Additive manufacturing system for object creation from powder using a high flux laser for two-dimensional printing

18-06-2024 дата публикации

Номер:

US0012011873B2

Автор: Ning Duanmu, James A. DeMuth, Andrew J. Bayramian, Yiyu Shen, Drew W. Kissinger

Принадлежит: SEURAT TECHNOLOGIES, INC.

Контакты:

Номер заявки: 55-23-1671

Дата заявки: 12-12-2019

CPC - классификация

B B2 B22 B22F B22F1 B22F10 B22F10/B22F10/2 B22F10/28 B22F10/3 B22F10/31 B22F10/32 B22F10/7 B22F10/77 B22F12 B22F12/B22F12/4 B22F12/41 B22F12/45 B22F12/9 B22F12/90 B22F2 B22F22 B22F220 B22F2201 B22F2201/B22F2201/1 B22F2201/12 B22F2202 B22F2202/B22F2202/1 B22F2202/13 B22F2203 B22F2203/B22F2203/0 B22F2203/00 B22F29 B22F299 B22F2999 B22F2999/B22F2999/0 B22F2999/00 B22F3 B22F3/B22F3/1 B22F3/15 B23 B23K B23K2 B23K26 B23K26/B23K26/1 B23K26/12 B23K26/125 B23K26/128 B23K26/14 B23K26/146 B23K26/1464 B23K26/3 B23K26/34 B23K26/342 B29 B29C B29C6 B29C64 B29C64/B29C64/1 B29C64/15 B29C64/153 B29C64/3 B29C64/36 B29C64/364 B29C64/37 B29C64/371 B29C64/39 B29C64/393 B3 B33 B33Y B33Y1 B33Y10 B33Y10/B33Y10/0 B33Y10/00 B33Y3 B33Y30 B33Y30/B33Y30/0 B33Y30/00 B33Y4 B33Y40 B33Y40/B33Y40/0 B33Y40/00 B33Y5 B33Y50 B33Y50/B33Y50/0 B33Y50/02 Y Y0 Y02 Y02P Y02P1 Y02P10 Y02P10/Y02P10/2 Y02P10/25

IPC - классификация

B B2 B22 B22F B22F1 B22F10 B22F10/B22F10/2 B22F10/28 B22F10/3 B22F10/31 B22F10/32 B22F10/7 B22F10/77 B22F12 B22F12/B22F12/4 B22F12/41 B22F12/45 B22F12/9 B22F12/90 B23 B23K B23K2 B23K26 B23K26/B23K26/1 B23K26/12 B23K26/14 B23K26/3 B23K26/34 B23K26/342 B29 B29C B29C6 B29C64 B29C64/B29C64/1 B29C64/15 B29C64/153 B29C64/3 B29C64/36 B29C64/364 B29C64/37 B29C64/371 B3 B33 B33Y B33Y1 B33Y10 B33Y10/B33Y10/0 B33Y10/00 B33Y3 B33Y30 B33Y30/B33Y30/0 B33Y30/00 B33Y4 B33Y40 B33Y40/B33Y40/0 B33Y40/00

Цитирование НПИ

219/76.1
219/76.12
419/10
Khairallah et al. Laser powder-bed fusion additive manufacturing: Physics of complex melt flow and formation mechanisms of pores, spatter, and denudation zones. Acta Materialia, Apr. 2016.
Ly et al., Metal vapor micro-jet controls material redistribution in laser powder bed fusion additive manufacturing. Scientific reports, Jun. 2017.
Zhirnov et al. Evaporation-induced gas-phase flows at selective laser melting. Applied Physics A, Feb. 2018.
“Metal vapor micro-jet controls material redistribution in laser powder bed fusion additive manufacturing”, Sonny Ly, et.al., □ 1-12 N, ((Scientific Reports)).