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    • 51. 发明授权
    • Apparatus, method, and medium for adaptively setting reference sensing boundary of touch sensor
    • 用于自适应地设置触摸传感器的参考感测边界的装置,方法和介质
    • US07681458B2
    • 2010-03-23
    • US11645705
    • 2006-12-27
    • Wook ChangWon-chul BangJoon-ah ParkYeun-bae Kim
    • Wook ChangWon-chul BangJoon-ah ParkYeun-bae Kim
    • G01B7/16
    • H03K17/962H03K2217/94026
    • Provided are an apparatus for and method and medium of adaptively setting a reference sensing boundary of a touch sensor. The apparatus for adaptively setting a reference sensing boundary includes a reference sensing boundary setting unit adaptively setting a reference sensing boundary of a capacitance using a signal generated by a reference touch sensor; a determination unit determining whether or not a value measured by a device control touch sensor controlling a device to which the reference touch sensor is attached is within the set reference sensing boundary, by sensing a change in the capacitance; and an output unit outputting the measured value if the determination result indicates that the measured value is within the reference sensing boundary. Accordingly, the reference sensing boundary of the touch sensor is automatically recalculated without a user's intervention and a sensitivity and threshold of the touch sensor are adaptively changed so that the operational reliability of the touch sensor can be enhanced.
    • 提供了一种自适应地设置触摸传感器的参考感测边界的装置和方法和介质。 用于自适应地设置参考感测边界的装置包括参考感测边界设置单元,使用由参考触摸传感器产生的信号自适应地设置电容的参考感测边界; 确定单元,通过感测电容的变化来确定通过控制参考触摸传感器附接的装置的装置控制触摸传感器测量的值是否在所设置的参考感测边界内; 以及输出单元,如果所述确定结果指示所述测量值在所述参考感测边界内,则输出所述测量值。 因此,触摸传感器的参考感测边界在没有用户干预的情况下自动重新计算,并且自适应地改变触摸传感器的灵敏度和阈值,从而可以提高触摸传感器的操作可靠性。
    • 52. 发明授权
    • System, method and medium tracking motion of subject using laser
    • 使用激光的对象的系统,方法和介质跟踪运动
    • US07863551B2
    • 2011-01-04
    • US11892535
    • 2007-08-23
    • Won-chul BangKyu-yong KimYeun-bae Kim
    • Won-chul BangKyu-yong KimYeun-bae Kim
    • G01C21/02G01C21/24G01J1/20
    • G06F3/011G06K9/00355G06K9/209
    • A system, method and medium tracks a motion of a subject using a laser by synchronizing an incident axis of the input image with an exit axis of the laser in order to radiate the laser based on an input image. The system includes a half mirror to reflect a predetermined amount of incident light and to transmit a remaining amount of the incident light, an image input unit to input an image reflected from the half mirror, a position identifying unit to identify a position of a first subject included in the input image, and a target tracking unit to track the first subject with reference to the identified position by radiating a laser transmitted through the half mirror onto the first subject along an axis from the half mirror and onto the first subject.
    • 系统,方法和介质通过使输入图像的入射轴与激光器的出射轴同步来使用激光跟踪对象的运动,以便基于输入图像辐射激光。 该系统包括半反射镜以反射预定量的入射光并传输剩余量的入射光,图像输入单元,用于输入从半反射镜反射的图像;位置识别单元,用于识别第一 包括在输入图像中的对象以及目标跟踪单元,用于通过将从半反射镜传播的激光照射到第一对象上并参照所识别的位置,沿着从半反射镜的轴线到第一对象而跟踪第一被摄体。
    • 58. 发明申请
    • Apparatus, method, and medium for adaptively setting reference sensing boundary of touch sensor
    • 用于自适应地设置触摸传感器的参考感测边界的装置,方法和介质
    • US20070186663A1
    • 2007-08-16
    • US11645705
    • 2006-12-27
    • Wook ChangWon-chul BangJoon-ah ParkYeun-bae Kim
    • Wook ChangWon-chul BangJoon-ah ParkYeun-bae Kim
    • G01B7/16
    • H03K17/962H03K2217/94026
    • Provided are an apparatus for and method and medium of adaptively setting a reference sensing boundary of a touch sensor. The apparatus for adaptively setting a reference sensing boundary includes a reference sensing boundary setting unit adaptively setting a reference sensing boundary of a capacitance using a signal generated by a reference touch sensor; a determination unit determining whether or not a value measured by a device control touch sensor controlling a device to which the reference touch sensor is attached is within the set reference sensing boundary, by sensing a change in the capacitance; and an output unit outputting the measured value if the determination result indicates that the measured value is within the reference sensing boundary. Accordingly, the reference sensing boundary of the touch sensor is automatically recalculated without a user's intervention and a sensitivity and threshold of the touch sensor are adaptively changed so that the operational reliability of the touch sensor can be enhanced.
    • 提供了一种自适应地设置触摸传感器的参考感测边界的装置和方法和介质。 用于自适应地设置参考感测边界的装置包括参考感测边界设置单元,使用由参考触摸传感器产生的信号自适应地设置电容的参考感测边界; 确定单元,通过感测电容的变化来确定通过控制参考触摸传感器附接的装置的装置控制触摸传感器测量的值是否在所设置的参考感测边界内; 以及输出单元,如果所述确定结果指示所述测量值在所述参考感测边界内,则输出所述测量值。 因此,触摸传感器的参考感测边界在没有用户干预的情况下自动重新计算,并且自适应地改变触摸传感器的灵敏度和阈值,从而可以提高触摸传感器的操作可靠性。
    • 59. 发明申请
    • Trajectory estimation apparatus, method, and medium for estimating two-dimensional trajectory of gesture
    • 用于估计手势二维轨迹的轨迹估计装置,方法和介质
    • US20070171202A1
    • 2007-07-26
    • US11651531
    • 2007-01-10
    • Jing YangDong-yoon KimWon-chul Bang
    • Jing YangDong-yoon KimWon-chul Bang
    • G09G5/08
    • G06F3/0346
    • A trajectory estimation apparatus, method, and medium using a triaxial accelerometer are provided. The trajectory estimation apparatus includes a motion sensing module which measures an acceleration component for each of three axes from the input 3D gesture using a triaxial accelerometer, a gravitational component removal module which calculates a gravitational acceleration component and removes the gravitational acceleration component from the acceleration component, a gesture determination module which identifies gesture type represented by an acceleration component obtained as the result of the removal performed by the gravitational component removal module, and a compensation module which compensates for the acceleration component obtained as the result of the removal performed by the gravitational component removal module by using different compensation methods for different gesture types.
    • 提供了使用三轴加速度计的轨迹估计装置,方法和介质。 轨迹估计装置包括运动感测模块,该运动感测模块使用三轴加速度计从输入3D手势测量三个轴中的每一个的加速度分量,重力分量去除模块,其计算重力加速度分量并从加速分量中去除重力加速度分量 手势确定模块,其识别由作为由重力分量去除模块执行的去除结果而获得的加速度分量表示的手势类型;以及补偿模块,其补偿作为重力结果执行的结果获得的加速度分量 通过使用不同的手势类型的不同的补偿方法来实现元件移除模块。