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    • 2. 发明申请
    • OPTICAL DEVICE WITH CHANNEL WAVEGUIDE STRUCTURE AND METHOD OF FABRICATING
    • 具有通道波形结构的光学器件和制造方法
    • WO2007107902A3
    • 2007-12-13
    • PCT/IB2007050767
    • 2007-03-08
    • PHILIPS INTELLECTUAL PROPERTYKONINKL PHILIPS ELECTRONICS NVRITZ ARNDGRUHLKE STEFAN
    • RITZ ARNDGRUHLKE STEFAN
    • G02B6/12
    • G02B6/132
    • The present invention prefers to an optical device with a channel waveguide structure as well as a method of fabrication. A thin waveguide layer (2) of a fluoride glass, in particular a Zirkonium fluoride glass, especially ZBLAN, is applied on a substrate (1) and structured to form waveguide channels (7) by pressing a stamp (3) onto said layer (2). The stamp (3) is designed having cutting edges (4) formed according to desired contours of channels (7) of the waveguide structure and providing free space for displacement of material of the waveguide layer (2). The stamp (3) and/or the waveguide layer (2) are preheated to a temperature allowing the displacement of the material of the waveguide layer (2) by the cutting edges (4). The invention allows a fast and cheep production of a channel waveguide structure.
    • 本发明优选具有沟道波导结构的光学器件以及制造方法。 氟化物玻璃,特别是Zirkonium氟化物玻璃,特别是ZBLAN的薄波导层(2)被施加在基板(1)上并被构造成通过将印模(3)压到所述层上而形成波导通道(7) 2)。 印模(3)设计有根据波导结构的通道(7)的期望轮廓形成的切割刃(4),并为波导层(2)的材料的位移提供自由空间。 印模(3)和/或波导层(2)被预热到允许波导层(2)的材料被切削刃(4)移位的温度。 本发明允许快速和快速地生产通道波导结构。
    • 9. 发明申请
    • HIGH-PRESSURE DISCHARGE LAMP
    • 高压放电灯
    • WO2005008720A2
    • 2005-01-27
    • PCT/IB2004051200
    • 2004-07-12
    • PHILIPS INTELLECTUAL PROPERTYKONINKL PHILIPS ELECTRONICS NVMOENCH HOLGERRITZ ARND
    • MOENCH HOLGERRITZ ARND
    • F21V7/00F21V9/00H01J61/02H01J61/04H01J61/35H01J61/82H01J61/86H01J61/00
    • H01J61/35H01J61/045H01J61/86
    • The invention relates to a high-pressure discharge lamp, which emits light at least in a defined wavelength range with a defined emission spectrum, having at least one burner (2), which comprises a discharge chamber (21), wherein at least the outer contour of the burner (2) has an elliptical shape in the area of the discharge chamber (21), two electrodes (41, 42) extending into the discharge chamber (21) which are arranged opposite one another and on the longest axis of symmetry of the discharge chamber (21), and a multilayer interference filter (3), which is arranged at least on th outer contour of the burner (2) in the area of the discharge chamber (21), wherein at least a portion of the light from the defined wavelength range may pass through the interference filter (3) and another portion of the light from the defined wavelength range may be reflected into the space between the two electrodes (41, 42).
    • 高压放电灯技术领域本发明涉及一种高压放电灯,其至少在确定的发射光谱的限定波长范围内发射光,该高压放电灯具有至少一个包括放电室(21)的燃烧器(2),其中至少外部 燃烧器(2)的轮廓在排气室(21)的区域中具有椭圆形形状,延伸到排气室(21)中的两个电极(41,42)彼此相对地布置并且在最长的对称轴线 (21)的区域中的至少一个燃烧器(2)的外部轮廓上设置的多层干涉滤波器(3),其中,所述放电室(21)的区域中的至少一部分 来自限定波长范围的光可以穿过干涉滤光片(3),并且来自限定波长范围的另一部分光可以被反射到两个电极(41,42)之间的空间中。
    • 10. 发明申请
    • LAMP
    • WO2004086105A3
    • 2004-11-11
    • PCT/IB2004050292
    • 2004-03-19
    • PHILIPS INTELLECTUAL PROPERTYKONINKL PHILIPS ELECTRONICS NVRITZ ARND
    • RITZ ARND
    • G02B5/28H01J61/35H01K1/32
    • G02B5/285H01J61/35
    • The invention relates to a lamp comprising a lamp bulb (1), on the surface of which at least one interference filter (3) is at least partially located, wherein at least this interference filter (3) comprises several layers, wherein the layer structure comprises alternating layers (3.1) with a higher refractive index and layers (3.2) with a longer refractive index, wherein at least the outer layer and/or at least one inner layer of the interference filter (3) comprises a protective layer (4) to reduce thermal and/or intrinsic stresses, and wherein the thickness of the protective layer (4) or protective layers (4) has a value below 40% of the value of the total thickness of all other layers with the lower refractive index.
    • 本发明涉及一种灯,包括灯泡(1),其表面上至少有一个干涉滤光片(3)至少部分地位于其上,其中至少该干涉滤光片(3)包括若干层,其中层结构 包括具有较高折射率的交替层(3.1)和具有较长折射率的层(3.2),其中所述干涉滤光器(3)的至少外层和/或至少一个内层包括保护层(4) 以降低热和/或固有应力,并且其中保护层(4)或保护层(4)的厚度具有低于具有较低折射率的所有其它层的总厚度的值的40%的值。