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    • 2. 发明授权
    • Sortation and sequencing system
    • 分拣和排序系统
    • US5977501A
    • 1999-11-02
    • US764950
    • 1996-12-13
    • James WerkheiserPhillip N. RossDavid A. ClarkRobert Porter
    • James WerkheiserPhillip N. RossDavid A. ClarkRobert Porter
    • B07C3/02B07C209/583
    • B07C3/02Y10S209/917Y10S209/923Y10S209/942
    • A sortation and sequencing system for sorting a plurality of different items into discrete orders and putting the items into a predetermined sequence within each discrete order or group of orders. The system includes an induction station for accepting items in random succession, and a sensor at the induction station for sensing an identifying characteristic unique to each item and for generating tracking signals uniquely corresponding to the items for tracking the items through the system. A controller receives the tracking signals and generates sort command and sequence command signals which are in part responsive to the tracking signals. A sorter receives the items from the induction station and directs individual items to selected ones of a plurality of sort locations, each sort location corresponding to an individual order or group of orders, in response to sort command signals from the controller. A sequencer associated with each sort location receives sorted items from the sorter and discharges the items in a preselected sequence at a discharge location in response to the sequence control signals.
    • 一种分类和排序系统,用于将多个不同的项目分类成离散的订单,并将物品放入每个离散的订单或订单组中的预定顺序。 该系统包括用于随机连续接收物品的感应台和感应台处的传感器,用于感测每个物品独有的识别特征,并产生唯一对应于通过系统跟踪物品的物品的跟踪信号。 控制器接收跟踪信号并产生分类命令和序列命令信号,其部分地响应跟踪信号。 分类器响应于来自控制器的分类命令信号,从各导入站接收项目,并将各个项目引导到多个分类位置中的选定的分类位置,每个分类位置对应于单个顺序或一组订单。 与每个分类位置相关联的定序器响应于序列控制信号,从分类器接收排序的物品,并以放电位置的预选序列排出物品。
    • 3. 发明授权
    • Automatic order selection system and method of operating
    • 自动订单选择系统及操作方法
    • US5720157A
    • 1998-02-24
    • US625570
    • 1996-03-28
    • Phillip N. Ross
    • Phillip N. Ross
    • B65B25/00B65G1/137B65G47/10B65B35/30
    • B65G1/1378B65B25/008B65G2203/0216B65G2209/02
    • An order selection system is disclosed together with a method of operating the system for retrieving multiple types of items stored in preselected storage locations and delivering retrieved items in an orderly sequence to a plurality of packing stations in accordance with the specific requirements of different orders. The order selection system comprises: a dispenser; a conveyor; a dispensing control system; a sorter; a plurality of stacking devices; and identifying means to identify the end of each order. The steps in the method of operating the system are: arranging the multiple types of items in the preselected storage locations; determining the requirements of orders to be filled; dispensing the items stored in the preselected storage locations in an alternating order sequence in accordance with the requirements of sequential orders; receiving the dispensed items on the conveyor in the alternating order sequence; transporting the dispensed items on the conveyor toward the packing stations; sorting the items so as to divert every other item toward separate packing stations; stacking the sorted items into discrete continuous stacks conforming with the specific requirements of the orders; and identifying the end of each order.
    • 公开了一种订单选择系统以及一种操作该系统的方法,该方法用于检索存储在预选存储位置中的多种类型的物品,并根据不同订单的具体要求,以有序的顺序向多个包装站传送检索到的物品。 订单选择系统包括:分配器; 输送机 分配控制系统; 分拣机 多个堆叠装置; 以及识别装置来识别每个订单的结束。 操作系统的方法中的步骤是:将多种类型的物品排列在预选存储位置中; 确定要填补的订单要求; 按照顺序的要求,以交替的顺序排列存储在预选存储位置的物品; 以交替顺序顺序接收输送机上的分配物品; 将所输送的物品运送到包装站; 对物品进行分类,以便将其他物品转移到分开的包装站; 将排序的物品堆放到符合订单特定要求的离散连续堆叠中; 并确定每个订单的结束。
    • 4. 发明授权
    • Infrared road line detector
    • 红外路线检测仪
    • US06741186B2
    • 2004-05-25
    • US10328815
    • 2002-12-24
    • Phillip N. Ross
    • Phillip N. Ross
    • B08G100
    • G01S3/781G01S7/4811G01S7/4818G01S7/497G01S17/42G01S17/88
    • A detector for detecting light, such as infrared light, reflected from discontinuous lane dividing lines or other lines on a highway surface from a moving motor vehicle to determine the position of the vehicle on the highway detects light reflected from the surface of the highway and includes circuitry to determine from the reflected light sensed not only the presence of a road line but a characteristic of the road line sensed to determine if the road line detected is consistent with previously detected road lines and therefore appears to be a valid road line. The alarm, when enabled, is activated unless a road line consistent with previously sensed road lines is sensed within successive fixed periods of time in which it is expected that a line should be sensed. By detecting the beginning and end of a signal, various characteristics of the sensed line can be determined, and such things as the type of line likely sensed or the speed of travel of the vehicle can also be determined.
    • 一种检测器,用于检测来自移动机动车辆的不连续车道分割线或公路表面上的其他线路的红外线的光,例如红外线,以确定车辆在高速公路上的位置,检测从高速公路表面反射的光,并且包括 从反射光确定的电路不仅检测到路线的存在,而且感测到路线的特征,以确定检测到的路线是否与先前检测到的路线一致,因此似乎是有效的道路线。 当启用该报警时,除非在预期应检测到一条线路的连续固定时间段内检测到与之前感测到的路线一致的道路线,否则该启动被激活。 通过检测信号的开始和结束,可以确定感测线路的各种特性,并且还可以确定诸如可能感测到的线路类型或车辆行驶速度之类的事物。
    • 5. 发明授权
    • Optical highway line detector
    • 光路公路线检测仪
    • US06498570B2
    • 2002-12-24
    • US09865070
    • 2001-05-24
    • Phillip N. Ross
    • Phillip N. Ross
    • G08G100
    • G01S7/4818G01S3/781G01S7/4811G01S7/497G01S17/42G01S17/88
    • A highway lane position detector including a photodetector for determining the existence of highway lines, wherein the detection circuitry maintains its detection ability over a wide range of ambient light conditions from bright sunlight to dim artificial light in ambient darkness, by providing a dynamic resistance element in series with the photodetector wherein the dynamic resistance element compensates for changes in the photodetector due to changes in ambient light conditions to maintain the photodetector in a detection condition (avoiding saturation) regardless of the ambient light condition. In the preferred embodiment of the detector, the dynamic resistance element is at least one reversed biased zener diode. In currently preferred circuitry of the invention, the detector detects the presence of intermittent lane dividing lines and provides an alarm when such lines are no longer detected.
    • 一种高速公路车道位置检测器,包括用于确定高速公路线路的存在的光电检测器,其中检测电路通过在环境黑暗中通过提供动态电阻元件来保持其在明亮的阳光的宽范围的环境光条件下变暗的人造光的检测能力 与光电检测器串联,其中动态电阻元件补偿由于环境光条件的变化引起的光电检测器的变化,以将光电检测器维持在检测条件(避免饱和),而不管环境光条件如何。 在检测器的优选实施例中,动态电阻元件是至少一个反向偏置齐纳二极管。 在本发明的当前优选的电路中,检测器检测到间歇道路分界线的存在,并且当不再检测到这样的线时提供报警。