procedure consists in forming an electro-polished line of a relieving groove in the breaking disk of reverse action which guarantees complete disk opening at reverse operation. A work-piece of the breaking disk is subjected to preliminary bulging, to finish bulging and to coating with a layer of a resistant material. Laser is used for removal of at least part of a layer of resistant material corresponding to a specified line of the relieving groove in concave external surface of the bulged breaking disk. Further, the disk is subjected to electro-polishing when metal is removed off a zone of the breaking disk subjected to laser treatment. Thus there is formed polished to a lustre line of the relieving groove of desired shape and specified depth related to thickness of material. The electro-polished relieving line is formed with opposite spaced parts in form of a channel separated by means of central part in form of a crown. Notably, channel parts have depth bigger, than the crown part. By means of changing pressure at preliminary disk bulging, breaking pressure/reversing disk with the electro-polished line of the relieving groove can be alternately controlled.;EFFECT: increased reliability and accuracy of actuation of breaking disk of reverse action.;40 cl, 35 dwg
机译:领域:机械制造;实质:压降装置由反向作用的破碎盘和激光制的释放槽电抛光线组成。存在此类装置的设计版本以及用于制造用于压降的薄金属装置的过程。该过程包括在反向作用的断裂盘上形成释放槽的电抛光线,以确保在反向操作时完全打开盘。对断裂盘的工件进行初步鼓胀,以完成鼓胀并涂覆一层电阻材料。激光用于去除至少一部分抗力材料层,该层对应于凸出的破碎盘凹入外表面中的释放凹槽的指定线。此外,当从经受激光处理的断裂盘的区域去除金属时,对盘进行电抛光。这样就形成了抛光槽的光亮线,该光亮线具有所需形状和与材料厚度有关的特定深度。电抛光的释放线形成有相对的间隔开的部分,该间隔开的部分为通道的形式,该通道通过冠状的中心部分分开。值得注意的是,通道部分的深度要比顶部部分大。通过改变预紧盘鼓胀时的压力,可以交替控制带有泄压槽电抛光线的破裂压力/换向盘。效果:提高了反向作用的破裂盘致动的可靠性和准确性。40 cl, 35载重吨

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