发明名称 ADDITIVE MANUFACTURING APPARATUS
摘要 An additive manufacturing apparatus includes a shaping part, a powder feeding part that feeds the powder material to the shaping part, a powder storage part that stores the powder material, and a pipe through which the powder material is transferred from the powder storage part to the powder feeding part. The powder storage part is arranged on a lower side of the powder feeding part in the vertical direction. The pipe is provided with a bent part in a transfer section in which the powder material is transferred from a lower side to an upper side in the vertical direction. The bent part stops the falling of the powder material that is present in the transfer section in the middle of the transfer section when the suction is stopped.
申请公布号 US2016297005(A1) 申请公布日期 2016.10.13
申请号 US201615092254 申请日期 2016.04.06
申请人 TOYOTA JIDOSHA KABUSHIKI KAISHA 发明人 HARAJIRI Katsuji;MITSUYA Yoshiyuki;KIMURA Takeshi;KETA Michiyoshi;NIWA Seiji;ITO Katsuhiro
分类号 B22F3/00;B22F3/105 主分类号 B22F3/00
代理机构 代理人
主权项 1. An additive manufacturing apparatus comprising: a shaping part that allows a powder material to be solidified and forms a three-dimensional object; a powder feeding part that feeds the powder material to the shaping part; a powder storage part that stores the powder material to be fed to the powder feeding part; and a pipe through which the powder material is transferred from the powder storage part to the powder feeding part, wherein the powder storage part is arranged on a vertically lower side of the powder feeding part, the powder material is transferred from the powder storage part to the powder feeding part as the powder material is sucked from the powder feeding part side, the pipe is provided with a bent part in a transfer section in which the powder material is transferred from a lower side to an upper side in a vertical direction, the bent part stopping the falling of the powder material that is present in the transfer section in the middle of the transfer section when the suction of the powder material is stopped, and the bent part is arranged at a position in the pipe so that a maximum falling distance of the powder material when the suction is stopped becomes shorter than a falling distance at which the powder material collides and agglutinates with each other when the powder material falls.
地址 Toyota-shi JP