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    • 2. 发明申请
    • BAG IN BOX PACKAGING HAVING A TAP ARTICULATING ASSEMBLY
    • 包装盒包装有一个抽屉铰接组件
    • WO2011002925A2
    • 2011-01-06
    • PCT/US2010/040662
    • 2010-06-30
    • SCHOLLE CORPORATIONEDWARDS, Simon
    • EDWARDS, Simon
    • B65D77/06B65D33/38B65D5/74B67D3/04
    • B65D77/068B67D2001/0827
    • A bag in box packaging comprising an outer box, an inner bag and a tap. The outer box has a bottom wall and a front wall with an opening toward the lower end thereof. The inner bag has a spout with a tap. The a tap articulating assembly includes a tap wall and at least two hinge assemblies. The tap wall has an opening with the tap extending through the opening. The hinge assemblies each have a first hinge panel and a second hinge panel. The first and second hinge panels of each hinge assembly are joined to each other at an intermediate hinge fold, with the first hinge panel joined to the tap wall at an inner hinge fold and to one of the front wall and a respective side wall at an outer hinge fold. The first hinge assembly being spaced apart from the second hinge assembly. The hinge assembly provides for a shipping orientation wherein the tap wall is recessed so as to substantially retain the tap within a footprint of the outer box to an dispensing orientation wherein the tap extends beyond the footprint of the outer box.
    • 包装盒包装袋包括外箱,内袋和龙头。 外箱具有底壁和朝向其下端开口的前壁。 内袋有一个带龙头的嘴。 丝锥铰接组件包括丝锥壁和至少两个铰链组件。 龙头墙有一个开口,龙头通过开口延伸。 每个铰链组件均具有第一铰链面板和第二铰链面板。 每个铰链组件的第一铰链面板和第二铰链面板在中间铰链折叠处彼此连接,其中第一铰链面板在内部铰链折叠处连接到龙头壁并且连接到前壁和相应侧壁中的一个, 外铰链折叠。 第一铰链组件与第二铰链组件间隔开。 铰链组件提供了运输取向,其中,龙头壁是凹进的,从而基本上将龙头保持在外箱的足迹内,达到分配取向,其中龙头延伸超过外箱的足迹。
    • 3. 发明申请
    • APPARATUS AND METHOD FOR ASSEMBLING FILLED BAG IN BOX CONTAINERS
    • 装箱和装箱方法
    • WO2004069694A3
    • 2005-05-12
    • PCT/US2004001728
    • 2004-01-22
    • SCHOLLE CORPEDWARDS SIMON P
    • EDWARDS SIMON P
    • B65B5/04B65B11/58
    • B65B5/04
    • A container assembly apparatus associatable with a filler device. The container assembly apparatus being capable of positioning an inner flexible container filled by a filler device into an outer container. The container assembly apparatus comprises a transfer device and an outer container drive system. The transfer device comprises a conveyor including a first region and a second region. The first region is associatable with a filler device and the second region is positioned in an orientation which is substantially oblique to the first region. The outer container drive system is capable of positioning an outer container proximate an end of the second region of the conveyor of the transfer device.
    • 一种与填充装置相关联的容器组装装置。 容器组装装置能够将由填充装置填充的内部柔性容器定位到外部容器中。 容器组装装置包括传送装置和外部容器驱动系统。 传送装置包括包括第一区域和第二区域的传送器。 第一区域与填充装置相关联,并且第二区域被定位成基本上倾斜于第一区域的取向。 外部容器驱动系统能够将外容器定位成靠近传送装置的传送器的第二区域的端部。
    • 7. 发明申请
    • MICROWAVE RESONATOR
    • 微波谐振器
    • WO1993024970A1
    • 1993-12-09
    • PCT/AU1993000256
    • 1993-06-01
    • POSEIDON SCIENTIFIC INSTRUMENTS PTY. LTD.THE UNIVERSITY OF WESTERN AUSTRALIAIVANOV, Eugene, NikolayBLAIR, David, GeraldTOBAR, Michael, EdmundSEARLS, Jesse, HuyckEDWARDS, Simon, John
    • POSEIDON SCIENTIFIC INSTRUMENTS PTY. LTD.THE UNIVERSITY OF WESTERN AUSTRALIA
    • H01P07/10
    • H01P1/2084H01P7/10
    • A method of producing a microwave resonator comprising a cavity (50) defined, at least in part, by a generally cylindrical wall (64) having an electrically conductive inner surface and containing a generally cylindrical piece of low loss dielectric material (22), characterised by forming a generally cylindrical piece of low loss dielectric material of predetermined size and placing same in a cavity to produce a microwave resonator which operates in a particular mode at a specific frequency at a particular temperature. Microwave radiation corresponding to a further operating mode is then passed into the cavity and then the frequency corresponding to the further operating mode is searched for and measured. A further generally cylindrical piece of dielectric material is produced by scaling from the first piece of dielectric material according to the ratio between the first and second frequencies. Then, the diameter and/or height of the cavity is varied to compensate for manufacturing inaccuracies in the crystal so as to obtain an output frequency close to the desired output frequency.
    • 一种制造微波谐振器的方法,该微波谐振器包括至少部分地由具有导电内表面并且包含大致圆柱形的低损耗介电材料(22)的大致圆柱形壁(64)限定的空腔(50),其特征在于 通过形成具有预定尺寸的大致圆柱形的低损耗介电材料,并将其放置在空腔中以产生在特定温度下以特定频率在特定模式下工作的微波谐振器。 然后将对应于另一操作模式的微波辐射传入空腔中,然后搜索和测量与进一步操作模式对应的频率。 通过根据第一和第二频率之间的比例从第一片电介质材料进行缩放来制造进一步大致圆柱形的电介质材料片。 然后,改变空腔的直径和/或高度以补偿晶体中的制造不准确度,以获得接近期望输出频率的输出频率。
    • 9. 发明申请
    • BAG IN BOX PACKAGING HAVING A LOCATING PANEL FOR A TAP
    • 包装盒包装中有一个定位面板用于TAP
    • WO2011002923A2
    • 2011-01-06
    • PCT/US2010/040658
    • 2010-06-30
    • SCHOLLE CORPORATIONEDWARDS, Simon
    • EDWARDS, Simon
    • B65D77/06B65D33/38B65D5/74B31B7/00
    • B65D77/067
    • A bag in box packaging comprising an outer box, an inner bag and a locating panel. The outer box has a bottom wall and a dispensing wall with an opening toward the lower end thereof. The inner bag includes a spout with a tap. The locating panel has a front surface and a back surface. The locating panel includes a central region which is coupled to at least one of the inner bag, the spout and the tap, with a dispensing opening of the tap on one side of the locating panel and the bag on the other side of the locating panel. An upper region extends above the central region and a lower region extends below the central region. The inner bag is placed within the outer box so that the central region of the locating panel is positioned at an angle relative to each of the bottom wall and the dispensing wall. In turn, the front surface of the upper region overlies an inner surface of the dispensing wall. The front surface of the lower region overlies an inner surface of the bottom wall. The bottom wall, the dispensing wall and the locating panel define a tap region within the outer container within which the tap is positioned when in a stowed configuration. The tap is accessible through the opening in the dispensing wall.
    • 包装盒包装包括外盒,内袋和定位面板。 外箱具有底壁和具有朝向其下端的开口的分配壁。 内袋包括一个带龙头的嘴。 定位面板具有前表面和后表面。 定位板包括中心区域,该中心区域与内袋,壶嘴和龙头中的至少一个连接,并且定位板的一侧上的龙头的分配开口和定位板的另一侧上的袋子 。 上部区域在中心区域上方延伸,下部区域在中心区域下方延伸。 内袋放置在外箱内,使得定位板的中央区域相对于底壁和分配壁中的每一个成一定角度定位。 进而,上部区域的前表面覆盖分配壁的内表面。 下部区域的前表面覆盖底壁的内表面。 底壁,分配壁和定位板限定了外部容器内的龙头区域,当处于收起构型时龙头定位在龙头区域内。 水龙头可通过分配壁上的开口进入。