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    • 11. 发明申请
    • WEATHER RADAR APPARATUS AND WEATHER OBSERVATION METHOD
    • 天气雷达装置和天气观测方法
    • US20110234453A1
    • 2011-09-29
    • US13013189
    • 2011-01-25
    • Fumihiko MIZUTANIMasakazu Wada
    • Fumihiko MIZUTANIMasakazu Wada
    • G01S13/95
    • G01S13/95G01S13/426G01S2013/0245Y02A90/18
    • According to one embodiment, a weather radar apparatus includes an antenna unit, a drive unit, an adjustment unit, and a control unit. The antenna unit is configured to transmit radio waves from a plurality of antenna elements, perform beam scan in a direction of elevation angle by phase control, and receive waves reflected by a weather target. The drive unit is configured to drive an elevation angle and an azimuth angle of an aperture plane of the antenna unit. The adjustment unit is configured to adjust an observation range and an observation elevation angle by the antenna unit and the drive unit in accordance with a plurality of observation modes. The control unit is configured to set the observation mode based on a received signal of the reflected waves.
    • 根据一个实施例,天气雷达装置包括天线单元,驱动单元,调整单元和控制单元。 天线单元被配置为从多个天线元件发送无线电波,通过相位控制在仰角的方向上执行波束扫描,并且接收由天气目标反射的波。 驱动单元被配置为驱动天线单元的孔径平面的仰角和方位角。 调整单元被配置为根据多个观察模式通过天线单元和驱动单元来调整观察范围和观察仰角。 控制单元被配置为基于反射波的接收信号设置观察模式。
    • 13. 发明申请
    • WEATHER RADAR AND WEATHER OBSERVATION METHOD
    • 天气雷达和天气观测方法
    • US20100253574A1
    • 2010-10-07
    • US12700228
    • 2010-02-04
    • Fumihiko MIZUTANIMasakazu Wada
    • Fumihiko MIZUTANIMasakazu Wada
    • G01S13/95H01Q3/00
    • G01S13/424G01S13/48G01S13/951H01Q3/2605H01Q25/00Y02A90/18
    • A weather radar includes an antenna unit of an active phased array system in which a plurality of antenna elements configured to transmit a radar pulse and receive a reflected pulse are arranged in a vertical direction, a transmission beam formation unit configured to divide an observation range in the elevation angle direction into a plurality of observation elevation angles, subdivide each observation elevation angle into a plurality of regions, assign a set of a plurality of regions not adjacent to each other to a pulse repetition interval (PRI), and form a fan-shaped transmission beam in the elevation angle direction for each of the regions in the set, and a reception beam formation unit configured to form a plurality pencil-shaped reception beams for each of the plurality of regions.
    • 天气雷达包括有源相控阵系统的天线单元,其中配置成发送雷达脉冲并接收反射脉冲的多个天线元件被布置在垂直方向上,发射波束形成单元被配置为将观测范围 将仰角方向分割为多个观察仰角,将各观测仰角细分为多个区域,将不相邻的多个区域的集合分配给脉冲重复间隔(PRI),并形成扇区 - 以及接收波束形成单元,被配置为为多个区域中的每个区域形成多个笔形接收波束。
    • 16. 发明申请
    • Liquid Crystal Display Panel and Liquid Crystal Displat Apparatus
    • 液晶显示面板和液晶显示器
    • US20070242185A1
    • 2007-10-18
    • US10598952
    • 2005-03-15
    • Hiroshi FukushimaKoji YabutaTomoo TakataniMasakazu Wada
    • Hiroshi FukushimaKoji YabutaTomoo TakataniMasakazu Wada
    • G02F1/1335
    • G02B6/005G02B6/0038G02F2001/133616
    • A first optical-path changing layer is provided, on a front-face side of a rear-face side transparent substrate including a light source on one side face thereof. The first optical-path changing layer has a refractive index substantially equal to that of the transparent substrate, and includes predetermined protrusions and predetermined depressions. Further, a low refractive-index layer is provided on a front-face side of the first optical-path changing layer. The low refractive-index layer is in contact with the protrusions and the depressions of the first optical-path changing layer, and has a smaller refractive index than the refractive index of the first optical-path changing layer. Further, a second optical-path changing layer is provided on a rear-face side of the rear-face side transparent substrate. The second optical-path changing layer includes predetermined protrusions and predetermined depressions.
    • 第一光路改变层设置在其一侧面上包括光源的背面侧透明基板的正面侧。 第一光路改变层的折射率基本上等于透明基板的折射率,并且包括预定的突起和预定的凹陷。 此外,在第一光路改变层的正面侧设置低折射率层。 低折射率层与第一光路改变层的突起和凹陷接触,并且具有比第一光路改变层的折射率更小的折射率。 此外,第二光路改变层设置在背面侧透明基板的背面侧。 第二光路改变层包括预定的突起和预定的凹陷。
    • 17. 发明授权
    • Weather prediction system and power demand prediction system, and weather prediction method and power demand prediction method
    • 天气预报系统和电力需求预测系统,天气预报方法和电力需求预测方法
    • US07076368B2
    • 2006-07-11
    • US10923716
    • 2004-08-24
    • Masakazu Wada
    • Masakazu Wada
    • G01W1/00
    • G01W1/10
    • A weather prediction unit calculates a local numerical weather prediction model from GPV data and weather observation data and predicts a regional meteorological phenomenon in a fractionated region. A power demand prediction unit predicts a power demand in each region on the basis of the regional prediction result of the meteorological phenomenon. A generated heat value prediction unit predicts a generated heat value in each region on the basis of the regional prediction result of the power demand. The regional prediction result of the generated heat value is reflected on the numerical weather prediction model. Meteorological phenomena are predicted by adding the thermal energy as sensible heat from the earth's surface and taking artificial exhaust heat by electrical energy into consideration. Accordingly, weather prediction and power demand prediction are organically combined so that accurate weather prediction and power demand prediction are implemented while considering artificial heat exhaust.
    • 天气预报单元从GPV数据和天气观测数据计算局部数值天气预报模型,并预测分区区域的区域气象现象。 电力需求预测单元根据气象现象的区域预测结果预测各地区的电力需求。 生成热值预测单元基于功率需求的区域预测结果来预测各区域的发热量。 产生的热值的区域预测结果反映在数值天气预报模型上。 通过将热能作为来自地球表面的显热加入电能并通过电能进行人为排热来预测气象现象。 因此,天气预报和电力需求预测有机结合,从而在考虑人造热排气的同时实现准确的天气预报和电力需求预测。