M375264 五、新型說明： 【新型所屬之技術領域】 本創作關於一種地球儀，特別關於一種晝夜分明的地 球儀。 【先前技術】 為能夠了解世界各國的位置，除平面地圖外，地球儀 是最常見的道具。如圖1所示，習知地球儀J包括—球面 具有地圖15的球體U，球體Η設置於貫穿球體u的旋 轉軸12，且球體u可以旋轉軸12為軸心轉動，而旋轉軸 12與一半圓形之支架13固定，支架13則設置於一底座 14。因此，使用者可藉由旋轉球體η以查詢地圖ι5上的 欲知位置。 仁疋4知地球儀1僅是樞設於底座14的旋轉球體 11，故使用者除地圖資訊以外，並無法得到例如北半球夏 季（夏至時陽光直射北迴歸線）或冬季（冬至時陽光直射 南迴歸線）時的陽光照射狀態等資訊。 【新型内容】 有鑑於上述課題，本創作之目的為提供一種可模擬北 半球及南半球於夏季或冬季陽光照射狀態之晝夜分明的 地球儀。 為達上述目的’依據本創作之一種晝夜分明的地球儀 包括-球體、-旋轉軸、一遮光元件以及二發光元件。球 M375264 體係透光。旋轉軸穿設於球體。遮光元件設置於球體内並 固定於旋轉軸，並通過球體的中心點而將球體劃分為一第 一部分與一第二部分，且遮光元件與旋轉軸間夾一角度。 發光元件分別設置於遮光元件兩側之第一部分與第二部 分内。 在本創作一實施例中，球體以旋轉轴為軸心轉動。 在本創作一實施例中，旋轉軸之延伸方向係與地球自 轉抽心之傾斜方向一致。 在本創作一實施例中，地球儀更包括一底座，球體係 可旋轉地藉由旋轉軸框設於底座上。 在本創作一實施例中，地球儀更包括二開關元件，設 置於底座，開關元件分別與發光元件電性連接。 在本創作一實施例中，球體固定不動，旋轉軸與遮光 元件相對於球體轉動。 在本創作一實施例中，旋轉轴與遮光元件固定不動， 球體相對於旋轉軸與遮光元件轉動。 在本創作一實施例中，當角度為23.5度時，發光元件 係選擇性地開啟以直射南迴歸線或北迴歸線。 在本創作一實施例中，當角度為零度時，發光元件係 選擇性地開啟以直射赤道。 在本創作一實施例中，旋轉軸通過球體的中心點。 在本創作一實施例中，發光元件分別鄰設於球體的中 心點。 承上所述，本創作的地球儀，因具有遮光元件設置於 5 M375264 球體内並固定於旋轉軸，並通過球體的中心點而將球體劃 分為一第一部分與一第二部分，且球體的第一部分與第二 部分分別具有發光元件，因此藉由發光元件與遮光元件的 配合，本創作的地球儀可模擬北半球及南半球於夏季或冬 季陽光照射狀態，例如北半球夏季（即南半球的冬季）或 冬季（即南半球的夏季）時曰照的情形，藉此本創作的地 球儀除具有地圖資訊外，更能夠呈現北半球及南半球於夏 季或冬季的晝夜狀態，並能夠進一步呈現南北極永晝或永 夜的狀況。 【實施方式】 以下將參照相關圖式，說明依本創作較佳實施例之一 種晝夜分明的地球儀，其中相同的元件將以相同的元件符 號加以說明。 圖2及圖3分別為本創作較佳實施例之一種晝夜分明 的地球儀2的側視圖及立體透視圖。 請參照圖2及圖3所示，本創作之晝夜分明的地球儀 2包括一球體21、一旋轉轴22、一遮光元件23以及二發 光元件241及242。 球體21例如是一透光的空心殼體，而殼體的厚薄在 此不予以限制。另外，球體21的材質在此不予以限制， 以能讓發光元件241及242的光線均勻地射出為考量。再 者，為能清楚表示球體21的内部結構，在此將球體21上 的世界地圖省略表示，但實際應用時球體21上應設置有 M375264 世界地圖。其中，球體21的表面由上而下依序具有三條 虛線，其分別代表北迴歸線3、赤道4及南迴歸線5。 旋轉軸22穿設於球體21。旋轉軸22例如可通過球體 21的中心點0，且球體21可以旋轉軸22為軸心轉動。其 中，旋轉轴22之延伸方向係與地球自轉軸心之傾斜方向 一致。 遮光元件23設置於球體21内並固定於旋轉軸22。在 此要特別說明的是，球體21與旋轉軸22及遮光元件23 ® 可相對轉動。例如可固定旋轉軸22及遮光元件23，使球 體21相對於旋轉軸22及遮光元件23轉動。或者，可將 球體21固定不動，使旋轉軸22與遮光元件23相對於球 體21轉動。 另外，遮光元件23通過球體21的中心點0而將球體 21劃分為一第一部分211與一第二部分212，且遮光元件 23與旋轉軸22間夾一角度Θ。遮光元件23例如是遮光板、 g 或反射板或其他可遮蔽或反射光線的構件，在此不予以限 ' 制。遮光元件23與旋轉軸22固定於球體21的中心點0， 且遮光元件23與旋轉軸22所夾的角度Θ可例如為23.5 度，換言之，即地球自轉軸的傾斜角度。 發光元件241及242分別設置於遮光元件23兩側231 及232之第一部分211與第二部分212内。其中，發光元 件241及242可分別設置於鄰近球體21的中心點0,以使 發光元件241及242所發出光線能均勻地射至球體2卜在 本實施例中，以發光元件241鄰設於遮光元件23之一侧 7 M375264 231的球體21之中心點0處，而發光元件242鄰設於鄰近 遮光元件23之另一側232的球體21之中心點Ο處為例作 說明，其非限制性。 另外，在本實施例中，地球儀2更可包括一底座25、 一支架26及二開關元件271及272，其非限制性。 底座25藉由例如半圓形的支架26與旋轉軸22連結， 因此球體21可以旋轉轴22為軸心相對於支架26及底座 25轉動。 開關元件271及272設置於底座25上，開關元件271 及272分別與發光元件241及242電性連接（圖未顯示）， 其連接方式例如開關元件271可利用導線穿過支架26及 旋轉軸22，再與發光元件241電性連接，以控制發光元件 241的開啟及關閉。同樣地，開關元件272可利用導線穿 過支架26及旋轉軸22，再與發光元件242電性連接，以 控制發光元件242的開啟及關閉。 因此，藉由開關元件271可控制發光元件241的開啟 及關閉，而開關元件272可控制發光元件242的開啟及關 閉。當然，開關元件271及272與發光元件241及242的 對應關係並非限制性，也可以·是開關元件271來控制發光 元件242的開啟及關閉，而開關元件272控制發光元件241 的開啟及關閉。 藉由例如圓形板狀遮光元件23將球體21分成左右兩 半球（即第一部分211及第二部分212)，再配合發光元件 241及242分別設置於遮光元件23的兩侧231及232，使 M375264 用者即可利用開關元件271及272來控制發光元件241及 242，以模擬北半球夏季（即南半球的冬季）或冬季（即 南半球的夏季）時日照情形，以及晝夜狀態，並可進一步 呈現南北極永晝或永夜的狀況。其中，北半球夏至時，太 陽光係直射北迴歸線3 ;北半球冬至時，太陽光係直射南 迴歸線5 ;而北半球或南半球春分或秋分時，太陽光係直 射赤道4。 以上所述是以旋轉軸22不動，而球體21轉動為例作 說明。也可使球體21不動，而旋轉軸22相對於球體21 轉動，由於遮光元件23與旋轉轴22係固定不動，故旋轉 轴22轉動會帶動遮光元件23 —起轉動，發光元件241或 242所發出的光線則會使模擬北半球及南半球於夏季或冬 季在各地的晝夜變化狀態。 請參照圖4所示，圖4為如圖2之地球儀2模擬北半 球夏季曰照的示意圖。 因此，藉由旋轉軸22與遮光元件23的傾斜角度Θ為 23.5度時，發光元件241及242可選擇性地開啟以使太陽 光直射北迴歸線3或南迴歸線5。在本實施例中，開啟發 光元件241，可使發光元件241的照射範圍與北半球夏季 (即南半球的冬季）時，太陽光照射北迴歸線3的照射範 圍相同。藉此，當使用者按壓開關元件271開啟發光元件 241時，地球儀2即可模擬北半球夏季時的曰照情形以及 晝夜狀態。再者，此時北極圈N為永晝（即無黑夜的情形）， 而南極圈S為永夜（即無白晝的情形）。另外，在此要再 9 M375264 說明的是，當北半球夏至時（即南半球冬至），太陽光係 直射北迴歸線3。 請參照圖5所示，圖5為如圖2之地球儀2模擬北半 球冬季曰照的示意圖。 同樣地，由於旋轉軸22與遮光元件23的傾斜角度Θ 為23.5度，故在本實施例中，開啟發光元件242，發光元 件242的照射範圍與北半球冬季（即南半球的夏季）時， 太陽光照射南迴歸線5的照射範圍相同。藉此，當使用者 按壓開關元件272開啟發光元件242時，地球儀2即可模 擬北半球冬季時的日照情形以及晝夜狀態。再者，此時南 極圈S為永晝（即無黑夜的情形），而北極圈N為永夜（即 無白晝的情形）。另外，在此要再說明的是，當北半球冬 至時（即南半球的夏至），太陽光係直射南迴歸線5。 請參照圖6所示，其為本創作另一較佳實施例之地球 儀6的日照示意圖。 因此，當旋轉軸62與遮光元件63的傾斜角度Θ為0 度時，發光元件641及642亦可選擇性地開啟以使太陽光 直射赤道8。在本實施例中，開啟發光元件642，可使發 光元件642的照射範圍與北半球春季（即南半球秋季）或 北半球秋季（即南半球春季）時，太陽光照射赤道8的照 射範圍相同。藉此，當使用者按壓開關元件672開啟發光 元件642時，地球儀6即可模擬北半球春季（南半球秋季） 或北半球秋季（南半球春季）時的曰照情形以及晝夜狀 態。另外，在此要再說明的是，北半球春分（南半球秋分） M375264M375264 V. New description: [New technical field] This creation is about a globe, especially about a globe that is well-behaved. [Prior Art] In order to understand the location of countries around the world, in addition to the plane map, the globe is the most common prop. As shown in FIG. 1, the conventional globe J includes a sphere U having a sphere 15 having a sphere 15 disposed on a rotation axis 12 penetrating the sphere u, and the sphere u being rotatable about the axis 12 of the rotation axis 12 and the rotation axis 12 and half The circular bracket 13 is fixed, and the bracket 13 is disposed on a base 14. Therefore, the user can query the desired position on the map ι5 by rotating the sphere η. The Renyi 4 knows that the globe 1 is only a rotating sphere 11 pivoted on the base 14, so that the user cannot obtain, for example, the northern hemisphere summer (the summer return to the north pole in the summer solstice) or the winter (the winter solstice direct sunlight). Information such as the state of the sun's exposure. [New content] In view of the above issues, the purpose of this creation is to provide a day and night globe that simulates the northern and southern hemispheres in summer or winter. For the above purposes, a well-defined globe according to the present invention includes a sphere, a rotating shaft, a shading element, and two illuminating elements. The ball M375264 system is transparent. The rotating shaft is threaded through the sphere. The light shielding member is disposed in the spherical body and fixed to the rotating shaft, and divides the spherical body into a first portion and a second portion through a center point of the spherical body, and the light blocking member and the rotating shaft are at an angle. The light emitting elements are respectively disposed in the first portion and the second portion on both sides of the light shielding member. In an embodiment of the present invention, the sphere is rotated about the axis of rotation. In an embodiment of the present invention, the direction of extension of the axis of rotation coincides with the direction of inclination of the earth's rotation. In an embodiment of the present invention, the globe further includes a base, and the ball system is rotatably disposed on the base by the rotating shaft frame. In an embodiment of the present invention, the globe further includes two switching elements disposed on the base, and the switching elements are electrically connected to the light emitting elements. In an embodiment of the present invention, the ball is fixed, and the rotating shaft and the light shielding member are rotated relative to the spherical body. In an embodiment of the present invention, the rotating shaft and the shading member are fixed, and the ball rotates relative to the rotating shaft and the shading member. In an embodiment of the present invention, when the angle is 23.5 degrees, the light-emitting elements are selectively turned on to directly direct the Southern Regression or the Tropic of Cancer. In an embodiment of the present invention, when the angle is zero degrees, the light-emitting elements are selectively turned on to directly illuminate the equator. In an embodiment of the present creation, the axis of rotation passes through the center point of the sphere. In an embodiment of the present invention, the light-emitting elements are respectively disposed adjacent to a center point of the sphere. As mentioned above, the globe of the present invention has a shading element disposed in the 5 M375264 sphere and fixed to the rotating shaft, and divides the sphere into a first part and a second part through the center point of the sphere, and the sphere is The part and the second part respectively have light-emitting elements, so by combining the light-emitting element and the light-shielding element, the created globe can simulate the northern or southern hemisphere in summer or winter sunlight, such as the northern hemisphere summer (ie, the southern hemisphere winter) or the winter ( That is to say, in the summer of the southern hemisphere, the globe of this creation can display the day and night of the northern and southern hemispheres in the summer or winter in addition to the map information, and can further present the situation of the north and south poles forever or forever. . [Embodiment] Hereinafter, a globe that is well-defined according to a preferred embodiment of the present invention will be described with reference to the related drawings, in which the same elements will be described with the same element symbols. 2 and 3 are respectively a side view and a perspective view of a day and night globe 2 of a preferred embodiment of the present invention. Referring to Figures 2 and 3, the globe 2 of the present invention includes a sphere 21, a rotating shaft 22, a shading element 23, and two light-emitting elements 241 and 242. The ball 21 is, for example, a light-transmissive hollow casing, and the thickness of the casing is not limited herein. In addition, the material of the spherical body 21 is not limited herein, so that the light of the light-emitting elements 241 and 242 can be uniformly emitted. Further, in order to clearly show the internal structure of the sphere 21, the world map on the sphere 21 is omitted here, but in practice, the sphere 21 should be provided with a M375264 world map. The surface of the sphere 21 has three dashed lines from top to bottom, which respectively represent the Tropic of Cancer 3, the equator 4 and the Tropic of Cancer. The rotating shaft 22 is bored through the spherical body 21. The rotating shaft 22 can pass, for example, the center point 0 of the ball 21, and the ball 21 can be rotated about the axis of rotation 22 . The direction of extension of the rotating shaft 22 coincides with the direction of inclination of the axis of rotation of the earth. The light shielding member 23 is disposed in the spherical body 21 and fixed to the rotating shaft 22. Specifically, the ball 21 is rotatable relative to the rotating shaft 22 and the shading member 23 ® . For example, the rotating shaft 22 and the light shielding member 23 can be fixed to rotate the ball 21 with respect to the rotating shaft 22 and the light shielding member 23. Alternatively, the ball 21 can be fixed to rotate the rotating shaft 22 and the light shielding member 23 with respect to the ball 21. In addition, the light shielding member 23 divides the spherical body 21 into a first portion 211 and a second portion 212 by the center point 0 of the spherical body 21, and the light blocking member 23 and the rotating shaft 22 are at an angle Θ. The light shielding member 23 is, for example, a light shielding plate, a g or a reflecting plate or other member capable of shielding or reflecting light, and is not limited thereto. The light blocking member 23 and the rotating shaft 22 are fixed to the center point 0 of the spherical body 21, and the angle Θ between the light blocking member 23 and the rotating shaft 22 can be, for example, 23.5 degrees, in other words, the inclination angle of the earth's rotation axis. The light-emitting elements 241 and 242 are respectively disposed in the first portion 211 and the second portion 212 of the two sides 231 and 232 of the light-shielding element 23. The light-emitting elements 241 and 242 are respectively disposed adjacent to the center point 0 of the sphere 21, so that the light emitted by the light-emitting elements 241 and 242 can be uniformly incident on the sphere 2, in this embodiment, the light-emitting element 241 is adjacent to the light-emitting element 241. The center point 0 of the sphere 21 of one side of the shading element 23 is the M375264 231, and the light-emitting element 242 is adjacent to the center point of the sphere 21 adjacent to the other side 232 of the shading element 23 as an example, which is not limited. Sex. In addition, in this embodiment, the globe 2 may further include a base 25, a bracket 26, and two switching elements 271 and 272, which are not limited. The base 25 is coupled to the rotating shaft 22 by, for example, a semicircular bracket 26, so that the spherical body 21 can be rotated about the axis of rotation 22 with respect to the bracket 26 and the base 25. The switching elements 271 and 272 are disposed on the base 25, and the switching elements 271 and 272 are electrically connected to the light-emitting elements 241 and 242, respectively (not shown). For example, the switching element 271 can pass through the bracket 26 and the rotating shaft 22 by using a wire. And electrically connected to the light-emitting element 241 to control the opening and closing of the light-emitting element 241. Similarly, the switching element 272 can be electrically connected to the light-emitting element 242 by using a wire through the bracket 26 and the rotating shaft 22 to control the opening and closing of the light-emitting element 242. Therefore, the opening and closing of the light-emitting element 241 can be controlled by the switching element 271, and the switching element 272 can control the opening and closing of the light-emitting element 242. Of course, the correspondence between the switching elements 271 and 272 and the light-emitting elements 241 and 242 is not limited, and the switching element 271 controls the turning on and off of the light-emitting element 242, and the switching element 272 controls the turning-on and turning-off of the light-emitting element 241. The spherical body 21 is divided into left and right hemispheres (i.e., the first portion 211 and the second portion 212) by, for example, a circular plate-shaped light shielding member 23, and the light-emitting elements 241 and 242 are respectively disposed on the both sides 231 and 232 of the light-shielding member 23, so that The M375264 user can control the light-emitting elements 241 and 242 by using the switching elements 271 and 272 to simulate the sunshine conditions in the northern hemisphere summer (ie, the southern hemisphere winter) or the winter (ie the southern hemisphere summer), and the day and night state, and can further represent the south. The situation of the Arctic forever or forever. Among them, in the northern hemisphere summer solstice, the solar system directly hits the Tropic of Cancer 3; in the northern hemisphere winter solstice, the sun shines directly on the southern tropic line; while in the northern or southern hemisphere, the sun shines directly on the equator. The above description is based on the fact that the rotating shaft 22 does not move and the ball 21 rotates. The ball 21 can also be moved, and the rotating shaft 22 rotates relative to the ball 21. Since the shading element 23 and the rotating shaft 22 are fixed, the rotation of the rotating shaft 22 causes the shading element 23 to rotate, and the light emitting element 241 or 242 emits The light will make the simulated northern and southern hemispheres change day and night in summer or winter. Please refer to FIG. 4, which is a schematic diagram of the globe 2 of FIG. 2 simulating the northern hemisphere summer illumination. Therefore, when the inclination angle Θ of the rotating shaft 22 and the light shielding member 23 is 23.5 degrees, the light-emitting elements 241 and 242 can be selectively turned on to direct the sunlight to the north tropic line 3 or the south tropic curve 5. In the present embodiment, the light-emitting element 241 is turned on so that the illumination range of the light-emitting element 241 is the same as that of the northern hemisphere summer (i.e., the winter in the southern hemisphere), and the illumination range of the solar ray to the Tropic of Cancer 3 is the same. Thereby, when the user presses the switching element 271 to turn on the light-emitting element 241, the globe 2 can simulate the lighting situation in the northern hemisphere during summer and the day and night state. Furthermore, at this time, the north pole circle N is eternal (that is, there is no night), and the south pole circle S is permanent night (that is, there is no white scorpion). In addition, here again 9 M375264 shows that when the northern hemisphere summer solstice (ie the southern hemisphere winter solstice), the sun shines directly on the Tropic of Cancer. Please refer to FIG. 5. FIG. 5 is a schematic diagram of the globe 2 of FIG. 2 simulating the northern hemisphere winter illumination. Similarly, since the inclination angle Θ of the rotating shaft 22 and the light shielding member 23 is 23.5 degrees, in the present embodiment, the light-emitting element 242 is turned on, and the illumination range of the light-emitting element 242 and the northern hemisphere winter (i.e., the summer of the southern hemisphere) are sunlight. The illumination range of the subtropical line 5 is the same. Thereby, when the user presses the switching element 272 to turn on the light-emitting element 242, the globe 2 can simulate the sunshine situation and the day and night state in the northern hemisphere winter. Furthermore, at this time, the south pole circle S is eternal (that is, there is no night), and the north rim N is always night (that is, there is no day). In addition, it is to be noted here that when the northern hemisphere winter solstice (the summer solstice in the southern hemisphere), the sunlight is directly directed to the Tropic of Cancer. Referring to Figure 6, there is shown a schematic view of the sun of the globe 6 of another preferred embodiment. Therefore, when the inclination angle Θ of the rotating shaft 62 and the light shielding member 63 is 0 degree, the light-emitting elements 641 and 642 can also be selectively opened to direct sunlight to the equator 8. In the present embodiment, the light-emitting element 642 is turned on so that the illumination range of the light-emitting element 642 is the same as that of the northern hemisphere spring (i.e., the southern hemisphere fall) or the northern hemisphere fall (i.e., the southern hemisphere spring). Thereby, when the user presses the switching element 672 to turn on the light-emitting element 642, the globe 6 can simulate the lighting situation and the day and night state in the northern hemisphere spring (southern hemisphere fall) or northern hemisphere fall (southern hemisphere spring). In addition, here again, the northern hemisphere spring equinox (southern southern hemisphere) M375264
或南半球春分（北半球秋分）時，太陽光係直射赤道8。 值得一提的是，本創作的地球儀2、6更可包括一調 光元件及一驅動組件（圖中均未顯示）。調光元件例如可 設置於底座25、65並分別與發光元件241及242或發光 元件641及642電性連接，藉由調光元件可分別調整發光 元件241及242或發光元件641及642的發光強度，以模 擬地球接受不同強弱之太陽光的照射。 驅動組件可設置於底座25、65並與旋轉軸22、62或 球體21、61連結。藉由驅動組件可驅動旋轉軸22、62及 遮光το件23、63轉動’或者可驅動球體21、61以旋轉車 22、62為軸心轉動，以自動模擬地球的自轉動作。 需注意的是，調光元件及驅動組件的設計及設置位3 非限制性，依不同的要求可有不同的設計方式。Or the southern hemisphere spring equinox (the northern hemisphere autumn equinox), the sun shines directly on the equator 8. It is worth mentioning that the globes 2 and 6 of the present invention may further include a dimming component and a driving component (none of which are shown). The dimming elements can be disposed on the bases 25 and 65, respectively, and electrically connected to the light-emitting elements 241 and 242 or the light-emitting elements 641 and 642, respectively, and the light-emitting elements can adjust the light-emitting elements 241 and 242 or the light-emitting elements 641 and 642, respectively. Intensity to simulate the Earth's exposure to different shades of sunlight. The drive assembly can be disposed on the bases 25, 65 and coupled to the rotating shafts 22, 62 or the balls 21, 61. The rotating shafts 22, 62 and the light-shielding members 23, 63 are rotated by the driving unit or the balls 21, 61 can be driven to rotate about the rotating wheels 22, 62 to automatically simulate the rotation of the earth. It should be noted that the design and setting of the dimming element and the driving component are not limited, and different design methods may be required according to different requirements.
'综上所述，因依據本創作的地球儀具有遮光元件設3 内並固定於_軸，並通過球體的巾㈣而將球骨 第—部分與—第二部分，且球體的第—部分斑s 二：：分別具有發光元件設置於遮光元件的兩側，因由 / 與遮航件的配合，本創作的地球儀可_ =南半球於夏季或冬季陽光照射狀態，例如北衫In summary, the globe according to the present invention has a light-shielding element set in 3 and is fixed to the _-axis, and the first part and the second part of the ball are passed through the towel (4) of the sphere, and the first part of the sphere is spotted. s 2:: The light-emitting elements are respectively arranged on both sides of the light-shielding element, and the globe of the creation can be _=the southern hemisphere is in the summer or winter sunshine state, for example, the northern shirt due to the cooperation with/with the navigation member.
手（即南半球的冬季）或冬季（即 昭的+ 主& 1昀牛球的夏季）時E …、的h形，藉此本創作的地球儀除具有 夠呈頊4 A 1 ,, 、，地圖貝訊外，更倉! 、王見北+球及南半球於夏季或冬季的蚩 進一步呈現南北極永晝或永夜的狀況。旦 怨，：多 以上所述僅為舉例性，而非為限制性者。任何未则 11 M375264 本創作之精神與範疇，而對其進行之等效修改或變更，均 應包含於後附之申請專利範圍中。 【圖式簡單說明】 圖1為一種習知地球儀的示意圖； 圖2為本創作較佳實施例之地球儀的側視圖； 圖3為本創作較佳實施例之地球儀的立體透視圖； 圖4為本創作較佳實施例之地球儀模擬北半球夏季的 曰照示意圖； 圖5為本創作較佳實施例之地球儀模擬北半球冬季的 日照示意圖；以及 圖6為本創作另一較佳實施例之地球儀的日照示意 圖。 【主要元件符號說明】 〔習知〕 1 ： 地球儀 11 :球體 12 :旋轉軸 13 :支架 14 :底座 15 :地圖 〔本創作〕 2、6 :地球儀 12 M375264 21、 61 :球體 211、 611 :第一部分 212、 612 :第二部分 22、 62 :旋轉軸 23、 63 :遮光元件 231 、 232 :侧 241、242、641、642 :發光元件 25、 65 :底座 26、 66 :支架 271、272、671、672 :開關元件 3、 7 :北迴歸線 4、 8 :赤道 5、 9 :南迴歸線 N :北極圈 0 :中心點 S :南極圈 Θ :角度 13The hand (that is, the winter in the southern hemisphere) or the winter (that is, the summer of the show + main & 1 yak ball) E ..., the h shape, by which the creation of the globe in addition to having enough 顼 4 A 1 , , , Maps outside the news, more warehouses!, Wang Jianbei + ball and the southern hemisphere in the summer or winter 蚩 further show the status of the South and North Korea forever or forever. Resentment: More The above description is for illustrative purposes only and is not a limitation. Any changes or modifications to the spirit and scope of this creation are to be included in the scope of the appended patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a conventional globe; FIG. 2 is a side view of the globe of the preferred embodiment; FIG. 3 is a perspective view of the globe of the preferred embodiment; FIG. The globe of the preferred embodiment of the present invention simulates a summer illumination of the northern hemisphere; FIG. 5 is a schematic diagram of the globe in the northern hemisphere winter simulated by the preferred embodiment of the present invention; and FIG. 6 is a perspective view of the globe of another preferred embodiment of the present invention. schematic diagram. [Main component symbol description] [Practical] 1 : Globe 11 : Sphere 12 : Rotary axis 13 : Bracket 14 : Base 15 : Map [This creation] 2 , 6 : Globe 12 M375264 21 , 61 : Sphere 211 , 611 : Part 212, 612: second portion 22, 62: rotating shaft 23, 63: shading element 231, 232: side 241, 242, 641, 642: light-emitting element 25, 65: base 26, 66: bracket 271, 272, 671 , 672 : Switching elements 3, 7 : Northern Tropics 4, 8 : Equatorial 5, 9 : Southern Regression N : Arctic Circle 0 : Center Point S : South Pole Circle : Angle 13