201034735 六、發明說明： 【發明所屬之技術領域】 特別是指一種可遙控的遙 本發明是有關於一種積木 控積木單元。 【先前技術】 翏閱圖卜以樂高公司的遙控套件ι為例，主要用於驅 動如附件1所示的可動積木組，該可動積木組可以是依據201034735 VI. Description of the invention: [Technical field to which the invention pertains] In particular, it relates to a remote control remote control. The invention relates to a building block control unit. [Prior Art] The drawing of the drawing is based on Lego's remote control kit ι, which is mainly used to drive the movable building block as shown in Annex 1. The movable building block can be based on
:作：、合的任意造型’且主要是透過一個以上的馬達積木 產生則進、後退、伸、縮、旋轉…等動作。 該遙控套件1包含一電池盒u、一遙控器12，及二接 收器13。該電池盒！】是組裝在該可動積木組上，且用於供 α 可動積木組所需的電力’最多可與四顆馬達電連接。 該遙控器12具有用於產生電控訊號的-對遙桿121、切換 電控訊號的-切換幻22，及用於輸出電控訊號的—發射器 123 °該切換& 122彳以切換該對遙桿121 Α別控制二顆馬 \生動#該接收器13用於接收前述電控訊號，且組裝 在該可動積木組上而與該電池盒11電連接。 藉此切換該遙控器12上的切換紐122，且用手指縣 =亥對遙桿121 ’就可以分職制二個馬達產生正、逆轉的 動作’使該可動積木組前進、，或產生伸 等動作。 将.·. 惟，由於該遙控器12必須使用雙手握持，再以雙手的 大姆扣控制該對遙桿121，因此，礙於前述使用方式，該 控5| 12 兔 ^ 、 "、了不增加遙控的複雜性，及減少遙桿121的數量 3 201034735 ’就只能依靠該切換鈕122的設置’達到控制多個馬達的 目的’顯然：’前述t刀換動作仍然會影響操作的順暢性，且 該遙控器12最多也只能控制二個馬達產生動作，有使用受 限’且不符合操作需求的缺失。 【發明内容】 因此，本發明之目的，即在提供一種能提升操控時的 順暢性、變化性與趣味性的遙控積木單元。 於是，本發明的遙控積木單元，用於驅動一可動積木 組’包含-遙控積木，及一配電積木。該遙控積木具有用 於產生電控訊號的一觸控面板，及用於輸出電控訊號的一 發射器。該配電積木具有與該可動積木組任意組合的一電 池盒、形成在該電池盒且用於輸出電力的數插孔、電連接 該插孔與該可動積木組的數電連線，及用於接收電控訊號 且選擇性電控該等插孔形成通路與斷路的一接收器。 本發明的功效是能利用觸控的方式，提升操控時的順 暢性，使本發明更具有變化性與趣味性。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之-個較佳實施例的詳細說明中，將可 清楚的呈現。 參閱圖2,本發明遙控積木單元的—較佳實施例是組合 在-可動積木組2。該可動積木組2具有數零件積木21， 及三驅動積木22。料料積木21分料有減配合的數 凹部m與數凸部m，可依據創作相互組合成一吊車。該 201034735 等驅動積木22在本較佳實施例分別為—馬達積木，用於使 前述零件積木21產生動作。該魅積木單元包含-遙控積 木3，及一配電積木4。 參閲圖3、圖4,該遙控積木3具有一載體3ι、一觸控 面板32、一發射器33、一發聲元件％，及二電池h。該 ㈣面板32具有供手指觸摸的三對感應區321、322、323 。該等感應區321、322、323是以電容感應的方式，獲知 手指移動的方向及角度，並產生電控訊號。該發射器％是 Ο 設置在該載體31 —端，且詩輸出電控訊號。該發聲元件 34在本較佳實施例為—蜂鳴器，是設置在該載體η另一端 ’且於任-感應區321、322、323產生電控訊號時輸出聲 音。該等電池35是可知離地容置在該載體31内且供應該 觸控面板32、該發射器33 ’及該發聲元件34所需的電力 參閱圖5,該配電積木4具有一電池盒41、三插孔42 、一接收器43，及三電連線44。該電池盒41具有一盒座 411、形成在該盒座411的數凸部412，及可卸離地安裝在 該盒座411内且用於供應該等驅動積木22、該接收器a所 需電力的數電池413。該等插孔42用於輪出該驅動積木22 所需的電力。該接收器43用於接收電控峨且選擇性電控 該等插孔42形成通路與斷路。該等電連線44是分別電連 接該插孔42與該驅動積木22。 參閲圖2、圖4,該遙控積木3上的每—對感應區321 、322、323都可以透過該配電積木4的其中一插孔42控制 5 201034735 其中一個驅動積木22動作，且每—對感應區321、322、 323都可以分別控制該驅動積木3正轉或逆轉。 藉此，當使用者依據創意將該等零件積木21、該等驅 動積木22組合成一吊車後，使用者可以握持該遙控積木3 並觸摸該觸控面板32上的感應區321、或感應區322、或 感應區323，使該觸控面板32因為電容改變量，轉換成方 向或角度，由該射器33發射電控訊號，同時，每觸控一下 該感應區321、感應區322、或感應區323，該遙控器3上 的發聲το件34就會輸出聲音效果，進—步刺激使用者的感 ^ 配電積木4的接收器43接收到前述的電控訊號後 说會k擇性電控该等插孔42形成通路與斷路，進而選擇 性驅動該驅動積木22，使該可動積木組2前進或後退、或 使其中-零件積木^，正㈣逆轉，或使另—零件積木Η” 上升或下降。 重要的是，每一對感應區321、也、323可以同時被 觸控，而同時驅動二個或三個驅動積纟22,使該可動積木 組2可以在前進或後退的過程令，同時使其中 -正轉或逆轉，或同時使另—零件積木21，，上升或下降積木 及功效：^述可知，本發明之遙控積木單元具有下列優點 i、尽發明的遙控積木單元也是屬於積木的一 =該可動積木組2的造型與創意，任意組裝於該零件 上，不但造型多變，且保持9〇%以上的積木功能， 201034735 物理等相關 以使幼童充分發揮想像力，學習電學、機械 知識，達到寓教於樂的目的。 ^重要的是，本發明是制觸控的方式 可=組2,不但操作簡易、順暢，且能同時驅動= 三個驅動積木22，使該可動積木組2同時產生 的: It is: arbitrarily shaped, and it is mainly through the operation of one or more motor blocks to advance, retreat, extend, contract, rotate, etc. The remote control kit 1 includes a battery case u, a remote controller 12, and two receivers 13. The battery box! It is assembled on the movable building block and the electric power required for the alpha movable building block can be electrically connected to at most four motors. The remote controller 12 has a pair-to-remote lever 121 for generating an electronic control signal, a switching magic 22 for switching an electronic control signal, and a transmitter 123 for outputting an electronic control signal. The switching & 122彳 switches the switch The remote control unit 121 is configured to receive the electronic control signal and is assembled on the movable building block to be electrically connected to the battery case 11. Thereby, the switching button 122 on the remote controller 12 is switched, and the two-motor can be divided and operated by the finger county=hai pairing lever 121' to make the movable building block advance, or to stretch, etc. action. However, since the remote controller 12 must be held by both hands, the pair of levers 121 are used to control the pair of levers 121. Therefore, due to the aforementioned manner of use, the control 5| 12 rabbit ^, " Without increasing the complexity of the remote control and reducing the number of the remote levers 3 201034735 'Only by relying on the setting of the toggle button 122' to achieve the purpose of controlling multiple motors' Obviously: 'The aforementioned t-knives still affect The operation is smooth, and the remote controller 12 can only control at most two motors to generate motions, which are limited in use and do not meet the lack of operational requirements. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a remote control building block that improves smoothness, variability, and interest in handling. Thus, the remote control building block unit of the present invention is used to drive a movable building block' including - remote control building blocks, and a distribution building block. The remote control building block has a touch panel for generating an electronic control signal and a transmitter for outputting an electronic control signal. The distribution brick has a battery case arbitrarily combined with the movable building block, a plurality of jacks formed in the battery case for outputting electric power, a plurality of electrical connections electrically connecting the jack and the movable building block, and A receiver that receives electrical control signals and selectively electrically controls the jacks to form a path and an open circuit. The effect of the invention is that the touch can be used to improve the smoothness of the manipulation, and the invention is more versatile and interesting. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments. Referring to Figure 2, a preferred embodiment of the remote control building block of the present invention is a combined-movable building block set 2. The movable building block 2 has a plurality of component blocks 21 and three driving blocks 22. The material block 21 is divided into a plurality of concave portions m and a plurality of convex portions m, which can be combined into one crane according to the creation. The driver blocks 22 of the 201034735 and the like are respectively - motor blocks in the preferred embodiment, for causing the aforementioned component blocks 21 to operate. The fascinating building block contains - remote control building 3, and a distribution block 4. Referring to FIG. 3 and FIG. 4, the remote control building block 3 has a carrier 3, a touch panel 32, a transmitter 33, a sound emitting component %, and a battery h. The (four) panel 32 has three pairs of sensing areas 321, 322, 323 for finger touch. The sensing regions 321, 322, and 323 are capacitively sensed to know the direction and angle of the finger movement and generate an electrical control signal. The transmitter % is 设置 disposed at the end of the carrier 31, and the poem outputs an electrical control signal. In the preferred embodiment, the sounding element 34 is a buzzer that is disposed at the other end of the carrier η and outputs an electrical sound when the any-sensing area 321, 322, 323 generates an electrical control signal. The batteries 35 are known to be contained in the carrier 31 and supply the touch panel 32, the transmitter 33' and the sound generating element 34. Referring to FIG. 5, the power distribution block 4 has a battery case 41. , three jacks 42, a receiver 43, and three electrical connections 44. The battery case 41 has a cartridge holder 411, a plurality of convex portions 412 formed in the cartridge holder 411, and detachably mounted in the cartridge holder 411 for supplying the driving blocks 22 and the receiver a. The number of batteries of electricity 413. These jacks 42 are used to rotate the power required to drive the building block 22. The receiver 43 is configured to receive electrical control and selectively electrically control the jacks 42 to form a path and an open circuit. The electrical connections 44 are electrically connected to the jack 42 and the drive block 22, respectively. Referring to FIG. 2 and FIG. 4, each of the pair of sensing areas 321 , 322 , 323 on the remote control building block 3 can be controlled by one of the insertion holes 42 of the distribution building block 4 . 201034735 One of the driving blocks 22 is actuated, and each - The driving blocks 3, 322, and 323 can respectively control the driving blocks 3 to rotate forward or reverse. Therefore, after the user combines the component building blocks 21 and the driving building blocks 22 into a crane according to the idea, the user can hold the remote control building block 3 and touch the sensing area 321 or the sensing area on the touch panel 32. 322, or the sensing area 323, the touch panel 32 is converted into a direction or an angle due to the amount of capacitance change, and the electronic control signal is emitted by the emitter 33, and at the same time, the sensing area 321, the sensing area 322, or each touch is touched. In the sensing area 323, the sounding τ means 34 on the remote controller 3 outputs a sound effect, and further stimulates the user's sense. The receiver 43 of the distribution building block 4 receives the aforementioned electronic control signal and then says that it will be selective. Controlling the jacks 42 to form a path and an open circuit, thereby selectively driving the driving block 22 to advance or retreat the movable building block 2, or to reverse the component parts, positive (four), or to make another part of the building block" It is important to raise or lower. It is important that each pair of sensing regions 321, 323, 323 can be touched at the same time, while driving two or three driving stacks 22 at the same time, so that the movable building block 2 can be advanced or retracted. Order, while making it - positive Or reversing, or simultaneously making another part building block 21, raising or lowering the building blocks and functions: It can be seen that the remote control building block unit of the present invention has the following advantages. i. The remote control building block unit of the invention is also a building block = one movable building block The shape and creativity of Group 2 can be arbitrarily assembled on the part. It not only has a variety of shapes, but also maintains the building block function of more than 9〇%. 201034735 Physics and other related so that young children can fully exert their imagination, learn electrical and mechanical knowledge, and achieve education. The purpose of Yule. ^ Importantly, the present invention is a touch control method that can be group 2, which is not only easy to operate, smooth, but also capable of simultaneously driving = three driving blocks 22, so that the movable building block group 2 is simultaneously generated.
〇 動作’而能大幅提升該可動積木組2的變化性與趣味性。的 惟以上所边者，僅為本發明之較佳實施例而已，者不 能以此限定本發明實施之範圍，即大凡依本發㈣請:利 1&圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋立體圖，說明樂面公司的遙控套件； 一圖2是一立體圖，說明本發明一遙控積木單元組裝在 一可動積木組的一較佳實施例； 圖3疋該較佳實施例中一遙控積木的一立體分解圖； 圖4是該較佳實施例中該遙控積木的一組合立體圖； 圖5是該較佳實施例中一配電積木的一立體圖。 201034735 【主要元件符號說明】 2 ....... •…可動積木組 33·_··. …··發射器 21··.·· •…零件積木 34····. •…發聲元件 211… •…凹部 35..... ••…電池 212… •…凸部 4…… •…配電積木 22…… —驅動積木 · · · · · —電池盒 3 ....... …·遙控積木 411 ·· ····盒座 31…… …·載體 412… •…凸部 32…… …·觸控面板 413 ... —電池 321… •…感應區 42.···· …··插孔 322 ···· •…感應區 43 •…接收器 323 ··· …·感應區 44 ·. · · _ —電連線The 〇 action can greatly improve the variability and interest of the movable building block 2. The above is only the preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple ones according to the present invention, and the simple descriptions of the contents of the invention and the description of the invention. Both effect changes and modifications are still within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a remote control kit of a music company; Fig. 2 is a perspective view showing a preferred embodiment of a remote control building block assembled in a movable building block of the present invention; An exploded perspective view of a remote control building block in the preferred embodiment; FIG. 4 is a perspective view of the remote control building block in the preferred embodiment; FIG. 5 is a perspective view of a power distribution building block in the preferred embodiment. 201034735 [Explanation of main component symbols] 2 ....... •...Moving building blocks 33·_··....··Emitter 21······...Parts building blocks 34····. Element 211... •...recess 35.....••...battery 212...•...protrusion 4...•...distribution building block 22...——drive building block · · · · · — battery case 3 ...... ..·Remote control building block 411 ······Cartridge 31.........·Carrier 412...•...Convex part 32............ Touch panel 413 ... - Battery 321... •... Sensing area 42.·· ······ jack 322 ···· •...sensing area 43 •...receiver 323 ·····sensing area 44 ·· · · _ —Electrical connection