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    • 1. 发明授权
    • Adjustable automatic accurate container filling machine
    • 可调自动准确的集装箱灌装机
    • US4817683A
    • 1989-04-04
    • US69398
    • 1987-07-01
    • Herman Laub, III, deceasedEdward S. Hunt
    • Herman Laub, III, deceasedEdward S. Hunt
    • B65B3/32B67C3/20B65B3/12
    • B67C3/206B65B3/323Y10T137/8671
    • Containers are filled with flowable substances while passing through a filling station. The plurality of nozzles and cylinders move through the filling station in unison with the containers. The cylinders have a free flowing piston movable under fluid action alternately to charge and discharge from alternate ends. A spool valve operates with respective cylinders under mechanical activation to charge and discharge cylinders and permit fluid from the supply to feed the respective nozzle. One cylinder end receives a stop rod which can be variably located into the cylinder and thereby to adjust the cylinder volume. The rod can be adjusted precisely as the vertical location of a mounting plate varies, which can be effected during operation of the filling machine. The cylinder length to diameter is substantially elongated to make for precision adjustments of cylinder volume as the rod is located variably into and from the cylinder. A highly precise adjustable filling system is achieved.
    • 容器在通过加油站时充满可流动物质。 多个喷嘴和气缸与容器一起移动通过加油站。 气缸具有可自由流动的活塞,可在流体作用下交替地从交替的端部进行充放电。 滑阀在机械活动下与相应的气缸一起操作以对气缸进行充气和排出,并允许来自供应源的流体供给相应的喷嘴。 一个气缸端部接收可以可变地位于气缸中的止动杆,从而调节气缸体积。 当安装板的垂直位置变化时,可以精确地调节杆,这可以在灌装机的操作期间实现。 圆柱体直径的大小基本上是细长的,以便随着杆可变地进入和离开气缸而使气缸容积的精确调节。 实现了高精度可调填充系统。
    • 3. 发明授权
    • One-piece childproof tamper-evident bottle and cap
    • 一体式儿童防篡改瓶盖
    • US4534477A
    • 1985-08-13
    • US583886
    • 1984-02-27
    • Herman Laub, III
    • Herman Laub, III
    • B65D50/06B65D55/02
    • B65D50/067B65D55/02
    • This bottle has a projection or "latch" from its neck, just below the thread, and along and near the lower end of that thread. There is a gap in the cap thread, that lines up with the "latch" when the cap is fully screwed on. The cap deforms when screwed on, passing the "latch" over the end of the cap thread and into the gap. The "latch" then resists cap removal. Only torque beyond the ability of a small child (or even requiring use of a tool) frees the cap. A second projection from the neck, a "flag", is breakable. It is below the bottom end of the neck thread, just above (measured along the thread) the "latch". The "flag" can fold against the neck, but springs out if released. It catches in the cap-thread gap when the cap is unscrewed, and is torn off or broken by forcible removal of the cap. Its removal or breakage evidences that the bottle has been opened.
    • 这个瓶子从它的颈部有一个突起或“锁定”,就在螺纹的正下方,并且沿着和靠近那个螺纹的下端。 帽螺纹上有一个间隙,当盖子完全拧紧时,它与“闩锁”对齐。 当盖子拧紧时,盖子变形,将“闩锁”穿过盖螺纹的端部并进入间隙。 “闩”然后抵抗帽去除。 只有超出一个小孩的能力(甚至需要使用工具)才能释放上限。 脖子上的第二个投影是“旗帜”,是可以破坏的。 它在颈线的底端下方,刚好在(沿着线程测量)“闩锁”的上方。 “旗”可以折叠在脖子上,但如果释放则弹出。 当盖被拧下时,它卡住盖螺纹间隙,并通过强制拆卸盖被撕开或破裂。 其清除或破损证明瓶子已经打开。
    • 4. 发明授权
    • Reusable tamper-proof container
    • 可重复使用的防篡改容器
    • US4523689A
    • 1985-06-18
    • US584245
    • 1984-02-27
    • Herman Laub
    • Herman Laub
    • B65D50/04B65D51/20B65D77/20B65D23/00
    • B65D51/20B65D50/046B65D2251/0015B65D2251/0093B65D2577/205Y02W30/807
    • A reusable tamper-proof container comprising a bottle, screw cap and closure with pull tab. The closure is inserted into the cap with the pull tab positioned into a recessed area in the cap. After the cap is applied to the bottle, the closure is sealed to the lip of the bottle under heat or pressure. When the cap is removed the closure remains adhered to the lip of the bottle and the pull tab is positioned in a recessed area in the neck of the bottle until the closure is peeled off. A childproof feature is added by placing a bar on the bottle which mates with a broken area of the cap's threads thereby preventing movement of the cap in relation to the bottle.
    • 一种可重复使用的防篡改容器,包括瓶,螺帽和带拉片的封闭件。 将封盖插入盖中,拉片定位在盖中的凹陷区域中。 将盖子应用于瓶子后,在热或压力下将封盖件密封到瓶子的唇缘。 当盖被去除时,封闭物保持粘附到瓶的唇缘上,并且拉片定位在瓶的颈部的凹陷区域中,直到封闭物被剥离为止。 通过将瓶子放在瓶子上与棒的螺纹的断裂区域相配合来防止盖子相对于瓶子的移动来添加儿童防护功能。
    • 8. 发明授权
    • Antidrip volumetric rapid filling machine with antifoaming feature and
simplified control valve
    • Antidrip体积快速灌装机具有消泡功能和简化的控制阀
    • US4095628A
    • 1978-06-20
    • US723774
    • 1976-09-16
    • Herman Laub, III
    • Herman Laub, III
    • B67C3/20B67C3/28B65B3/32
    • B67C3/206B67C3/28Y10T137/86879
    • This device for rapid and extremely accurate filling of bottles includes means for decreasing the dispensing flow rate during particular phases of each fill. This feature minimizes foaming of dispensed fluids when the filling operation proceeds into the portion of each bottle wherein conditions are conductive to foaming, while maintaining a rapid fill rate for other portions of each bottle. The device also has a novel spool valve for control of flow between supply, metering device and bottle: this valve has a hollow-centered spool, the hollow center providing in one operational configuration a fluid-flow bypass which reduces the number of ports and connections outside the valve barrel.
    • 用于快速和非常精确地填充瓶子的装置包括用于在每次填充的特定阶段期间降低分配流量的装置。 当填充操作进入每个瓶子的部分,其中条件导致发泡,同时保持每个瓶子的其它部分的快速填充率时,该特征使得分配的流体的发泡最小化。 该装置还具有用于控制供应,计量装置和瓶子之间的流动的新型滑阀:该阀具有中空中心的卷轴,中空中心在一个操作构造中提供流体流动旁路,其减少端口和连接的数量 在阀门外面。
    • 9. 发明授权
    • Caser unit for containers
    • 用于容器的Caser单元
    • US4343390A
    • 1982-08-10
    • US168305
    • 1980-07-10
    • Herman Laub, III
    • Herman Laub, III
    • B65B21/06B65G47/32B65G47/82B65G25/08
    • B65B21/06B65G47/32B65G47/82
    • A load of filled containers to be cased is assembled into a caseload by moving the containers in a column to a loading station at one end of a normally stationary conveyor. A control device determines when a complete caseload row is accumulated at the loading station and causes a platen to sweep such row laterally onto the conveyor and to thereafter permit a second row to accumulate at such loading station. A second control device determines when an appropriate number of rows of containers have accumulated on the conveyor to form a caseload and then causes the conveyor to be driven to carry the completed caseload away from the loading station and in spaced-apart relation to other caseloads so that the operator may easily and quickly fit an open case over the caseload.
    • 通过将列中的容器移动到通常静止的输送机的一端的装载站,将待装载的装满的容器装载到箱体中。 控制装置确定在装载站处何时累积完整的装载行,并且使压板将横排横向移动到输送机上,然后允许第二排在这样的装载站处积累。 第二控制装置确定何时适当数量的容器已经积聚在输送机上以形成外壳,然后使输送机被驱动以将完成的货物装载物从装载站运送并以与其它货物装载物间隔开的关系 操作员可以容易且快速地将打开的盒子装配在外壳上。