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    • 5. 发明申请
    • BIOCLIMATOLOGICAL STATION
    • 生物气象站
    • WO1998001773A1
    • 1998-01-15
    • PCT/FR1997001168
    • 1997-07-01
    • PERROT S.A.PANHELLEUX, Joël
    • PERROT S.A.
    • G01W01/02
    • G01W1/00G01W1/02
    • The invention discloses a bioclimatological station for establishing in-situ the energy balance of a plant canopy and determining its water demand from parameters measured by sensors provided in the station and a software operated by a central processing unit connected to the sensors and means (E) for transmitting signals to a control station. The station comprises at least a pyrradiometer (3), an anemometer (5), two devices (20) for measuring the temperature and the relative humidity of the air, a rain gauge (70) and autonomous means of power supply, consisting of solar panels (75) connected to an energy storing battery.
    • 本发明公开了一种生物气候站,用于原地建立植物冠层的能量平衡,并根据由站内提供的传感器测量的参数确定其需水量,以及由连接到传感器和装置(E)的中央处理单元操作的软件, 用于将信号发送到控制站。 该站包括至少一个用于测量空气的温度和相对湿度的风速计(5),风速计(5),两个装置(20),一个雨量计(70)和自动供电装置,由太阳能 连接到储能电池的面板(75)。
    • 6. 发明申请
    • ATMOSPHERIC REMOTE SENSING INSTRUMENT SYSTEM
    • 大气遥感仪表系统
    • WO1996018916A1
    • 1996-06-20
    • PCT/US1995016130
    • 1995-12-13
    • RADIAN CORPORATION
    • RADIAN CORPORATIONPETERMAN, K., RussellSMITH, Michael, V.
    • G01W01/02
    • G01P5/244G01S15/58G01S15/885G01W1/02
    • A system of atmospheric remote sensing instruments that utilize a common phased-array acoustic antenna so as to take temperature and wind measurements over a wide range of altitudes. One of the atmospheric remote sensing instruments in the system is a monostatic SODAR (32) that takes wind measurements by transmitting pulses of acoustic energy into the atmosphere and then measuring received reflected acoustic energy. The acoustic pulses are both transmitted and received by the common phased-array acoustic antenna (36). Another of the atmopsheric remote sensing instruments in the system is a wind profiling radar (34) that takes wind measurements by transmitting pulses of electromagnetic energy into the atmosphere and then measuring received backscattered electromagnetic energy. The pulses are both transmitted and received by a phased-array radar antenna (38). The final atmospheric remote sensing instrument in the system is a RASS (30) that takes temperature measurements by transmitting and receiving electromagnetic energy into the atmosphere.
    • 一种大气遥感仪器系统,利用普通的相控阵天线,以便在宽范围的高度上进行温度和风量测量。 系统中的一个大气遥感仪器是单声道SODAR(32),通过将声能脉冲传输到大气中,然后测量接收的反射声能来进行风测量。 声脉冲都由公共相控阵天线(36)发射和接收。 系统中的另一个大气遥感仪器是风廓线雷达(34),其通过将电磁能的脉冲发射到大气中然后测量接收的反向散射电磁能来进行风测量。 脉冲都由相控阵雷达天线(38)发射和接收。 系统中最终的大气遥感仪器是RASS(30),通过向大气中传输和接收电磁能来进行温度测量。