会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明申请
    • BUILDING OCCUPANCY DEPENDENT CONTROL SYSTEM
    • 建筑物依赖控制系统
    • WO2011121299A1
    • 2011-10-06
    • PCT/GB2011/000491
    • 2011-03-30
    • TELEPURE LIMITEDKNAPTON, CaryCOLLINS, PaulWEBB, Barry
    • KNAPTON, CaryCOLLINS, PaulWEBB, Barry
    • G05D23/19F24F11/00
    • G05B13/02F24F11/30F24F11/63F24F2110/12F24F2120/10G05B15/02G05B2219/2642
    • An HVAC control system is described comprising: a server (32) having planned information, a man-machine interface (50) capable of communication with the server (32) to provide dynamic information about building occupancy based on a change in cold water in a mains riser. A central control unit (28) which can communicate with the server (32), and a room node (22, 24) for providing information about conditions within the room whereby, the information about room conditions is compared to planned information and/or dynamic information and adjustments made accordingly. The room node (22, 24) may comprise sensors (276, 278, 272, 274) which provide information about conditions in the room. Dynamic information can include changes to planned occupancy, the effect of solar heating and weather conditions. Changes to planned occupancy can be established through detecting location (internally or externally) or destination of a user; and calculating estimated time of arrival of a user.
    • 描述了一种HVAC控制系统,包括:具有计划信息的服务器(32),能够与服务器(32)进行通信的人机接口(50),以提供关于建筑物占用的动态信息,基于冷水的变化 电源立管。 可以与服务器(32)通信的中央控制单元(28)和用于提供关于房间内的状况的信息的房间节点(22,24),由此将关于房间条件的信息与计划信息和/或动态 信息和调整相应。 房间节点(22,24)可以包括提供关于房间中的状况的信息的传感器(276,278,272,274)。 动态信息可以包括对计划占用的变化,太阳能供热和天气条件的影响。 可以通过检测用户的位置(内部或外部)或目的地来建立对计划占用的更改; 并计算用户的估计到达时间。
    • 3. 发明申请
    • SOLAR STREET LIGHT CONTROL SYSTEM
    • 太阳能路灯控制系统
    • WO1996020369A1
    • 1996-07-04
    • PCT/AU1995000881
    • 1995-12-22
    • ECO-DESIGN FOUNDATION, INC.WEBB, BarryMERCER, Reginald, L.FRY, Anthony, H.
    • ECO-DESIGN FOUNDATION, INC.
    • F21S09/00
    • F21S9/032F21W2111/02F21W2131/103H05B37/02H05B37/0218H05B37/0281Y02B20/42Y02B20/46Y02B20/48Y02B20/72
    • The intelligent lighting system (10) maximises available energy collected and stored whilst maximising the life of the storage batteries by monitoring battery voltage (15), PV cell voltage (14), charging current (17), battery temperature (16) and PV cell temperature (18). The storage battery (12) is computer modelled and data from the sensors is processed to ensure optimum charging rates and maximum battery life via battery charger regulator (26). The system (10) also manages utilisation of energy to provide a level of illumination commensurate with demand. Sensors detecting noise (19) and movement (21) enable the system (10) to determine the utilisation of the area being serviced by the lamp (13). The controller processes data reflecting area utilisation, ambient light levels, time-of-day, time-of-year, geographic variables, available stored energy, statistical energy usage patterns to determine how much illumination to provide and when to provide it.
    • 智能照明系统(10)通过监测蓄电池电压(15),PV电池电压(14),充电电流(17),电池温度(16)和PV电池 温度(18)。 蓄电池(12)由计算机建模,来自传感器的数据被处理,以通过电池充电器调节器(26)确保最佳的充电速率和最长的电池寿命。 系统(10)还管理能量的利用以提供与需求相称的照明水平。 检测噪声(19)和移动(21)的传感器使得系统(10)能够确定由灯(13)所服务的区域的利用。 控制器处理反映区域利用率,环境光照水平,时间,时间,地理变量,可用存储能量,统计能量使用模式的数据,以确定提供多少照明和何时提供。