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    • 1. 发明申请
    • INTEGRAL HEAT SINK AND HOUSING LIGHT EMITTING DIODE ASSEMBLY
    • 整体散热和外壳发光二极管总成
    • WO2009149238A3
    • 2010-03-25
    • PCT/US2009046218
    • 2009-06-04
    • RELUME TECHNOLOGIES INCHOCHSTEIN PETER A
    • HOCHSTEIN PETER A
    • H01L33/64
    • F21V29/507F21V15/01F21V29/004F21V29/70F21V29/74F21Y2115/10Y10T29/49002
    • A light assembly (20) for mounting to a planar support includes an extruded heat sink (22) presenting a mounting surface (24) and a heat transfer surface (26) slanted from an upper border (32) to a lower border (30). A panel block (52) depends from the lower border (30), a lens block (68) depends from the upper border (32), a back side (76) extends downwardly from the lens block (60), a truss member (82) interconnects the back side (76) and the heat transfer surface (26), and a mounting block (84) extends from the back side (76). The extruded heat sink (22) is cut into independent elongated sections (28) and light emitting diodes (44) are disposed thereon. The elongated sections (28) are mitered to one another to define a frame. A light directing panel (56) extends from the panel blocks (52) and a lens sheet (72) extends from the lens blocks (68).
    • 一种用于安装到平面支撑件的灯组件(20)包括呈现安装表面(24)的挤压散热器(22)和从上边界(32)向下边界(30)倾斜的传热表面(26) 。 面板块(52)从下边界(30)延伸,透镜块(68)从上边界(32)延伸,后侧(76)从透镜块(60)向下延伸,桁架构件 82)连接背面(76)和传热表面(26),并且安装块(84)从背面(76)延伸。 挤压散热器(22)被切割成独立的细长部分(28),发光二极管(44)设置在其上。 细长部分(28)彼此倾斜以限定框架。 导光板(56)从面板块(52)延伸,并且透镜片(72)从透镜块(68)延伸。
    • 2. 发明申请
    • SOLAR SHIELD FOR LED LIGHT EMITTING ASSEMBLY
    • LED发光组件太阳能屏蔽
    • WO2010144154A9
    • 2011-02-03
    • PCT/US2010021317
    • 2010-01-18
    • RELUME TECHNOLOGIES INCHOCHSTEIN PETER A
    • HOCHSTEIN PETER A
    • F21V29/00F21V17/00
    • F21V29/70F21V15/00F21V29/004F21V29/20F21V29/89F21W2131/103F21Y2115/10
    • An L. E. D. light emitting assembly (20) includes an aluminum heat sink (22) presenting a mounting surface (24) with light emitting diodes (26) disposed thereon. A thermoplastic housing (28) is disposed over the heat sink (22) and presents a top surface (30) facing outwardly. An electronics enclosure (32) is disposed on the top surface (30). A solar shield (34) extends over and spaced from the electronics enclosure (32). The solar shield (34) includes a closed solar top wall (102) and solar side walls (104). The solar shield (34) defines an air inlet (114) adjacent a lower edge (112) of each of the solar side walls (104) and an air outlet (116) above the air inlet (114) at open solar ends (108) thereof for creating a chimney effect to move ambient air into the air inlet (114) and through an air flow space (111) to exit the air outlet (116).
    • 一种L.E.D发光组件(20)包括铝散热器(22),其具有设置在其上的发光二极管(26)的安装表面(24)。 热塑性壳体(28)设置在散热器(22)上方并且呈现面向外的顶面(30)。 电子外壳(32)设置在顶表面(30)上。 太阳能屏蔽(34)在电子外壳(32)上延伸并与电子外壳(32)隔开。 太阳能屏蔽(34)包括封闭的太阳能顶壁(102)和太阳能侧壁(104)。 太阳能罩(34)在开放太阳能端(108)处限定与每个太阳能侧壁(104)的下边缘(112)相邻的空气入口(114)和空气入口(114)上方的空气出口(116) ),用于产生烟囱效应以将环境空气移动到空气入口(114)中并且通过空气流动空间(111)以排出空气出口(116)。
    • 6. 发明公开
    • MAINTAINING LED LUMINOUS INTENSITY
    • ERHALT DER LEDLEUCHTINTENSITÄT
    • EP1075706A4
    • 2001-07-18
    • EP98918770
    • 1998-04-27
    • HOCHSTEIN PETER A
    • HOCHSTEIN PETER A
    • G03B7/08H01J40/14H05B33/08H05B39/04G06K11/08
    • Y02B20/14
    • A circuit for maintaining the luminous intensity of a light emitting diode (LED) (12) comprising at least one light emitting diode (LED) (12) for producing a luminous intensity; a sensor (22, 24) for sensing a condition proportional to the luminous intensity of the LED (12) and for producing a luminous intensity signal; a power supply (16) electrically connected to the LED (12) for supplying pulses of electrical energy to the LED (12); and wherein the power supply (16) includes a switching device responsive to the luminous intensity signal for adjusting the electrical energy supplied by the pulses per unit of time to adjust the average of the current passing through the LED (12) to maintain the luminous intensity of the LED (12) at a predetermined level. In one instance, the sensor (22) includes means for sensing changes in the operating temperature of the LED (12). In a second instance, the sensor (24) includes means (28) for sensing changes in luminous output of the LED (12). The electrical energy supplied by the pulses per unit of time are adjusted by anyone of (1) varying the frequency, (2) varying the width of the pulses, (3) a combination of frequency and width, or (4) adjusting the phase of the pulses within an a.c. sinusoidal wave form.
    • 一种用于维持包括至少一个用于产生发光强度的发光二极管(LED)(12)的发光二极管(LED)(12)的发光强度的电路; 传感器(22,24),用于感测与LED(12)的发光强度成比例的状态并产生发光强度信号; 与LED(12)电连接的电源(16),用于向LED(12)提供电能脉冲; 并且其中所述电源(16)包括响应于所述发光强度信号的开关装置,用于调整每单位时间由所述脉冲供应的电能以调节通过所述LED(12)的电流的平均值以保持所述发光强度 的LED(12)处于预定的水平。 在一个例子中,传感器(22)包括用于感测LED(12)的操作温度变化的装置。 在第二种情况下,传感器(24)包括用于感测LED(12)的发光输出中的变化的装置(28)。 (1)改变频率,(2)改变脉冲的宽度,(3)频率和宽度的组合,或(4)调整相位的单位时间内由脉冲提供的电能 交流电中的脉冲 正弦波形。
    • 7. 发明公开
    • ANNUNCIATOR SYSTEM WITH MOBILE RECEIVERS
    • ANSYSYSTEM MIT MOBILENEMPFÄNGERN
    • EP0916126A4
    • 1999-10-20
    • EP97931386
    • 1997-06-25
    • HOCHSTEIN PETER A
    • HOCHSTEIN PETER A
    • G08G1/0967H04H20/55H04H20/61G08G1/09
    • H04H20/55G08G1/096716G08G1/096758G08G1/096783G08G1/096791H04H20/61
    • A system for annunciating traffic information includes a plurality of stationary transmitters (42, 46) for generating relatively short range, highly directional beam signals (44, 48) containing a burst data stream signal (10) to each of a plurality of mobile receivers (50, 52, 54). The stationary transmitter (42) includes a transmitter (42a) connected to a transmitter antenna (56) for generating the beam signal (44) and to a transmitter control (60) which is connected to a transmitter memory (68) for storing a plurality of compressed data voice messages which are read by the transmitter control and generated as data packet signals (16, 20, 22) in the burst data stream signal (10). The mobile receiver (54) includes a receiver antenna (58) for receiving the beam signal (44), a receiver (54a) for separating the burst data stream signal (10) from the beam signal, a receiver control (70) for reading the data packet signals, a data decompression circuit (72) for decompressing the data packet signals and an audio playback device (78) for audibly reproducing the messages. A traffic signal (36) connected to the transmitter control (60) generates traffic signal state signals which are generated as status flag signals (14, 28) in the burst data stream signal (10) and the receiver control (70) responds to the status flag signals by generating a traffic signal state indication from an output device (80).
    • 一种用于通告交通信息的系统包括多个固定发射机(42,46),用于产生包含突发数据流信号(10)的相对短距离,高度定向的波束信号(44,48)到多个移动接收机中的每一个( 50,52,54)。 固定发射机(42)包括连接到用于产生波束信号(44)的发射机天线(56)的发射机(42a)和连接到发射机存储器(68)的发射机控制器(60),所述发射机存储器用于存储多个 由发射机控制器读出并在突发数据流信号(10)中作为数据分组信号(16,20,22)产生的压缩数据话音消息。 移动接收器(54)包括用于接收波束信号(44)的接收器天线(58),用于从波束信号中分离出突发数据流信号(10)的接收器(54a),用于读取 数据分组信号,用于解压缩数据分组信号的数据解压缩电路(72)和用于可听地再现消息的音频重放设备(78)。 连接到发射机控制器(60)的业务信号(36)产生业务信号状态信号,该业务信号状态信号作为突发数据流信号(10)中的状态标志信号(14,28)产生,并且接收机控制器(70)响应 通过从输出设备(80)产生交通信号状态指示来执行状态标志信号。
    • 8. 发明申请
    • ANNUNCIATOR SYSTEM WITH MOBILE RECEIVERS
    • 具有移动接收器的警报器系统
    • WO9801968A3
    • 1998-02-19
    • PCT/US9711009
    • 1997-06-25
    • HOCHSTEIN PETER A
    • HOCHSTEIN PETER A
    • G08G1/0967H04H20/55H04H20/61H04H
    • H04H20/55G08G1/096716G08G1/096758G08G1/096783G08G1/096791H04H20/61
    • A system for annunciating traffic information includes a plurality of stationary transmitters (42, 46) for generating relatively short range, highly directional beam signals (44, 48) containing a burst data stream signal (10) to each of a plurality of mobile receivers (50, 52, 54). The stationary transmitter (42) includes a transmitter (42a) connected to a transmitter antenna (56) for generating the beam signal (44) and to a transmitter control (60) which is connected to a transmitter memory (68) for storing a plurality of compressed data voice messages which are read by the transmitter control and generated as data packet signals (16, 20, 22) in the burst data stream signal (10). The mobile receiver (54) includes a receiver antenna (58) for receiving the beam signal (44), a receiver (54a) for separating the burst data stream signal (10) from the beam signal, a receiver control (70) for reading the data packet signals, a data decompression circuit (72) for decompressing the data packet signals and an audio playback device (78) for audibly reproducing the messages. A traffic signal (36) connected to the transmitter control (60) generates traffic signal state signals which are generated as status flag signals (14, 28) in the burst data stream signal (10) and the receiver control (70) responds to the status flag signals by generating a traffic signal state indication from an output device (80). 00000
    • 用于通信交通信息的系统包括多个固定发射机(42,46),用于产生相对较短范围的高度定向的波束信号(44,48),其包含多个移动接收机中的每一个的突发数据流信号(10) 50,52,54)。 固定发射机(42)包括连接到用于产生波束信号(44)的发射机天线(56)的发射机(42a)和连接到发射机存储器(68)的发射机控制(60),用于存储多个 压缩数据语音消息由发射机控制读取并作为脉冲数据流信号(10)中的数据分组信号(16,20,22)产生。 移动接收机(54)包括用于接收波束信号(44)的接收机天线(58),用于从波束信号中分离突发数据流信号(10)的接收机(54a),用于读取的接收机控制(70) 数据分组信号,用于解压缩数据分组信号的数据解压缩电路(72)和用于可听地再现消息的音频回放装置(78)。 连接到发射机控制(60)的交通信号(36)产生作为突发数据流信号(10)中的状态标志信号(14,28)生成的业务信号状态信号,并且接收机控制(70)响应于 通过从输出设备(80)产生交通信号状态指示来产生状态标志信号。 00000
    • 9. 发明专利
    • NETWORKED LIGHT CONTROL SYSTEM
    • CA2726892A1
    • 2009-12-10
    • CA2726892
    • 2008-07-17
    • RELUME TECHNOLOGIES INC
    • HOCHSTEIN PETER A
    • H05B37/02
    • LED light assemblies (20) are spaced over a geographical territory defined by a central dispatch of public service personnel operating in the geographical territory and are controlled by transmitting digital packets on a first radio frequency reserved for public safety personnel from a central transceiver (24) to repeaters (26) in the geographical territory and re-transmitting the digital packets on a different second frequency reserved for public safety personnel from the repeaters (26) to the light assemblies (20). In turn, the light assemblies (20) transmit digital radio signals on frequencies reserved for public safety personnel to the repeaters (26) for re-transmission to the central transceiver (24). A plurality of emergency signaling devices (36) transmit digital radio signals on the channels of frequencies reserved for public safety personnel to the light assemblies (20) to transmit a radio signal on the reserved frequencies to the central transceiver (24), a 9-1-1 alert or the like.