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    • 33. 发明申请
    • PARTICULATE MATERIAL DETECTING APPARATUS
    • 颗粒材料检测装置
    • US20090308251A1
    • 2009-12-17
    • US12542805
    • 2009-08-18
    • Atsuo KondouTakeshi SakumaYasumasa Fujioka
    • Atsuo KondouTakeshi SakumaYasumasa Fujioka
    • B03C3/68
    • G01N15/0656G01M15/102
    • A particulate matter detecting apparatus (100) includes a detecting apparatus main body having a cavity (2) that is formed through the detecting apparatus main body, a particle charging section (3) that can charge particulate matter that has entered the cavity through an inflow-side end (6) of the cavity, a collection section (4) that can collect the particulate matter charged by the particle charging section (3) and measure the amount of the particulate matter, and an ion wind generation section (5) that allows the particulate matter charged by the particle charging section (3) to flow toward an outflow-side end (7) of the cavity, the particle charging section, the collection section (4), and the ion wind generation section (5) being provided inside the cavity in this order from the inflow-side end (6). The particulate matter detecting apparatus has a reduced size, shows only a small measurement error, and can be produced inexpensively.
    • 一种颗粒物检测装置(100),包括:检测装置主体,具有通过检测装置主体形成的空腔(2);粒子充填部(3),其能够通过流入 (6)的收集部(4),能够收集粒状物充填部(3)所装载的粒子状物并测定粒子状物的量的收集部(4)和离子风生成部(5) 允许由颗粒充填部分(3)装入的颗粒物质流向空腔的流出侧端部(7),颗粒充电部分,收集部分(4)和离子风发生部分(5)为 从流入侧端部(6)依次设置在空腔内。 颗粒物检测装置的尺寸减小,仅显示小的测量误差,并且可以廉价地生产。
    • 35. 发明申请
    • Plasma reactor
    • 等离子体反应器
    • US20080072574A1
    • 2008-03-27
    • US11723721
    • 2007-03-21
    • Masaaki MasudaMichio TakahashiTakeshi Sakuma
    • Masaaki MasudaMichio TakahashiTakeshi Sakuma
    • F01N3/01H05H1/24
    • H01J37/32431B01D53/32B01D53/944B01D2258/012B01D2259/818F01N3/01F01N3/023F01N2240/28H05H1/2406H05H2001/2412H05H2245/1215
    • The present invention provides a plasma reactor which can suppress deactivation of components (active components) activated by plasma when causing exhaust gas to flow through a plasma generating space to ensure efficient reaction between the active components and particulate matter, whereby the particulate matter can be efficiently purified via reaction. The plasma reactor includes a plasma reactor main body 1, a positive electrode 11 disposed on an inlet side 2 of the plasma reactor main body 1, a conductive honeycomb filter 21 disposed so that a filter inlet side 22 faces an outlet side 3 of the plasma reactor main body 1, and a pulse power supply 31 which is connected with the positive electrode 11 and the honeycomb filter 21 and is capable of applying a pulse voltage between the positive electrode 11 and the honeycomb filter 21 as plasma generating electrodes to generate plasma.
    • 本发明提供了一种等离子体反应器,其可以抑制当等离子体产生的废气流过等离子体产生空间时由等离子体活化的组分(活性组分)失活,以确保活性组分与颗粒物质之间的有效反应,由此颗粒物质可以有效地 通过反应纯化。 等离子体反应器包括等离子体反应器主体1,设置在等离子体反应器主体1的入口侧2上的正极11,设置成使过滤器入口侧22面向等离子体的出口侧3的导电蜂窝过滤器21 反应器主体1和与正极11和蜂窝过滤器21连接并能够在正极11和蜂窝过滤器21之间施加脉冲电压的脉冲电源31作为等离子体产生电极产生等离子体。
    • 38. 发明申请
    • Plasma reactor
    • 等离子体反应器
    • US20060208650A1
    • 2006-09-21
    • US11374120
    • 2006-03-14
    • Atsuo KondouYasumasa FujiokaTakeshi SakumaMasaaki MasudaKenji DosakaKeizo Iwama
    • Atsuo KondouYasumasa FujiokaTakeshi SakumaMasaaki MasudaKenji DosakaKeizo Iwama
    • H01J7/24
    • H01J37/32009
    • A plasma reactor is provided with two or more plasma generating electrodes which are installed in series inside a gas passage in a casing, with each plasma generating electrode being electrically controlled independently. The surface area of the conductor on each unit electrode forming the plasma generating electrode installed on the upstream side of the gas passage is smaller than the surface area of the conductor on the unit electrode forming the plasma generating electrode installed on the downstream side of the gas passage. Plasma can be generated between each of the unit electrodes by supplying each of the plasma generating electrodes with independently controlled electric power. The plasma reactor can efficiently react specific components contained in the gas passing through the gas passage.
    • 等离子体反应器设置有两个或更多个等离子体产生电极,其串联安装在壳体中的气体通道内,每个等离子体产生电极被独立地电控制。 形成设置在气体通道上游侧的等离子体发生电极的各单位电极上的导电体的表面积小于形成设置在气体下游侧的等离子体发生电极的单位电极上的导体的表面积 通道。 可以通过向等离子体产生电极中的每一个提供独立控制的电力而在每个单元电极之间产生等离子体。 等离子体反应器可以有效地反应通过气体通道的气体中包含的特定组分。