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    • 1. 发明授权
    • Shelf-like display machine and image display method
    • 货架式显示机及图像显示方式
    • US07696897B2
    • 2010-04-13
    • US11822957
    • 2007-07-11
    • Youichi HoriiTadaaki IshikawaTakeshi HoshinoIsshu NakajimaYukinobu Maruyama
    • Youichi HoriiTadaaki IshikawaTakeshi HoshinoIsshu NakajimaYukinobu Maruyama
    • G08B5/00
    • G03B37/04G03B21/006G03B21/13G09F19/18G09G3/002G09G2380/04
    • The prior art in this field had a display portion of electronic paper at a part of a shelf and showed a problem that the display portion and the goods were hardly co-related to each other in response to the arrangement of the goods. In view of the foregoing, plural images arranged in response to the number of stages of the shelves to be displayed are irradiated with a light source after each of the images is corrected in correspondence with the optical path length ranging from the light source to the end of each of the shelves, each of the images is guided to the end of each of the shelves by plural reflector members and then the images are displayed at the ends. In addition, each of the images is guided to the end of each of the shelves by plural reflector members and the images are displayed at the ends after plural images (either still images or animations) arranged in response to the number of stages of shelves to be displayed are irradiated by the light source and the optical path lengths ranging from the light source to the end of each of the shelves are set to be substantially the same to each other.
    • 该领域的现有技术在架子的一部分具有电子纸的显示部分,并且显示出显示部分和商品几乎不依赖于货物的布置而彼此相关的问题。 鉴于上述,根据从光源到终点的光路长度对每个图像进行校正之后,用光源照射响应于待显示的搁板的级数布置的多个图像 通过多个反射器构件将每个图像引导到每个搁板的末端,然后在端部显示图像。 此外,每个图像通过多个反射器构件被引导到每个搁架的端部,并且在响应于搁架的级数被布置的多个图像(静止图像或动画)之后的端部处显示图像到 由光源照射,并且从光源到每个搁板的端部的光路长度被设定为彼此基本相同。
    • 2. 发明申请
    • Shelf-like display machine and image display method
    • 货架式显示机及图像显示方式
    • US20080055087A1
    • 2008-03-06
    • US11822957
    • 2007-07-11
    • Youichi HoriiTadaaki IshikawaTakeshi HoshinoIsshu NakajimaYukinobu Maruyama
    • Youichi HoriiTadaaki IshikawaTakeshi HoshinoIsshu NakajimaYukinobu Maruyama
    • G02B27/00G08B13/14
    • G03B37/04G03B21/006G03B21/13G09F19/18G09G3/002G09G2380/04
    • The prior art in this field had a display portion of electronic paper at a part of a shelf and showed a problem that the display portion and the goods were hardly co-related to each other in response to an arrangement of the goods. In addition, it was necessary to prepare a special display substrate for changing all the shelf lengths into a display portion and its price was expensive. It was necessary to provide a signal line and a wiring for power supply up to the display portion and so it was necessary to perform a wiring at the shelf surface with opaque raw material or perform a connecting work for the wiring every time when the shelf was transferred. In view of the foregoing, plural images (either still images or animations) arranged in response to the number of stages of the shelves to be displayed are irradiated with a light source after each of the images is corrected in correspondence with the optical path length ranging from the light source to the end of each of the shelves, each of the images is guided to the end of each of the shelves by plural reflector members and then the images are displayed at the ends. In addition, each of the images is guided to the end of each of the shelves by plural reflector members and the images are displayed at the ends after plural images (either still images or animations) arranged in response to the number of stages of shelves to be displayed are irradiated by the light source and the optical path lengths ranging from the light source to the end of each of the shelves are set to be substantially the same to each other.
    • 该领域的现有技术在架子的一部分具有电子纸的显示部分,并且显示出显示部分和商品几乎不依赖于货物的布置而彼此相关的问题。 此外,有必要制备用于将所有搁架长度改变成显示部分的特殊显示基板,并且其价格昂贵。 需要提供一个信号线和一个用于供电到显示部分的布线,因此需要在不透明的原材料的搁板表面上进行布线,或者每当架子是 转入。 鉴于上述,在根据光路长度范围校正每个图像之后,用光源照射响应于要显示的搁架的级数排列的多个图像(静止图像或动画) 从光源到每个搁板的端部,每个图像通过多个反射器构件被引导到每个搁板的端部,然后在端部处显示图像。 此外,每个图像通过多个反射器构件被引导到每个搁架的端部,并且在响应于搁架的级数被布置的多个图像(静止图像或动画)之后的端部处显示图像到 由光源照射,并且从光源到每个搁板的端部的光路长度被设定为彼此基本相同。
    • 4. 发明申请
    • Stereoscopic display apparatus
    • 立体显示装置
    • US20060055887A1
    • 2006-03-16
    • US11072495
    • 2005-03-07
    • Takeshi HoshinoRieko OtsukaYouichi HoriiYukinobu Maruyama
    • Takeshi HoshinoRieko OtsukaYouichi HoriiYukinobu Maruyama
    • G03B21/00G03H1/08
    • G03B21/562G02B27/2221G02B27/2285G03B21/28G03B35/16H04N13/302H04N13/363H04N13/393
    • It is made possible to view a high-resolution clear stereoscopic image from any direction without taking the projection timing of two-dimensional images into consideration. First and second polygonal mirrors each including mirrors arranged in a ring form around a rotation axis of a screen are disposed. An electronic projector is disposed on an extended line of the rotation axis of the screen so as to be opposed to mirror surfaces of the polygonal mirrors. The electronic projector emits concentrically arranged first and second frame image groups each including frame images arranged in a ring form. The first and second frame image groups are reflected respectively by the first and second polygonal mirrors and projected onto the rotating screen. As the screen rotates, each of the first and second image groups is projected onto the screen and displayed in order from frame image to frame image.
    • 可以从任何方向观看高分辨率清晰立体图像,而不考虑二维图像的投影定时。 布置有围绕屏幕的旋转轴布置成环形的反射镜的每个包括反射镜的第一和第二多面镜。 电子投影仪设置在屏幕的旋转轴线的延伸线上,以与多面镜的镜面相对。 电子投影仪发射同心布置的第一和第二帧图像组,每个图像组包括以环形布置的帧图像。 第一和第二帧图像组分别由第一和第二多面镜反射并投影到旋转屏幕上。 当屏幕旋转时,第一和第二图像组中的每一个被投影到屏幕上并且从帧图像到帧图像依次显示。
    • 6. 发明授权
    • Stereoscopic display apparatus
    • 立体显示装置
    • US07168809B2
    • 2007-01-30
    • US11072495
    • 2005-03-07
    • Takeshi HoshinoRieko OtsukaYouichi HoriiYukinobu Maruyama
    • Takeshi HoshinoRieko OtsukaYouichi HoriiYukinobu Maruyama
    • G03B21/28G03B21/567
    • G03B21/562G02B27/2221G02B27/2285G03B21/28G03B35/16H04N13/302H04N13/363H04N13/393
    • It is made possible to view a high-resolution clear stereoscopic image from any direction without taking the projection timing of two-dimensional images into consideration. First and second polygonal mirrors each including mirrors arranged in a ring form around a rotation axis of a screen are disposed. An electronic projector is disposed on an extended line of the rotation axis of the screen so as to be opposed to mirror surfaces of the polygonal mirrors. The electronic projector emits concentrically arranged first and second frame image groups each including frame images arranged in a ring form. The first and second frame image groups are reflected respectively by the first and second polygonal mirrors and projected onto the rotating screen. As the screen rotates, each of the first and second image groups is projected onto the screen and displayed in order from frame image to frame image.
    • 可以从任何方向观看高分辨率清晰立体图像,而不考虑二维图像的投影定时。 布置有围绕屏幕的旋转轴布置成环形的反射镜的每个包括反射镜的第一和第二多面镜。 电子投影仪设置在屏幕的旋转轴线的延伸线上,以与多面镜的镜面相对。 电子投影仪发射同心布置的第一和第二帧图像组,每个图像组包括以环形布置的帧图像。 第一和第二帧图像组分别由第一和第二多面镜反射并投影到旋转屏幕上。 当屏幕旋转时,第一和第二图像组中的每一个被投影到屏幕上并且从帧图像到帧图像依次显示。