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    • 4. 发明授权
    • Vacuum pump having fluid port and exhaust system
    • 具有流体端口和排气系统的真空泵
    • US07748970B2
    • 2010-07-06
    • US11864145
    • 2007-09-28
    • Tea-Jin Park
    • Tea-Jin Park
    • F01C1/18
    • F04C18/126F04C23/001F04C29/0092
    • In an embodiment, a vacuum pump is capable of preventing adhesion of by-products to its surfaces. The vacuum pump includes a stator. The stator includes a cylinder wall and a pair of diaphragms disposed at opposite ends of the stator. A rotary shaft passes through the diaphragms, and a lobe is attached to the rotary shaft in the stator. The lobe may include a fluid port, and the fluid port may be disposed in sidewalls of the lobe to face the diaphragms. The rotary shaft may include a fluid supply path in communication with the fluid port.
    • 在一个实施例中,真空泵能够防止副产物粘附到其表面上。 真空泵包括定子。 定子包括设置在定子的相对端的气缸壁和一对隔膜。 旋转轴通过隔膜,并且在定子中的旋转轴上附接有凸角。 叶瓣可以包括流体端口,并且流体端口可以设置在叶片的侧壁中以面对隔膜。 旋转轴可以包括与流体端口连通的流体供应路径。
    • 5. 发明授权
    • Exhaust pipe having turbulence wings and an exhaust system
    • 排气管具有湍流翼和排气系统
    • US07670399B2
    • 2010-03-02
    • US11623289
    • 2007-01-15
    • Tea-Jin Park
    • Tea-Jin Park
    • B01D50/00
    • F01N3/038Y02T10/20Y10T137/0329
    • Provided are an exhaust pipe having turbulence wings, and an exhaust system. The exhaust pipe includes an outer pipe and an inner pipe. The exhaust pipe is connected to a scrubber of the exhaust system. The outer pipe has a gas inlet port. The inner pipe is installed in the outer pipe. A gap exists between the outer pipe and the inner pipe. The inner pipe includes a plurality of turbulence wings and gas discharge ports. The gas discharge ports are in communication with the gas inlet port via the gap. The turbulence wings project inward from the inner pipe and are disposed adjacent to the gas discharge ports. The inner pipe has an exhaust gas passage formed therein. When a gas is flowed through the gas discharge ports and over the turbulence wings, a jet layer is formed adjacent to an interior sidewall of the inner pipe. The jet layer forms a buffer between the exhaust gas passage and the inner pipe sidewalls. In this way, exhaust gases passing through the exhaust gas passage are prevented from contacting the inner pipe surface. Absorption of exhaust gas byproducts at the surface of the exhaust pipe is therefore reduced.
    • 具有湍流翼的排气管和排气系统。 排气管包括外管和内管。 排气管连接到排气系统的洗涤器。 外管具有气体入口。 内管安装在外管中。 外管和内管之间存在间隙。 内管包括多个湍流翼和排气口。 气体排出口经由间隙与气体导入口连通。 湍流翼从内管向内突出并与气体排放口相邻设置。 内管具有形成在其中的排气通道。 当气体流过气体排出口并在湍流翼上时,与内管的内侧壁相邻地形成喷射层。 喷射层在排气通道和内管侧壁之间形成缓冲器。 以这种方式,可以防止通过废气通道的废气与内管表面接触。 因此,在排气管的表面吸收废气副产物减少。
    • 7. 发明申请
    • EXHAUST PIPE HAVING TURBULENCE WINGS AND AN EXHAUST SYSTEM
    • 具有湍流和排气系统的排气管
    • US20080041448A1
    • 2008-02-21
    • US11623289
    • 2007-01-15
    • Tea-Jin Park
    • Tea-Jin Park
    • E03B1/00
    • F01N3/038Y02T10/20Y10T137/0329
    • Provided are an exhaust pipe having turbulence wings, and an exhaust system. The exhaust pipe includes an outer pipe and an inner pipe. The exhaust pipe is connected to a scrubber of the exhaust system. The outer pipe has a gas inlet port. The inner pipe is installed in the outer pipe. A gap exists between the outer pipe and the inner pipe. The inner pipe includes a plurality of turbulence wings and gas discharge ports. The gas discharge ports are in communication with the gas inlet port via the gap. The turbulence wings project inward from the inner pipe and are disposed adjacent to the gas discharge ports. The inner pipe has an exhaust gas passage formed therein. When a gas is flowed through the gas discharge ports and over the turbulence wings, a jet layer is formed adjacent to an interior sidewall of the inner pipe. The jet layer forms a buffer between the exhaust gas passage and the inner pipe sidewalls. In this way, exhaust gases passing through the exhaust gas passage are prevented from contacting the inner pipe surface. Absorption of exhaust gas byproducts at the surface of the exhaust pipe is therefore reduced.
    • 具有湍流翼的排气管和排气系统。 排气管包括外管和内管。 排气管连接到排气系统的洗涤器。 外管具有气体入口。 内管安装在外管中。 外管和内管之间存在间隙。 内管包括多个湍流翼和排气口。 气体排出口经由间隙与气体导入口连通。 湍流翼从内管向内突出并与气体排放口相邻设置。 内管具有形成在其中的排气通道。 当气体流过气体排出口并在湍流翼上时,与内管的内侧壁相邻地形成喷射层。 喷射层在排气通道和内管侧壁之间形成缓冲器。 以这种方式,可以防止通过废气通道的废气与内管表面接触。 因此,在排气管的表面吸收废气副产物减少。