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    • 1. 发明申请
    • LIGHTING APPARATUS FOR GENERATING A LIGHT PATTERN
    • 用于产生光图案的照明装置
    • US20120169952A1
    • 2012-07-05
    • US13497258
    • 2010-09-09
    • Rifat Ata Mustafa HikmetTies Van BommelYongfeng Ni
    • Rifat Ata Mustafa HikmetTies Van BommelYongfeng Ni
    • G02F1/1335
    • G02F1/1393A47F11/10G02F1/292
    • The invention relates to a lighting apparatus (1) for generating a light pattern. A light source (4) generates a light beam (5) for being directed onto a liquid crystal cell (2). The liquid crystal cell (2) comprises a periodic structure (3). If voltage is applied to the liquid crystal cell (2) by a voltage source (8), a period phase pattern is generated. The liquid crystal cell (2) and the light source (4) are adapted such that multiple separate light beams (6) are generated in different directions by diffraction at the generated periodic phase pattern, wherein the multiple separate light beams (6) form the light pattern (7). Since the light pattern is generated by diffraction at the periodic phase pattern, which is modifiable by applying voltage, different light patterns can be generated, in particular, for decorative purposes, in a technically relatively simple way.
    • 本发明涉及一种用于产生光图案的照明装置(1)。 光源(4)产生用于被引导到液晶单元(2)上的光束(5)。 液晶单元(2)包括周期性结构(3)。 如果通过电压源(8)向液晶单元(2)施加电压,则产生周期相位图。 液晶单元(2)和光源(4)适于使得通过在所产生的周期性相位图案处的衍射在不同方向上产生多个分开的光束(6),其中多个分开的光束(6)形成 光图案(7)。 由于光图案是通过施加电压可修改的周期性相位图案的衍射产生的,特别是为了装饰目的,可以以技术上相对简单的方式产生不同的光图案。
    • 2. 发明授权
    • Lighting apparatus for generating a light pattern
    • 用于产生光图案的照明装置
    • US08767135B2
    • 2014-07-01
    • US13497258
    • 2010-09-09
    • Rifat Ata Mustafa HikmetTies Van BommelYongfeng Ni
    • Rifat Ata Mustafa HikmetTies Van BommelYongfeng Ni
    • G02F1/133G02F1/1335F21V7/04
    • G02F1/1393A47F11/10G02F1/292
    • The invention relates to a lighting apparatus (1) for generating a light pattern. A light source (4) generates a light beam (5) for being directed onto a liquid crystal cell (2). The liquid crystal cell (2) comprises a periodic structure (3). If voltage is applied to the liquid crystal cell (2) by a voltage source (8), a period phase pattern is generated. The liquid crystal cell (2) and the light source (4) are adapted such that multiple separate light beams (6) are generated in different directions by diffraction at the generated periodic phase pattern, wherein the multiple separate light beams (6) form the light pattern (7). Since the light pattern is generated by diffraction at the periodic phase pattern, which is modifiable by applying voltage, different light patterns can be generated, in particular, for decorative purposes, in a technically relatively simple way.
    • 本发明涉及一种用于产生光图案的照明装置(1)。 光源(4)产生用于被引导到液晶单元(2)上的光束(5)。 液晶单元(2)包括周期性结构(3)。 如果通过电压源(8)向液晶单元(2)施加电压,则产生周期相位图。 液晶单元(2)和光源(4)适于使得通过在所产生的周期性相位图案处的衍射在不同方向上产生多个分开的光束(6),其中多个分开的光束(6)形成 光图案(7)。 由于光图案是通过施加电压可修改的周期性相位图案的衍射产生的,特别是为了装饰目的,可以以技术上相对简单的方式产生不同的光图案。
    • 3. 发明申请
    • LIGHT EMITTER WITH PREDEFINED ANGULAR COLOR POINT DISTRIBUTION
    • 具有预定角度颜色点分布的发光体
    • US20120170602A1
    • 2012-07-05
    • US13395448
    • 2010-04-20
    • Rifat Ata Mustafa HikmetTies Van BommelYongfeng Ni
    • Rifat Ata Mustafa HikmetTies Van BommelYongfeng Ni
    • H01S3/13
    • F21K99/00C09K11/7731C09K11/7734C09K11/7774F21S41/14F21S41/16F21V9/30F21Y2115/10G09F13/20H01L33/50H01L33/58
    • The invention relates to a light emitter adapted for emitting light with a predefined angular color point distribution, to a method of use for a light emitter in video flash applications, in automotive headlight applications and/or in automotive lamp applications, and to a method, adapted for generating light with a predefined angular color point distribution. The light emitter is adapted for emitting light with a predefined angular color point distribution through an output and comprises a phosphor (2) and a pump source (1), wherein the pump source (1) is adapted for emitting pump light to at least part of the phosphor (2), and the phosphor (2) is adapted for emitting phosphor light by light conversion of absorbed pump light, and wherein a matching element (4) is provided which is arranged at least partly between the phosphor (2) and the output of the light emitter, and which is adapted for adjusting the ratio of the light intensity of the emitted phosphor light emitted by the phosphor (2) towards the output of the light emitter to the light intensity of the transmitted pump light going through the phosphor (2) towards the output of the light emitter. In this way, a versatile light emitter with a predefined angular color point distribution in conjunction with any desired angular light intensity distribution is provided at low costs.
    • 本发明涉及一种适于发射具有预定义角色分布的光的光发射器,用于汽车前照灯应用和/或汽车灯应用中的视频闪光应用中的光发射器的使用方法,以及一种方法, 适于产生具有预定角度色点分布的光。 光发射器适于通过输出发射具有预定角色点分布的光,并且包括磷光体(2)和泵浦源(1),其中泵浦源(1)适于将泵浦光发射到至少部分 的荧光体(2),并且所述荧光体(2)适于通过吸收的泵浦光的光转换来发射磷光,并且其中提供匹配元件(4),所述匹配元件(4)至少部分地布置在所述荧光体(2)和 光发射器的输出,并且其适于调节由磷光体(2)发射的发射的荧光体的光强度与发光体的输出的比例,相对于透过的发射的泵浦光的光强度 磷光体(2)朝向光发射器的输出。 以这种方式,以低成本提供了具有预定角度色点分布的多功能光发射器,并结合任何期望的角光强度分布。
    • 4. 发明授权
    • Light emitter with predefined angular color point distribution
    • 具有预定角度色点分布的光发射器
    • US08672523B2
    • 2014-03-18
    • US13395448
    • 2010-04-20
    • Rifat Ata Mustafa HikmetTies Van BommelYongfeng Ni
    • Rifat Ata Mustafa HikmetTies Van BommelYongfeng Ni
    • F21V1/00
    • F21K99/00C09K11/7731C09K11/7734C09K11/7774F21S41/14F21S41/16F21V9/30F21Y2115/10G09F13/20H01L33/50H01L33/58
    • The invention relates to a light emitter adapted for emitting light with a predefined angular color point distribution, to a method of use for a light emitter in video flash applications, in automotive headlight applications and/or in automotive lamp applications, and to a method, adapted for generating light with a predefined angular color point distribution. The light emitter is adapted for emitting light with a predefined angular color point distribution through an output and comprises a phosphor (2) and a pump source (1), wherein the pump source (1) is adapted for emitting pump light to at least part of the phosphor (2), and the phosphor (2) is adapted for emitting phosphor light by light conversion of absorbed pump light, and wherein a matching element (4) is provided which is arranged at least partly between the phosphor (2) and the output of the light emitter, and which is adapted for adjusting the ratio of the light intensity of the emitted phosphor light emitted by the phosphor (2) towards the output of the light emitter to the light intensity of the transmitted pump light going through the phosphor (2) towards the output of the light emitter. In this way, a versatile light emitter with a predefined angular color point distribution in conjunction with any desired angular light intensity distribution is provided at low costs.
    • 本发明涉及一种适用于发射具有预定义角色分布的光的光发射器,用于汽车前照灯应用和/或汽车灯应用中的视频闪光应用中的光发射器的使用方法,以及一种方法, 适于产生具有预定角度色点分布的光。 光发射器适于通过输出发射具有预定角色点分布的光,并且包括磷光体(2)和泵浦源(1),其中泵浦源(1)适于将泵浦光发射到至少部分 的荧光体(2),并且所述荧光体(2)适于通过吸收的泵浦光的光转换来发射磷光,并且其中提供匹配元件(4),所述匹配元件(4)至少部分地布置在所述荧光体(2)和 光发射器的输出,并且其适于调节由磷光体(2)发射的发射的荧光体的光强度与发光体的输出的比例,相对于透过的发射的泵浦光的光强度 磷光体(2)朝向光发射器的输出。 以这种方式,以低成本提供了具有预定角度色点分布的多功能光发射器,并结合任何期望的角光强度分布。
    • 5. 发明申请
    • LIGHTING APPARATUS
    • 照明设备
    • US20120320583A1
    • 2012-12-20
    • US13581420
    • 2011-02-04
    • Ties Van BommelRifat Ata Mustafa HikmetYongfeng Ni
    • Ties Van BommelRifat Ata Mustafa HikmetYongfeng Ni
    • F21V13/12
    • G02B27/283F21K9/64F21V9/30F21Y2113/20F21Y2115/10F21Y2115/30H01L25/167H01L2924/0002H01L2924/00
    • The invention relates to a lighting apparatus (1). A first light device (52) comprises a first light source (2) for generating a first light beam (3) and a light emanating element (6) from which the first light beam (3) emanates. A second light device (53) with a second light source (4) generates a second light beam (5) being directed to the light emanating element (6) of the first light device (52), wherein the light emanating element (6) is adapted to redirect the second light beam (5) such that the redirected second light beam (7) emanates from the light emanating element (6). Since the first light beam (5) and the redirected second light beam (7) emanate from the light emanating element (6), both light beams appear to originate from the same location. The probability of generating selective shadowing effects can therefore be reduced, in particular, selective shadowing effects can be eliminated.
    • 本发明涉及一种照明装置(1)。 第一光装置(52)包括用于产生第一光束(3)的第一光源(2)和发射第一光束(3)的光发射元件(6)。 具有第二光源(4)的第二光装置(53)产生被引导到第一光装置(52)的光发射元件(6)的第二光束(5),其中光发射元件(6) 适于重定向第二光束(5),使得重定向的第二光束(7)从光发射元件(6)发出。 由于第一光束(5)和重定向的第二光束(7)从光发射元件(6)发出,所以两个光束似乎源于相同的位置。 因此可以减少产生选择性阴影效应的概率,特别是可以消除选择性阴影效应。
    • 6. 发明申请
    • ILLUMINATION APPARATUS FOR ILLUMINATING AN OBJECT
    • 用于照射对象的照明设备
    • US20120306988A1
    • 2012-12-06
    • US13576004
    • 2011-01-31
    • Yongfeng NiRifat Ata Mustafa HikmetTies Van Bommel
    • Yongfeng NiRifat Ata Mustafa HikmetTies Van Bommel
    • B41J2/47
    • G02B5/32F21V5/002G03B21/006G03H1/08G03H1/2645G03H2001/048G03H2210/20G03H2210/562G03H2270/22
    • The invention relates to an illumination apparatus (1) for illuminating an object (2) with an illumination pattern, in particular for decorative lighting. The apparatus comprises a first light device (3) for generating a first light beam (4) and an optical medium (5) comprising a diffractive optical element (6), wherein the diffractive optical element (6) is adapted to generate a first illumination pattern (11) and wherein the first light device (3) and the optical medium (5) are arranged such that the first light beam (4) is directed to the diffractive optical element (6) for generating the first illumination pattern (11) on the object (2). A diffractive optical element can be written onto an optical medium such that the diffractive optical element has sub-micron features, thereby allowing to increase the spatial resolution of the illumination on the object in comparison to using a LC-SLM or a LCoS for illuminating an object.
    • 本发明涉及一种照明装置(1),用于照明具有照明图案的物体(2),特别是用于装饰照明。 该装置包括用于产生第一光束(4)的第一光装置(3)和包括衍射光学元件(6)的光介质(5),其中衍射光学元件(6)适于产生第一照明 图案(11),其中第一光装置(3)和光介质(5)被布置成使得第一光束(4)被引导到用于产生第一照明图案(11)的衍射光学元件(6) 对象(2)。 衍射光学元件可以被写入光学介质上,使得衍射光学元件具有亚微米特征,从而与使用LC-SLM或用于照亮物体的LCoS相比,可以增加物体上的照明的空间分辨率 目的。
    • 7. 发明申请
    • Primary light converter for converting primary light into secondary light
    • 用于将一次光转换成二次光的主光转换器
    • US20120228471A1
    • 2012-09-13
    • US13508993
    • 2010-11-09
    • Ties Van BommelRifat Ata Mustafa HikmetYongfeng Ni
    • Ties Van BommelRifat Ata Mustafa HikmetYongfeng Ni
    • G01J1/44
    • F21V14/003F21V23/0442
    • The invention relates to a primary light converter (1) for converting primary light (3) into secondary light (4). An electrical light conversion unit (2) converts at least a part of the primary light (3) into the secondary light (4), and an energy converter (5) converts at least a part of the primary light (3) into electrical energy, wherein the electrical light conversion unit (2) is adapted to be driven by the electrical energy from the energy converter (5). The invention relates further to a lighting apparatus comprising one or several of the primary light converters. It is not necessary to electrically connect the one or several primary light converters via a wire to an external power supply. This reduces the space required for the primary light converter and the lighting apparatus and increases the variability of possible arrangements of the one or several primary light converters and lighting systems comprising such primary light converters.
    • 本发明涉及一种用于将一次光(3)转换为二次光(4)的一次光转换器(1)。 电光转换单元(2)将至少一部分初级光(3)转换成二次光(4),并且能量转换器(5)将至少一部分初级光(3)转换为电能 ,其中电光转换单元(2)适于由能量转换器(5)的电能驱动。 本发明还涉及一种包括一个或多个初级光转换器的照明装置。 不需要通过导线将一个或多个初级光转换器电连接到外部电源。 这减小了一次光转换器和照明装置所需的空间,并且增加了包括这种一次光转换器的一个或多个初级光转换器和照明系统的可能布置的可变性。
    • 8. 发明授权
    • Primary light converter for converting primary light into secondary light
    • 用于将一次光转换成二次光的主光转换器
    • US09062856B2
    • 2015-06-23
    • US13508993
    • 2010-11-09
    • Ties Van BommelRifat Ata Mustafa HikmetYongfeng Ni
    • Ties Van BommelRifat Ata Mustafa HikmetYongfeng Ni
    • G01J1/44F21V14/00F21V23/04
    • F21V14/003F21V23/0442
    • The invention relates to a primary light converter (1) for converting primary light (3) into secondary light (4). An electrical light conversion unit (2) converts at least a part of the primary light (3) into the secondary light (4), and an energy converter (5) converts at least a part of the primary light (3) into electrical energy, wherein the electrical light conversion unit (2) is adapted to be driven by the electrical energy from the energy converter (5). The invention relates further to a lighting apparatus comprising one or several of the primary light converters. It is not necessary to electrically connect the one or several primary light converters via a wire to an external power supply. This reduces the space required for the primary light converter and the lighting apparatus and increases the variability of possible arrangements of the one or several primary light converters and lighting systems comprising such primary light converters.
    • 本发明涉及一种用于将一次光(3)转换为二次光(4)的一次光转换器(1)。 电光转换单元(2)将至少一部分初级光(3)转换成二次光(4),并且能量转换器(5)将至少一部分初级光(3)转换为电能 ,其中电光转换单元(2)适于由能量转换器(5)的电能驱动。 本发明还涉及一种包括一个或多个初级光转换器的照明装置。 不需要通过导线将一个或多个初级光转换器电连接到外部电源。 这减小了一次光转换器和照明装置所需的空间,并且增加了包括这种一次光转换器的一个或多个初级光转换器和照明系统的可能布置的可变性。
    • 9. 发明授权
    • Illumination system, light source and beam-control element
    • 照明系统,光源和光束控制元件
    • US08696167B2
    • 2014-04-15
    • US12676632
    • 2008-09-08
    • Rifat Ata Mustafa HikmetTies Van Bommel
    • Rifat Ata Mustafa HikmetTies Van Bommel
    • F21V17/02
    • F21V14/06F21L4/005F21V7/0091F21V14/00F21V14/04F21V14/065F21V14/08F21Y2115/10G02B3/14G02B5/021G02B5/0252G02B5/0278G02B27/0933
    • The invention relates to an illumination system (50), a beam-control element and a light source (30). The illumination system comprises the light source for emitting a light beam and a beam-control element for controlling the shape and/or direction of the light beam. The beam-control element comprises a resilient layer (2a) and a further layer (4a) being arranged substantially parallel to each other, the resilient layer comprising a relief (21) on a surface of the resilient layer arranged substantially parallel to the further layer, or the further layer comprising the relief on a surface of the further layer facing the resilient layer. The illumination system further comprises moving means (52) for moving the resilient layer and the further layer with respect to each other for reducing the relief by applying a pressure between the resilient layer and the further layer. The relief controls the shape and/or direction of the light-beam. When the relief is reduced by applying pressure, the light beam is substantially unaltered by the beam-control element.
    • 本发明涉及照明系统(50),光束控制元件和光源(30)。 照明系统包括用于发射光束的光源和用于控制光束的形状和/或方向的光束控制元件。 光束控制元件包括弹性层(2a)和基本上彼此平行地布置的另外的层(4a),弹性层包括在基本上平行于另一层布置的弹性层的表面上的浮雕(21) 或者在另一层的面向弹性层的表面上包括浮雕的另外的层。 照明系统还包括用于相对于彼此移动弹性层和另一层的移动装置(52),以通过在弹性层和另一层之间施加压力来减小浮雕。 浮雕控制光束的形状和/或方向。 当通过施加压力来减小浮雕时,光束基本上不被梁控制元件改变。
    • 10. 发明申请
    • luminescent converter for a phosphor enhanced light source
    • 用于荧光增强光源的发光转换器
    • US20140021857A1
    • 2014-01-23
    • US14009865
    • 2012-04-03
    • Ties Van BommelRifat Ata Mustafa HikmetJan Cornelis Kriege
    • Ties Van BommelRifat Ata Mustafa HikmetJan Cornelis Kriege
    • C09K11/06H05B33/12
    • C09K11/06C09K11/7774C09K2211/1011C09K2211/1029C09K2211/1044H01L33/504H05B33/12
    • A luminescent converter 200, 220, 240, 260, a phosphor-enhanced light source and a luminaire are provided. The luminescent converter 200 comprises a first organic luminescent material 202, a second organic luminescent material 208 and a third inorganic luminescent material 206. The first organic luminescent material 202, the second organic luminescent material 208 and the inorganic luminescent material 206 absorb a portion of light emitted by the light source and/or absorbs a portion of light emitted by at least one of the other luminescent materials. The first organic luminescent material 202 converts at least a part of the absorbed light into light of a first color distribution. The second organic luminescent material 208 converts at least a part of the absorbed light into light of a second color distribution. The inorganic luminescent material 206 converts at least a part of the absorbed light into a third color distribution to compensate self-absorption of light by at least one of the first organic luminescent material 202 and the second organic luminescent material 208.
    • 提供了发光转换器200,220,240,260,荧光增强光源和照明器。 发光转换器200包括第一有机发光材料202,第二有机发光材料208和第三无机发光材料206.第一有机发光材料202,第二有机发光材料208和无机发光材料206吸收一部分光 由光源发射和/或吸收由至少一种其它发光材料发射的光的一部分。 第一有机发光材料202将至少一部分吸收的光转换为第一颜色分布的光。 第二有机发光材料208将吸收的光的至少一部分转换为第二颜色分布的光。 无机发光材料206将吸收的光的至少一部分转换为第三颜色分布,以补偿由第​​一有机发光材料202和第二有机发光材料208中的至少一个的光的自吸收。