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AssigneeNanjing University of Aeronautics and Astronautics
InventorsWenzhe SONG, Congze FAN, Jinghua ZHENG, Yiwei CHEN, Jingxuan WANG, Zhongde SHAN
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An on-orbit composite filament forming device for space 3D printing includes a constant tension unwinding module, a replaceable resin filament rotary wrapping module, a melt preheating chamber, a curved channel impregnation chamber, a variable aperture resin recovery device, a heat protective housing, a convective cooling device, a traction device, and a winding device. The replaceable resin filament rotary wrapping module wraps a resin filament on a surface of a carbon fiber by circumferential rotation and is provided with an active unwinding reel placed on a circular rail centered on the carbon fiber; the melt preheating chamber is used for melting resin to wrap the surface of the fiber, and is equipped with a lifting device for automatic opening and closing; the curved channel impregnation chamber is formed with a wedge-shaped high-pressure impregnation zone by mutual extrusion of upper and lower pressure blocks, thereby improving the quality of fiber impregnation.
An on-orbit composite filament forming device for space 3D printing, comprising a constant tension unwinding module, a replaceable resin filament rotary wrapping module, a melt preheating chamber, a curved channel impregnation chamber, a variable aperture resin recovery device, a heat protective housing, a convective cooling device, a traction device, and a winding device arranged sequentially, wherein the melt preheating chamber, the curved channel impregnation chamber, and the variable aperture resin recovery device are located in the heat protective housing;
Dependencies are inferred from the claim text.