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    • 91. 发明申请
    • DIDACTIC APPARATUSES AND METHOD FOR TEACHING AND REPRESENTATING PARTICULARLY ORBITAL PHENOMENA AND VARIOUS MOTIONS
    • 用于教学和表示特殊的基础和各种动作的狄更斯设备和方法
    • WO1990006569A1
    • 1990-06-14
    • PCT/FR1989000623
    • 1989-11-30
    • MELGUEN, Bernard
    • G09B27/06
    • G09B27/00G09B23/00G09B27/06
    • The apparatus for representing orbital phenomena is comprised of a sphere (20) pivoting about an inclined axis (8) on bearings (38, 60) integral with a support ring (23) mounted adjustable in a slide (26) and locked in the selected position by means of a screw (28), of a local horizon disc (1) pivoting on bearings of the sphere (20), of an ecliptic crown (31) fixed to a ring (21) also pivoting about the globe axis (8), of a drive motoreducer (39) for driving either the ecliptic crown in rotation in the backward direction or the celestial sphere (20) in the direct direction thereby evidencing the referential change and renewing the relationship between apparent motions and real motions. The didactic method implements an observer represented by a figurine (3) placed at the centre of the horizon disc (1) itself traversed by the integral axis (8) at 90 DEG of a cardinal axis allowing to sweep during its rotation a virtual plane with a north-south orientation within the ecliptic crown (31). The invention relates to uses of didactic equipment and to the representation of astronomical, physical and chemical phenomena, the professionals concerned by the astronomical phenomena and the periods of sunshine: farmers, architects and town-planners, astrologers, chronobiologists, cosmetologists, seamen, oyster farmers, landscape-gardeners, thalassotherapeutists etc.
    • 用于表示轨道现象的装置包括一个球体(20),该球体(20)绕轴承(38,60)围绕倾斜轴线(8)枢转,所述轴承(38,60)与支撑环(23)成一体,所述支撑环可安装在滑动件(26)中并锁定在所选择的 通过螺钉(28)的位置,固定在环(21)上的同时围绕球轴线(8)枢转的黄道冠(31)的在球体(20)的轴承上枢转的局部水平盘(1) ),用于沿直接方向驱动旋转中的黄道冠或驱动制动器(39),从而证明参考变化并更新表观运动和实际运动之间的关系。 教学方法实现由位于水平盘(1)的中心处的雕像(3)所表示的观察者,该雕像本身在整个轴线(8)处穿过主轴的90°,允许在其旋转期间扫掠虚拟平面与 在黄道冠内的南北方向(31)。 本发明涉及教学设备的用途以及天文,物理和化学现象的代表性,天文现象和阳光时期的专业人士:农民,建筑师和城市规划师,占星家,计时生物学家,美容师,海员,牡蛎 农民,景观园丁,海水治疗师等
    • 93. 发明公开
    • 내행성 및 외행성의 위상변화를 관측하는 장치
    • 观测平面相变的装置
    • KR1020160057266A
    • 2016-05-23
    • KR1020140158363
    • 2014-11-13
    • 홍성걸
    • 홍성걸
    • G09B27/06G09B27/02G09B23/06
    • G09B27/06G09B23/06G09B27/02
    • 본발명은본체의상부에서태양모형을중심으로회전되는내,외행성의위상변화를입체적으로관찰하여직관적으로외행성및 내행성의위상변화를알 수있도록한 내행성및 외행성의위상변화를관측하는장치는; 내부에공간부(11)를갖고, 사각체로형성된본체(10)와: 상기공간부(11)의중앙에설치된모터(m)와, 상기모터(m)에구비된구동축(a)이상기본체(10)의중앙상부를관통하여상기구동축(a)의상부가노출되고, 노출된상기구동축(a)에설치된중앙회전판(20)과; 상기중앙회전판(20)의중앙에설치되는고정구(30)와: 상기고정구(30)의외측둘레에수평부(41)의일측이연결되고, 상기수평부(41)의타측은상부로수직절곡된절곡부(42)로형성되어상기절곡부(42)에행성모형(b)이설치되는행성지지대(40)와: 상기고정구(30)의중앙에설치되고, 태양모형(s)이설치되는수직봉(50)과; 상기중앙회전판(20)의전방에설치되고, 지구형상으로형성된지구원판(e)이상면에설치되는전방회전판(50)과: 상기전방회전판(50a)을회전시키도록상기전방회전판(50a)과연결되고, 상기공간부(11)의전방에설치되는회전수단(60)으로구성되는것을특징으로한다.
    • 本发明涉及一种用于观察劣质行星和上行星的相变的装置。 根据本发明,可以三维地观察在主体的上部围绕太阳模型旋转的下行星和上行星的相位变化,并且可以直观地理解上下行星的相位变化。 本发明包括在其中具有矩形体形式的空间部分(11)的主体(10),设置在暴露的驱动轴(a)的中心旋转板(20),驱动器的上部 轴(a)被暴露在设置在空间部分11的中心的电动机(m)和设置在电动机(m)上的驱动轴(a)穿过主体(10)的中心上部, 设置在中心旋转板(20)的中心的固定工具(30),行星架(40),其中行星模型(b)设置在弯曲部分(42)中,行星架 )连接到所述固定工具(30)的外周,并且所述水平部分(41)的另一侧被形成为向上垂直弯曲的弯曲部分(42),垂直杆(50)设置在所述固定工具 固定工具(30),设置在垂直杆(50)处的太阳模型,设置在中心旋转体前方的前旋转板(50) (20),具有地面形式的接地盘(e)设置在前旋转板(50)的上表面上,以及旋转装置(60),连接到前旋转板(50a)以使 前旋转板(50a)并且设置在空间部分(11)的前方。
    • 94. 发明公开
    • 반사경을 이용한 달 위상변화 관측기
    • 使用反射镜的月相观察装置
    • KR1020140112194A
    • 2014-09-23
    • KR1020130026579
    • 2013-03-13
    • 이준열
    • 이준열
    • G09B27/02G09B27/06F21Y101/02
    • G09B27/02F21Y2101/00G09B27/06
    • The present invention relates to a moon phase observation apparatus which is characterized by comprising a bottom plate (1) displaying the name of the moon for each position and the time based on the angle of the sun; an LED bulb (9) presenting the direction of the sun on the edge of the bottom plate; a moon phase observer (8) located to penetrate the center of the bottom plate; a time indicating arrow (3) attached on the lower part of the moon phase observer (8); an earth model attached around the moon phase observer (8) by having the center penetrated; and a moon model (4) arranged near the moon phase observer (8).
    • 月相观测装置技术领域本发明涉及一种月相观测装置,其特征在于,包括:底板(1),其对于每个位置显示月亮名称和基于太阳角度的时间; 在所述底板的边缘上呈现太阳方向的LED灯泡(9); 位于穿过底板中心的月相观察器(8); 安装在月相观察器(8)的下部的时间指示箭头(3); 通过使中心穿透而附接在月相观察器(8)周围的地球模型; 和安置在月相观测器(8)附近的月球模型(4)。
    • 95. 发明公开
    • 야광 황도 12궁 별자리판
    • 灵活的ZODIACAL CONSTELLATIONS板
    • KR1020130083555A
    • 2013-07-23
    • KR1020120004202
    • 2012-01-13
    • 이덕영
    • 이덕영
    • G09B27/04G09B27/06G09B19/12G04B49/00
    • G09B27/04G04B49/00G09B19/12G09B27/06
    • PURPOSE: A luminous 12 zodiacal constellation board is provided to easily find out azimuths, the shapes of inner planets and outer planets which are observed according to the location of the earth, observation available time, and observable constellations. CONSTITUTION: A luminous 12 zodiacal constellation board includes a time display board (12) and an azimuth indicator (11). 24 hour marks are indicated around the circumference of the circular time display board. The azimuth indicator rotates around the center of the time display board, and indicates the azimuth of an observer. [Reference numerals] (AA) Archer; (BB) Goat; (CC) Water jar; (DD) Fish; (EE) Sheep; (FF) Bull; (GG) Twin; (HH) Crab; (II) Lion; (JJ) Virgin; (KK) Balance; (LL) Scorpion
    • 目的:提供一个发光12黄道星座板,以便轻松找出根据地球位置观察的方位角,内行星和外行星的形状,观察可用时间和可观察星座。 构成:发光12黄道星座基板包括时间显示板(12)和方位指示器(11)。 在圆周时间显示板周围指示24小时标记。 方位指示器围绕时间显示板的中心旋转,并指示观察者的方位角。 (附图标记)(AA)弓箭手; (BB)山羊; (CC)水罐; (DD)鱼; (EE)羊; (FF)公牛; (GG)双胞胎; (HH)蟹 (二)狮子 (JJ)维尔京; (KK)余额; (LL)蝎子
    • 97. 发明授权
    • Celestial model device and driving method of the same
    • CELESTIAL MODEL DEVICE AND DRIVING METHOD OF THE SAME
    • KR100950839B1
    • 2010-04-02
    • KR20090088439
    • 2009-09-18
    • KANG TAE GOOKIM DONG BONG
    • KANG TAE GOOKIM DONG BONG
    • G09B27/08G09B27/02
    • G09B27/08G09B27/02G09B27/06
    • PURPOSE: By individually controlling a skidding motor driving the celestial globe and the magnetoelectricity motor driving globe in three dimensions, the celestial model apparatus and driving method showing the various mode to the space. CONSTITUTION: A globe(200) is rotated around a revolving axis(201). A globe of the celestial globe is protected. The celestial globe is rotated around the axis of revolution(101). A magnetoelectricity motor runs the revolving axis. The skidding motor(610) runs the axis of revolution. The power supply unit(700) sanctions the power in the magnetoelectricity motor and skidding motor. Controller and controls the globe each speed of rotation of the celestial globe by individually controlling the magnetoelectricity motor and skidding motor. Controller respectively controls the magnetoelectricity motor and drive motor to one mode selected between a plurality of modes including manual mode, real-time automatic mode, and the high speed rotation of the earth mode and double high speed mode.
    • 目的:通过单独控制三维驱动天球和磁电马达驱动球的滑动电机,天体模型装置和驱动方法向各个方向展示各种模式。 构成:球体(200)围绕旋转轴线(201)旋转。 天球的地球仪受到保护。 天体围绕旋转轴旋转(101)。 磁电机运行旋转轴。 滑动电机(610)运行旋转轴。 电源单元(700)对电磁电动机和打滑电动机的功率进行制裁。 通过单独控制磁电马达和打滑电机,控制并控制地球各个天体的旋转速度。 控制器分别将磁电电动机和驱动电动机控制在包括手动模式,实时自动模式以及接地模式和双高速模式的高速旋转的多种模式之间选择的一种模式。
    • 98. 发明公开
    • 달관측판
    • 观察月球的板块
    • KR1020100034114A
    • 2010-04-01
    • KR1020080093075
    • 2008-09-23
    • 남명숙
    • 남명숙
    • G09B27/06G09B27/02G09B23/00
    • G09B27/06G09B23/00G09B27/02
    • PURPOSE: By giving help to easily grasp the principles of moon and concept the far-sighted view side plate contributes to the science learning of learner. CONSTITUTION: A moon-shaped plate(110) comprises the sun display displayed on the time stamp showing the time of the day, and the time among the south of the moon shape display in order illustrated the shape of the signal-changed moon and sun. A moon selection plate(120) accomplishes center and coaxial of the moon-shaped plate. It is possible to rotate, the moon selection plate is laminated in the top of the moon-shaped plate. The time indication window confirming the time stamp of the moon-shaped plate and the moon preference window selecting the moon shape are formed in the surface of the moon selection plate.
    • 目的:通过帮助,轻松掌握月球和概念的原则,有远见的观点侧板有助于学习者的科学学习。 构成:月球板(110)包括显示日期时间的时间戳显示的太阳显示屏,月亮形状显示南部之间的时间为了说明信号变化的月亮和太阳的形状 。 月球选择板(120)完成了月球板的中心和同轴。 可以旋转,月球选择板层压在月球板的顶部。 在月球选择板的表面形成有确认月球板的时间戳的时间指示窗口和选择月球形状的月球偏好窗口。
    • 99. 发明授权
    • 교습용 천체3구의
    • 太阳能,地球和天然气
    • KR100667672B1
    • 2007-01-16
    • KR1020050099481
    • 2005-10-21
    • 김남채
    • 김남채
    • G09B27/06G09B27/02
    • G09B27/06
    • 본 발명 교습용 천체 3구의는 학교 등 교육기관에서 태양과 지구와 달의 운행 현상을 학생들이 이해하기 쉽게 교습용으로 창안한 것으로서 종래의 교습용 3구의가 가지고 있는 문제점과 한계를 해소했다. 종래 3구의는 천체를 배제하고 태양과 지구와 달만 형상화하여 3구의 운행 모습만 연출한 관계로 학생들의 우주관을 협소하게 만들었으며 천체 속의 3구라는 인식을 가질 수가 없는 등 비효과적인 교육을 할 수밖에 없는 문제점을 가지고 있었으나 본 발명은 천체를 형상화하여 그 천체 내부에서 태양과 지구와 달의 운행을 관찰할 수 있게 하므로서 종래 3구의의 문제점과 한계를 해소하고 교육효과를 극대화했다.
      종래의 3구의가 가지고 있는 문제점과 한계를 해소하기 위하여 창안한 본 발명 교습용 천체3구의는 그 구성에 있어서 천체를 형상화하여 천체 내부에서 태양을 중심으로 지구와 달이 운행하는 것을 특징으로 하는 것과 ;
      동력전달 장치에 있어서 종래의 3구의는 수많은 기어의 연결에만 의존하여 동력을 전달하는 것에 비해 본 발명 교습용 천체3구의는 동력 전달 과정에 두 개의 팔을 이용해서 지구를 공전시키는 것을 특징으로 하고 있다.
      상기와 같은 구성과 특징을 가진 본 발명 교습용 천체3구의는 종래의 교습용 3구의에 천체를 추가 보완하여 1차원 더 진보한 교육효과를 거둘 수가 있다.
      상반구, 하반구, 한팔, 반팔, 공전모터베이스, 자전모터베이스
    • 100. 发明公开
    • 천체 시뮬레이션 장치 및 이를 이용한 천체 시뮬레이션시스템
    • 天文模拟装置及方法
    • KR1020030007273A
    • 2003-01-23
    • KR1020020070569
    • 2002-11-14
    • 주식회사 유비건설
    • 조주형조인형
    • G09B27/06
    • G09B27/06
    • PURPOSE: An astronomical simulation apparatus and a method thereof are provided to produce a situation of a heavenly body according to the earth's revolution and rotation like the reality. CONSTITUTION: A power supply unit, a driving motor, and a control unit are installed at a base(100). A night power supply unit is installed on the base(100). The night power supply unit defines night length corresponding to the subdivisions of the seasons or by months and supplies a power for a time of the defined length. A constellation area selecting unit selects a constellation area for applying the power from the night power supply unit. A housing(400) is connected to the base(100) and receives the night power supply unit and the constellation area selecting unit. A constellation light emitting unit emits a light according to the power from the constellation area selecting unit. A celestial globe(800) is connected to the housing(400). The constellation light emitting unit is installed at a surface of the celestial globe(800).
    • 目的:提供一种天体模拟装置及其方法,以根据地球的革命和旋转,像现实一样产生天体的情况。 构成:在基座(100)上安装电源单元,驱动电机和控制单元。 在基座(100)上安装有夜间电源装置。 夜间电源单元定义与季节或数月相对应的夜间长度,并在规定长度的时间内提供电力。 星座区域选择单元选择用于从夜间电源单元施加电力的星座区域。 壳体(400)连接到基座(100)并接收夜间电源单元和星座区域选择单元。 星座发光单元根据来自星座图区域选择单元的功率发射光。 天球(800)连接到壳体(400)。 星座发光单元安装在天球的表面(800)。