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    • 2. 发明申请
    • AUTOMOTIVE RADAR SYSTEM WITH GUARD BEAM
    • 带防护梁的汽车雷达系统
    • US20060267830A1
    • 2006-11-30
    • US11307531
    • 2006-02-10
    • Michael O'Boyle
    • Michael O'Boyle
    • G01S13/93
    • G01S13/931G01S7/414G01S2013/9375
    • A predictive collision radar system in a vehicle incorporates a first antenna and a guard antenna, the associated radiation patterns of which overlap with one another, but the radiation pattern of the guard antenna is broader than that of the first antenna. A comparison of signals from the first and guard antennas provides for rejecting targets that are not likely a threat to the vehicle. In one embodiment the first antenna is a multi-beam antenna with an electromagnetic lens, for example, either dielectric or planar, and a signal from a forward looking element thereof is compared with the signal from the guard antenna aligned therewith. In another embodiment, an electromagnetic lens is adapted to cooperate with the guard antenna so as to provide for forming the associated radiation pattern.
    • 车辆中的预测碰撞雷达系统包括第一天线和保护天线,其相关联的辐射图彼此重叠,但是防护天线的辐射图比第一天线宽。 来自第一和卫星天线的信号的比较提供了拒绝不太可能对车辆的威胁的目标。 在一个实施例中,第一天线是具有电磁透镜的多波束天线,例如电介质或平面的,并且来自其前视元件的信号与来自与其对准的保护天线的信号进行比较。 在另一个实施例中,电磁透镜适于与防护天线配合,以提供形成相关的辐射图。
    • 3. 发明申请
    • Occupant detection system
    • 乘员检测系统
    • US20050111700A1
    • 2005-05-26
    • US10957968
    • 2004-10-04
    • Michael O'BoyleOwen DaviesGregory Schamp
    • Michael O'BoyleOwen DaviesGregory Schamp
    • B60R20060101B60R21/015G05D1/00G06K9/00G06K9/20G06K9/68B60R21/32
    • B60R21/01538B60R21/01556G06K9/00201G06K9/00362G06K9/00832G06K9/2036
    • A camera (32) captures successive images of light stripes (22) projected onto an object by a light curtain (18) positioned by a light source positioner (28). A background image is subtracted (616) therefrom, and the resulting image is boosted by binning (618), binarized with a thresholding algorithm (620), skeletonized (622), interpolated (624) and stored (626). Interpolated images are acquired for a plurality of light stripes (22). A processor (30) generates (1604) a 3-D surface model from Cartesian coordinates computed for non-zero camera pixels. A volumetric representation is determined (1610) from the offset of the object surface model relative to a model of a proximate surface, e.g. a seating surface (24). The object is classified (1614), e.g. by a trainable pattern recognitions system, responsive to 3-D shape descriptors (1606) of the 3-D surface model and to the volumetric representation (1610) or portions (1612) thereof. The detection of an occupant (14) in a vehicle (12) may be used to control a safety restraint system (36).
    • 相机(32)通过由光源定位器(28)定位的光幕(18)捕获投影到物体上的光条纹(22)的连续图像。 从其中减去(616)背景图像,并且通过采样(618)来提高所得到的图像,并用阈值算法(620)进行二值化,内插(624),内插(624)并存储(626)。 针对多条光条(22)获取内插图像。 处理器(30)根据为非零相机像素计算的笛卡尔坐标系生成(1604)三维表面模型。 从对象表面模型的偏移相对于近似表面的模型(例如,物体表面模型)确定体积表示(1610)。 座面(24)。 对象被分类(1614),例如 通过对三维表面模型的三维形状描述符(1606)以及其体积表示(1610)或其部分(1612)的可训练图案识别系统进行响应。 可以使用车辆(12)中的乘员(14)的检测来控制安全限制系统(36)。
    • 5. 发明申请
    • THERMAL INSULATION DETECTOR
    • 热绝缘检测器
    • US20110193498A1
    • 2011-08-11
    • US12703238
    • 2010-02-10
    • Michael O'BOYLEKevin OLIVEIRA
    • Michael O'BOYLEKevin OLIVEIRA
    • H05B37/02
    • H05B37/0227F21S8/02F21V21/048F21V25/00F21V25/04
    • A thermal insulation detector for a recessed luminaire fixture comprises a luminaire frame, a junction box connected to the frame, a mechanical switch connected to one of said frame and the junction box, the mechanical switch in electrical communication with an electrical circuit, the electrical circuit including a lamp socket, at least a portion of the circuit passing through the junction box the electrical circuit receiving multiple input voltages, an actuation device extending from the mechanical switch, the actuation device being movable responsive to thermal insulation disposed about the luminaire fixture, the actuation device having a first position and a second position deflectable from the first position, the actuation device being deflectable by the insulation to the second position and actuating a switch which opens the electrical circuit inhibiting operation of the luminaire fixture.
    • 一种用于嵌入式照明器材夹具的绝热检测器包括照明框架,连接到框架的接线盒,连接到所述框架和接线盒中的一个的机械开关,与电路电连通的机械开关,电路 包括灯座,所述电路的至少一部分通过所述接线盒,所述电路接收多个输入电压,所述致动装置从所述机械开关延伸,所述致动装置可响应于围绕所述照明装置设置的隔热件而移动, 所述致动装置具有第一位置和从所述第一位置偏转的第二位置,所述致动装置可被所述绝缘体偏转到所述第二位置,并且致动开关,所述开关阻止所述电路阻止所述照明器具的操作。
    • 7. 发明授权
    • Thermal insulation detector
    • 隔热探测器
    • US08393763B2
    • 2013-03-12
    • US12703238
    • 2010-02-10
    • Michael O'BoyleKevin Oliveira
    • Michael O'BoyleKevin Oliveira
    • F21V15/00
    • H05B37/0227F21S8/02F21V21/048F21V25/00F21V25/04
    • A thermal insulation detector for a recessed luminaire fixture comprises a luminaire frame, a junction box connected to the frame, a mechanical switch connected to one of said frame and the junction box, the mechanical switch in electrical communication with an electrical circuit, the electrical circuit including a lamp socket, at least a portion of the circuit passing through the junction box the electrical circuit receiving multiple input voltages, an actuation device extending from the mechanical switch, the actuation device being movable responsive to thermal insulation disposed about the luminaire fixture, the actuation device having a first position and a second position deflectable from the first position, the actuation device being deflectable by the insulation to the second position and actuating a switch which opens the electrical circuit inhibiting operation of the luminaire fixture.
    • 一种用于嵌入式照明器材夹具的绝热检测器包括照明框架,连接到框架的接线盒,连接到所述框架和接线盒中的一个的机械开关,与电路电连通的机械开关,电路 包括灯座,所述电路的至少一部分通过所述接线盒,所述电路接收多个输入电压,所述致动装置从所述机械开关延伸,所述致动装置可响应于围绕所述照明装置设置的隔热件而移动, 所述致动装置具有第一位置和从所述第一位置偏转的第二位置,所述致动装置可被所述绝缘体偏转到所述第二位置,并且致动开关,所述开关阻止所述电路阻止所述照明器具的操作。