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    • 1. 发明授权
    • Stack forming apparatus
    • 堆叠成型装置
    • US4762665A
    • 1988-08-09
    • US914628
    • 1986-10-02
    • Alan J. BillingtonThomas G. Rice
    • Alan J. BillingtonThomas G. Rice
    • B07C5/36G21C21/02G21C21/00B65B5/10
    • G21C21/02Y10T29/531
    • Bodies such as nuclear fuel pellets are formed into a stack in a stacking lane (34) and the length of the stack is measured at intervals by device (40) to determine if the partly-formed stack is drifting away from a target length. Pellets are issued into the stacking zone (34) by a selector mechanism (32), the input of which receives pellets from three lanes (24, 26, 28) containing oversize, undersize and intermediate size pellets and the pellets issued to the stacking lane (34) are selected under the control of microprocessor-based unit (18) according to the extent of any drift from the target value. The pellets in lanes (24, 26, 28) are derived from a common supply (12) following segregation by a diverter mechanism (22) controlled by unit (18) in accordance with length measurements made by measuring device (16).
    • 诸如核燃料颗粒的机体在堆叠通道(34)中形成堆叠,并且由设备(40)间隔地测量堆叠的长度,以确定部分形成的堆叠是否远离目标长度漂移。 颗粒通过选择器机构(32)被输送到堆叠区域(34)中,选择器机构(32)的输入从三个通道(24,26,28)接收包含超大尺寸,尺寸过小的和中等尺寸的颗粒的颗粒,并且将颗粒发送到堆叠通道 (34)在基于微处理器的单元(18)的控制下根据从目标值的漂移程度来选择。 通道(24,26,28)中的颗粒源自通过根据由测量装置(16)进行的长度测量由单元(18)控制的分流机构(22)分离之后的共同供应源(12)。
    • 2. 发明授权
    • Apparatus for controlling the conveyance of articles
    • 用于控制物品运送的装置
    • US4754866A
    • 1988-07-05
    • US914627
    • 1986-10-02
    • Alan J. BillingtonThomas G. Rice
    • Alan J. BillingtonThomas G. Rice
    • G21C21/02B65G47/12
    • G21C21/02
    • A selector mechanism for controlling transfer of articles from a plurality of upstream feed lines to at least one downstream feed line (104) comprises a plurality of transfer passages (114) each provided with a gate (106) and at least one stop (108). The gates (106) are operable to block the leading article in the respective transfer passages while the stops (108) are operable to arrest movement of a trailing article and hence the articles that follow it. Operation of the gates (106) and stops (108) is co-ordinated so that the stops are operative when the gates are operated to unblock the leading article. In this way, the number of articles freed for onward movement each time the gates are operated to unblock the path of conveyance can be controlled.
    • 用于控制物品从多个上游供给管线转移到至少一个下游供给管线(104)的选择器机构包括多个传送通道(114),每个传送通道设有门(106)和至少一个止动件(108) 。 门(106)可操作以阻挡相应传送通道中的主物品,同时止动件(108)可操作以阻止拖尾物品以及随后的物品的运动。 门(106)和停止(108)的操作是协调的,使得当门被操作以解除主导物品时,停止是可操作的。 以这种方式,可以控制每次门操作以释放输送路径时向前移动的物品的数量。