200836813 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種發光式魔術方塊，更詳而言之，係 有關於一種藉由發光元件之光源呈現所需顏色之發光式魔 術方塊。 【先前技術】 魔術方塊的發明帶給使用者腦力的激盪，增進使用者 大腦的思考’一直以來魔術方塊表面的色塊都是以貼紙方 _式黏貼在方塊上，使魔術方塊的每一正面上小方塊的顏色 都是黏貼同一顏色的貼紙，以在魔術方塊的6個正面呈現 不同顏色，以供使用者在把玩魔術方塊時，可利用其每一 正面相同顏色來進行區分歸類。 而魔術方塊每一正面上的色塊是利用貼紙方式黏貼， 一但時間一久，會因潮濕或其它因素使貼紙式的色塊脫落 或毀損，若色塊脫落或毀損過多，當使用者把玩魔術方塊 ⑩日守則無法依顏色進行區分歸類，相對地俾使魔術方塊失去 提供益智的功能。 因此，如何提供一種發光式魔術方塊，使得發光式魔 術方塊同一面上的顏色利用發光元件之光源呈現，且使用 者樞轉該發光式魔術方塊時可依顏色進行區分歸類外，另 增加其視覺效果以令使用者對該發光式魔術方塊的興趣， 並不失其益智功能，實為目前亟待解決之問題。 【發明内容】 鑒於上述習知技術之缺點，本發明在於提供一種利用 110201 5 200836813 發光元汫之光源呈現所需顏色之發光式魔術方塊。 本發明另一目的在於提供一種不因使用時間過久、次 數過多而喪失其益智功能之發光式魔術方塊。 本發明又一目的在於提供一種可提高使用者之興致 之發光式魔術方塊。 、“為達上述之目的及其它目的，本發明係提供一種發光 式魔術方塊。該發光式魔術方塊係包括··中心體，係設置 有電源供應單元；以及複數個立方體，係佈設於該中心體 外圍’以組成-每-面均具有九個立方體並可供枢轉呈正 立方體之魔術方塊，各該立方體皆内設有—發光元件，且 位於該魔術方塊每一面中央之立方體的發光元件係與該中 心體之電源供應單元電性連接，並以中央的立方體為中心 形成連接各該立方體之發光元件的電性並聯迴路單BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an illuminated magic square, and more particularly to an illuminated magic cube that exhibits a desired color by a light source of a light-emitting element. [Prior Art] The invention of the magic square brings the brainstorming of the user and enhances the thinking of the user's brain. The color blocks on the surface of the magic square have been pasted on the square with a sticker, so that each front of the magic square The color of the small squares is a sticker of the same color, so as to present different colors on the six front sides of the magic square, so that the user can use the same color of each front to distinguish the categories when playing the magic square. The color blocks on each front of the magic cube are pasted with a sticker. Once the time is long, the sticker-type color blocks will fall off or be damaged due to moisture or other factors. If the color blocks fall off or damage too much, when the user plays the magic On the 10th of the box, the code cannot be classified according to the color. Relatively, the magic square loses the function of providing puzzles. Therefore, how to provide an illuminating magic square, such that the color on the same side of the illuminating magic square is represented by the light source of the illuminating element, and the user can distinguish the color according to the color when the user pivots the illuminating magic square, and increase the The visual effect is such that the user's interest in the illuminated magic square does not lose its puzzle function, which is an urgent problem to be solved. SUMMARY OF THE INVENTION In view of the above disadvantages of the prior art, the present invention is directed to an illuminated magic square that utilizes a light source of a light-emitting element of 110201 5 200836813 to present a desired color. Another object of the present invention is to provide an illuminated magic square that does not lose its puzzle function due to excessive use time and excessive number of times. It is still another object of the present invention to provide an illuminated magic square that enhances the user's interest. For the purpose of the above and other objects, the present invention provides an illuminating magic square. The illuminating magic cube includes a central body provided with a power supply unit, and a plurality of cubes disposed at the center. The periphery of the body is composed of - each of the faces has nine cubes and can be pivoted into a magic cube of a positive cube, each of which has a light-emitting element, and a light-emitting element of the cube located at the center of each side of the magic square Electrically connected to the power supply unit of the center body, and forming an electrical parallel circuit unit connecting the light-emitting elements of the cubes with the central cube as a center
元，俾於該電源供應單元之電力進行傳輸後，令每一發光 元件產生光源。 X • 承上述，該電源供應單元係為充電電池。 承上述，該發光式魔術方塊之其中—面中央的立方體 周达設置有與該中心體之電源供應單元電性連接之充電 Γ用以供外部充電器對該電源供應單元進行充電程 明。 的每一發光元件 承上述，該充電部係為金屬接點。 承上述，每一立方體係為透明或半透 承上述，位於該魔術方塊之同一面内 係可於供電後產生相同顏色之光源。 110201 6 200836813 承上述，該發光元件係為發光二極體（LED)。 承上述，該電性並聯迴路單元係包括於各該立方體之 周邊設置導電結構，以藉該導電結構而電性連接相鄰立方 體内之發光元件。 承上述，該導電結構係為金屬片。 承上述，該電性並聯迴路單元係以卍字型或ΐ字型其 中之一者排列。After the power of the power supply unit is transmitted, each light-emitting element generates a light source. X • In the above, the power supply unit is a rechargeable battery. In the above, the cube of the center of the illuminating magic square is provided with a charging 电 electrically connected to the power supply unit of the central body for charging the power supply unit by the external charger. For each of the light-emitting elements, the charging portion is a metal contact. In view of the above, each cube is transparent or semi-transparent, and is located in the same side of the magic square to produce a light source of the same color after being powered. 110201 6 200836813 In view of the above, the light emitting element is a light emitting diode (LED). In the above, the electrical parallel circuit unit includes a conductive structure disposed around each of the cubes to electrically connect the light emitting elements in the adjacent cubes. In view of the above, the conductive structure is a metal sheet. According to the above, the electrical parallel circuit unit is arranged in one of a 卍 type or a ΐ type.
本發明發光式魔術方塊係包括：中心體，具有六個面， 且每一面皆設有第一結合部，且該第一結合部上復設有第 一導電結構，而該中心體之内部係設置有一電源供應單元 及與該第一導電結構及該電源供應單元之第一電性連接單 元，其中，該中心體之其中一面上之第一結合部復設有 與該第一電性連接單元電性連接之第一充電部；複數第一 立方體，係設有第一容置空間、對應該第一結合部之第二 結合部及第二導電結構，該第一容置空間内係設有與該第 二導電結構電性連接之第二電性連接單元，該第二結合部 係設置有與該第二電性連接單元電性連接之第三導電結 構，而該等第一立方體係用以透過該第二結合部與該中心 體之第一結合部結合，俾令該第三導電結構與該第一導電 結構電性連接，其中，該等第一立方體之其中一者復設有 第二充電部，該第二充電部係於該第一立方體透過該第二 結合部與該中心體之之第一結合部結合時，與該中心體之 第一充電部電性連接；複數第二立方體，係設有第二容置 空間、第四導電結構及第五導電結構，該第二容置空間内 7 110201 200836813 係設有輿該第四導電結構及第五導電結構電性連接之第三 電性連接單元，而該等第二立方體係用以與該等第一立方 體結合，俾令該第四導電結構與該等第一立方體之第二導 電結構電性連接；複數第三立方體，係設有第三容置空間 及第六導電結構，該第三容置空間内係設置有與該第六導 電結構電性連接之第四電性連接單元，而該等第三立方體 係用以與該等第二立方體結合，俾令該第六導電結構與該 等第二立方體之第五導電結構電性；以及複數發光元件， _係對應該等第一立方體、第二立方體及第三立方體於結合 後外露之表面設置於該第一容置空間、第二容置空間及第 三容置空間，且分別與該第一容置空間、第二容置空間及 第三容置空間内之第二電性連接單元、第三電性連接單元 及第四電性連接單元電性連接，用以於該中心體内的電源 供應單元之電力進行傳輸後，產生光源。 承上述，該電源供應單元係為充電電池。 _ 承上述，該發光元件係為發光二極體（LED)。 承上述，位於該魔術方塊之同一面的每一發光元件係 可於供電後產生相同顏色之光源。 承上述，該第一電性連接單元、該第二電性連接單 元、該第三電性連接單元及該第四電性連接單元係為轉接 電路板。 承上述，該等第一立方體係為透明或半透明。 承上述，該等第二立方體係為透明或半透明。 承上述，該等第三立方體係為透明或半透明。 8 110201 200836813 承^上述，該第二充電部係用以供外部充電器對該中心 體之電源供應單元進行充電程序。 承上述，該第一導電結構、第二導電結構、第三導電 結構、第四導電結構、第五導電結構及第六導電結構係為 金屬片。 承上述，該第一充電部及第二充電部係為金屬接點。 承上述，該第二立方體復對應該第一充電部之位置設 有與該第二電性連接單元電性連接之第三充電部，該第三 _充電部係用以於該第二立方體透過該第二結合部與該中 心體之第一結合部結合時，與該中心體之第一充電部電性 連接，俾令該第二充電部與該中心體之第一充電部電性連 承上述，該第三充電部係為金屬接點。 因此，本發明之發光式魔術方塊，其主要是將顏色由 發光元件之光源來呈現，且由中心體之電源供應單元供應 I該發光元件所需之電力及由立方體間以卍字型或ΐ字型 電性並聯迴路電性連接將電力傳導至每一發光元件，俾使 該發光式魔術方塊達到上述之目的。 【實施方式】 以下係藉由特定的具體實例說明本發明之實、施方式， 熟悉此技藝之人士可由本說明書所揭示之内容輕易地瞭解 本發明之其他優點與功效。 請參閱第1圖至第5圖，係為本發明之發光式魔術方 塊之實施例立體及分解立體圖。如圖所示，中心體11，係 9 110201 200836813 設置有電源供應單元111;以及複數個立方體12、13及14, 係佈設於該巾4 11㈣，以組成-每-面均具有九個立 方體並可供樞轉呈正立方體之魔術方塊，各該立方體12、 13及14皆内設有一發光元件15，且位於該魔術方塊每一 面中央之立方體12的發光元件15係與該中心體n之電源 供應單元m電性連接，並以中央的立方體12 &中心體形 成連接周圍各該立方體13、14之發光元件15的電性並聯 迴路單元17，俾於該電源供應單元111之電力進行傳輸 後，令每一發光元件15產生光源。 於本實施例中，該電源供應單元ill係為充電電池· 該發光式魔術方塊丨之其中—面中央的立方體12周邊設置 有與該中心體11之電源供應單元111電性連接之充電部 110卜1211及123,用以供外部充電器16對該 =行充電程序;該充電物、則及122係為: 屬接點；該發光式魔術方塊！之每—立方體12、13及14 係為透明或半透明；該發光式魔術方塊1位於該魔術方塊 ^同一面内的每一發光元件15係可於供電後產生相同顏 t之光源；該發光元件係為發光二極體（led);該電性並 單元17係包括於各該立方體12、13及u 置導電結構 1100、1210、122、131、β … 導帝钍mnnn 31 I32及141 ’以藉該 ^、、、。構11〇0、121〇、122、131、132及141而電 相鄰立方體13、14内之發光亓杜1ς .斗… 要 101Λ 門您毛九兀件丨5 ;該導電結構1100、 路」^13卜132及141係為金屬片；該電性並聯迴 路…7係以字型或s字型其中之一者排列。 110201 10 200836813 本>發明之發光式魔術方塊1係包括：中心體11，具有 六個面，且每一面皆設有第一結合部110，該第一結合部 110上設有第一導電結構1100,而該中心體11之内部係設 置有一電源供應單元111及與該第一導電結構1100及該電 源供應單元111電性連接之第一電性連接單元112,其中， 該中心體11之其中一表面上之第一結合部110復設有與該 第一電性連接單元112電性連接之第一充電部1101 ;複數 第一立方體12，係設有第一容置空間120、對應該第一結 ⑩合部110之第二結合部121及第二導電結構1210,該第一 容置空間120内係設置有與該第二導電結構1210電性連 接之第二電性連接單元1200,該第二結合部121係設置有 與該第二電性連接單元1200電性連接之第三導電結構 122，而該等第一立方體12係用以透過該第二結合部121 與該中心體11之第一結合部110結合，俾令該第三導電結 構122與該第一導電結構1100電性連接，其中，該等第一 參立方體12之其中一者復設有第二充電部123,該第二充電 部123係於該第一立方體12透過該第二結合部121與該 中心體11之第一結合部110時，與該中心體11之第一充 電部1101電性連接；複數第二立方體13，係設有第二容 置空間130、第四導電結構131及第五導電結構132，該 第二容置空間130内係設置有與第四導電結構131及第五 導電結構132電性連接之第三電性連接單元133，而該等 第二立方體13係用以與該等第一立方體12結合，俾令該 第四導電結構131與該等第一立方體12之第二導電結構 11 110201 200836813 1210電性連接；複數第三立方體14，係設有第三容置空 間140及第六導電結構141，該第三容置空間140内設置 有與該第六導電結構141電性連接之第四電性連接單元 142，而該等第三立方體14係用以與該等第二立方體13 結合，俾令該第六導電結構141與該等第二立方體13之 第五導電結構132電性連接；以及複數發光元件15，係對 應該等第一立方體12、第二立方體13及第三立方體14於 結合後外露之表面設置於該第一容置空間120、第二容置 ⑩空間130及第三容置空間140，且分別與第一容置空間 120、第二容置空間130及第三容置空間140之第二電性 連接單元1200、第三電性連接單元133第四電性連接單元 及142電性連接，用以於該中心體11内的電源供應單元 111之電力進行傳輸後，產生光源。 於本實施例中，該電源供應單元111係為充電電池； 該發光元件15係為發光二極體（LED);位於該魔術方塊 0之同一面的每一發光元件15係可於供電後產生相同顏色 之光源；該第一電性連接單元112、該第二電性連接單元 1200、該第三電性連接單元133及該第四電性連接單元142 係為轉接電路板；該等第一立方體12係為透明或半透明； 該等第二立方體13係為透明或半透明；該等第三立方體 14係為透明或半透明；該第二充電部123係用以外部充電 器16該電源供應單元111進行充電程序；該第一導電結構 1100、該第二導電結構1210、第三導電結構122、第四導 電結構131、第五導電結構132及第六導電結構141係為 12 110201 200836813 金屬^該·第-充電部蘭及第二充電部123係為金屬接 科，该立方體13復對應該第一充電部ιι〇ι之位置設 與該第二電性連接單元1200電性連接之第三充㊉邙 =，該第三充電部削係用以於該第—立方體透過 "弟一結合部121與該中心體第—結合部咖处人 ，，與該中心體U之第-充電部11Q1電性連接，俾^ 弟-充電部123與該中心體之第一充電部n 該第三充電部1211係為金屬接點。 連接， :下係、進-步以實際操作範例說明本發明之原理、功 ί:::玄發光式魔術方塊1係由内部中心體1卜複數 I方，：Τ件η、複數第二立方體元件Μ、複數第三 立方：：件U以及複數發光二極體（LED) 15所組成。 的式魔術方塊1之中心體11内部的充電電池⑴ 中= 力透過第—電性連接單元⑴傳導至 一導二1之弟一結合部110的第一導電結構1100，該第 :^ 剛再透過與複數第-立方體12之第二結合 口的弟二導電結構121〇電性連接，且該第二導電么士 構1210與設於該複數第一立方體一六、、口 的第二電性連接單幻電性^谷£$間120 ^ ^ _ 運接’將该電力傳導至盘 ;5Γ產生:連接單元1200電性連㈣ 光源，该電力X再透過與該 1200電性連接之第二導電結構121〇,由‘;= 1210與複數第-立方姊lq + ^ /弟一 V私結構 蛀3之弟四導電結構131電性連 接，“力透過該第四導電結構131傳導至與該第四導電 110201 13 200836813 ^構131電性連接之第三電性連接單元讓，該第三電性 =Γ300係設於該複數第二立方體13之第二：置空 =30内，且使與該第三電性連接單幻電性連接之 2先一極體（LED) 15以產生光源，而該電力再透過㈣ 性連接h13GG電性連接的第五導電結構132,再由 该弟五導電結構132傳導至盥 接之複數第三立方體i 4之第Γ恭姓二3 2電性連 <罘八V电結構141，該第六導雷 結構⑷將該電力傳導至設於第三容置空間14〇且盘該第 =導電結構141電性連接之第四電性連接單元i4G()，使盘 该弟四電性連接單元譲電性連接之發光二極體（咖)、 以產生光源’而該電力的傳導方式係以卍字型或乐字型 之電性並聯迴路單幻7進行電性連接（如第6圖及第7 圖料）’且於該發光式魔術方塊2的同一面的九個立方 體呈現相同顏色之錢，而該複數個立方體12、13及14 為透明，並藉由發光二極體（LED)呈現6種不同顏色之 鲁，源例如為紅、貫、監、綠、白、撥、紫等顏色，但其 呈現方式不以此為限，另例如其中一面可為紅色半透明霧 狀立方體及紅色發光二極體（LED)，其呈現之光源係為紅 色，或其中一面可為紅色半透明霧狀立方體及黃色發光 -極體（LED)，其呈現之光源係經混光後為紫色，藉以於 使用者在把玩發光式魔術方塊丨_ (如第8ffi)及第9圖所 不），產生不同之視覺效果。 當使用者於把玩發光式魔術方塊i到該發光式魔術方 塊1内部充電電池m的電力使用完畢時，則只需將該發 110201 14 200836813 光式魔Ί标方塊1其中設有第二 3乐一充電部12U的第— 12朝下放置於充電器16上 立方肢 電池111進行充電程序（如第 充屯 布1 ϋ圖所不），使雷六可益山 該第三充電部1211傳導至第- 曰 彳主罘—充電部123及第一充雷邱 1101並儲存於該充電電池⑴内，以使該充電電池⑴充 飽電力，俾可再次供❹者進行該發光式魔術方塊 玩0 斤i本&月之發光式魔術方塊相較於習知技術 不同之r其顏色係由發光二極體（LED)之光源來呈現， 猎此不僅可產生不同之㈣效果以提高提高❹者之把 玩興致’更可㈣因使料間過久、次數過多* 智功能。 乂大，、羞 上述之實施例僅為例示性說明本發明之特點及1功 效，而^用於限制本發明之實質技術内容的範圍。ς何熟 習此$蟄之人士均可在不違背本發明之精神及範疇下，對 籲上述實施例進行修飾與變化。因此，本發明之權利保護範 圍’應如後述之申請專利範圍所列。 【圖式簡單說明】 弟1圖係為本發明之發光式魔術方塊之實施例立體 圖， 弟2圖係為本發明之發光式魔術方塊之中心體立體 圖， 第3圖係為本發明之發光式魔術方塊之第一立方體立 體圖； 15 110201 200836813 第1爵係為本發明之發光式魔術方塊之第二立方體立 體圖； & 第5圖係為本發明之發光式魔術方塊之第三立方體立 體圖； ^ 第6圖係為本發明之發光式魔術方塊之等效電路一 圖； 第7圖徐為本發明之發光式魔術方塊之等效電路二 圖； 第8圖係為本發明之發光式魔術方塊之操作一立體 圖； 第9圖係為本發明之發光式魔術方塊之操作二立體 圖；以及 弟10圖係為本發明之發光式魔術方塊之進行充電程 序立體圖。 【主要元件符號說明】 1 11 發光式魔術方塊 中心體 110 第一結合部 1100 第一導電結構 1101 第一充電部 111 電源供應單元 112 第一電性連接單元 12 第一立方體 120 第一容置空間 110201 200836813 1200 J 第二電性連接單元 121 第二結合部 1210 第二導電結構 1211 第三充電部 122 第三導電結構 123 第二充電部 13 第二立方體 130 第二容置空間 • 131 第四導電結構 132 第五導電結構 133 第三電性連接單元 14 第三立方體 140 第三容置空間 141 第六導電結構 142 第四電性連接單元 ·15 發光元件 16 充電器 17 電性並聯迴路單元 17 110201The illuminating magic cube of the present invention comprises: a central body having six faces, and each face is provided with a first joint portion, and the first joint portion is provided with a first conductive structure, and the inner body of the center body is a power supply unit and a first electrical connection unit with the first conductive structure and the power supply unit, wherein the first joint on one side of the center body is provided with the first electrical connection unit a first charging portion electrically connected; a plurality of first cubes having a first receiving space, a second joint portion corresponding to the first joint portion, and a second conductive structure, wherein the first receiving space is provided a second electrical connection unit electrically connected to the second conductive structure, the second bonding portion is provided with a third conductive structure electrically connected to the second electrical connecting unit, and the first cubic system is used The third conductive structure is electrically connected to the first conductive structure by being coupled to the first bonding portion of the central body through the second bonding portion, wherein one of the first cubes is provided with a first Second charging unit, the The second charging portion is electrically connected to the first charging portion of the center body when the first cube is coupled to the first joint portion of the center body; the plurality of second cubes are provided a second accommodating space, a fourth conductive structure and a fifth conductive structure, wherein the second accommodating space is provided with a third electrical connecting unit electrically connected to the fourth conductive structure and the fifth conductive structure And the second cube is coupled to the first cubes to electrically connect the fourth conductive structure to the second conductive structures of the first cubes; the third cube is provided with a third a accommodating space and a sixth conductive structure, wherein the third accommodating space is provided with a fourth electrical connection unit electrically connected to the sixth conductive structure, and the third cube is used for the second Combining the cubes to electrically elect the sixth conductive structure and the fifth conductive structure of the second cubes; and the plurality of light emitting elements, the first cube, the second cube, and the third cube are exposed after being combined The surface is disposed in the first accommodating space, the second accommodating space, and the third accommodating space, and is respectively electrically connected to the first accommodating space, the second accommodating space, and the second accommodating space The unit, the third electrical connection unit and the fourth electrical connection unit are electrically connected to generate a light source after the power of the power supply unit in the center body is transmitted. In view of the above, the power supply unit is a rechargeable battery. In view of the above, the light-emitting element is a light-emitting diode (LED). In view of the above, each of the light-emitting elements located on the same side of the magic square can produce a light source of the same color after being powered. In the above, the first electrical connection unit, the second electrical connection unit, the third electrical connection unit, and the fourth electrical connection unit are transit circuit boards. In view of the above, the first cubes are transparent or translucent. In view of the above, the second cubes are transparent or translucent. In view of the above, the third cubes are transparent or translucent. 8 110201 200836813 In the above, the second charging unit is used for an external charger to perform a charging procedure on the power supply unit of the center body. In the above, the first conductive structure, the second conductive structure, the third conductive structure, the fourth conductive structure, the fifth conductive structure, and the sixth conductive structure are metal sheets. In the above, the first charging portion and the second charging portion are metal contacts. In the above, the second cube is opposite to the first charging portion, and the third charging portion is electrically connected to the second electrical connecting unit, and the third charging portion is configured to pass through the second cube. When the second joint portion is combined with the first joint portion of the center body, the second charging portion is electrically connected to the first charging portion of the center body, and the second charging portion is electrically connected to the first charging portion of the center body. In the above, the third charging portion is a metal contact. Therefore, the illuminating magic square of the present invention mainly displays the color by the light source of the illuminating element, and supplies the power required by the illuminating element from the power supply unit of the center body and the 间 font or 由 between the cubes. The electrical connection of the word-type electrical parallel circuit conducts power to each of the light-emitting elements, so that the light-emitting magic square achieves the above purpose. The embodiments of the present invention will be described by way of specific examples, and those skilled in the art can readily understand other advantages and effects of the present invention from the disclosure. 1 to 5 are perspective and exploded perspective views of an embodiment of an illuminated magic block of the present invention. As shown, the central body 11, the system 9 110201 200836813 is provided with a power supply unit 111; and a plurality of cubes 12, 13 and 14 are arranged on the towel 4 11 (four) to constitute - each face has nine cubes and a magic square for pivoting into a positive cube, each of the cubes 12, 13 and 14 is provided with a light-emitting element 15, and the light-emitting element 15 of the cube 12 located at the center of each side of the magic square is connected to the power supply of the central body n The unit m is electrically connected, and the central parallel circuit 12 & central body forms an electrical parallel circuit unit 17 connecting the light-emitting elements 15 of the surrounding cubes 13 and 14 , after the power of the power supply unit 111 is transmitted. Each of the light-emitting elements 15 is caused to generate a light source. In the embodiment, the power supply unit ill is a charging battery. The charging unit 110 is electrically connected to the power supply unit 111 of the center body 11 at the periphery of the cube 12 at the center of the surface of the light-emitting magic square. Bu 1211 and 123 are used for the external charger 16 to charge the line of the line; the charging object, and the 122 series are: a contact point; the illuminated magic square! Each of the cubes 12, 13 and 14 is transparent or translucent; each of the light-emitting elements 15 of the illuminated magic square 1 located in the same plane of the magic square is capable of generating a light source of the same color after power supply; The component is a light-emitting diode (LED); the electrical parallel unit 17 is included in each of the cubes 12, 13 and the conductive structures 1100, 1210, 122, 131, β ... 帝 31 mnnn 31 I32 and 141 ' To borrow the ^, ,,. Structures 11〇0, 121〇, 122, 131, 132, and 141 and electrically adjacent to the cubes 13 and 14 are illuminated by the ςDu 1ς. Bucket... To 101 Λ door your hair nine pieces 丨 5; the conductive structure 1100, the road" ^13卜132 and 141 are metal sheets; the electrical parallel circuit...7 is arranged in one of a font or an s-shape. 110201 10 200836813 The light-emitting magic cube 1 of the present invention comprises: a central body 11 having six faces, each of which is provided with a first joint portion 110, and the first joint portion 110 is provided with a first conductive structure The central body 11 is provided with a power supply unit 111 and a first electrical connection unit 112 electrically connected to the first conductive structure 1100 and the power supply unit 111, wherein the central body 11 is The first connecting portion 110 is electrically connected to the first charging portion 1101 of the first electrical connecting unit 112; the first first cube 12 is provided with a first receiving space 120, corresponding to the first A second bonding portion 121 and a second conductive structure 1210 are formed in the first accommodating space 120. The first accommodating space 120 is provided with a second electrical connecting unit 1200 electrically connected to the second conductive structure 1210. The second bonding portion 121 is provided with a third conductive structure 122 electrically connected to the second electrical connecting unit 1200, and the first cubes 12 are configured to pass through the second bonding portion 121 and the central body 11 The first bonding portion 110 is combined to make the third conductive The first charging structure 123 is electrically connected to the first conductive structure 1100. The second charging portion 123 is coupled to the first charging unit 123. When the second joint portion 121 and the first joint portion 110 of the center body 11 are electrically connected to the first charging portion 1101 of the center body 11; the second plurality of cubes 13 are provided with a second accommodating space 130, The fourth conductive structure 131 and the fifth conductive structure 132 are provided with a third electrical connection unit 133 electrically connected to the fourth conductive structure 131 and the fifth conductive structure 132, and the same The second cube 13 is coupled to the first cubes 12 to electrically connect the fourth conductive structure 131 to the second conductive structures 11 110201 200836813 1210 of the first cubes 12; The third accommodating space 140 and the sixth conductive structure 141 are disposed. The third accommodating space 140 is provided with a fourth electrical connecting unit 142 electrically connected to the sixth conductive structure 141, and the third cube is 14 series for combining with the second cubes 13 The sixth conductive structure 141 is electrically connected to the fifth conductive structure 132 of the second cubes 13; and the plurality of light-emitting elements 15 are corresponding to the first cube 12, the second cube 13, and the third cube 14 The exposed surface is disposed in the first accommodating space 120, the second accommodating space 130, and the third accommodating space 140, and is respectively associated with the first accommodating space 120, the second accommodating space 130, and the third accommodating space. The second electrical connection unit 1200, the third electrical connection unit 133, and the fourth electrical connection unit 142 are electrically connected to the power supply unit 111 in the central body 11 for transmission. Produce a light source. In this embodiment, the power supply unit 111 is a rechargeable battery; the light-emitting element 15 is a light-emitting diode (LED); each light-emitting element 15 located on the same side of the magic block 0 can be generated after power supply. a light source of the same color; the first electrical connection unit 112, the second electrical connection unit 1200, the third electrical connection unit 133, and the fourth electrical connection unit 142 are transit circuit boards; A cube 12 is transparent or translucent; the second cubes 13 are transparent or translucent; the third cubes 14 are transparent or translucent; the second charging portion 123 is for an external charger 16 The power supply unit 111 performs a charging process; the first conductive structure 1100, the second conductive structure 1210, the third conductive structure 122, the fourth conductive structure 131, the fifth conductive structure 132, and the sixth conductive structure 141 are 12 110201 200836813 The metal portion, the first charging portion and the second charging portion 123 are metal contacts, and the cube 13 is electrically connected to the second electrical connecting unit 1200 at a position corresponding to the first charging portion ι. The third charge ten 邙 = The third charging portion is configured to be electrically connected to the first charging portion 11Q1 of the central body U, and the first-portion coupling portion 121 and the central body first-combining portion are electrically connected to each other. The charging portion 123 and the first charging portion n of the center body are the metal contacts. Connection, :Bottom, step-by-step The actual operation example is used to illustrate the principle of the invention, and the function::: Xuanguang-style magic square 1 is composed of the inner central body 1 and the complex number I,: the element η, the plural second cube The component Μ, the plural third cube: the component U and the complex light-emitting diode (LED) 15 are composed. The rechargeable battery (1) in the center body 11 of the magic block 1 is transmitted to the first conductive structure 1100 of the junction 110 of the first and second body through the first electrical connection unit (1), the first: ^ The second conductive structure 121 is electrically connected to the second conductive structure 121 of the second junction of the plurality of first cubes 12, and the second electrical property of the second conductive layer 1210 and the first electrical layer Connect the single magical electricity ^谷£$ between 120 ^ ^ _ transporting the power to the disk; 5Γ generating: the connecting unit 1200 is electrically connected to the (four) light source, and the power X is further transmitted through the second electrical connection with the 1200 The conductive structure 121〇 is electrically connected to the fourth conductive structure 131 of the plurality of first-cubic 姊lq+^/di-V private structure 蛀3, and the force is transmitted to the fourth conductive structure 131. The fourth electrical connection 110201 13 200836813 is configured to electrically connect the third electrical connection unit such that the third electrical property = Γ 300 is disposed in the second of the plurality of second cubes 13: blanking = 30, and The third electrical connection is connected to the first elliptical body (LED) 15 to generate a light source, and the power is re-transparent. (4) The fifth conductive structure 132 electrically connected to the h13GG is electrically connected to the third conductive structure 132, and is transmitted to the third block of the third cube i 4, the second name is 3 2 electric connection < The structure 141, the sixth lightning guiding structure (4) conducts the electric power to the fourth electrical connecting unit i4G() which is disposed in the third accommodating space 14 and electrically connected to the first conductive structure 141. The four-electrical connection unit is electrically connected to the light-emitting diode (coffee) to generate a light source', and the power transmission mode is electrically connected by a 并联-type or a music-type electrical parallel circuit. As shown in Fig. 6 and Fig. 7' and the nine cubes on the same side of the illuminated magic square 2 present the same color of money, and the plurality of cubes 12, 13 and 14 are transparent, and by the second light The polar body (LED) presents six different colors of lube. The source is for example red, stencil, monitor, green, white, dial, purple, etc., but the presentation is not limited to this. For example, one side can be red half. a transparent mist cube and a red light emitting diode (LED), the light source is red, or The middle side may be a red translucent mist-shaped cube and a yellow light-emitting body (LED), and the light source that is present is purple after being mixed, so that the user is playing the illuminated magic square _ (such as the 8ffi) and Figure 9 does not), it produces different visual effects. When the user uses the light-emitting magic box i to the internal power of the charging magic cell 1 to charge the battery m, then only need to send the light 110201 14 200836813 The konjac standard block 1 is provided with a second 3rd charge-receiving portion 12U placed 12-down downwardly on the charger 16 for charging the battery 105 (for example, the first charge is not included) The third charging unit 1211 is conducted to the first charging unit 123 and the first charging unit 1101 and stored in the rechargeable battery (1) to make the rechargeable battery (1) fully charged. Once again, the illuminator will play the illuminating magic box to play 0 jin i this & month's illuminating magic square is different from the conventional technology, its color is represented by the light source of the light emitting diode (LED), hunting this Not only can produce different (four) effects to improve ❹ by the play of interest 'but also because of the inter-material (iv) for too long, too many times * intellectual function. The above embodiments are merely illustrative of the features and advantages of the present invention, and are intended to limit the scope of the technical scope of the present invention. Modifications and variations of the above-described embodiments are possible without departing from the spirit and scope of the invention. Therefore, the scope of the protection of the present invention should be as set forth in the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of an embodiment of an illuminated magic square of the present invention, and FIG. 2 is a perspective view of a central body of the illuminated magic square of the present invention, and FIG. 3 is an illuminated version of the present invention. The first cube perspective view of the magic square; 15 110201 200836813 The first 1st is a second cube perspective view of the illuminated magic square of the present invention; & 5 is a third cube perspective view of the illuminated magic square of the present invention; Figure 6 is a diagram showing an equivalent circuit of the illuminated magic square of the present invention; Figure 7 is an equivalent circuit of the luminous magic square of the present invention; Figure 8 is an illuminated magic square of the present invention. The operation is a perspective view; the ninth figure is a two-dimensional view of the operation of the illuminating magic square of the present invention; and the tenth figure is a perspective view of the charging program of the illuminating magic square of the present invention. [Main component symbol description] 1 11 Light-emitting magic square center body 110 First joint portion 1100 First conductive structure 1101 First charging portion 111 Power supply unit 112 First electrical connection unit 12 First cube 120 First accommodation space 110201 200836813 1200 J second electrical connection unit 121 second joint 1212 second conductive structure 1211 third charging portion 122 third conductive structure 123 second charging portion 13 second cube 130 second accommodating space • 131 fourth conductive Structure 132 Fifth conductive structure 133 Third electrical connection unit 14 Third cube 140 Third accommodating space 141 Sixth conductive structure 142 Fourth electrical connection unit · 15 Light-emitting element 16 Charger 17 Electrical parallel circuit unit 17 110201