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    • 1. 发明申请
    • WIRELESS SENSOR AND METHOD OF CONTROLLING A WIRELESS SENSOR
    • 无线传感器及无线传感器的控制方法
    • US20090040039A1
    • 2009-02-12
    • US12184921
    • 2008-08-01
    • Yu KanekoEiji KamagataToshiyuki UmedaMasahiro Yoshikane
    • Yu KanekoEiji KamagataToshiyuki UmedaMasahiro Yoshikane
    • H04W52/02H04Q5/22
    • H04W40/28H04W40/10Y02D70/326
    • A wireless sensor for a wireless sensor network includes a sensor unit performing sensing to sense environment and/or circumstance, first routing to send first sensing information to a server according to routing information, and second routing to send second sensing information from another wireless sensor to the server according to the routing information, when being supplied with power from a power source, a timer including a capacitor to be charged by the power and performs a time limit operation due to self-discharge thereof, a first control switch controlling power supplying to the timer to make the timer perform the time limit operation at a set time, a rectifier converting a radio signal from the another wireless sensor into power, and a second control switch starting power supplying to the sensor unit, upon receiving the control signal of the rectifier during the time limit operation.
    • 用于无线传感器网络的无线传感器包括执行感测以感测环境和/或环境的传感器单元,首先根据路由信息进行路由以向服务器发送第一感测信息,以及第二路由以将第二感测信息从另一无线传感器发送到 所述服务器根据所述路由信息,当从电源供电时,包括要由所述电力充电的电容器并且执行由于其自身放电而进行的时间限制操作的定时器,第一控制开关控制向 所述定时器使得所述定时器在设定时间执行所述时间限制操作,整流器将来自所述另一无线传感器的无线电信号转换为电力;以及第二控制开关,当接收到所述传感器单元的控制信号时,开始向所述传感器单元供电 整流器在限时运行。
    • 2. 发明授权
    • Wireless sensor and method of controlling a wireless sensor
    • 无线传感器和控制无线传感器的方法
    • US07812710B2
    • 2010-10-12
    • US12184921
    • 2008-08-01
    • Yu KanekoEiji KamagataToshiyuki UmedaMasahiro Yoshikane
    • Yu KanekoEiji KamagataToshiyuki UmedaMasahiro Yoshikane
    • G08B1/00
    • H04W40/28H04W40/10Y02D70/326
    • A wireless sensor for a wireless sensor network includes a sensor unit performing sensing to sense environment and/or circumstance, first routing to send first sensing information to a server according to routing information, and second routing to send second sensing information from another wireless sensor to the server according to the routing information, when being supplied with power from a power source, a timer including a capacitor to be charged by the power and performs a time limit operation due to self-discharge thereof, a first control switch controlling power supplying to the timer to make the timer perform the time limit operation at a set time, a rectifier converting a radio signal from the another wireless sensor into power, and a second control switch starting power supplying to the sensor unit, upon receiving the control signal of the rectifier during the time limit operation.
    • 用于无线传感器网络的无线传感器包括执行感测以感测环境和/或环境的传感器单元,首先根据路由信息进行路由以向服务器发送第一感测信息,以及第二路由以将第二感测信息从另一无线传感器发送到 所述服务器根据所述路由信息,当从电源供电时,包括要由所述电力充电的电容器并且执行由于其自身放电而进行的时间限制操作的定时器,第一控制开关控制向 所述定时器使得所述定时器在设定时间执行所述时间限制操作,整流器将来自所述另一无线传感器的无线电信号转换为电力;以及第二控制开关,当接收到所述传感器单元的控制信号时,开始向所述传感器单元供电 整流器在限时运行。
    • 6. 发明申请
    • SMOOTHING DEVICE, SMOOTHING SYSTEM, AND COMPUTER PROGRAM PRODUCT
    • 平滑设备,平滑系统和计算机程序产品
    • US20130173067A1
    • 2013-07-04
    • US13719903
    • 2012-12-19
    • Yu KanekoShigeo Matsuzawa
    • Yu KanekoShigeo Matsuzawa
    • G05D23/19
    • G05D23/19G06F9/505G06F2209/509G06Q10/0631G06Q50/06Y02D10/22
    • According to an embodiment, a smoothing device includes a predicting unit, a calculating unit, and a control unit. The predicting unit predicts a calculation load of operation at a first time slot on the basis of weather prediction information of operation areas in which facility devices that perform environmental control according to control values resulting from the operation based on weather information are installed. The calculating unit calculates a calculation load of operation at a second time slot earlier than the first time slot on the basis of the weather information of the operation areas. The control unit controls an executing device that executes the operation so that part of the operation to be executed at the first time slot is executed at the second time slot.
    • 根据实施例,平滑装置包括预测单元,计算单元和控制单元。 基于根据基于天气信息的操作产生的控制值进行环境控制的设备装置的操作区域的天气预测信息,预测单元预测第一时隙的操作的计算负荷。 计算单元基于操作区域的天气信息计算比第一时隙早的第二时隙的操作的计算负荷。 控制单元控制执行操作的执行装置,使得在第二时隙执行在第一时隙执行的一部分操作。
    • 7. 发明申请
    • REMOTE INFORMATION COLLECTING DEVICE AND COMPUTER READABLE MEDIUM
    • 远程信息收集设备和计算机可读介质
    • US20120254350A1
    • 2012-10-04
    • US13336406
    • 2011-12-23
    • Toshio ItoYu KanekoShigeo Matsuzawa
    • Toshio ItoYu KanekoShigeo Matsuzawa
    • G06F15/16
    • H04L67/125H04L12/2809H04L12/2825H04L67/12H04L67/325
    • A building-facility information storage stores data sizes of process data to be collected from building-side communicating devices. A schedule generating unit generates a collection schedule of the process data from the building-side communicating devices so that, in a collection period including a plurality of unit periods continuous in terms of time, a first communication load representing a total data volume received from the building-side communicating devices per unit period and second communication loads each representing a data volume transmitted from each of the building-side communicating devices per unit period are balanced among the unit periods. A network communicating unit collects the process data from the building-side communicating devices in accordance with the collection schedule.
    • 建筑设施信息存储存储从建筑侧通信装置收集的处理数据的数据大小。 调度生成单元从建筑侧通信装置生成处理数据的收集调度,使得在包括时间长度连续的多个单位周期的收集期间中,表示从第一通信装置接收到的总数据量的第一通信负载 每个单位期间的建筑侧通信装置和每个表示从每个建筑侧通信装置发送的数据量的第二通信负载在单位周期之间进行平衡。 网络通信单元根据收集进度从建筑物侧通信装置收集过程数据。
    • 8. 发明申请
    • INFORMATION PRESENTATION DEVICE
    • 信息呈现装置
    • US20120233203A1
    • 2012-09-13
    • US13422857
    • 2012-03-16
    • Yu KanekoTomonori MaegawaShigeo MatsuzawaKotaro Ise
    • Yu KanekoTomonori MaegawaShigeo MatsuzawaKotaro Ise
    • G06F17/30G06F15/16
    • H04L12/6418
    • Certain embodiments provide a Web server, which is provided with a request reception unit for receiving a picture request including a picture ID for identifying a picture from a browser, and an information collection unit for finding the point ID corresponding to the picture ID included in the picture display request, and collecting the value of the point identified by the point ID from an IP controller. The information collection unit calculates the predictive starting time at which the value of the point is collected before the next picture display request is made from the current time, the collection time and the previous picture display request. The information collection unit collects the value of a point from the IP controller at the predictive starting time.
    • 某些实施例提供了一种Web服务器,其提供有用于从浏览器接收包括用于识别图片的图片ID的图片请求的请求接收单元和用于找到与包括在图像ID中的图片ID相对应的点ID的信息收集单元 图像显示请求,并从IP控制器收集由点ID识别的点的值。 信息收集单元计算在从当前时间,收集时间和先前图像显示请求开始下一个图像显示请求之前收集点的值的预测开始时间。 信息收集单元在预测开始时间从IP控制器收集点的值。
    • 9. 发明授权
    • Smoothing device, smoothing system, and computer program product
    • 平滑装置,平滑系统和计算机程序产品
    • US09250617B2
    • 2016-02-02
    • US13716707
    • 2012-12-17
    • Yu KanekoShigeo Matsuzawa
    • Yu KanekoShigeo Matsuzawa
    • G05B13/02G05B15/02
    • G05B13/02G05B15/02G05B2219/2642
    • According to an embodiment, a smoothing device includes an acquiring unit, a determining unit, and selecting unit. The acquiring unit acquires weather information of a plurality of operation areas. A facility device that performs environmental control according to a control value resulting from operation based on the weather information is installed in each of the operation areas. The determining unit determines whether or not an amount of change in weather exceeds a predetermined first threshold in each of the operation areas. The selecting unit selects at least one first operation area that is an operation area in which the amount of change exceeds the first threshold as a halt area for which the operation of the control value used by the facility device installed in the first operation area is halted when the number of first operation areas exceeds a predetermined second threshold.
    • 根据实施例,平滑装置包括获取单元,确定单元和选择单元。 获取单元获取多个操作区域的天气信息。 在每个操作区域中安装有根据基于天气信息的操作产生的控制值进行环境控制的设备装置。 确定单元确定每个操作区域中天气的变化量是否超过预定的第一阈值。 选择单元选择作为其中变化量超过第一阈值的操作区域的至少一个第一操作区域作为停止安装在第一操作区域中的设备设备使用的控制值的操作的停止区域 当第一操作区域的数量超过预定的第二阈值时。