首页> 外国专利> Using a nature-friendly material molecule separation processing machine that separates and extracts fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity that are combined with polluted fluid material molecules An eco-friendly material molecule separation and processing machine applied to an eco-friendly method that separates and extracts material molecules and fluid material molecules with light specific gravity, or purifies polluted water generated in aquaculture or fish farms

Using a nature-friendly material molecule separation processing machine that separates and extracts fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity that are combined with polluted fluid material molecules An eco-friendly material molecule separation and processing machine applied to an eco-friendly method that separates and extracts material molecules and fluid material molecules with light specific gravity, or purifies polluted water generated in aquaculture or fish farms

机译:利用自然友好型材料分子分离加工机,将流体材料分子分开和提取具有轻微的重力和流体材料分子的流体材料分子,该流体材料分子与污染的流体材料分子组合的环保材料分子分离和加工机施加到 生态友好型方法,将材料分子和流体材料分子分开,具有轻微的重力,或在水产养殖或鱼类农场中净化污染的水

摘要

The structure of the material molecule separation and processing machine composed of a circular shape; a structure in which the lower end of the material molecule separation processing machine comprises a material molecule separation guide plate inclined from one side to the other side; A material molecule collecting port for collecting fluid material molecules with light specific gravity in one direction around the upper periphery of the material molecule separation processing machine is inclined from one direction to the other direction, and the bottom part is the upper end of the material molecule separation processing machine The bottom part is composed at a position 5cm~2m lower than the standard, The position of the upper end of the material molecule collecting sphere is 10cm ~ 2m higher than the position of the upper end of the material molecule separation and processing machine; On the other side of the material molecule collecting port, a structure in which a fluid material molecule discharge port for discharging fluid material molecules having a light specific gravity to the outside is formed; a structure coupled to an injection line for injecting fluidic material molecules composed of a liquid such as water on an upper side of the material molecule separation processing machine; a structure in which a discharge line coupled to a discharge control valve is configured at a lower end of the material molecule separation processing machine; a structure in which upper and lower control rods are configured to be coupled to a rotation control body in the inner center of the material molecule separation processing machine; In the upper and lower control rods, each rotating striking body and a rotating body are coupled to each other to hit the fluid material molecules or gaseous material molecules while performing reverse and forward rotation of the fluid material molecules. a structure in which the throttle plate is coupled; The upper and lower movement control plate has a structure in which a plurality of water flow movement guide compartments are configured; In a state in which the discharge control valve coupled to the discharge line configured at the lower end of the material molecule separation processing machine configured as described above is closed, fluid material molecules such as water or tap water or seawater are placed inside the material molecule separation processing machine After injecting them through the injection line, using the rotating striking body and the rotating body, a fluid substance such as water flowing into the inside of the material molecule separation processing machine or a fluid substance such as water by hitting tap water or seawater It separates molecules or molecules of a fluid material with a light specific gravity and a molecule of a fluid material with a heavy specific gravity that are combined with water or sea water in the up and down directions, and at the same time controls the upper and lower control rods that are combined with the rotation controller to raise the position of the upper and lower movement control plate to a position of 50 cm to 2 m with respect to the upper end of the material molecule separation processing machine, and 100wt% total amount ratio of the fluid material molecules filled in the material molecule separation processing machine 5wt% to 50wt% of the material molecule collection port and the fluidic material molecule outlet are discharged to the outside of the material molecule separation processing machine based on the reference, reused or discarded, and the remaining 50wt% to 95wt% of the fluid material molecules By opening the discharge control valve coupled to the discharge line configured at the lower end of the material molecule separation and processing machine, the discharge line is collected and reused or reprocessed to obtain a fluid material molecule with a light specific gravity and a clean fluid property with a heavy specific gravity. This invention relates to an eco-friendly method for separating and processing material molecules.
机译:由圆形构成的材料分子分离和加工机的结构;一种结构,其中材料分子分离处理机的下端包括从一侧倾斜的材料分子分离引导板;用于在材料分子分离加工机的上周围的一个方向上在一个方向上收集具有光比重的流体材料分子的材料分子收集端口从一个方向倾斜到另一个方向,并且底部是材料分子的上端分离加工机底部由比标准低5cm〜2m的位置,材料分子收集球的上端的位置比材料分子分离和加工的上端的位置高10cm〜2m机器;在材料分子收集端口的另一侧,形成了一种结构,其中形成用于将具有光比重的流体材料分子排出到外部的流体材料分子排出口;耦合到注射线的结构,用于将由诸如水的液体组成的流体材料分子注入材料分子分离加工机的上侧;一种结构,其中耦合到放电控制阀的排出管线配置在材料分子分离加工机的下端;上下控制杆构造成耦合到材料分子分离加工机的内部中心的旋转控制体的结构;在上下控制杆中,每个旋转撞击体和旋转体彼此联接以撞击流体材料分子或气态材料分子,同时进行流体材料分子的反向和正向旋转。节流板连接的结构;上部和下移动控制板具有这样的结构,其中配置了多个水流动导向室;在耦合到如上所述配置在材料分子分离处理机的下端的排出管线的放电控制阀关闭的状态下,将流体材料分子如水或自来水或海水放置在材料分子内分离加工机在通过注射管线注入它们后,使用旋转撞击体和旋转体,流体物质如水流入材料分子分离加工机的内部或通过击中水自来水(诸如水)的流体物质海水它将流体材料的分子或分子与光比重分离,并具有重度的流体材料的分子,其在上下方向上与水或海水组合,同时控制上部和较低的控制杆与旋转控制器组合以提高上部和下部的位置胚胎控制板相对于材料分子分离加工机的上端为50cm至2m的位置,100wt%的流体材料分子的总量比填充在材料分子分离加工机5wt%至50wt%基于参考,重复使用或丢弃的材料分子收集口和流体材料分子出口被排出到材料分子分离加工机的外部,并通过打开排出来剩余50wt%至95wt%的流体材料分子控制阀连接到配置在材料分子分离和加工机的下端的排出管线,收集和再用或再循环,以获得具有轻微的重力的流体材料分子,并具有重度特异性的清洁流体性能重力。本发明涉及一种用于分离和处理材料分子的环保方法。

著录项

  • 公开/公告号KR102328962B1

    专利类型

  • 公开/公告日2021-11-19

    原文格式PDF

  • 申请/专利权人 한상관;

    申请/专利号KR20210076975

  • 发明设计人 김택민;한상관;

    申请日2021-06-14

  • 分类号C02F1/34;A01G31/02;A01K61/10;C02F1/24;C02F1/26;C02F1/40;C02F1/52;

  • 国家 KR

  • 入库时间 2022-08-24 22:30:54

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