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    • 63. 发明授权
    • Frictionless self-powered moving display
    • 无摩擦自动动力显示
    • US06853283B1
    • 2005-02-08
    • US10110879
    • 2000-10-11
    • William W. French
    • William W. French
    • F16C39/06G09B27/08G09F19/02G09F19/00
    • G09F19/12F16C39/063G09B27/08G09F19/02
    • An intriguing and educational display structure (1) appears to be spinning upon itself without any apparent drive mechanism, power supply or bearing. The structure comprises two concentric hollow spheres (3, 5) spaced apart by a transparent fluid (6). The outer sphere is totally transparent, immobile, and may rest on a tripod (2) or other type of support. The inner sphere may be partially transparent or translucent and carries over its surface, a design such as a map of the world (7). The inner sphere rotates within, and independently from, the first outer one. The internal, that is self-contained, drive mechanism uses either a conventional electrical motor (8) with its own field winding and commutator, or one made of a rotor comprising a cross-array of electromagnets (AC, BD) that interact with an ambient magnetic field such as the earth magnetic field. The power supply comes preferably from a photovoltaic collector (13) mounted within the inner sphere or from a receiver (27) of RF waves or other EM radiation.
    • 一个有趣的和教育性的显示结构(1)似乎正在旋转,没有任何明显的驱动机制,电源或轴承。 该结构包括由透明流体(6)隔开的两个同心的空心球(3,5)。 外球体是完全透明的,不可移动的,并且可以搁置在三脚架(2)或其他类型的支撑件上。 内球体可以是部分透明或半透明的,并且覆盖其表面,诸如世界地图的设计(7)。 内球在第一外球内旋转,独立于第一外球旋转。 内部的,独立的驱动机构使用具有其自身的场绕组和换向器的常规电动机(8),或者由包括与电场(AC,BD)交叉的交叉阵列的转子构成的内部 环境磁场如地磁场。 电源优选地来自安装在内球体内的光电收集器(13),或者来自RF波或其它EM辐射的接收器(27)。
    • 64. 发明授权
    • Touch controlled multiple functional terrestrial globe
    • 触摸控制多功能地球仪
    • US6027343A
    • 2000-02-22
    • US285086
    • 1999-04-02
    • Ping-Huang Ho
    • Ping-Huang Ho
    • G09B27/08
    • G09B27/08Y10S362/809
    • A touch controlled multiple functional terrestrial globe is disclosed. A ball is a transparent round ball with a hollow inner space, a world map is depicted on the surface of the ball; a palm shape supporting frame for supporting the ball by the part between the thumb and the index finger. The under-pan of a ball driven device is firmly secured to an axial rod through a positioning piece for bearing the ball, a belt disk is installed on the lower portion thereof, while the belt disk is connected to another belt disk under the central shaft of the motor through a belt, therefore, by starting a decelerated motor, the ball is driven to rotate. A light source is mounted on the top of an axial rod and can emit light. A seat is installed on the lower portion of the palm shape supporting frame, a touch controlled sensing circuit system is installed therewithin, it can connected to the decelerated motor and the bulb base through a dual loop touch controlled switch circuit. When a finger touches the seat, the circuit will be conducted, then a multiple stage control of the light source and the power switching of the decelerated motor are performed simultaneously or sequentially, so that the motion of the ball and the illumination of the bulb may be presented simultaneously or sequentially.
    • 公开了一种触摸控制的多功能地球仪。 一个球是一个透明的圆球,有一个空心的内部空间,一个世界地图被描绘在球的表面上; 用于通过拇指和食指之间的部分来支撑球的掌形支撑框架。 球驱动装置的底盘通过用于承载球的定位件牢固地固定到轴杆上,带盘安装在其下部,同时带盘连接到中心轴下方的另一个带盘 因此,通过启动减速电机,驱动球旋转。 光源安装在轴杆的顶部并可以发光。 一个座椅安装在掌形支撑框架的下部,其中安装了一个触摸控制的感应电路系统,它可以通过双回路触控式开关电路连接到减速电机和灯泡基座。 当手指触摸座椅时,将进行电路,同时或依次执行光源的多级控制和减速电动机的电源切换,使得球的运动和灯泡的照明可以 同时或顺序呈现。
    • 66. 发明授权
    • Plate tectonic earth planet model
    • 板块构造地球行星模型
    • US5676550A
    • 1997-10-14
    • US350338
    • 1994-12-06
    • Joseph S. GiamportoneWalter G. Booker
    • Joseph S. GiamportoneWalter G. Booker
    • G09B23/40G09B27/08
    • G09B23/40G09B27/08
    • An Earth planet model based on the science of plate tectonics. Accordingly, the model (10) includes a plurality of curved members (12), each curved member representing one of Earth's crustal tectonic plates. Each plate member (12) is formed of a durable, lightweight plastic material and molded in raised and indented relief to illustrate such tectonic features as subduction zones, collision zones, mid-ocean ridges, island chains, island arcs, continental shelves, terrestrial and ocean floor topography, and the like. Plates (12) are attached to the exterior of a base globe (14) forming, as a whole, the surface layer of Earth, or lithosphere. The base globe itself consists of a plurality of spheroidal members, an inner core (22), an outer core (20), and a mantle (18), representing Earth's internal strata. The assembled model is positioned on a supporting pedestal (11) for display or demonstration. The pedestal includes a simple rotary mechanism which allows rotation of the model.
    • 基于板块构造科学的地球行星模型。 因此,模型(10)包括多个弯曲构件(12),每个弯曲构件表示地球构造板之一。 每个板构件(12)由耐用的轻质塑料材料形成,并且模制成凸起和凹凸的浮雕,以示出如俯冲带,碰撞区,海洋中脊,岛链,岛弧,大陆架,陆地和 海底地形等。 板(12)附接到基底球(14)的外部,整体上形成地球表面层或岩石圈。 基底球本身由多个球形构件,内芯(22),外芯(20)和地幔(18)组成,代表地球内部地层。 组装的模型定位在支撑台(11)上用于显示或示范。 基座包括允许模型旋转的简单旋转机构。
    • 67. 发明授权
    • Device for measuring distances on globes or maps
    • 用于测量球体或地图上距离的设备
    • US5657552A
    • 1997-08-19
    • US555584
    • 1995-11-09
    • Rollin ReineckJerome M. Comcowich
    • Rollin ReineckJerome M. Comcowich
    • G01B7/02G09B27/08G09B29/10
    • G01B7/02G09B27/08G09B29/102
    • A map or globe is provided with a transparent thin covering capable of conducting electricity. The transparent thin covering envelopes the globe or overlies the map. An electrical resistance measuring means would be employed to determine a measure of electrical resistance between any two points on the map or globe. The electrical resistance measuring means would include a first probe and a second probe. The first probe would be placed on a first location on the map or globe and the second probe would be placed on a second location on the map or globe. A measure of electrical resistance will be generated by the electrical resistance measuring means reflecting the resistance of the conductive thin covering between the first location and the second location. This electrical resistance is proportionally related to the distance separating the two points on the map or globe. The measured resistance may then be processed by processing means to permit an accurate measurement of the distance between the two points to be output in a digital fashion. This numerical digital output may be in any conventional distance scale which would be related directly to the scale of the map or globe employed.
    • 地图或地球仪设置有能够导电的透明薄覆盖层。 透明的薄覆盖物覆盖地球或覆盖地图。 将使用电阻测量装置来确定地图或地球上任何两个点之间的电阻的测量。 电阻测量装置将包括第一探针和第二探针。 第一个探测器将放置在地图或地球仪的第一个位置,第二个探测器将放置在地图或地球仪的第二个位置。 通过反映第一位置和第二位置之间的导电薄覆层的电阻的电阻测量装置将产生电阻的测量。 该电阻与分离地图或地球上的两个点的距离成比例地相关。 测量的电阻然后可以由处理装置处理,以允许以数字方式输出的两个点之间的距离的精确测量。 该数字数字输出可以是任何常规的距离尺度,其将直接与所使用的地图或地球的尺度相关。
    • 68. 发明授权
    • Earth globe
    • 地球地球仪
    • US5545041A
    • 1996-08-13
    • US339181
    • 1994-11-10
    • Mikihisa Tsuzuki
    • Mikihisa Tsuzuki
    • G09B27/08
    • G09B27/08
    • An earth globe includes a base and a hollow globe body made of translucent material and having a spherical configuration corresponding substantially to the earth. A first support mechanism serves to rotatably support the globe body relative to the base around a first axis corresponding substantially to the earth axis. An illumination device and a shading device are disposed within the globe body. The shading device serves to shade light from the illumination device over a substantially half region of the globe body. A second support mechanism is provided to rotatably support the shading device relative to the globe body around a second axis corresponding substantially to an axis perpendicular to the orbital plane of revolution of the earth around the sun. A first and a second drive device are provided to rotate the globe body around the first axis at a first rotational speed and to rotate the shading device around the second axis at a second rotational speed different from the first rotational speed, respectively.
    • 地球体包括由半透明材料制成的底座和中空球体,并具有与地球基本对应的球形构型。 第一支撑机构用于围绕基本上对应于接地轴线的第一轴线相对于基座可旋转地支撑球体。 照明装置和遮光装置设置在球体内。 遮光装置用于在灯体的大致半个区域上遮蔽来自照明装置的光。 提供了第二支撑机构,用于相对于球体本体围绕第二轴线可旋转地支撑着色装置,所述第二轴线基本上对应于垂直于围绕太阳的地球的旋转轨道平面的轴线。 提供第一和第二驱动装置以使第一轴线以第一转速旋转,并以不同于第一旋转速度的第二旋转速度使遮光装置围绕第二轴旋转。