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    • 2. 发明授权
    • Fire monitoring apparatus and computer readable medium recorded with
fire monitoring program
    • 记录有火灾监测程序的火灾监测仪器和计算机可读介质
    • US5777548A
    • 1998-07-07
    • US891899
    • 1997-07-14
    • Yoshishige MurakamiKanji HirotaYoshiharu Kanzaki
    • Yoshishige MurakamiKanji HirotaYoshiharu Kanzaki
    • G08B17/00G08B17/12G08B29/00
    • G08B17/12
    • A monitoring target plane is photographed with infrared-rays by each infrared-ray camera. A converter converts format of image data from each infrared-ray camera from analog format into digital format. A control unit, when detecting an abnormal area consisting of pixels having a density value over a fixed value in the image data, calculates an azimuth and an angle of elevation toward the sun from an abnormal location on the monitoring target plane that corresponds to that abnormal area, and judges that a fire occurs if an azimuth toward the abnormal location from the infrared-ray camera photographing the image data including the abnormal area is not coincident with the calculated azimuth toward the sun, or if an angle of depression toward the abnormal location from this infrared-ray camera is not coincident with the calculated angle of elevation toward the sun.
    • 每个红外线照相机用红外线拍摄监视目标平面。 A转换器将来自每个红外线摄像机的图像数据的格式从模拟格式转换为数字格式。 控制单元当检测由图像数据中具有超过固定值的浓度值的像素构成的异常区域时,从与该异常对应的监视对象面上的异常位置计算向太阳的方位角和仰角 并且如果从拍摄包括异常区域的图像数据的红外线摄像机朝向异常位置的方位角与计算出的朝向太阳的方位不一致,或者如果朝向异常位置的向下倾斜的角度 从该红外线摄像机与计算出的向太阳仰角不一致。
    • 3. 发明授权
    • Thermal imaging apparatus
    • 热像仪
    • US4608598A
    • 1986-08-26
    • US625683
    • 1984-06-28
    • Yoshishige MurakamiTakeshi InoueAtsushi Tanaka
    • Yoshishige MurakamiTakeshi InoueAtsushi Tanaka
    • H04N5/265G01N25/72G09G5/00G09G5/14G09G5/32G09G5/377H04N5/262H04N5/33H04N7/18
    • G01N25/72H04N5/2624H04N5/33
    • A plurality of thermal images of an observed object at different times are simultaneously displayed on a single screen of a television monitor simply and economically. The thermal imaging apparatus includes an infrared camera to scan the observed object and to produce a detected video output, a TV monitor to display the thermal images, and a hard memory to convert the IR camera scan to the TV monitor display. The capacity of the hard memory is kept at a minimum which is sufficient for memorizing image data of one frame of scanning. For simultaneously display of plural images, the IR camera scans so that the observed object is in a limited part of the field of view, to produce a detected video output with limited video signals corresponding to the limited part of the field of view, and the hard memory writes the limited signals in a limited part of the hard memory corresponding to the limited part of the field of view, as limited image data, at the scan speed of the IR camera, so that the limited image data taken at each respective time is memorized in the hard memory. All the image data memorized in the hard memory are then read out at the TV displaying speed and simultaneously displayed on the TV monitor screen.
    • 观察对象在不同时间的多个热图像被简单且经济地同时显示在电视监视器的单个屏幕上。 热成像装置包括用于扫描观察对象并产生检测到的视频输出的红外摄像机,用于显示热图像的TV监视器和用于将IR照相机扫描转换为TV监视器显示器的硬存储器。 将硬存储器的容量保持在最小,这足以记住一帧扫描的图像数据。 为了同时显示多个图像,IR照相机扫描,使得观察对象处于视场的有限部分,以产生具有与视场的有限部分相对应的受限视频信号的检测视频输出,并且 硬存储器以红外摄像机的扫描速度将有限的信号写入对应于作为受限图像数据的视场的有限部分的硬存储器的有限部分,使得在每个相应时间拍摄的有限图像数据 被记忆在硬记忆中。 然后,以电视显示速度读出存储在硬存储器中的所有图像数据,并同时显示在电视监视器屏幕上。
    • 4. 发明申请
    • Video surveillance system
    • 视频监控系统
    • US20050128291A1
    • 2005-06-16
    • US10959677
    • 2004-10-05
    • Yoshishige Murakami
    • Yoshishige Murakami
    • H04N7/18
    • H04N7/181
    • A video surveillance system that automatically keeps track of a moving object in an accurate and efficient manner. The system has two cameras for surveillance. One is a visible-light integrating camera that has a frame integration function to capture visible-light images of objects, and the other is an infrared camera for taking infrared images. A rotation unit tilts and pans the visible-light integrating camera and/or infrared camera, under the control of a tracking controller. Video output signals of those cameras are processed by image processors. The tracking controller operates with commands from a system controller, so that it will keep track of a moving object with the visible-light integrating camera in a first period and with the infrared camera in a second period.
    • 一种视频监控系统,以准确有效的方式自动跟踪移动物体。 该系统有两台监视摄像头。 一个是可见光集成相机,具有帧集成功能,用于捕获物体的可见光图像,另一个是用于拍摄红外图像的红外摄像机。 旋转单元在跟踪控制器的控制下倾斜并平移可见光积分相机和/或红外相机。 这些相机的视频输出信号由图像处理器处理。 跟踪控制器使用来自系统控制器的命令进行操作,使得其将在第一时间段内跟可见光集成相机跟踪移动物体,并且在第二周期内跟踪红外相机。