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    • 5. 发明申请
    • Control of an installation for gathering flexible products
    • 控制收集灵活产品的安装
    • US20050137743A1
    • 2005-06-23
    • US11015579
    • 2004-12-17
    • Ernst Mockli
    • Ernst Mockli
    • B65H39/02B65H43/04G06F7/00
    • B65H39/02B65H2301/437B65H2511/529B65H2220/01
    • A method and control system for controlling an installation (1) for gathering flexible individual products (10), in which installation a stream of collections (20), which are from supplied streams that each have one individual product type, can be formed and conveyed to further processing (3). Each collection (20) has a predetermined quantity of individual products (10). Faulty collections (20) containing a supply fault with regard to one or several individual products are not processed separately but are regarded as faultless collections (20) under certain conditions. Accordingly, faulty collections advantageously not conveyed to a fault corrective action until a quota of the faulty collections exceeds a predetermined reference limit.
    • 一种用于控制用于收集柔性单独产品(10)的装置(1)的方法和控制系统,其中可以形成和传送来自供应流的收集流(20),每个流具有一种单独的产品类型 进一步处理(3)。 每个集合(20)具有预定数量的单个产品(10)。 包含一个或多个单个产品的供应故障的集合(20)不是单独处理的,而是在某些条件下被视为无缺陷集合(20)。 因此,有缺陷的集合有利地不会传达到故障校正动作,直到故障集合的配额超过预定的参考限制。
    • 6. 发明授权
    • Method of determining optimum time for replacing the media feed roller of a printing device
    • 确定更换打印装置的介质进给辊的最佳时间的方法
    • US06193426B1
    • 2001-02-27
    • US09408155
    • 1999-09-29
    • Gustavo M. Guillemin
    • Gustavo M. Guillemin
    • B41J1150
    • B65H7/00B65H2220/02B65H2511/30B65H2511/52B65H2511/529B65H2515/842B65H2551/20B65H2551/24B65H2557/12B65H2557/23B65H2601/324B65H2220/01B65H2220/03
    • A method for alerting a user when the time has arrived to replace a media feed roller on a printing device, employs statistical analysis of data gathered relating to the number of pages between misfeeds associated with the media feed roller. It has been ascertained that the misfeed rate associated with media feed roller failure follows a characteristic pattern, which may be treated as a step function. That is to say that, beginning with a new media feed roller, the feed failure rate, which is usually measured in pages printed between misfeeds, remains relatively constant. However, as the time for replacement nears, the graph begins to plunge precipitously, as misfeeds begin to occur with increasing regularity. After the plunge, the misfeed rate continues to increase, but at a decreasing rate. Eventually, the feed failure rate reaches a value that represents a misfeed during every page feed. The optimum time for replacement is deemed to be shortly after the graph begins to plunge. However, because there is a certain degree of randomness to the feed failure phenomenon, it is necessary that notification of the need for replacement of the media feed roller be given based on accumulated data sufficient to make a statistically valid directive to the printer user. The preferred method for providing a roller replacement directive to the user is to begin tracking feed failures when a feed failure rate value falls within a predetermined replacement range for the first time. After a statistically significant number of subsequent misfeeds indicate that the misfeed rate average is within the fixed replacement range, the replacement directive may be issued.
    • 当到达时间以更换打印装置上的介质进给辊时,用户警告用户的方法采用与与介质进给辊相关联的卡纸数量收集的数据的统计分析。 已经确定与介质进给辊故障相关的误送率遵循特征模式,其可被视为阶梯功能。 也就是说,从新的介质进料辊开始,通常以误打印打印的页面来测量进料故障率仍然相对恒定。 然而,随着替代时间的临近,图形开始急剧下降,因为误差开始随着规律性的增加而开始发生。 跌势后,误盘率继续上涨,但下降。 最终,进纸故障率达到每次进纸时表示卡纸的值。 在图形开始下降之后,更换的最佳时间被认为是不久。 然而,由于对进给故障现象存在一定程度的随机性,所以需要基于足以对打印机用户作出统计上有效的指令的累积数据来通知更换介质进给辊的需要。 为用户提供滚筒更换指令的首选方法是当进给故障率值首次落在预定的更换范围内时开始跟踪进给故障。 在统计上显着数量的后续卡纸表示误送率平均值在固定替换范围内时,可以发出替换指示。