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    • 1. 发明授权
    • Metering system capable of easily effecting high-accuracy metering for
various works including sticky materials
    • 测量系统能够轻松实现包括粘性材料在内的各种工作的高精度计量
    • US5340949A
    • 1994-08-23
    • US855692
    • 1992-05-04
    • Masahiro FujimuraMitsuru Yoshida
    • Masahiro FujimuraMitsuru Yoshida
    • G01G17/04G01G19/393G01G13/00B65B1/30G01G13/16
    • G01G17/04G01G19/393
    • A plurality of pool hoppers (5) for storing a predetermined quantity of an object (W) of metering are each formed in the shape of a hollow, bottomless cylinder and are arranged side by side. A plurality of metering hoppers (7) for weighing a predetermined quantity of the object (W) supplied from the pool hoppers (5) are each formed in the shape of a hollow, bottomless cylinder and are arranged under the pool hoppers (5). A collecting device (13, 12a) for collectively storing and then discharging the object (W) supplied from the metering hoppers (7) is provided under the metering hoppers (7). A plurality of indentations (205) are arranged on the inner periphery of a barrel-type container body (201) of the metering hopper. The object (W) of metering is in point contact with the indentations (205), so that all of the object of metering is discharged from the container body. A remover (321) can be provided including a plurality of rods (321a) vertically arranged in the container body at a small distance from the inner peripheral surface of the container body. A remover rotating mechanism (22) rotates the remover (321) so that the rods (321a) move along the inner peripheral surface of the container body, thereby preventing the object (W) of metering from adhering to the inner peripheral surface of the container body.
    • PCT No.PCT / JP91 / 01230 Sec。 371日期:1992年5月4日 102(e)日期1992年5月4日PCT PCT 1991年9月17日PCT公布。 第WO92 / 05410号公报 日期为1992年4月2日。用于存储预定量的计量物体(W)的多个池料斗(5)各自形成为中空无底筒的形状并且并排布置。 用于称量从池料斗(5)供给的预定量的物体(W)的多个计量料斗(7)分别形成为中空无底筒的形状,并且设置在池料斗(5)的下方。 在计量料斗(7)的下方设置有用于集体存储然后排出从计量料斗(7)供给的物品(W)的收集装置(13,12a)。 在计量料斗的筒状容器主体(201)的内周配置多个压痕(205)。 计量的物体(W)与压痕(205)点接触,使得计量的所有物体从容器体排出。 可以提供一种除去器(321),其包括在与容器主体的内周表面相距一小距离处垂直布置在容器主体中的多个杆(321a)。 拆卸器旋转机构(22)使拆卸器(321)旋转,使得杆(321a)沿着容器主体的内周面移动,从而防止计量物(W)粘附到容器的内周面 身体。