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    • 2. 发明授权
    • Duct vent filter cover
    • 管道排气过滤器盖
    • US08784524B2
    • 2014-07-22
    • US13398137
    • 2012-02-16
    • James Albert
    • James Albert
    • B01D59/00
    • B01D46/10B01D2275/203B01D2279/35
    • A duct filter bag used in connection with a heating and air conditioning vent, the duct filter bag including a filter body constructed of a material that is air permeable yet catches particles exiting the vent, the filter body having a perimeter; an attachment assembly connected to the filter body; where the filter body is extendable outward relative to the attachment assembly to define a filter volume; the attachment assembly being adapted to attach the filter body such that the filter volume is in registry with the vent.
    • 用于与加热和空调通风口相关联的管道过滤袋,所述管道过滤袋包括由空气可渗透的材料构成的过滤器主体,其捕获离开所述通风口的颗粒,所述过滤器主体具有周边; 连接到过滤体的附件组件; 其中所述过滤器主体相对于所述附接组件向外延伸以限定过滤器体积; 所述附件组件适于附接所述过滤体,使得所述过滤器体积与所述通气口对准。
    • 4. 发明申请
    • Oxygen isotope concentration method
    • 氧同位素浓度法
    • US20110094873A1
    • 2011-04-28
    • US12929098
    • 2010-12-30
    • Shigeru Hayashida
    • Shigeru Hayashida
    • B01D59/00
    • B01D59/34
    • A method of concentrating the stable oxygen isotopes of 17O and 18O by irradiating ozone with light, selectively dissociating an isotopologue of ozone containing an oxygen isotope in its molecule into oxygen, followed by dissociating the ozone and separating the formed oxygen from the non-dissociated ozone. In the ozone photodissociation step, light is radiated onto a rare gas-ozone mixed gas containing ozone and at least one rare gas selected from krypton, xenon and radon is used to selectively dissociate ozone containing a specific oxygen isotope in its molecule into oxygen then the oxygen isotope is separated from non-dissociated ozone and rare gas to concentrate the oxygen isotope present in the separated oxygen.
    • 通过用光照射臭氧来浓缩17O和18O的稳定氧同位素的方法,选择性地将其分子中含有氧同位素的臭氧的同位素分解成氧,然后解离臭氧并将形成的氧与未离解的臭氧分离 。 在臭氧光解作用步骤中,将光照射到含有臭氧的稀有气体 - 臭氧混合气体中,并且使用至少一种选自氪,氙和氡的稀有气体来选择性地将分子中含有特定氧同位素的臭氧分解为氧,然后 将氧同位素与非离解的臭氧和稀有气体分离,以浓缩存在于分离的氧气中的氧同位素。
    • 5. 发明授权
    • Honeycomb structure
    • 蜂窝结构
    • US07914876B2
    • 2011-03-29
    • US12542299
    • 2009-08-17
    • Yutaka Ogura
    • Yutaka Ogura
    • B32B3/12B01D39/06B01D59/00B01D51/00
    • B01D46/247B01D46/2455B01D46/2459B01D2046/2492B01D2279/30F01N3/0222Y02T10/20Y10T428/24149Y10T428/24157
    • A honeycomb structure has a plurality of honeycomb segments each including porous partition walls that define a plurality of cells communicating with two end surfaces and an outer wall that surrounds the partition walls. The honeycomb segments are combined in a direction perpendicular to the axial directions of the honeycomb segments, and the outer walls of the honeycomb segments are integrally joined by a joint material. The outer wall of each honeycomb segment has corners. A cell in contact with the inner surface of a portion of the outer wall having one of the corners is defined by a plurality of sides including two sides formed by the inner surface and two sides each having one end in contact with the inner surface. An angle θa of the corner formed by the two sides each having the one end in contact with the inner surface is 100 to 150°.
    • 蜂窝结构体具有多个蜂窝段,每个蜂窝段包括限定与两个端面连通的多个单元的多孔分隔壁和围绕分隔壁的外壁。 蜂窝片在与蜂窝片的轴向垂直的方向上组合,蜂窝片的外壁通过接合材料一体地接合。 每个蜂窝段的外壁都有角。 与具有一个角部的外壁部分的内表面接触的电池由包括由内表面形成的两个侧面和两个侧面的多个侧面限定,每个侧面的一个端部与内表面接触。 由两端各自形成的角部和角部,其一端与内表面接触的角度为100°〜150°。
    • 8. 发明授权
    • Aerosol mass spectrometer and method of classifying aerosol particles
according to specific mass
    • 气溶胶质谱仪和按照特定质量分类气溶胶颗粒的方法
    • US5428220A
    • 1995-06-27
    • US158568
    • 1993-11-29
    • Kensei Ehara
    • Kensei Ehara
    • B04B5/08B01D59/00B04B1/04H01J47/00
    • B04B5/08Y10S494/90
    • An aerosol mass spectrometer and method for classifying aerosol particles according to specific mass wherein an outer cylinder (1) and an inner cylinder (14) are concentrically and radially spaced relative to each other to provide an annular operating space (24) between the cylinders for the passage therethrough of the sample aerosol. Outer cylinder 1 is mounted on rotor 2 to be rotatably driven thereby and has a bearing (6) at the upper end for supporting an aerosol inlet tube (8). The inner cylinder has upper and lower bearings (20, 22) in the upper and lower ends thereof for supporting an aerosol outlet tube (38). A voltage source (28) is connected between the inner and outer cylinders via brushes (30, 32) to produce a radially inward electrostatic force across the annular gap (24) to oppose centrifugal force on the particles during rotation of the cylinders. The sample aerosol flows into the apparatus through the inlet tube and passes downwardly through the operating space between the cylinders and outwardly through an outlet tube (10). At least one insulating partition (26) is provided in the operating space to establish linear or laminar aerosol flow in the axial direction. The combination of the electrostatic and centrifugal forces makes it possible to classify particles according to specific mass and thereby according to particle mass.
    • 一种用于根据特定质量分类气溶胶颗粒的气溶胶质谱仪和方法,其中外筒(1)和内筒(14)相对于彼此同心且径向地间隔开,以在所述缸之间提供环形操作空间(24),用于 样品气溶胶的通过。 外筒1安装在转子2上,由此可旋转地驱动,并且在上端具有用于支撑气溶胶入口管(8)的轴承(6)。 内筒在其上端和下端具有用于支撑气溶胶出口管(38)的上和下轴承(20,22)。 电压源(28)通过电刷(30,32)连接在内部和外部气缸之间,以在气缸旋转期间产生横跨环形间隙(24)的径向向内静电力,以抵抗颗粒上的离心力。 样品气溶胶通过入口管流入设备,并向下通过气缸之间的操作空间,并向外通过出口管(10)。 至少一个绝缘隔板(26)设置在操作空间中以在轴向上建立线性或层状气溶胶流。 静电和离心力的组合使得可以根据特定质量从而根据颗粒质量对颗粒进行分类。