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    • 1. 发明申请
    • OPTICAL DEVICE AND PROJECTION DEVICE
    • 光学设备和投影设备
    • US20110292353A1
    • 2011-12-01
    • US13109075
    • 2011-05-17
    • Tetsuaki IwaneYoshihisa AikohHideki YamamotoKeisuke Homma
    • Tetsuaki IwaneYoshihisa AikohHideki YamamotoKeisuke Homma
    • G03B21/14G02F1/01
    • H04N9/3144G03B21/208G03B33/12
    • An optical device includes: a light synthesis prism that synthesizes incident light beams which are incident to a plurality of incidence surfaces and outputs the synthesized light beams; a light modulation unit that includes an optical compensation element and a reflective light modulation device; and a fixing member that fixes a reflective polarization element and the light modulation unit to the light synthesis prism so as to correspond to one of the incidence surfaces, wherein the light modulation unit includes a light blocking member that blocks light from reaching the light modulation unit and limits light with which the optical compensation element and the reflective light modulation device are irradiated, to light passing an aperture portion; and a heat insulating member that comes into contact with the light blocking member and the fixing member.
    • 光学装置包括:合成入射到多个入射面的入射光束并输出合成光束的光合成棱镜; 光调制单元,其包括光学补偿元件和反射光调制装置; 以及固定构件,其将反射偏振元件和所述光调制单元固定到所述光合成棱镜,以对应于所述入射表面中的一个,其中所述光调制单元包括阻挡光到达所述光调制单元的遮光构件 并且将光学补偿元件和反射光调制装置照射的光限制为通过孔部的光; 以及与遮光构件和固定构件接触的隔热构件。
    • 4. 发明授权
    • LED head for illuminating a surface of a photoconductive body
    • 用于照射光电导体表面的LED头
    • US6025863A
    • 2000-02-15
    • US58690
    • 1998-04-10
    • Norio NakajimaYoshihisa Aikoh
    • Norio NakajimaYoshihisa Aikoh
    • B41J2/45B41J2/235
    • B41J2/451
    • An LED head for illuminating a surface of a photoconductive body includes an LED circuit board, lens assembly (SLA), SLA holder, base, and engagement member. The LED circuit board has LED arrays mounted thereon. The lens assembly has an optical axis and focuses light emitted from the LED arrays on the surface of the photoconductive body. The SLA holder has two opposing walls to hold the lens assembly therebetween. One of the opposing walls has a first reference surface with which the optical axis of the lens assembly is in a predetermined positional relation and urges the lens assembly against the other of the opposing walls. The base houses the LED circuit board and the SLA holder therein. The base has a second reference surface such that the optical axis is placed in position with respect to the LED arrays when the second reference surface is in intimate contact with the first reference surface. An engagement member holds the holder and the base together so that the first and second reference surfaces are in intimate contact with each other.
    • 用于照射光电导体表面的LED头包括LED电路板,透镜组件(SLA),SLA保持器,基座和接合构件。 LED电路板上安装有LED阵列。 透镜组件具有光轴并且将从LED阵列发射的光聚焦在光电导体的表面上。 SLA保持器具有两个相对的壁,用于将透镜组件保持在其间。 一个相对的壁具有第一参考表面,透镜组件的光轴通过该第一参考表面处于预定的位置关系,并且将透镜组件推向另一个相对的壁。 基座上装有LED电路板和SLA支架。 基座具有第二参考表面,使得当第二参考表面与第一参考表面紧密接触时,光轴相对于LED阵列放置在适当位置。 接合构件将保持器和基座保持在一起,使得第一和第二参考表面彼此紧密接触。
    • 5. 发明授权
    • Optical apparatus and projection apparatus
    • 光学装置和投影装置
    • US08919962B2
    • 2014-12-30
    • US13615915
    • 2012-09-14
    • Yoshihisa Aikoh
    • Yoshihisa Aikoh
    • G03B21/14G03B21/20G02B27/28
    • G03B21/2073G02B27/283
    • Provided is an optical apparatus including a polarization separation element for separating an incident light beam into a first polarization component and a second polarization component and outputting the first polarization component and the second polarization component, a polarization conversion unit including a waveplate for converting one of the first polarization component and the second polarization component into the other polarization component, the waveplate being held to a holding metal plate, and a housing for holding the polarization separation element and the polarization conversion unit.
    • 本发明提供一种光学装置,其特征在于,包括:偏振光分离元件,用于将入射光束分离为第一偏振分量和第二偏振分量,并输出第一偏振分量和第二偏振分量;偏振转换单元,包括波片, 第一偏振分量和第二偏振分量转换为另一偏振分量,波片被保持在保持金属板上,以及用于保持偏振分离元件和偏振转换单元的外壳。
    • 6. 发明申请
    • OPTICAL APPARATUS, PROJECTION APPARATUS AND METHOD OF MANUFACTURING OPTICAL APPARATUS
    • 光学装置,投影装置及制造光学装置的方法
    • US20120320341A1
    • 2012-12-20
    • US13593757
    • 2012-08-24
    • Yoshihisa Aikoh
    • Yoshihisa Aikoh
    • G03B21/28B32B37/12G02F1/00
    • H04N9/317G03B21/145H04N9/3105Y10T156/10
    • There is provided an optical apparatus including a reflection panel unit including a reflection-type optical modulation element, a prism unit including a polarization optical apparatus for outputting a light beam modulated by the reflection-type optical modulation element and a color synthesis prism for receiving, synthesizing and outputting the light beams from the polarization optical apparatus, and a first fixing member for fixing the reflection panel unit to the prism unit, wherein the first fixing member includes a first surface and a second surface intersecting the first surface, and wherein the reflection panel unit and the prism unit include a third surface and a fourth surface to which the first surface and the second surface are adhered via adhesion layers, respectively.
    • 提供了一种光学装置,其包括具有反射型光调制元件的反射面单元,包括用于输出由反射型光调制元件调制的光束的偏振光学装置的棱镜单元和用于接收反射型光调制元件的彩色合成棱镜, 合成并输出来自偏振光学装置的光束,以及用于将反射面板单元固定到棱镜单元的第一固定构件,其中第一固定构件包括与第一表面相交的第一表面和第二表面,并且其中反射 面板单元和棱镜单元包括分别通过粘合层粘附第一表面和第二表面的第三表面和第四表面。
    • 7. 发明授权
    • Method of correcting the amounts of emitted light
    • 校正发光量的方法
    • US06100913A
    • 2000-08-08
    • US852457
    • 1997-05-07
    • Yoshihisa AikohMinoru Teshima
    • Yoshihisa AikohMinoru Teshima
    • B41J2/44B41J2/45B41J2/455G03G15/04G03G15/043G06K15/12H01L33/00B41J2/435
    • G06K15/1247B41J2/45
    • A method is used for correcting amounts of light of light emitting elements. A first correction range is defined which has a median of maximum and minimum values of the amounts of light of the light emitting elements, and includes a predetermined number of first subdivided ranges. If the minimum amount of light is not within the first correction range, a second correction reference is produced which is smaller than the first correction reference by a predetermined fraction of the difference between the maximum and minimum values. Then, a second correction range is defined which includes the minimum amount of light, has the second correction reference in its middle, and includes a predetermined number of second subdivided ranges. The amounts of light are corrected by increasing the amount of light if the measured amount of light is smaller than the second correction reference and decreasing the amount of light if the measured amount of light is larger than the second correction reference, the amounts of light being increased or decreased by the correction value corresponding to the second subdivided range. The first correction range may be set to include the minimum and maximum values therein, and the first and second subdivided ranges may progressively widen as the first subdivided ranges becomes increasingly far away from the first correction reference.
    • 一种用于校正发光元件的光量的方法。 定义第一校正范围,其具有发光元件的光量的最大值和最小值的中值,并且包括预定数量的第一细分范围。 如果最小光量不在第一校正范围内,则产生比第一校正基准小的最大值和最小值之间的差的预定分数的第二校正基准。 然后,定义包括最小光量的第二校正范围,其中间具有第二校正基准,并且包括预定数量的第二细分范围。 如果测量的光量小于第二校正基准,则通过增加光量来校正光量,并且如果测量的光量大于第二校正基准,则减少光量,光量为 增加或减少对应于第二细分范围的校正值。 第一校正范围可以被设置为包括其中的最小值和最大值,并且当第一细分范围变得越来越远离第一校正基准时,第一和第二细分范围可以逐渐变宽。