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    • 1. 发明专利
    • Operating method for pulse combustion boiler
    • 脉冲燃烧锅炉的操作方法
    • JPS61128013A
    • 1986-06-16
    • JP25104484
    • 1984-11-27
    • Hirakawa Tekkosho:KkTokyo Gas Co LtdToshiba Corp
    • KOBAYASHI HIROSHIUEDA YOSHIHARUSAITO TOSHIHIKOMATSUZAKA TAKASHIHISAOKA SEISAKURAI KOZO
    • F23C15/00
    • F23C15/00
    • PURPOSE:To enable a stable combustion to be performed by a method wherein a fan of a pulse combustion type boiler is always operated in a rated or partial loaded condition during a pulse type combustion and either air or mixture of air and fuel gas is pressurized and supplied. CONSTITUTION:In a pulse type combustion boiler including a pulse burner, a fan and an exhaust muffler or the like, a fan 4 to be applied for energizing the burner is operated under a rated or partial loaded condition even during a continuous combustion and both air and mixture gas are separately supplied or the mixture gas is pressurized, flowed and supplied. With this arrangement, even with a small-sized fan having a static air pressure of about 50mmAq, an extremely stable pulse type combustion can be continued.
    • 目的:为了能够通过一种方法来实现稳定的燃烧,其中脉冲燃烧式锅炉的风扇在脉冲式燃烧期间总是以额定或部分负载状态运行,并且空气或燃料气体的混合物被加压, 提供。 构成:在包括脉冲燃烧器,风扇和排气消声器等的脉冲式燃烧锅炉中,即使在连续燃烧期间,额定或部分负载状态下也要施加用于激励燃烧器的风扇4,并且两个空气 分别供给混合气体,或对混合气进行加压,流动并供给。 通过这种布置,即使具有约50mmAq的静态空气压力的小型风扇,也能够继续进行非常稳定的脉冲式燃烧。
    • 2. 发明专利
    • Pulse combustion burner
    • 脉冲燃烧器
    • JPS61114002A
    • 1986-05-31
    • JP23456584
    • 1984-11-07
    • Hirakawa Tekkosho:KkTokyo Gas Co LtdToshiba Corp
    • KOBAYASHI HIROSHIUEDA YOSHIHARUMATSUZAKA TAKASHISAITO TOSHIHIKOHISAOKA SEIWATANABE KAZUFUMITAKAHASHI YUKITOSHI
    • F23C15/00
    • F23C15/00
    • PURPOSE:To obtain enough mixing of air and fuel gas, and improve stability of combustion by a method wherein an air induction pipe is connected to a combustion chamber at a place so as to shift toward the outside from a center axis. CONSTITUTION:The sir induction pipe 2 for the combustion chamber 5 is connected to the place so as to shift toward the outside of the center axis in the combustion chamber 5, it is suited to locate to the rear portion and a tangent direction thereof. The supplying pipe 4 of the fuel gas is connected to the air induction pipe 2 of the vicinity of the combustion chamber 5 located at the outside thereof, it is suited to connect to the air induction pipe at a right angle. The fuel gas and the air are twisted at the same direction in the combustion chamber 5, further, D/d, that is, the ratio for the diameter D of the combustion chamber and the diameter (d) of the air induction pipe is 2 or more. According to this method, the ratio of the air and the fuel are controlled in the best condition and this is a ratio range so as not to generate oxidized gas while combustion rage is wide, the stable combustion and the low-cost pulse combustion burner may be obtained without an unignition and an accident fire.
    • 目的:为了获得足够的空气和燃料气体的混合,并且通过一种方法提高燃烧的稳定性,其中空气感应管连接到燃烧室,从而从中心轴向外部移动。 构成:燃烧室5的先导式送风管2与燃烧室5的中心轴线的外侧连接,从而适于位于后部及其切线方向。 燃料气体的供给管4与位于其外部的燃烧室5附近的空气吸入管2连接,适于以直角连接到空气吸入管。 燃料气体和空气在燃烧室5中以相同的方向被扭转,此外,D / d,即燃烧室的直径D与空气吸入管的直径(d)之比为2 或者更多。 根据该方法,将空气和燃料的比例控制在最佳状态,这是一个比例范围,以便在燃烧大范围时不产生氧化气体,稳定燃烧和低成本脉冲燃烧器可以 得到没有叛逃和意外的火灾。