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    • 3. 发明授权
    • Optical touch system and electronic apparatus including the same
    • 光触摸系统和包括它的电子设备
    • US08860695B2
    • 2014-10-14
    • US13561759
    • 2012-07-30
    • Tzung Min SuCheng Nan TsaiSen Huang HuangChih Hsin Lin
    • Tzung Min SuCheng Nan TsaiSen Huang HuangChih Hsin Lin
    • G06F3/042
    • G06F3/0421
    • An optical touch system includes a touch surface having a first touch region and a second touch region, a reflective member for generating a reflection of an object on the touch surface, an image sensor for providing an image of the object and an image of the reflection, and a processing unit. The image sensor is represented by either first reference coordinate data or second reference coordinate data. The processing unit is configured to compute the coordinate data of the object using the first reference coordinate data, the image of the object, and the image of the reflection when the object is in the first touch region, and configured to compute the coordinate data of the object using the second reference coordinate data, the image of the object, and the image of the reflection when the object is in the second touch region.
    • 光学触摸系统包括具有第一触摸区域和第二触摸区域的触摸表面,用于产生对象在触摸表面上的反射的反射构件,用于提供对象的图像和反射图像的图像传感器 ,以及处理单元。 图像传感器由第一参考坐标数据或第二参考坐标数据表示。 处理单元被配置为当对象处于第一触摸区域时,使用第一参考坐标数据,对象的图像和反射的图像来计算对象的坐标数据,并且被配置为计算坐标数据 使用第二参考坐标数据的对象,对象的图像和当对象在第二触摸区域中时的反射的图像。
    • 4. 发明授权
    • Gesture recognition method and interactive system using the same
    • 手势识别方法和使用相同的交互式系统
    • US08675913B2
    • 2014-03-18
    • US12870290
    • 2010-08-27
    • Hsin Chia ChenTzung Min SuChih Hung Lu
    • Hsin Chia ChenTzung Min SuChih Hung Lu
    • G06K9/00
    • G06F3/017G06F3/0416G06F3/042G06F3/04883
    • A gesture recognition method for an interactive system includes the steps of: capturing image windows with an image sensor; obtaining information of object images associated with at least one pointer in the image windows; calculating a position coordinate of the pointer relative to the interactive system according to the position of the object images in the image windows when a single pointer is identified according to the information of object images; and performing gesture recognition according to a relation between the object images in the image window when a plurality of pointers are identified according to the information of object images. The present invention further provides an interactive system.
    • 一种用于交互式系统的手势识别方法包括以下步骤:用图像传感器捕获图像窗口; 获得与图像窗口中的至少一个指针相关联的对象图像的信息; 根据对象图像的信息识别单个指针时,根据图像窗口中的对象图像的位置,计算指针相对于交互式系统的位置坐标; 并且当根据对象图像的信息识别多个指针时,根据图像窗口中的对象图像之间的关系来执行手势识别。 本发明还提供一种交互式系统。
    • 6. 发明申请
    • OPTICAL OPERATION SYSTEM
    • 光学操作系统
    • US20130265283A1
    • 2013-10-10
    • US13586823
    • 2012-08-15
    • CHUN-YI LUYuan-Yu PengYu-Chia LinTzung-Min Su
    • CHUN-YI LUYuan-Yu PengYu-Chia LinTzung-Min Su
    • G06F3/042
    • G06F3/042G06F1/3262G06F2203/04108
    • An optical operation system includes an image sensing apparatus and a processing circuit. The image sensing apparatus is disposed at an edge of an operation plane and includes a first sensing array and a second sensing array. The first sensing array is configured to capture images at a first height above the operation plane and accordingly generate a first output signal. The second sensing array is configured to capture images at a second height above the operation plane and accordingly generate a second output signal; wherein the first height is greater than the second height. The processing circuit is electrically connected to the image sensing apparatus and configured to receive the first output signal and the second output signal and accordingly generate a first control command and a second control command, respectively.
    • 光学操作系统包括图像感测装置和处理电路。 图像感测装置设置在操作平面的边缘并且包括第一感测阵列和第二感测阵列。 第一感测阵列被配置为捕获在操作平面上方的第一高度处的图像,并因此产生第一输出信号。 第二感测阵列被配置为在操作平面上方的第二高度拍摄图像,并且因此产生第二输出信号; 其中所述第一高度大于所述第二高度。 处理电路电连接到图像感测装置并且被配置为接收第一输出信号和第二输出信号,并且因此分别产生第一控制命令和第二控制命令。
    • 7. 发明授权
    • Object detection calibration system of an optical touch screen and method thereof
    • 光学触摸屏的物体检测校准系统及其方法
    • US08462137B2
    • 2013-06-11
    • US12826612
    • 2010-06-29
    • Chih-Hsin LinTzung-Min SuCho-Yi Lin
    • Chih-Hsin LinTzung-Min SuCho-Yi Lin
    • G06F3/042
    • G06F3/0428
    • A first image sensor captures a first image of a panel of a touch screen. The first image includes a first object, a second object, a first set of reference marks, a second set of reference marks, and a first boundary mark. The touch screen establishes relationships of relative positions among the first image sensor, the first object, the second object, and the reference marks according to positions of the first object, the second object, and the reference marks in the first image. And the touch screen calculates a relative position between the first image sensor and the panel according to the relationships of relative positions among the first image sensor, the first object, the second object, and the reference marks and relative positions among the first object, the second object, and the panel.
    • 第一图像传感器捕获触摸屏面板的第一图像。 第一图像包括第一对象,第二对象,第一组参考标记,第二组参考标记和第一边界标记。 触摸屏根据第一图像中的第一对象,第二对象和参考标记的位置来建立第一图像传感器,第一对象,第二对象和参考标记之间的相对位置的关系。 并且触摸屏根据第一图像传感器,第一对象,第二对象和参考标记之间的相对位置的关系以及第一对象之间的相对位置,计算第一图像传感器和面板之间的相对位置 第二个对象和面板。
    • 8. 发明授权
    • Sensing system and method for obtaining position of pointer thereof
    • 用于获得其指针位置的感测系统和方法
    • US08269158B2
    • 2012-09-18
    • US12557451
    • 2009-09-10
    • Hsin-Chia ChenTzung-Min SuChih-Hung LuCho-Yi Lin
    • Hsin-Chia ChenTzung-Min SuChih-Hung LuCho-Yi Lin
    • G06F15/00
    • G06F3/0428
    • In a sensing system and a method for obtaining a position of a pointer, the sensing system includes a sensing area, a reflective mirror, an image sensor and a processing circuit. The reflective mirror is configured for generating a mirror image of a pointer when the pointer approaches the sensing area. The image sensor is configured for sensing the pointer and the mirror image thereof when the pointer approaches the sensing area. When the pointer approaches the sensing area, the processing circuit calculates a coordinate value of the pointer according to an image sensed by the image sensor and a predetermined size of the pointer. The pointer forms an imaginary orthographic projection in the sensing area, the processing circuit regards the imaginary orthographic projection as a round projection, and a radius of the round projection is the predetermined size.
    • 在感测系统和用于获得指针位置的方法中,感测系统包括感测区域,反射镜,图像传感器和处理电路。 反射镜被配置为当指示器接近感测区域时产生指针的镜像。 图像传感器被配置为当指示器接近感测区域时感测指示器及其镜像。 当指针接近感测区域时,处理电路根据由图像传感器感测的图像和指针的预定大小来计算指针的坐标值。 指针在感测区域中形成虚构的正投影,处理电路将假想正投影视为圆投影,圆投影的半径为预定尺寸。
    • 10. 发明申请
    • Optical sensing system
    • 光学感应系统
    • US20110193823A1
    • 2011-08-11
    • US13087392
    • 2011-04-15
    • Tzung-Min SuChih-Hsin LinHsin-Chia ChenCho-Yi Lin
    • Tzung-Min SuChih-Hsin LinHsin-Chia ChenCho-Yi Lin
    • G06F3/042
    • G06F3/0428G06F2203/04104
    • An optical sensing system includes a sensing area, a reflective mirror, a first image-sensing device, a second image-sensing device, and a processing circuit. The sensing area is an area in which a plurality of pointing objects may execute touch operation. The reflective mirror generates a mirror image of the sensing area. The first image-sensing device and the second image-sensing device respectively capture images including all or part of the pointing objects in the sensing area, and all or part of the pointing objects in the reflective mirror. The processing circuit generates candidate coordinates according to the images captured by the first and the second image-sensing devices, and obtains the locations of the pointing objects from the candidate coordinates by means of the symmetric relationship between the point objects and the corresponding mirror images with respect to the reflective mirror. In this way, the optical sensing system can perform multi-touch operation.
    • 光学感测系统包括感测区域,反射镜,第一图像感测装置,第二图像感测装置和处理电路。 感测区域是多个指示对象可以执行触摸操作的区域。 反射镜产生感测区域的镜像。 第一图像感测装置和第二图像感测装置分别捕获包括感测区域中的全部或部分指示对象的图像,以及反射镜中的全部或部分指向对象。 处理电路根据由第一和第二图像感测装置拍摄的图像产生候选坐标,并且通过点对象和对应的镜像之间的对称关系从候选坐标获得指向对象的位置, 尊重反光镜。 以这种方式,光学感测系统可以执行多点触摸操作。