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    • 32. 发明授权
    • Lighting systems employing optical fibers
    • 采用光纤的照明系统
    • US4811172A
    • 1989-03-07
    • US123844
    • 1987-11-23
    • John M. DavenportRichard L. Hansler
    • John M. DavenportRichard L. Hansler
    • G02B6/00B60Q1/00B64D47/02F21S8/10F21S8/12F21V8/00F21V13/00G02B6/04G02B6/42
    • F21S48/2287B60Q1/0011F21S48/1241F21S48/2293G02B6/0006G02B6/0008G02B6/4298
    • A lighting system particularly suited for aerodynamically styled automobiles and aircraft is disclosed. The lighting system emits light from a strip arranged across a vehicle such as the automobile. The lighting system may comprise various subsystems finding application for the high and low beam frontal illumination and rear illumination all of the automobile. Each of the subsystems comprises a high intensity light source coupled to one end of each of a plurality of light pipes or optical fibers with each having their other end preferably positioned relative to a reflective element and lens. The reflective elements are arranged relative to a lens element to provide a prescribed illumination patterns. In one embodiment the lenses are arranged relative to each other and are located across a strip of the automobile to provide a composite beam to serve the needs of the high and low beam illumination patterns for the automobile.
    • 公开了一种特别适用于空气动力学的汽车和飞机的照明系统。 照明系统从布置在诸如汽车的车辆上的条带发射光。 照明系统可以包括各种子系统,用于寻找所有汽车的高和低光束正面照明和后照明的应用。 每个子系统包括耦合到多个光管或光纤中的每一个的一端的高强度光源,每个具有其另一端优选地相对于反射元件和透镜定位。 反射元件相对于透镜元件布置以提供规定的照明图案。 在一个实施例中,透镜相对于彼此布置并且位于汽车的条带上以提供复合梁以满足用于汽车的高光束和低光束照明图案的需要。
    • 35. 发明授权
    • Alternating current driven piezoelectric latching relay and method of
operation
    • 交流驱动压电闭锁继电器及其运行方法
    • US4538087A
    • 1985-08-27
    • US619673
    • 1984-06-11
    • Carmen P. GermanoJohn M. Davenport
    • Carmen P. GermanoJohn M. Davenport
    • H01H47/22H01H57/00H01L41/08
    • H01H57/00
    • An alternating current latching relay is provided which employs a latching-type, mechanically operated snap-action switch mechanism with a set of electric contacts that are selectively latched either in the open or closed condition in a snap-action manner upon successive actuations of the snap-action mechanism by suitable push rod means for initiating its operation. At least one alternating current excited bender-type piezoelectric drive member has one end secured to a common base member with the latching-type snap-action switch mechanism and the remaining free end engaging the push rod means. An alternating current electric excitation signal is directly applied to the piezoelectric plate elements of the bender-type drive member for mechanically vibrating the bender-type drive member in a manner such that its amplitude of vibration quickly builds up to a value where it repeatedly strikes the push rod means with sufficient force to selectively actuate the snap-action switch mechanism to the opposite one of its two operating conditions from that in which it originally was set. A tuning mass in the form of a slug element is secured to the end of the bender-type drive member to reduce the natural resonant frequency of vibration of the bender-type drive member to substantially the frequency of the alternating current excitation signal to thereby increase the amplitude of its vibrations to a maximum. Additionally, the tuning mass increases the impulse delivered by the bender-type drive member to the push rod for actuating the snap-action mechanism.
    • 提供了一种交流锁定继电器,其采用闩锁型机械操作的快动开关机构,其具有一组电触点,所述一组电触点在所述卡扣的连续致动时以卡扣动作方式选择性地在打开或闭合状态下锁定 通过合适的推杆装置启动其操作。 至少一个交流激励弯曲型压电驱动构件的一端通过闩锁型卡合动作开关机构固定到公共基座构件,而剩余的自由端与推杆装置接合。 交流电激励信号直接施加到弯曲型驱动部件的压电板元件,用于以弯曲型驱动部件机械振动,使得其振动振幅迅速建立到其反复撞击的值 推杆装置具有足够的力以选择性地将快动开关机构致动到其两个操作条件与原来设定的操作条件相反的一个。 将块状元件形式的调谐块固定到弯曲型驱动构件的端部,以将弯曲型驱动构件的固有振动频率基本上降低到交流激励信号的频率,从而增加 其振动幅度最大。 此外,调谐质量将由弯曲型驱动构件传递的脉冲增加到用于致动快动动作机构的推杆。
    • 38. 发明授权
    • Elongated LED lighting arrangement
    • 延长的LED照明布置
    • US08870428B2
    • 2014-10-28
    • US13528584
    • 2012-06-20
    • Blair L. UngerGregory P. FrankiewiczJoseph G. KaveskiRoger F. Buelow, IIJohn M. Davenport
    • Blair L. UngerGregory P. FrankiewiczJoseph G. KaveskiRoger F. Buelow, IIJohn M. Davenport
    • F21V7/04
    • F21V13/04F21K9/61F21K9/64F21V5/002F21V7/0091F21V9/30F21V2200/15F21Y2103/00F21Y2115/10
    • An elongated LED lighting arrangement comprises an elongated fiberoptic light pipe having an exteriorly facing sidewall between its ends. The light pipe is constructed to promote TIR of light between the ends. A first LED light source is tuned to efficiently provide light within a wavelength range to the pipe. Light-extracting means are applied along the light pipe along the main path of TIR light propagation, and comprise down-converting means tuned to efficiently convert light rays from the LED light source within the wavelength range to lower-energy light rays at respectively longer wavelengths and light-scattering means for extracting from the pipe some light rays within the wavelength range without changing the wavelengths of the foregoing light. The light emitted by the down-converting means and the light-scattering means intermix to produce light, the majority of which has a composite color determined by the foregoing light emitted and the foregoing light extracted.
    • 细长的LED照明装置包括细长的光纤光管,其在其端部之间具有面向外部的侧壁。 光管被构造成促进两端之间的光的TIR。 调整第一LED光源以有效地向管道提供波长范围内的光。 沿着光管沿着TIR光传播的主路径沿着光管施加光提取装置,并且包括被调整以将波长范围内的来自LED光源的光线有效地转换成分别更长波长的较低能量光的下变换装置 以及光散射装置,用于从管道中提取波长范围内的一些光线,而不改变上述光的波长。 由下变换装置和光散射装置发射的光混合产生光,其中大部分具有由所发射的前述光确定的复合色,并提取前述光。
    • 40. 发明申请
    • Light Pipe with Directional Side-Light Extraction
    • 具有定向侧光提取的光管
    • US20080144330A1
    • 2008-06-19
    • US12038610
    • 2008-02-27
    • Roger F. BuelowJohn M. DavenportChris H. Jenson
    • Roger F. BuelowJohn M. DavenportChris H. Jenson
    • G02B6/00
    • G02B6/001
    • A light pipe with directional side-light extraction comprises a light pipe and light-extraction structure applied to the light pipe over only a part of the cross-sectional perimeter of the light pipe and over an active section of the length of the light pipe in which directional side lighting is desired. The light-extraction structure comprises any of (i) material, other than a light-carrying portion of the light pipe or any fluoropolymer cladding on the light-carrying portion, including light-scattering material, (ii) surfaces treated to have light-scattering properties, and (iii) material with a reflective property. The foregoing light pipe eliminates the need for using a reflector, as with fluorescent lamps, by extracting the light only in the desired direction, towards a target area to be illuminated. Other embodiments of the invention promote uniformity in side light emission from a light pipe.
    • 具有定向侧光提取的光管包括光管和光提取结构,其仅在光管的横截面周边的一部分上并且在光管的长度的有效部分上施加到光管 需要哪个方向侧照明。 所述光提取结构包括(i)除了光管的载光部分之外的材料或在光载体部分上的任何含氟聚合物包层的材料,包括光散射材料,(ii)被处理成具有光散射材料的表面, 散射性,以及(iii)具有反射性的材料。 上述光管不需要像荧光灯那样通过仅在期望的方向上将光提取到要照明的目标区域上来使用反射器。 本发明的其他实施方案提高了从光管的侧光发射的均匀性。