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1.发明申请公开(公告)号：US20170353657A1
公开(公告)日：2017-12-07
申请号：US15612351
申请日：2017-06-02
Applicant: Konica Minolta Planetarium Co., Ltd.
Inventor： Kazuhiro TAKEUCHI , Nobuhiro ISHIMAKI , Kenichi OOTANI
CPC classification number: B64G7/00 , G09B9/30 , G09B27/00 , G09B27/02 , H04N9/3179
Abstract: A space flight simulator includes: a celestial-body-position output unit configured to output three-dimensional positions of extragalactic celestial bodies in space; an observation-position designation unit configured to allow an operator to designate a three-dimensional position and a posture of an observer in extragalactic space; a celestial-body-image arrangement unit configured to determine, based on the output from the celestial-body-position output unit, arrangement of an image of each extragalactic celestial body in a star field seen from the designated three-dimensional position and posture of the observer, and generate a star field image; a cosmic-expansion selection unit configured to allow the operator to perform selection as to whether a cosmic expansion effect is taken into account; a time designation unit configured to designate an observation time; and a cosmic-expansion correction unit configured to correct the three-dimensional position of each extragalactic celestial body based on the cosmic expansion effect and the designated observation time.
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2.发明授权World map for demonstrating properties of azimuthal equidistant hemispheric projection 有权用于演示方位等距半球投影性质的世界地图公开(公告)号：US09189975B2
公开(公告)日：2015-11-17
申请号：US13987936
申请日：2013-09-16
Applicant: Yasuo Shinozuka
Inventor： Yasuo Shinozuka
CPC classification number: G09B29/005 , G09B27/02 , G09B27/08
Abstract: A spherical body map having one hemisphere centered on any given point of the body and another hemisphere centered on its antipodal point is provided in the Azimuthal Equidistant Hemispheric projection. Both hemispheres are placed side by side so to show a great circle line passing through the center and antipodal points straight. This map can show correct directions and distances from the center point to any other points on the body with realistic and recognizable shapes, even for remote continents. It can also demonstrate three important properties of this projection: directions from points along a great circle to a center point do not show the exact opposite of directions from the center point to the points; distances between any two points, not only from the center point, along a great circle line are correct; and the map is convertible from flat to three-dimensional forms.
Abstract translation: 在方位角等距半球投影中提供了一个球体图，其具有以身体的任何给定点为中心的一个半球和以其对准点为中心的另一个半球。 两个半球并排放置，以显示一条穿过中心和对称点的大圆线。 该地图可以显示正确的方向和距离，从中心点到身体上任何其他点，具有逼真和可识别的形状，即使是偏远的大陆。 它还可以展示这个投影的三个重要特征：从大圆到点的中心点的方向从中心点到点的方向没有正确的相反; 任何两点之间的距离，不仅从中心点，沿着一个大的圆线是正确的; 并且地图可以从平面转换为立体形式。
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公开(公告)号：US08057045B2
公开(公告)日：2011-11-15
申请号：US12540069
申请日：2009-08-12
Applicant: Randy E. Johnson
Inventor： Randy E. Johnson
Abstract: A projection apparatus for generating a moving star field and a cloud-like effect comprises a means for generating a cloud-like effect using at least one non-coherent light source, a means for generating a moving star field using at least one coherent light source and a means for regulating and supplying electric power. The means for generating cloud-like effect using at least one non-coherent light source comprises at least one pair of condenser lenses and an interferential filter wheel rotated by a motor, disposed between at least one pair of condenser lenses. The means for generating the moving star field using a coherent light source comprises a grating wheel rotated by a motor and a diffractive optical element disposed between the at least one coherent light source and the grating wheel.
Abstract translation: 用于产生移动星形场和云状效应的投影装置包括用于使用至少一个非相干光源产生云样效应的装置，用于使用至少一个相干光源产生移动星形场的装置 以及用于调节和供电的装置。 用于使用至少一个非相干光源产生云状效应的装置包括至少一对聚光透镜和由电动机旋转的干涉滤光轮，所述干涉滤光轮设置在至少一对聚光透镜之间。 使用相干光源产生移动星形场的装置包括由电动机旋转的光栅轮和设置在至少一个相干光源和光栅轮之间的衍射光学元件。
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公开(公告)号：US20070296923A1
公开(公告)日：2007-12-27
申请号：US11726978
申请日：2007-03-23
Applicant: Alan Lee
Inventor： Alan Lee
IPC: G03B21/00
Abstract: A projection apparatus for generating a moving star field and a cloud-like effect comprises a means for generating a cloud-like effect using at least one non-coherent light source, a means for generating a moving star field using at least one coherent light source and a means for regulating and supplying electric power. The means for generating cloud-like effect using at least one non-coherent light source comprises at least one pair of condenser lenses and an interferential filter wheel rotated by a motor, disposed between at least one pair of condenser lenses. The means for generating the moving star field using a coherent light source comprises a grating wheel rotated by a motor and a diffractive optical element disposed between the at least one coherent light source and the grating wheel.
Abstract translation: 用于产生移动星形场和云状效应的投影装置包括用于使用至少一个非相干光源产生云样效应的装置，用于使用至少一个相干光源产生移动星形场的装置 以及用于调节和供电的装置。 用于使用至少一个非相干光源产生云状效应的装置包括至少一对聚光透镜和由电动机旋转的干涉滤光轮，所述干涉滤光轮设置在至少一对聚光透镜之间。 使用相干光源产生移动星形场的装置包括由电动机旋转的光栅轮和设置在至少一个相干光源和光栅轮之间的衍射光学元件。
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公开(公告)号：US20070132892A1
公开(公告)日：2007-06-14
申请号：US11634760
申请日：2006-12-06
Applicant: Junji Nishigaki , Kenichi Hyodo
Inventor： Junji Nishigaki , Kenichi Hyodo
IPC: H04N9/31
Abstract: It is intended to provide a digital planetarium picture-projecting apparatus capable of recording and executing an operation procedure, facilitating recording of the operation procedure, editing the operation procedure, and executing an ad-lib representation when the operation procedure is executed. The digital planetarium picture projecting apparatus comprises an operating portion which accepts an operation by an operator about picture projection, an operation display panel which displays information about picture projection to the operator, a manual process recording portion which records an operation procedure executed to the operating portion, and a control portion which executes picture projection according to the operation procedure recorded in the manual process recording portion, wherein a temporary stop or restart operation by the operator is accepted during recording of the operation procedure by the manual process recording portion. Further, information about a projection screen is displayed on an operation display panel during execution of picture projection according to the operation procedure.
Abstract translation: 旨在提供一种能够记录和执行操作过程的数字天文馆图像投影设备，便于在执行操作过程时操作过程的记录，编辑操作过程和执行ad-lib表示。 数字天文台图像投影装置包括：操作部，其接受操作者关于图像投影的操作;操作显示面板，其向操作者显示关于图像投影的信息;手动处理记录部，其将执行的操作过程记录到操作部分 以及根据记录在手动处理记录部分中的操作过程执行图像投影的控制部分，其中在通过手动处理记录部分记录操作过程期间接受操作者的暂时停止或重新启动操作。 此外，根据操作过程，在执行图像投影期间，在操作显示面板上显示关于投影屏幕的信息。
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Patent Agency Ranking
6.发明申请公开(公告)号：US20070109311A1
公开(公告)日：2007-05-17
申请号：US11592698
申请日：2006-11-03
Applicant: Masaki Suda
Inventor： Masaki Suda
IPC: G09G5/00
Abstract: A planetarium apparatus of this invention memorizes a plurality of texture image data expressing conditions of a surface of an object in a picture memory by relating to the range of a distance from a viewpoint to the object. One of the texture image data in the picture memory is read out in accordance with a distance from the viewpoint to the object and by adjusting its size a texture image on the basis of the texture image data read out is pasted to an area of the entire image occupied by the object. Further, a remaining portion is formed as a real time image. In consequence, when a take-off from, or a landing onto, the surface of a celestial body is represented, a picture in which the condition of surrounding cosmic space is reproduced in real time, and the surface pattern of the celestial body from which a take off, or onto which a landing can both be displayed with a high degree of quality.
Abstract translation: 本发明的天文馆装置通过涉及从视点到对象的距离的范围来存储表示图像存储器中的物体的表面的条件的多个纹理图像数据。 根据从视点到物体的距离读出图像存储器中的纹理图像数据之一，并且通过调整其尺寸，基于读出的纹理图像数据粘贴到整个区域的纹理图像 被物体占据的图像。 此外，剩余部分形成为实时图像。 因此，当表示从天体的表面起飞或着陆时，实时地再现周围的宇宙空间的状态的图像，以及天体的表面图案 一个起飞，或者一个着陆可以高质量地显示。
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公开(公告)号：US06499846B1
公开(公告)日：2002-12-31
申请号：US09582814
申请日：2000-06-30
Applicant: Klaus Hiller , Werner Kuhlmann , Roland Buerdorff
Inventor： Klaus Hiller , Werner Kuhlmann , Roland Buerdorff
IPC: G03B2128
CPC classification number: G09B27/02
Abstract: In a projection arrangement with a projector and a deflecting mirror in which the image projection, proceeding from a projection direction along a principal projection axis impinges on the deflecting mirror which is supported so as to be movable in two spatial direction and whose mirror surface deflects a projected light bundle at an elevation angle and at an azimuth angle onto a projection surface standing on the ground the image projection is effected from the direction of a zenith at an angle &bgr; which is less than 60° in relation to a vertical line from the zenith and the deflecting mirror is arranged at the ground wherein the projected light bundle can be deflected toward the projection surface so that an image can be generated on the projection surface and moved on the latter.
Abstract translation: 在具有投影仪和偏转镜的投影装置中，沿着主投影轴从投影方向进行的图像投影照射在被支撑为可在两个空间方向上移动并且其镜面偏转的偏转镜 以仰角和方位角的投射光束到位于地面上的投影表面上，图像投影从天顶方向以相对于距离天顶的垂直线小于60°的角度β进行 并且偏转镜布置在地面处，其中投射的光束可以朝向投影表面偏转，使得可以在投影表面上产生图像并且在投影表面上移动图像。
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公开(公告)号：US20010010537A1
公开(公告)日：2001-08-02
申请号：US09029704
申请日：1998-03-06
Inventor： WILFRIED LANG , LUDWIG MEIER
IPC: H04N007/00
Abstract: In a device for projection on a dome with a plurality of projectors (50, 51, 54, 56) for displaying image contents on an at least partially spherical projection surface (52), wherein every projector (50, 51, 54, 56) is arranged in such a way that it illuminates at least a partial surface (56, 58) of the projection surface (52) with partial images, and there is provided for at least for one of the projectors (51, 54, 56) a light source (12) and a deflecting device (40) by which a light bundle (10) emitted from the light source (12) can be guided along the portion to be illuminated in order to display the image contents, the deflecting device (40) of the at least one projector (51, 54, 56) is constructed as a scanning device by which the light bundle can be guided in a plurality of lines with a plurality of picture points over the partial surface (56, 58) to be illuminated, and the light source (12) is connected to an intensity control (64) on the basis of which individual picture points can be illuminated for displaying the partial image (56, 58) with suitable luminous density. (FIG. 2)
Abstract translation: 在用于在具有用于在至少部分球形的投影表面（52）上显示图像内容的多个投影仪（50,51,54,56）投影在具有多个投影仪的圆顶上的装置中，其中每个投影仪（50,51,54,56） 被布置成使得其以部分图像照亮投影表面（52）的至少一个部分表面（56,58），并且至少为一个投影仪（51,54,56）a提供 光源（12）和偏转装置（40），从光源（12）发射的光束（10）可以沿着被照射的部分被引导以便显示图像内容，偏转装置（40） 构成所述至少一个投影仪（51,54,56）的扫描装置，通过所述扫描装置，所述光束能够在所述部分表面（56,58）上的多个图像点的多条线路中被引导为 照亮，并且光源（12）基于哪个单独的图像点连接到强度控制（64） 可以被照亮以显示具有合适的发光密度的部分图像（56,58）。 （图2）
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公开(公告)号：US6030227A
公开(公告)日：2000-02-29
申请号：US174385
申请日：1998-10-16
Applicant: Walter Lasecki
Inventor： Walter Lasecki
CPC classification number: G09B27/02
Abstract: A digital solar system model includes a display with a center representing the sun, and discrete lamps arranged in concentric loops around the sun representing the planetary orbits. The lamps are controlled by a processor. The orbital motion of each planet is represented by sequentially illuminating the lamps in a corresponding orbit. Each planet must wait through a predetermined count between adjacent lamp positions, and the count is proportional to the size of the orbit. Upon startup, the planets are set to their proper relative positions on a default starting date, then set in motion at their proper relative orbital rates. The speed, direction, and starting/stopping of orbital motion are controlled via a motion control keypad. Time passage is shown on a digital date display. Numeric keys are provided on the motion control keypad for entering a GOTO date of a desired Earth year and month within a permitted range of past and future dates. When a GOTO date is entered, the planets are reset to their positions on the default starting date, then set in motion toward the GOTO date, orbiting forward when the GOTO date is in the future, or backward when the GOTO date is in the past. The planets are stopped when the GOTO date is reached.
Abstract translation: 数字太阳能系统模型包括具有代表太阳的中心的显示器，以及表示行星轨道的围绕太阳的同心环排列的分立的灯。 灯由处理器控制。 每个行星的轨道运动通过顺序地照射相应轨道中的灯来表示。 每个行星必须等待相邻灯位置之间的预定计数，并且计数与轨道的大小成比例。 启动时，行星在默认开始日期设置为适当的相对位置，然后以适当的相对轨道速率进行运动。 通过运动控制键盘控制轨道运动的速度，方向和起始/停止。 时间通道显示在数字日期显示屏上。 在运动控制键盘上提供数字键，用于在过去和未来日期的允许范围内输入所需地球年和月的GOTO日期。 当输入GOTO日期时，行星将在默认开始日期重置为其位置，然后在GOTO日期未来时向GOTO日期向前移动，或在GOTO日期过去时向后运动 。 当达到GOTO日期时，行星停止。
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公开(公告)号：US5931678A
公开(公告)日：1999-08-03
申请号：US41299
申请日：1998-03-12
Applicant: Avinoam Atzaba
Inventor： Avinoam Atzaba
CPC classification number: G09B27/02
Abstract: An apparatus for demonstrating various phenomena associated with the earth's movement about the sun, having an upright fixedly attached to a base, at least one arm having two ends and being mounted on the upright in such a way as to be rotatable in a vertical plane, a crooked bearing housing for a spindle located near one of the ends, carrying a rotatable globe and constituting the axis of rotation thereof, all in such a way that, with respect to a line normal to the plane defined by the are, the axis of rotation of the globe is imparted a downward inclination of about 23.5.degree.. The apparatus further includes a light source unit attached to the arm at a point near the other end thereof and producing a light beam of a spatial extent sufficient to fully cover the globe, and drive means for causing the globe to rotate about its own axis, and for causing the arm to rotate in the vertical plane.
Abstract translation: 一种用于演示与地球围绕太阳的运动相关的各种现象的装置，具有固定地连接到基座上的立柱，具有两端的至少一个臂，并且以垂直平面旋转的方式安装在直立上， 位于其中一个端部附近的主轴的弯曲轴承壳体，其承载可旋转的球体并构成其旋转轴线，所有这些轴承壳体以相对于由其限定的平面垂直的线的方式， 地球的旋转被赋予约23.5度的向下倾角。 该装置还包括一个光源单元，该光源单元在靠近其另一端的点处附接到臂上，并产生足以完全覆盖球面的空间范围的光束，以及用于使球体绕其自身轴线旋转的驱动装置， 并且用于使臂在垂直平面中旋转。
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