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    • 1. 发明授权
    • Method and apparatus for densifying flexible bulk containers
    • 用于致密化柔性散装容器的方法和装置
    • US5259425A
    • 1993-11-09
    • US710497
    • 1991-06-05
    • Ronald D. JohnsonKelly L. Twogood
    • Ronald D. JohnsonKelly L. Twogood
    • B30B1/00B65B1/20B65B1/32
    • B30B1/00B65B1/20B65B1/32Y10S100/915Y10S177/11
    • A method and apparatus for densifying a flexible bulk container with dry or semi-moist flowable material broadly includes a method and apparatus whereby the container and its contents are relatively gradually lifted and then relatively rapidly dropped onto a stop member such as an impact anvil, serving to densify the material contents of the container, or by alternatively compressing the contents thereof for maximum concentration of the container's contents. The apparatus broadly includes a frame which is positioned on top of a load cell or other weighing apparatus, a container supporting member such as a deck, and an impact member such as a post which serves to isolate the load cell from the impact of the container on the impact member. The filling apparatus is constructed whereby the contents of the container may be weighed during densification thereof so that the container may be rapidly and accurately filled without the need to remove it for weighing or to interrupt the densification process. In addition, the apparatus hereof is configured to compress the contents of the container whereby the material contents in the upper portion of the container will be satisfactorily densified. The invention also includes methods for densifying the material, for continuous weighing of the container during densification and for further densification of the material contents by compressing the container within the frame.
    • 用于致密化具有干燥或半湿润可流动材料的柔性散装容器的方法和装置广泛地包括一种方法和装置,其中容器及其内容物相对逐渐地提升,然后相对快速地落到诸如冲击砧之类的止动构件上 以致密集容器的材料含量,或交替压缩其内容物以最大限度地集中容器的内容物。 该设备广泛地包括一个定位在称重传感器或其他称重设备的顶部的框架,诸如甲板的容器支撑构件,以及用于将测力传感器与容器的冲击隔离的冲击构件,例如柱 在撞击构件上。 构建填充装置,由此容器的内容物在其致密化期间可以被称重,使得容器可以快速且准确地填充,而不需要移除其用于称重或中断致密化过程。 此外,其装置被构造成压缩容器的内容物,由此容器上部的材料内容物将被令人满意地致密化。 本发明还包括用于致密化材料的方法,用于在致密化期间连续称重容器,以及通过在框架内压缩容器来进一步致密化材料内容物。
    • 3. 发明授权
    • Dispersing supply device in automatic weighing apparatus
    • 供给装置分散在自动称重装置中
    • US4702394A
    • 1987-10-27
    • US543328
    • 1983-10-19
    • Koichi Katzoka
    • Koichi Katzoka
    • B65G47/72B65G23/22B65G27/08B65G47/14B65G47/19B65G65/44G01G19/387F16B1/00G01G13/00G01G17/04
    • B65G65/44B65G23/22B65G27/08B65G47/19Y10S177/11Y10T403/7015
    • A dispersing supply device in an automatic weighing apparatus includes a base plate, a vibrator supported on the base plate by a pair of springs, and a trough supported on the vibrator by groups of leaf springs, the trough being vibrated by the vibrator so as to convey articles from one end to the other thereof. The dispersing supply device, one provided for each of a plurality of weighing machines, is disposed between the corresponding weighing machine and a dispersing table so as to receive articles from the table and supply them to the weighing machine via the trough. The base plate is formed to include a mounting slot having a first portion of prescribed width and an elongate second portion narrower in width than the first portion. A mounting table to which the dispersing supply device is attached is provided with a projecting pin having a head portion. After the pin is passed through the first portion of the mounting slot provided in the base plate, the base plate is caused to slide to engage the pin with the second portion of the mounting slot, thereby attaching the dispersing supply device to the mounting table.
    • 自动称重装置中的分散供给装置包括基板,通过一对弹簧支撑在基板上的振动器和通过一组片簧支撑在振动器上的槽,该槽由振动器振动,以便 将物品从一端传送到另一端。 在多个称量机中设置的分散供给装置设置在相应的称重机和分散台之间,以从台面接收物品,并通过槽将其供给到称重机。 基板形成为包括具有规定宽度的第一部分的安装槽和宽度比第一部分窄的细长的第二部分。 安装有分散供给装置的安装台设置有具有头部的突出销。 在销穿过设置在基板中的安装槽的第一部分之后,使底板滑动以将销与安装槽的第二部分接合,从而将分散供应装置附接到安装台。
    • 4. 发明授权
    • Dispersion feeder
    • 分散进料器
    • US4600096A
    • 1986-07-15
    • US648589
    • 1984-09-10
    • Shoji YamanoYoshitaka MikataTadashi HiguchiKazuhiro Nishide
    • Shoji YamanoYoshitaka MikataTadashi HiguchiKazuhiro Nishide
    • B65G65/44B65G47/14B65G47/16B65G47/72B65G65/48G01F13/00G01G13/02B65G27/00G01G13/08
    • G01G13/026Y10S177/11
    • A dispersion feeder for distributively feeding product to a plurality of weighing units arranged circularly about a common axis, comprising a plurality of conveyer troughs arranged radially about the axis for communicating by their outer ends respectively with the weighing units, and a plurality of vibrating units attached respectively to the conveyer troughs for subjecting each conveyer trough to independent vibration. Each conveyer trough is provided with a projection inclined upwardly and radially inwardly toward the common axis. These projections are arranged radially about the axis without mutual contact to form a conical or domed substantially continuous central dispersion surface, and each projection and its corresponding conveyor trough is adapted to be subjected to independent vibration to feed product supplied directly onto the dispersion surface to the corresponding conveyer trough.
    • 一种用于将产品分配馈送到围绕公共轴线圆周布置的多个称重单元的分散供料器,包括多个输送槽,所述多个输送槽围绕所述轴线径向布置,用于通过其外端与所述称重单元连通,以及多个振动单元 分别用于使每个输送槽经受独立振动的输送槽。 每个输送槽设置有向着公共轴向上且径向向内倾斜的突起。 这些突起围绕轴线径向布置而不相互接触以形成圆锥形或圆顶形的基本上连续的中心分散表面,并且每个突起及其对应的输送槽适于经受独立的振动,以将直接供应到分散体表面上的产品送入 相应的输送槽。
    • 6. 发明授权
    • Weighing method
    • 称重方法
    • US4010809A
    • 1977-03-08
    • US635105
    • 1975-11-25
    • Jack Hobart
    • Jack Hobart
    • G01G13/08G01G13/02
    • G01G13/08Y10S177/11
    • A method of weighing wherein an apparatus conveys irregular pieces of product to a grading device for separating the regular pieces into two fractions respectively containing relatively smaller-sized pieces and relatively larger-sized pieces. A second conveyor conveys the larger-sized pieces to a weighing device until a batch of the product is accumulated having a weight slightly less than the required batch weight, and a third conveyor adds smaller-sized pieces to the batch until the minimum batch weight is achieved.
    • 一种称重方法,其中装置将不规则的产品传送到分级装置,用于将规则件分离成分别包含相对较小尺寸的碎片和相对较大尺寸的碎片的两个部分。 第二输送机将较大尺寸的碎片传送到称重装置,直到产品的一批产品累积的重量略小于所需的批次重量,而第三个输送机将较小尺寸的碎片添加到批料中,直到最小批次重量为 实现了