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
    • 61. 发明专利
    • Stereoscopic image production method, device and program
    • 立体图像生产方法,设备和程序
    • JP2006072857A
    • 2006-03-16
    • JP2004257657
    • 2004-09-03
    • Asahi Koyo Kk朝日航洋株式会社
    • AKIYAMA YUKIHIDE
    • G06T17/05G06T11/60G09B29/00
    • PROBLEM TO BE SOLVED: To produce a stereoscopic topographic map clearly illustrating a hollow portion. SOLUTION: An unevenness detection device 12 detects a recessed part and a projecting part of topography shown by original topographical data 10. A separation device 14 separates the original topographical data 10 into the recessed part, the projecting part and a flat part according to a detection result of the unevenness detection device 12. A color conversion device 16 imparts a cold color to the recessed part, and a color conversion device 18 imparts a warm color to the projecting part. Topographical data on the recessed part from the color conversion device 16, topographical data on the projecting part from the color conversion device 18, and topographical data on the flat part from the separation device 14 are stored in a memory 20 as one piece of topographical data (shadow topographical data). An imaging device 22 images the shadow topographical data stored in the memory 20. An imaging device 24 images the original topographical data 10. A mixing device 26 adds and mixes output image data of the imaging devices 22, 24 in the same topographical position at a designated mixture ratio. COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:产生清楚地示出中空部分的立体地形图。 解决方案:不平坦度检测装置12检测原始地形数据10所示的凹坑部分和形​​状的突出部分。分离装置14将原始地形数据10分离成凹部,突出部分和平坦部分,根据 对于凹凸检测装置12的检测结果。颜色转换装置16向凹部赋予冷色,并且颜色转换装置18向突出部赋予温暖的颜色。 来自颜色转换装置16的凹部的形貌数据,来自颜色转换装置18的投影部分上的形貌数据以及来自分离装置14的平坦部分上的形貌数据作为一张地形数据存储在存储器20中 (阴影地形数据)。 成像装置22对存储器20中存储的阴影形貌数据进行成像。成像装置24对原始的地形数据10进行成像。混合装置26将成像装置22,24的输出图像数据在相同的地形位置 指定混合比例。 版权所有(C)2006,JPO&NCIPI
    • 62. 发明专利
    • Population fluidity estimation method, device and program
    • 人口流动性估计方法,设备和程序
    • JP2005202546A
    • 2005-07-28
    • JP2004006319
    • 2004-01-14
    • Asahi Koyo KkInfomatica:Kk朝日航洋株式会社株式会社インフォマティカ
    • MORIGIWA HIDEJIKIBAYASHI KIYOTO
    • G06F19/00G06Q10/04
    • PROBLEM TO BE SOLVED: To provide a population fluidity estimation method for further precisely estimating movement of people. SOLUTION: A walk zone from a station is set (S1), and the walk zone is divided to a predetermined size of meshes (S2). With respect to each mesh, the total sum of capacity of buildings located within the mesh concerned is calculated (S3). The number of incoming and outgoing passengers of the station is assigned according to the building capacity of each mesh (S4). The shortest moving route between each mesh and the station is determined (S5). For each shortest moving route, the number of incoming and outgoing passengers assigned to the top mesh in the shortest moving route is assigned as the number of passing persons to each mesh on the shortest moving route and accumulatively added (S6 and S7). A map in which the number of passing persons is superimposed on a map is formed and displayed (S8). COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种用于进一步精确估计人的移动的人群流动性估计方法。 解决方案:设置来自车站的步行区(S1),步行区被划分为预定大小的网格(S2)。 对于每个网格,计算位于相关网格内的建筑物的总容量(S3)。 根据每个网格的建设能力分配车站的进出乘客人数(S4)。 确定每个网格和站点之间的最短移动路线(S5)。 对于每个最短移动路线,分配给最短移动路线中的顶部网格的进入和离开的乘客的数量被分配为在最短移动路线上的每个网格的经过人数并且累加(S6和S7)。 形成并显示将通过者的数量叠加在地图上的地图(S8)。 版权所有(C)2005,JPO&NCIPI
    • 63. 发明专利
    • Three-dimensional data processing method and apparatus
    • 三维数据处理方法和设备
    • JP2005202510A
    • 2005-07-28
    • JP2004005870
    • 2004-01-13
    • Asahi Koyo Kk朝日航洋株式会社
    • YOKOTA HIROYUKITAMINO TAKAOMI
    • G01C7/02G06T1/00G06T3/00G06T5/20
    • Y02A10/30
    • PROBLEM TO BE SOLVED: To provide a three-dimensional data processing method and apparatus for more efficiently and accurately delete data other than surface data by accurately extracting dot data showing a ground surface from a plurality of dot data whose three-dimensional positions are measured. SOLUTION: A processing object extracting apparatus 12 reads from a memory three-dimensional position data in a range wider than processing object regions R(n, m) in an X direction and a Y direction by a fixed distance D, and temporarily stores the data into a memory 14. An x direction tile division apparatus 16 divides the predetermined section of the storage data of the memory 14 into a plurality of tiles in the x direction. The dot data of each tile by the apparatus 16 are processed by a forward filter 18F and a reverse filter 18B, and stored into memories 20F and 20B. A y direction division apparatus 22, a forward filter 24F and a reverse filter 24B applies the similar processing to the tiles divided in the y direction. A duplication removing apparatus 28 removes duplicated data from the processing results of the filters 18F, 18B, 24F and 24B. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供一种三维数据处理方法和装置,用于通过从多个点数据中精确地提取表示地面的点数据,从而更有效地并且精确地删除除了表面数据之外的数据,该点数据的三维位置 被测量。 解决方案:处理对象提取装置12从X方向和Y方向上的处理对象区域R(n,m)的宽度大于固定距离D的存储器三维位置数据读取,并且临时地 将数据存储到存储器14中。x方向瓦片分割装置16将存储器14的存储数据的预定部分在x方向上划分成多个瓦片。 设备16的每个瓦片的点数据由正向滤波器18F和反向滤波器18B处理,并存储到存储器20F和20B中。 y方向分割装置22,正向滤波器24F和反向滤波器24B对与y方向分割的瓦片进行类似的处理。 复制消除装置28从滤波器18F,18B,24F和24B的处理结果中去除重复的数据。 版权所有(C)2005,JPO&NCIPI
    • 64. 发明专利
    • Transit vessel of material and tool to power transmission tower and transportation method using the vessel
    • 材料和工具的运输船到动力传递塔和使用船只的运输方法
    • JP2005185030A
    • 2005-07-07
    • JP2003424352
    • 2003-12-22
    • Asahi Koyo KkKansai Electric Power Co Inc:The朝日航洋株式会社関西電力株式会社
    • SHIMIZU SHIGETOKURIYAMA SHIROSUZUKI HAJIMENAKAJIMA DAISUKESAKAMOTO TOKIOKUNIGARA MASAOOKUKUBO KENICHIUEDA HIROHISA
    • B65D6/08H02G1/02
    • PROBLEM TO BE SOLVED: To improve the transportation efficiency of materials and tools to a power transmission tower, and to shorten the period for the replacement and maintenance. SOLUTION: The required materials and tools are put into a transit vessel 1 and transported directly to the top of the power transmission tower 4 by hanging them on a rope 3 of a helicopter 2. The rope 3 is supported at its upper end to a main hook 5, arranged at the bottom of a fuselage of the helicopter 2 so as to be balanced with the hook, and attached at its lower end with a cargo hook 7 that operates integrally with a rotary actuator 6. The cargo hook is hung over to a shackle (connecting metal fittings) 8, to hang down the transit vessel 1. The shackle 8 gathers upper ends of four wires 9 into a single piece, and lower ends of the wires 9 are connected to four corners of the upper surface of the transit vessel 1. An insulating tube 10 that feeds air to the rotary actuator 6 is arranged along the circumference of the rope 3, and the rope 3 and the tube 10 are coupled at their middle points by a swivel (rotating joint) 11, to prevent distortions of the rope and the tube. A guide rope 12 is hung downward in the lower part of the transit vessel 1, and the transit vessel 1 hung down from the helicopter 2 can be pulled in, by grasping the guide rope 12. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提高输电塔的材料和工具的运输效率,缩短更换和维护期限。

      解决方案:将所需的材料和工具放入运输容器1中,并通过将其悬挂在直升机2的绳索3上直接运输到输电塔4的顶部。绳索3在其上端 到主钩5,其布置在直升机2的机身的底部,以便与钩平衡,并在其下端安装有与旋转致动器6一体操作的货钩7.货钩是 悬挂在挂钩(连接金属配件)8上,以悬挂运输船1.吊钩8将四根线9的上端收集成单件,并将电线9的下端连接到上端的四个角 运送容器1的表面。沿着绳索3的圆周布置有向旋转致动器6供给空气的绝缘管10,绳索3和管10在其中间点处通过旋转接头(旋转接头) 11,以防止绳索和管子的扭曲。 引导绳索12在运输船1的下部悬挂在下方,从直升机2悬挂的运输船1可通过抓住导绳12被拉入。(C)2005年, JPO&NCIPI

    • 65. 发明专利
    • THREE-DIMENSIONAL DISPLAY SYSTEM AND ITS CONTROL METHOD AND ITS DEVICE
    • JP2003233841A
    • 2003-08-22
    • JP2002034304
    • 2002-02-12
    • ASAHI KOYO KK
    • OKUBO TAKAYUKISUEHISA HIROYUKIKANEKO HIDEOKOBAYASHI YOSHI
    • G01C21/00G06T17/40
    • PROBLEM TO BE SOLVED: To allow a user to easily return to an already known place when the user is lost. SOLUTION: A hard disk 10 stores the 3D data of an actual city. A primary building is added with explanations or the like. A CPU 12 reads the 3D data from the hard disk 10, and integrates the data into three-dimensional in a line of sight direction, and displays the data on the screen of a display device 14. According as the point of view, the line of sight direction, or the scale is changed by an operating device 18, the CPU 12 repairs the display picture of the display device 14 in a real time. At the time of designating a building with additional information, the CPU 12 displays the additional information. A memory 16 stores the information of a point of view P, a line of sight direction θ, and a scale M at the time of displaying the additional information only by the prescribed number in the order of the designation in the past. According as a restoration button 20 is operated, the CPU 12 reads the information of a point of view P1, a line of sight direction θ1, and a scale M1 at the time of previously displaying the additional information, and displays a city space viewed in the line of sight direction θ1 from the point of view P1 by the scale M1. COPYRIGHT: (C)2003,JPO
    • 68. 发明专利
    • DROP PREVENTING METHOD FOR BRIDGE AND BRIDGE GIRDER SUPPORTING WIDTH ENLARGING MEMBER
    • JPH1113018A
    • 1999-01-19
    • JP17914697
    • 1997-06-20
    • ASAHI KOYO KK
    • ISHII YUKIO
    • E01D19/04E01D2/00E01D21/00
    • PROBLEM TO BE SOLVED: To allow economical execution in a short period without reducing an aseismatic property and the strength of bridge piers during construction by adding supporting width enlarging members receiving bridge girders to abutments or the bridge piers with anchor bolts. SOLUTION: Bridge girder supporting width enlarging members 21a-21d are fixed to the bridge center section side faces of abutments 5, 5' and both the right and left side faces of bridge piers 11 by anchor bolts 23. The anchor bolts 23 are normally called chemical anchors and are driven into the abutments 5 and the bridge piers 11 in the horizontal and vertical directions. The enlarging members 21 are made of reinforced concrete and are manufactured at a factory, not at a site. After the enlarging members 21 are fixed, the suspension width of bridge girders 7, 7' on the abutments 5, 5' and the bridge piers 11 is increased by the thickness of the enlarging members 21, and the bridge girders 7 are hardly dropped that much when the bridge pier interval is increased at the time of an earthquake. Economical execution can be made in a short period without reducing the aseismatic property and the strength of the bridge piers 11 during construction.
    • 69. 发明专利
    • METHOD AND DEVICE FOR PREPARING DEVELOPMENT PICTURE
    • JPH0737065A
    • 1995-02-07
    • JP18251793
    • 1993-07-23
    • ASAHI KOYO KK
    • INOUE TORU
    • H04N7/18G06T1/00
    • PURPOSE:To provide development picture of an optional range, for instance, a ground picture and a plane picture along a track. CONSTITUTION:An object area is photographed by a video camera 10 and recorded on a video tape 14. Pictures recorded on the video tape 14 are reproduced and an extraction circuit 16 extracts line pictures from the fixed horizontal scanning lines (extraction reference lines) of respective pictures. A moving distance calculation circuit 18 calculates a moving distance at the time of photographing and line picture data outputted by the extraction circuit 16 are written in a picture memory 20 with distance signals outputted by the circuit 18 as write addresses. After the required line pictures are written in the picture memory 20, an interpolation circuit 22 interpolates lacking picture data. The picture data for which interpolation is completed are the development picture to be a target and the pictures are displayed at a monitor 24 and printed and outputted by a printer 26.
    • 70. 发明专利
    • SURVEY OF GOLD DEPOSIT
    • JPH0442085A
    • 1992-02-12
    • JP15019890
    • 1990-06-08
    • ASAHI KOYO KK
    • ARAKI HARUMI
    • G01V5/12G01V5/02
    • PURPOSE:To enable discovery of gold deposit in a short time with high probability by letting fly an airplane carrying gamma-ray detection means above the area of surveying and selecting an area more abundant of potassium than the surrounding area. CONSTITUTION:A gamma-ray detector 10 consisting of 8 sodium iodide scintillators in 5 inches bundled with every 4 for example, are fixed on the right and left sides of a helicopter body. Besides the helicopter also carry a pressure sensor 14, height sensor 15, a video camera 16, and a multi-channel data recorder 18 to record three outputs from a gamma-ray analyzer 12 and outputs of sensors 14 and 15 on a recording medium such as magnetic tape etc. By letting fly a helicopter carrying these devices over the objective area for surveying to detect gamma-ray dose by scanning the surface. The information recorded with the recorder 18 is replayed on the earth and analyzed with a computer 22. In an area volcano is active and the resultantly potassium is more abundant than the surrounding area, magma is always supplied and therefore probable existence of gold deposit is predicted.