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    • 1. 发明授权
    • Technique for maintaining calibration factor integrity in an electronically calibrated dispenser
    • 在电子校准分配器中维持校准因子完整性的技术
    • US06311739B1
    • 2001-11-06
    • US09632471
    • 2000-08-04
    • Thomas A. ThompsonWilliam O. RichardsonRichard ShuntaBrain L. Brummel
    • Thomas A. ThompsonWilliam O. RichardsonRichard ShuntaBrain L. Brummel
    • B65B104
    • B67D7/085
    • An electronically calibrated fuel dispenser includes a processor located on a processor board, a fuel pump, a pulser circuit and a memory located on a memory board. The processor board includes a calibration factor connector. The fuel pump is coupled to a fuel source and includes a fuel meter. The fuel pump provides fuel to a fuel recipient. The pulser circuit is coupled to the fuel meter. The pulser circuit provides an indication to the processor of the fuel delivered to the fuel recipient. The memory board includes a connector for coupling the memory board to the calibration factor connector of the processor board and thereby coupling the memory to the processor. The memory stores calibration factors independent of the processor board. The memory board further includes a calibration mode entry device, a blocking device and a sealing device. The blocking device prevents the calibration mode entry device from being actuated when the blocking device is in a blocking position. The sealing device provides an indication of whether the blocking device has been removed from the blocking position without authorization and thereby providing an indication of whether the calibration mode entry device has been enabled without authorization. Thus allowing the processor board to be replace or removed without altering the calibration factors.
    • 电子校准的燃料分配器包括位于处理器板上的处理器,燃料泵,脉冲发生器电路和位于存储器板上的存储器。 处理器板包括校准因子连接器。 燃料泵联接到燃料源并且包括燃料计量器。 燃料泵向燃料接收器提供燃料。 脉冲发生器电路连接到燃料表。 脉冲发生器电路向处理器提供传送到燃料接收器的燃料。 存储器板包括用于将存储器板耦合到处理器板的校准因子连接器并由此将存储器耦合到处理器的连接器。 存储器存储与处理器板无关的校准因子。 存储板还包括校准模式进入装置,阻挡装置和密封装置。 当阻挡装置处于阻挡位置时,阻挡装置防止校准模式进入装置被致动。 密封装置提供关于是否已经从阻挡位置移除阻挡装置的指示,并且由此提供校准模式进入装置是否已经被授权而被启用的指示。 因此,可以在不改变校准因素的情况下更换或移除处理器板。
    • 2. 发明授权
    • Bowling center lighting system
    • 保龄球中心照明系统
    • US6031343A
    • 2000-02-29
    • US38449
    • 1998-03-11
    • Troy A. RecknagelWilliam O. Richardson
    • Troy A. RecknagelWilliam O. Richardson
    • F21S10/00A63D1/08A63J17/00H05B37/02G05F1/00
    • A63J17/00A63D1/08Y10S362/806
    • The lighting system of the present invention includes at least one light string having a plurality of independently controllable light modules, each emitting light in response to an activation signal uniquely associated with the light module. The lighting system preferably includes a controller coupled to the light strings for generating and transmitting activation signals to the light modules to independently control the lights of the light modules. Each of the light modules may include a multi-color lighting device for emitting light of different colors such that the controller may select colors of the light emitted from each one of the light modules. The lighting system may also include a plurality of address modules each associated with and coupled to one of the light strings and coupled to the controller so that the controller may transmit activation signals to the light modules of a specific light string by transmitting an address to which the associated address module will respond by enabling the light modules of the associated light string to respond to the activation signals transmitted with the address signal from the controller.
    • 本发明的照明系统包括具有多个可独立控制的光模块的至少一个光束,每个光束响应于与光模块唯一相关联的激活信号而发光。 照明系统优选地包括耦合到光串的控制器,用于生成和发送激活信号到光模块以独立地控制光模块的光。 每个光模块可以包括用于发射不同颜色的光的多色照明装置,使得控制器可以选择从每个光模块发射的光的颜色。 照明系统还可以包括多个地址模块,每个地址模块与光串中的一个相连并耦合到控制器,以便控制器可以通过发送一个地址向其发送激活信号,该地址由 相关联的地址模块将通过使相关联的光串的光模块能够响应于利用来自控制器的地址信号发送的激活信号而作出响应。
    • 3. 发明授权
    • Direct interface between fuel pump and computer cash/register
    • 燃油泵与电脑现金/注册机之间的直接接口
    • US5299135A
    • 1994-03-29
    • US80460
    • 1993-06-18
    • Gregory S. LietoWilliam O. RichardsonThomas A. KyleCraig L. Hockman
    • Gregory S. LietoWilliam O. RichardsonThomas A. KyleCraig L. Hockman
    • B67D7/08G07F13/02G07G1/14G06F15/20B67D5/08
    • B67D7/08G07F13/025G07G1/14
    • An interface unit for interfacing a peripheral bus of a computer system with a dispensing system for dispensing a material, such as gasoline, and which includes a plurality of dispensers for controlling the dispensing of the material. The interface unit includes a controller and a first communication link for providing bidirectional communication between the controller and the material dispensers. A second communication link is connected with an internal bus on the interface unit and the peripheral bus of the computer system to provide bidirectional communication between the controller and the computer system. The second communication link includes a window memory for storing code and a bus interface. The bus interface includes an access control port for communicating access codes between the peripheral bus and the controller and a memory control for selectively connecting either the internal bus or the peripheral bus with the window memory in a manner that only one of the controllers and the peripheral bus may access the window memory at a time. A database of dispensing data collected from the plurality of dispensers is defined in a controller memory. Polling commands are sent from the controller to the dispensers and responses are collected over the first communication link. The controller is programmed to repetitively generate polling commands for the dispensers and to update the database with resulting responses. Inquiry commands are served from the computer system to the database for retrieving from the database data that is responsive to the inquiry commands.
    • 用于将计算机系统的外围总线与用于分配诸如汽油的材料的分配系统进行接口的接口单元,并且其包括用于控制材料分配的多个分配器。 接口单元包括控制器和用于在控制器和材料分配器之间提供双向通信的第一通信链路。 第二通信链路与接口单元上的内部总线和计算机系统的外围总线连接,以提供控制器与计算机系统之间的双向通信。 第二通信链路包括用于存储代码和总线接口的窗口存储器。 总线接口包括用于在外围总线和控制器之间传送访问代码的访问控制端口以及用于选择性地将内部总线或外围总线与窗口存储器连接的存储器控​​制,使得只有一个控制器和外围设备 总线可以一次访问窗口内存。 在多个分配器中收集的分配数据的数据库被定义在控制器存储器中。 轮询命令从控制器发送到分配器,响应通过第一通信链路收集。 控制器被编程为重复地为分配器生成轮询命令,并且利用所得到的响应更新数据库。 查询命令从计算机系统提供给数据库,用于从数据库检索响应于查询命令的数据。