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    • 2. 发明申请
    • Automotive Lamp and Socket Apparatus with Pigtail Connector
    • 汽车灯和带尾纤连接器的插座设备
    • US20140022782A1
    • 2014-01-23
    • US13551668
    • 2012-07-18
    • Thomas TessnowRonald BoydLawrence M. Rice
    • Thomas TessnowRonald BoydLawrence M. Rice
    • F21V29/00F21V7/00F21V17/12
    • F21S43/14F21S41/147F21S41/155F21S41/19F21S43/19
    • A lamp apparatus (14) includes a heat sink (28), a heat conductive post (26) having a plurality of faces (36), one or more light engines (30) coupled to each of a plurality of faces (36), a connector (32) to provide power to the light engine (30) when electrically coupled to a lamp socket, and a grommet (34). The grommet (34) is secured to and extends around a perimeter of the heat conductive post (26) and includes a radial groove (48) receiving a rim (21) of an opening (20) of a reflector (12) such that a first and a second portion (50, 51) of the grommet (34) extend beyond the rim (21) and over a portion of an interior and an exterior surface (23, 25) of the reflector (12) to secure the lamp apparatus (14) to the opening (20) of the reflector (12).
    • 灯装置(14)包括散热器(28),具有多个面(36)的导热柱(26),耦合到多个面(36)中的每一个的一个或多个光引擎(30) 连接器(32),用于在电耦合到灯插座时向光引擎(30)提供电力,以及索环(34)。 护环(34)固定在导热柱(26)的周边并且围绕导热柱(26)的周边延伸,并且包括容纳反射器(12)的开口(20)的边缘(21)的径向凹槽(48),使得 索环(34)的第一部分(50)和第二部分(51)延伸超出边缘(21)并延伸到反射器(12)的内部和外部表面(23,25)的一部分上,以将灯装置 (14)连接到反射器(12)的开口(20)。
    • 4. 发明授权
    • Headlamp featuring both low-beam and high-beam outputs and devoid of moving parts
    • 头灯具有远光和远光输出,无运动部件
    • US08894257B2
    • 2014-11-25
    • US13474148
    • 2012-05-17
    • Lawrence M. RiceThomas Tessnow
    • Lawrence M. RiceThomas Tessnow
    • F21V7/00
    • F21S41/663F21S41/147F21S41/255F21S41/321F21S41/36F21S41/365F21S41/43F21S41/60F21S45/47
    • A headlight produces low-beam and high-beam outputs without requiring moving parts. Low-beam LED array (7) near first focus (F1) of ellipsoidal reflector (3) directs light laterally against reflector (3) which directs it toward second focus (F2) of reflector. Cut-off edge (4; 5; 63) near second focus forms a bright/dark edge in low-beam output. Cut-off edge is a vertically-oriented light baffle (4) whose top edge forms the bright/dark edge. Cut-off edge is a horizontal light occluding member (16) whose front edge (63) forms bright/dark edge. Cut-off edge is a corner of a heat sink (200). Cut-off edge is located near focal point of lens (2) which transmits low-beam output with a bright/dark edge. Stationary folding mirror (5) near second focus of reflector directs light from high-beam LED array (8) to lens (2). Additive light reflecting from folding mirror (5) transmitting through lens (2) forms high-beam output lacking a bright/dark edge.
    • 头灯产生远光和远光输出,无需移动部件。 靠近椭圆反射体(3)的第一焦点(F1)附近的低光束LED阵列(7)将光横向反射到反射器(3),反射器(3)将其引向反射器的第二焦点(F2)。 第二焦点附近的切割边缘(4; 5; 63)在近光束输出中形成亮/暗边。 切割边缘是垂直取向的挡光板(4),其顶边形成明亮/暗边。 截止边缘是其前边缘(63)形成明亮/暗边缘的水平遮光构件(16)。 切割边缘是散热片的一角(200)。 切割边缘位于透镜(2)的焦点附近,透射带有明亮/暗边的近光输出。 反射镜第二焦点附近的固定折叠镜(5)将来自远光LED阵列(8)的光引导到透镜(2)。 从透镜(2)透射的折叠镜(5)反射的附加光形成不具有亮/暗边缘的远光输出。
    • 5. 发明申请
    • SEQUENTIAL VEHICLE SIGNALING SYSTEM AND METHOD
    • 顺序车辆信号系统及方法
    • US20120326606A1
    • 2012-12-27
    • US13165988
    • 2011-06-22
    • Lawrence M. RiceThomas TessnowHoward Eng
    • Lawrence M. RiceThomas TessnowHoward Eng
    • B60Q1/34
    • B60Q1/38B60Q1/26
    • An illumination apparatus (12) for use with a vehicle (10) includes a lighting system (14) and a controller (16). The lighting system (14) includes at least three light engines (18). The controller (16) is configured to simultaneously illuminate at least two of the light engines (18) while simultaneously not illuminating at least one of the light engines (18) upon activation of the illumination apparatus. The controller (16) is further configured to alternate which of the light engines (18) are not illuminated and which two of the light engines (18) are simultaneously illuminated such that at least two light engines (18) are simultaneously illuminated during the entire illumination sequence. As such, at least two light engines (18) are illuminated upon activation of the illumination apparatus (12).
    • 一种与车辆(10)一起使用的照明装置(12)包括照明系统(14)和控制器(16)。 照明系统(14)包括至少三个光引擎(18)。 控制器(16)被构造成在激活照明装置的同时不同时照亮至少一个光引擎(18),同时照亮至少两个光引擎(18)。 控制器(16)还被配置成交替哪个光引擎(18)不被照亮,并且两个光引擎(18)中的两个同时被照亮,使得在整个过程中至少两个光引擎(18)同时被照亮 照明顺序。 因此,在激活照明装置(12)时照亮至少两个光引擎(18)。
    • 6. 发明授权
    • Sequential vehicle signaling system and method
    • 顺序车辆信号系统及方法
    • US08823265B2
    • 2014-09-02
    • US13165988
    • 2011-06-22
    • Lawrence M. RiceThomas TessnowHoward Eng
    • Lawrence M. RiceThomas TessnowHoward Eng
    • B60Q1/34B60Q1/26B60Q1/38
    • B60Q1/38B60Q1/26
    • An illumination apparatus (12) for use with a vehicle (10) includes a lighting system (14) and a controller (16). The lighting system (14) includes at least three light engines (18). The controller (16) is configured to simultaneously illuminate at least two of the light engines (18) while simultaneously not illuminating at least one of the light engines (18) upon activation of the illumination apparatus. The controller (16) is further configured to alternate which of the light engines (18) are not illuminated and which two of the light engines (18) are simultaneously illuminated such that at least two light engines (18) are simultaneously illuminated during the entire illumination sequence. As such, at least two light engines (18) are illuminated upon activation of the illumination apparatus (12).
    • 一种与车辆(10)一起使用的照明装置(12)包括照明系统(14)和控制器(16)。 照明系统(14)包括至少三个光引擎(18)。 控制器(16)被构造成在激活照明装置的同时不同时照亮至少一个光引擎(18),同时照亮至少两个光引擎(18)。 控制器(16)还被配置为交替哪些光引擎(18)不被照亮,并且两个光引擎(18)中的两个同时被照亮,使得在整个过程中至少两个光引擎(18)同时被照亮 照明序列。 因此,在激活照明装置(12)时照亮至少两个光引擎(18)。
    • 8. 发明申请
    • HIGH EFFICENCY VEHICLE LIGHT FEATURING CONCAVE REFLECTOR AND SUB-REFLECTOR FOR GENERATING LOW-BEAM OUTPUT
    • 高效车灯光源反射器和低反射器用于产生低光束输出
    • US20170067612A1
    • 2017-03-09
    • US14844335
    • 2015-09-03
    • Lawrence M. RiceThomas Tessnow
    • Lawrence M. RiceThomas Tessnow
    • F21S8/10
    • F21S48/1388F21S41/162F21S41/17F21S41/255F21S41/321F21S41/36F21S41/365F21S41/40
    • A vehicle light (1, 11) produces low-beam output using generally spherical distribution light source (7) with increased efficiency. The vehicle light (1) includes transmissive lens (2) through which light exits vehicle light (1); concave reflector (3); light occluding member (100) defining first sub-reflector (6); cut-off edge (4); and second sub-reflector (5). Concave reflector (3) extends upward above light occluding member (100) and directs low-beam light toward transmissive lens (2). Light occluding member (100) is disposed horizontally proximate a longitudinal axis of the vehicle light and low-beam light is reflected between concave reflector (3) and light occluding member (100) toward transmissive lens (2). A second sub-reflector (5) disposed below generally spherical distribution light source (7) has a concave reflecting surface (18, 18a, 18b), preferably shaped as a wedge of a sphere, to reflect low-beam light, emitted downwardly from generally spherical distribution light source (7), towards concave reflector (3).
    • 车辆灯(1,11)使用大体上球形的分配光源(7)以更高的效率产生近光输出。 车辆灯(1)包括透射透镜(2),光通过该透射透镜离开车辆光(1); 凹面反射体(3); 限定第一子反射体(6)的遮光部件(100); 截止边(4); 和第二副反射器(5)。 凹面反射体(3)向上延伸到遮光部件(100)的上方,并将近光束导向透射透镜(2)。 遮光构件(100)水平地邻近车辆灯的纵向轴线设置,并且近光束在凹面反射器(3)和遮光构件(100)之间朝向透射透镜(2)反射。 设置在大致球形分布光源(7)下方的第二子反射器(5)具有凹形的反射表面(18,18a,18b),优选地被形成为球体的楔形,以反射从下方向下发射的远光 一般为球面分布光源(7),朝向凹面反射体(3)。
    • 9. 发明授权
    • LED retrofit vehicle tail lamp
    • LED改装车尾灯
    • US08807808B2
    • 2014-08-19
    • US13558544
    • 2012-07-26
    • Ronald E. Boyd, Jr.Lawrence M. RiceThomas Tessnow
    • Ronald E. Boyd, Jr.Lawrence M. RiceThomas Tessnow
    • F21V7/00
    • F21S43/14F21S43/195Y10T29/4973
    • A replacement vehicular lamp assembly (10) configured for insertion into a vehicle chassis-mounted lamp housing (110) originally containing an incandescent lamp (118) installed in an aperture (102) in a chassis-mounted reflector (116). Lamp assembly (10) has a housing (12) supporting LED(s) and displaceably mounted reflector segments (40) moveable between a closed configuration facilitating installation through the aperture (102) and an outwardly open configuration for function within the lamp housing (110) to form a first reflector (38). A biasing mechanism (25) biases the reflector segments (40) to the open configuration to deploy the first reflector (38) overlying the chassis-mounted reflector (116) so that light from the LED is received on the first reflector (38) defined by the reflector segments (40).
    • 一种替换车灯组件(10),其构造成用于插入安装在安装在机架安装的反射器(116)中的孔(102)中的白炽灯(118)的车载底盘安装的灯壳体(110)中。 灯组件(10)具有支撑LED的壳体(12)和可移动地安装的反射器段(40),其可在关闭构造之间移动,所述关闭构造便于通过所述孔(102)的安装,以及在所述灯壳体(110)内功能的向外打开的构造 )以形成第一反射器(38)。 偏压机构(25)将反射器部分(40)偏置到打开构型以将覆盖在底盘安装的反射器(116)上的第一反射器(38)展开,使得来自LED的光被接收在所定义的第一反射器(38)上 通过反射器段(40)。