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    • 4. 发明申请
    • OBJECT LOCALIZATION METHOD, SYSTEM, TAG, AND USER INTERFACE DEVICE
    • 对象本地化方法,系统,标签和用户界面设备
    • US20100225484A1
    • 2010-09-09
    • US12663523
    • 2008-06-06
    • Bartel M. Van De SluisLorenzo FeriTim C.W. SchenkSel B. ColakPaulus H.A. DaminkHendricus T.G.M. Penning De Vries
    • Bartel M. Van De SluisLorenzo FeriTim C.W. SchenkSel B. ColakPaulus H.A. DaminkHendricus T.G.M. Penning De Vries
    • G08B13/14
    • G01S5/16G01S1/70
    • Proposed is an object localization method, system and user interface device for locating a (misplaced) object (10) in an area of a construction (1). The method comprises the steps of (i) identifying the object (10), (ii) providing an illumination device (20) comprising a plurality of light sources (30) modulated to emit light comprising light source identification codes (35), (iii) illuminating the tag (11) with light emitted by the light sources (30), (iv) requesting the tag (11) to measure the illumination and to identify the light sources (30) illuminating the tag by their light source identification codes (35), (v) transmitting object location data from the tag (11) relating to the measured illumination and light source identification codes (35) to a master controller (25) arranged to control the illumination device (20), (vi) providing a feedback signal related to the object (10) using the master controller (25). The method is characterized by using a lighting infrastructure (27) of the construction (1) in providing the illumination device (20). Advantageously, the method enables a user to obtain a feedback signal about the location of the desired object without the need to move through the construction. Instead, the method enables the user to locate many objects within a construction or area from a single fixed position.
    • 提出了一种用于在构造区域(1)中定位(放置的)物体(10)的物体定位方法,系统和用户界面装置。 该方法包括以下步骤:(i)识别物体(10),(ii)提供照明装置(20),该照明装置包括被调制以发射光的多个光源(30),包括光源识别码(35),(iii )用光源(30)发射的光照亮标签(11),(iv)请求标签(11)测量照明并识别通过其光源识别码照亮标签的光源(30) (v)将与测量的照明和光源识别码(35)有关的标签(11)的物体位置数据传送到布置成控制照明装置(20)的主控制器(25),(vi)提供 使用主控制器(25)与对象(10)相关的反馈信号。 该方法的特征在于使用构造(1)的照明基础设施(27)来提供照明装置(20)。 有利地,该方法使得用户能够获得关于期望对象的位置的反馈信号,而不需要移动通过结构。 相反,该方法使得用户能够从单个固定位置定位建筑物或区域内的许多对象。
    • 7. 发明授权
    • Method and apparatus for imaging an interior of a turbid medium
    • 用于对浑浊介质内部进行成像的方法和装置
    • US5903357A
    • 1999-05-11
    • US980756
    • 1997-12-01
    • Sel B. Colak
    • Sel B. Colak
    • A61B5/00G01N21/47G01N21/49G01N21/00
    • A61B5/0091A61B5/4312G01N21/4795
    • A method of imaging an interior of a turbid medium, for example a part of a breast of a human female, the turbid medium is irradiated with light and measurement of the intensity of light propagated along a plurality of light paths through the turbid medium is measured. An image of the interior of the turbid medium is reconstructed from the intensities measured. Furthermore, possible strengths assignable to each pixel of the image are determined from combinations of weighting functions and differences between expected photon fluences and a measured photon fluences from the intensities measured. A distribution function is made up from the possible strength determined. In a last step the image is determined from the distribution function. Further steps can be carried out to correct for objects of high strength in the image.
    • 测量浑浊介质(例如人体乳房的一部分)的内部,对该混浊介质进行成像的方法,并且测量沿着穿过混浊介质的多个光路传播的光的强度 。 从测量的强度重建混浊介质内部的图像。 此外,根据加权函数的组合和预期光子通量与所测量的光强度之间的差异的组合来确定可分配给图像的每个像素的可能的强度。 分布函数由确定的可能强度组成。 在最后一步中,图像是从分布函数确定的。 可以进行进一步的步骤来校正图像中高强度物体。