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CONSTRUCT ABILITY AND POWER SAVING IS IMPROVED INDUSTRIAL BOILER

机译:建设能力和节电能力得到改善的工业锅炉

摘要

The present invention relates to an industrial boiler having improved construct ability and power saving function. The industrial boiler includes a casing part guiding the movement of a heating medium; a heating part installed in the casing part for heating the heating medium moving along the casing part; a heating medium inducing part installed in the casing part for supporting the heating part and improving heat conductivity between the heating part and the heating medium by interrupting the flow of the heating medium moving along the casing part; and an interval control part controlling and supporting an interval of the casing part by being connected to the casing part. Therefore, when a partial pipe is additionally installed or a part of the industrial boiler is changed or fixed, the installation or fixing can be performed with relatively simple work of combining or separating connection flanges of a distributing pipe. Since a heating medium naturally moves along a curved surface of a bubble preventing surface when the heating medium is discharged through an inducing hole after hitting an inner surface of an inducing cap, a bubble does not appear when the heating medium moves from an inducing cap to another close inducing cap. Thus, heat efficiency is improved, and air removing work becomes unnecessary as air does not fill up the pipe.
机译:本发明涉及一种具有改善的构造能力和节能功能的工业锅炉。工业锅炉包括引导加热介质运动的壳体部分;以及壳体部分。加热部安装在壳体部中,用于加热沿着壳体部移动的载热体。载热体诱导部,安装在壳体部中,该载热体诱导部用于支撑载热部,并通过中断沿壳体部移动的载热体的流动来提高载热体与载热体之间的导热性。间隔控制部通过与壳体部连接而控制和支撑壳体部的间隔。因此,当额外地安装部分管道或者更换或固定工业锅炉的一部分时,可以通过结合或分离分配管道的连接凸缘的相对简单的工作来进行安装或固定。由于当加热介质撞击感应帽的内表面之后通过感应孔排出时,加热介质自然会沿着防气泡表面的弯曲表面移动,因此当加热介质从感应帽移动到感应帽时,不会出现气泡。另一个接近的诱导上限。因此,提高了热效率,并且由于空气不会填满管道,因此不需要进行除气工作。

著录项

  • 公开/公告号KR101394360B1

    专利类型

  • 公开/公告日2014-05-13

    原文格式PDF

  • 申请/专利权人 KTECH;

    申请/专利号KR20130164013

  • 发明设计人 LEE HEUNG JOO;

    申请日2013-12-26

  • 分类号F24H9;F24H9/20;F24H9/06;

  • 国家 KR

  • 入库时间 2022-08-21 15:41:00

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