首页> 外国专利> Technological heating boiler distillation and rectification fruit production distilleries light application of gas infrared heaters with controlled mixing of fuel

Technological heating boiler distillation and rectification fruit production distilleries light application of gas infrared heaters with controlled mixing of fuel

机译:技术加热锅炉蒸馏精馏水果生产酒厂气体红外加热器的光应用与燃料的可控混合。

摘要

Distillation and adjustment of the draft boiler with heating distilleries fruit production based on the application of gaseous fuel light gas infrared heaters (14, 15) structurally designed based on heating a mixture prepared by mixing a special technical device consisting of a high pressure radial fan (20) mounted on the intake opening multifunctional armature (21). Operating the fan speed and thus airflow fan is controlled by a microprocessor control unit (31) on the basis of operational data thermometer with voltage output (30), the control signal by the control unit (31) in the form of PWM. Changing pressure conditions supplied combustion air fan is controlled by a pressure fan multifunction armature (21), which controls the diaphragm through the control valve working multifunctional armature (21) and the fuel gas flow gas valve. Controlled heating the mixture preparation in quantity and composition of the mixture, as well as implementing technological application of gas heating infrared heaters (14, 15) heating technology achieves higher efficiency and more efficient transfer of thermal energy from the heating surface to surface cookware. The technical solution of technological application of gas heating infrared heaters l (14, 15) operated on the basis of the controlled mixing of heating a mixture of hedged special creation - high pressure fan (20) mounted on the air intake multifunctional armature (21), significantly improves performance in terms of efficiency and efficiency of the combustion process.
机译:通过应用气态燃料轻型气体红外加热器(14、15)来对蒸馏水进行蒸馏和调节,以加热蒸馏器来生产水果,该加热器的结构设计是基于混合由高压径向风扇( 20)安装在进气口多功能电枢(21)上。由微处理器控制单元(31)基于具有电压输出(30)的运行数据温度计来控制风扇的速度,从而控制风扇的运行,控制单元(31)以PWM的形式来控制控制信号。改变供给的助燃空气风扇的压力条件由压力风扇多功能电枢(21)控制,该多功能电枢通过控制阀工作多功能电枢(21)和燃气流量燃气阀控制隔膜。控制混合物制剂的数量和组成的加热,以及实施气体加热红外加热器(14、15)的技术应用,加热技术可实现更高的效率,并实现热能从加热表面到表面炊具的更有效转移。燃气加热红外加热器l(14、15)技术应用的技术解决方案是在受控混合加热对冲的特殊生成物-安装在进气多功能电枢(21)上的高压风扇(20)的混合物的基础上运行的,在燃烧效率和效率方面大大提高了性能。

著录项

  • 公开/公告号SK6354Y1

    专利类型

  • 公开/公告日2013-01-02

    原文格式PDF

  • 申请/专利权人 RUSKO JOZEF;

    申请/专利号SK2022011U

  • 发明设计人 RUSKO JOZEF;

    申请日2011-11-04

  • 分类号B01D3/02;C12H6/02;

  • 国家 SK

  • 入库时间 2022-08-21 16:40:00

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