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    • 5. 发明申请
    • COIN PROCESSING METHOD AND COIN PROCESSING UNIT
    • 硬币处理方法和硬币处理单元
    • US20100041325A1
    • 2010-02-18
    • US12530979
    • 2008-03-24
    • Masato Takeuchi
    • Masato Takeuchi
    • G07D3/00G07D9/00
    • G07D9/008G07D1/02G07D3/14G07D11/0087G07F9/04
    • Coins in an escrow unit and a holding and feeding unit can be collectively returned without increasing the size of a coin processing unit. Stopping positions of the escrow unit are set to an escrow position “a” where the coins sent from the transport path are received, an ejection position “b” where the coins dropped and released from the holding and feeding unit are received, a returning position “c” where the escrowed coins are dropped to a returning box, and a storing position “d” where the escrowed coins are dropped to the coin cassette. The escrow unit is moved to the ejection position “b”, then the escrow unit is moved to the returning position “c”. Thus, return of coins in the holding and feeding unit can be carried out immediately.
    • 托管单元中的硬币和保持和进给单元可以在不增加硬币处理单元的大小的情况下集体返回。 暂停单元的停止位置被设定为从传送路径发送的硬币被接受的暂存位置“a”,接收从保持供给单元落下并释放硬币的弹出位置“b”,返回位置 托管的硬币落到返回箱中的“c”,托管硬币落入硬币盒的存放位置“d”。 暂时保留单元移动到排出位置“b”,然后暂停单元移动到返回位置“c”。 因此,可以立即执行保持和进给单元中的硬币的返回。
    • 10. 发明授权
    • Method of manufacturing and applying heat treatment to a magnetic core
    • 向磁芯制造和施加热处理的方法
    • US5439534A
    • 1995-08-08
    • US941113
    • 1992-11-04
    • Masato TakeuchiYoshihiko HirotaHiroshi OhmoriMasaru Yoshimura
    • Masato TakeuchiYoshihiko HirotaHiroshi OhmoriMasaru Yoshimura
    • H01F1/153H01F41/02C21D1/76
    • H01F1/15341H01F41/0226
    • A magnetic core having a low core loss and having stable characteristics in a low magnetic permeability region can be obtained at a high yield by applying a heat treatment to a magnetic core main body obtained by winding or laminating a ferrous amorphous ribbon In a wet atmosphere containing a limited amount of steam. Further, a magnetic core having stable characteristics for the quality of products can always be obtained at a high yield even when magnetic ribbons as the blank have scattering, by adopting a method of applying a heat treatment to the magnetic core main body as described above by measuring the curie point, the differentiated crystallization temperature or the crystallization temperature of optionally sampled amorphous ribbons and comparing the measured value for the temperature with the curie point corresponding to the heat treatment temperature for the previously prepared aimed magnetic permeability, the differentiated crystallization temperature or the crystallization peak temperature, thereby determining an optimum value for the heat treatment temperature.
    • PCT No.PCT / JP92 / 00256 Sec。 371日期:1992年11月4日 102(e)日期1992年11月4日PCT提交1992年3月4日PCT公布。 第WO92 / 15997号公报 日期:1992年9月17日。通过对通过卷绕或层压亚铁获得的磁芯主体进行热处理,可以高产率地获得具有低磁芯损耗并且在低导磁率区域具有稳定特性的磁芯 无定形带在含有有限量蒸汽的湿气氛中。 此外,即使当作为空白的磁带具有散射时,总是可以以高产率获得具有稳定的产品质量特性的磁芯,通过采用如上所述对磁芯主体进行热处理的方法,如上所述 测量任选取样的非晶带的居里点,分化结晶温度或结晶温度,并将温度的测量值与对应于先前制备的目标导磁率,分化结晶温度或热处理温度的热处理温度的居里点 结晶峰值温度,从而确定热处理温度的最佳值。