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    • 1. 发明授权
    • Combustible energy recycling system and method thereof
    • 可燃能源回收系统及其方法
    • US08522698B2
    • 2013-09-03
    • US12585416
    • 2009-09-15
    • Huan-Ho Lo
    • Huan-Ho Lo
    • F23G5/24F23G5/32
    • F23G7/105F23G5/027F23G5/24F23G7/003F23G7/12F23G2201/301F23G2201/303F23G2201/40F23G2202/30F23G2209/261F23G2209/28F23J15/025F23L7/002
    • In a combustible energy recycling system and its method, the system includes an airtight incinerator body, a gas intake module and a blower. The incinerator body is filled with a combustible waste material, and the gas intake module installed in the incinerator body includes gas intake pipes, and one of the gas intake pipes is an ignition pipe for igniting the waste material in the incinerator body for a smoldering combustion, and an air outlet pipe of the blower is interconnected to the gas intake module for guiding outside air into the incinerator body, such that the outside air can move slowly upward with a high-temperature dense smoke produced in the smoldering combustion and surround every cross-section in the incinerator body for a uniform smoldering combustion, and a gas containing combustible energy in the dense smoke can be guided to a gas recycling mechanism for recycling and reusing the gas.
    • 在可燃能量回收系统及其方法中,系统包括气密焚烧炉主体,进气模块和鼓风机。 焚烧炉体内装有可燃废料,安装在焚烧炉主体中的进气组件包括进气管,其中一个进气管是用于点燃焚烧炉体内废料的闷燃燃烧的点火管 鼓风机的出风管与进气模块相互连接,用于引导外部空气进入焚烧炉主体,使得外部空气能够以闷燃燃烧产生的高温致密烟雾缓慢向上移动,并且围绕每个交叉点 在焚烧炉主体中进行均匀的闷燃燃烧,并且在致密烟雾中含有可燃能的气体可以被引导到气体回收机构中,以循环和再利用气体。
    • 2. 发明授权
    • Combustible energy filtering and recycling system
    • 可燃性能量过滤和再循环系统
    • US08262786B2
    • 2012-09-11
    • US12585415
    • 2009-09-15
    • Huan-Ho Lo
    • Huan-Ho Lo
    • B01D47/10
    • B01D47/024B01D47/10B01D2247/04
    • A combustible energy filtering and recycling system includes a filtering tank, a gas exhaust vent, an overflow vent, and a water-collection chamber. A Venturi gas filter pipe is fixed to the filtering tank and connected with a gas intake pipe which is used for introducing a combustible gas into the gas filter pipe. A first end of the gas filter pipe is connected to a water intake pipe, such that the cooling water can be flowed through the gas filter pipe and collected at the water-collection chamber, and thus dusts and impurities in the combustible gas can be submerged into the cooling water due to the effects of pressure accumulation, air acceleration and pressure reboost produced by the gas filter pipe and the inertia effect. The combustible gas insoluble in water will then be introduced into the gas exhaust vent, so that manufacturers can recycle a high-quality and pollution-free combustible gas.
    • 可燃性能量过滤和再循环系统包括过滤罐,排气口,溢流口和集水室。 文丘里气体过滤管固定在过滤箱上,与用于将可燃气体引入气体过滤管的进气管相连接。 气体过滤管的第一端连接到进水管,使得冷却水可以流过气体过滤管并收集在集水室中,从而可以浸没可燃气体中的灰尘和杂质 由于气体过滤管产生的压力积聚,空气加速和压力重新产生的影响以及惯性效应,进入冷却水。 然后将不溶于水的可燃气体引入排气口,使制造商能够回收高品质,无污染的可燃气体。
    • 3. 发明申请
    • Combustible energy recycling system and method thereof
    • 可燃能源回收系统及其方法
    • US20110061577A1
    • 2011-03-17
    • US12585416
    • 2009-09-15
    • Huan-Ho Lo
    • Huan-Ho Lo
    • F23G5/00
    • F23G7/105F23G5/027F23G5/24F23G7/003F23G7/12F23G2201/301F23G2201/303F23G2201/40F23G2202/30F23G2209/261F23G2209/28F23J15/025F23L7/002
    • In a combustible energy recycling system and its method, the system includes an airtight incinerator body, a gas intake module and a blower. The incinerator body is filled with a combustible waste material, and the gas intake module installed in the incinerator body includes gas intake pipes, and one of the gas intake pipes is an ignition pipe for igniting the waste material in the incinerator body for a smoldering combustion, and an air outlet pipe of the blower is interconnected to the gas intake module for guiding outside air into the incinerator body, such that the outside air can move slowly upward with a high-temperature dense smoke produced in the smoldering combustion and surround every cross-section in the incinerator body for a uniform smoldering combustion, and a gas containing combustible energy in the dense smoke can be guided to a gas recycling mechanism for recycling and reusing the gas.
    • 在可燃能量回收系统及其方法中,系统包括气密焚烧炉主体,进气模块和鼓风机。 焚烧炉体内装有可燃废料,安装在焚烧炉主体中的进气组件包括进气管,其中一个进气管是用于点燃焚烧炉体内废料的闷燃燃烧的点火管 鼓风机的出风管与进气模块相互连接,用于引导外部空气进入焚烧炉主体,使得外部空气能够以闷燃燃烧产生的高温致密烟雾缓慢向上移动,并且围绕每个交叉点 在焚烧炉主体中进行均匀的闷燃燃烧,并且在致密烟雾中含有可燃能的气体可以被引导到气体回收机构中,以循环和再利用气体。
    • 4. 发明申请
    • Combustible energy filtering and recycling system
    • 可燃性能量过滤和再循环系统
    • US20110061541A1
    • 2011-03-17
    • US12585415
    • 2009-09-15
    • Huan-Ho Lo
    • Huan-Ho Lo
    • B01D47/10
    • B01D47/024B01D47/10B01D2247/04
    • A combustible energy filtering and recycling system includes a filtering tank, a gas exhaust vent, an overflow vent, and a water-collection chamber. A Venturi gas filter pipe is fixed to the filtering tank and connected with a gas intake pipe which is used for introducing a combustible gas into the gas filter pipe. A first end of the gas filter pipe is connected to a water intake pipe, such that the cooling water can be flowed through the gas filter pipe and collected at the water-collection chamber, and thus dusts and impurities in the combustible gas can be submerged into the cooling water due to the effects of pressure accumulation, air acceleration and pressure reboost produced by the gas filter pipe and the inertia effect. The combustible gas insoluble in water will then be introduced into the gas exhaust vent, so that manufacturers can recycle a high-quality and pollution-free combustible gas.
    • 可燃性能量过滤和再循环系统包括过滤罐,排气口,溢流口和集水室。 文丘里气体过滤管固定在过滤箱上,与用于将可燃气体引入气体过滤管的进气管相连接。 气体过滤管的第一端连接到进水管,使得冷却水可以流过气体过滤管并收集在集水室中,从而可以浸没可燃气体中的灰尘和杂质 由于气体过滤管产生的压力积聚,空气加速和压力重新产生的影响以及惯性效应,进入冷却水。 然后将不溶于水的可燃气体引入排气口,使制造商能够回收高品质,无污染的可燃气体。