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    • 91. 发明申请
    • INFRARED FIRE DETECTION SYSTEM
    • 红外线火灾探测系统
    • US20090014657A1
    • 2009-01-15
    • US11854988
    • 2007-09-13
    • Barrett E. Cole
    • Barrett E. Cole
    • G01J5/02G01J5/00
    • G08B17/12G08B13/19602G08B17/125
    • An infrared detection system that may note changes of temperature over time in various fields of view of a scene. The system may use an array of long wave infrared detectors to sense early or late stages of a fire. The system may check numerous fields of view. It may have a fixture with a lens for each field of view. Each lens may have its respective field of view focused on the array. All but one lens may be shuttered or closed from detecting its respective field of view at a time. The system may have a processor with a memory to record the temperatures from the array over time. Variation of temperature in one spot or another of a field of view may be an indication of an imminent fire or another situation of concern.
    • 一种红外线检测系统,其可以注意到在场景的各种视野中随时间变化的温度。 该系统可以使用一组长波红外探测器来感测火灾的早期或晚期。 该系统可以检查许多视野。 它可以具有用于每个视场的透镜的固定装置。 每个透镜可以将其各自的视场聚焦在阵列上。 除了一个镜头之外,所有的镜头都可以被一次关闭或关闭,以检测其各自的视野。 该系统可以具有处理器,其具有用于随时间记录来自阵列的温度的存储器。 一个或另一个视野中的温度变化可能是即将发生的火灾或另一个令人担忧的情况的迹象。
    • 96. 发明授权
    • Infrared scene projector with current-mirror control electronics
    • 带电流镜控制电子的红外场景投影机
    • US06627907B1
    • 2003-09-30
    • US09675750
    • 2000-09-29
    • Barrett E. ColeWilliam J. Johnson
    • Barrett E. ColeWilliam J. Johnson
    • G01J100
    • H04N5/33
    • Infrared scene projectors are useful in testing infrared surveillance and guidance equipment which identify and track objects, such as enemy missiles, based on their infrared emissions or heat-generation characteristics. Infrared scene projectors typically include a thermal pixel array which converts electrical input signals into a desired thermal or infrared image. One problem with conventional thermal pixel arrays is that each pixel has a unique ground voltage based on its point of connection to a ground terminal running through the array, making it difficult to precisely control the pixels. Accordingly, the present inventors devised not only innovative infrared pixel arrays and related control methods, but also infrared scene projectors incorporating them. In one exemplary pixel array, each pixel includes a resistor and a current-mirror circuit which enables control. Operating the array entails receiving a pixel-control voltage, converting the pixel-control voltage to a current, and then coupling the current to the current-mirror circuit in one of the pixels. The current mirror applies an appropriate control current to the resistor and thus enables operation of the pixel independent of ground-voltage variations.
    • 红外场景投影机可用于测试红外线监视和指导设备,根据其红外线辐射或发热特性识别和跟踪敌方导弹等物体。 红外场景投影仪通常包括将电输入信号转换成期望的热或红外图像的热像素阵列。 常规热像素阵列的一个问题是,每个像素具有基于其连接到穿过阵列的接地终端的点的独特接地电压,使得难以精确地控制像素。 因此,本发明人不仅设计了创新的红外像素阵列和相关的控制方法,而且设计了包括它们的红外场景投影仪。 在一个示例性像素阵列中,每个像素包括电阻器和能够进行控制的电流镜电路。 操作阵列需要接收像素控制电压,将像素控制电压转换为电流,然后将电流耦合到其中一个像素中的电流镜像电路。 电流镜对电阻器施加适当的控制电流,因此能够独立于接地电压变化来操作像素。
    • 100. 发明授权
    • Low power infrared scene projector array and method of manufacture
    • 低功率红外场景投影阵列及其制造方法
    • US5600148A
    • 1997-02-04
    • US367492
    • 1994-12-30
    • Barrett E. ColeChien J. Han
    • Barrett E. ColeChien J. Han
    • G01J1/02H01L27/14H01L27/16H01L37/00G01J1/00
    • H01L27/16G01J5/023
    • An array for projecting thermal images and a method of making same. The array of the present invention combines a two-tier architecture created with special processing whereby each pixel member resides on an elevated platform directly over discrete pixel control electronics and electrically conducting traces couple a plurality of pixels so that they can be controlled to project thermal images at equal to or faster than video frame rates. Microlens assemblies coupled to each discrete pixel improves the thermal efficiency of the array for certain applications. In the method of fabrication, a semiconductor microbridge-type structure obtains with the use of sacrificial layers under deposited pixel members in a compact array so that the pixel electronics reside beneath their associated pixel and the array electronics inhabit the same chip as the array thereby improving fill factor and time constant of the resulting array.
    • 用于投影热图像的阵列及其制造方法。 本发明的阵列组合了通过特殊处理创建的两层结构,其中每个像素构件驻留在升高的平台上,直接位于离散像素控制电子器件上,导电迹线耦合多个像素,使得它们可被控制以投射热图像 等于或快于视频帧速率。 耦合到每个离散像素的微透镜组件改善了阵列对某些应用的热效率。 在制造方法中,半导体微桥型结构以紧凑的阵列在沉积的像素构件下使用牺牲层获得,使得像素电子器件驻留在其相关联的像素之下,并且阵列电子器件与阵列居住在相同的芯片上,从而改善 所得数组的填充因子和时间常数。