M363760 五、新型說明： 【新型所屬之技術領域】 本創作係一種以可任意插拔電子零件為目的所設計電路 的電路板’尤其指一種可依電子零件分別依極性插置至該電路 板所設計之導電孔’連接電源導電；亦可利用將導電迴路之 適當分割達到電路模組化控制之目的。 【先前技術】M363760 V. New description: [New technical field] This creation is a circuit board designed for the purpose of arbitrarily inserting and removing electronic components, especially one that can be inserted into the circuit board according to the polarity of the electronic components. The conductive hole of the design is connected to the power supply for conduction; the appropriate division of the conductive circuit can also be used to achieve the purpose of modular control of the circuit. [Prior Art]
I 般學生或非專業電路設計者在設計電路時，普遍使用傳 統陣列式電路板（洞洞板）來實現。插置電子零件後，須以焊 锡固定其接腳’再從背面尋找分辨電子零件之接腳極性，依其 電路設計並使用電線拉線連接至相關電路。 上述曰前小量開發產品電路設計標準作業模式，雖可達到 既疋之預期功效，但於實際操作施行使用上，可發現下列缺點： 1，製作工時冗長。 2·電路板之配接用的電線不易整理且凌亂不堪。 3.錯縱複雜的跳線，容易錯亂或導致跳線錯誤。 4·電子零件以焊錫固定，其中有假焊(空焊)之疑慮。 5. 要在實體上找尋電路設計之錯誤點，十分困難。 6. 曰後維修替換更是_大問題。 7. 而要具備專業設計知識的能力，方能動手執行。 M363760 【新型内容】 本刻作人有鏜於此，乃思及創作的意念，遂以多年的經驗 加以設計，鱗現有之結構隸失再抑研Μ良，鑛思 維’提供-種萬用插件板係整合電子零件細之極性設I-like students or non-professional circuit designers typically use traditional array boards (hole boards) when designing circuits. After inserting the electronic components, the pins must be fixed with solder, and then the polarity of the pins of the electronic components should be found from the back. According to the circuit design and the wires are connected to the relevant circuits. The above-mentioned small-scale development product circuit design standard operation mode can achieve the expected effect, but in the actual operation and implementation, the following shortcomings can be found: 1. The production time is long. 2. The wires for the mating of the circuit board are not easy to organize and messy. 3. Misaligned and complex jumpers, easy to be confused or lead to jumper errors. 4. The electronic parts are fixed by solder, and there are doubts about false soldering (air soldering). 5. It is very difficult to find the wrong point of circuit design on the entity. 6. After the repair and replacement is a big problem. 7. Only with the ability to have professional design knowledge can you implement it. M363760 [New content] This moment is a man who has this idea, is the idea of thinking and creation, and has been designed with many years of experience. The existing structure of the scale is lost and re-investigated, and the mine thinking provides a kind of universal plug-in. Plate system integrated electronic parts fine polarity
計’可將制者賴計電路，電子零件間f要連接的焊 接作業程序精帛，且利科電迴叙分#丨_電路模組 化控制之目的；該電路板已佈置基本電路設計，並結合導電 孔緊密固定電子零件接腳。當該導電迴路分猶接至電源並完 成導通時’依對應雜__置的咖發光二極體或 兩腳位奸轉。以上料可_ LED發光二贿或兩腳位 電子零件組餘易、枝_、捨棄複_配接*不需要 3佈局aayGut)之專#設計知識之優點。讓使用者以 =速財式得_魏衫設計成功的魏，深具極佳 之實用價值性。 【實施方式】 之極ttr，結構，本創作俾可供一種係整合電子零件接腳 接作聿:序料:將:模組化之串、並聯之電路連接的焊 用導電迴路之分割達到電路模組 插件板主要金屬迴路佈線於絕緣板 之井飾狀的方式呈現。另外，以陣列式排列 之插件孔魏__金屬導賴或以導電金屬套並依其 4 M363760 極性分別連接至JL面歧面之導電迴路。使其定位獨落並與 電源相連接。 使用本創作，需先賊接腳之正貞極之定位，再依照已設 計好之電路逐-置入正確之同一極性咖發光二極體或兩 腳位電子零件於導電孔。 請參閱第一圖、第二圖 第三圖與第四圖，其利用The meter can be used to control the circuit, the welding procedure of the electronic parts to be connected, and the purpose of the modular control of the circuit; the basic circuit design has been arranged. The electronic component pins are tightly fixed in combination with the conductive holes. When the conductive loop is connected to the power source and is turned on, the coffee-emitting diode or the two-legged position is placed according to the corresponding __. The above materials can be _ LED light two bribes or two feet electronic parts group Yu Yi, branch _, abandoned copy _ mating * do not need 3 layout aayGut) special # design knowledge advantages. Let the user win the Wei Wei design with the speed of the fast, and have excellent practical value. [Embodiment] The pole ttr, structure, the creation of the system can be used to integrate the electronic component pin. 序: Sequence material: The circuitized welding circuit of the serialized and parallel circuit is connected to the circuit. The main metal circuit of the module card is wired in the well pattern of the insulating board. In addition, the array holes are arranged in a matrix or connected to the conductive loop of the JL surface by a conductive metal sleeve and according to their 4 M363760 polarity. Position it so that it is connected to the power source. To use this creation, you need to locate the positive pole of the thief's pin, and then place the correct same polarity coffee-emitting diode or two-legged electronic parts into the conductive hole according to the designed circuit. Please refer to the first figure, the second figure, the third figure and the fourth figure, which utilize
-絕緣板（1 〇 )，於正面以交錯等距之井字形狀佈置金 屬迴路於導電孔上（1 1 )，再於電路板（1 〇 )的背 面’與正面對稱平行重#但以絕緣體區關之金屬迴路 佈線於導電孔上（1 2 );在正面與背面導電魏均同以井 字钸線方式連接鄰近之導電迴路，酬驗爾鱗（丄5 ); 再結合每-導電孔（i 3 )其驗金屬⑽體或穿人金屬導電 套（1 4 )用以緊密固定LED發光二極體或二極接腳之電子 零件之接腳，並強化導電之可靠度，請參閱第五圖、第六圖。 LED發光—鋪或二極接腳之電子料僅需依其接腳之極性 分別插入相同極性之導電孔即可連接電路，請參閱第五圖。 製作模組化電路之導電作業時，可自行使用尖銳硬物剔除 導電迴路上之金屬①成電路區隔，即可達到電路模組化的作 業；其中任何正反兩面都可當成主面板使用，並不設限；另外， 如需要實施插件板之分f丨作業時，無特殊姆】規則亦可得到該 插件板未分割前之相同功能，請參閱第三圖、第四圖與第六 圖、第七®。使用者也可依其需求_所要之_，請參閱第 5 M363760 七圖。 前述之實施例或圖式並非限定本創作之結構樣態或尺 寸’任何所屬技術領域中具有通常知識者之適當變化或修飾， 皆應視為不脫離本創作之專利範疇。 藉由以上所述，該元件之組成與使用實施說明可知，本創 、 作與現有結構相較之下確具有下列優點： 1.固疋LED發光二極體或二極接腳之電子零件可免去焊錫。 • 2.有效減少使用各式電線製作導電層以連接相關之接點。 3.使用本創作，不需要懂得電路佈局技巧(Layout)，即可達到 其電路設計目的。 4·製作工時減少；有效簡化小量多樣的生產作業流程。 5·設計電路時可任意插拔LED妓二極體或二極接腳之電子 零件，達到快速設計圖形、變換顏色之目的。 6. 可輕歸換損壞之LED發光二極體或二極接腳之電子零件 • 之電路板。 7. 直接連接LED發光二極體或二極接腳之電子零件之正 極或負極，可快速組成電路模組。 ' 8·可利用導電迴路之分割（僅剔除導電線路之佈線）達到 ' t路區隔’進而可分別控制其各模組電路。 9,多腳位之LED發光二極體，只要以利器破壞鄰近導電層以 區隔各導電孔，避免短路，再拉線路至控制端即可使用。 H).插件板以適當的切割、分離，亦可得到為分割前之相同功 6 M363760 综上所述，本創作實例確能達到所預期之使用功效，又其 所揭露之具體構造’碰未曾見諸於醜產品巾，亦未曾公開 於申凊則，誠已完全符合專利法之規定與要求，纽法提出新 型專利之”，麟惠予審查’麟准專利，則實感德便。 . 【圖式簡單說明】 _ S-圖：係絕緣板上與導電迴路分解透視圖之示意圖。 第二圖：係正反面導電迴路與導電孔等角透視圖之示意圖。 第二圖：係絕緣板正面導電線路與導電孔正視圖之示意圖。 第四圖：係絕緣板背面導電線路與導電孔背視圖之示意圖。 第五圖：係LED發光二極體與導電板組裝之示意圖。 第六圖：係剖面圖。 .第七圖.係切割絕緣板為任意圖形之示意圖。 • 【主要元件符號說明】 I 0 絕緣板 II 正面之導電線路 12 背面之導電線路 1 3導電孔 14 導電金屬 15正面與背面導電迴路避開孔位(短路)之措施 2 0 led發光二極體 7 M363760 2 1 LED發光二極體之正極接腳 2 2 LED發光二極體之負極接腳- Insulating plate (1 〇), on the front side, the metal circuit is arranged on the conductive hole in the shape of a well-distorted well (1 1 ), and then the back side of the circuit board (1 〇) is symmetrically parallel with the front surface. The metal circuit of the district is routed on the conductive hole (1 2 ); in the front and back of the conductive Wei Jun, the adjacent conductive loop is connected in a well-lined manner, and the scale is adjusted (丄5); then combined with each conductive hole (i 3) The metal (10) body or the metal-shielded conductive sleeve (1 4) is used to tightly fix the pins of the electronic components of the LED light-emitting diode or the two-pole pin, and enhance the reliability of the conductive, please refer to the fifth figure. The sixth picture. The LED light-emitting or two-pole electronic material only needs to be inserted into the conductive hole of the same polarity according to the polarity of its pin to connect the circuit. Please refer to the fifth figure. When making the conductive operation of the modular circuit, you can use the sharp hard object to remove the metal on the conductive circuit into a circuit segment to achieve the modular operation of the circuit; any front and back sides can be used as the main panel. There is no limit; in addition, if you need to implement the operation of the board, there is no special rule. You can also get the same function before the board is undivided. Please refer to the third, fourth and sixth figures. , seventh edition. Users can also refer to the 5th M363760 Figure 7 according to their needs. The above-described embodiments or drawings are not intended to limit the scope of the present invention, and the scope of the present invention is not limited to the scope of the invention. As described above, the composition and use of the components can be seen that the present invention has the following advantages compared with the existing structure: 1. The electronic components of the solid-state LED light-emitting diode or the two-pole pin can be Remove solder. • 2. Effectively reduce the use of various types of wires to make conductive layers to connect the relevant contacts. 3. Using this creation, you do not need to know the circuit layout skills (Layout) to achieve its circuit design goals. 4. Reduce production time; effectively simplify small and diverse production processes. 5. When designing the circuit, the electronic components of the LED 妓 diode or the two-pole pin can be arbitrarily inserted and inserted to achieve the purpose of quickly designing the graphic and changing the color. 6. A circuit board that can be replaced by a damaged LED light-emitting diode or a two-pole electronic component. 7. Directly connect the positive or negative terminals of the LED light-emitting diode or the two-pole electronic component to quickly form a circuit module. '8· It is possible to use the division of the conductive loop (only the wiring of the conductive line is removed) to achieve the 't-channel division' and then control each module circuit separately. 9, LED multi-pole LED light-emitting diode, as long as the damage to the adjacent conductive layer to separate the conductive holes, to avoid short circuit, and then pull the line to the control end can be used. H). The board can be cut and separated properly, and the same work can be obtained before the splitting. M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M Seen in the ugly product towel, it has not been disclosed in Shen Hao, Cheng has fully complied with the requirements and requirements of the Patent Law, New Zealand has proposed a new type of patent, and Lin Hui has reviewed the 'Lin Zhun patent, and it is really sensible. Brief description of the diagram] _ S-graph: Schematic diagram of the exploded view of the conductive circuit and the conductive loop. Second figure: Schematic diagram of the isometric perspective of the conductive loop and the conductive hole on the front and back. Schematic diagram of the front view of the conductive line and the conductive hole. Figure 4: Schematic diagram of the back side of the conductive line and the conductive hole on the back of the insulating board. Figure 5: Schematic diagram of the assembly of the LED light-emitting diode and the conductive board. Sectional view. Fig. 7 is a schematic diagram of the cutting insulation board as an arbitrary figure. • [Main component symbol description] I 0 Insulation board II Conductive line on the front side Conductive line on the back side 1 3 Conductive hole 14 Guide Measures metal conductive loop 15 to avoid front and back holes (short-circuit) of 2 0 led light emitting diode 7 M363760 2 1 LED anode of the light emitting diode cathode pin 2 2 LED light-emitting diode of the pin