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    • 61. 发明申请
    • FIXED DISPLACEMENT HYDRAULIC ACTUATOR DISCONNECT
    • 固定排量液压执行机构断开
    • WO2017180316A1
    • 2017-10-19
    • PCT/US2017/024284
    • 2017-03-27
    • SEALED AIR CORPORATION (US)
    • DALEY, Bradley
    • B30B15/28B21D55/00F16D9/00
    • G01N3/10B30B15/281G01N3/08G01N2203/0012G01N2203/0019G01N2203/0048
    • A shaft decoupling system (200) includes an inner shaft (202) couplable to an actuator (102), an outer shaft (204) aligned coaxially with the inner shaft, and a bearing release collar (206). The bearing release collar is biased toward a first position by a biasing mechanism and configured to be moved to a second position against a biasing force of the biasing mechanism (222, 322) in response to the bearing release collar contacting a collar strike plate (118) as the actuator moves the shaft decoupling system. When the bearing release collar is in the first position, a bearing (220, 320) is held by the bearing release collar to prevent respective movement of the inner shaft and the outer shaft. When the bearing release collar is in the second position, the bearing release collar permits the bearing to retract such that the inner shaft is permitted to move coaxially with respect to the outer shaft.
    • (200)包括可联接到致动器(102)的内轴(202),与内轴同轴对齐的外轴(204),以及轴承释放轴环(206) )。 轴承释放轴环通过偏置机构朝向第一位置偏置,并且构造成响应于轴承释放轴环接触套环冲击板(118)抵抗偏置机构(222,322)的偏置力而移动到第二位置 )当执行器移动轴解耦系统时。 当轴承释放轴环处于第一位置时,轴承(220,320)由轴承释放轴环保持,以防止内轴和外轴的相应运动。 当轴承释放轴环处于第二位置时,轴承释放轴环允许轴承缩回,使得内轴可以相对于外轴同轴地移动。
    • 62. 发明申请
    • LIQUID DISPENSING SYSTEM
    • 液体分配系统
    • WO2017066062A1
    • 2017-04-20
    • PCT/US2016/055614
    • 2016-10-06
    • SEALED AIR CORPORATION (US)
    • DENSON, Jessica, L.SALERNO, Mark, H.
    • B29C44/18B29B7/74B29K75/00
    • B29C44/18B29B7/7433B29K2075/00
    • A system for dispensing a liquid includes a source (24) of a liquid that crystallizes upon exposure to water moisture in air (e.g., an isocyanate). A dispenser (58) includes an inlet conduit (62) for receiving the liquid from the source, an outlet conduit (72) for dispensing the liquid out of an outlet opening exposed to air, and a valve (66) between the inlet (62) and outlet conduits (72). In the closed position of the valve (i) an upstream portion of the liquid is retained in the inlet conduit (62) on the upstream side of the valve (66) and (ii) a downstream portion of the liquid extending from the downstream side of the valve to the outlet opening is retained in the outlet conduit (72) on the downstream side of the valve (66). The size of the outlet opening of the outlet conduit (72) is sufficiently small to retain the downstream portion of the liquid in the outlet conduit when the valve (66) is in the closed position.
    • 用于分配液体的系统包括液体源(24),其在暴露于空气中的水分(例如异氰酸酯)时结晶。 分配器(58)包括用于从源接收液体的入口导管(62),用于将液体从暴露于空气的出口开口分配的出口导管(72)以及位于入口(62)之间的阀(66) )和出口导管(72)。 在阀(i)的关闭位置,液体的上游部分保持在阀(66)的上游侧的入口导管(62)中,并且(ii)液体的下游部分从下游侧 到达出口的阀门保持在阀门(66)下游侧的出口导管(72)中。 当阀(66)处于关闭位置时,出口导管(72)的出口开口的尺寸足够小以将液体的下游部分保持在出口导管中。
    • 64. 发明申请
    • FLUID LEVEL SENSOR
    • 液位传感器
    • WO2016053409A1
    • 2016-04-07
    • PCT/US2015/036626
    • 2015-06-19
    • SEALED AIR CORPORATION
    • VILAG, Brian VincentMIERZEJEWSKI, Kenneth
    • G01F23/26
    • G01F23/263B67D7/3272G01F23/265G01F23/266G01F23/268
    • A capacitive fluid level sensor is provided for receiving data indicative of the level of fluid remaining in a fluid container. In various embodiments, the capacitive fluid level sensor may be spaced below and a distance away from the fluid container to be measured, and may comprise a fluid level sensor and an ambient sensor, wherein the fluid level sensor and the ambient sensor are coplanar. In various embodiments, the ambient sensor may be spaced a distance away from the fluid level sensor, such that electric fields generated by the fluid level sensor and the ambient sensor, respectively, do not overlap. Based at least in part on capacitance levels determined by the fluid level sensor and the ambient sensor, the fluid level sensor may generate data indicative of the fluid level in at least a portion of the fluid container located above the fluid level sensor.
    • 提供电容式液位传感器用于接收指示流体容器中剩余的流体的水平的数据。 在各种实施例中,电容式液位传感器可以与要测量的流体容器隔开一段距离,并且可以包括液位传感器和环境传感器,其中液位传感器和环境传感器是共面的。 在各种实施例中,环境传感器可以与液位传感器隔开一段距离,使得由液位传感器和环境传感器分别产生的电场不重叠。 至少部分地基于由液位传感器和环境传感器确定的电容水平,液位传感器可以产生指示位于液位传感器上方的流体容器的至少一部分中的流体水平的数据。
    • 67. 发明申请
    • FRESH DEPARTMENTS MANAGEMENT SYSTEM
    • 新鲜部门管理系统
    • WO2013155255A1
    • 2013-10-17
    • PCT/US2013/036091
    • 2013-04-11
    • SEALED AIR CORPORATION (US)
    • KOKE, JohnSPERRY, Charles, R.PIUCCI, Vincent, A.SMITH, Stephen, D.HEALEY, Daniel, P.
    • G06Q10/00
    • G06Q50/12G06Q10/06G06Q10/06315G06Q10/087G06Q20/18G06Q30/0212G06Q30/0251G06Q30/0268G06Q30/06G07F17/0078
    • The system comprises a central processing module that is configured to interconnect the fresh departments and operational functions. These tasks can include facilitated order fulfillment, inventory and accounting functions, sanitation, maintenance, traceability and others. This is a system that integrates various subsystems within the fresh departments, as well as integrating the fresh departments together. The system may also utilize a plurality of slicing machines that communicate with the centralized processing unit. The software modules resident in the processing unit receive inputs that represent customer orders, and dispatch these orders to the plurality of slicing machines. The slicing machines are in communication with the software modules such that the modules are aware of the food product that is currently placed on the slicer. In this way, the software modules are able to direct specific orders to a particular slicing machine, minimizing human interaction and customer wait time.
    • 该系统包括中央处理模块,其被配置为互连新鲜部门和操作功能。 这些任务可以包括便利的订单履行,库存和会计功能,卫生,维护,可追溯性等。 这是一个将新系统各个子系统整合在一起的系统,并将新的部门整合在一起。 该系统还可以利用与集中处理单元通信的多个切片机。 驻留在处理单元中的软件模块接收表示客户订单的输入,并将这些订单分发给多个切片机。 切片机与软件模块通信,使得模块知道当前放置在切片机上的食品。 以这种方式,软件模块能够将特定的订单定向到特定的切片机,从而最小化人际交互和客户等待时间。