M419020 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種照明裝置，特別是指一種以發光二 極體為發光源的LED照明裝置。 【先前技術】M419020 V. New description: [New technical field] The present invention relates to a lighting device, and more particularly to an LED lighting device using a light emitting diode as a light source. [Prior Art]
由於發光二極體（LED)具有省電、發光效率高及使用壽 命長等優點’因此目前已廣泛應用至各種不同的領域例 如交通指示號誌、大型廣告看板、交通工具、手電筒、室 内或室外照明等設備中。 然而，當LED應用照明時，相較於傳統燈泡，由於兩者 之特性不同’所達到之出光效果亦不同。例如，傳統燈泡 為面光源，故傳統燈泡發光角度可達到全 效果，但㈣，故咖只能達到㈣度； 度之出光角度。 為解決LED出光房/丨、之p弓3百 Q _ 尤月庋J之問蟪，目前習知之技術係排列 組合LED，以加大LED之出光角《。然而，目前承載⑽ 之電路板通常為傳統硬質印刷電路板(pCB)等，無法脊 撓，所以電路板上之發光二極體，也僅能朝同—方向發 光’照明角度相當有限’仍無法達到傳統燈泡的照明效 果0 因此，有必要提供__種备丨報B , 供裡幻新且具進步性的LED照明裝 置’以解決上述問題。 【新型内容】 本新型提供-種LED照明裝置，其包括：一型座、一可 156098.doc M419020 挽性電路板及複數個發光二極體。該可撓性電路板用以包 覆該a座複數個發光二極體安裝在該可撓性電路板上。 因此本新型led照明裝置可僅利用單—可撓性電路 板，搭配該型座之立餹牲杜 寺殊、·，。構，且該可撓性電路板之形 狀可相對應配合型座之形此 ^ ^ 厘之形狀，以包覆該型座，達到360度 出光角度之效果，可節省製作成本及簡化製作程序。 【實施方式】 請參考圖1，係顯示本新型第一實施例之LED照明褒置 之立體分解示意圖。本新型第—實施例之咖照明裝置包 含一燈罩2、一燈頭3、一刑广 i座6 1，一可撓性電路板62及複 數個發光二極體63。 該燈罩2由玻璃或塑膠製成，形狀可與傳統燈泡的外殼 類似’但並不以此為限。該燈罩2界定出一容裝空間Η, 該容裝空間21具有—關η 0 τ , ^開口 211 ’且該燈罩2包括一開口部 22 ’用以界限出該開口 211。 該燈頭3安裝於該燈罩2之開口⑽，並包括一設有螺纹 之表面31,可用於螺接在-燈座(圖未示出），以將所述燈 頭36又置在建桌物或其它例如檯燈、立燈...等照明設備。 該燈頭3另包括-交直流轉換電路（圖未示出），帛以電性連 接一外部電源，能將外#雷嗯 竹外。卩電源（例如市電）傳輸到該可撓性 電路板62。 本實施例之該型座61係呈-方形體，可為長方形體、正 立方形體或者菱形體。該型座61可為中空方形體 且 有複數個散熱孔611，用以透氣散熱。該型座“可由散熱 156098.doc M419020 性佳之材料製成，安裝於該燈頭3,且位在該燈罩2之容裝 空間2 1内。 本實施例之該可撓性電路板62係呈十字狀，該十字狀可 撓性電路板62之寬度係相對於該型座61之寬度，且該十字 狀可挽性電路板62彎折後恰可完全包覆該型座61。該可撓 性電路板62可為一能弧曲彎撓之軟式印刷電路板（Fpc)， /、有重畺輕、可撓性、厚度薄、熱傳導係數優等優點。 該等發光二極體63安裝在該可撓性電路板62上，因此該 可撓性電路板62包覆該型座61後，該等發光二極體63設置 於該型座61之每一面，且該型座61之一角落可設置於該燈 頭3，可顯露該型座61之每一面的發光二極體63，以達到 360度發光角度。 該尊發光一極體63具有高亮度 '節能、省電之優點，係 排列安裝在該可撓性電路板62上，發出的光線能通過該燈 罩2向外射出，以形成36〇度的均勻照明。實施上該等發 光二極體63之使用數量，是根據所搭配之該可撓性電路板 62及該型座61之立體特殊結構而計算出的最佳化組合，故 該等發光二極體63的數量可以增減，不以本實施例為限。 請參考圖2，係顯示本新型第二實施例之LED照明裝置 之立體分解示意圖。本新型第二實施例LED照明裝置之燈 罩2及燈頭3構造與第一實施例相同。本新型第二實施例 LED照明裝置之該型座71係呈一橢圓形體，該橢圓形體型 座7丨之長邊或短邊之尺寸可視應用情況調整。該型座71可 為中空橢圓形體，且可具有複數個散熱孔711，用以透氣 I56098.doc M419020 散埶。 # *»> 該可撓性電路板72具有複數個葉形部κι，該等葉形部 72 1係部分相連，例如，每一葉形部72丨之中央部分與其他 該等葉形部72 1之中央部分互相連接，係呈單一可撓性電 路板72。該可撓性電路板72彎折後恰可包覆該型座了丨。複 數個發光二極體73安裝在該可撓性電路板72上，因此該可 撓性電路板72包覆該型座71後，該等發光二極體73設置於 該型座71之360度曲面。在本實施例中，可將該橢圓形體 型座71之長邊的一端設置於該燈頭3，可顯露該型座71之 360度曲面的發光二極體73，以達到36〇度發光角度。 請參考圖3，係顯示本新型第三實施例之lEd照明裝置 之立體分解示意圖。本新型第三實施例led照明裝置之燈 罩2及燈頭3構造與第一實施例相同，本新型第三實施例 LED照明裝置之型座8丨係呈一消波塊形體。該型座8丨可為 中空消波塊形體’且可具有複數個散熱孔8 n，用以透氣 散熱》 該可撓性電路板82係呈花瓣形，具有複數個花瓣部 821 ’该彳b瓣部821之數量及尺寸可相對配合該型座μ，且 該花瓣形可撓性電路板82彎折後恰可包覆該型座8丨。複數 個發光二極體83安裝在該可撓性電路板82上，當該可撓性 電路板82包覆該型座81後’該等發光二極體83設置於該型 座81之曲面。該型座81可設置於該燈頭3，以顯露該型座 81之曲面的發光二極體83，以達到36〇度發光角度。 請參考圖4A至4C，其顯示本新型LED照明裝置型座之不 156098.doc M419020 同實施態樣*意圖。參考i4A，本新型LED照明裝置之該 座91係呈燈泡形體。參考圖4B，本新型[ED照明裝置 之該型座92具有複數個椎體921往外延伸。參考圖化，本 新型LED照明裝置之該型座93具有複數個支架％丨及複數 個支點932，該等支架93 1具有二端點，該等支架93丨之一 端點互相連接，且該等支架93丨朝外延伸，該等支點M2設 置於該等支架931之另一端點。上述之型座經包覆上述實 施例之該可撓性電路板後，可使複數個發光二極體設置於 360度曲面’以達到360度發光角度。 請參考圖5，其顯示本新型LED照明裝置可撓性電路板 之實施態樣示意圖。本新型led照明裝置可撓性電路板95 係呈巴克球展開狀，可包覆該型座以形成一巴克球狀。該 可撓性電路板95包括複數個六角形部95丨及複數個五角形 部952，該等六角形部951及五角形部952互相連接，以呈 單一可撓性電路板95。該可撓性電路板95可包覆如圖扣之 型座92、圖4C之型座93或其他之型座，以形成一巴克球 狀，且利用該可撓性電路板95上之該等發光二極體96，以 達到360度發光角度。 參閱圖6,其顯示本新型LED照明裝置第四實施例之立 體分解圖。本新型LED照明裝置包含一燈罩1〇、一燈頭 20、一型座30，一可撓性電路板40及一散熱體5〇。該型座 3〇包括一承載體301，係呈中空球狀，具有複數個承载部 302 ’ §玄寺承載部302間為散熱孔3 03。在本實施例中，兮 等承載部302係成片狀，並於該球狀承載體3〇丨之頂部及底 156098.doc M419020 部連接，胃等承載部3〇2之寬度及數量可視應用情 整。 該等放熱孔303除可散熱外，在製作成型該承載體3〇1 時使該承載體3〇1之球心部分可由該等散熱孔3〇3排出， 避免該承載體3〇1具有體積較大較厚的部分容易因冷卻， 產生，貝陷裂紋等成型不佳的情形，使得該承載體301成型 更佳且避免熱積存。 '玄可撓性電路板40係呈十字狀，以包覆該型座3〇之該等 承載部302。該十字狀可撓性電路板4〇之寬度係相對於該 等承載°卩3 02之寬度，且該十字狀可撓性電路板40彎折後 恰可完全包覆該等承載部3〇2。 複數個發光二極體6〇安裝在該可撓性電路板4〇上，因此 5亥可撓性電路板40包覆該等承載部3〇2後，該等發光二極 體63可朝不同方向發光’以達到360度發光角度。 該型座30另包括複數個導熱柱3〇4，分別由該承載體3〇1 之一邊緣向下延伸。該型座3〇另包括複數個第一結合部 3〇5 ’分別連接該等導熱柱3〇4，且由該等導熱柱3〇4向下 延伸。在本實施例中，該等第一結合部3〇5係呈柱狀，且 該等第一結合部305之外徑小於該等導熱柱304之外徑 該散熱體50設置於該燈罩1〇及該燈頭20之間，該散熱體 具有複數個散熱鰭片501及複數個第二結合部502。該等散 熱鰭片501設置於該散熱體50之外圍，用以增加散熱表面 積’以提高散熱效率。該等第二結合部502相對於該等第 一結合部305，用以與第一結合部305連接。在本實施例 I56098.doc M419020 _ ’母一第一結合部502包括一弧形部，以形成一柱狀空 間’恰可谷納s亥第一結合部3 0 5。該等第一結合部3 〇 $設置 於该等第二結合部502内後，該等導熱柱3〇4抵頂於該散熱 體50之頂面，與該散熱體5〇接觸，可有效地將該等發光二 極體60產生之熱，由該承載體3〇1經由該等導熱柱3〇4傳導 至該散熱體50,提高散熱效率。 另外，每一第一結合部305另包括一第一扣接部3〇6，在 本實施例中，該第一扣接部306係呈朝内之鉤狀。該燈頭 20具有複數個第一扣接部2〇2 ,相對於該等第一扣接部 306，用以與該等第一扣接部3〇6扣合連接。在本實施例 中，該第二扣接部202係呈朝外之鉤狀，係相應配合該第 一扣接部306之形狀，使該等第一結合部3〇5設置於該等第 二結合部502内後，進一步地使第一扣接部3〇6與第二扣接 部202扣合連接’以固定該型座3〇。 因此，本新型LED照明裝置可僅利用單一可撓性電路 板’搭配該型座之立體特殊結構，且該可撓性電路板之形 狀可相對應配合型座之形狀，以包覆該型i，達到36〇度 出光角度之效果，且可節省製作成本及簡化製作程序。再 者’利用散熱柱及散熱體，可提高散熱效率。另外，利用 第一扣接部與第二扣接部，可穩定地固定該型座。 上述實施例僅為說明本新型之原理及其功效並非限制 本創作。因此習於此技術之人士對上述實施例進行修改及 變化仍不脫本新型之精神。本新型之權利範圍應如後述之 申請專利範圍所列。 J56098.doc M419020 【圖式簡單說明】 圖1顯示本新型第一實施例之LED照明裝置之立體分解 不意圖， 圖2係顯示本新型第二實施例之LED照明裝置之立體分 解示意圖； 圖3係顯示本新型第三實施例之led照明裝置之立體分 解示意圖； 圖4A至4C顯示本新型LED照明裝置型座之不同實施態 樣示意圖； 圖5顯示本新型led照明裝置可撓性電路板之實施態樣 示意圖；及 圖6係顯示本新型LED第四實施例之照明裝置之立體分 解圖。 【主要元件符號說明】 2 燈罩 3 燈頭 10 燈罩 20 燈頭 21 容裝空間 22 開口部 30 型座 31 表面 40 可撓性電路板 50 散熱體 156098.doc M419020Since the light-emitting diode (LED) has the advantages of power saving, high luminous efficiency and long service life, it has been widely applied to various fields such as traffic signs, large advertising billboards, vehicles, flashlights, indoor or outdoor. In lighting and other equipment. However, when the LED is applied with illumination, the light-emitting effect achieved by the difference in characteristics of the two is different. For example, the traditional light bulb is a surface light source, so the traditional light bulb illumination angle can achieve full effect, but (4), so the coffee can only reach (four) degrees; In order to solve the LED light room / 丨, the p bow 3 hundred Q _ 尤月庋J 蟪, the current technology is arranged to combine LEDs to increase the LED light angle. However, the current circuit board (10) is usually a conventional hard printed circuit board (pCB), etc., and cannot be flexed. Therefore, the light-emitting diode on the circuit board can only emit light in the same direction, and the illumination angle is quite limited. Achieving the lighting effect of traditional light bulbs 0 Therefore, it is necessary to provide __ 丨 丨 , , , , , , , , , , , , , 。 。 。 。 。 。 。 。 。 。 。 。 [New content] The present invention provides an LED lighting device comprising: a type of seat, a 156098.doc M419020, a redistributable circuit board and a plurality of light emitting diodes. The flexible circuit board is used to cover the a plurality of light emitting diodes mounted on the flexible circuit board. Therefore, the novel LED lighting device can utilize only a single-flexible circuit board, and the stand of the type of the seat is sacred to the temple. The shape of the flexible circuit board can be shaped corresponding to the shape of the matching seat to cover the seat to achieve a 360-degree light-emitting angle, which can save manufacturing costs and simplify the production process. [Embodiment] Please refer to Fig. 1, which is a perspective exploded view showing the LED lighting device of the first embodiment of the present invention. The coffee lighting device of the first embodiment of the present invention comprises a lampshade 2, a lamp cap 3, a knives 612, a flexible circuit board 62 and a plurality of illuminating diodes 63. The lampshade 2 is made of glass or plastic and has a shape similar to that of a conventional bulb, but is not limited thereto. The lampshade 2 defines a receiving space Η, the accommodating space 21 has a closing η 0 τ , an opening 211 ′ and the lamp cover 2 includes an opening 22 ′ for defining the opening 211 . The base 3 is mounted to the opening (10) of the lamp cover 2 and includes a threaded surface 31 for screwing into a socket (not shown) for repositioning the base 36 to a table or Other lighting equipment such as table lamps, vertical lamps, etc. The lamp holder 3 further includes an AC-DC conversion circuit (not shown), and is electrically connected to an external power source to enable the external #雷嗯竹. A power source (e.g., mains) is transferred to the flexible circuit board 62. The seat 61 of the present embodiment has a square shape and may be a rectangular body, a square shape or a rhombic body. The seat 61 can be a hollow square body and has a plurality of heat dissipation holes 611 for ventilating heat dissipation. The socket can be made of a material having good heat dissipation, and is mounted on the base 3 and located in the housing space 21 of the lampshade 2. The flexible circuit board 62 of the embodiment is a cross. The width of the cross-shaped flexible circuit board 62 is relative to the width of the socket 61, and the cross-shaped flexible circuit board 62 is bent to completely cover the socket 61. The flexibility The circuit board 62 can be a flexible printed circuit board (Fpc) capable of bending and bending, and has the advantages of light weight, flexibility, thin thickness, excellent heat transfer coefficient, etc. The light-emitting diodes 63 are mounted on the board. On the flexible circuit board 62, after the flexible circuit board 62 covers the socket 61, the LEDs 63 are disposed on each side of the housing 61, and a corner of the housing 61 can be disposed. In the lamp holder 3, the light-emitting diode 63 on each side of the type of the seat 61 can be exposed to achieve a 360-degree illumination angle. The light-emitting one-pole body 63 has the advantages of high brightness, energy saving and power saving, and is arranged in the array. The light emitted from the flexible circuit board 62 can be emitted outward through the lamp cover 2 to form a 36-degree average Uniform illumination. The number of the LEDs 63 used is an optimized combination calculated according to the stereoscopic special structure of the flexible circuit board 62 and the holder 61. The number of the diodes 63 can be increased or decreased, and is not limited to this embodiment. Please refer to FIG. 2, which is a perspective exploded view of the LED lighting device of the second embodiment of the present invention. The structure of the lampshade 2 and the lamp cap 3 is the same as that of the first embodiment. The seat 71 of the LED lighting device of the second embodiment of the present invention has an elliptical body, and the dimensions of the long side or the short side of the elliptical body block 7 can be visually applied. Conditioning. The seat 71 can be a hollow elliptical body and can have a plurality of heat dissipation holes 711 for venting I56098.doc M419020. # *»> The flexible circuit board 72 has a plurality of leaf portions. Κι, the lobes 72 1 are partially connected, for example, the central portion of each lobes 72 互相 is interconnected with the central portions of the other lobes 72 1 , and is a single flexible circuit board 72. The flexible circuit board 72 can be packaged after being bent The plurality of light-emitting diodes 73 are mounted on the flexible circuit board 72. Therefore, after the flexible circuit board 72 covers the mold base 71, the light-emitting diodes 73 are disposed on The 360-degree curved surface of the seat 71. In this embodiment, one end of the long side of the elliptical body 71 can be disposed on the base 3, and the 360-degree curved light-emitting diode 73 of the seat 71 can be exposed. Please refer to FIG. 3, which is a perspective exploded view showing the illumination device of the third embodiment of the present invention. The lampshade 2 and the lamp cap 3 of the LED lighting device of the third embodiment of the present invention are constructed and first. In the same manner as the embodiment, the socket 8 of the LED lighting device of the third embodiment of the present invention is a wave-eliminating block. The socket 8 can be a hollow wave-blocking body and can have a plurality of heat dissipation holes 8 n for venting heat dissipation. The flexible circuit board 82 has a petal shape and has a plurality of petals 821 ' The number and size of the petals 821 can be relatively matched with the seat μ, and the petal-shaped flexible circuit board 82 can be bent to cover the seat 8 丨. A plurality of light-emitting diodes 83 are mounted on the flexible circuit board 82. When the flexible circuit board 82 covers the socket 81, the light-emitting diodes 83 are disposed on the curved surface of the socket 81. The holder 81 can be disposed on the base 3 to expose the curved LED 83 of the seat 81 to achieve a 36-degree illumination angle. Please refer to FIG. 4A to FIG. 4C, which show the same embodiment of the present invention. Referring to the i4A, the seat 91 of the novel LED lighting device is in the form of a bulb. Referring to Fig. 4B, the holder 92 of the present invention [ED illumination device has a plurality of vertebral bodies 921 extending outward. Referring to the illustration, the socket 93 of the novel LED lighting device has a plurality of brackets % 丨 and a plurality of fulcrums 932. The brackets 93 1 have two end points, and one end of the brackets 93 互相 are connected to each other, and the same The brackets 93 are extended outward, and the pivot points M2 are disposed at the other end of the brackets 931. After the above-mentioned type of seat is coated with the flexible circuit board of the above embodiment, a plurality of light-emitting diodes can be disposed on a 360-degree curved surface to achieve a 360-degree illumination angle. Please refer to FIG. 5, which shows a schematic diagram of an embodiment of a flexible circuit board of the novel LED lighting device. The flexible LED board 95 of the novel LED lighting device is in the form of a buckyball expansion, and can cover the seat to form a bucking sphere. The flexible circuit board 95 includes a plurality of hexagonal portions 95A and a plurality of pentagon portions 952 interconnected to form a single flexible circuit board 95. The flexible circuit board 95 can be wrapped with a socket 92 as shown in the figure, a seat 93 of FIG. 4C or another type of seat to form a bucking ball shape, and the same on the flexible circuit board 95. The LED 96 is illuminated to achieve a 360 degree illumination angle. Referring to Figure 6, there is shown a perspective exploded view of a fourth embodiment of the novel LED lighting device. The LED lighting device comprises a lamp cover 1 , a lamp cap 20 , a socket 30 , a flexible circuit board 40 and a heat sink 5 . The socket 3 includes a carrier 301 which has a hollow spherical shape and has a plurality of bearing portions 302 ′. The space between the sockets 302 of the Xuan Temple is a heat dissipation hole 303. In this embodiment, the load-bearing portion 302 of the crucible is formed into a sheet shape, and is connected to the top and bottom of the spherical carrier 3〇丨, 156098.doc M419020, and the width and number of the load-bearing portion 3〇2 of the stomach can be visually applied. Feelings. In addition to the heat dissipation, the heat dissipation holes 303 can be made to be discharged from the heat dissipation holes 3〇3 by the heat dissipation holes 3〇3 when the carrier body 3〇1 is formed, so that the carrier body 3〇1 has a volume. Larger and thicker portions are prone to poor molding due to cooling, cracking, cracking, etc., making the carrier 301 more preferably shaped and avoiding heat build-up. The "sinus flexible circuit board 40" has a cross shape to cover the load-bearing portions 302 of the type of the holders. The width of the cross-shaped flexible circuit board 4 is relative to the width of the load, and the cross-shaped flexible circuit board 40 is bent to completely cover the load-bearing portion 3〇2 . A plurality of light emitting diodes 6 are mounted on the flexible circuit board 4, so that the light emitting diodes 63 can be different after the 5H flexible circuit board 40 covers the carrying portions 3〇2 The direction illuminates 'to achieve a 360 degree illumination angle. The seat 30 further includes a plurality of heat conducting columns 3〇4 extending downward from one of the edges of the carrier 3〇1, respectively. The socket 3 further includes a plurality of first joint portions 3〇5' connected to the heat conducting columns 3〇4, respectively, and extending downward from the heat conducting columns 3〇4. In this embodiment, the first joint portions 3〇5 are columnar, and the outer diameters of the first joint portions 305 are smaller than the outer diameters of the heat conducting columns 304. The heat sink 50 is disposed on the lampshade 1〇. The heat sink has a plurality of heat dissipation fins 501 and a plurality of second joint portions 502 between the bases 20 and the base. The heat dissipating fins 501 are disposed on the periphery of the heat dissipating body 50 for increasing the heat dissipating surface area to improve heat dissipation efficiency. The second joints 502 are connected to the first joints 305 with respect to the first joints 305. In the present embodiment, I56098.doc M419020 _ 'the mother-first joint portion 502 includes an arcuate portion to form a columnar space 'the first joint portion 3 0 5 '. After the first bonding portions 3 〇 are disposed in the second bonding portions 502 , the heat conducting posts 3 〇 4 abut against the top surface of the heat sink 50 and are in contact with the heat sink 5 , effectively The heat generated by the light-emitting diodes 60 is conducted from the carrier 3〇1 to the heat sink 50 via the heat conducting columns 3〇4, thereby improving heat dissipation efficiency. In addition, each of the first joint portions 305 further includes a first fastening portion 3〇6. In the embodiment, the first fastening portion 306 is formed in an inwardly-shaped hook shape. The base 20 has a plurality of first fastening portions 2〇2 for engaging with the first fastening portions 3〇6 with respect to the first fastening portions 306. In this embodiment, the second fastening portion 202 is in the shape of a hook facing outward, and correspondingly matches the shape of the first fastening portion 306, so that the first bonding portions 3〇5 are disposed in the second portion. After the inside of the joint portion 502, the first fastening portion 3〇6 and the second fastening portion 202 are further connected to each other to fix the socket 3〇. Therefore, the LED lighting device of the present invention can use only a single flexible circuit board to match the three-dimensional special structure of the socket, and the shape of the flexible circuit board can correspond to the shape of the socket to cover the type i. , to achieve the effect of 36 degrees of light angle, and can save production costs and simplify the production process. Furthermore, the heat dissipation efficiency can be improved by using the heat dissipation column and the heat sink. Further, the first fastening portion and the second fastening portion can stably fix the socket. The above embodiments are merely illustrative of the principles and functions of the present invention and are not intended to limit the present invention. Therefore, those skilled in the art can make modifications and changes to the above embodiments without departing from the spirit of the present invention. The scope of the claims of the present invention should be as set forth in the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view showing the LED lighting device of the second embodiment of the present invention; FIG. 2 is a perspective exploded view showing the LED lighting device of the second embodiment of the present invention; FIG. 4 is a perspective view showing a different embodiment of the LED lighting device of the present invention; FIG. 5 is a schematic view showing a different embodiment of the LED lighting device of the present invention; FIG. 6 is a perspective exploded view showing a lighting device of a fourth embodiment of the present LED. [Main component symbol description] 2 Lamp cover 3 Lamp cap 10 Lamp cover 20 Lamp cap 21 Housing space 22 Opening 30 Block 31 Surface 40 Flexible circuit board 50 Heat sink 156098.doc M419020
60 發光二極體 61 型座 62 可撓性電路板 63 發光二極體 71 型座 72 可撓性電路板 73 發光二極體 81 型座 82 可撓性電路板 83 發光二極體 91 型座 92 型座 93 型座 95 可撓性電路板 96 發光二極體 202 第二扣接部 211 開口 301 承載體 302 承載部 303 散熱孔 304 導熱柱 305 第一結合部 306 第一扣接部 501 散熱鰭片 156098.doc -Π - M419020 502 第二結合部 611 散熱孔 711 散熱孔 721 葉形部 811 散熱孔 821 花瓣部 931 支架 932 支點 951 六角形部 952 五角形部 156098.doc -12-60 Light-emitting diode 61-type seat 62 Flexible circuit board 63 Light-emitting diode 71-type seat 72 Flexible circuit board 73 Light-emitting diode 81-type socket 82 Flexible circuit board 83 Light-emitting diode 91-type seat 92 type seat type 93 seat 95 flexible circuit board 96 light emitting diode 202 second fastening part 211 opening 301 carrier 302 bearing part 303 heat dissipation hole 304 heat conducting column 305 first joint portion 306 first fastening portion 501 heat dissipation Fin 156098.doc - Π - M419020 502 second joint 611 heat dissipation hole 711 heat dissipation hole 721 leaf portion 811 heat dissipation hole 821 petal portion 931 bracket 932 fulcrum 951 hexagon portion 952 pentagon portion 156098.doc -12-