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. 发明授权
    • Zoom lens system having imaging and non-imaging ranges
    • 具有成像和非成像范围的变焦镜头系统
    • US6046861A
    • 2000-04-04
    • US946824
    • 1997-10-08
    • Richard K. Steele
    • Richard K. Steele
    • G02B15/167F21S8/00F21S10/00G02B9/36G02B15/17G02B15/14G02B15/15
    • G02B15/173G02B9/36F21W2131/406
    • A projection zoom lens system is used in imaging and non-imaging modes for entertanment and architectural illumination, providing 8:1 zoom ratio in an imaging mode and 20:1 zoom ratio in a non-imaging mode. When coupled with a variable aperture iris, beam size control is obtained with 120:1 ratio. The lens system comprises four lens groups: a first group having a positive refractive power, a second group having a negative refractive power, a third group having a negative refractive power, and a fourth group having a positive refractive power. In the imaging mode, the third group is adjusted axially to vary magnification while the second group is adjusted axially to focus on the object. In the non-imaging mode, the second and third groups are brought into close proximity with each other and adjusted axially as a unit to vary magnification. The fourth group remains fixed and the first group can be adjusted axially to focus the image at different throw lengths.
    • 在成像和非成像模式中使用投影变焦透镜系统进行入射和建筑照明,在成像模式下提供8:1变焦比和在非成像模式下提供20:1变焦比。 当与可变孔径光圈耦合时,以120:1的比率获得光束尺寸控制。 透镜系统包括四个透镜组:具有正折光力的第一组,具有负折光力的第二组,具有负折光力的第三组和具有正折光力的第四组。 在成像模式中,轴向调节第三组以改变放大倍数,而第二组被轴向调节以聚焦在对象上。 在非成像模式中,第二组和第三组彼此靠近并且作为一个单位被轴向地调整以改变放大率。 第四组保持固定,第一组可以轴向调节,以便以不同的投射长度聚焦图像。
    • 3. 发明授权
    • Intra-lens color and dimming apparatus
    • 镜头内的颜色和调光装置
    • US06796682B2
    • 2004-09-28
    • US10270842
    • 2002-10-14
    • Thomas A. HoughRichard K. Steele
    • Thomas A. HoughRichard K. Steele
    • F21V1314
    • F21V5/008F21V9/40F21W2131/406
    • A stage lighting instrument having a high-intensity light source or lamp coupled with a concave reflector, and a projection optical system having a lens system that includes an aperture stop. The lens system forms a real image of the light source encompassing or near the aperture. A color filter and dimming system may be located within the lens system so that the color filter and dimming elements occupy a volume of space near the aperture stop and within the real image of the light source. By locating the color and dimming apparatus near the aperture stop and within the volume occupied by a real image of the light source, superior color mixing, dimming and integration is achieved using simple, un-patterned filters and a simply-shaped dimmer panel. A color filter and dimming system may alternatively be located as close to the light source as possible so that a real image of the color filter and dimming elements is formed near the aperture stop where the image of the light source is formed. The alternate location, forming a real image of the filters and dimmer, is equivalent to locating the actual color filter and dimming elements at the aperture stop. Diffusion glass elements used in a similar apparatus, located at the aperture stop, transform spotlight properties into wash-light properties in a continuously-variable manner.
    • 具有与凹面反射器耦合的高强度光源或灯的舞台照明器具,以及具有包括孔径光阑的透镜系统的投影光学系统。 透镜系统形成包围或靠近光圈的光源的真实图像。 滤光器和调光系统可以位于透镜系统内,使得滤色器和调光元件占据孔径光阑附近和光源的真实图像内的空间体积。 通过将颜色和调光装置放置在孔径光阑附近并且在由光源的真实图像占据的体积内,通过使用简单的未图案化的滤光器和简单的调光面板实现了优异的混色,调光和集成。 可选地,滤色器和调光系统可以尽可能靠近光源定位,使得在形成光源的图像的孔径光阑附近形成滤色器和调光元件的实像。 形成滤光器和调光器的实际图像的替代位置等同于将实际滤色器和调光元件放置在孔径光阑上。 位于孔径光阑处的类似设备中使用的扩散玻璃元件将聚光灯特性以连续可变的方式转换为洗光特性。
    • 4. 发明授权
    • Intra-lens color and dimming apparatus
    • 镜头内的颜色和调光装置
    • US06578987B1
    • 2003-06-17
    • US09565040
    • 2000-05-03
    • Thomas A. HoughRichard K. Steele
    • Thomas A. HoughRichard K. Steele
    • F21V1314
    • F21V5/008F21V9/40F21W2131/406
    • A stage lighting instrument having a high-intensity light source or lamp coupled with a concave reflector, and a projection optical system having a lens system that includes a well-defined aperture stop. The lens system forms a real image of the light source near the aperture stop. A color filter and dimming system may be located within the lens system so that the color filter and dimming elements occupy a volume of space near the aperture stop and within the real image of the light source. By locating the color and dimming apparatus near the aperture stop and within the volume occupied by a real image of the light source, superior color mixing, dimming and integration is achieved using simple, unpatterned filters and a simply-shaped dimmer panel. A color filter and dimming system may alternatively be located as close to the light source as possible so that a real image of the color filter and dimming elements is formed near the aperture stop where the image of the light source is formed. The alternate location, forming a real image of the filters and dimmer, is equivalent to locating the actual color filter and dimming elements at the aperture stop. Diffusion glass elements used in a similar apparatus, located at the aperture stop, transform spotlight properties into wash-light properties in a continuously-variable manner.
    • 具有与凹面反射器耦合的高强度光源或灯的舞台照明器具,以及具有包括明确限定的孔径光阑的透镜系统的投影光学系统。 透镜系统在孔径光阑附近形成光源的真实图像。 滤光器和调光系统可以位于透镜系统内,使得滤色器和调光元件占据孔径光阑附近和光源的真实图像内的空间体积。 通过将颜色和调光装置放置在孔径光阑附近并且在由光源的真实图像占据的体积内,通过使用简单的无图案滤光器和简单形状的调光板实现了优异的混色,调光和集成。 可选地,滤色器和调光系统可以尽可能靠近光源定位,使得在形成光源的图像的孔径光阑附近形成滤色器和调光元件的实像。 形成滤光器和调光器的实际图像的替代位置等同于将实际滤色器和调光元件放置在孔径光阑上。 位于孔径光阑处的类似设备中使用的扩散玻璃元件将聚光灯特性以连续可变的方式转换为洗光特性。