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    • 1. 发明授权
    • Illuminating optical system and color image projecting device
    • 照明光学系统和彩色图像投影设备
    • US06942346B2
    • 2005-09-13
    • US10413581
    • 2003-04-15
    • Takeki NakadaKumajiro Sekine
    • Takeki NakadaKumajiro Sekine
    • G02B5/04G02B27/28G03B21/00G03B21/20G03B33/12H04N5/74H04N9/31G03B21/14
    • G03B21/2066G03B33/12
    • A color image projecting device includes an illuminating optical system and a projection optical system. The illuminating optical system includes a light source emitting white light including red, green, and blue colors, a dividing-spectra block having reflecting surfaces reflecting the red and blue colors of the light received from the light source toward left and right while transmitting the green color, a red block having a dichroic mirror provided in contact with the dividing-spectra block and reflecting the red color, reflected off the reflecting surface of the dividing spectra block, toward the projection optical system, a blue color block having a dichroic mirror like that of the red block, and a green block having a dichroic mirror reflecting the transmitted green color of light toward the projection optical system.
    • 彩色图像投影装置包括照明光学系统和投影光学系统。 照明光学系统包括发射包括红色,绿色和蓝色的白光的光源,分割光谱块具有将从光源接收的光的红色和蓝色反射向左和向右的反射表面,同时透射绿色 颜色,红色块,具有与分光谱块接触并与从分光光谱块的反射面反射的红色朝向投影光学系统提供的分色镜,具有分色镜的蓝色色块 红色块的绿色块和具有反射所发射的绿色光的分色镜朝向投影光学系统的绿色块。
    • 2. 发明授权
    • Projection lens unit
    • 投影镜头单元
    • US07023629B2
    • 2006-04-04
    • US10424138
    • 2003-04-28
    • Kumajiro SekineIsamu TerashimaSusumu Matsumoto
    • Kumajiro SekineIsamu TerashimaSusumu Matsumoto
    • G02B7/02
    • G02B7/10G02B7/021G02B7/028
    • A projection lens unit compensates for thermal expansion and contraction. The unit comprises a coupler at the front surface of a CRT, a lens unit body for projecting an image onto a screen by controlling and magnifying the light from the CRT, a plurality of legs secured to the coupler for supporting the lens unit body at more than three points, a slide mechanism (latch arms and latch engaging slots provided between the legs and the lens unit body for slidably supporting the legs for movement along the optical axis relative to the lens unit body, and expansion/contraction bars provided between the legs and the lens unit body for compensating for the thermally induced expansion/contraction, with one end engaged with a leg and the other end engaged with the base of the lens unit body.
    • 投影透镜单元补偿热膨胀和收缩。 该单元包括在CRT的前表面处的耦合器,透镜单元主体,用于通过控制和放大来自CRT的光将图像投影到屏幕上,多个腿固定到耦合器,用于将透镜单元主体支撑在更多的位置 滑动机构(设置在腿部和透镜单元本体之间的闩锁臂和闩锁接合槽,用于可滑动地支撑腿部,用于沿着光轴相对于透镜单元主体运动,以及设置在腿部之间的伸缩杆) 以及用于补偿热诱导的伸缩的透镜单元体,其一端与腿接合,另一端与透镜单元体的基部接合。
    • 3. 发明申请
    • Projection lens
    • 投影镜头
    • US20050168840A1
    • 2005-08-04
    • US11041364
    • 2005-01-25
    • Takeshi KobayashiKumajiro Sekine
    • Takeshi KobayashiKumajiro Sekine
    • G02B13/00G02B9/60G02B13/16G02B13/18G02B9/34G02B3/00G02B9/00
    • G02B9/60G02B13/16G02B13/18
    • A projection lens, for enlarging and projecting a picture formed on a flat fluorescent plate of a CRT projection tube, comprising: a first lens unit of a plus lens, having aspheric surfaces on both surfaces thereof, being convex to the screen side at a central portion including an optical axis thereof; a second lens unit of a minus lens, having aspheric surfaces on both surfaces thereof, being concave to the screen side at a central portion including an optical axis thereof; a third lens unit of a plus lens, having spherical surfaces on both surfaces thereof, being convex on both sides; a fourth lens unit of a plus lens, having aspheric surfaces on both surfaces thereof, being curved in concave-like to the screen side, on a peripheral portion far from the optical axis into a radial direction thereof; and a fifth lens unit of a minus lens, being made up with a transparent liquid, commonly serving a faceplate of the CRT projection tube and a cooling, and a meniscus lens, having a thickness being nearly equal to and at least an aspheric surface directing a concave surface thereof to the screen side, being disposed successively from a screen side to the CRT projection tube, wherein predetermined conditions are satisfied.
    • 一种用于放大和投影形成在CRT投影管的平面荧光板上的图像的投影透镜,包括:在其两个表面上具有非球面的正透镜的第一透镜单元在屏幕侧凸出在中心 包括其光轴的部分; 负透镜的第二透镜单元,在其两个表面上具有非球面,在包括其光轴的中心部处在屏幕侧凹入; 具有在其两个表面上的球面的正透镜的第三透镜单元在两侧是凸的; 正透镜的第四透镜单元,在其两个表面上具有非球面,在远离光轴的周边部分沿其径向方向弯曲成与屏幕侧成凹形; 以及负透镜的第五透镜单元,其由通常用于CRT投射管的面板和冷却的透明液体构成,并且弯月形透镜的厚度几乎等于并且至少非球面指向 其屏幕侧的凹面从屏幕侧连续设置到CRT投影管,其中满足预定条件。
    • 5. 发明授权
    • Projection lens
    • 投影镜头
    • US07012764B2
    • 2006-03-14
    • US11041364
    • 2005-01-25
    • Takeshi KobayashiKumajiro Sekine
    • Takeshi KobayashiKumajiro Sekine
    • G02B9/60G02B9/34
    • G02B9/60G02B13/16G02B13/18
    • A projection lens, for enlarging and projecting a picture formed on a flat fluorescent plate of a CRT projection tube, includes: a first lens unit of a plus lens, having aspheric surfaces on both surfaces, being convex to the screen side at a central portion including an optical axis, a second lens unit of a minus lens, having aspheric surfaces on both surfaces, being concave to the screen side at a central portion including an optical axis; a third lens unit of a plus lens, having spherical surfaces on both surfaces, being convex on both sides; a fourth lens unit of a plus lens, having aspheric surfaces on both surfaces thereof, being curved in concave-like to the screen side, on a peripheral portion far from the optical axis into a radial direction; and a fifth lens unit of a minus lens, being made up with a transparent liquid, commonly serving a faceplate of the CRT projection tube and a cooling, and a meniscus lens, having a thickness being nearly equal to and at least an aspheric surface directing a concave surface thereof to the screen side.
    • 一种用于放大和投影形成在CRT投影管的平面荧光板上的图像的投影透镜,包括:具有在两个表面上的非球面的正透镜的第一透镜单元在中心部分处与屏幕侧凸起 包括光轴,在两个表面上具有非球面的负透镜的第二透镜单元在包括光轴的中心部分处向屏幕侧凹入; 正面透镜的第三透镜单元,两面具有球形表面,在两侧是凸的; 具有在其两个表面上的非球面的正透镜的第四透镜单元在远离光轴的周边部分沿径向方向弯曲成与屏幕侧成凹形; 以及负透镜的第五透镜单元,其由通常用于CRT投射管的面板和冷却的透明液体构成,并且弯月形透镜的厚度几乎等于并且至少非球面指向 其凹面到屏幕侧。
    • 7. 发明授权
    • Projection lens incorporating a pair of matching plastic lenses
    • 投影镜头包含一对匹配的塑料镜片
    • US5371628A
    • 1994-12-06
    • US63700
    • 1993-05-20
    • Yoshihisa ShimodaKumajiro Sekine
    • Yoshihisa ShimodaKumajiro Sekine
    • G02B9/60G02B13/18
    • G02B9/60G02B13/18
    • This projection lens for a projection television includes coaxially in order towards the face plate of the CRT: a first lens of negative power, both of whose surfaces are aspherical; a second lens of positive power, at least one of whose surfaces is aspherical, formed of a plastic material; a third lens of positive power; a fourth lens of positive power, at least one of whose surfaces is aspherical, formed of a plastic material; and a back lens of negative power, which presents in the direction away from the face plate of the CRT a face of strongly concave curvature. The third lens is the strongest of the lenses in absolute power, and the second lens and the fourth lens have substantially the same optical characteristics, and are disposed in reverse orientation on opposite sides of the third lens. Certain conditions relating to lens parameters should be satisfied for acceptable optical performance. It is anticipated that the second lens and the fourth lens will be manufactured from plastic material by using the same metal mold for injection molding, which provides highly desirable cost economy for manufacturing setup.
    • 用于投影电视的投影透镜包括与CRT的面板同轴的:负功率的第一透镜,其两个表面均为非球面; 正功率的第二透镜,其表面中的至少一个是非球面的,由塑料材料形成; 正电力的第三个透镜; 正功率的第四透镜,其至少一个表面是非球面的,由塑料材料形成; 和负功率的后透镜,其在远离CRT的面板的方向呈现出具有强凹曲率的面。 第三透镜是绝对功率中最强的透镜,并且第二透镜和第四透镜具有基本上相同的光学特性,并且以相反方向设置在第三透镜的相对侧上。 对于可接受的光学性能,应满足与透镜参数有关的某些条件。 预计第二透镜和第四透镜将通过使用相同的注射成型金属模具由塑料材料制造,这为制造设备提供了非常期望的成本经济性。
    • 8. 发明授权
    • Projection lens
    • 投影镜头
    • US06989946B2
    • 2006-01-24
    • US10995034
    • 2004-11-23
    • Takeshi KobayashiKumajiro Sekine
    • Takeshi KobayashiKumajiro Sekine
    • G02B9/00G02B9/64H04N5/64H04N9/31
    • G02B13/22G02B13/18
    • An object of the present invention is to suppress an influence due to temperature change and various aberrations. It is a projection lens which projects an image on a surface of a screen (magnified side). A first group I having a negative refractive power and a second group II having a positive refractive power are arranged in order from a magnified side toward a reduced side. The first group I is configured to arrange a first lens and a second lens in order from the magnified side, and the second group II is configured to arrange a third lens to a seventh lens. The first and second lenses are a negative meniscus lens whose both surfaces are formed by the aspherical surface in which an area near an optical axis of the surface on the magnified side is a concave surface. The third lens is a cemented lens in which a bi-concave lens is cemented to the surface on the reduced side of a bi-convex lens. The fourth lens is a positive meniscus lens whose both surfaces are formed by the aspherical surface, and a convex surface of the positive meniscus lens faces toward the reduced side. The fifth lens is the cemented lens in which the bi-concave lens is cemented to the surface on the reduced side of the bi-convex lens. The sixth lens is a positive lens whose strong convex surface faces toward the reduced side. The seventh lens is the positive lens whose both surfaces are a convex surface.
    • 本发明的目的是抑制由于温度变化和各种像差造成的影响。 它是投射在屏幕表面(放大侧)上的图像的投影透镜。 具有负屈光力的第一组I和具有正折光力的第二组II从放大侧朝向减小侧依次排列。 第一组I被配置为从放大侧依次布置第一透镜和第二透镜,并且第二组II被配置为将第三透镜布置到第七透镜。 第一透镜和第二透镜是负弯月形透镜,其两个表面由非球面形成,其中放大侧的表面的光轴附近的区域是凹面。 第三透镜是胶合透镜,其中双凹透镜胶合到双凸透镜的缩小侧的表面。 第四透镜是两个表面由非球面形成的正弯月形透镜,正弯月透镜的凸表面面向减薄侧。 第五透镜是其中双凹透镜胶合到双凸透镜的减薄侧上的表面的胶合透镜。 第六透镜是其强凸面朝向减弱侧的正透镜。 第七透镜是两个表面是凸面的正透镜。
    • 9. 发明授权
    • Lens apparatus for projection
    • 投影镜头设备
    • US06798584B2
    • 2004-09-28
    • US10327904
    • 2002-12-26
    • Susumu MatsumotoKumajiro SekineYasuhiro SekineYasaburou Ootaka
    • Susumu MatsumotoKumajiro SekineYasuhiro SekineYasaburou Ootaka
    • G02B900
    • G02B13/00
    • A lens apparatus for projection includes a plurality of lenses on an optical axis. A shading plate 11 for covering the peripheral portion of the lens to block off light entering the peripheral portion is provided as a single member on the optical axis with the lenses to omit an inking process. In addition, the shading plate 11 is integrally provided with a contrast compensating plate 13 for compensating a projected image, so that it is not required to provide any portions for supporting the contrast compensating plate 13. Moreover, a shading wall 23 for blocking off light leaking out of the peripheral portion of the lens is provided on the peripheral portion of the shading plate 11. Thus, it is possible to provide a lens apparatus for projection, which has a simple structure and which can be easily assembled to reduce the producing costs.
    • 用于投影的透镜装置包括在光轴上的多个透镜。 在透镜上设置用于覆盖透镜的周边部分以阻挡进入周边部分的光的遮光板11作为光轴上的单个部件,以省略墨迹处理。 此外,遮光板11一体地设置有用于补偿投影图像的对比度补偿板13,从而不需要提供用于支撑对比度补偿板13的任何部分。此外,遮光壁23用于遮挡光 在遮光板11的周边部分上设置有从透镜的周边部分漏出的透镜装置。因此,可以提供一种结构简单且易于组装以便降低生产成本的投影透镜装置 。
    • 10. 发明授权
    • Lens apparatus for projection
    • 投影镜头设备
    • US06552859B1
    • 2003-04-22
    • US09690808
    • 2000-10-18
    • Susumu MatsumotoKumajiro SekineYasuhiro SekineYasaburou Ootaka
    • Susumu MatsumotoKumajiro SekineYasuhiro SekineYasaburou Ootaka
    • G02B900
    • G02B13/00
    • A lens apparatus for projection includes a plurality of lenses on an optical axis. A shading plate 11 for covering the peripheral portion of the lens to block off light entering the peripheral portion is provided as a single member on the optical axis with the lenses to omit an inking process. In addition, the shading plate 11 is integrally provided with a contrast compensating plate 13 for compensating a projected image, so that it is not required to provide any portions for supporting the contrast compensating plate 13. Moreover, a shading wall 23 for blocking off light leaking out of the peripheral portion of the lens is provided on the peripheral portion of the shading plate 11. Thus, it is possible to provide a lens apparatus for projection, which has a simple structure and which can be easily assembled to reduce the producing costs.
    • 用于投影的透镜装置包括在光轴上的多个透镜。 在透镜上设置用于覆盖透镜的周边部分以阻挡进入周边部分的光的遮光板11作为光轴上的单个部件,以省略墨迹处理。 此外,遮光板11一体地设置有用于补偿投影图像的对比度补偿板13,从而不需要提供用于支撑对比度补偿板13的任何部分。此外,遮光壁23用于遮挡光 在遮光板11的周边部分上设置有从透镜的周边部分漏出的透镜装置。因此,可以提供一种结构简单且易于组装以便降低生产成本的投影透镜装置 。