M334544 八、新型說明： 【新型所屬之技術領域】 本創作為有關一種發光二極體導電連接構造之改良，乃係針習用 發光二極體多以焊固方式與電路板固結成一體，當任一發光二極體損 壞時，往往因不易更換，而得將整塊基板報廢換新，致有過於浪費與 換修不便之缺失，故加以研究改良，為於電路板上方鎖設一具有供發 .光二極體插腳穿置之絕緣板，絕緣板於穿置插孔下方與電路板間尚套 •置有一導電環圈，導電環爾中央具有徵小於發光二極體插腳之通孔， 而絕緣板插孔下方電路板上則設置有供發光二極體連通之銅箔電路， 並恰可使導電環圈與相對之電路形成觸接連通；而發光二極體則可以 插接方式用插腳插置入導電環圈之通孔内，藉由微小之通孔及導電環 圈之材質彈性，使發光二極體得以束固，並可經由導電環圈與電路板 電路之連通’達到整體電路之連結，當發光二極體損壞不亮時，則可 。Μ拔插方式快速方蚊換損壞不亮之發光二極體，峨避免浪費資源 _及促賴修簡錄狀崎實關作者。 【先前技術】 由於為達到有效的利用節省能源及提高明亮度 ，新近燈具及指示 '|χ綠I等）紛㈣賴發匕極體(_加以設計，然 § 體多以焊固方式與電路板齡成—體，且為以多 聚集組成，當任—發光二極翻壞不亮時，往往因不易 更換而付將整塊基板及發光二極體報廢換新，致有過於浪費資源與 M334544 換修不便之缺失，故有再加研究改良之必要^ 【新型内容】 有鑑於此，本創作人乃積十數年從事電子產品製造、設計之經驗， 悉心研究，竭盡心智，針對以上之缺失，尋求改良之方法，並經過多 ，次之實驗試做，而終於創作出此一發光二極體導電連接構造之改良。 _ 本創作之主要目的在提供一種發光二極體導電連接構造之改良， 春乃係於電路板上方鎖設一具有供發光二極體插腳穿置之絕緣板，絕緣 板於穿置插孔下方與電路板間尚套置有導電環圈，導電環圈中央具有 微小於發光二極體插腳之通孔’而絕緣板插孔下方電路板上則設置有 供發光二極體連通之銅箔電路，並恰可使導電環圈與相對之電路形成 觸接連通；而發光二極體則可以插接方式用插腳插置入導電環圈之通 孔内，藉由微小之通孔及導電環圈之材質彈性，使發光二極體得以束 固，並可經由導電環圈與電路板電路之連通，達到整體電路之連結， —當發光二極體損壞不亮時，亦可以拔插方式快速方便更換損壞不亮之 發光二極體，以達避免浪費資源及促使換修簡便快速之經濟實用創作 者0 【實施方式】 為使貴審查委員能對本創作之構造及其功效，能更進一步的認 識與暸解，玆舉實施例配合圖式詳細說明如下，俾便更加了解： 請配合參閱圖式所示，本創作主要係由電路板(1)、絕緣板(2)、 M334544 導電環圈（3)及發光二極體(4)等所組合而成；其中該電路板⑴為如同 習用物表面上設置有供電路連通之銅箔電路線(10)，而於電路板(1) 上方鎖設有一絕緣板(2) ’絕緣板(2)上則具有供發光二極體(4)插腳 (40)穿置之插孔(20)，絕緣板(2)於插孔(20)下方與電路板(1)間尚套 置有橡膠或金屬之導電環圈（3)，導電環圈(3)中央並具有徽小於發光 •二極體(4)插腳(40)之通孔(30)，可對上方發光二極體(4)之插腳(40) •加以束固，而絕緣板(2)之插孔(20)下方電路板(1)上則通過有相對供 ⑩發光二極體(4)連通之銅箔電路線(10)，並恰可使導電環圈（3)與相對 之電路形成觸接連通；必要時，絕緣板(2)底面於插孔(20)周緣形成有 約略導電環圈（3)大小之凹槽(21)，以供套置導電環圈（3)，避免水平 位移，而發光二極體(4)之插腳(40)亦可成具外凸緣(41)狀，另亦可於 電路板(1)上相對於絕緣板(2)之插孔(20)位置處，開設有通孔（11)， 以避免發光二極體(4)之插腳(40)過長，造成插置阻礙。 實際組接使用時，可將各發光二極體(4)以插腳(40)由上方穿過絕 螓緣板(2)相對之插孔(20)，而於絕緣板(2)底面，以導電環圈（3)加以套 置，藉由微小於插腳(40)或外凸緣(41)之通孔(30)及導電環圈（3)之材 質彈性，使發光二極體(4)得加以束固，再將其整體置於相對之電路板 C1)上，以鎖螺加以固結，而各發光二極體(4)之插腳(40)可經由導電 環圈（3)與電路板(1)銅箔電路線(1〇)之連通，達到整體電路之連結； 當任一發光二極體(4)損壞不亮時，則可就該發光二極體(4)以拔分方 式輕易取下，再插置上另一新的發光二極體(4)，如是而可達快速方便 更換損壞不亮之發光二極體(4)，致具避免浪費資源及促使換修簡便之M334544 VIII. New Description: [New Technology Field] This work is about the improvement of the conductive connection structure of a light-emitting diode. The light-emitting diode of the needle is mostly integrated with the circuit board by soldering. When a light-emitting diode is damaged, it is often difficult to replace, and the entire substrate has to be scrapped for new ones, resulting in too much waste and lack of repairing inconvenience. Therefore, research and improvement is made to lock the upper part of the circuit board. An insulating plate through which the optical diode pins are placed, the insulating plate is sleeved under the insertion hole and the circuit board is provided with a conductive ring, and the center of the conductive ring has a through hole smaller than that of the LED pin, and the insulation is insulated. A copper foil circuit for connecting the light-emitting diodes is disposed on the circuit board below the board jack, and the conductive loops are in contact with the opposite circuit; and the light-emitting diodes can be plugged in by plugging Inserted into the through hole of the conductive ring, the material of the tiny through hole and the conductive ring is elasticized, so that the light emitting diode can be bundled and connected to the circuit of the circuit board through the conductive ring Coupling circuits, when the light emitting diode does not light damage can be. Μ Μ 方式 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速 快速[Prior Art] Due to energy saving and brightness enhancement for effective use, recent lamps and indications, such as '|χ绿 I, etc.) (4) Lai Fa's body ( _ design, but § body to weld and circuit The age of the board is formed into a body, and it is composed of multiple aggregates. When the light-emitting diode is not broken, the whole substrate and the light-emitting diode are often replaced due to the difficulty of replacement, resulting in excessive waste of resources and M334544 The inconvenience of repairing the inconvenience, so it is necessary to add research and improvement. ^ [New content] In view of this, the creator has accumulated more than ten years of experience in the manufacture and design of electronic products, carefully researched and tried his best to address the above. Missing, seeking a method of improvement, and after many experimental experiments, finally created an improvement of the conductive connection structure of the light-emitting diode. _ The main purpose of this creation is to provide a conductive connection structure of a light-emitting diode. Improved, the spring is locked on the upper side of the circuit board with an insulating plate for the light-emitting diode pins to be placed. The insulating plate is sleeved with a conductive ring under the insertion hole and the circuit board, and the conductive ring The central portion has a through hole smaller than the LED socket of the light emitting diode, and the circuit board below the insulating plate socket is provided with a copper foil circuit for connecting the light emitting diode, and the conductive ring is formed into contact with the opposite circuit. The light-emitting diode can be inserted into the through hole of the conductive ring by the plugging method, and the light-emitting diode can be bundled by the material elasticity of the small through hole and the conductive ring, and Through the connection between the conductive ring and the circuit board circuit, the connection of the whole circuit is achieved. When the light-emitting diode is damaged or not, the light-emitting diode can be quickly and easily replaced by the plug-in method, so as to avoid wasting resources. And an economical and practical creator who promotes quick and easy maintenance. [Embodiment] In order to enable your review committee to further understand and understand the structure and function of this creation, the following is a detailed description of the embodiment and the following: More understanding: Please refer to the drawing, the creation is mainly composed of circuit board (1), insulation board (2), M334544 conductive ring (3) and light-emitting diode (4); among them The circuit board (1) is provided with a copper foil circuit line (10) for circuit communication on the surface of the conventional object, and an insulating plate (2) is mounted above the circuit board (1). The insulating board (2) is provided for The socket (20) through which the LED (4) pin (40) is placed, and the insulating plate (2) is sleeved with a rubber or metal conductive ring between the socket (20) and the circuit board (1). (3) The center of the conductive ring (3) has a through hole (30) with a smaller emblem than the light-emitting diode (4) pin (40), and the pin (40) of the upper light-emitting diode (4) is The bundle is fixed, and the circuit board (1) under the socket (20) of the insulating plate (2) passes through the copper foil circuit line (10) which is connected to the 10 LEDs (4), and can be The conductive ring (3) is in contact with the opposite circuit; if necessary, the bottom surface of the insulating plate (2) is formed with a groove (21) about the size of the conductive ring (3) at the periphery of the socket (20) for The conductive ring (3) is placed to avoid horizontal displacement, and the pin (40) of the LED (4) may also have an outer flange (41) shape, and may also be on the circuit board (1) relative to At the position of the socket (20) of the insulating plate (2), a through hole (11) is opened to avoid the transmission Diodes (4) of the pin (40) is too long, resulting in obstruction interposed. When the actual assembly is used, each of the light-emitting diodes (4) can be passed from the upper side through the pin (20) of the insulating edge plate (2) with the pins (40), and on the bottom surface of the insulating plate (2). The conductive ring (3) is sleeved, and the light-emitting diode (4) is made of a material that is slightly smaller than the through hole (30) of the pin (40) or the outer flange (41) and the conductive ring (3). It has to be bundled, and then placed on the opposite circuit board C1), and fixed by a lock screw, and the pins (40) of each light-emitting diode (4) can pass through the conductive loop (3) and the circuit. The connection of the copper foil circuit line (1〇) of the board (1) reaches the connection of the whole circuit; when any of the light-emitting diodes (4) is damaged or not, the light-emitting diode (4) can be extracted. The method is easily removed, and another new light-emitting diode (4) is inserted, and if it is fast, it is convenient to replace the damaged light-emitting diode (4), thereby avoiding waste of resources and facilitating maintenance. It
7 M334544 效益 按本創作之構造及裝置除從未見於市場及刊物上外，且可快速簡 易換修損壞之發光二極體，使避免浪費資源，是以功效上有明顯提升， 充分符合新型專利之創作或改良要件。 綜上所it ’以上所舉者儘乃補作之部份實關，但麟用以限 制本創作，舰賴作讀錄神频徵，稍純祕飾而成者，亦 應包括在本專利範圍之内。7 M334544 Benefits According to the structure and installation of this creation, it has never been seen in the market and publications, and can quickly and easily replace the damaged LEDs, so as to avoid wasting resources, the efficiency is obviously improved, fully complying with the new patent. Creation or improvement requirements. In summary, the above is the part of the actual work, but Lin used to limit the creation of the book. The ship’s readings are frequently recorded, and the pure secrets should also be included in the scope of this patent. within.
【圖式簡單說明】 圖一係本創作實施例之立體圖。 圖二係本創作實施例之立體分解圖。 圖三係本創作實施例之另一立體分解圖。 圖码係本創作實施例之剖視圖。 圖五係本創作發光二極體與導電環圈實施例之立體分解圖 【主要元件符號說明】 (3)導電環圈 (11)(30)通孔 (40)插腳 (1)電路板 （2)絕緣板 (4)發光二極體 （10)銅箔電路線 (20)插孔 （21)凹槽 (41)外凸緣BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of the present embodiment. Figure 2 is an exploded perspective view of the present embodiment. Figure 3 is another perspective exploded view of the present embodiment. The figure code is a cross-sectional view of the present embodiment. Figure 5 is a perspective exploded view of the embodiment of the light-emitting diode and the conductive ring. [Main component symbol description] (3) Conductive ring (11) (30) through hole (40) pin (1) circuit board (2) ) Insulation board (4) Light-emitting diode (10) Copper foil circuit wire (20) Jack (21) Groove (41) Outer flange