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    • 1. 发明授权
    • Photo survey service system
    • 照片调查服务体系
    • US07023468B2
    • 2006-04-04
    • US09861630
    • 2001-05-22
    • Hiroshi ChikahisaKaoru KobayashiHirotaka NakaharaKazunobu MatsumotoMasayuki TsutsuiKouki Kumagai
    • Hiroshi ChikahisaKaoru KobayashiHirotaka NakaharaKazunobu MatsumotoMasayuki TsutsuiKouki Kumagai
    • H04N7/18
    • G01C11/02
    • The photo survey service system of the invention comprises an image information receiving means 12 for receiving image information from customer's terminal equipment 8 via a telecommunication circuit network 10, which image information is obtained by taking photographs of an area 4 under survey having a plurality of stations 2-1, 2-2, . . . 2-n from a plurality of points using a digital camera 6 at a fixed focal length, an analysis processing means 14 which uses computation processing to calculate a three-dimensional vector relation of each station from the received image information on the basis of a difference in parallax between both images of adjacent photographing points, and an analytical result transmitting means 16 for transmitting information on the calculated three-dimensional vector relation of each station to the customer's terminal equipment 8 via the telecommunication circuit network 10.
    • 本发明的照片调查服务系统包括图像信息接收装置12,用于经由电信电路网络10从客户终端设备8接收图像信息,该图像信息通过拍摄具有多个站点的被调查区域4的照片而获得 2-1,2-2,。 。 。 2 -n,使用数字照相机6以固定焦距从多个点分析处理装置14,其使用计算处理来根据接收的图像信息根据差异来计算每个站的三维向量关系 在相邻拍摄点的两个图像之间的视差中,以及分析结果发送装置16,用于经由电信电路网络10向客户的终端设备8发送关于每个站的计算的三维向量关系的信息。
    • 6. 发明授权
    • Pile-framed structure
    • 桩框结构
    • US4767240A
    • 1988-08-30
    • US923542
    • 1986-10-27
    • Shigeaki OhkawaraYukio Oka
    • Shigeaki OhkawaraYukio Oka
    • E02B3/06E02D27/14E02D5/20E02D5/34
    • E02D27/14E02B3/06
    • An underwater pile-framed structure comprises a plurality of upright piles 11 arranged in two parallel and spaced rows, reinforcing cages 13 surrounding the piles in peripherally spaced relationship thereto, and precast block stacks 22, 23 connecting together the piles in the two rows and surrounding individual pile-cage assemblies in each row. The piles are driven into the seabed in two spaced and parallel rows, the reinforcing cages are lowered over the piles to predetermined positions, the blocks are stacked over the cages to connect together the pile-cage assemblies in the two rows, and concrete is poured into the annular clearances between the piles and the block stacks.
    • 水下桩框结构包括布置成两个平行和间隔的行的多个直立桩11,围绕桩周围间隔开的堆叠的加强笼13以及连接在两排和周围的桩的预制块堆叠22,23 每排单个桩笼组件。 将这些桩以两个间隔开的平行排列入海底,将加固笼从桩上下降到预定位置,将这些块堆叠在笼子上,将两列中的桩笼组件连接在一起,并将混凝土浇注 进入桩和块堆叠之间的环形间隙。