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    • 32. 发明授权
    • Modular electronic lighting system
    • 模块化电子照明系统
    • US6100643A
    • 2000-08-08
    • US779495
    • 1997-01-08
    • Ole K. Nilssen
    • Ole K. Nilssen
    • H05B41/24H05B41/282H05B41/295H05B37/02
    • H05B41/295H05B41/245H05B41/2827Y02B20/185Y10S315/04
    • A fluorescent lighting system has: (A) a central power supply connected with regular power line voltage and including a number of power supply modules (e.g., eight), each such module having: (i) a parallel-resonant self-oscillating bridge inverter operative to provide a 35 kHz sinusoidal output voltage at a pair of primary output terminals; (ii) a tank-inductor and a tank-capacitor parallel-connected across the primary output terminals; and (iii) several (e.g., four) pairs of secondary output terminals, each connected with the primary output terminals via its own dedicated current-limiting sub- circuit; thereby to prevent a load connected with a pair of secondary output terminals from drawing more than a certain amount of power; thereby, in turn, to render each pair of secondary output terminals fire-hazard-safe; (B) a plurality of lighting fixtures (e.g., 32), each having a fluorescent lamp and a power input receptacle; each lighting fixture also including a power-factor-corrected 35 Khz ballast connected between its power input receptacle and its fluorescent lamp; and (C) a light-weight power cord plug-in-connected between the power input receptacle of each lighting fixture and one of the pairs of power output terminals. Thus, a single central multi-port power supply will serve to power a large number (e.g., 32) lighting fixtures, with each individual lighting fixture connected directly with one of the many (e.g., 32) individual pairs of secondary power output terminals of the central power supply.
    • 荧光照明系统具有:(A)与常规电力线电压相连并包括多个电源模块(例如八个)的中央电源,每个模块具有:(i)并联谐振自振荡桥式逆变器 可操作地在一对主输出端子处提供35kHz的正弦输出电压; (ii)在主输出端子之间并联连接的电容器和电容器; 和(iii)几个(例如四个)次级输出端子,每个二次输出端子通过其自己的专用限流子电路与主输出端子相连; 从而防止与一对二次输出端子连接的负载超过一定量的电力; 从而反过来使得每对二次输出端子都易于安全; (B)多个照明器具(例如32),每个具有荧光灯和电源输入插座; 每个照明灯具还包括连接在其电源输入插座和其荧光灯之间的功率因数校正的35KHz镇流器; 和(C)插入连接在每个照明器具的电源输入插座和一对电源输出端子之间的轻量电源线。 因此,单个中央多端口电源将用于为大量(例如32个)照明灯具供电,每个照明器具直接与多个(例如32个)单独的副电源输出端子之一 中央电源。
    • 35. 发明授权
    • Operating circuit for gas discharge lamps
    • 气体放电灯操作电路
    • US5510681A
    • 1996-04-23
    • US227999
    • 1994-04-15
    • Ole K. Nilssen
    • Ole K. Nilssen
    • H02M7/5383H02M7/53846H02M7/53862H02M7/5387H03K3/30H05B41/24H05B41/28H05B41/282H05B41/295H05B41/38H05B41/392H05B37/02
    • H02M7/53862H02M7/53832H02M7/53835H02M7/53846H02M7/53873H03K3/30H05B41/245H05B41/28H05B41/2827H05B41/295H05B41/38H05B41/3925Y10S315/05Y10S315/07
    • A half-bridge inverter is powered from a constant-magnitude DC supply voltage and provides at the inverter's output a first AC output voltage that is describable as a modified squarewave voltage. This first AC voltage is applied across a series-combination of an inductor and a capacitor, the junction between which is clamped to the DC supply voltage. As a result, a second AC voltage gets established across the capacitor; which second AC voltage is also describable as being a modified squarewave voltage. However, the phasing of the second AC voltage is delayed by approximately 90 degrees with respect to the first AC voltage; which results in the voltage across the inductor being of approximately sinusoidal waveform. A fluorescent lamp is connected in series with a ballast capacitor; and the lamp-capacitor series combination is connected across the inductor, thereby resulting in a nearly sinusoidal current being provided to the fluorescent lamp. Lamp starting aid is provided by a voltage-doubling circuit supplying a high-magnitude current-limited DC voltage across the ballast capacitor for ignition purposes.
    • 半桥逆变器由恒定直流电源电压供电,并在变频器的输出端提供可被描述为改进的方波电压的第一交流输出电压。 该第一交流电压被施加在电感器和电容器的串联组合上,其结点被钳位到直流电源电压。 结果,跨越电容器建立了第二交流电压; 该第二AC电压也可被描述为改进的方波电压。 然而,相对于第一AC电压,第二AC电压的定相延迟大约90度; 这导致电感器两端的电压大致为正弦波形。 荧光灯与镇流电容串联; 并且灯电容器串联组合连接在电感器两端,从而导致向荧光灯提供近似正弦电流。 灯起动辅助由提供高压限流直流电压的电压倍增电路提供,用于点火目的。
    • 36. 发明授权
    • Power distribution for lighting systems
    • 照明系统配电
    • US5003227A
    • 1991-03-26
    • US453387
    • 1989-12-18
    • Ole K. Nilssen
    • Ole K. Nilssen
    • H05B41/24
    • H05B41/245
    • A number of power-line-operated high-frequency multi-output central power supplies are mounted at spaced-apart points on the permanent ceiling above a suspended ceiling. From each individual output of each such power supply, high frequency power is provided by way of flexible conductor means to a lighting fixture mounted nearby in the grid structure of the suspended ceiling below. Thus, high frequency power distribution is accomplished in a hub-and-spoke fashion by way of relatively short lengths of conductors--with each conductor carrying a relatively light current. Compared with the conventional bus-wire system of distributing high frequency power to a plurality of lighting fixtures, subject hub-and-spoke distribution system provides for substantially lower distribution losses and minimized radio frequency interference. Also, this hub-and-spoke system provides for more flexibility in terms of installing and positioning the fixtures in the suspended ceiling.
    • 一些电力线操作的高频多输出中央电源安装在悬吊天花板上方永久天花板上的间隔点。 从每个这样的电源的每个单独的输出,高频功率通过柔性导体装置提供到安装在附近的悬吊天花板下方的格栅结构中的照明器具。 因此,通过相对较短长度的导体以轮毂和辐条的方式实现高频功率分配,每个导线承载相对较小的电流。 与将高频功率分配给多个照明器具的常规总线线系统相比,主体轮毂和轮辐分配系统提供基本上较低的分配损耗和最小化的射频干扰。 此外,该中心辐射系统在悬挂天花板上安装和定位固定装置方面提供了更多的灵活性。
    • 37. 发明授权
    • High-frequency lighting system
    • 高频照明系统
    • US4598232A
    • 1986-07-01
    • US526389
    • 1983-08-25
    • Ole K. Nilssen
    • Ole K. Nilssen
    • H05B41/24H05B37/02H05B39/04H05B41/36
    • H05B41/245Y10S315/05Y10S315/07
    • Subject high-frequency lighting system comprises the following principal component parts:(a) a power-line-operated power supply operable to supply a high-frequency (30 kHz) output voltage;(b) a plurality of lighting fixtures--with each such fixture comprising one or more gas discharge lamps and series-resonant ballasting means operative to derive the requisite lamp operating voltages and currents from the power supply's high-frequency voltage output; and(c) a bus wire means operative to distribute said high-frequency voltage from the power supply and to each of the fixtures. To protect against circuit failures, which might occur due to excessive socket voltages resulting upon removal of a lamp or toward end-of-lamp-life, a Varistor voltage-limiting means and a self-latching circuit breaker means are used with each series-resonant ballast. The Varistor saves the circuit from immediate self-destruction in case of lamp failure or non-presence; and the circuit breaker serves to decouple the circuit from its high-frequency voltage supply whenever the circuit has been without proper lamp loading for longer than about two seconds.
    • 主体高频照明系统包括以下主要组成部分:(a)可操作以提供高频(30kHz)输出电压的电力线操作电源; (b)多个照明器具 - 每个这样的固定装置包括一个或多个气体放电灯和串联谐振镇流装置,用于从电源的高频电压输出中导出必要的灯工作电压和电流; 以及(c)总线线路,用于将所述高频电压从所述电源和每个所述固定装置分配。 为防止电路故障,可能由于插座电压过高而导致灯泡消失或寿命终止,因此可以使用压敏电阻限压装置和自锁式断路器装置, 谐振镇流器。 压敏电阻在灯管故障或不存在的情况下节省电路立即自毁; 并且断路器用于每当电路没有适当的灯负载超过约两秒钟时将电路与其高频电压源分离。