M348902 八、新型說明： 【新型所屬之技術領域】 本創作為L E D燈罩散熱結構，其散熱器之板面與罩蓋背杳 鎖貼方式’經由該導熱板將L E D發光模組產生讀科出，藉傳^ 方式而由各層鰭發散於空氣中，㈣兩側邊及帽留下的間隙與= 熱器之通風孔’二者能觀體流侧係賴源轉魏置，更能= 鑫有效的降低溫度，提供迅速傳導散發L E D燈源所產生的熱量 攀達到更有符合節省能源之技術領域。 遇 【先前技術】 β按-般L ED鮮’係以全面包覆的方式為主加崎造而成，大 多疋在LED發光模組的照明面設置透明板，向後則覆罩—軍蓋於該 L ED發光模組的背部，接组於—柱桿或枢軸上，因高功率及高亮= 發光二極體隨著發展廣泛制在綱、路燈、汽車_、騎投=機又 丨液晶鮮H背光料料，細目前LED的輸人功率只有^%〜 = 成光’近8⑽〜8 5騰換成熱，這些絲無法適_ 至夕％境’使得LED晶片的界面溫度過高而影響其發光強度及使 用壽命’因此’欲降低L E D的界面溫度，除了須從l e d封裝階段 祕考慮其散朗題，崎低L E __触抗，轉中次重要的 就是外部的熱傳導改善，但現今的燈罩設計卻明顯不足 【新型内容】 … 本創作應用覆蓋-散熱器於罩蓋的背部，其平板面與凸出一段的 導熱板相接合’侧邊及中央卿成_，且L 二 11 u發光模組置於透明 5 M348902 •板面續出光線_ ’磁細鮮套於飢⑽發光麵之曲率透 =邊，同時，該LED發光模組開始產生熱能，由導熱板將該熱能 導至散熱鳍片上發散於空氣巾’並_隙與數多通風孔有良好的氣 體=通作用，使氣流將L ED發光模組所衍生之熱能由散熱鳍片上迅 逮π走’獅-般自然界的力量，並由實驗證實此效益非常顯著 供降低溫度的實用性，靖決前述缺失，更達_泛使用者。 【實施方式】 •月>閱第圖、第一圖、第二圖、第四圖所示，可清楚瞭解本創 作之結構形態，本創作係由面罩工、罩蓋2、散熱器3所組成一面 罩1係上段裝設—透明板1 1，能保護内部的數顆LED發域組2 4、反光面鏡2 7，並供其规透過及照明’且下段底板挖設一管槽， 以與罩蓋2之線路管2 5置合，另頂端設有轉2與罩蓋2之曰轉 掀軸2 6 ’可互為凸點與凹棚係，驗掣卡合或由鉚釘串組掀蓋， 於面罩1面前或罩蓋2背面設有數個螺孔2 8，_絲旋鎖固定，或 ❿於側_銜設卡料或卡雜’以與相鮮蓋2之卡掣槽或卡擎片後 合；-罩蓋2係呈有賴二種凹槽層，（如第三圖）上段為淺凹槽層^ 1 ’係以導熱板2 1 1為主，（如第四圖）向後延伸凸出於背面，以與 散熱器3之平板面31鎖緊密貼，使熱源能經由傳導方式排出，正面 螺鎖數個燈座2 3及數顆LED發光模組2 4，該燈座2 3係中段設 有容線槽2 31，使正、負電源線可從各L e D發光模組2 4的底部 順勢拉出’並開設數個鎖孔2 3 2 ( 2 1 1 1 )，以螺鎖本身於導驗 211上，兼鎖设L E D發光模組2 4側邊的缺口 2 4 2加以固定， 6 M348902 且依欲照射的角度，設有所需求的平面2 3 3及斜面2 3 4，使該L E D發光模組2 4與其接合導通後，能有更廣泛的照明纽，該l E D發光模組2 4係以觀2 4 !為基底，側邊挖設數個缺口 2 4 2， 以與該燈座2 3相互鎖固，發光源由一曲率透鏡2 4 3所蓋覆，應用 折射原理，使其能以廣角度發散光源，另内部相對於面料之透明板 1 1的位置套設-反光面鏡2 7，該反光面鏡2 7剌設數個出光孔 2 71，以與該LED發光模組24之曲率透鏡2 4 3周邊套合，覆 罩大部分的淺凹槽層2 i，將該LED發光模組2 4的反射光或折射 光，反射出透明板i i外，促進更有效率的發光；（如第三圖）而下段 為深凹槽層2 2，空間可供導ifL E D發賴組2 4之線路的置放， 或裝設電職或㈣電賴板，讀終理祕，底端接設—線路管 2 5 ’以供電源線的伸接引牽，頂端設有轉掀轴2 6，以與罩蓋丄之 轉掀轴12 Φ組掀盍；-散熱器3係以一平板面3丄向上延設多層散 鲁熱鳍片3 2 ’層與層間開設數個通風孔3u ’該平板面31與罩蓋 -2之導熱板2 Η背面以鎖設蚊孔3 12 (2112)貼觸，促將 -數個LED發光权組2 4產生之熱源導出及散逸，提供增加紐熱量 及虱流通風的效果。 明參閱第-圖、第五圖、第五—A圖所示，分別將數個燈座2 3 及LED發光模組2 4依序鎖固於淺凹槽層2 2之導熱板2丄丄上， 正、負電源線從該L E D發光模組2 4的底部沿容線槽順勢拉出，集 中置放在深凹槽層2 2較間中，由線路管2 5延伸出，覆套反光面 兄2 7於曲率透鏡2 4 3周邊’頂端的轉掀軸2 6與面罩1之轉掀軸 M348902 • 12相互嵌卡掀蓋，以螺絲旋鎖螺孔固定，散熱器3鎖貼在該導熱板M348902 VIII, new description: [New technical field] This creation is the LED lampshade heat dissipation structure, and the surface of the radiator and the cover are back-locked and attached to the LED light-emitting module through the heat-conducting plate. By means of the ^ method, the fins of each layer are diverged in the air. (4) The gap between the two sides and the cap and the venting hole of the heater are both able to view the flow side and the source is turned on, which is more effective. The lowering of the temperature provides the rapid conduction of the heat generated by the emission of LED light sources to reach a more technical field of energy conservation. In the case of [previous technology] β-like L ED fresh ' is made by the general coating method, and most of them are transparent plates set on the illumination surface of the LED lighting module, and the cover is covered later. The back of the L ED illuminating module is connected to the column or the pivot, because of high power and high brightness = the light-emitting diode is widely developed in the platform, street lamp, car _, riding cast = machine and 丨 LCD Fresh H backlight material, the current input power of LED is only ^%~ = Chengguang 'near 8 (10) ~ 8 5 is replaced by heat, these silks are not suitable _ % % 境 使得 使得 LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED Affecting its luminous intensity and service life 'so' want to reduce the interface temperature of the LED, in addition to the need to consider its fascinating problem from the LED packaging stage, the low LE __ touch resistance, the next important thing is the external heat conduction improvement, but Today's lampshade design is obviously insufficient [new content] ... This creative application covers - the radiator is on the back of the cover, and its flat surface is joined with a protruding heat conduction plate 'side and central Qingcheng _, and L 2 11 u illuminating module placed in transparent 5 M348902 • board surface continues to ray _ ' The brightness of the hunger (10) light-emitting surface passes through the edge. At the same time, the LED light-emitting module begins to generate heat energy. The heat-conducting plate guides the heat energy to the heat-dissipating fins and diverge on the air-slips. Good gas = pass effect, so that the airflow will take the heat energy generated by the L ED light-emitting module from the heat-dissipating fins to the 'lion-like nature', and it is proved by experiments that this benefit is very significant for reducing the practicality of temperature. Jing decided to lose the above, and even more _ pan users. [Embodiment] • Month> See the first figure, the second figure, the fourth figure, and the fourth figure, the structure of the creation can be clearly understood. The creation is made up of a mask cover, a cover 2, and a radiator 3 The upper cover 1 is provided with a transparent plate 1 1 , which can protect a plurality of LED hair field groups 2 4 and a reflective mirror 2 7 , and is provided for the passage and illumination of the lower section, and a pipe groove is dug in the lower floor. It is placed in line with the line tube 2 5 of the cover 2, and the top end is provided with the turn 2 and the cover 2 of the cover 2, which can be mutually convex and concave, and the test is clamped or assembled by the rivet. Cover, in front of the mask 1 or on the back of the cover 2, a plurality of screw holes 28, _ silk locks are fixed, or 侧 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ After the card is removed, the cover 2 is dependent on two kinds of groove layers. (As shown in the third figure), the upper part is a shallow groove layer ^ 1 ' is mainly based on the heat conduction plate 2 1 1 (as shown in the fourth figure). Extending backwards and protruding from the back surface to lock tightly with the flat surface 31 of the heat sink 3, so that the heat source can be discharged through conduction, and the front side is screwed with a plurality of lamp holders 23 and a plurality of LED light-emitting modules 24, the lamp holder 2 3 series middle section There is a line slot 2 31, so that the positive and negative power lines can be pulled out from the bottom of each L e D light-emitting module 24 and open a plurality of keyholes 2 3 2 ( 2 1 1 1 ) to screw the lock itself. On the guide 211, the notch 2 4 2 on the side of the LED light-emitting module 24 is locked, and the desired plane 2 3 3 and the slope 2 3 4 are provided according to the angle to be illuminated. The LED light-emitting module 24 can be connected to the LED light-emitting module 24 to have a wider illumination. The LED light-emitting module 24 is based on the viewing surface, and a plurality of notches 2 4 2 are arranged on the side to The lamp holders 2 3 are locked to each other, and the light source is covered by a curvature lens 243. The principle of refraction is applied to enable the light source to be diverged at a wide angle, and the interior is sleeved relative to the position of the transparent plate 1 1 of the fabric - The reflecting mirror 2 7 , the reflecting mirror 2 7 is provided with a plurality of light emitting holes 2 71 to fit around the curvature lens 2 4 3 of the LED lighting module 24, covering most of the shallow groove layer 2 i The reflected light or the refracted light of the LED light-emitting module 24 is reflected out of the transparent plate ii to promote more efficient light-emitting; (as shown in the third figure) and the lower segment is a deep groove layer 2 2, space It can be used to guide the line of ifL ED squad 2 4, or install electric power or (4) electric board, read the final secret, the bottom end connection - line tube 2 5 ' for the extension of the power line Pulling, the top end is provided with a rotating shaft 2 6 to be combined with the turning shaft 12 Φ of the cover 掀盍; the radiator 3 is extended with a flat surface 3 丄 a plurality of layers of the diffused fins 3 2 ' Between the layers, a plurality of venting holes 3u are formed. The flat surface 31 and the heat-conducting plate 2 of the cover-2 are attached to the back surface by a locking mosquito hole 3 12 (2112), so that a plurality of LED lighting right groups 24 are generated. The heat source is exported and dissipated, providing the effect of adding heat and turbulent ventilation. Referring to the first, fifth, and fifth-A diagrams, a plurality of lamp holders 2 3 and LED light-emitting modules 24 are sequentially locked to the heat-transfer plate 2 of the shallow groove layer 2 2 The positive and negative power lines are pulled out from the bottom of the LED lighting module 24 along the receiving line slot, and are placed in the middle of the deep groove layer 2 2 , and are extended by the line tube 25, and the cover is reflective. The face brother 2 7 is inserted into the top of the curvature lens 2 4 3 at the top end of the turn shaft 6 6 and the mask 1 of the mask 1 M348902 • 12, and is fixed by a screw lock screw hole, and the heat sink 3 is attached thereto. Thermal plate
21 1凸出的背面’而侧邊及中央則形成一間隙A ;導通後，乙βD 發光模組2 4向外發出光線，能透過透明板以予照明，同時，該L Ε D發光模組24也開始產生熱能，藉導熱板21 1使該熱能傳導至平 板面31上，由各散熱鳍片3 2將該熱能發散於空氣中，且側編及中 央的間隙A與數多通風孔31 1能有良好的氣體流通效果，可由氣體 將散熱鳍片3 2上由LED發光模組2 4所衍生之熱能迅速帶走，巧 妙地運用自然理論的力量，提供可廣泛運用於路燈、檯燈、桌燈等， 達到明顯降低溫度的實際效用。 請參閱第二圖、第三圖所示，前述罩蓋2係下段為深凹槽層2 2， 2砰躲_電路盤或控制電路模板，在正、魏源線拉出後接 ====料25伸入峨，州單控制及 M348902 •【圖式簡單說明】 第圖.係為本創作之立體分解圖。 第一圖：係為本創作之立體組合圖。 第三圖：係為本創作罩蓋之_視立體圖。 第四圖：係為本創作罩蓋之後側視立體圖。 第五圖：係為本創作之後側視立體圖。 第五~A圖：係為本創作導熱板與散熱器接合局部放大圖。 •【主要元件符號說明】 面罩1 透明板11 轉掀軸1 2 罩蓋2 淺凹槽層21 導熱板211 深凹槽層2 2 燈座2 3 容線槽2 31 鎖孔2 3 2 ( 2 1 1 1) 平面2 3 3 斜面2 3 4 LED發光模組24 模板2 4 1 缺口 2 4 2 曲率透鏡2 4 3 線路管2 5 轉掀軸2 6 反光面鏡2 7 出光孔2 71 螺孔2 8 散熱器3 平板面3 1 通風孔311 固定孔312(2112) 散熱鳍片3 2 9 M34890221 1 protruded back 'and a gap A is formed at the side and the center; after conduction, the B βD light-emitting module 24 4 emits light outwardly, and can be illuminated through the transparent plate, and the L Ε D light-emitting module 24 also begins to generate thermal energy. The thermal energy is transmitted to the flat surface 31 by the heat conducting plate 21 1 , and the heat energy is dissipated into the air by the heat dissipating fins 32 , and the gap A and the number of vent holes 31 in the side and the center are combined. 1 can have a good gas circulation effect, the heat energy derived from the LED light-emitting module 24 on the heat-dissipating fins 3 2 can be quickly taken away by the gas, and the power of the natural theory can be skillfully used to provide a wide range of application for street lamps and table lamps. Table lamps, etc., achieve the practical effect of significantly reducing the temperature. Please refer to the second figure and the third figure. The lower part of the cover 2 is a deep groove layer 2 2, 2 砰 _ circuit board or control circuit template, after the positive and Wei source lines are pulled out ==== Material 25 extends into the 峨, state single control and M348902 • [Simple diagram of the diagram] The first diagram is a three-dimensional exploded view of the creation. The first picture: is a three-dimensional combination of the creation. The third picture is the perspective view of the creative cover. The fourth picture is a side perspective view of the creative cover. The fifth picture: is a side perspective view of the creation. Figure 5~A: This is a partial enlarged view of the joint between the heat-conducting plate and the heat sink. • [Main component symbol description] Mask 1 Transparent plate 11 Turning shaft 1 2 Cover 2 Shallow groove layer 21 Thermal plate 211 Deep groove layer 2 2 Lamp holder 2 3 Line groove 2 31 Lock hole 2 3 2 ( 2 1 1 1) Plane 2 3 3 Bevel 2 3 4 LED lighting module 24 Formwork 2 4 1 Notch 2 4 2 Curvature lens 2 4 3 Line tube 2 5 Turning shaft 2 6 Reflecting mirror 2 7 Light exit hole 2 71 Screw hole 2 8 Radiator 3 Flat surface 3 1 Ventilation hole 311 Fixing hole 312 (2112) Heat sink fin 3 2 9 M348902
間隙AGap A