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    • 4. 发明申请
    • Fuel-burning fireplace
    • 燃油壁炉
    • US20150053200A1
    • 2015-02-26
    • US14457351
    • 2014-08-12
    • Eco-Feu
    • Gilles-Andre Poupart
    • F24B1/189F24B1/192F24C5/12
    • F24C5/02F23D5/04F23D2700/005F23D2700/03
    • A burner system for a fuel-burning fireplace having a fuel container with at least one aperture for combusting the fuel contained therein and an adjustable flame regulator for regulating a size of the flame. The flame regulator comprises a shutter for covering the aperture having a shape corresponding to the aperture, the shutter being variably adjustable between a first position (covered aperture) and a second position (exposed aperture); a handle extending from the burner system for variably adjusting the shutter; and a connecting member for connecting the shutter to the handle, the connecting member being secured to at least two extremities of the shutter; wherein movement of the handle allows a balanced movement of the shutter over the aperture.
    • 一种用于燃料燃烧壁炉的燃烧器系统,其具有燃料容器,该燃料容器具有用于燃烧其中所含燃料的至少一个孔和用于调节火焰尺寸的可调节火焰调节器。 火焰调节器包括用于覆盖具有对应于孔的形状的孔的快门,快门可在第一位置(被覆盖的孔)和第二位置(暴露的孔)之间可变地调节; 从燃烧器系统延伸的手柄,用于可变地调节活门; 以及用于将快门连接到手柄的连接构件,连接构件固定到活门的至少两个末端; 其中手柄的运动允许快门在孔上的平衡运动。
    • 10. 发明申请
    • ATHERMAL RADIATION TYPE OIL BURNER AND A METHOD FOR REDUCING GREENHOUSE GAS EMISSIONS
    • 高温辐射式燃烧器及减少温室气体排放的方法
    • US20130206130A1
    • 2013-08-15
    • US13641463
    • 2011-04-15
    • King Ching Ng
    • King Ching Ng
    • F24C5/12
    • F24C5/12F23D5/04
    • Disclosed is an oil combustion method for reducing greenhouse gas emissions in which an athermal radiation type oil burner is arranged on a stove. The athermal radiation type oil burner includes a furnace body (1) in which a hearth (2) is placed. The hearth (2) composed of a casing with multiple through holes (3) includes a primary oil supply combustion chamber (21), a secondary oil supply combustion chamber (22) and an obstruction chamber (23). The primary oil supply combustion chamber (21) is a casing (211) divided into an upper layer and a lower layer. An interconnected hole (4) is arranged between the two layers. Multiple through holes (5) are distributed on the casing (211) and communicated with the secondary oil supply combustion chamber (22), which is formed by the interval among the casing (211) of the primary oil supply combustion chamber (21), an isolation plats (6) with multiple through holes (61) arranged on the casing (211) and the hearth (2). The obstruction chamber (23) is composed of a sealing plate (7) on the furnace body (1) and the isolation plate (6). Flame holes (71) are arranged on the sealing plate (7). Air flow holes (8) are formed on the corresponding positions of the isolation plate (6) and sealing plate (7), respectively. The secondary oil supply combustion chamber (22) and the obstruction chamber (23) are interconnected with the air flow holes (8). Oil in the burner is continuously spilt, gasified, expanded and compressed for multiple times in the furnace body (1), and oil molecules completely release heat energy and do not release heat radiation again. The burner ensures that generated harmful gas is reduced.
    • 公开了一种用于减少温室气体排放的油燃烧方法,其中在炉子上布置了无热辐射型油燃烧器。 无辐射式油燃烧器包括炉底(2)放置在其中的炉体(1)。 由具有多个通孔(3)的壳体构成的炉床(2)包括主供油燃烧室(21),二次供油燃烧室(22)和阻塞室(23)。 主供油燃烧室(21)是分为上层和下层的壳体(211)。 在两层之间布置有互连孔(4)。 多个通孔(5)分布在壳体(211)上并与主油供应燃烧室(21)的壳体(211)之间的间隔形成的二次供油燃烧室(22)连通, 具有布置在壳体(211)和炉床(2)上的多个通孔(61)的隔离平台(6)。 阻塞室(23)由炉体(1)和隔离板(6)上的密封板(7)构成。 火焰孔(71)布置在密封板(7)上。 空气流通孔(8)分别形成在隔离板(6)和密封板(7)的对应位置上。 二次供油燃烧室(22)和阻塞室(23)与空气流通孔(8)相互连接。 燃烧器中的油在炉体(1)中不断溢出,气化,膨胀和压缩多次,油分子完全释放热能,不再释放热辐射。 燃烧器确保产生的有害气体减少。