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    • 4. 发明公开
    • Integrated system and method for security monitoring and early fire alarming
    • Integriertes系统和Verfahren zurSicherheitsüberwachungundFrühfeuermeldung
    • EP2492883A1
    • 2012-08-29
    • EP11175209.3
    • 2011-07-25
    • Guangzhou SAT Infrared Technology Co., Ltd.
    • Wu, JipingLi, Yuenian
    • G08B19/00G08B17/12G08B13/196
    • G08B13/196G08B13/19643G08B13/19652G08B13/19663G08B17/005G08B17/12G08B19/005
    • The present application discloses an integrated system and method for security monitoring and early fire alarming based on infrared imaging technology, the system comprising: a plurality of infrared cameras respectively set up in a plurality of places where it needs to carry out security monitoring, used to capture infrared thermal images of the monitored area, and output related to the infrared images including temperature values of the monitored area infrared thermal image analog signals; a plurality of data process modules each of which respectively provided near one infrared camera to transform the infrared thermal image analog signals into digital infrared signals for standard network transmission; and a monitor computer used to generate and output control signals for the cameras, and used to receive the digital signals to analyze, process, manage and control thereon, and determine types of threats and send out an alarm according to the abnormal situations therein. The present application improves the flexibility and agility for security monitoring and early fire alarming and the accuracy in alarming.
    • 本申请公开了一种基于红外成像技术的安全监控和早期火灾报警的集成系统和方法,该系统包括:多个红外摄像机分别设置在需要进行安全监控的多个地方,用于 捕获被监测区域的红外热图像,以及与红外图像相关的输出,包括所监视区域的红外热图像模拟信号的温度值; 多个数据处理模块分别设置在一个红外摄像机附近,以将红外热图像模拟信号转换为用于标准网络传输的数字红外信号; 以及用于生成和输出摄像机的控制信号并用于接收数字信号以在其上分析,处理,管理和控制的监视器计算机,并且根据其中的异常情况确定威胁的类型并发出报警。 本应用提高了安全监控和早期火灾报警的灵活性和敏捷性,并提高了报警的准确性。
    • 8. 发明公开
    • Vehicular infrared night assistant driving system
    • FAHRZEUG-Infrarot-Nachtfahrhilfesystem
    • EP2626246A1
    • 2013-08-14
    • EP12177272.7
    • 2012-07-20
    • Guangzhou SAT Infrared Technology Co., Ltd.
    • Wu, Jiping
    • B60R1/10
    • H04N5/33B60R1/00B60R2300/106H04N7/183
    • A vehicular infrared night assistant driving system, comprising: a vehicle rotation followup mechanism rotatably fixed at the front portion of the vehicle, rotates an angle corresponding to a rotation of a wheel; a night vision infrared camera fixed onto the vehicle rotation followup mechanism , rotates synchronously with the rotation of the vehicle rotation followup mechanism and captures infrared images of objects ahead of the vehicle in real time; a wheel sensing mechanism fixed on the wheel, detects in real time the rotation angles of the wheel and gear position of the vehicular, outputs the information related to the rotation angles and the gear positions; an Electronic Control Unit(ECU) connected respectively with the wheel sensing mechanism and the vehicle rotation followup mechanism , generates and outputs control signals for controlling the rotation of the vehicle rotation followup mechanism based on the information output from the wheel sensing mechanism.. The present invention makes the infrared camera rotate synchronously with that of the wheel, thus eliminating the visual-field defect of the thermal imaging while the vehicular is changing its direction. Consequently, it improves security while driving at night.
    • 一种车辆红外夜间辅助驾驶系统,包括:可转动地固定在所述车辆前部的车辆旋转跟随机构,旋转与车轮的旋转相对应的角度; 固定在车辆旋转跟随机构上的夜视红外摄像机,与车辆旋转跟随机构的旋转同步旋转,实时捕捉车辆前方的红外图像; 固定在车轮上的车轮检测机构实时检测车轮的转动角度和车辆的档位,输出与旋转角度和档位有关的信息; 分别与车轮感测机构和车辆旋转跟随机构连接的电子控制单元(ECU)基于从车轮感测机构输出的信息生成并输出用于控制车辆旋转跟随机构的旋转的控制信号。 本发明使得红外摄像机与车轮同步旋转,从而消除了当车辆改变其方向时热成像的视场缺陷。 因此,它可以在夜间驾驶时提高安全性。
    • 9. 发明公开
    • System and method for controlling infrared camera by using a remote client
    • 使用远程客户端控制红外摄像机的系统和方法
    • EP2573741A2
    • 2013-03-27
    • EP12181161.6
    • 2012-08-21
    • Guangzhou SAT Infrared Technology Co., Ltd.
    • WU, Jiping
    • G08C17/02
    • G08C17/02G08C2201/42G08C2201/93
    • The present application provides a system and method for controlling an infrared camera by using a mobile phone, wherein the system comprises: a client; and an infrared camera used as a server and connected to the client through a communication network, wherein the infrared camera is mounted in a location needs to perform infrared measuring and/or monitoring, so as to provide infrared image videos of a monitored object and temperature data of the points contained in an infrared image; wherein the client is mounted in a position far away from the location of the infrared camera to provide a remote control for the infrared camera. The present application allows a monitoring personnel or a user to remotely monitor and control an infrared camera by using a mobile phone.
    • 本申请提供了一种通过手机控制红外摄像头的系统和方法,所述系统包括:客户端; 红外相机作为服务器,通过通信网络连接到客户端,其中,红外相机安装在需要进行红外测量和/或监测的位置,以提供被监测对象的红外图像视频和温度 包含在红外图像中的点的数据; 其中客户端安装在远离红外摄像机位置的位置,以提供红外摄像机的遥控。 本发明允许监控人员或用户通过手机对红外摄像头进行远程监控。
    • 10. 发明公开
    • Infrared imaging for road surface defects detection
    • 红外成像用于检测道路表面缺陷的
    • EP2492672A3
    • 2013-01-16
    • EP11166886.9
    • 2011-05-20
    • Guangzhou SAT Infrared Technology Co., Ltd.
    • Wu, JipingLi, Yuenian
    • G01N25/72G01N33/42
    • G01N25/72G01N33/42
    • A system and method for road surface defects detection based on infrared imaging technology comprising: a detection vehicle (1) traveling on a detected road surface; a pan and tilt (2) provided on the detection vehicle (1) and rotate horizontally and vertically with respect to the detection vehicle (1); an infrared camera (3) detachably set on the pan and tilt (2), which is used to capture infrared thermal images of the detected road surface, and to output inferred thermal image digital signals about the inferred thermal images including temperature values of the detected road surface; a main controller (4) provided on the detection vehicle (1) and connected to the pan and tilt and the infrared camera (3) respectively, which is used to control capture actions of the infrared camera (3), to control angles of the horizontal and vertical rotations of the pan and tilt (2), and to transform the infrared thermal image digital signals output from the infrared camera (3) into digital signals to be used in standard network transmission; and a data processor (5), used to receive the digital infrared signals to be analyzed and processed to determine the type and location of defects on the detected road surface.