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Three-dimensional Printer coupled with Microwave and Printing Method applied for Food design

机译:三维打印机加上微波和印刷方法,适用于食品设计

摘要

The disclosure discloses a three-dimensional printer coupled with microwave and printing method applied for food design, and belongs to the technical field of food. A microwave heating probe embedded in the inner wall of a barrel releases microwaves at the front end, and in combination with the setting of a vertical distance between the front end of the microwave heating probe and an extrusion nozzle, that is, the setting of the size of a non-absorbing material, the effect of instant curing of an extruded material is realized; through the design of a bell mouth and a choke groove of an anti-leakage unit, and in combination with the design of an absorbing material of a printing platform, the heating efficiency of a product is effectively improved, and microwave leakage and diffusion are prevented; a cooling device is disposed so as to ensure that a material to be printed in the barrel is not cured by microwave heating before the material to be printed enters the extrusion nozzle; a microwave solid-state oscillator generates microwaves, and a transmission line transmits the microwaves, so that the microwave output is stable, the power and frequency can be adjusted according to printing needs, and the microwave solid-state oscillator is small in volume and convenient to integrate; and a mode of printing while heating and curing is adopted, so that a printed product structure has high mechanical strength, the manufacture of a hollow unsupported three-dimensional structure can be realized, and the shape of the product is not easy to collapse.
机译:本公开公开了一种具有用于食品设计的微波和印刷方法的三维打印机,属于食品技术领域。玻璃筒内壁中的微波加热探针在前端释放微波,并与微波加热探头的前端和挤出喷嘴之间的垂直距离的设置相结合,即,非吸收材料的尺寸,实现了挤出材料的即时固化的效果;通过设计铃声和抗泄漏单元的阻塞槽,并且与印刷平台的吸收材料的设计相结合,有效地改善了产品的加热效率,并防止了微波泄漏和扩散;设置冷却装置,以确保在待印刷材料进入挤出喷嘴之前,通过微波加热来确保要在筒中印刷的材料。微波固态振荡器产生微波,传输线传输微波炉,使微波输出稳定,可以根据打印需求调整电源和频率,并且微波固态振荡器体积小,方便较小集成;采用加热和固化的同时印刷方式,使得印刷产品结构具有高机械强度,可以实现空心不支持的三维结构的制造,并且产品的形状不容易塌陷。

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