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    • 6. 发明申请
    • Charging and sorting device
    • 充电和分拣装置
    • US20070084758A1
    • 2007-04-19
    • US11473240
    • 2006-06-23
    • Yasuhiro EndoMuneaki MukudaYuichi Matsuo
    • Yasuhiro EndoMuneaki MukudaYuichi Matsuo
    • B03C7/00
    • B29B17/02B03C7/10B29B2017/0203B29B2017/0265Y02W30/527Y02W30/622
    • A mixture of first material chips and second material chips is charged by a first frictional charging device made of a first material property, and then first and second sorted matters are sorted from the mixture by an electric field across first and second opposed electrodes. After that, the second sorted matter of higher content of the second material chips than the content of the first material chips is charged by a second frictional charging device made of a second material property, and then third and fourth sorted matters are sorted from the second sorted matter by an electric field across third and fourth opposed electrodes. By subjecting the mixture including the first and second material chips to two-stage sorting, and selecting the materials of portions having charging capability of first and second charging devices to conform to the electrostatic properties of the materials of the mixture, the charging of the first and second material chips in the first and second charging devices is accelerated, making it easy to obtain sorted matters where the first and second materials have been purified to a high degree. A charging and sorting device is therefore achieved which is capable of sorting the materials of the mixture to a higher degree.
    • 第一材料芯片和第二材料芯片的混合物由第一材料性能的第一摩擦充电装置充电,然后通过跨越第一和第二相对电极的电场从混合物中分选第一和第二分选物质。 之后,通过由第二材料属性制成的第二摩擦充电装置对第二材料芯片的含量高于第一材料芯片的第二分选物进行充电,然后将第三和第四分类物从第二材料碎片 通过第三和第四相对电极上的电场分选物质。 通过对包括第一和第二材料芯片的混合物进行两级分选,并且选择具有第一和第二充电装置的充电能力的部分的材料以符合混合物的材料的静电特性,第一 并且第一和第二充电装置中的第二材料芯片被加速,使得容易获得第一和第二材料已被高纯化的分类物质。 因此实现了能够将混合物的材料分级到更高程度的充电和分选装置。
    • 7. 发明授权
    • Moving handrail for passenger conveyor
    • 移动扶手用于客运输送机
    • US06761259B1
    • 2004-07-13
    • US10643948
    • 2003-08-20
    • Tsuyoshi OnoderaMuneaki MukudaKohsuke HaragaRyuji OtsukaYuji Kawamura
    • Tsuyoshi OnoderaMuneaki MukudaKohsuke HaragaRyuji OtsukaYuji Kawamura
    • B66B2324
    • B66B23/24
    • A moving handrail superior in durability includes a linear belt of which two end portions are connected, forming a loop. This linear belt includes a single-layer or multilayer of thermoplastic elastomer having a C-shape in cross section; metallic and web-shaped metal stretch inhibitors disposed along a longitudinal direction of the thermoplastic elastomer, and base members coupled inside of the thermoplastic elastomer. The thermoplastic elastomer, metal stretch inhibitor, and base member are integrally molded. In the connection portion, a splice junction between the metal stretch inhibitors and a joint where the base members are connected together at both end portions with an auxiliary backing does not overlap in a direction of thickness of the moving handrail. Further, the metal stretch inhibitors that are spliced are enclosed with a thermoplastic elastomer.
    • 耐用性优异的移动扶手包括连接有两个端部的线性带,形成环。 该线性带包括具有C形截面的单层或多层热塑性弹性体; 沿着热塑性弹性体的纵向方向设置的金属和网状金属拉伸抑制剂,以及耦合在热塑性弹性体内部的基底构件。 热塑性弹性体,金属拉伸抑制剂和基底构件被整体模制。 在连接部分中,金属拉伸抑制剂和两个端部之间的基底部件与辅助背衬连接在一起的接合处的接合接头在移动扶手的厚度方向上不重叠。 此外,拼接的金属拉伸抑制剂被热塑性弹性体包住。