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    • 6. 发明申请
    • VELOCITY MEASURING DEVICE AND METHOD FOR CORRECTING MEASURED VELOCITY
    • 速度测量装置和校正速度的方法
    • US20110307204A1
    • 2011-12-15
    • US12950485
    • 2010-11-19
    • Sung-Yeob CHO
    • Sung-Yeob CHO
    • G06F19/00G01P21/00G01P11/00
    • G01P21/00B60T8/172B60T2210/36B60T2250/04B60T2250/06
    • A velocity measuring device and a measured velocity correcting method are provided. The velocity measuring device includes: a GPS unit that receives a satellite signal from a GPS (Global Positioning System) satellite and generates GPS data including position coordinates and a traveling velocity; an acceleration sensor unit that includes an acceleration sensor and generates sensor data including a traveling velocity and a road slope; and a correction unit that compares the GPS data and the sensor data generated at a current time with the GPS data and the sensor data generated at a previous time and sets the traveling velocity included in the sensor data or the GPS data as a measured velocity depending on whether a variation in traveling velocity exists.
    • 提供了一种速度测量装置和测量的速度校正方法。 速度测量装置包括:GPS单元,其从GPS(全球定位系统)卫星接收卫星信号并产生包括位置坐标和行进速度的GPS数据; 加速度传感器单元,其包括加速度传感器,并生成包括行驶速度和道路坡度的传感器数据; 以及校正单元,其将GPS数据和当前时间生成的传感器数据与前一时间生成的GPS数据和传感器数据进行比较,并将包括在传感器数据或GPS数据中的行进速度设置为测量的速度依赖性 关于行驶速度的变化是否存在。
    • 7. 发明授权
    • System and method for using structured shapes to increase laser scanner accuracy
    • 使用结构化形状增加激光扫描仪精度的系统和方法
    • US07725287B2
    • 2010-05-25
    • US12110327
    • 2008-04-27
    • David G. Stocker
    • David G. Stocker
    • G01P11/00
    • G01B11/002B66C13/46G01B11/03
    • A system and method for determining the rectangular coordinate position of a first object spaced apart from and opposing a second object by placing at least three three-dimensional structures at different known locations on the top surface of the first object and a corresponding number of pulse transceivers at known locations on the bottom surface of the second object, directing a series of pulses having a known speed from each of the transceivers along a path crossing the highest point of a corresponding one of the structures, determining the shortest and second shortest distances travelled by the transmitted pulses and using that data together with other known data to locate edges of the first object and calculate the rectangular coordinate position of the first object with respect to the second object.
    • 一种用于通过在第一物体的顶表面上的不同已知位置放置至少三个三维结构和相应数量的脉冲收发器来确定与第二物体间隔开并相对于第二物体的第一物体的直角坐标位置的系统和方法 在第二物体的底表面上的已知位置处,沿着与相应一个结构的最高点交叉的路径来引导具有来自每个收发器的具有已知速度的一系列脉冲,确定由所述结构中的相应一个结构行进的最短和第二最短距离 所发送的脉冲并且与其他已知数据一起使用该数据来定位第一对象的边缘并且计算第一对象相对于第二对象的直角坐标位置。
    • 8. 发明申请
    • VELOCITY DETECTOR
    • 速度检测器
    • US20100017166A1
    • 2010-01-21
    • US12438916
    • 2007-08-24
    • Christopher Ian Moir
    • Christopher Ian Moir
    • G01P11/00G06F15/00
    • G01P3/36G01P3/68G01P5/20G01S17/58
    • Apparatus for determining the velocity and direction of a moving object, the apparatus comprising: a coherent light (L) source arranged to generate an incident beam (B) of coherent light; an optical imaging system arranged to receive light reflected from a moving object passing through the incident beam and to focus the reflected light into a magnified image of the moving image; a first optical mask (M) through which the magnified image is projected, the mask having a first region of alternating opaque and non-opaque areas having a first spacing and second region of alternating opaque and non-opaque areas having a second spacing different from the first spacing; a first light detector (D) arranged to receive the light signal transmitted through the optical mask, the light signal comprising a series of pulses, and to calculate the velocity and direction of the moving object as a function of the pulse frequency and the spacing of the opaque areas of the optical mask.
    • 用于确定移动物体的速度和方向的装置,所述装置包括:布置成产生相干光的入射光束(B)的相干光(L)源; 光学成像系统,被布置成接收从通过入射光束的移动物体反射的光并将反射光聚焦到运动图像的放大图像中; 第一光学掩模(M),放大的图像通过该第一光学掩模投射,所述掩模具有交替的不透明区域和不透明区域的第一区域,具有第一间隔的第一区域和具有不同于第二间隔的第二间隔的交替的不透明区域和非不透明区域的第二区域 第一个间距; 布置成接收通过光学掩模传输的光信号的第一光检测器(D),所述光信号包括一系列脉冲,并且计算作为脉冲频率和间隔的运动物体的速度和方向 光学掩模的不透明区域。
    • 10. 发明授权
    • Device for resolving interpersonal relationship issues
    • 解决人际关系问题的手段
    • US07337946B2
    • 2008-03-04
    • US11263272
    • 2005-10-31
    • Timothy Belton
    • Timothy Belton
    • G06C3/00G06C1/00G06C27/00G06G1/14G01G19/41A61B5/22G01P11/00
    • G06G1/08
    • A device for resolving interpersonal relationship issues comprising: (a) a plurality of text sheets comprised of flexible, transparent material; (b) a rigid front cover; and (c) a rigid back cover; wherein each text sheet comprises an opaque band bearing text on either side of the opaque band, such that different text is presented on each side of the text sheet; wherein both the front and back covers comprise one or more text windows through which the text on the opaque band of the text sheets can be viewed. The text that is presented on one side of each disc relates to one or more interpersonal problem(s) and the text that is presented on the other side of each disc relates to possible solutions to the problem(s). In a preferred embodiment, the text sheets are comprised of MYLAR® polyester film.
    • 一种用于解决人际关系问题的装置,包括:(a)由柔性透明材料构成的多个文本片; (b)刚性前盖; 和(c)刚性后盖; 其中每个文本片包括在所述不透明带的任一侧上带有文本的不透明带,使得在所述文本片的每一侧上呈现不同的文本; 其中所述前盖和后盖都包括一个或多个文本窗口,通过所述文本窗口可以观看文本片段的不透明带上的文本。 在每个光盘的一面上呈现的文本涉及一个或多个人际关系问题,并且在每个光盘的另一侧上呈现的文本涉及该问题的可能解决方案。 在优选实施例中,文本片由MYLAR聚酯膜组成。