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    • 1. 发明授权
    • Pen input/display device
    • 笔输入/显示设备
    • US07570252B2
    • 2009-08-04
    • US10820095
    • 2004-04-08
    • Koji FujiwaraNaoto InoueYasunori Ake
    • Koji FujiwaraNaoto InoueYasunori Ake
    • G09G5/00
    • G06F3/0433G06F3/03545
    • When a display panel is in contact with the pen tip of an input pen, an infrared receiver and at least two ultrasonic receivers, provided on the display panel, receive respectively an infrared signal and an ultrasonic signal simultaneously transmitted from an infrared transmitter and an ultrasonic transmitter, and computes the contact position of the pen tip on the display panel from a result, containing a time delay, of the ultrasonic receiver receiving the ultrasonic signal with reference to a time when infrared signal is received. The input pen includes a piezoelectric element sensing pen pressure when the pen tip is in contact with the display panel and a microcomputer controlling a infrared transmitter to transmit an infrared signal which changes in accordance with the pen pressure. Thus, in ultrasonic pen input operation, information on the sensed pen pressure is wirelessly transmitted to the device main body, so as to provide a pen input/display device realizing multifunctional, high performance pen input operation based on the pen pressure information in a simple manner.
    • 当显示面板与输入笔的笔尖接触时,设置在显示面板上的红外线接收器和至少两个超声波接收器分别接收从红外发射器和超声波同时发送的红外信号和超声波信号 发送器,并且参考接收到红外信号的时间,从接收超声波信号的超声波接收器的包含时间延迟的结果计算出笔尖在显示面板上的接触位置。 输入笔包括当笔尖与显示面板接触时感测笔压力的压电元件和控制红外发射器的微型计算机传输根据笔压变化的红外信号。 因此,在超声波笔输入操作中,将感测到的笔压的信息无线地传送到设备主体,以便提供一种笔式输入/显示设备,其以简单的方式实现基于笔压信息的多功能,高性能笔输入操作 方式。
    • 2. 发明申请
    • IMAGE DISPLAY SYSTEM
    • 图像显示系统
    • US20120218321A1
    • 2012-08-30
    • US13497802
    • 2010-08-03
    • Yasunori AkeKazuyuki Kishimoto
    • Yasunori AkeKazuyuki Kishimoto
    • G09G5/10
    • G09G3/3406G09G2320/028G09G2320/0626G09G2360/144H04N5/58H04N21/42202
    • The present invention provides an image display device capable of maintaining appropriate display luminance for human visual properties. The image display device of the present invention includes: a display device main body (20) having a display section (21) and a light source (24); and viewing means (glasses (10)) that a viewer is able to wear in viewing a video picture displayed on the display section (21). The viewing means (10) includes (i) a light reception detecting section (13) that detects the intensity of incident light (ii) and a signal transmitting section (14) that transmits, to the display device main body (20), detection signals obtained by the light reception detecting section (13) detecting the intensity of the incident light. The display device main body (20) includes a luminance control section (23) that controls the luminance of the display section (21) by controlling the luminance of the light source (24) in accordance with the detection signals.
    • 本发明提供一种能够保持适合于人类视觉特性的显示亮度的图像显示装置。 本发明的图像显示装置包括:具有显示部(21)和光源(24)的显示装置主体(20)。 以及观看者在观看显示在显示部分上的视频图像时能够佩戴的观看装置(眼镜(10))。 观察装置(10)包括:(i)检测入射光强度的光接收检测部(13)和将显示装置主体(20)发送的信号发送部(14) 由光接收检测部(13)获取的检测入射光强度的信号。 显示装置主体(20)具有通过根据检测信号控制光源(24)的亮度来控制显示部(21)的亮度的亮度控制部(23)。
    • 3. 发明申请
    • Coordinates input system, coordinates input method, coordinates input program, and computer-readable storage medium
    • 坐标输入系统,坐标输入法,坐标输入程序和计算机可读存储介质
    • US20060064013A1
    • 2006-03-23
    • US11227243
    • 2005-09-16
    • Yasunori AkeHideki Ichioka
    • Yasunori AkeHideki Ichioka
    • A61B8/00
    • G06F3/0418G01S5/30G01S11/16G06F3/043
    • A first arithmetic section is provided that calculates a first time, which is a time period from a transmission timing of a ultrasonic wave to a reception recognized timing at which a wave height value of the ultrasonic wave received by an ultrasonic wave receiving section crosses a predetermined threshold for a first predetermined number of times. A second arithmetic section is provided that calculates a second time as the propagation time of the ultrasonic wave, the second time being a time period from the transmission timing of the ultrasonic wave to a reception confirmed timing, which is a timing after the wave height value has crossed the predetermined threshold for a second predetermined number of times and before the wave height value crosses the predetermined threshold again, wherein the second arithmetic means varies the second predetermined number according to the first time. In this way, coordinates of a pointing device employing ultrasonic wave can be obtained with less error variation.
    • 提供了第一算术部分,其计算第一次,其是从超声波的发送定时到超声波接收部分接收的超声波的波高值超过预定的时间的接收识别定时的时间段 阈值为第一预定次数。 提供第二运算部,其计算第二时间作为超声波的传播时间,第二时间是从超声波的发送定时到接收确认定时的时间段,其是波高后的时刻 已经超过预定阈值达到第二预定次数,并且在波高值再次跨越预定阈值之前,其中第二算术装置根据第一次改变第二预定数量。 以这种方式,可以以较小的误差变化获得采用超声波的定点装置的坐标。
    • 4. 发明授权
    • Coordinates input system, coordinates input method, coordinates input program, and computer-readable storage medium
    • 坐标输入系统,坐标输入法,坐标输入程序和计算机可读存储介质
    • US07750894B2
    • 2010-07-06
    • US11227243
    • 2005-09-16
    • Yasunori AkeHideki Ichioka
    • Yasunori AkeHideki Ichioka
    • G06F3/043
    • G06F3/0418G01S5/30G01S11/16G06F3/043
    • A first arithmetic section is provided that calculates a first time, which is a time period from a transmission timing of a ultrasonic wave to a reception recognized timing at which a wave height value of the ultrasonic wave received by an ultrasonic wave receiving section crosses a predetermined threshold for a first predetermined number of times. A second arithmetic section is provided that calculates a second time as the propagation time of the ultrasonic wave, the second time being a time period from the transmission timing of the ultrasonic wave to a reception confirmed timing, which is a timing after the wave height value has crossed the predetermined threshold for a second predetermined number of times and before the wave height value crosses the predetermined threshold again, wherein the second arithmetic means varies the second predetermined number according to the first time. In this way, coordinates of a pointing device employing ultrasonic wave can be obtained with less error variation.
    • 提供了第一算术部分,其计算第一时间,其是从超声波的发送定时到由超声波接收部分接收的超声波的波高值超过预定的接收识别定时的时间段 阈值为第一预定次数。 提供第二运算部,其计算第二时间作为超声波的传播时间,第二时间是从超声波的发送定时到接收确认定时的时间段,其是波高后的时刻 已经超过预定阈值达到第二预定次数,并且在波高值再次跨越预定阈值之前,其中第二算术装置根据第一次改变第二预定数量。 以这种方式,可以以较小的误差变化获得采用超声波的定点装置的坐标。
    • 6. 发明授权
    • Coordinate input pen and coordinate input apparatus having the same
    • 坐标输入笔和坐标输入装置
    • US07643016B2
    • 2010-01-05
    • US11425189
    • 2006-06-20
    • Yasunori Ake
    • Yasunori Ake
    • G06F3/033G06F3/041G06F3/043
    • G06F3/03545G06F3/0433
    • The coordinate input pen according to the present invention is a coordinate input pen for specifying a current position of the coordinate input pen by emitting an ultrasonic wave, including: an ultrasonic wave oscillating section for oscillating the ultrasonic wave for specifying coordinates of the current position; an ultrasonic wave emitting outlet for emitting, to an outside, the ultrasonic wave oscillated by the ultrasonic wave oscillating section; and an ultrasonic wave propagation route which has a fixed length and extends from the ultrasonic wave oscillating section to the ultrasonic wave emitting outlet and is used to propagate the ultrasonic wave to the ultrasonic wave emitting outlet. As a result, it is possible to maintain the output level of the ultrasonic wave oscillated by the ultrasonic wave oscillating section constant regardless of how large a stroke pressure applied on the coordinate input pen is.
    • 根据本发明的坐标输入笔是用于通过发射超声波来指定坐标输入笔的当前位置的坐标输入笔,包括:用于振荡超声波以指定当前位置的坐标的超声波振荡部分; 超声波发射出口,用于向外部发射由超声波振荡部振荡的超声波; 以及超声波传播路径,其具有固定长度并从超声波振荡部延伸到超声波发射出口,并用于将超声波传播到超声波发射出口。 结果,无论施加在坐标输入笔上的行程压力多大,都可以将由超声波振荡部振动的超声波的输出电平保持恒定。
    • 8. 发明授权
    • Coordinate input system and coordinate input method
    • 坐标输入系统和坐标输入法
    • US07532204B2
    • 2009-05-12
    • US11214778
    • 2005-08-31
    • Yasunori AkeTomohiko Yamamoto
    • Yasunori AkeTomohiko Yamamoto
    • G06F3/041
    • G06F3/0416G06F3/0418G06F3/0433
    • A coordinate input system includes: a digitizer for indicating coordinate positions; a controller for extracting a plurality of coordinate data units from the indicated coordinate positions; a temporary storage memory for sequentially storing the extracted coordinate data units; a cosine value deriving section for defining vectors each connecting two of points associated with the respective coordinate data units and for deriving a cosine value of an angle formed by adjacent two of the vectors sandwiching a point selected from the points; and a control circuit for discarding one of the coordinate data units associated with the selected point when the cosine value is smaller than a given value and for transmitting and inputting one of the coordinate data units associated with the selected point when the cosine value is equal to or larger than the given value.
    • 坐标输入系统包括:用于指示坐标位置的数字化仪; 控制器,用于从指示的坐标位置提取多个坐标数据单元; 临时存储存储器,用于顺序地存储所提取的坐标数据单元; 余弦值导出部分,用于定义每个连接与各个坐标数据单元相关联的两个点的矢量,并且用于导出由相对于从所述点选择的点的相邻两个矢量形成的角度的余弦值; 以及控制电路,用于当余弦值小于给定值时,丢弃与所选择的点相关联的坐标数据单元之一,并且当余弦值等于时发送和输入与所选择的点相关联的一个坐标数据单元 或大于给定值。