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    • 4. 发明公开
    • Optical digital holding apparatus
    • Optische digitale Speichervorrichtung
    • EP0933872A1
    • 1999-08-04
    • EP99107155.6
    • 1994-03-25
    • HAMAMATSU PHOTONICS K.K.
    • Takemori, Tamiki, c/o Hamamatsu Photonics K.K.
    • H03K3/42
    • H03K3/42
    • An optical digital holding apparatus of the present invention carries out functions of a flip-flop apparatus (RS flip-flop, D flip-flop etc.) which are one kind of the electrical digital holding apparatus, and can be achieved by placing optical connecting wiring having the direct or indirect feedback circuit between the multistage optical selectors having the selector function. In other words, the optical digital holding apparatus of the present invention comprises (a) multistage selectors each selector for receiving an aggregation of spatially distributed optical digital information signals propagating in a predetermined direction and bearing binary digital information and optical control signal bearing binary digital information, and selectively outputting one of a portion of an aggregation of the digital information signals received in accordance with a value of the digital information carried by the optical control signal, having a delay function and an integration function, and (b) an optical connection wiring for making an output optical signal of one of said selectors to an input optical signal of one of said the other selectors, including feedback optical connection for making an output optical signal of the one of said the other selectors to an input optical signal of a selector one stage prior to said one of the other selectors, and connecting said selectors each other.
    • 本发明的光数字保持装置执行作为一种电子数字保持装置的触发器装置(RS触发器,D触发器等)的功能,并且可以通过放置光学连接 在具有选择器功能的多级光学选择器之间具有直接或间接反馈电路的布线。 换句话说,本发明的光数字保持装置包括(a)多级选择器,每个选择器用于接收沿预定方向传播的空间分布的光数字信息信号的聚集,并承载二进制数字信息和承载二进制数字信息的光控信号 并且选择性地输出根据由具有延迟功能和积分功能的光学控制信号携带的数字信息的值接收到的数字信息信号的聚集的一部分,以及(b)光学连接布线 用于将所述选择器之一的输出光信号输出到所述其它选择器之一的输入光信号,包括用于使所述其它选择器之一的输出光信号输出到选择器的输入光信号的反馈光连接 在所述其他选择器之一之前的一个阶段,并且连接所述 选择器彼此。
    • 5. 发明公开
    • Apparatus and method for producing holograph and apparatus and method for displaying holograph
    • Vorrichtung und verfahren zur Herstellung und Wiedergabe von Hologrammen
    • EP0798613A2
    • 1997-10-01
    • EP97302041.5
    • 1997-03-25
    • HAMAMATSU PHOTONICS K.K.
    • Takemori, Tamiki, c/o Hamamatsu Photonics K.K.
    • G03H1/04G03H1/22
    • G03H1/2294G03H1/08G03H1/0808G03H2001/0088G03H2001/221G03H2210/441G03H2223/55
    • Used as a propagation function is a half-plane propagation function which is restricted such that it has a value only within a half plane in a predetermined direction perpendicular to a propagating axis in a plane which is perpendicular to the propagating axis. According to a convolution integration with this function, the wavefront of object light on a hologram surface is determined, whereby hologram data is produced. Thus produced hologram is read out by means of readout light. After the light with a wavefront forming the conjugate image of the object to be viewed is blocked, the image of the object to be viewed is observed. Thus, a hologram, which has a high quality and from which the conjugate image is easily eliminated at the time of image reproduction, is produced while a recording device with a relatively low spatial resolution is used, and a three-dimensional form is displayed while the distortion with respect to the original image is reduced in thus produced hologram and the conjugate image is eliminated therefrom.
    • 用作传播函数的是半平面传播函数,其被限制为使得其在与传播轴垂直的平面中垂直于传播轴的预定方向上仅具有一个平面内的值。 根据与该功能的卷积积分,确定全息图表面上的物体光的波前,从而产生全息图数据。 由此产生的全息图通过读出光读出。 在具有形成待观看对象的共轭图像的波前的光被遮挡之后,观察要观看的对象的图像。 因此,在使用具有相对低的空间分辨率的记录装置的同时,产生具有高质量并且在图像再现时容易消除共轭图像的全息图,并且显示三维形式,同时 在这样产生的全息图中减少了相对于原始图像的失真,从而消除了共轭图像。
    • 6. 发明公开
    • Holographic imaging and display apparatus and method
    • Holographisches Abbildungs- undAnzeigegerätund Verfahren
    • EP0793152A2
    • 1997-09-03
    • EP97301369.1
    • 1997-02-28
    • HAMAMATSU PHOTONICS K.K.
    • Takemori, Tamiki, c/o Hamamatsu Photonics K.K.
    • G03H1/04G03H1/22
    • G03H1/0404G03H1/22G03H1/2294G03H2001/0458
    • A diaphragm having an aperture, the size of which is equal to or smaller than λf/p (λ is the wavelength, p is the imaging resolution, and f is the focal length of an imaging optical system) is arranged on the focal plane of the object space of the imaging optical system, and object light via the aperture is imaged by the imaging optical system. The object light via the imaging optical system and reference light are brought to interference to form interference fringes, and an image of the interference fringes is sensed. Using the hologram sensed in this manner, the image of the object to be sensed is reconstructed by adopting an imaging optical system equivalent to that upon imaging, and setting the positional relationship between the formed hologram and the imaging optical system in correspondence with that between the imaging optical system and the imaging surface upon imaging. In this way, a holography imaging apparatus which can vary the field of view and can sense a high-quality hologram using an imaging device having a relatively low spatial resolution is realized, and a holography display apparatus which can display an image by eliminating distortion with respect to the original image from a hologram sensed by the holography imaging apparatus of this invention is realized.
    • 具有孔径的膜片的尺寸等于或小于λf / p(λ是波长,p是成像分辨率,f是成像光学系统的焦距)布置在焦平面上 的成像光学系统的物体空间,并且通过孔径的物体光被成像光学系统成像。 通过成像光学系统和参考光的对象光被干扰以形成干涉条纹,并且感测到干涉条纹的图像。 使用以这种方式感测的全息图,通过采用与成像时相同的成像光学系统来重建待感测对象的图像,并且将形成的全息图和成像光学系统之间的位置关系设置为与 成像光学系统和成像表面。 以这种方式,实现了可以改变视场并且可以使用具有相对低的空间分辨率的成像装置感测高质量全息图的全息成像装置,以及可以通过消除失真来显示图像的全息显示装置 实现了由本发明的全息摄影装置感测到的全息图的原始图像。
    • 8. 发明公开
    • Holographic imaging and display apparatus and method
    • 全息成像和显示装置和方法
    • EP0793152A3
    • 1998-02-11
    • EP97301369.1
    • 1997-02-28
    • HAMAMATSU PHOTONICS K.K.
    • Takemori, Tamiki, c/o Hamamatsu Photonics K.K.
    • G03H1/04G03H1/22
    • G03H1/0404G03H1/22G03H1/2294G03H2001/0458
    • A diaphragm having an aperture, the size of which is equal to or smaller than λf/p (λ is the wavelength, p is the imaging resolution, and f is the focal length of an imaging optical system) is arranged on the focal plane of the object space of the imaging optical system, and object light via the aperture is imaged by the imaging optical system. The object light via the imaging optical system and reference light are brought to interference to form interference fringes, and an image of the interference fringes is sensed. Using the hologram sensed in this manner, the image of the object to be sensed is reconstructed by adopting an imaging optical system equivalent to that upon imaging, and setting the positional relationship between the formed hologram and the imaging optical system in correspondence with that between the imaging optical system and the imaging surface upon imaging. In this way, a holography imaging apparatus which can vary the field of view and can sense a high-quality hologram using an imaging device having a relatively low spatial resolution is realized, and a holography display apparatus which can display an image by eliminating distortion with respect to the original image from a hologram sensed by the holography imaging apparatus of this invention is realized.
    • 9. 发明公开
    • Optical digital holding apparatus
    • 光学数字控制装置
    • EP0617511A3
    • 1995-11-29
    • EP94302174.1
    • 1994-03-25
    • HAMAMATSU PHOTONICS K.K.
    • Takemori, Tamiki, c/o Hamamatsu Photonics K.K.
    • H03K3/42
    • H03K3/42
    • An optical digital holding apparatus of the present invention carries out functions of a flip-flop apparatus (RS flip-flop, D flip-flop etc.) which are one kind of the electrical digital holding apparatus, and can be achieved by placing optical connecting wiring having the direct or indirect feedback circuit between the multistage optical selectors having the selector function. In other words, the optical digital holding apparatus of the present invention comprises (a) multistage selectors each selector for receiving an aggregation of spatially distributed optical digital information signals propagating in a predetermined direction and bearing binary digital information and optical control signal bearing binary digital information, and selectively outputting one of a portion of an aggregation of the digital information signals received in accordance with a value of the digital information carried by the optical control signal, having a delay function and an integration function, and (b) an optical connection wiring for making an output optical signal of one of said selectors to an input optical signal of one of said the other selectors, including feedback optical connection for making an output optical signal of the one of said the other selectors to an input optical signal of a selector one stage prior to said one of the other selectors, and connecting said selectors each other.
    • 本发明的光数字保持装置执行作为一种电子数字保持装置的触发器装置(RS触发器,D触发器等)的功能,并且可以通过放置光学连接 在具有选择器功能的多级光学选择器之间具有直接或间接反馈电路的布线。 换句话说,本发明的光数字保持装置包括(a)多级选择器,每个选择器用于接收沿预定方向传播的空间分布的光数字信息信号的聚集,并承载二进制数字信息和承载二进制数字信息的光控信号 并且选择性地输出根据由具有延迟功能和积分功能的光学控制信号携带的数字信息的值接收到的数字信息信号的聚集的一部分,以及(b)光学连接布线 用于将所述选择器之一的输出光信号输出到所述其它选择器之一的输入光信号,包括用于使所述其它选择器之一的输出光信号输出到选择器的输入光信号的反馈光连接 在所述其他选择器之一之前的一个阶段,并且连接所述 选择器彼此。