201031309 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種多面體裴置的組成方式以及多個多 體的結合結構。 【先前技術】 利用發光二極體LED輕薄短小與省電的多重優點，多有廠商 利用LED製作組合成燈具，例如LED檯燈，為在燈罩内部設 置複數LED平面燈組，將燈罩與一燈柱結合形成一盞以 做為光源之燈組，這種檯燈組合為特定功能固定的結合方式， 往往限制於定特定的照明用途，無法隨意的組合營造出特定的 變化。 另有廠商針對可彈性組合燈具的改良，如同TW334841 的導電形積木裝置，可以讓使用者依據所需要的大小或 圖^合成所要的造型，個每個單元⑽導電柱，可通‘ 個早朗的燈泡進行酬，然此發 & ί，健在垂直方向堆積，無糾 t，人缺組合時的彈性與多樣性；另外，僅是在每個 锫 木内提供電源的串接並無法達到彈性的控制每一個 木内的燈細開啟或關，無法依使用者需求而制定。^201031309 VI. Description of the Invention: [Technical Field] The present invention relates to a composition of a polyhedral device and a plurality of multi-body bonding structures. [Prior Art] With the advantages of light-emitting diodes and light-saving diodes, many manufacturers use LEDs to form lamps, such as LED desk lamps, to set a plurality of LED panel lamps inside the lampshade, and to provide a lampshade and a lamppost. In combination with a group of lamps that are used as a light source, such a combination of lamps is a fixed combination of specific functions, which is often limited to a specific lighting application, and cannot be combined to create a specific change. Another manufacturer's improvement for flexible combination lamps, like the conductive building block device of TW334841, allows the user to synthesize the desired shape according to the required size or figure. Each unit (10) conductive column can pass through The light bulbs are paid, but the hair & ί, the vertical stacking, no correction, the lack of flexibility and diversity of the combination; in addition, only the power supply in each coffin is not able to achieve flexibility Controlling the light in each wood to be turned on or off is not possible according to the needs of the user. ^
發明提供—種多面體裝置的組成方式，藉由特定形狀 弹Ht的控制照明，能提供使用者更有彈性的使用咖H 【發明内容】 3 201031309 【實施方式】 本發月之々面體主要改良在乡面體的表面結構，並設置内 部電子元件以執行聲光等功能，請參閱第1A圖及第1B圖， 多面體10與多面體20為依據本發明所揭露的多面體，分別具 有連接面連接面设置電子端子，多面體的内部可進一步設 ' 4 LED燈或揚聲||，多面_外殼可採刺或半透明透光的 材質’當多面體10、經由連接面連接多面體2〇的連接面時電子 端子可對應連接’以多面體1〇本身為主控制裝置，多面體如 ❿ 从控讎置，鱗連接面的電子端子除了供應獅外，更可 以提供控制訊號的傳輸，例如多面體1〇可傳輸控制訊號至多 面體20使多面體20進行LED燈或揚聲器的操控；第认圖 及第1B圖揭露了兩個多面體的連接方式，然而依據本發明所 #露的多面體表面結構’可以將多個多面體依據相對的連接 面’連接成-特定形狀或是立體狀的多面體組合，如圖lc所 * 1面體連接龄式可以在連接_⑽設置磁鐵或表面設 置卡合機構糊電磁靖、對應卡合或黏合其巾之其中一種， 但不限於此。 參 第2A圖繪示本發明之實施例之多面體1〇械子於第2B圖 的俯視的剖面圖，第2A圖繪示多面體1〇係由六個六邊形 11 16相互連接形成一個環112包圍多面體⑴及該多面體1〇 的中心110之示意圖。第2B圖緣示根據本發明之實施例之多 面體10之正視圖。由左至右的三個圖係為多面體1〇分別轉動 120兩-人’可分二個角度所看到的平視圖，多面體w包含六 個六邊形11〜16，其兩兩連接形成一環112包覆於該多面體1 之表面，在此實施例甲多面體1〇具有四個連接埠ρι〜ρ4分別 設置於六邊形12、14、11與15之上，然而連接埠的設置可以 201031309 數目叹關❹於乡面趙1〇 12具有第-=設 莖-設置於環112上的第二六邊形14且有 第一連接埠P2，第一六邊形12與第二丄 二有 三六邊形13。設置於产: ^彼此間隔第 12連接，Μ Γ、ΐ環 的第四六邊形11與第—六邊形 的第五―:、邊形U具有第三連接埠Ρ3 ;設置於環112上 ttlZ ΓΓΤ16 ^5 ^ ❿ 【P4 ’第四六邊形u與第五六邊形 ί二ί形16，多面體1G的四個連接埠p…均可 此這四個埠所連接的多面體可視為在同：上】夕:， 連接埠設罟於搭hoa, 十向上，另外’若是 合 2之外的表面，則所連接的多面體可視為盥 上迷四個埠所連接的多面體不在同-平面上。 為與 第3圖與第4圖所示多面體1〇所連結多個多面體球形成 麵一平面上，第3财多面體1Q可與五個多面體3()連接成 一個多面贿遍(或稱細體組合)，多㈣3㈣ =1〇相同且每一個均具有兩個連接璋分別設置在六邊形上且 間隔一個六邊形設置，多面體環3〇G係經由多面體H)的第一 連接琿P1與第二連接琿P2與五個多面體3〇兩兩連接。另外 圖所示’同一個多面體⑴可與另五個多面體40兩兩連 體^由第三連接埠P3與第四連接物連接形成另-個多面 體每。 多面5二圖t緣不多面體組合_具有一個多面體10、五個 及五個多面體40的連接成成-個8字形的連接， 5 201031309 部可L源（例如LED燈）使具有昭明 字。 “、、月功此，使8字形多面體組合可顯示〇〜9的數 ==_示_本發明的多面體的電子系統應用，電子 夕面體5〇、多面體60與遙控器70，多面體50斑多 面體60耦接後可读遙 夕崎50與夕 503、Φ細ΐ 遙 #控；多面體5G包含外殼The invention provides a composition of a polyhedron device, which can provide a more flexible use of the user's H by the control illumination of the specific shape bomb Ht. [Invention] 3 201031309 [Embodiment] The main face of the moon is improved. In the surface structure of the noodle body, and the internal electronic components are provided to perform functions such as sound and light, please refer to FIGS. 1A and 1B. The polyhedron 10 and the polyhedron 20 are polyhedrons according to the present invention, respectively having connection faces. Set the electronic terminal, the inside of the polyhedron can be further set with '4 LED lights or speaker||, multi-faceted _ shell can be spurted or translucent transparent material 'When polyhedron 10, connecting the connecting surface of the polyhedron 2〇 via the connecting surface The terminal can be connected to the main control device of the polyhedron 1〇, and the polyhedron such as the ❿ control device, the electronic terminal of the scale connection surface can provide control signal transmission in addition to the lion, for example, the polyhedron can transmit the control signal. The polyhedron 20 causes the polyhedron 20 to perform the operation of the LED lamp or the speaker; the first picture and the first picture BB disclose the connection manner of the two polyhedrons, According to the polyhedral surface structure of the present invention, a plurality of polyhedrons can be connected in a specific shape or a three-dimensional polyhedron according to the opposite connecting faces, as shown in FIG. (10) The magnet or the surface is provided with one of the engaging mechanism pastes, correspondingly engaged or bonded, but is not limited thereto. 2A is a top cross-sectional view of the polyhedron 1 of the embodiment of the present invention in FIG. 2B, and FIG. 2A is a diagram showing the polyhedron 1 being interconnected by six hexagons 11 16 to form a ring 112. A schematic diagram enclosing the polyhedron (1) and the center 110 of the polyhedron 1〇. Figure 2B is a front elevational view of the polyhedron 10 in accordance with an embodiment of the present invention. The three graphs from left to right are the polyhedrons 1 转动 respectively rotated 120 two-person' can be seen in two angles, the polyhedron w contains six hexagons 11~16, which are connected to form a ring 112 is coated on the surface of the polyhedron 1. In this embodiment, the polyhedron 1 has four connections 埠ρι to ρ4 which are respectively disposed on the hexagons 12, 14, 11 and 15, but the connection 埠 can be set in 201031309. Sighing in the rural area Zhao 1〇12 has the first -= set stem - the second hexagon 14 placed on the ring 112 and has a first connection 埠 P2, the first hexagon 12 and the second two have three Hexagon 13. Set in production: ^ the 12th connection between each other, the fourth hexagon 11 of the Μ, ΐ ring and the fifth ― of the hexagonal shape, the edge U has a third connection 埠Ρ3; is disposed on the ring 112 ttlZ ΓΓΤ16 ^5 ^ ❿ [P4 'fourth hexagon u and fifth hexagon ί two 1616, four connections of polyhedron 1G ...p... can be seen as the polyhedron connected by these four 埠Same as:上上夕:, the connection is set to hoa, ten upwards, and the other 'if it is a surface other than 2, the connected polyhedron can be regarded as the polyhedron to which the four scorpions connected are not in the same plane. . In order to form a plane with a plurality of polyhedral spheres connected to the polyhedron 1 第 shown in FIGS. 3 and 4, the 3rd polyhedron 1Q can be connected with five polyhedrons 3 () to form a multi-faceted bribe (or a fine body). Combination), multiple (four) 3 (four) = 1 〇 identical and each has two ports 设置 respectively arranged on the hexagon and spaced apart by a hexagon, and the polyhedral ring 3 〇 G is connected via the first connection 珲 P1 of the polyhedron H) The second port 珲P2 is connected to the five polyhedrons 3〇. Further, the same polyhedron (1) can be connected to the other five polyhedrons 40, and the third connecting port P3 is connected to the fourth connecting body to form another polyhedron. Multi-faceted 5D diagram t-edge non-polyhedral combination _ has a polyhedron 10, five and five polyhedrons 40 connected to form a figure-eight connection, 5 201031309 Part of the L source (such as LED lights) to have a clear word. ",, monthly work, so that the 8-shaped polyhedron combination can display the number of 〇~9 ==_ shows _ the electronic system application of the polyhedron of the present invention, the electronic celestial body 5 〇, the polyhedron 60 and the remote controller 70, the polyhedron 50 spot After the polyhedron 60 is coupled, the readable 夕 崎 50 50 50 and 夕 503, Φ fine ΐ remote control; polyhedron 5G contains the outer shell
^ 路502、連接埠P51〜P54、輸出裝置504及電源 線501 ;主控制 5〇2耦接連接蟑p5i〜p54、輸出裝置撕 及電f線501 ;在本實施例中多面體50與多面體6〇所需的電 源可猎由電源線501所供應，但也可以棚内建的電池(未圖 不)來提供；主控制電路501包含一接收模組(未圖示），用以接 遙控H 7G之遙控信號，遙控信號可為__紅外線信號或藍 ^言號等等，遙控器7G主要用以控制整個電子系統的操作， 提供使用者便_任機介面；多面體6G包含外殼6G3、從控 制電路602、連接埠P61〜P64、輸出裝置601，·外殼503與6〇3 可採用透明或透光材質可讓光線漏出。 主控制電路502係用以控制整個電子系統，產生至少一訊 號對應該遙控器70的遙控訊號，該信號可經由連接埠p51〜p54 傳送至連接於多面體50之多面體，需說明的是，遙控器接收 模、”且(未圖不)可设置於外设502之内部或外部。主控制電路502 產生的k遽亦可以用來控制輸出裝置504的操作，輸出裝置 504可以疋燈泡、發光一極體LED、剩Ά、顯示面板或伺服馬 達等等，·使用者可使用遙控器70，以手動、聲控或預先編寫 程式等輸入方式，控制上述的輸出裝置504提供多媒體的效 果。電源線501用以提供電力至主控制電路502及輸出裝置 6 201031309 出提供下 面體60經由連接埠61連接多面體 =二 =傳輸主控制電路502所傳送的控制信號=將= 接.，&由連接相提供給從控制電路6〇2 的 P請傳送到^輸^置601運作或將控制信號經連接蟑 -，if 騎示’於本發财多面體連接組合的實施例之 ’ /、他的連接樣式亦可參考第1C W、第3 w、第4 不，組合方式為何，都可藉由主從電子裝置的定址程序， 二之多例^兒連接於多面體^ Road 502, ports 51P51 〜 P54, output device 504 and power line 501; main control 5 〇 2 coupled to 蟑 p5i 〜 p54, output device tear and electric f line 501; in this embodiment polyhedron 50 and polyhedron 6 The power required for 〇 can be supplied by the power cord 501, but can also be provided by a built-in battery (not shown); the main control circuit 501 includes a receiving module (not shown) for connecting the remote control H. 7G remote control signal, remote control signal can be __infrared signal or blue signal, etc. Remote control 7G is mainly used to control the operation of the whole electronic system, providing users with any machine interface; polyhedron 6G including housing 6G3, from The control circuit 602, the ports 61P61 to P64, and the output device 601, and the outer casings 503 and 6〇3 can be made of a transparent or transparent material to allow light to escape. The main control circuit 502 is configured to control the entire electronic system to generate at least one signal corresponding to the remote controller 70. The signal can be transmitted to the polyhedron connected to the polyhedron 50 via the ports 51p51~p54. The receiving mode, and (not shown), may be disposed inside or outside of the peripheral device 502. The k遽 generated by the main control circuit 502 may also be used to control the operation of the output device 504, and the output device 504 may illuminate the light bulb and emit a pole. The body LED, the remaining panel, the display panel or the servo motor, etc., the user can use the remote controller 70 to control the output device 504 to provide multimedia effects by inputting methods such as manual, voice control or pre-programming. To provide power to the main control circuit 502 and the output device 6 201031309, the lower body 60 is connected via the port 61 to the polyhedron = two = the control signal transmitted by the main control circuit 502 = will be connected, and the link is provided by the connection phase From the P of the control circuit 6〇2, please transfer to the operation of the device 601 or connect the control signal to the connection 蟑-, if riding, in the embodiment of the present wealthy polyhedron connection combination. </ / /, his connection style can also refer to the 1C W, 3 w, 4 no, the combination of the way, can be connected to the polyhedron by the addressing procedure of the master-slave electronic device
ί TW9713895° I 他料G.G.G，貞彳乡碰6G _ =作: ·:第私7經由輸出埠P51送至多面體60的給入迫PM， 讀取第一指令内的位址與多面體‘不同，因 操作輸Ξ=63經由多面體64的輸入琿P641因此就可以 出裝置641 ’若輸出裝置641為燈泡， 2==_魏。輸入料蝴排同時 ㈣力叫供多面體内部電子树的操作。 體80°月^閱的第夕6圖係繪示另一實施例’多個多面體10與多面 成的夕面體環_ ’如第6圖所示，多面體80具有六 7 201031309 邊形兩兩連接形成第—環且包覆 =多面體80的中心，多面體8〇具有連接埠上 七-邊形上，以及第六連接埠托設：置：第 =形與第人_設_—環上且_=^’，= 80二Γ二。二，面體10與複數個多面體 η個多二r選擇性開啟與_照明功能使 似夕面體％ 600表不一時間，例如 時鐘的12’依序的多面體分別代表 不同顏色的光代表不同意義，例 時鐘。4代表時針，紅色代表分針，則可為—個具有特色的 於另一實施例中’如第7圖所示，多面體9〇 =:;9广其兩兩連接形成-環包覆於該多面體9心 3 體90的一中心;設置於環上的第-六邊二 291用以連接其他的多面體;設置於環上的第二 的第二、喜/連接璋P93 ;設置於環外且在多面體90表面上 第97具有第三連接槔P92,其中第三六邊形97與 第91相連接，至少一多面體經由第一連接璋P91與 =連=93在第一平面上相互連接，另，至少一多面體經 虚ΪΓΪ押2的連接方向連接，其所組成的第二平面係不 上所連接行’另如第7圖中設置連接_p94於六邊形98 #且+^可朝另—方向連接’因此依據本發明所述的多邊體 更具有連接的彈性可以連接成如第ic圖所示的多種組合。 8 201031309 請參閱第8B圖讀示依據本發明實施的多面體之 圖=令多面體10的外表面係由複數個六邊形 =辦面:互連接所組成，在本實卿 2個“邊_平面與6個四邊形的平 組二第从圖為多面體叫個六邊形η的正視= 任，、邊形具有四個第一邊長與兩個第二邊長，任 係連接一四邊形，# 一 g ^ Ε ^ -I* ❿ 0黛，連接—六邊形，需說明的 I甚第—邊長係長於第二邊長，以第Μ圖與第8Β圖圖示的 :他Γ1為例’第一長邊U卜112、115與116係分別連接 六邊形，第二長邊113與出係分別連接其他四邊形。 視圖9Β圖的實施例中係為多面體10於不同面向的正 第9Α與9Β圖更清楚說明本發明多面體的特徵，以 第9Α圖為例，第9Α圖係以三個六邊形連接的正視圖，在這 個角度看出來多面體1G的邊係為正六邊形，由六邊形U〜16 所組成如第2A圖所示的環112，因此可以看出，環ιΐ2上兩 兩連接之六邊形之炎角為12〇度;第9B圖係為面對四邊形192 的正視圖’可由第9A與9B圖中六邊形193與⑼可看出來第 ^圖係為第从圖的多面體1()旋轉—個角度，由此角度觀察 夕面體10的邊係為六邊行雨四邊形交錯連接而成，由於其為 由於其域稱連翻轉_侧部肖度係為⑶度，舉例而 言，六邊形15與四邊形Π係成135度的失角。 9 201031309 —相較於先前技術，本發明具有下述優點，本發明提供一種 ^定形狀的多面體，可以不必受限於只能垂直與水平的&接， 更，供多懒度讓使用者選擇結組合成特定形狀的結 裝置_的電子元件的控制方式’使組合的結構二 彈生化的㈣朗’能提供使时更有雜的使用LED燈具。 欢藉由以上概具體實關之詳述，輕能更加清楚描述本 =^特徵與精神，而麟以上述_露陳佳具體實施例來 =發明之_加以限制。相反地，其目岐希望能涵蓋各種 ’及具相等性的安排於本發明所欲申請之專利範圍的範脅 lit ’本發明所申請之專利範圍的範賴該根據上述的說 2作最寬廣的轉，以驗其涵細有可能的改變以及具相等 性的安排。 、 【圖式簡單說明】 ^ 1A圖至第1C圖输示乃本發明之多面體組合方式示意圖。 2A圖及第2B圖綠示乃本發明多面體外部結構示意圖。 3圖及第4圖繪示乃多個多面體組合實施例示意圖。 =5A圖及第5B圖繪示組合結合電子元件應用示意圖。 第6圖繪示乃多個多面體組合成時鐘實施例示意圖。 ，7圖繪示乃本發明多面體外部結構另一實施例示意圖。 =8A圖與第8B圖其繪示本發明多面體組成與展開之示意圖。 第9A圖及第9B圖繪示乃本發明多面體外部結構示意圖。 【主要元件符號說明】 1〇 、 20 、 30 、 40 、 50 、 60 、 61 、 62 、 63 、 64 、 80 、 90 : 多面體 70 :遙控器 11 、 12 、 13 、 14 、 15 、 16 、 91 、 92 、 93 、 94 、 95 、 96 、 10 201031309 97、98、191、193 :六邊形 17、192 :四邊形 112 :環 P卜 P2、P3、P4、P5、P6、P5卜 P52、P53、P54、P61、 ' P62、P63、P64、P641、P91、P92、P93、P94 :連接埠 • 300、400、600 :多面體組合 501 :電源線 502 :主控制電路 © 602 :從控制電路 504、601、641 :輸出裝置 111、112、115、116 :第一長邊 113、114 :第二長邊ί TW9713895° I He GGG, 贞彳乡碰6G _ =作: ·: The private 7 is sent to the polyhedron 60 via the output 埠P51, and the address in the first instruction is different from the polyhedron. Since the operation input=63 passes through the input 珲P641 of the polyhedron 64, the device 641' can be outputted. If the output device 641 is a light bulb, 2==_Wei. Input the material butterfly row at the same time (4) force the operation of the internal electronic tree for the polyhedron. FIG. 6 is a diagram showing another embodiment of a plurality of polyhedrons 10 and a plurality of faceted body rings _ ' as shown in FIG. 6, the polyhedron 80 has six 7 201031309 and two sides. The connection forms a first ring and the cladding = the center of the polyhedron 80, the polyhedron 8 has a seven-sided shape on the connection, and the sixth connection: the first and the first and the first _=^', = 80 two. Second, the facet 10 and the plurality of polyhedrons are more than two r selectively open and the _ illumination function makes the eclipse body % 600 different for a time, for example, the 12' sequential polyhedron of the clock represents different colors of light respectively representing different Meaning, example clock. 4 represents an hour hand, red represents a minute hand, and may be characterized by another embodiment. As shown in FIG. 7 , the polyhedron 9 〇=:; 9 wide and the two of them are connected to form a ring-wrapped to the polyhedron a center of the 9-body 3 body 90; a first-six-sided 291 disposed on the ring for connecting other polyhedrons; a second second, hi/connecting 璋P93 disposed on the ring; disposed outside the ring and at The 97th surface of the polyhedron 90 has a third connecting port P92, wherein the third hexagon 97 is connected to the 91st, and at least one polyhedron is connected to each other in the first plane via the first connecting port P91 and ===93. At least one polyhedron is connected by the connection direction of the virtual crotch 2, and the second plane formed by the polyhedron is not connected to the connected line. In addition, the connection _p94 is set in the hexagonal figure 98 in the figure 7 and the +^ can be directed to the other. Directional connections 'Therefore the more flexible joints of the polygonal bodies according to the invention can be joined in various combinations as shown in Figure ic. 8 201031309 Please refer to FIG. 8B for a diagram of a polyhedron according to an embodiment of the present invention. The outer surface of the polyhedron 10 is composed of a plurality of hexagons = surface: interconnection, and two "edge_planes" in the present embodiment. The flat group of the six quadrilaterals is a front view of the polyhedron called a hexagon η, and the side has four first side lengths and two second side lengths, and the system is connected to a quadrilateral, #一g ^ Ε ^ -I* ❿ 0黛, connected—hexagon, I need to be explained—the length of the side is longer than the length of the second side, as shown in the figure 第 and 第 : :: The first long side U Bu 112, 115 and 116 are respectively connected to a hexagon, and the second long side 113 and the outgoing line are respectively connected to other quadrilaterals. In the embodiment of the view, the polyhedron 10 is different from the different faces. 9 is a more clear description of the characteristics of the polyhedron of the present invention. Taking the ninth diagram as an example, the ninth diagram is a front view of three hexagonal connections. The sides U to 16 form a ring 112 as shown in Fig. 2A, so it can be seen that the hexagons of the two connected rings on the ring ΐ2 The inflammatory angle is 12 degrees; the 9B is the front view of the quadrilateral 192' can be seen by the hexagons 193 and (9) in the 9A and 9B figures. The second figure is the polyhedron 1 () rotation of the second figure. An angle from which the side of the celestial body 10 is obscured by a six-sided rain quadrangle, since it is due to its domain flip-side flank system is (3) degrees, for example, six The edge 15 and the quadrilateral tether are at a height of 135 degrees. 9 201031309 - Compared with the prior art, the present invention has the following advantages, and the present invention provides a polyhedron of a fixed shape, which is not limited to being vertical and horizontal. & connection, more, for the lazy degree, let the user choose the combination of the junction into a specific shape of the junction device _ the electronic component control method 'so that the combined structure of the second bomb biochemical (four) lang' can provide more time-consuming The use of LED luminaires. By the details of the above specific details, light can more clearly describe the characteristics and spirit of the = ^, and Lin is limited by the above-mentioned _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ I hope to cover all kinds of 'equal arrangements' in this The scope of the patent scope of the patent application is as follows. The scope of the patent application scope of the present invention is based on the above-mentioned statement 2 as the broadest turn to examine the possible changes of the details and the arrangement of equality. BRIEF DESCRIPTION OF THE DRAWINGS [1A to 1C] is a schematic diagram of a polyhedral combination of the present invention. 2A and 2B are green schematic diagrams of the polyhedron external structure of the present invention. 3 and 4 are Schematic diagram of a plurality of polyhedron combination embodiments. Fig. 5 and Fig. 5B are schematic diagrams showing the application of the combined electronic component. Fig. 6 is a schematic diagram showing an embodiment of combining a plurality of polyhedrons into a clock. 7 is a view of the polyhedron of the present invention. A schematic diagram of another embodiment of the structure. Fig. 8A and Fig. 8B are schematic views showing the composition and development of the polyhedron of the present invention. 9A and 9B are schematic views showing the external structure of the polyhedron of the present invention. [Description of main component symbols] 1〇, 20, 30, 40, 50, 60, 61, 62, 63, 64, 80, 90: Polyhedron 70: Remote control 11, 12, 13, 14, 15, 15, 16, 91 92, 93, 94, 95, 96, 10 201031309 97, 98, 191, 193: hexagonal 17, 192: quadrilateral 112: ring P, P2, P3, P4, P5, P6, P5, P52, P53, P54 , P61, 'P62, P63, P64, P641, P91, P92, P93, P94: Connection 埠• 300, 400, 600: Polyhedral combination 501: Power line 502: Main control circuit © 602: Slave control circuit 504, 601, 641: output devices 111, 112, 115, 116: first long sides 113, 114: second long side
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