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    • 2. 发明申请
    • LIGHT EMITTING DEVICE AND METHOD FOR TRACKING OBJECT
    • 发光装置及跟踪对象的方法
    • US20110150285A1
    • 2011-06-23
    • US13028662
    • 2011-02-16
    • Akiteru KIMURA
    • Akiteru KIMURA
    • G06K9/00H05B37/02
    • H04B10/1141G01S5/16H04B10/116
    • A technique and a light emitting device that can smoothly read out data while tracking a position of the light emitting device (an object). The light emitting device expresses data with “a change in the change of a color (switching of changes)”. The light emitting device specifies an object and the position thereof with a first primary change and thereafter expresses data with, so to speak, a secondary change (switching of the primary change). The primary change means that G and B alternately turn on (indicated by G*B) and so on. The secondary change means a change from the condition (G*B), in which G and B alternately turn on, to the condition (B*R) in which B and R alternately turn on. Thus, since data is expressed by the change of color condition changes, it is easier to freely express data while the position of an object is specified.
    • 一种技术和发光装置,其可以在跟踪发光装置(物体)的位置时平滑地读出数据。 发光装置用“颜色变化的变化(变化的切换)”的变化表示数据。 发光装置以第一主变化指定对象及其位置,并且此后可以表示二次变化(主变化的切换)的数据。 主要变化是指G和B交替开启(由G * B表示)等等。 二次变化是指从G和B交替接通的条件(G * B)到B和R交替接通的条件(B * R)的变化。 因此,由于数据由颜色条件变化的变化表示,所以在指定对象的位置的同时更容易自由地表达数据。
    • 3. 发明授权
    • Light emitting device and method for tracking object
    • 用于跟踪物体的发光装置和方法
    • US08453934B2
    • 2013-06-04
    • US13028662
    • 2011-02-16
    • Akiteru Kimura
    • Akiteru Kimura
    • G06K13/00
    • H04B10/1141G01S5/16H04B10/116
    • A technique and a light emitting device that can smoothly read out data while tracking a position of the light emitting device (an object). The light emitting device expresses data with “a change in the change of a color (switching of changes)”. The light emitting device specifies an object and the position thereof with a first primary change and thereafter expresses data with, so to speak, a secondary change (switching of the primary change). The primary change means that G and B alternately turn on (indicated by G*B) and so on. The secondary change means a change from the condition (G*B), in which G and B alternately turn on, to the condition (B*R) in which B and R alternately turn on. Thus, since data is expressed by the change of color condition changes, it is easier to freely express data while the position of an object is specified.
    • 一种技术和发光装置,其可以在跟踪发光装置(物体)的位置时平滑地读出数据。 发光装置用“颜色变化的变化(变化的切换)”的变化表示数据。 发光装置以第一主变化指定对象及其位置,并且此后可以表示二次变化(主变化的切换)的数据。 主要变化是指G和B交替开启(由G * B表示)等等。 二次变化是指从G和B交替接通的条件(G * B)到B和R交替接通的条件(B * R)的变化。 因此,由于数据由颜色条件变化的变化表示,所以在指定对象的位置的同时更容易自由地表达数据。
    • 7. 发明申请
    • Method for denoting optical recognition data with multicolor light emitters, method for marking the same, light-emitting device, and method for detecting data and position
    • 用多色发光体表示光学识别数据的方法,其标记方法,发光装置以及检测数据和位置的方法
    • US20100301120A1
    • 2010-12-02
    • US12801775
    • 2010-06-24
    • Akiteru Kimura
    • Akiteru Kimura
    • G06K7/12H05B37/00
    • G01S5/16G01S1/70G06K2019/06225
    • A technology to measure the position of a distant mark object and denote an automatic recognition data by the object. A light-emitting device includes an R (red) light, a G (green) light, and a B (blue) light emitters, and a control device for controlling their light-up states. The light-emitting device is affixed to the mark object and made to emit the lights by a predetermined light-emitting pattern. The light-emitting pattern forms a time-change optical recognition code denoting a desired data by change of the colors along the time axis. This optical recognition code is accomplished with a small area of space. Further, by photographing the light-emitting device with a CCD camera and the like, it is possible to recognize the position of the light-emitting device, that is, the position of the mark object. By carrying out this behavior continuously, it is possible to trace the movement of the mark object.
    • 用于测量远距离标记对象的位置并由对象表示自动识别数据的技术。 发光装置包括R(红色)光,G(绿色)光和B(蓝色)光发射器,以及用于控制其点亮状态的控制装置。 发光装置固定在标记物上,通过预定的发光图案发光。 发光图案通过沿着时间轴的颜色的变化形成表示期望数据的时变光学识别码。 该光学识别码是用小的空间区域完成的。 此外,通过用CCD照相机等拍摄发光装置,可以识别发光装置的位置,即标记对象的位置。 通过持续执行这种行为,可以跟踪标记对象的移动。