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    • 1. 发明授权
    • Optical waveguide type antibody chip and method of measuring antigen concentration
    • 光波导型抗体芯片及抗原浓度测定方法
    • US07829327B2
    • 2010-11-09
    • US12047670
    • 2008-03-13
    • Ikuo UematsuMasatoshi SakaiShingo Kasai
    • Ikuo UematsuMasatoshi SakaiShingo Kasai
    • G01N33/551G01N33/552
    • G01N33/54373Y10S435/808Y10S436/805Y10S436/807
    • An optical waveguide type antibody chip includes a transparent substrate, an incident-side optical element and an emitting-side optical element placed at a distance from each other on a primary face of the substrate, a water repellent resin film formed on the primary face of the substrate including an optical waveguide layer formed between the optical elements, the water repellent resin film includes a reaction hole having exposed the optical waveguide layer on its bottom and a frame-shaped trench surrounding the reaction hole, a rectangular frame-shaped cell wall which is fixed in the trench of the water repellent resin film and which forms a cell capable of infusion and discharge of a specimen solution together with the reaction hole, and an antibody immobilization layer formed on the bottom of the reaction hole, the surface of the antibody immobilization layer being masked with at least a buffer agent and a salt.
    • 光波导型抗体芯片包括在基板的主面上彼此相隔一定距离放置的透明基板,入射侧光学元件和发光侧光学元件,形成在基板的主面上的防水树脂膜 所述基板包括形成在所述光学元件之间的光波导层,所述防水树脂膜包括在其底部露出光波导层的反应孔和围绕所述反应孔的框状沟槽,矩形框状电池壁, 固定在防水树脂膜的沟槽中,并且形成能够与反应孔一起输注和排出样品溶液的电池,以及形成在反应孔底部的抗体固定层,抗体表面 固定层用至少缓冲剂和盐掩蔽。
    • 5. 发明申请
    • OPTICAL WAVEGUIDE TYPE ANTIBODY CHIP AND METHOD OF MEASURING ANTIGEN CONCENTRATION
    • 光波导型抗体芯片和测量抗原浓度的方法
    • US20080227126A1
    • 2008-09-18
    • US12047670
    • 2008-03-13
    • Ikuo UematsuMasatoshi SakaiShingo Kasai
    • Ikuo UematsuMasatoshi SakaiShingo Kasai
    • G01N33/543
    • G01N33/54373Y10S435/808Y10S436/805Y10S436/807
    • An optical waveguide type antibody chip includes a transparent substrate, an incident-side optical element and an emitting-side optical element placed at a distance from each other on a primary face of the substrate, a water repellent resin film formed on the primary face of the substrate including an optical waveguide layer formed between the optical elements, the water repellent resin film includes a reaction hole having exposed the optical waveguide layer on its bottom and a frame-shaped trench surrounding the reaction hole, a rectangular frame-shaped cell wall which is fixed in the trench of the water repellent resin film and which forms a cell capable of infusion and discharge of a specimen solution together with the reaction hole, and an antibody immobilization layer formed on the bottom of the reaction hole, the surface of the antibody immobilization layer being masked with at least a buffer agent and a salt.
    • 光波导型抗体芯片包括在基板的主面上彼此相隔一定距离放置的透明基板,入射侧光学元件和发光侧光学元件,形成在基板的主面上的防水树脂膜 所述基板包括形成在所述光学元件之间的光波导层,所述防水树脂膜包括在其底部露出光波导层的反应孔和围绕所述反应孔的框状沟槽,矩形框状电池壁, 固定在防水树脂膜的沟槽中,并且形成能够与反应孔一起输注和排出样品溶液的电池,以及形成在反应孔底部的抗体固定层,抗体表面 固定层用至少缓冲剂和盐掩蔽。
    • 8. 发明授权
    • Enclosed motor compressor of a two cylinder type
    • 封闭式电动压缩机为双缸式
    • US5326233A
    • 1994-07-05
    • US9229
    • 1993-01-26
    • Tetsuya MochizukiSusumu KawaguchiMasatoshi SakaiKoichi SatoHideaki Maeyama
    • Tetsuya MochizukiSusumu KawaguchiMasatoshi SakaiKoichi SatoHideaki Maeyama
    • F04C23/00F04C29/00F04C29/06F04B27/08
    • F04C23/001F04C23/008F04C29/00F04C2230/60Y10T29/49009Y10T29/49245Y10T29/53143
    • An enclosed motor compressor of a two cylinder type in which a clearance between the eccentric portion of the second rotary shaft and the second sub bearing is set greater than a clearance between the eccentric portion of the first rotary shaft and the first main bearing, and also there is formed a clearance between the eccentric portion of the second rotary shaft and the second main bearing, so that, even when the second rotary shaft moves in the axial direction thereof, there is eliminated the possibility that the eccentric portion of the second rotary shaft can be in touch with the second main bearing and second sub bearing in the axial direction, thereby being able to reduce noise. Also, the pair of main bearings further include, on the side of the compression elements, assembling jig mounting portions to which the assembling jig can be mounted. Due to this, when assembling the main bearings, the accuracy with which the main bearings are made parallel to each other can be improved, and thus the performance and reliability of the compressor can be improved, thereby being able to reduce noise.
    • 一种双缸型封闭式电动压缩机,其中第二旋转轴的偏心部分和第二副轴承之间的间隙被设定为大于第一旋转轴的偏心部分和第一主轴承之间的间隙,并且还 在第二旋转轴的偏心部分和第二主轴承之间形成间隙,使得即使当第二旋转轴沿其轴向移动时,也消除了第二旋转轴的偏心部分 可以与第二主轴承和第二副轴承沿轴向接触,从而能够降低噪音。 此外,一对主轴承还包括在压缩元件侧的组装夹具安装部分,组装夹具可以安装在该组装夹具安装部分上。 因此,在组装主轴承时,可以提高使主轴承彼此平行的精度,从而能够提高压缩机的性能和可靠性,能够降低噪音。