会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明公开
    • Fiber optic lighting device
    • 光纤照明设备
    • EP0542427A3
    • 1993-09-22
    • EP92309367.8
    • 1992-10-14
    • Churchill, David L.
    • Churchill, David L.
    • F21V8/00F21V29/00F21V9/00G02B5/16
    • F21V9/00G02B6/0006
    • A fiber optic lighting device for providing a light source against and into one end of a fiber optic bundle is provided. The device includes a long-life arc lamp (14) which is operably connected within a tubular heat sink (12). At least one rigid transparent elongated, preferably cylindrical member (22) having ground and polished ends is connected within a mating opening (24) in the heat sink (12) facing the arc lamp (14), light emitting from the arc lamp (14) passing through the transparent member (22). The inner polished end of the transparent member includes a dielectric layer (40) applied thereto which is selected to filter and reflect back into the heat sink (12) at least some of the infrared components of the light emitting from the arc lamp. Most if not all, of the ultraviolet component is filtered out by the transparent member (22). The light emitting from the outer end of the transparent member (22) is thus absent both ultraviolet and infrared components for further transmission through the fiber optic bundle. An opaque enclosure (20), a fan (32) for enhanced heat dissipation and additional light-containing and modifying elements are also provided.
    • 提供了一种用于向光纤束的一端提供光源的光纤照明装置。 该装置包括长寿命弧光灯(14),其可操作地连接在管状散热器(12)内。 至少一个具有研磨和抛光端的刚性透明细长优选圆柱形构件(22)连接在面对弧光灯(14)的散热器(12)中的配合开口(24)内,从弧光灯(14)发出的光 )通过透明构件(22)。 透明构件的内抛光端包括施加到其上的电介质层(40),其被选择为从弧光灯发射的光的至少一些红外分量过滤并反射回散热器(12)。 大部分(如果不是全部)紫外线成分被透明构件(22)滤出。 因此,从透明构件(22)的外端发射的光不存在用于通过光纤束进一步透射的紫外线和红外分量。 还提供了不透明的外壳(20),用于增强散热的附加的光和修改元件的风扇(32)。
    • 2. 发明公开
    • Fiber optic lighting device
    • Beleuchtungsvorrichtung zum Ausleuchten durch optische Fasern。
    • EP0542427A2
    • 1993-05-19
    • EP92309367.8
    • 1992-10-14
    • Churchill, David L.
    • Churchill, David L.
    • F21V8/00F21V29/00F21V9/00G02B5/16
    • F21V9/00G02B6/0006
    • A fiber optic lighting device for providing a light source against and into one end of a fiber optic bundle is provided. The device includes a long-life arc lamp (14) which is operably connected within a tubular heat sink (12). At least one rigid transparent elongated, preferably cylindrical member (22) having ground and polished ends is connected within a mating opening (24) in the heat sink (12) facing the arc lamp (14), light emitting from the arc lamp (14) passing through the transparent member (22). The inner polished end of the transparent member includes a dielectric layer (40) applied thereto which is selected to filter and reflect back into the heat sink (12) at least some of the infrared components of the light emitting from the arc lamp. Most if not all, of the ultraviolet component is filtered out by the transparent member (22). The light emitting from the outer end of the transparent member (22) is thus absent both ultraviolet and infrared components for further transmission through the fiber optic bundle. An opaque enclosure (20), a fan (32) for enhanced heat dissipation and additional light-containing and modifying elements are also provided.
    • 提供了一种用于向光纤束的一端提供光源的光纤照明装置。 该装置包括长寿命弧光灯(14),其可操作地连接在管状散热器(12)内。 至少一个具有研磨和抛光端的刚性透明细长优选圆柱形构件(22)连接在面对弧光灯(14)的散热器(12)中的配合开口(24)内,从弧光灯(14)发出的光 )通过透明构件(22)。 透明构件的内抛光端包括施加到其上的电介质层(40),其被选择为从弧光灯发射的光的至少一些红外分量过滤并反射回散热器(12)。 大部分(如果不是全部)紫外线成分被透明构件(22)滤出。 因此,从透明构件(22)的外端发射的光不存在用于通过光纤束进一步透射的紫外线和红外分量。 还提供了不透明的外壳(20),用于增强散热的附加的光和修改元件的风扇(32)。
    • 3. 发明授权
    • Fiber optic light bar for edge lighted signage
    • 光纤灯条用于边缘点亮标牌
    • US5572818A
    • 1996-11-12
    • US407624
    • 1995-03-21
    • David L. Churchill
    • David L. Churchill
    • F21V8/00G02B6/06G09F13/00
    • G02B6/0028G02B6/06
    • A fiber optic display sign for preselected sequential lighting of one or more of a plurality of transparent side-by-side panels each having viewable indicia thereon. Selective illumination of each of the panels is by a single light source which transmits light through a selective light transmitting device into fiber optic bundles which terminate at their opposite ends at, and are secured in, one or more openings defining a plurality of rows in an elongated light bar. The panels, when secured to the light bar having one edge of each panel in optical alignment with one of the rows of optical fiber bundle ends, may be sequentially illuminated to create distinctive visual effects as in advertising, multi-colored logo display or the like.
    • 一种光纤显示符号,用于预先选择顺序点亮多个透明并排板中的一个或多个的每个在其上具有可视标记的顺序照明。 每个面板的选择性照明是通过单个光源,其将光通过选择性光传输装置传输到光纤束中,光纤束在其相对端终止并固定在一个或多个限定多行的开口中 细长条。 面板当固定到具有每个面板的一个边缘的光条中的一行光纤束端部的光条时,可以被顺序地照亮以产生与广告,多色徽标显示器等相似的独特的视觉效果 。
    • 4. 发明授权
    • Fiber optic lighting device
    • 光纤照明装置
    • US5111367A
    • 1992-05-05
    • US777156
    • 1991-10-16
    • David L. Churchill
    • David L. Churchill
    • F21V8/00F21V9/00
    • F21V9/00G02B6/0006
    • A fiber optic lighting device for providing a light source against and into one end of a fiber optic bundle for use. The device includes a long-life arc lamp which is operably connected within a tubular heat sink. At least one rigid transparent elongated, preferably cylindrical member having ground and polished ends is connected within a mating opening in the heat sink facing the arc lamp, light emitting from the arc lamp passing through the transparent member. The inner polished end of the transparent member includes a dielectric layer applied thereto which is selected to filter and reflect back into the heat sink at least some of the infrared components of the light emitting from the arc lamp. Most, if not all, of the ultraviolet component is filtered out by the transparent member. The light emitting from the outer end of the transparent member is thus absent both ultraviolet and infrared components for further transmission through the fiber optic bundle. An opaque enclosure, a fan for enhanced heat dissipation and additional light-containing and modifying elements are also provided.
    • 5. 发明授权
    • Fiber optics light device
    • 光纤灯装置
    • US5109461A
    • 1992-04-28
    • US698615
    • 1991-05-10
    • David L. Churchill
    • David L. Churchill
    • F21V8/00
    • G02B6/0008Y10S385/901
    • A fiber optics light device particularly adapted for use in illuminating an object in conjunction with an optical comparitor. The device, which transmits light to the object from a separate light source, has a generally U-shaped housing having a first pair of flexible conduits, each one of the pair connected at one end and laterally extending in the same direction from each one of the arms of the housing. A second pair of flexible conduits is connected at one end and laterally extend from the cross-member of the housing. Optical fibers extend between the distal ends of the corresponding first and second pair of conduits and through the corresponding housing arms transmitting light therethrough. The distal ends of the first conduits emit light against the object and are adjustably positionable for that purpose.
    • 一种特别适用于结合光学比较器照明物体的光纤光学装置。 从单独的光源将光透射到物体的装置具有大致U形的壳体,该壳体具有第一对柔性导管,该对的每一个在一端连接并且沿相同方向横向延伸, 房屋的手臂。 第二对柔性导管在一端连接并从壳体的横向侧面延伸。 光纤在对应的第一和第二对导管的远端之间延伸,并且穿过透过光的对应的外壳臂。 第一导管的远端针对物体发光,并且为了该目的可调节地定位。
    • 6. 发明授权
    • Fiber optics light bar
    • 光纤灯条
    • US5000535A
    • 1991-03-19
    • US442514
    • 1989-11-28
    • David L. Churchill
    • David L. Churchill
    • F21V8/00G02B6/32G02B6/36G09F9/305
    • G09F9/305G02B6/0008G02B6/32G02B6/3624G02B6/3887G02B6/40Y10S385/901
    • An elongated metal channel having a U-shaped cross-section has a cover and end caps secured thereto forming a housing. Along one wall of the housing are drilled longitudinally spaced holes. In some of the holes (which may have different orientations) are fixed metal collars having secured therein one end of a bundle of optical fibers. The fiber ends are secured by an adhesive which has been cured, after which the ends are polished. The fiber bundles are led through the housing to an opening (which may be in the cover) where a flexible sleeve has one end mounted. The fibers are threaded through the flexible sleeve and secured in a tip at the other end of the sleeve. The fibers in the tip are secured therein by an epoxy and polished. In some cases the metal collars with the fiber bundle are positioned at the end of a gooseneck with a lens mounted adjacent to the tip. The method by which the fibers are mounted in the collars is described.
    • 具有U形横截面的细长金属通道具有盖和固定在其上的端盖,形成壳体。 沿着壳体的一个壁沿纵向间隔开的孔钻。 在一些孔(其可以具有不同取向)中是固定有一束光纤的固定金属套环。 纤维端部通过已经固化的粘合剂固定,之后端部被抛光。 纤维束通过壳体引导到一个开口(其可以在盖子中),其中柔性套筒具有一端安装。 纤维穿过柔性套筒并固定在套筒另一端的尖端。 尖端中的纤维通过环氧树脂固定在其中并被抛光。 在一些情况下,具有纤维束的金属套环位于鹅颈管的末端,并具有邻近尖端安装的透镜。 描述了将纤维安装在套环中的方法。
    • 7. 发明申请
    • MAGNETO-INDUCTIVE ENERGY HARVESTING
    • 磁感应能量收集
    • WO2012129350A2
    • 2012-09-27
    • PCT/US2012/030016
    • 2012-03-21
    • MICROSTRAIN, INC.LEAMON, Thomas, MooreFRIED, Max, B.CHURCHILL, David, L.
    • LEAMON, Thomas, MooreFRIED, Max, B.CHURCHILL, David, L.
    • H02K47/08
    • H02K35/04F03G7/08
    • A device for harvesting energy from a vibrating substrate includes a base, a parallelogram of stacked beams, an end connector, a first coil of wire, and a first permanent magnet. The base is for mounting to the substrate for receiving vibrational energy derived from the substrate. Each beam of the parallelogram of stacked beams has a first end and a second end. The first end is stationary with respect to the base and connected to receive vibrational energy from the base so the second end can vibrate. The second ends are connected to the end connector. The first permanent magnet is stationary with respect to the base. The first coil of wire is mounted to vibrate with the parallelogram of stacked beams. The first coil of wire extends around the first permanent magnet. When the parallelogram of stacked beams vibrates, the first coil of wire vibrates with respect to the first permanent magnet and a first current is induced in the first coil of wire.
    • 用于从振动基板收获能量的装置包括基座,堆叠梁的平行四边形,端部连接器,第一线圈和第一永磁体。 基座用于安装到基板以接收从基板获得的振动能。 堆叠梁的平行四边形的每个梁具有第一端和第二端。 第一端相对于基座是静止的并被连接以从基座接收振动能量,从而第二端可以振动。 第二端连接到端连接器。 第一永磁体相对于基座是静止的。 电线的第一线圈安装成与堆叠梁的平行四边形振动。 第一线圈绕第一永久磁铁延伸。 当堆叠梁的平行四边形振动时,第一线圈相对于第一永磁体振动,并且在第一线圈中感应出第一电流。
    • 8. 发明申请
    • MAGNETO-INDUCTIVE ENERGY HARVESTING
    • 磁电感应能量收集
    • WO2012129350A3
    • 2012-11-29
    • PCT/US2012030016
    • 2012-03-21
    • MICROSTRAIN INCLEAMON THOMAS MOOREFRIED MAX BCHURCHILL DAVID L
    • LEAMON THOMAS MOOREFRIED MAX BCHURCHILL DAVID L
    • H02K47/08
    • H02K35/04F03G7/08
    • A device for harvesting energy from a vibrating substrate includes a base, a parallelogram of stacked beams, an end connector, a first coil of wire, and a first permanent magnet. The base is for mounting to the substrate for receiving vibrational energy derived from the substrate. Each beam of the parallelogram of stacked beams has a first end and a second end. The first end is stationary with respect to the base and connected to receive vibrational energy from the base so the second end can vibrate. The second ends are connected to the end connector. The first permanent magnet is stationary with respect to the base. The first coil of wire is mounted to vibrate with the parallelogram of stacked beams. The first coil of wire extends around the first permanent magnet. When the parallelogram of stacked beams vibrates, the first coil of wire vibrates with respect to the first permanent magnet and a first current is induced in the first coil of wire.
    • 一种用于从振动基板收集能量的装置,包括基座,堆叠梁的平行四边形,端部连接器,第一线圈以及第一永磁体。 基座用于安装至基板以接收来自基板的振动能量。 堆叠梁的平行四边形的每个梁具有第一端和第二端。 第一端相对于基座静止并连接以接收来自基座的振动能量,因此第二端可以振动。 第二端连接到端部连接器。 第一个永磁体相对于基座是静止的。 第一个线圈线圈安装成与平行四边形堆叠梁振动。 第一线圈绕第一永磁体延伸。 当堆叠梁的平行四边形振动时,第一线圈线圈相对于第一永磁体振动,并且在第一线圈线圈中感应出第一电流。
    • 10. 发明专利
    • FIBER OPTIC LIGHTING DEVICE
    • CA2079304C
    • 1996-02-06
    • CA2079304
    • 1992-09-28
    • CHURCHILL DAVID L
    • CHURCHILL DAVID L
    • F21V8/00F21V9/00
    • A fiber optic lighting device for providing a light source against and into one end of a fiber optic bundle for use. The device includes a long-life arc lamp which is operably connected within a tubular heat sink. At least one rigid transparent elongated, preferably cylindrical member having ground and polished ends is connected within a mating opening in the heat sink facing the arc lamp, light emitting from the arc lamp passing through the transparent member. The inner polished end of the transparent member includes a dielectric layer appliedthereto which is selected to filter and reflect back into the heat sink at leastsome of the infrared components of the light emitting from the arc lamp. Most, if not all, of the ultraviolet component is filtered out by the transparent member. The light emitting from the outer end of the transparent member is thus absent both ultraviolet and infrared components for further transmission through the fiber optic bundle. An opaque enclosure, a fan for enhanced heat dissipation and additional light-containing and modifying elements are also provided.