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    • 2. 发明申请
    • ROTATABLE PARTITION SYSTEM FOR A FREIGHT CARRYING ENCLOSURE
    • 用于携带附件的货物的可旋转分隔系统
    • US20110142563A1
    • 2011-06-16
    • US13034027
    • 2011-02-24
    • Mark Edmund MareshEric Allen StegnerRobert William Stegner
    • Mark Edmund MareshEric Allen StegnerRobert William Stegner
    • B60P7/135
    • B65D90/0073
    • A flexible system is provided for preventing freight damage during shipment. The system has adjustable and interlocking hinged panels that are attached to the side walls of a shipping enclosure, so that the system can be readily adapted to secure different types and sizes of loads. One embodiment of the invention, provided for use with a freight carrying enclosure that has an internal wall, includes first and second panel segments that each have an edge. A first mounting structure supports the first panel segment for rotation about a vertical axis, between a first position wherein the first panel segment is in perpendicular relationship with the wall, and a second position wherein the first panel segment is in abutting relationship with the wall. A second mounting structure joins the first and second panel segments together along their respective edges, and enables rotation of the second panel between vertical and horizontal orientations. A support structure selectively maintains the second panel segment in its horizontal orientation.
    • 提供灵活的系统,用于防止运输过程中的运输损坏。 该系统具有连接到运输箱的侧壁的可调节和互锁的铰接板,使得该系统可以容易地适合于固定不同类型和尺寸的负载。 本发明的一个实施例提供用于具有内壁的货运箱体,包括每个具有边缘的第一和第二面板段。 第一安装结构支撑第一面板段,用于围绕垂直轴线旋转,第一位置与第一位置之间,第一位置与第一面板区段与壁垂直;第二位置,其中第一面板区段与壁成对接关系。 第二安装结构沿其相应的边缘将第一和第二面板段连接在一起,并且使得能够在垂直和水平取向之间旋转第二面板。 支撑结构选择性地将第二面板段保持在其水平取向。
    • 5. 发明申请
    • Rotatable Partition System for a Freight Carrying Enclosure
    • 货物运输箱的可旋转分隔系统
    • US20090026211A1
    • 2009-01-29
    • US11782361
    • 2007-07-24
    • Mark Edmund MareshEric Allen StegnerRobert William Stegner
    • Mark Edmund MareshEric Allen StegnerRobert William Stegner
    • B65D25/06
    • B65D90/0073
    • A flexible system is provided for preventing freight damage during shipment. The system has adjustable and interlocking hinged panels that are attached to the side walls of a shipping enclosure, so that the system can be readily adapted to secure different types and sizes of loads. One embodiment of the invention, provided for use with a freight carrying enclosure that has an internal wall, includes first and second panel segments that each have an edge. A first mounting structure supports the first panel segment for rotation about a vertical axis, between a first position wherein the first panel segment is in perpendicular relationship with the wall, and a second position wherein the first panel segment is in abutting relationship with the wall. A second mounting structure joins the first and second panel segments together along their respective edges, and enables rotation of the second panel between vertical and horizontal orientations. A support structure selectively maintains the second panel segment in its horizontal orientation.
    • 提供灵活的系统,用于防止运输过程中的运输损坏。 该系统具有连接到运输箱的侧壁的可调节和互锁的铰接板,使得该系统可以容易地适合于固定不同类型和尺寸的负载。 本发明的一个实施例提供用于具有内壁的货运箱体,包括每个具有边缘的第一和第二面板段。 第一安装结构支撑第一面板段,用于围绕垂直轴线旋转,第一位置与第一位置之间,第一位置与第一面板区段与壁垂直;第二位置,其中第一面板区段与壁成对接关系。 第二安装结构沿其相应的边缘将第一和第二面板段连接在一起,并且使得能够在垂直和水平取向之间旋转第二面板。 支撑结构选择性地将第二面板段保持在其水平取向。
    • 10. 发明授权
    • Apparatus and method for inspecting quality of molded foam parts
    • 检测成型泡沫部件质量的装置和方法
    • US07430895B2
    • 2008-10-07
    • US11282182
    • 2005-11-18
    • Ivan Neil LivermanMark Edmund MareshEric Allen StegnerRobert William Stegner
    • Ivan Neil LivermanMark Edmund MareshEric Allen StegnerRobert William Stegner
    • G01N15/08
    • G01M3/3218
    • Apparatus and method is provided for reliably testing a quality level of bead fusion in molded foam parts. Such apparatus may be portable and hand-held, and the test procedure will not destroy or damage tested products. In a useful embodiment comprising apparatus for monitoring quality of a molded foam part, an insertion device introduces a stream of selected gas under pressure into the interior of the molded foam part. The insertion device may include a thin nozzle to be inserted into the part. Poorly fused beads allow a faster flow rate of the gas than well fused beads, since the poor fusion will provide more openings for the gas to escape. Accordingly, the embodiment includes a sensor for measuring the flow rate of the stream of gas, as the stream is introduced into the part interior. An indicator mechanism, responsive to operation of the flow sensor, provides notice to a user of the apparatus that the gas flow rate does or does not exceed a pre-specified level, which indicates a corresponding level of part quality.
    • 提供了用于可靠地测试模制泡沫部件中的珠粒熔合的质量水平的装置和方法。 这样的设备可以是便携式和手持式的,并且测试程序不会破坏或损坏测试的产品。 在包括用于监测模制泡沫部件的质量的装置的有用实施例中,插入装置将压力下的选定气体流引入模制泡沫部件的内部。 插入装置可以包括要插入到该部件中的细喷嘴。 由于不良融合将为气体逸出提供更多的开口,所以较不熔融的珠允许气体比熔融珠更快的流速。 因此,该实施例包括用于测量气流的流量的传感器,因为流被引入到部件内部。 响应于流量传感器的操作的指示器机构向设备的用户通知气体流量是否超过预定水平,其指示相应的零件质量水平。