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기록

METHOD FOR MANUFACTURING NON-SUPPORT LASER ADDITIVE MATERIAL APPLIED TO DIFFICULT-TO-MACHINE OVERHANGING STRUCTURE IN EASILY-DEFORMED METAL MATERIAL

발명심사 중
4청구항 · 1 독립항
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개요

발명자

Dongdong GU; Xin LIU; Wenxin CHEN; Jianfeng SUN

IPC 분류

B22F 10/38B22F 10/28B22F 10/36B33Y 10/B33Y 80/

CPC 분류

B22F10/385B22F10/28B22F10/36B33Y10/B33Y80/

A method for manufacturing a non-support laser additive material applied to a difficult-to-machine overhanging structure in an easily-deformed metal material, forming a metal non-supported overhanging structure by adopting a laser powder melting the metal power, in a process of laser-melting metal powder layer by layer to form forming layers of the metal non-supported overhanging structure, when a current forming layer is equipped with an overhanging area relative to a previous forming layer, the overhanging area of the current forming layer is formed by a S1 forming strategy; when the previous forming layer is equipped with an overhanging area, an area where the overhanging area of the current forming layer overlaps with that of the previous forming layer is formed by a S2 forming strategy; and remaining areas are all formed by a S0 forming strategy.

원문 (중국어)

A method for manufacturing a non-support laser additive material applied to a difficult-to-machine overhanging structure in an easily-deformed metal material, forming a metal non-supported overhanging structure by adopting a laser powder melting the metal power, in a process of laser-melting metal powder layer by layer to form forming layers of the metal non-supported overhanging structure, when a current forming layer is equipped with an overhanging area relative to a previous forming layer, the overhanging area of the current forming layer is formed by a S1 forming strategy; when the previous forming layer is equipped with an overhanging area, an area where the overhanging area of the current forming layer overlaps with that of the previous forming layer is formed by a S2 forming strategy; and remaining areas are all formed by a S0 forming strategy.