会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 61. 发明公开
    • Method and apparatus for combination weighing
    • 为Kombinationswiegung方法和装置。
    • EP0085446A2
    • 1983-08-10
    • EP83200029.3
    • 1983-01-11
    • KLIKLOK CORPORATION
    • Henry, Nelson RobertCutler, Duncan B.Warner, William Lewis
    • G01G19/32G01G19/34G01G13/24G01G13/02
    • G01G19/393G01G13/024G01G13/243G01G19/34
    • A weighing system for making a predetermined weight of a product comprised of individual articles having variable weights by selecting the product stored in a combination of a predetermined number of storage cups (50,52). Quantities of the product having targeted weights are distributed to a plurality of scale-controlled hoppers (32, 34) for accurate weighing. The weighed product is fed from each of the scale controlled hoppers (32, 34) to a plurality of storage cups (50, 52) associated with each of the hoppers (32, 34), and the product weight associated with each storage cup (50, 52) is registered. Specific combinations of storage cups (50, 52) are tested to determine whether the combined product weights therein add to make the desired weight, within acceptable limits. The first combination found to make the weight is used, and the appropriate storage cups (50, 52) are emptied to a container for receiving the product. The appropriate storage cups (50, 52) are refilled from the hoppers (32, 34) and the process repeats. When none of the combinations of the preselected number of storage cups (50, 52) includes a total product wieght within the acceptable limits, the limits are broadened and the cycle repeats. The weighing system includes a programmed microprocessor for controlling operation thereof, for providing the combination to be tested, for calculating the combined weights, and for determining whether the combined weight falls within the acceptable limits. A specific distributor (12) for the product includes a reversing rotating portion (16) for preventing clogging of the product at openings (18, 20) provided for chutes (28) connecting the distributor (14) to the scale-controlled hoppers (32, 34).
    • 62. 发明公开
    • Combinatorial weighing apparatus
    • 组合称重装置
    • EP0072707A2
    • 1983-02-23
    • EP82304366.6
    • 1982-08-18
    • KABUSHIKI KAISHA ISHIDA KOKI SEISAKUSHO
    • Sashiki, Takashi
    • G01G13/00G01G19/32G01G19/34
    • G01G13/00G01G19/34G01G19/393
    • A combinatorial weighing apparatus has a distribution table (10) adapted to distribute a material to be weighed and supplied thereto, a plurality of distribution supply devices (16) arranged radially around the distribution table and adapted to receive the material distributed by the distribution table, hoppers (17, 18) disposed below respective distribution supply devices and adapted to receive the material from the distribution supply devices, weight sensors annexed to said hoppers and adapted to weigh the material in respective hoppers, computing means adapted to compute the total weight of the material and to select the best combination of hoppers which provides a total weight most closely approximating preset target weight, and a hopper drive means (22) adapted to selectively drive the hoppers to make the hoppers constituting the selected best combination discharge the material therefrom. The hopper drive means is disposed so as to be surrounded by the hoppers. The apparatus has a single disc-shaped feeder base (15) common to all distribution supply devices. The distribution supply devices are arranged on the common feeder base radially at a regular interval.
    • 一种组合称重设备具有适于分配待称量和供应给其的物料的分配台(10),多个径向布置在分配台周围并适于接收由分配台分配的物料的分配供应装置(16) 设置在相应分配供应装置下方且适于从分配供应装置接收材料的料斗(17,18),附加到所述料斗并适于称量各料斗中的材料的重量传感器,适于计算所述料斗的总重量的计算装置 并且选择提供最接近预设目标重量的总重量的料斗的最佳组合,以及料斗驱动装置(22),其适于选择性地驱动料斗以使构成所选最佳组合的料斗从中排出材料。 料斗驱动装置设置成由料斗包围。 该设备具有单个盘形馈送器基座(15),其对于所有配电供应装置是共用的。 分配供应装置以规则的间隔径向布置在公共供给器基座上。
    • 64. 发明公开
    • Anlage zum gravimetrischen Mischen von Schüttgut-Komponenten
    • Anlage zum gravimetrischen Mischen vonSchüttgut-Komponenten
    • EP1707926A2
    • 2006-10-04
    • EP06005993.8
    • 2006-03-23
    • AZO-Holding GmbH
    • Baumann, Rudolf
    • G01G19/34G01G13/24
    • G01G13/24G01G19/34
    • Eine Anlage zum gravimetrischen Zusammenführen einzelner Schüttgut-Komponenten aus aufgereihten Vorratsbehältern mit je einer Dosiereinrichtung mit einem Schüttgut-Zulauf zu einer Mischung in einem Transportbehälter, der mit einer wiegeeinrichtung zusammenwirkt und unterhalb der Schüttgut-Zuläufe der Vorratsbehälter verfahrbar und je nach Mischungsrezeptur nacheinander mit den Zuläufen der entsprechenden Vorratsbehälter in Verbindung bringbar und nach dem Einwiegen der jeweiligen Kopmonenten zu einer Entleerstelle verbringbar ist, zeichnet sich dadurch aus, dass unterhalb jedes Schüttgut-Zulaufs eine stationäre Wiegeeinrichtung vorgesehen ist und zwischen den Zuläufen und den Wiegeeinrichtungen Fahrschienen für ein den Transportbehälter aufnehmendes Shuttle angeordnet sind, und dass jede Wiegeeinrichtung eine Hubeinrichtung aufweist, mittels der der Transportbehälter aus dem Shuttle aushebbar und zum Einwiegen einer Komponente mit dem darüber befindlichen Zulauf in Verbindung bringbar ist.
    • 该植物具有一个加料器(4,5),该加料器具有用于运输容器(27)中混合物的散装物料入口(6,7),并与称重设备(23,24)配合。 在散装物料入口下方,储存容器(2,3)可向适当的储存容器移动。 在每个散装材料入口下方设置称重设备,并且布置有用于运输容器的入口导轨(21,22)之间。 称重设备具有机构(19,20),通过该机构将容器移动到组件的支架中,其中入口连接在其上。
    • 67. 发明公开
    • Method and apparatus for weighing material
    • 用于称量材料的方法和设备
    • EP0111805A3
    • 1985-12-04
    • EP83112192
    • 1983-12-05
    • Langdon Wales, R.Crowley, H.W.
    • Langdon Wales, R.
    • G01G13/00G01G19/42G01G19/30
    • G01G19/34G01G13/003G01G19/42
    • A method and apparatus for separately weighing, by means of a common scale, contributions of material from multiple streams, such materials typically being printed papers, such as from a printing press. Material that is to be weighed, which is typically waste material, is loaded into receptacles or the like for temporary storage thereof and is subsequently and sequentially released into a storage bin or the like associated with the common scale. An increase in measured weight associated with each respective material release or discharge is then determined. From each weight increment associated with one of the multiple streams, is added to provide a total count corresponding to weight and associated with each, one of the individual streams of the multiple streams of material. In this way, separate count totals are maintained and continuously updated for a plurality of different corresponding deliveries but using a common scale and associated storage bin or container.
    • 一种方法和设备,用于通过共同比例单独称量来自多个流的材料的贡献,这些材料通常是印刷纸,例如来自印刷机。 待称重的材料(典型地是废料)被装载到容器或类似物中用于临时储存,并随后被顺序地释放到与普通秤相关的储存箱等中。 然后确定与各个材料释放或排放相关的测量重量的增加。 从与多个流中的一个相关联的每个重量增量中添加以提供对应于重量并且与多个材料流中的每个单独的流中的每一个相关联的总计数。 以这种方式,对于多个不同的对应递送而言,分开的计数总数被保持并且连续地更新,但是使用公共比例和相关联的储存箱或容器。
    • 68. 发明公开
    • Combinatorial weighing apparatus
    • 组合称重装置
    • EP0074260A3
    • 1984-07-25
    • EP82304657
    • 1982-09-03
    • KABUSHIKI KAISHA ISHIDA KOKI SEISAKUSHO
    • Minamida, Kazukiyo
    • G01G13/00G01G19/32G01G19/34
    • G01G19/393G01G19/34
    • A combinatorial weighing apparatus has a plurality of weighing hoppers (2d) for receiving batches of articles to be weighed, weight sensors (3) for weighing the batches of articles in the weighing hoppers, storage hoppers (7) disposed beneath auxiliary hopper gates (2e) of the weighing hoppers and adapted to receive the batches of articles discharged from the weighing hoppers, and a combination control unit adapted to select a best combination of hoppers which provides a total weight equal to or most closely approximating the target value, on the basis of the weight values of batches of articles in the storage hoppers and the weighing hoppers. This can reduce the number of weighing hoppers required to give a desired weighing accuracy
    • 一种组合称重装置具有多个用于接收待称量的物品的称量料斗(2d),用于称量称量料斗中的物品批量的称重传感器(3),布置在辅助料斗门口(2e)下方的储料斗(7) ),并且适于接收从计量料斗排出的物品批次,以及组合控制单元,其适于选择提供等于或最接近目标值的总重量的料斗的最佳组合 的储存料斗和计量料斗中的物品批量的重量值。 这可以减少提供所需称量精度所需的计量料斗的数量