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    • 5. 发明授权
    • Light beam scanning device with opposed deflecting surfaces
    • 具有相对偏转表面的光束扫描装置
    • US4251126A
    • 1981-02-17
    • US45843
    • 1979-06-05
    • Kazuo MinouraSetsuo Minami
    • Kazuo MinouraSetsuo Minami
    • B41J2/44G02B26/10G03G15/30H04N1/04H04N1/113G02B27/17
    • H04N1/1135G02B26/10G03G15/30H04N1/04
    • A light beam scanning device provided with a rotationally vibrating deflector having at least two deflective and reflective surfaces, a scanning surface subjected to scanning operation with light beam deflected by the deflector, an image-forming optical system interposed between the deflector and the scanning surface to focus the light beam from the deflector onto the scanning surface, and a light source section which emits light beam to the deflector, in which device a first deflected light beam plane to be formed by the deflected light beam immediately before entering the image-forming optical system at the forward movement of the deflector is made parallel with a second deflected light beam plane to be formed by the deflected light beam immediately before entering the image-forming optical system at the return movement of the deflector, and the deflecting direction of each beam to be deflected by the first deflected light beam plane and the second deflected light beam plane is made identical.
    • 一种具有旋转振动偏转器的光束扫描装置,其具有至少两个偏转和反射表面,经由偏转器偏转的光束进行扫描操作的扫描表面;插入在偏转器和扫描表面之间的图像形成光学系统, 将来自偏转器的光束聚焦到扫描表面上,以及光源部分,该光源部分向偏转器发射光束,在该光源部分中,设备将在进入图像形成光学器件之前由偏转光束形成的第一偏转光束平面 在偏转器的向前运动的过程中,系统在与偏转光束平行的状态下与偏转的光束平行,偏转的光束在偏转器的返回运动之前立即进入图像形成光学系统之前,并且每个光束的偏转方向 由第一偏转光束平面和第二偏转光束平面偏转 相同。
    • 7. 发明授权
    • Scanning projection device
    • 扫描投影装置
    • US4293184A
    • 1981-10-06
    • US105881
    • 1979-12-20
    • Kazuo MinouraMuneharu SugiuraSetsuo MinamiTadashi Sato
    • Kazuo MinouraMuneharu SugiuraSetsuo MinamiTadashi Sato
    • G02B26/10G02B27/17
    • G02B26/10
    • A scanning projection device in which a first plane is scanned by a light deflector provided between the first plane and a second plane and partial surfaces of the first plane scanned by the deflector are successively projected at a predetermined position on the second plane. A projection optical system is disposed between the deflector and the second plane and in the plane of deflection in which the light beam from the first plane is deflected by the deflector, the projection optical system is swung and tilted in synchronism with the deflecting action of the deflector, and the deflector and the projection optical system are moved while varying their relative distance in synchronism with the deflecting action of the deflector.
    • 一种扫描投影装置,其中第一平面被设置在第一平面和第二平面之间的光偏转器扫描,并且由偏转器扫描的第一平面的部分表面连续地突出在第二平面上的预定位置。 投影光学系统设置在偏转器和第二平面之间,并且在偏转平面中,来自第一平面的光束被偏转器偏转,投影光学系统与倾斜器的偏转动作同步地摆动和倾斜 偏转器和偏转器和投影光学系统在偏转器的偏转动作同步地改变其相对距离的同时移动。
    • 10. 发明授权
    • Scanning projection apparatus
    • 扫描投影仪
    • US4341459A
    • 1982-07-27
    • US92070
    • 1979-11-07
    • Muneharu SugiuraKazuo MinouraSetsuo Minami
    • Muneharu SugiuraKazuo MinouraSetsuo Minami
    • G02B26/12G02B27/18G03B27/52G03G15/041G03G15/28G03B27/34
    • G03B27/526G03G15/041
    • A scanning projection apparatus including a first imaging optical system, a first plane provided on one side of the optical system, a deflector for deflecting a light beam emerging from the first plane and passing through the first imaging optical system, a second imaging optical system for receiving the light beam deflected by the deflector and a second plane provided at the focusing position of the light beam by the second imaging optical system, whereby the first plane is scanned with a slit of a width .DELTA.S, using the deflector, and the thus obtained slit image of the first plane is projected in succession on a determined position in said second plane, wherein the slit width .DELTA.S is selected to satisfy a relation .DELTA.S
    • 一种扫描投影设备,包括第一成像光学系统,设置在光学系统的一侧的第一平面,用于偏转从第一平面出射并穿过第一成像光学系统的光束的偏转器;第二成像光学系统, 接收由所述偏转器偏转的光束和由所述第二成像光学系统设置在所述光束的聚焦位置的第二平面,由此所述第一平面使用所述偏转器以宽度DELTA S的狭缝扫描,并且因此 所获得的第一平面的狭缝图像被连续投影在所述第二平面中的确定位置,其中狭缝宽度DELTA S被选择为满足关系DELTA S <1 / Rp,其中Rp表示图像上的分辨率 第二平面,并且其中所述第一或第二成像光学系统包括用于校正所述狭缝的纵向方向上的图像放大率的元件。