首页> 外国专利> 3D porterble Manufacturing and installation of production facilities for realistic experiences such as 3D recycling filament and recycled plastic

3D porterble Manufacturing and installation of production facilities for realistic experiences such as 3D recycling filament and recycled plastic

机译:3D porterble制造和安装生产设备,以获得逼真的体验,例如3D回收灯丝和回收塑料

摘要

The present invention will be described in detail with reference to the accompanying drawings. Fig. 1 shows the process of manufacturing waste filament for recycling 3D printer filament and washing machine, which can be used in the direction from 01 to 04. DryingGrinding 3D printer filament manufacturing 3D printer use Item production process Structural diagram shown. Fig. 2 refers to the drying of the disposable plastics, beverage bottles or other waste plastics used by the user or by putting them in the dryer after washing using an ultrasonic cleaner or a washing material and a washing brush. Figure 3 is a process for sorting and pulverizing disposable plastic, beverage plastic bottles or other waste plastics treated as shown in Figure 2, according to the material and color produced at this time the processing method of Figure 4 (melting temperature and shape depending on the composition of the plastic Etc.), it is necessary to classify before grinding and remove foreign substances after grinding. Fig. 4 shows the recycled filament through the skew method after heating the waste plastic after sorting and pulverizing or sorting into the material inlet in the moving injection molding machine which is heated from 190 to 230 degrees. Depending on the replacement of the nozzle in front of the injection molding machine, we produce plastic materials that can be recycled, such as 0.1mm to 10mm, 10mm to 30mm, 30mm ~ various thicknesses and round filaments, square filaments, pentagonal filaments, star filaments, and rectangular filaments. . Figure 5 can be used to create a variety of items utilizing the recycled filament for the 3D printer produced in the above way As a result, by protecting the environment and recycling resources from waste plastics that have been thrown away, especially disposable plastics such as disposable plastics and plastic bottles, new recycling cultures for better environment, clean life and resource recycling will be established.
机译:将参考附图详细描述本发明。图1显示了用于回收3D打印机细丝和洗衣机的废丝的制造过程,该过程可以在01到04的方向上使用。干燥>研磨> 3D打印机细丝制造> 3D打印机使用>物品生产过程所示结构图。图2涉及用户使用的一次性塑料,饮料瓶或其他废塑料的干燥,或者是在使用超声波清洁剂或洗涤材料和洗涤刷洗涤之后将它们放入干燥机中。图3是根据此时制造的材料和颜色,按照图4的处理方法(根据温度的不同,熔化温度和形状)将如图2所示处理的一次性塑料,饮料塑料瓶或其他废塑料分类和粉碎的过程。的塑料成分等),必须在研磨前进行分类,并在研磨后去除异物。图4示出了通过偏斜法回收的细丝,该细丝在分选并粉碎或分选到移动的注射成型机中的材料入口中加热废塑料之后被加热,该材料从190度加热至230度。根据注塑机前喷嘴的更换,我们生产可回收利用的塑料材料,例如0.1mm至10mm,10mm至30mm,30mm〜各种厚度的圆形丝,方形丝,五边形丝,星形长丝和矩形长丝。 。图5可用于创建各种物品,利用以上述方式生产的3D打印机的再生细丝。结果,通过保护环境和回收资源免受废弃塑​​料(尤其是一次性塑料,如一次性塑料)的破坏,塑料和塑料瓶,将建立新的回收文化,以改善环境,清洁生活和资源回收。

著录项

  • 公开/公告号KR20200000250U

    专利类型

  • 公开/公告日2020-01-31

    原文格式PDF

  • 申请/专利权人 이정수;

    申请/专利号KR20180002938U

  • 发明设计人 이정수;

    申请日2018-06-27

  • 分类号B29C64/307;B29B11/06;B29B17;B29B17/04;B29C64/118;B29C64/35;B33Y70;

  • 国家 KR

  • 入库时间 2022-08-21 11:03:28

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