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    • 1. 发明申请
    • Package take-out apparatus, package container thereof and unwrapping apparatus
    • 包装取出装置,包装容器和展开装置
    • US20010022311A1
    • 2001-09-20
    • US09810460
    • 2001-03-19
    • Fumio SugayYoichi EndoAkihiro KomatsuTomoyuki Takiue
    • G01F011/28
    • B65B69/0008
    • A slide pack container housing a plurality of piled slide packs has a cut-off portion. The cut-off portion has a width slightly larger than the width of a slide contained in each slide pack. As a sucker of a package take-out apparatus draws one of the slide packs from the slide pack container through the cut-off portion, a sealed portion of the slide pack interfering with the edge of the cut-off portion is folded inward so that the slide pack is successfully taken out. The sucker transfers the slide pack to a separated unwrapping apparatus. The sucker releases the slide pack when the front edge of the slide pack is caught between paired rollers of the unwrapping apparatus. After a cutter makes a slit on the slide pack, the paired rollers transfer only a wrapping sheet to separate the wrapping sheet from the slide wrapped therewith.
    • 容纳多个堆叠的滑动组件的滑动容器容器具有截止部分。 截止部分的宽度稍大于包含在每个幻灯片组件中的幻灯片的宽度。 作为包装取出装置的吸盘,通过切断部分从滑动包装容器中抽出一个滑动包装盒,与该截止部分的边缘干涉的滑动包装件的密封部分向内折叠,使得 幻灯片包被成功取出。 吸盘将幻灯片传送到分离的展开装置。 当滑盖的前边缘夹在展开装置的成对的滚轮之间时,吸盘释放滑盖。 在切割器在滑动组件上形成狭缝之后,成对的辊仅传送包装片,以将包装片从与其包裹的滑块分离。
    • 2. 发明申请
    • DEVICE FOR STORING, MEASURING AND DISPENSING GRANULAR AND POWDER MATERIALS
    • 储存,测量和分配颗粒和粉末材料的装置
    • US20040173643A1
    • 2004-09-09
    • US10379878
    • 2003-03-06
    • Yuri Tuvim
    • G01F011/28
    • G01F11/18
    • A device for storing, measuring and dispensing granular and powder materials has a container for accommodating a material, and a dispensing unit connected to the container, the dispensing unit including a casing provided with a filling opening communicating with an interior of the container and a dispensing opening which is spaced from the filling opening and formed to dispense a material, a slide movable in a passage of the casing and having a slide compartment formed so that when the slide is moved in the passage to a filling position the slide compartment coincides with the filling opening and when the slide is moved to a dispensing position the slide compartment coincides with the dispensing opening so that the material can be poured from the container through the filling opening into the slide compartment in the filling position and dispensed from the slide compartment in the dispensing position, and a spring provided between the casing and the slide so that the slide is moved from the filling position to the dispensing position with overcoming a spring force and is moved from the dispensing position to a storing position under the action of a spring force of the spring.
    • 用于存储,测量和分配颗粒和粉末材料的装置具有用于容纳材料的容器和连接到容器的分配单元,所述分配单元包括设置有与容器的内部连通的填充开口的壳体和分配 开口,其与填充开口间隔开并形成以分配材料,可在壳体的通道中移动的滑块,并具有形成为使得当滑块在通道中移动到填充位置时的滑动室,滑动室与 填充开口,并且当滑块移动到分配位置时,滑动室与分配开口重合,使得材料可以从容器通过填充开口倒入到填充位置中的滑动室中,并从滑动室中分配 分配位置,以及设置在壳体和滑块之间的弹簧,使得滑块被移动 在填充位置到达分配位置,克服弹簧力,并且在弹簧的弹簧力的作用下从分配位置移动到存储位置。
    • 3. 发明申请
    • Method for determining the current filling level of a liquid in a container
    • 确定容器中液体的当前填充水平的方法
    • US20040011127A1
    • 2004-01-22
    • US10426777
    • 2003-04-30
    • Herfried HuemerHorst Ruether
    • G01F023/14G01F001/34G01F011/28F04B051/00G01F023/18
    • F04B51/00G01F23/14G01F23/168G01F25/0038G01F25/0092
    • The invention relates to a method for determining the current filling level of a liquid, preferably a calibrating, quality control, or cleaning fluid, or waste water, in a container, for example of an analyzer, where an immersion pipe is dipped into the liquid in the container to be filled or drained. The immersion pipe is connected to a pumping device via a tube system. The pressure p in the tube system is measured and increased, starting from the ambient pressure p0, until a first discontinuous pressure change occurs at pressure p1 due to the liquid column in the immersion pipe being forced out of the pipe, and/or the pressure p in the tube system is decreased until the liquid column in the immersion pipe reaches a change in cross-section of the immersion pipe, which change is situated above the maximum filling level of the liquid, such that a second discontinuous pressure change occurs at pressure p2 due to the liquid column reaching the change in cross-section. The pressure difference between ambient pressure p0 and the pressure p1 or p2 at one of the two pressure discontinuities or the time t1 or t2 until one of the two pressure discontinuities is reached, is recorded and used to determine the current filling level of the container.
    • 本发明涉及一种用于确定容器(例如分析器)中的液体,优选校准的质量控制或清洁流体或废水的当前填充水平的方法,其中浸入管浸入液体 在容器中要填充或排出。 浸入管通过管道系统连接到泵送装置。 从环境压力p0开始,测量和增加管系统中的压力p,直到由于浸入管中的液柱被迫离开管道而在压力p1处发生第一不连续压力变化,和/或压力 管系中的p减少直到浸入管中的液柱达到浸入管的横截面的变化,该变化位于液体的最大填充水平之上,使得在压力下发生第二不连续的压力变化 p2由于液柱达到横截面的变化。 记录和使用环境压力p0与两个压力不连续之一处的压力p1或p2之间的压力差或到达两个压力不连续性之一的时间t1或t2,并用于确定容器的当前填充水平。
    • 4. 发明申请
    • Apparatus for holding and metered dispensing of an active composition into a washing machine, a laundry dryer or a dishwashing machine
    • 用于将活性组合物保持和计量分配到洗衣机,洗衣机或洗碗机中的装置
    • US20020100773A1
    • 2002-08-01
    • US10054053
    • 2002-01-22
    • Reckitt Benckiser N.V,
    • Timothy RoddGraham FullerPeter T.M. NottRichard Harbutt
    • G01F011/28
    • A47L15/4418D06F39/024D06F58/203
    • An apparatus for holding and dispensing metered doses of an active composition into a washing, drying or dishwashing machine has a supply chamber which holds at least double the amount of an individual dose of the active composition. A dispensing chamber is connected to the supply chamber by a passage in order to receive an individual dose of the active composition and to discharge the composition by way of a discharging passage. The closing of the passage between the supply chamber and the dispensing chamber, either beforehand or simultaneously, is actuated by means which are activated by conditions inside the machine, existing exclusively during a washing, drying or dishwashing cycle. The passage between the supply chamber and the dispensing chamber is re-opened and, beforehand or simultaneously, the discharging passage from the dispensing chamber is closed, so that the dispensing chamber can be re-filled from the supply chamber.
    • 用于将计量剂量的活性组合物保持和分配到洗涤,干燥或洗碗机中的装置具有保持活性组合物的单个剂量的量的至少两倍的供应室。 分配室通过通道连接到供应室,以便接收单个剂量的活性组合物并通过排放通道排出组合物。 预先或同时地在供应室和分配室之间的通道的关闭由通过机器内部的条件激活的装置启动,这仅仅是在洗涤,干燥或洗碗周期期间存在的。 供给室和分配室之间的通道被重新打开,并且预先或同时地,从分配室的排出通道关闭,从而可以从供应室重新填充分配室。
    • 7. 发明申请
    • Metering machine with device for the fine metering of pasta
    • 计量机具有用于意大利面的精细计量的装置
    • US20010019069A1
    • 2001-09-06
    • US09795393
    • 2001-03-01
    • Paolo Vezzani
    • G01F011/28
    • B65B37/20
    • A metering machine for pasta is described comprising a channel for the finishing of pasta, a shovel for the support of the pasta that flows in said finishing channel, a shovel for the metering of the pasta. The supporting shovel and the metering shovel are transversally insertable in the finishing channel and disinsertable from it in alternate way. The metering shovel and the supporting shovel are mechanically connected with each other so that a single driving device provides to their simultaneous and alternate transversal insertion and disinsertion.
    • 一种用于意大利面的计量机器被描述成包括用于面食整理的通道,用于支撑在所述整理通道中流动的面食的铲子,用于计量面食的铲子。 支撑铲和计量铲可横向插入精加工通道,并以可交替的方式从其中取消。 计量铲和支撑铲彼此机械连接,使得单个驱动装置提供其同时和交替的横向插入和拆卸。
    • 8. 发明申请
    • Shaker
    • 振荡器
    • US20040206785A1
    • 2004-10-21
    • US10488175
    • 2004-03-01
    • Leif Einar Stern
    • G01F011/28
    • A47G19/24
    • The present invention relates to a shaker for sprinkling granules, preferably salt. The shaker (1) comprises a screen-like member (7) which is mounted movable in vertical direction relative to such lower parts (5) of the shaker (1) which define a lower space (8) in which granules (2) are collected or vice versa, for being able to set the screen-like member (7) such that downwardly directed portions (7a) thereof can be set at different distances (e.g. A or B) from the bottom (9) of the lower space (8). Thereby, it is achieved that the lower space (8) can be brought to contain different amounts of granules (2).
    • 本发明涉及一种用于喷洒颗粒,优选盐的摇床。 振动筛(1)包括一个屏幕状构件(7),该构件可相对于振动器(1)的下部(5)在垂直方向上移动,该下部区域限定了下部空间(8),其中颗粒(2) 收集或反之亦然,因为能够设置屏幕状构件(7),使得其向下指向的部分(7a)可以设置在距下部空间的底部(9)不同的距离(例如A或B)处 8)。 由此,能够使下部空间(8)含有不同量的颗粒(2)。
    • 9. 发明申请
    • Apparatus and method for dispensing material from a container
    • 从容器中分配材料的装置和方法
    • US20030209571A1
    • 2003-11-13
    • US10144422
    • 2002-05-13
    • Charles K. Smith
    • G01F011/28
    • A47J47/06A47J47/01G01F11/28G01F11/40
    • A container has a lid connected to a spout. The lid has an inner door which allows communication between the container and the spout. The spout has an outer door. To remove material from the container, one opens the inner door, while maintaining the outer door closed, and transfers material from the container to the spout. One then closes the inner door, and then opens the outer door, allowing material to exit the spout. At all times, material in the container is sealed from the outside by at least one of the inner door and the outer door. The invention helps to maintain the freshness of the material in the container, by virtually eliminating direct contact between such material and the outside environment.
    • 容器具有连接到喷口的盖子。 盖具有允许容器和喷口之间连通的内门。 喷口有一个外门。 为了从容器中取出材料,打开内门,同时保持外门关闭,并将材料从容器转移到喷口。 然后关闭内门,然后打开外门,允许材料离开喷口。 在任何时候,容器中的材料通过内门和外门中的至少一个从外部密封。 本发明有助于通过几乎消除这种材料与外部环境之间的直接接触来保持容器中材料的新鲜度。
    • 10. 发明申请
    • Stirring and heat-retaining apparatus, a dispensing apparatus including the same, and a
dispensing method
    • 搅拌和保温装置,包括该装置的分配装置和分配方法
    • US20020027147A1
    • 2002-03-07
    • US09951704
    • 2001-09-14
    • NITTETSU MINING CO., LTD.
    • Kazuhiro InabaToshiyuki WakasaMamoru ShiratoriMasato Ichikawa
    • G01F011/28
    • G01F11/125
    • A medium dispensing apparatus, a stirring and heat-retaining apparatus, and a dispensing method are provided which enable a medium to be surely supplied at an adequate temperature while variation of the dispensation amount of the medium, liquid dripping which produces air bubbles, and pulsated ejection are prevented from occurring, and local gelation of the medium and contamination due to various kinds of bacteria are prevented from occurring. In a midway of a medium sending tube 11 serving as a medium passage which guides a medium 2 from a medium container 3 to a nozzle 7, a medium returning passage 14 through which the medium is returned to the medium container 3 is branched. When the medium is not to be dispensed, the medium is circulated while the temperature of the medium is retained, and the temperature of the whole of the medium passage from the branching position of the medium sending tube 11 with respect to the medium returning tube 14 to the nozzle 7 is retained by auxiliary heating means 16. When the medium is to be dispensed, an adequate amount of the medium is supplied by means of throttle portions 50 and 51 which are disposed in two or more positions of the tube 11 and the diameter of which is smaller than that of another portion of the tube 11. The temperature of the medium is retained while uniformly stirring the medium by a first stirrer 5a in the medium container 3 and a second stirrer 5b in a heating bath 6.
    • 提供了中等分配装置,搅拌和保温装置以及分配方法,其能够在适当的温度下肯定地供应介质,同时介质的分配量的变化,产生气泡的液滴和脉动的 防止发生喷射,并且防止介质的局部凝胶化以及由于各种细菌引起的污染。 在作为将介质2从介质容器3引导到喷嘴7的介质通道的介质送出管11的中途,介质返回通道14通过介质返回到介质容器3被分支。 当不分配介质时,介质在保持介质的温度的同时循环,并且介质通道的整体的温度相对于介质返回管14从介质送出管11的分支位置 喷嘴7被辅助加热装置16保持。当要分配介质时,通过设置在管11的两个或更多个位置的节流部分50和51供应足够量的介质, 其直径小于管11的另一部分的介质。通过介质容器3中的第一搅拌器5a和加热浴6中的第二搅拌器5b均匀地搅拌介质,保持介质的温度。