会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 26. 发明授权
    • Apparatus for dry disintegration of used paper
    • 废纸干粉碎装置
    • US5564635A
    • 1996-10-15
    • US313895
    • 1994-09-28
    • Mitsuo TeradaSatoshi KiyoseTetsuro MatsumotoHiroyuki TanakaTakeshi InabaHisanori ShimakuraHirokazu Shiota
    • Mitsuo TeradaSatoshi KiyoseTetsuro MatsumotoHiroyuki TanakaTakeshi InabaHisanori ShimakuraHirokazu Shiota
    • D21B1/08B02C7/02B02C13/10B02C23/28
    • D21B1/08Y02W30/642
    • According to the present invention there are provided a method and an apparatus capable of disintegrating used paper into long pulp fibers without tearing it mechanically. In the apparatus, a wall surface having an undulating section is formed on an inner side of a gas flow path, with a current of air having a velocity component parallel to the wall surface and a velocity component perpendicular to and striking against the wall surface is allowed to pass through the gas flow path. Finely cut used paper pieces are allowed to pass through the gas flow path while being carried by the air current. The parallel velocity component of the air current is set at 40 m or more. An impeller is mounted within a circular casing body having an inlet port and an outlet port, and undulating teeth are formed on the inner peripheral surface of the circular casing body. The used paper, which is sucked in from the above inlet port together with the air current, is cut beforehand into pieces. A distance, L0, between the outer peripheral edge of a disc of the impeller and each addendum tip of the undulating teeth of the circular casing body is set at a value not smaller than ten times the thickness of each used paper piece.
    • 根据本发明,提供了一种能够将废纸分解成长纸浆纤维而不将其机械撕裂的方法和装置。 在该装置中,具有起伏部分的壁面形成在气体流路的内侧,具有与壁面平行的速度分量的空气流和垂直于壁面的速度分量是 允许通过气体流路。 在被气流携带的同时,精细切割的废纸被允许通过气体流路。 气流的平行速度分量设定为40m以上。 叶轮安装在具有入口和出口的圆形壳体内,并且在圆形壳体的内周表面上形成起伏的齿。 从上述入口与气流一起吸入的废纸被预先切割成块。 在叶轮的盘的外周边缘与圆形壳体的起伏齿的每个齿顶之间的距离L0设定为不小于每个废纸的厚度的十倍的值。
    • 30. 发明授权
    • pH Sensor
    • pH传感器
    • US4447309A
    • 1984-05-08
    • US406513
    • 1982-08-09
    • Akihiro MoriokaYuji MaedaTetsuro MatsumotoMasakazu YukinariEiichi Kishida
    • Akihiro MoriokaYuji MaedaTetsuro MatsumotoMasakazu YukinariEiichi Kishida
    • G01N27/30G01N27/38G01N27/403
    • G01N27/38G01N27/4035
    • A pH sensor comprising a sleeve assembly having at least first and second spaces, a partition separating the two spaces from each other with a water tight seal, and a barrel including a flange, a reference electrode accommodated in the first space and including a liquid junction, a glass electrode having a sensor unit disposed adjacent to the liquid junction, liquid grounding means mounted adjacent to the liquid junction, and a cable disposed in the second space with a watertight seal, the cable being electrically connected to the reference electrode, glass electrode and liquid grounding means. The pH sensor can be used for continuous flow, immersion or submersion types of installations, and can be fabricated inexpensively and is easily maintained. The sensor unit of the pH sensor can be easily cleaned by a cleaning unit which includes a rotatable shaft to which is connected a vane and a brush at one end. Fluid is impinged on the vane to cause rotation of the shaft and brush, lifts the brush against the sensor unit, and is ejected out of the shaft to clean the sensor unit and brush. A simple attachment can be used to connect the cleaning unit to the pH sensor to enable rapid, easily and reliable cleaning, and to enable rapid replacement of such cleaning unit.
    • 一种pH传感器,其包括具有至少第一和第二空间的套筒组件,用两个空间彼此隔开防水密封的隔板,以及容纳在所述第一空间中的包括凸缘,参考电极并包括液体接头 具有邻近液体接点设置的传感器单元的玻璃电极,邻近液体接合处安装的液体接地装置,以及设置在第二空间中的水密密封的电缆,该电缆电连接到参考电极,玻璃电极 和液体接地装置。 pH传感器可用于连续流动,浸入式或浸没型安装,并且可以廉价地制造并且易于维护。 pH传感器的传感器单元可以通过清洁单元容易地清洁,该清洁单元包括在一端连接有叶片和刷子的可旋转轴。 流体撞击在叶片上以引起轴和刷子的旋转,将刷子提升到传感器单元上​​,并将其从轴中排出以清洁传感器单元和刷子。 可以使用简单的附件将清洁单元连接到pH传感器,以实现快速,容易和可靠的清洁,并能够快速更换这种清洁单元。