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    • 2. 发明申请
    • System for transmitting patient information
    • 用于发送病人信息的系统
    • US20040263353A1
    • 2004-12-30
    • US10875319
    • 2004-06-25
    • NIHON KOHDEN CORPORATION
    • Kaoru Imajo
    • G08C019/22
    • H04N1/00323A61B5/002A61B5/0476A61B5/743H04J3/0638H04N1/00127H04N2201/0084
    • A plurality of nodes are connected to a network. A first node converts the image signals into image signal data and transmits the same. A second node converts the biological signals into biological signal data and transmits the same. A third node receives the image signal data and the biological signal data. A master counter is provided in one of the nodes to provide a reference count. A first counter in the first node appends a first count to the image signal data. A second counter in the second node appends a second count to the biological signal data. At least one of the first and second counters issues a query to the master counter to receive the reference count as a response. At least one of the first and the second counts is corrected, based on the reference count and a time period from the issuance of the query to the receipt of the response, so as to synchronous with the reference count.
    • 多个节点连接到网络。 第一节点将图像信号转换为图像信号数据并传输。 第二节点将生物信号转换为生物信号数据并传输。 第三节点接收图像信号数据和生物信号数据。 在一个节点中提供主计数器以提供引用计数。 第一节点中的第一个计数器向图像信号数据附加第一个计数。 第二节点中的第二计数器对生物信号数据附加第二计数。 第一和第二计数器中的至少一个计数器向主计数器发出查询以接收作为响应的引用计数。 基于参考计数和从查询发布到响应的接收的时间段来校正第一和第二计数中的至少一个,以便与参考计数同步。
    • 3. 发明申请
    • System and method for emergency response
    • 应急响应系统和方法
    • US20040008125A1
    • 2004-01-15
    • US10365019
    • 2003-02-11
    • Michael AratowCraig P. BuxtonChristopher A. Peri
    • H04Q009/00G08C019/22G08B023/00
    • G08B23/00G06Q50/265G08B31/00
    • This application describes an information and resource management system for collecting data from diverse sources and organizing multiple types of data and information to facilitate dynamic multi-dimensional displays that will enhance cognition and situational awareness for diverse user communities. This system may facilitate collaborative cross-agency research and response to public health and safety issues. The system will generate more rapid awareness of potentially critical situations and promote greater awareness of the cost and benefits of alternative courses of action across diverse agencies and organizations serving common populations and communities. The invention includes customized geographically enabled data collection tools and techniques, dedicated databases and parsing schemes that feed into customized data visualization and simulation engines that drive the display of context sensitive interactive environments on a wide variety of computing platforms. The invention provides a novel approach to inter-disciplinary information integration processing, visualization, sharing and decision-making in the domain of public health and safety, disaster management and mitigation.
    • 该应用程序描述了一个信息和资源管理系统,用于收集来自不同来源的数据,并组织多种类型的数据和信息,以促进动态多维显示,从而增强不同用户群体的认知和情境意识。 该系统可以促进协作跨机构研究和应对公共卫生和安全问题。 该系统将对潜在的关键情况产生更快速的认识,并提高对服务于普通人群和社区的不同机构和组织的替代行动方案的成本和效益的认识。 本发明包括定制的地理位置启用的数据收集工具和技术,专用数据库和解析方案,其供应定制的数据可视化和模拟引擎,以在各种各样的计算平台上驱动上下文敏感的交互式环境的显示。 本发明为公共卫生安全,灾害管理和减灾领域的跨学科信息整合处理,可视化,共享和决策提供了新颖的方法。
    • 4. 发明申请
    • Wireless link for car diagnostics
    • 无线链路用于汽车诊断
    • US20030231118A1
    • 2003-12-18
    • US10170918
    • 2002-06-12
    • Fredrick L. Kitson
    • B60Q001/00H04Q009/00G08C019/22
    • H04Q9/02
    • An improved monitoring system for use with motor vehicles having a plurality of sensors for measuring the performance of the vehicle and a memory for storing information specifying data derived from the sensors. The invention includes a wireless communication link for transmitting the information to a terminal that is proximate to the vehicle. The terminal communicates information processed by the terminal to the operator of the vehicle. The present invention can be implemented by installing a connector into the standard scanner port on the vehicle. The connector includes a wireless link that emulates a connection to a conventional vehicle scanner by generating control signals on the appropriate conductors on the scanner port.
    • 一种用于具有用于测量车辆性能的多个传感器的机动车辆的改进的监视系统和用于存储指定从传感器导出的数据的信息的存储器。 本发明包括用于将信息发送到靠近车辆的终端的无线通信链路。 终端将终端处理的信息与车辆的操作人员进行通信。 本发明可以通过将连接器安装到车辆上的标准扫描器端口中来实现。 连接器包括通过在扫描器端口上的适当导体上产生控制信号来模拟与常规车辆扫描器的连接的无线链路。
    • 7. 发明申请
    • Robotic vehicle and method for soil testing
    • 机器人车辆和土壤测试方法
    • US20030112152A1
    • 2003-06-19
    • US10024907
    • 2001-12-19
    • Terence D. Pickett
    • H04Q009/00G08C019/22
    • G01N1/08A01B79/005G01N1/28G01N2001/021G01N2033/245
    • An automatic method for soil sampling and analysis is provided using a robotic vehicle. The vehicle includes a ground drive system for moving the robot over the field. A control unit controls the steering and location of the robot. A tool package on the robot has one or more probes for taking soil samples, which are conveyed to a miniature lab on the robot for analyzing the soil sample. A processor generates data from the soil analysis, and the data is transmitted to a remote site for storage and later use. The processor includes software for moving the robot, sampling the soil at desired targets, analyzing the soil, and communicating the data to the remote site.
    • 使用机器人车辆提供土壤采样和分析的自动方法。 车辆包括用于使机器人在场上移动的地面驱动系统。 控制单元控制机器人的转向和位置。 机器人上的工具包具有一个或多个用于取土的探针,将其传送到机器人上的微型实验室,以分析土壤样品。 处理器从土壤分析器生成数据,并将数据传输到远程站点进行存储和以后使用。 处理器包括用于移动机器人的软件,对所需目标的土壤进行取样,分析土壤以及将数据传送到远程站点。
    • 8. 发明申请
    • Electric power meter including a temperature sensor and controller
    • 电力仪表包括温度传感器和控制器
    • US20020105435A1
    • 2002-08-08
    • US10051721
    • 2002-01-17
    • David Moon YeePhilip John ZucarelliTheodore Woolley KellerDavid Richard Wallis
    • G08C019/22H04Q009/00
    • G01D3/08H04Q9/02H04Q2209/30H04Q2209/60H04Q2209/823Y10T307/773
    • An electric power meter (102) includes a temperature sensor (114) and a controller (112). The controller (112) is operable, based on the temperature reported from the temperature sensor (114), to generate alarm(s) when the temperature exceeds certain alarm threshold(s) (307, 507, 508) and to activate a power disconnect switch (104), thereby shutting off power to a customer premises, when the temperature exceeds a shut off threshold (309, 509). The controller (112) is operable to activate the power disconnect switch (104) for non-payment of electricity cost, subject to secondary criteria based on regulatory requirements. A customer terminal (103) may be used to notify a customer of an alarm condition, to provide information regarding electrical power usage or to provide information regarding disconnection of electrical power.
    • 电力计(102)包括温度传感器(114)和控制器(112)。 控制器(112)可以基于温度传感器(114)报告的温度来操作,以在温度超过某个报警阈值(307,507,508)时产生报警,并激活电源断开 开关(104),从而当温度超过关闭阈值(309,509)时,切断对用户房屋的电力。 控制器(112)可操作以启动电源断开开关(104),用于不支付电费,但须遵守基于监管要求的次要标准。 顾客终端(103)可以用于通知顾客报警状况,提供关于电力使用的信息或提供关于电力断开的信息。
    • 9. 发明申请
    • Monitoring terminal device
    • 监控终端设备
    • US20040239524A1
    • 2004-12-02
    • US10854430
    • 2004-05-27
    • NEC Corporation
    • Ikutaro Kobayashi
    • G08C019/22H04Q009/00
    • H04W52/0283G08C17/02Y02D70/00
    • A monitoring terminal device is provided which is capable of reducing its power consumption to a minimum and of being fully operated even indoors by using a solar cell as a power source. In the monitoring terminal device including a sensor unit and a transmitting unit having a wireless communication function to transmit, by wireless, a sensor monitoring output, the sensor and wireless transmitting unit are activated intermittently, and, when the monitoring terminal device is not operating, supply of power to the sensor unit and transmitting unit is stopped and a control processor is put into a sleep state, which enables reduction of power consumption to a minimum. This ensures a long operation of the monitoring terminal device even in an environment in which power is not supplied from the outside.
    • 提供了一种监视终端装置,其能够通过使用太阳能电池作为电源将其功率消耗降至最低,甚至在室内完全运行。 在包括具有无线通信功能的传感器单元和发送单元的监视终端装置中,通过无线方式发送传感器监视输出,所述传感器和无线发送单元被间歇地激活,并且当所述监视终端装置不工作时, 停止对传感器单元和发送单元的供电,控制处理器进入休眠状态,能够将功耗降至最低。 这确保了即使在没有从外部供电的环境中监视终端设备的长时间操作。