M431731 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種發光積木，尤指一種防水絕緣裝飾發 光積木’可組合在發光積木的頂或底二端部，使發光積木的 第一及第二雙向接電件不外露，防止液體流入發光積木内 而損壞電子零件，並有裝飾之功能，使發光積木更具多樣 性0 【先前技術】 積木係為一種相當常見的玩具，其可供遊戲者依自己 的想像及創意將複數個組合積木組合出各種造型，可激發 遊戲者的想像力及手腦並用的協調性，因此，積木廣受各 種年齡層人的喜愛。 一般而言’傳統式積木在組合的功能上大致分成兩 種，一種是基本組合用積木，一種則是裝飾用積木，基本 φ 組合用積木的功能係供遊戲者以任意數量組合出一個基本 的造型’如房屋、汽車的形狀，裝飾用積木則係用來修飾 基本組合用積木組合出來造型的外觀；而為使積木的玩法 更多樣化、更吸引消費者，現有一種基本組合用發光積木， 係改良基本組合用積木而來，請參閱圖8，該發光積木係包 含有： 一透光的積木塊70，其内部設置有一控制電路板71， 且該積木塊70頂、底部分別形成有複數相對應的插接部 72,該控制電路板71上設置有一燈體74,並形成有複數穿 M431731 孔711分別位於積木塊7〇頂底部對應的插接部之間； 複數第雙向接電件8〇，各第一雙向接電件8〇係包含 有—中空套筒81、二接電柱82及一壓縮彈菁83 ;其中， 該中空套筒81於頂部及底部各形成―穿孔811，其底部插 設於該控制電路板7!之穿孔川上，而位於積木塊-7〇底 部對應的插接部72中’則位於積木塊7()頂部對應的插 接部72中，該二接電柱82係分別設置於該中空套筒内 的頂部及底部，並突出於該中空套筒81外，該壓縮彈簧83 係直向設置於該中空套筒80内的二接電柱82之間，且壓縮 彈簧83上設置有一導線（圖中未示），該導線穿出該中空 套筒81而連接至該控制電路板71 ; 複數第二雙向接電件9〇，係分別套設於該中空套筒 頂邓外壁面，各第二雙向接電件9〇底部設置有一導線Μ， =導線91係穿過該控制電路板71底部，並於積木塊7〇底 Ρ對應插接部72邊緣彎折而形成一彎折部92後而與該控制 電路板71連接。 一般而言，積木塊7〇頂部的插接部72多為插接柱，而 -Ρ的插接部72則配合為插接孔；亦有可能頂底部相反， 頂邛的插接部72為插接孔，底部的插接部為插接柱。 當複數個上述的發光積木組合時，各發光積木係以積 f塊7〇頂部的插接部72與另一積木塊70底部對應的插接 部72結合，使積木塊7〇頂部插接部72中的接電柱與 該另一積木塊70底部插接部72中的接電柱82接觸連接， 而第二雙向接電件90則與該另一積木塊7〇的導線91之彎 折部92接觸連接，使複數個發光積木可相互構成電性連接。 M431731 由於基本組合用積木本身的玩法是要讓使用者隨自己 的想法組合任意數量的積木塊，因此，發光積木必須於内 部設置第一及第二雙向接電件80、90，且使第一及第二雙 向接電件80、90頂部及底部分別外露於積木塊7〇，使發 光積木可不限制數量地疊高；然而，若上述發光積木放置 於至内、外或潮濕地面，而使外露的第一二雙向接電件8〇、 90不慎沾附液體，則流入發光積木内的液體會造成發光積 木内部電路形成短路，需要一種可將堆疊後發光積木的頂 蓋或底面封閉的絕緣防水發光積木，除可防水絕緣以外， 也可有各式造型作為裝飾用。 【新型内容】 有鑑於上述基本組合用發光積木頂、底二端部皆有第 一及第二雙向接電件外露，可能造成液體滲入，導致發光 積木内部電路形成短路之技術缺陷，本創作的主要目的係 提出一種防水絕緣裝飾發光積木。 欲達上述目的所使用的主要技術手段係令該防水絕緣 裝飾發光積木包含有： 透光的積木塊，其具有頂、底二相對端部，其中一端 部设置有一防水絕緣裝飾座，而另一端部則形成有複數插接 斗，且内部设置有一控制電路板，該控制電路板上設置有一 燈體，並形成有複數插接孔分別對應該複數插接部； 複數第一單向接電件，係分別設置於該控制電路板上， 各第-單向接電件係包含有一中空套筒、一接電柱及一壓縮 彈《，其中，該中空套筒係插設於該控制電路板的插接孔 M431731 上而犬出於積木塊的插接部内，該接電柱係設置於該中空 套筒内，並穿出於該中空套筒的穿孔外而位於插接部中，該 壓縮彈簧係設置於該中空套筒内，壓縮彈簧的頂、底部則分 別抵靠中空套筒的内壁面及該接電柱，且壓縮彈簧上設置有 一導線，該導線穿出中空套筒而連接至該控制電路板； 複數第二單向接電件，係分別言免置於該積木塊的複數插 接部内，並與該控制電路板電連接。 上述防水絕緣裝飾發光積木可設置於基本組合用發光 積木推疊組合後的頂部或底部，係將本創作發光積木之積 木塊的插接部與基本組合用發光積木塊的插接部組合，使 第一、二單向接電件與基本組合用發光積木的第一、二雙 向接電件接觸連接，本發光積木即與基本組合用發光積木 的構成電性連接，使組合後的發光積木其頂或底部可防水 絕緣且具有裝飾之效果。 【實施方式】 請參閱圖1及圖2,係為本創作防水絕緣裝飾發光積木 的第一較佳實施例，係包含有： 透光的積木塊1〇，其具有頂、底二相對端部，其頂 部設置有一防水絕緣裝飾座1〇1，而底部形成有複數插接部 11，且内部設置有一控制電路板12，該控制電路板12上設 置有一燈體13,並形成有複數插接孔121分別對應位於該 複數插接部11上方，其中，該防水絕緣裝飾座】〇1可為任 意造型，並可一體成形於該積木塊10的頂部，於本實施例 中，該插接部11呈凹洞狀，該防水絕緣裝飾座1〇1為屋頂 M431731 造型，可於拼紕房屋或城堡時，當作防水絕緣裝飾屋頂積木 用； 複數第一單向接電件20,請進一步配合參閱圖3,該複 數第一單向接電件2〇係分別設置於該控制電路板12上，各 第一單向接電件係包含有一中空套筒21、一接電柱22及一 璧縮彈簣23;其中，該中空套筒21底部形成一穿孔川， 並以底部插設於該控制電路板12的插接孔121上而突出 於積木塊10的插接部U内，該接電柱22係設置於該中空 套筒21内底部，並穿出於該中空套筒21的插接孔121外， 該壓縮彈簧23係直向設置於該中空套筒21内，壓縮彈簧 23的頂、底㈣分別抵#中空套筒21的内頂面及該接電柱 22,且塵縮彈簧23上設置有—導線231，該導線231穿出 該中空套筒21而連接至該控制電路板12，於本實施例中， 該中空套筒21於側壁面上形成—側孔212供該導線231穿 出，各接電柱22包含有—狭部221及—闊部⑵，其闊部 222係設至於中空套筒21内’狹部221則穿出中空套㈢ 底部穿孔211而外露於中空套筒2彳外，· 複數第二單向接電件3〇,係分別固定於該積木塊㈣ =電路板12上且分別突入插接部”内，並與該控制電路 板12電連接，於本實施例中， 彎折成u形的金屬線。 第一早向接電件30係為- 再請進一步參閱圖4至圖6，係為本劍作第二較佳實施 例，係與上述發光積木大致相同，惟： 數插Hi積木塊1〇係於頂部形成複數插接部且該複 數插接邛15呈令空柱狀，而於 祗P s又置有—防水絕緣裝飾 M431731 座102，並使控制電路板12上的複數插接孔】21分別對應 位於該複數插接部15的下方其中該防水絕緣裝飾座 可為任意不導電的材質且可為任意造型，並可一體成形於該 積木塊1 0的底部，於本實施例中，該防水絕緣裝飾座i 02 為圓盤狀，可於拼組汽車等具有輪胎的交通工具時，當作裝 飾輪胎的積木用，因其防水絕緣，故該裝飾輪胎的積木可置 於有水的地面； 上述各第一單向接電件20的中空套筒21係於頂部形成 一穿孔213,供該接電柱22設置於中空套筒21内頂部並外 露，該中空套筒21底部插設於控制電路板12的插接孔121 内，且其頂部則突出於積木塊彳〇的插接部】5内，該壓縮彈 簧23則以頂、底部分別抵靠於接電柱22及中空套筒21内 底面，於本實施例中，該中空套筒21於側壁面上形成一側 孔212供該導線231穿出，各接電柱22包含有一狹部221 及-闊部222,其闊部222係設至於中空套筒21内狹部 221則穿出中空套筒21頂部穿孔213而外露於中空套筒u 外； ° 上述各第二單向接電件3〇則固定於第一單向接電件2〇 甲空套筒21頂部外壁面，以分別位於插接部’ 5内並於底 部設置一導線31,該導線31則與該控制電路板12電連接_， 於本實施例中，各第二單向接電件3〇為—漏斗形的彈簧。 再請進一步配合參閱圖7,本創作的第—及第二較2實 施例係可分別分別插設於一設置有第一、第二雙向接電件 80、90的基本組合用發光積木的頂部及底部以下僅進一 步先說明第一較佳實施例與基本組合用發光積木組合；其 M431731 2頂部設置有防水絕緣裝飾座⑻的積木塊1〇,其底部 為插接孔的插接部n可供基本組合用發光積木積木塊7〇 頂部為插接柱的插接部72插人，此時，該第—雙向接電件 8〇頂部的接電柱82則與本發光積木的第-單向接電件20 :部的接電柱22接觸連接，而第二雙向接電件的則與本發 光積木的第三單向接電件3G接㈣接，使本發光積木與具 有第 帛-雙向接電件80、90的基本組合用發光積木構 成電性連接’㈣裝飾並發Μ，其防水絕緣之頂部，可避 免上方液體滲人發光積木巾，從而避免發光積木内電子零件 之損壞或短路^ 本創作的第二較佳實施例則係用來設置於基本組合用 發光積木的底部，其使料，則以積木塊1G頂部為插接柱 的插接部15插入具有第一、第二雙向接電件8〇、9〇發光 積木的積木塊70底部為插接孔的插接部72中，此時，本發 光積木的第一單向接電件2〇頂部的接電柱22與該第一雙向 接電件80底部的接電柱82接觸連接，而本發光積木的第二 單向接電件30則與該第二雙向接電件9〇外露於控制電路板 71底部的彎折部92接觸連接，使本發光積木與具有第一、 第二雙向接電件80、90的基本組合用發光積木構成電性連 接，除可裝置並發光外，其防水絕緣之底部可避免下方液體 滲入發光積木中，從而避免發光積木中電子零件之損壞及短 路。 綜上所述’本創作主要係於積木塊的頂部或底部設置 防水絕緣裝飾座’並於積木塊内部設置分別可與第—、二 雙向接電件連接的第一、二單向接電件’提供可分別設置 9 M431731 於基本、卫。用發光積木頂部及底部，並與基本組合用發光 積木構成電性連接關係，供使用者可於組合複數個基本組 合用發光積木後，分別組合於基本組合用發光積木的頂部 或底部，除可於頂部或底部有各種不同的發光造型外，其防 水絕緣的頂冑或底冑更可防止上方或下方的㈣彡入，以保 護發光積木内的電子零件，並且避免形成短路。 ^ 【圖式簡單說明】 圖1.為本創作第一較佳實施例的仰視立體圖。 圖2 :為圖1之Α_Α割面線的剖面平面圖。 圖3 .為圖1之β·β割面線的剖面平面圖。 圖4 .為本創作第二較佳實施例的俯視立體圖。 圖5:為圖4之Α-Α割面線的剖面平面圖。 圖6.為圖4之Β-Β割面線的剖面平面圖。 圖7 :為本創作之使用時剖面示意圖。 圖8 :為複數個現有發光積木的組合後剖面示意圖 101、102防水絕緣裝飾座 12控制電路板 15插接部 21中空套筒 212側孔 【主要元件符號說明】 10積木塊 11插接部 121插'接孔 13燈體 20第一單向接電件 211穿孔 10 M431731 213 穿孔 22 接電柱 221 狹部 222 闊部 23 壓縮彈簧 231 導線 30 第二單向接電件 31 導線 70 積木塊 71 控制電路板 711 穿孔 72 插接部 74 燈體 80 第一雙向接電件 81 中空套筒 811 穿孔 82 接電枉 83 壓縮彈簧 90 第二雙向接電件 91 導線 92 彎折部 11M431731 V. New description: 【New technical field】 This creation is about a kind of luminous building block, especially a waterproof insulating decorative luminous building block, which can be combined with the top or bottom end of the luminous building block to make the first building of the luminous building block. The second bidirectional electrical component is not exposed, preventing liquid from flowing into the illuminating building block and damaging the electronic component, and has the function of decoration, so that the illuminating building block is more diverse. [Prior Art] The building block is a fairly common toy, which is available for The player combines a plurality of combination blocks into various shapes according to his own imagination and creativity, which can stimulate the imagination of the player and the coordination of the hands and the brain. Therefore, the building blocks are widely loved by people of all ages. Generally speaking, 'traditional building blocks are roughly divided into two types in the function of the combination. One is the basic combination building block, and the other is the decorative building block. The basic φ combination building block function is for the player to combine a basic number in any number. The shape of the house, the shape of the car, and the decorative building block are used to modify the appearance of the basic combination of the building blocks. In order to make the building blocks more diverse and more attractive to consumers, there is a basic combination of luminous building blocks. Referring to FIG. 8 , the luminous building block comprises: a light-transmissive building block 70 having a control circuit board 71 disposed therein, and the top and bottom portions of the building block 70 are respectively formed with a plurality of corresponding plug-in portions 72, the control circuit board 71 is provided with a lamp body 74, and a plurality of M431731 holes 711 are respectively formed between the corresponding plug portions at the bottom of the top of the block 7; The first two-way electrical component 8 includes a hollow sleeve 81, two electrical posts 82 and a compression elastomer 83; wherein the hollow sleeve 81 is at the top and bottom. A through-hole 811 is formed, the bottom of which is inserted on the perforated tube of the control circuit board 7!, and the corresponding plug-in portion 72 at the top of the building block 7() is located at the corresponding plug-in portion 72 of the bottom of the building block 7'. The two electrical terminals 82 are respectively disposed at the top and the bottom of the hollow sleeve, and protrude from the hollow sleeve 81. The compression spring 83 is directly connected to the two power posts disposed in the hollow sleeve 80. Between the 82, a compression wire (not shown) is disposed on the compression spring 83. The wire passes through the hollow sleeve 81 and is connected to the control circuit board 71. The plurality of second two-way electrical components 9 are respectively sleeved. The bottom of the hollow sleeve is disposed on the outer wall surface of the hollow sleeve, and a wire Μ is disposed at the bottom of each of the second two-way power receiving members 9 , and the wire 91 passes through the bottom of the control circuit board 71 and is correspondingly connected to the bottom of the building block 7 The edge of the portion 72 is bent to form a bent portion 92 and is connected to the control circuit board 71. In general, the plug portion 72 on the top of the block 7 is mostly a plug post, and the plug portion 72 of the block is matched as a plug hole; it is also possible that the top bottom is opposite, and the top plug portion 72 is The insertion hole is a plug-in post at the bottom. When a plurality of the above-mentioned light-emitting blocks are combined, each of the light-emitting blocks is combined with the plug portion 72 at the top of the other block 7 and the plug portion 72 corresponding to the bottom of the other block 70, so that the block 7 is inserted at the top. The power receiving post of 72 is in contact with the power receiving post 82 of the bottom plug portion 72 of the other building block 70, and the second two-way power connecting member 90 is bent with the bent portion 92 of the wire 91 of the other building block 7 The contact connection enables a plurality of illuminating blocks to be electrically connected to each other. M431731 Since the basic combination building block itself is designed to allow the user to combine any number of building blocks with his own ideas, the luminous building blocks must be internally provided with the first and second bidirectional power receiving members 80, 90, and make the first And the top and bottom of the second bidirectional power receiving members 80, 90 are respectively exposed to the building block 7〇, so that the luminous building blocks can be stacked in an unlimited number; however, if the above-mentioned luminous building blocks are placed on the inner, outer or wet ground, the exposed blocks are exposed. The first two-way two-way electrical connection member 8〇, 90 inadvertently adheres to the liquid, and the liquid flowing into the luminous building block causes a short circuit in the internal circuit of the luminous building block, and an insulation that can close the top or bottom surface of the stacked light-emitting building block is required. Waterproof luminous blocks, in addition to waterproof insulation, can also have a variety of shapes for decoration. [New content] In view of the above-mentioned basic combination, the first and second two-way electrical components are exposed on the top and bottom ends of the light-emitting building block, which may cause liquid infiltration, resulting in technical defects in the internal circuit of the light-emitting building block. The main purpose is to propose a waterproof insulating decorative lighting building block. The main technical means used for the above purpose is that the waterproof insulating decorative light-emitting building block comprises: a light-transmissive building block having opposite ends of the top and bottom, wherein one end is provided with a waterproof insulating decorative seat, and the other end is provided. The portion is formed with a plurality of plug-in buckets, and a control circuit board is disposed therein, the lamp board is disposed on the control circuit board, and a plurality of plug holes are formed corresponding to the plurality of plug portions; the plurality of first one-way power connectors Each of the first unidirectional electrical components includes a hollow sleeve, a connecting post and a compressive bomb, wherein the hollow sleeve is inserted into the control circuit board. The insertion hole M431731 is inserted into the insertion portion of the building block, and the electrical connection post is disposed in the hollow sleeve and is inserted outside the perforation of the hollow sleeve to be located in the insertion portion, the compression spring system Provided in the hollow sleeve, the top and bottom of the compression spring respectively abut against the inner wall surface of the hollow sleeve and the power receiving post, and the compression spring is provided with a wire which is connected to the hollow sleeve and connected to the hollow sleeve The control circuit board; the plurality of second one-way electrical components are respectively placed in the plurality of plug-in portions of the building block and electrically connected to the control circuit board. The waterproof insulating decorative light-emitting building block may be disposed on the top or bottom of the basic combination light-emitting building block, and the plugging portion of the building block of the creative light-emitting building block is combined with the plug-in portion of the basic combined light-emitting building block. The first and second unidirectional electrical connecting members are in contact with the first and second bidirectional electrical connecting members of the basic assembly, and the luminous building blocks are electrically connected with the basic combined illuminating building blocks, so that the combined luminous building blocks are The top or bottom is waterproof and has a decorative effect. [Embodiment] Please refer to FIG. 1 and FIG. 2, which is a first preferred embodiment of the present invention, which comprises: a light-transmissive building block 1〇 having opposite ends of the top and bottom portions. The top of the top is provided with a waterproof insulating seat 1〇1, and the bottom is formed with a plurality of plugs 11 and a control circuit board 12 is disposed therein. The control circuit board 12 is provided with a lamp body 13 and is formed with multiple plugs. The holes 121 are respectively located above the plurality of plugs 11 , wherein the waterproof insulating cover 〇 1 can be any shape and can be integrally formed on the top of the block 10 . In this embodiment, the plugs 11 is a concave hole, the waterproof insulated decorative seat 1〇1 is the shape of the roof M431731, which can be used as a waterproof insulating decorative roof building block when assembling a house or a castle; the first one-way electric connecting piece 20, please further cooperate Referring to FIG. 3, the plurality of first unidirectional power connectors 2 are respectively disposed on the control circuit board 12. Each of the first unidirectional power connectors includes a hollow sleeve 21, a power post 22, and a contracture. a magazine 23; wherein the bottom of the hollow sleeve 21 A plug hole is formed, and the bottom portion is inserted into the insertion hole 121 of the control circuit board 12 to protrude into the plug portion U of the building block 10, and the power receiving post 22 is disposed at the bottom of the hollow sleeve 21. And passing through the insertion hole 121 of the hollow sleeve 21, the compression spring 23 is disposed directly in the hollow sleeve 21, and the top and bottom (4) of the compression spring 23 respectively abut the inner top of the hollow sleeve 21. And the charging post 22, and the dust-reducing spring 23 is provided with a wire 231 which passes through the hollow sleeve 21 and is connected to the control circuit board 12. In the embodiment, the hollow sleeve 21 is A side hole 212 is formed on the side wall surface for the wire 231 to pass through, and each of the power receiving posts 22 includes a narrow portion 221 and a wide portion (2), and the wide portion 222 is disposed in the hollow sleeve 21 and the narrow portion 221 is pierced. Hollow sleeve (3) The bottom through hole 211 is exposed outside the hollow sleeve 2, and the plurality of second unidirectional power receiving members 3 are respectively fixed on the building block (4) = the circuit board 12 and respectively protrude into the plug portion" And electrically connected to the control circuit board 12, in this embodiment, bent into a u-shaped metal wire. The first early electrical contact 30 is - Please refer to FIG. 4 to FIG. 6 again, which is a second preferred embodiment of the present invention, which is substantially the same as the above-mentioned illuminating building block, except that: the number of inserted Hi building blocks 1 〇 is formed on the top to form a plurality of plugging portions and the The plurality of plugs 15 are in the form of an empty column, and the 祗P s is further provided with a waterproof insulating M431731 holder 102, and the plurality of plug holes 21 on the control circuit board 12 are respectively located at the plurality of plugs 15 In the lower part, the waterproof insulating decorative seat can be any non-conductive material and can be any shape, and can be integrally formed on the bottom of the building block 10, in the embodiment, the waterproof insulating decorative seat i 02 is a disc. The utility model can be used as a building block for decorating a tire when assembling a vehicle with a tire such as a car. Because of its waterproof insulation, the building block of the decorative tire can be placed on the ground with water; The hollow sleeve 21 of the member 20 is formed with a through hole 213 at the top, and the power receiving post 22 is disposed on the top of the hollow sleeve 21 and exposed. The bottom of the hollow sleeve 21 is inserted into the insertion hole 121 of the control circuit board 12. And the top of the block protrudes from the block of the block In the joint portion 5, the compression springs 23 abut against the bottom surface of the power receiving post 22 and the hollow sleeve 21, respectively. In the embodiment, the hollow sleeve 21 forms a side hole 212 on the side wall surface. The lead wires 231 are disposed, and each of the power receiving posts 22 includes a narrow portion 221 and a wide portion 222. The wide portion 222 is disposed in the hollow sleeve 21, and the narrow portion 221 passes through the top through hole 213 of the hollow sleeve 21 to be exposed. The second unidirectional contact member 3 is fixed to the top outer wall surface of the first unidirectional contact member 2 to be respectively located in the plug portion 5 A wire 31 is disposed at the bottom, and the wire 31 is electrically connected to the control circuit board 12. In this embodiment, each of the second unidirectional power connectors 3 is a funnel-shaped spring. Referring further to FIG. 7, the first and second embodiments of the present invention can be respectively inserted into the top of the basic combined light-emitting building block provided with the first and second two-way electrical connectors 80, 90, respectively. And the bottom part will only further explain the first preferred embodiment and the basic combination light-emitting building block; the M431731 2 is provided with a waterproof insulating decorative seat (8) on the top of the building block 1 〇, and the bottom part is a plug-in portion of the insertion hole n The plug-in portion 72 for the basic assembly is formed by the plug-in portion 72 of the plug-in column. At this time, the power-collecting column 82 at the top of the first-side bidirectional connector 8 is connected to the first-way of the light-emitting building block. The power receiving member 20 is connected to the power receiving post 22 of the unit, and the second two-way power receiving member is connected to the third unidirectional power receiving member 3G of the light-emitting building block, so that the light-emitting building block has the first-two-way connection. The basic combination of the electric components 80, 90 is electrically connected with the luminous building blocks (4), and the top of the waterproof insulation can avoid the liquid permeating the wooden towel on the upper liquid, thereby avoiding damage or short circuit of the electronic components in the luminous building block. Second preferred embodiment of creation It is used to be disposed at the bottom of the basic assembly light-emitting building block, and the material is inserted into the plug portion 15 with the top of the building block 1G as the plug-in column, and the first and second two-way electrical components 8〇, 9〇 light-emitting blocks are inserted. The bottom of the building block 70 is a plug-in portion 72 of the plug hole. At this time, the power receiving post 22 of the first unidirectional power receiving member 2 of the light-emitting building block and the power receiving column at the bottom of the first two-way power receiving member 80 82 contact connection, and the second unidirectional power connector 30 of the light-emitting building block is in contact with the bent portion 92 of the second two-way power receiving member 9 〇 exposed at the bottom of the control circuit board 71, so that the light-emitting building block and the first 1. The basic combination of the second bidirectional electrical components 80, 90 is electrically connected by the luminous bricks. In addition to the device and the light, the bottom of the waterproof insulation can prevent the liquid below from penetrating into the luminous bricks, thereby avoiding the electronic components in the luminous building blocks. Damage and short circuit. In summary, 'this creation is mainly based on the top or bottom of the building block to provide a waterproof insulated decorative seat' and the first and second unidirectional electrical connecting parts respectively connectable with the first and second bidirectional electrical connecting parts are arranged inside the building block. 'Provides 9 M431731 for basic and wei. The top and bottom of the illuminating building block are combined with the basic combination to form an electrical connection relationship with the illuminating building block, so that the user can combine the plurality of basic combinations with the illuminating building blocks and respectively combine them on the top or bottom of the basic illuminating building block. In addition to various illuminating shapes on the top or bottom, the waterproof and insulated top or bottom sill prevents the upper or lower (4) smashing in order to protect the electronic components in the illuminating building blocks and avoid short circuits. ^ BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1. A bottom perspective view of a first preferred embodiment of the present invention. Figure 2 is a cross-sectional plan view of the Α_cutting face line of Figure 1. Figure 3 is a cross-sectional plan view of the β·β face line of Figure 1. Figure 4 is a top perspective view of a second preferred embodiment of the present invention. Figure 5 is a cross-sectional plan view of the Α-cut front line of Figure 4. Figure 6. is a cross-sectional plan view of the Β-cut front line of Figure 4. Figure 7: Schematic diagram of the use of this creation. Figure 8 is a schematic cross-sectional view of a plurality of existing luminous building blocks 101, 102 waterproof insulating decorative seat 12 control circuit board 15 insertion portion 21 hollow sleeve 212 side hole [main component symbol description] 10 building block 11 plug portion 121 Insert 'connection hole 13 lamp body 20 first unidirectional contact piece 211 perforation 10 M431731 213 perforation 22 connection post 221 narrow part 222 wide part 23 compression spring 231 wire 30 second unidirectional electrical connection 31 wire 70 building block 71 control Circuit board 711 Perforation 72 Plug portion 74 Lamp body 80 First bidirectional power connector 81 Hollow sleeve 811 Perforation 82 Power supply 83 Compression spring 90 Second bidirectional power connector 91 Conductor 92 Bending portion 11