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    • 1. 发明授权
    • Article handling device with low profile side guides
    • 带低侧面导板的物品搬运装置
    • US5009550A
    • 1991-04-23
    • US400523
    • 1989-08-30
    • Brian K. HilbishDavid W. Leonard, Sr.Arnold C. BurgessDavid R. Burns
    • Brian K. HilbishDavid W. Leonard, Sr.Arnold C. BurgessDavid R. Burns
    • B65G47/68B65G51/03
    • B65G47/682B65G51/03B65G2201/0244
    • An air conveyor system is provided for transporting a stream of articles en masse along a channel from a generally upstream position in a generally downstream direction towards a generally downstream position. A conveyor surface has opposing edges with the channel therebetween and a plurality of air propulsion slots extending through the surface, these slots being directionally oriented to propel articles pneumatically on the surface in the downstream direction. A plenum is provided for connecting to a source of air under pressure and in communication with the slots. At least one guide member defines at least one boundary for the channel, by being mounted adjacent at least one of the opposing edges of the surface in alignment with the downstream direction to generally direct flow of articles in the downstream direction by impeding article movement across the member. The member has a guide member height above the surface that is substantially less than a height of the articles above the surface, the member height being chosen to cause the articles to either flow in the downstream direction or be propelled over the guide member to a region outside of the channel.
    • 提供一种空气输送系统,用于沿大体下游方向将大体上沿着通道的大体上游位置的物品流大致向下游位置输送。 输送机表面具有相对的边缘,其间具有通道,并且多个空气推进槽延伸穿过表面,这些槽被定向地定向成在下游方向上气动地推动制品的表面。 提供了一个通风室,用于连接到压力下的空气源并与槽连通。 至少一个引导构件限定通道的至少一个边界,通过邻近表面的相对边缘中的至少一个与下游方向对准地安装,以一般地引导制品在下游方向上的流动,从而阻止物品沿横跨 会员。 该构件具有高于表面的引导构件高度,该引导构件的高度基本上小于表面上方的制品的高度,该构件高度被选择为使制品沿下游方向流动或者被推进导引构件到达区域 在渠道外面。
    • 2. 发明申请
    • Electronic Calendar Scheduling Using Autonomic Prioritization
    • 使用自动优先排序的电子日历计划
    • US20080033778A1
    • 2008-02-07
    • US11461560
    • 2006-08-01
    • Gregory J. BossDavid R. BurnsAndrew R. JonesKevin C. McConnell
    • Gregory J. BossDavid R. BurnsAndrew R. JonesKevin C. McConnell
    • G06F15/02
    • G06Q10/109G06Q10/1093
    • A method and system for scheduling electronic calendar events. An electronic calendar receives event information for a first calendar event including specified attendee(s), a priority level, an event time, and a time interval within which the event is to be scheduled. Responsive to detecting a scheduling conflict between the first calendar event and another calendar event, a reschedule procedure begins by determining whether the scheduling conflict can be resolved by modifying the specified event time to an another time within the specified time interval. Responsive to determining that the scheduling conflict cannot be resolved by changing the specified event time to another time within the specified time interval, the specified event priority level of the first calendar event is compared with event priority level of the conflicting calendar event to determine scheduling prioritization between the first calendar event and the conflicting calendar event.
    • 一种用于安排电子日历事件的方法和系统。 电子日历接收包括指定的参加者,优先级,事件时间以及事件要被调度的时间间隔的第一日历事件的事件信息。 响应于检测第一日历事件和另一个日历事件之​​间的调度冲突,重新调度过程首先通过确定是否可以通过在指定的时间间隔内将指定的事件时间修改到另一个时间来解决调度冲突。 响应于通过在指定的时间间隔内将指定的事件时间改变到另一时间来确定调度冲突不能解决,将第一日历事件的指定事件优先级与冲突日历事件的事件优先级进行比较,以确定调度优先级 在第一个日历事件和冲突的日历事件之​​间。
    • 4. 发明授权
    • Air/vapour separation device
    • 气/气分离装置
    • US5501246A
    • 1996-03-26
    • US137046
    • 1993-10-19
    • David R. BurnsVictor C. Turner
    • David R. BurnsVictor C. Turner
    • B67D7/76B67D5/58
    • B67D7/763Y10T137/3021Y10T137/3028
    • A device for separating gas entrained in a flow of liquid. The device comprises a main housing having a liquid inlet and a liquid outlet. A separation chamber is disposed within the housing between the inlet and the outlet, the gas entrained in the flow of liquid being separated from the flow of liquid when the flow of liquid passes from the inlet to the outlet within the separation chamber. A vent passage extends from the separation chamber. A main valve within the housing controls the flow of liquid between the inlet and the outlet. A detector including a dual orifice arrangement disposed in the vent passage detects the presence of a gas in the vent passage. A pilot valve is coupled to the detector and to the main valve for controlling the main valve as a function of the presence of gas in the vent passage. A first control passage is disposed within the housing for coupling the pilot valve to the dual orifice arrangement.
    • PCT No.PCT / GB92 / 00750 Sec。 371日期:1993年10月19日 102(e)日期1993年10月19日PCT提交1992年4月23日PCT公布。 第WO92 / 19531号公报 日期:1992年11月12日。一种用于分离夹带在液体流中的气体的装置。 该装置包括具有液体入口和液体出口的主壳体。 分离室设置在入口和出口之间的壳体内,当液体流从入口流到分离室内的出口时,夹带在液体流中的气体与液体流分离。 排气通道从分离室延伸。 壳体内的主阀控制入口和出口之间的液体流动。 包括布置在通气通道中的双孔装置的检测器检测出通气通道中存在气体。 先导阀联接到检测器和主阀,用于根据排气通道中气体的存在来控制主阀。 第一控制通道设置在壳体内,用于将先导阀联接到双孔装置。