1316771 九、發明說明： 【發明所屬之技術領域】 本發明為一種具散熱件之發光二極體燈泡結構，特 應用於照明用之高功率發光二極體結構。 m 【先前技術】 美國專利公開第6,7G9，132號’提供—發光二極體燈泡，1且 ri平狀且被彎曲成一鳥籠狀形體之印刷電路板；複數個ϋ 二極體被排列在印刷電路板上；以及—透明或半透明之^發^ ΓίίΓΓ體之印刷電路板。印刷電路板可以具有複數個Ϊ 反:心向外細大延伸的分支。發光二極體 二極卜其包含有—提供電流至各個發光 美國專利公開第6,793,374號，其揭露一具有連接柱 -極體燈泡’連接滅連接於—蓋體及—基 ^ 面體且具有圖案化的表面。每-表面二ί= 接柱也具有—散熱11 ’其連接於基材與燈泡蓋體之間。 俜摩ί冗公ΪΓ598996號’其揭露一發光二極體燈泡，其 車燈插座中，其具有第一及第二印刷電路板， ί;ίί:ϊϊ二複數個發光二極體設置於該些電路板上，用以 I括-ϊΐ電力化號時產生一單色光。發光二極體燈泡進一歩 一支撐套管具有-導㈣、—二、有至夕—連接Ή以及 板之S小-士ΐ ν線槽切盤以及用以支撐第一印刷電路 性連接二+― 2後’發光二極體燈泡包含至少—電阻，其電 一導線之f/—連部及電性連接到第—及第二印刷電路板之第 上述各習知技術僅能細於軸式懸或者汽車之煞車燈座 .1316771 上且其體積均過於魔大，事實上塑 的座體結構，若要達到廣泡尚有非常多種不同 構更廣泛的結合將是㈣，以及如何㈣知座體結 【發明内容】 光二散熱件之發光二極體燈泡結構，其主要使發 不ί的習乍之單體’並可直接應用於 、，°構==力’使得能正常的在缝環境下操作。 泡'4 =功ϊ第-;;，件之發光，燈 單元;-第二導電接:第，第， 三單元端部設有-晶粒—發光 f =第 其一端藉由-第-導線電性連接純t體^70认置於日日粒座内’1316771 IX. Description of the Invention: Technical Field of the Invention The present invention relates to a light-emitting diode bulb structure having a heat dissipating member, which is particularly useful for a high-power light-emitting diode structure for illumination. m [Prior Art] U.S. Patent No. 6,7G9,132 'provided-light-emitting diode bulb, 1 and ri flat and bent into a birdcage-shaped printed circuit board; a plurality of ϋ diodes are arranged On a printed circuit board; and - a transparent or translucent printed circuit board. A printed circuit board can have a plurality of turns: branches that extend outwardly from the center of the heart. The illuminating diode bipolar includes - providing a current to each of the illuminating U.S. Patent No. 6,793,374, which discloses a connecting post-pole bulb connected to the cover and the base and having a pattern Surface. Each of the surface two ί= posts also has a heat sink 11 ′ which is connected between the substrate and the bulb cover.俜 ί ί ΪΓ ΪΓ 598 996 ' 其 ΪΓ ΪΓ ΪΓ 598 996 996 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 598 On the circuit board, a monochromatic light is generated when the power is used. The light-emitting diode bulb has a support sleeve having a guide (four), a second, an eve-connector, and a S-small ν line slot cutter of the board and a support for the first printed circuit connection 2 + ― 2 after the 'light-emitting diode bulb contains at least - the resistance, the f--connection of the electric conductor and the above-mentioned conventional techniques electrically connected to the first and second printed circuit boards can only be thinner than the shaft type Hanging or car 煞 煞 . 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 131 Body knot [Summary of the invention] The light-emitting diode structure of the light-dissipating heat-dissipating component, which mainly makes the monomer of the light-emitting device 'can be directly applied to, and the structure == force' enables the normal sewing environment Under the operation. Bubble '4 = power of the first -;;, the light of the piece, the lamp unit; - the second conductive connection: the first, the third unit end is provided - the die - the light f = the first end by the - the first wire Electrical connection of pure t body ^70 recognized in the daily granules'
:第二义電，接於第二導C 第一早7〇、日日粒座、發光二極體 早兀導熱結合’錢第二單元及第四單元之端 電接i接狀表==緣=散熱件與第—導電獅及第二導 一 t由實施’至少可以達到下列之進步功效： 妾=可以為—插件式結構’並可直接與習知的燈座結 "㈣’進而使發光二極體燈泡結構能直接適用於習知 的燈座結構。 一、造使得高功率及高照明度的發光二極體燈泡結 1316771 二'提高散熱能力’使得高功率及高照明度的發光二極體燈泡結 構體積能夠輕巧。 【實施方式】 【第一實施例】 f 1圖為本發明之一種插件式發光二極體燈泡結構10實施例 例圖第2圖為本發明之另一種插件式發光二極體燈泡結構10，實施 ^實施例為一種插件式發光二極體燈泡結構1〇，其一 11;—第二導電接腳12;—發光二極體單元13以 為-插ί式結|特徵為：第一導電接腳11及第二導電接腳12係 單元腳i1」3，佳之材f所製成，其具有一第一 第四單元之部位，而第二單元112及以下所述之 =122係扣未被光罩14包覆之部位。 一第第其ί導電及導熱佳之材質所製成，其具有 設有一晶粒座4〇。晶粒單元⑵之端部 且兩者係為-體成型之、輯r第第r導2料姻的材質， 與第一導電接n iaP1& 一導電接腳12之型體，除了可以 =接腳11相，’亦可製作 第—導電接腳11或第二導雷接^板體之型體。 ⑴或第三單元12!上，形成有至時，可於第一單元 至少-凹部、至少—凸體或 補強件123,其例如一凹孔、 型後’光罩！4與第一導電接腳n或第藉此，於光罩Η成 為’將更為穩固。 一導電接聊12間之結構行 發光二極體單元13，可 了以為一般的發光二極體外，特別可以 7 1316771 為-高壓發光二極體單元，所謂 二極體相互串聯或者於元一極體係指多顆發先 體能操作於錄不同元，’使得發光二極 晶粒座40内，其-二由=壓t發光二極體單元13係設置於 腳u n㈣1 藉t一第一導線131電性連接於第一導電接 12,藉由第線132電性連接於第二導電接腳 «贫3 *電腳及第二導電接腳12透過第-導線131 送至發光二極體單元1二= 1後，s 魏。發光二極體單元13設置完成及打線 日日粒座40内可進—歩覆蓋—取光層或—光波轉換層（圖 ⑴罩f元一二透光之材質，其用以封裝包覆第-單元 T及第二導線132，且使第二單元112及第四單以』露$ 罩14外。如此可以形成一完整的發光二極體燈泡結構⑴。、 由於習知的燈座結構已被長久及廣泛的使用，因此若要將發 ^極體廣泛的使用，其最好的方式就是將發光二極體形成一有 ΐϊί之早體，使其能直接的與座體結構結合使用。本實施例之 ίίΓίΐ於將發光二㈣燈泡結構10之接腳，由以往插在印刷 電路板上方便進行焊接用的燁腳，改良成為與照明t界標準規範 ϋ寸相容的插腳，也就是說，本發明之第一導電接腳u 導，接腳之間距及每-導電接腳之尺寸(長度、寬度、直徑··了 糸符合照明業界標準規範，而其它非第一導電接腳u戍第二 =^之雜可峰意變化。硫歸合卿靜鮮規^之插 腳、、、σ構’也就是本說明書所述之插件式結構。 上述所稱之插件式結構，更具體而言，係例如一 G4、一 G5 3、 - G6.35、一 G7.9、一 G9、一 G9.5、一 GU4、一 ⑽ 3、’ 一 GX53、- GX6.35、- GX7.9、- GY5.3、一 GY6.35、一 GY7 9、 1316771 之結構 GY9-5、一 GZ4、一 GZ6.36 或一 GZ9.5 【第二實施例】 第3圖為本發明之一種具散熱件之發光_ 施例圖H絲個之另_種聽熱彳構2^ 結構。第5圖為本發明之—種散熱件發2ff=泡 -種具散餅之發光二極體贿結構2()， ' ^ π：；ίϊ：^ nTf5 元m係指被光罩14包覆之部位，而 第四單元122係指未被光罩14包覆之部位早12及以下所达之 第二導電接腳丨2 ’其為導電及導紐之财 及曰一Λ四單元122 ’並且於第三單元⑵;部 1^ΙΓ：ί：^1；：^ ⑴導電接腳12製作時，可:第-單元 此，於光罩Μ成型後，第第H例之至少一補強件。藉 腳12間之結構行為，將更^穩固、。導電接腳11或第二導電接 為-ΐί:Ϊ=3,為—般的發光二極體外，特別可以 二極體相互Ϊ聯或高壓發光二鋪係指多顆發光 體能操作於多種不同之卫^:聯元件後，使得發光二極 晶粒座4。内’其-端藉由-第-導 9 1316771 體單元u產生發光之功效發=極體^13，以使發光二極 完成後，晶粒座40内可進一 13設置完成及打線 未示）。 “覆盍一取光層或一光波轉換層（圖 iu、m ^一日可透光之材質，其用以封裝包覆第 一單元 ⑶及4g、發光二極體單幻3、第一導線 及第—導線132 ’且使第二單元112 mw：r彡成—完整概：鋪燈泡結構t r ί 其内側設有與第二單元出及第四單元122型體 第=_12’其可使第二單元112及第四 道祕a透f”，、件21 ’並使散熱件21與第四單元122有效的 七成:：。吏所導出的熱能有效的散發’因此將散熱件21 十成為一鰭片狀之形體，以增加散熱面積。 散熱件21與第一導電接腳u及第二導電接腳12接觸之表 -十’ 絕ft理’以避免產生短路之現象。又散熱件21的設 :且丄單件式’或者亦可為兩個單元或多個單元 、、且s，成。此外，散熱件21特別係由銅或鋁合金…等金屬材質， 或者疋氮化鋁、氮化硼…等高導熱之散熱陶瓷材質所製成。 爲了不影響發光二極體燈泡結構20與燈泡 熱件21必須使第二單元112及第四單元122之端部，分別=月出文 二接腳部50。具散熱件21之發光二極體燈泡結構2〇之接腳= 、，其可當做焊接用之焊腳使用，進而能插接於印刷電路板上， 或者接腳部50係有如第一實施例所述之插件式結構，能直接 座結構進行插接。再者，散熱件21與第二單元112或第四 122間，亦可以進一歩藉由一導熱膠或一銲錫進行固定及導熱結 • 1316771 合 或修改，錢=====完成之等效修飾 【圖式簡單說明】 G 件式發光二極體燈泡結構實施例圖 圖 Γ圖為本發明之—種錄齡之發光二極贿騎構實L列 圖。圖為本發明之另—種具韻件之發光二極贿缝構實施例 第5圖為本發明之一種散熱件實施例圖。 【主要元件符號說明】 10、10, 插件式發光二極 11 、 11， 第一導電接腳 111 货 HS _ 弟一單7G 112 银—» ΗΗ — 弗一單凡 12、12, 第二導電接腳 121 咕 一口 0 一 弟二早7^ 122 第四單元 123 補強件 13 發光二極體單元 131 第一導線 132 第二導線 1316771 14 20、 21 211 212 40 50 光罩 20’ 具散熱件之發二極體燈泡結構 散熱件 第一開孔 第二開孔 晶粒座 接腳部 12: The second Yidian, connected to the second guide C, the first 7th, the day, the granule, the light-emitting diode, the early heat conduction combined with the end of the second unit and the fourth unit of the money. The edge = heat sink and the first - conductive lion and the second guide - t are implemented by at least the following advancements: 妾 = can be - plug-in structure and can be directly connected to the conventional lamp holder " (4)' The structure of the light-emitting diode bulb can be directly applied to the conventional lamp holder structure. First, the high-power and high-illumination LED bulb junction 1316771 Two 'enhance heat dissipation capacity' makes the high-power and high-illumination LED bulb structure compact. [First Embodiment] FIG. 2 is a plug-in type light-emitting diode bulb structure 10 of the present invention. FIG. 2 is another plug-in type light-emitting diode bulb structure 10 of the present invention. The embodiment is a plug-in type light-emitting diode bulb structure 1〇, an 11; a second conductive pin 12; the light-emitting diode unit 13 is a plug-in junction; the feature is: the first conductive connection The foot 11 and the second conductive pin 12 are unit legs i1"3, which are made of a good material f, which has a first fourth unit, and the second unit 112 and the following =122 buckle are not The portion covered by the photomask 14. It is made of a material that is electrically conductive and thermally conductive, and has a die pad. The end of the die unit (2) and the two are formed of a body-shaped material, and the material of the first conductive connection n iaP1 & a conductive pin 12, in addition to The foot 11 phase, 'can also be made into the first conductive pin 11 or the second guide wire connector body shape. (1) or the third unit 12! may be formed at least in the first unit, at least a recess, at least a convex body or a reinforcing member 123, such as a recessed hole, a type rear reticle! 4 and the first conductive pin n or the first, the mask will become more stable. A conductive light-emitting diode unit 13 of 12 conductive lines can be regarded as a general light-emitting diode, in particular, 7 1316771 is a high-voltage light-emitting diode unit, so-called diodes are connected in series or in one pole. The system means that a plurality of hair precursors can be operated to record different elements, 'so that the light-emitting diode chip holder 40 is inside, and the two-by-voltage t-light-emitting diode unit 13 is disposed on the foot u n (four) 1 by t a first wire 131 Electrically connected to the first conductive connection 12, the second conductive pin is electrically connected to the second conductive pin, and the second conductive pin 12 is sent to the light emitting diode unit through the first wire 131. After two = 1, s Wei. The light-emitting diode unit 13 is arranged and the wire can be inserted into the grain holder 40. The light-receiving layer or the light-wave conversion layer (the (1) cover f-one and two-light transmission materials are used for packaging and coating. a unit T and a second wire 132, and the second unit 112 and the fourth unit are exposed to the outside of the cover 14. Thus, a complete light-emitting diode bulb structure (1) can be formed. Since the conventional lamp holder structure has been It has been used for a long time and widely, so the best way to use it is to form the light-emitting diode into an early body that can be directly used in combination with the structure of the seat. The ίίΓί Γ 将 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光 发光It is said that the first conductive pin u of the present invention, the distance between the pins and the size of each of the conductive pins (length, width, diameter, etc.) meet the lighting industry standard specifications, while other non-first conductive pins u戍The second =^ is mixed with the peak meaning. Sulfur is combined with Qing Jing The plug, the σ structure of the fresh gauge is also the plug-in structure described in the present specification. The plug-in structure referred to above is more specifically, for example, a G4, a G5 3, a G6.35, a G7.9, one G9, one G9.5, one GU4, one (10) 3, 'one GX53, - GX6.35, - GX7.9, - GY5.3, one GY6.35, one GY7 9, 1316771 structure GY9-5, one GZ4, one GZ6.36 or one GZ9.5 [Second embodiment] Fig. 3 is a light-emitting device with heat sink of the present invention - Example H 2^ structure. Fig. 5 is a kind of heat-dissipating part of the invention, 2ff=bubble-type light-emitting diode structure 2(), ' ^ π:; ϊ ϊ: ^ nTf5 yuan m means light The portion of the cover 14 is covered, and the fourth unit 122 refers to the second conductive pin 2 that is not covered by the mask 14 and is 12 and below. The four-unit 122' is in the third unit (2); the part 1^ΙΓ: ί:^1;:^ (1) When the conductive pin 12 is fabricated, it can be: the first unit, after the mask is formed, the first H example At least one reinforcing member. By the structural behavior of the foot 12, it will be more ^ The conductive pin 11 or the second conductive connection is -ΐί:Ϊ=3, which is a general-purpose light-emitting diode. In particular, the diodes can be connected to each other or the high-voltage light-emitting diodes can mean that a plurality of light-emitting bodies can operate. A variety of different guards ^: after the joint element, the light-emitting diode chip holder 4. The inner end of the light-emitting effect of the body unit u is generated by the body unit u, so that the light body 2 After the pole is completed, the chip holder 40 can be set to 13 and the wire is not shown. "Overlay a light-receiving layer or a light-wave conversion layer (Fig. iu, m ^ one day light-transmissive material, which is used for packaging Covering the first unit (3) and 4g, the light-emitting diode single magic 3, the first wire and the first wire 132' and making the second unit 112 mw: r--complete: the bulb structure tr ί is provided inside And the second unit and the fourth unit 122 type body = _12' which can make the second unit 112 and the fourth channel a "f", the piece 21' and the heat sink 21 and the fourth unit 122 are effective seven to make::. The heat energy derived from 吏 is effectively dissipated. Therefore, the heat sink 21 is turned into a fin-shaped body to increase the heat dissipation area. The heat sink 21 is in contact with the first conductive pin u and the second conductive pin 12 to avoid a short circuit. Further, the heat dissipating member 21 is provided in a single piece or in the form of two or more units and s. In addition, the heat dissipating member 21 is made of a metal material such as copper or aluminum alloy, or a high thermal conductive heat-dissipating ceramic material such as aluminum nitride or boron nitride. In order not to affect the light-emitting diode structure 20 and the bulb, the heat-insulating member 21 must have the ends of the second unit 112 and the fourth unit 122 respectively. The LED of the light-emitting diode of the heat dissipating member 21 has a pin 2 =, which can be used as a soldering leg for soldering, and can be inserted into the printed circuit board, or the pin portion 50 is as in the first embodiment. The plug-in structure can be directly connected to the socket structure. Furthermore, the heat sink 21 and the second unit 112 or the fourth 122 may be further fixed and thermally conductive by a thermal conductive adhesive or a solder. 1316771 is combined or modified, and the equivalent of the money ===== Modification [Simple Description of the Drawings] G-type light-emitting diode bulb structure embodiment diagram is a column diagram of the invention of the luminous age of the two-pole bribe. The figure is another embodiment of the present invention. The fifth embodiment shows a heat sink embodiment of the present invention. [Main component symbol description] 10, 10, plug-in type light-emitting diode 11, 11, first conductive pin 111, goods HS _ brother one single 7G 112 silver -» ΗΗ - 弗一单凡12,12, second conductive connection Foot 121 咕一口0 一弟二早 7^ 122 Fourth unit 123 Reinforcement member 13 Light-emitting diode unit 131 First wire 132 Second wire 1316771 14 20, 21 211 212 40 50 Photomask 20' with heat sink Diode bulb structure heat sink first opening second opening hole die seat foot 12