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    • 1. 发明申请
    • Wireless tank monitoring system having satellite communications capability
    • 具有卫星通信能力的无线水箱监控系统
    • US20060111040A1
    • 2006-05-25
    • US10996804
    • 2004-11-24
    • Patrick JenkinsPaul KronauWojtek Miller
    • Patrick JenkinsPaul KronauWojtek Miller
    • H04B7/185
    • H04B7/18513
    • A wireless tank monitoring system for remotely monitoring a plurality of storage tanks is provided. This tank monitoring system utilizes wireless communication from individual tank level monitors to a single SatComm Gateway. The SatComm Gateway then utilizes a low-Earth Orbit satellite constellation to transmit information to a central data collection center. The data collection center then provides access to this information to clients. These clients also have the capability of controlling individual monitors via the bi-directional communications path through the satellite link to the SatComm Gateway to the individual monitors. The SatComm Gateway packages the information from each of the monitors to optimize the communications through the satellite link to decrease the cost of transmission. Intrinsic safety is provided by each of the individual tank level monitors.
    • 提供一种用于远程监测多个储罐的无线罐监视系统。 这种油罐监控系统利用从单个油罐液位监测器到单个SatComm网关的无线通信。 然后,SatComm网关利用低地球轨道卫星星座将信息传输到中央数据采集中心。 然后,数据收集中心向客户端提供对此信息的访问。 这些客户端还具有通过双向通信路径通过卫星链路将个人监视器控制到SatComm网关到个人监视器的能力。 SatComm Gateway将来自每个监视器的信息进行封装,通过卫星链路优化通信,以降低传输成本。 每个坦克液位监视器都提供本质安全。
    • 4. 发明授权
    • Automatic delivery/drain detection using a level monitoring system
    • 使用电平监控系统进行自动输送/排水检测
    • US08378833B2
    • 2013-02-19
    • US11773165
    • 2007-07-03
    • Wojtek MillerJohn O'Brien Evans, II
    • Wojtek MillerJohn O'Brien Evans, II
    • G08B21/00
    • G01F23/0069
    • A system for monitoring a level of product in a tank to detect one of a delivery and a drain operation is provided. The system comprises a monitor and a data center. The monitor is operably coupled to the tank and adapted to detect the level of product in the tank at a first rate and at a second rate. The data center is in communication with the monitor and adapted to receive a user inputtable threshold level of change. The monitor detects the level of product in the tank at the first rate until the threshold level of change is detected. Thereafter, the monitor detects the level of product in the tank at the second rate. The data center generates an alarm signal to indicate that one of the delivery and the drain has occurred.
    • 提供了一种用于监测罐中的产品水平以检测输送和排出操作之一的系统。 该系统包括监视器和数据中心。 监视器可操作地联接到罐并且适于以第一速率和第二速率检测罐中的产品的水平。 数据中心与监视器通信,并适应于接收用户可输入的阈值电平变化。 显示器以第一速率检测罐中的产品水平,直到检测到阈值变化水平。 此后,监视器以第二速率检测罐中产品的水平。 数据中心产生一个报警信号,表示发生了一个交货和排水。
    • 5. 发明授权
    • Automatic delivery/drain detection using a level monitoring system
    • 使用电平监控系统进行自动输送/排水检测
    • US07298278B2
    • 2007-11-20
    • US11199983
    • 2005-08-09
    • Wojtek MillerJohn O'Brien Evans, II
    • Wojtek MillerJohn O'Brien Evans, II
    • G08B21/00
    • G01F23/0069
    • A system for monitoring a level of product in a tank to detect one of a delivery and a drain operation is provided. The system comprises a monitor and a data center. The monitor is operably coupled to the tank and adapted to detect the level of product in the tank at a first rate and at a second rate. The data center is in communication with the monitor and adapted to receive a user inputtable threshold level of change. The monitor detects the level of product in the tank at the first rate until the threshold level of change is detected. Thereafter, the monitor detects the level of product in the tank at the second rate. The data center generates an alarm signal to indicate that one of the delivery and the drain has occurred.
    • 提供了一种用于监测罐中的产品水平以检测输送和排出操作之一的系统。 该系统包括监视器和数据中心。 监视器可操作地联接到罐并且适于以第一速率和第二速率检测罐中的产品的水平。 数据中心与监视器通信,并适应于接收用户可输入的阈值电平变化。 显示器以第一速率检测罐中的产品水平,直到检测到阈值变化水平。 此后,监视器以第二速率检测罐中产品的水平。 数据中心产生一个报警信号,表示发生了一个交货和排水。
    • 7. 发明授权
    • Pressure and temperature measurement of a piezo-resistive device using differential channel of a ratiometric analog to digital converter
    • 使用比例模数转换器的差分通道的压阻元件的压力和温度测量
    • US07191072B2
    • 2007-03-13
    • US11199761
    • 2005-08-09
    • James Robert ChampionKenneth Alan CupplesWojtek Miller
    • James Robert ChampionKenneth Alan CupplesWojtek Miller
    • G01D1/00
    • G01D21/02
    • A temperature and pressure measuring circuit is provided. The circuit comprises an uncompensated pressure transducer, an analog-to-digital converter, a reference resistive device, and first and second switches. The transducer has variable resistive devices between first, second, third, and fourth bridge nodes. The analog-to-digital converter has first and second reference inputs and first and second differential inputs. When the first switch couples the first differential input and the third bridge node and the second switch couples the second differential input and a ground, a bridge voltage is measurable and a bridge resistance is ratiometrically determinable. The bridge resistance is employed to calculate a temperature. When the first switch couples the first differential input and the first bridge node and the second switch couples the second differential input and the second bridge node, a differential voltage is measurable. The differential voltage is employed to calculate a pressure.
    • 提供温度和压力测量电路。 该电路包括无补偿的压力传感器,模数转换器,参考电阻装置以及第一和第二开关。 传感器在第一,第二,第三和第四桥节点之间具有可变电阻装置。 模数转换器具有第一和第二参考输入以及第一和第二差分输入。 当第一开关耦合第一差分输入和第三桥接节点并且第二开关耦合第二差分输入和地时,桥电压是可测量的,并且桥电阻是可计量确定的。 采用桥电阻来计算温度。 当第一开关耦合第一差分输入和第一桥接节点并且第二开关耦合第二差分输入和第二桥接节点时,差分电压是可测量的。 使用差分电压来计算压力。
    • 8. 发明申请
    • Pressure and temperature measurement of a piezo-resistive device using differential channel of a ratiometric analog to digital converter
    • 使用比例模数转换器的差分通道的压阻元件的压力和温度测量
    • US20060052967A1
    • 2006-03-09
    • US11199761
    • 2005-08-09
    • James ChampionKenneth CupplesWojtek Miller
    • James ChampionKenneth CupplesWojtek Miller
    • G01D1/00G06F15/00G06M11/04
    • G01D21/02
    • A temperature and pressure measuring circuit is provided. The circuit comprises an uncompensated pressure transducer, an analog-to-digital converter, a reference resistive device, and first and second switches. The transducer has variable resistive devices between first, second, third, and fourth bridge nodes. The analog-to-digital converter has first and second reference inputs and first and second differential inputs. When the first switch couples the first differential input and the third bridge node and the second switch couples the second differential input and a ground, a bridge voltage is measurable and a bridge resistance is ratiometrically determinable. The bridge resistance is employed to calculate a temperature. When the first switch couples the first differential input and the first bridge node and the second switch couples the second differential input and the second bridge node, a differential voltage is measurable. The differential voltage is employed to calculate a pressure.
    • 提供温度和压力测量电路。 该电路包括无补偿的压力传感器,模数转换器,参考电阻装置以及第一和第二开关。 传感器在第一,第二,第三和第四桥节点之间具有可变电阻装置。 模数转换器具有第一和第二参考输入以及第一和第二差分输入。 当第一开关耦合第一差分输入和第三桥接节点并且第二开关耦合第二差分输入和地时,桥电压是可测量的,并且桥电阻是可计量确定的。 采用桥电阻来计算温度。 当第一开关耦合第一差分输入和第一桥接节点并且第二开关耦合第二差分输入和第二桥接节点时,差分电压是可测量的。 使用差分电压来计算压力。