M348199 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種發光二極體照明模組，尤扑一 合式照明模組，其搭配反射罩、散熱板等設施，=具=級 便組裝、照明效率高、低耗電及易散熱等優點。 方 【先前技術】 「節能減碳」應該是目前最熱門的全球性環保活動 由於油價高漲’民生物價因而飛漲，一般人的日常生活大 而深受影響，纟開源不及的狀況下，節能是最有效的因 對策。在照明設備中，發光二極體燈具猶如明日之星餃y 吸引著業者及消費者的目光，其原因無他，使用壽命=， 耗電量低，正是其深受青睞的主要原因。儘管如此，發“ 二極體作為照明用途時，必須有相當數量的發光二極體$ 時工作，在此狀況下，照明效率、散熱等問題仍然必須5 慎以對，否則僅依賴發光二極體本身的長壽命、低耗電、 性’仍無法滿足照明效率及散熱佳的要求。 【新型内容】 因此，本創作主要目的在提供一種方便組裝、照明效 率高及易散熱之發光二極體照明模組，其主要係採組合式 設計，並配合反射罩、散熱板等設施，而能滿足照明效率 與散熱的要求。 為逹成前述目的採取的主要技術手段係令前述發光二 3 M348199 極體照明模組包括有： 一散熱板； 一基板，係設於散熱板上並構成熱接觸，該基板具有 一上表面，其上設有複數發光二極體，並與一供電迴路連 接； 一反射罩’係覆設於基板上，該反射罩上形成有複數 内凹的反射杯’各反射杯底部呈透空&，並分別對應於基 板上的各發光二極體穿出於反射杯間； 一外蓋’係呈透光狀，其覆設於反射罩上； 複數彈性扣夾，係呈一倒u形狀，其相對夾扣於散熱 板及外蓋上’而將外蓋固定於散熱板上； 利用前述的組合式設計，不僅可非常方便地完成組裝 ，且因搭配散熱板及反射罩設計，不僅易於散熱，更可提 问照明效率，進而可避免不必要的電力浪費。 【實施方式】 請參閱第一圖所示，本創作主要係由一散熱板（彳〇)、 —設有複數發光二極體（21)的基板（20)、一反射罩（30)、一 外蓋（40)及複數彈性扣夹（5〇)所組成，於本實施例中，進 一步包含一防水墊片（6〇)，該防水墊片（60)係位於散熱板 (1〇)與外蓋（40)之間。 於本實施例中，該照明模組概呈矩形狀，故前述的散 熱板（10)、基板（20)、反射罩（30)、外蓋（40)及防水墊片 (60)等亦大致呈矩形狀；其中： M348199 该散熱板（1G)具有―上板⑴）及—下板（12)，該上、下 板（11)(12)王平仃相對，二者間並設有複數垂直肋（η)以相 互連接冑上、下板⑴）〇 2)間維持一間距，並構成一失 層構、’ X上、下板⑴）（12)於相對内表面形成有複數縛 助（1 10)(1 2G)，以增加散熱面積。再者，上、下板⑴）〇 2) 於鄰近各角落處分別形成有—固定孔（111),供固定前述基 板（20)之用。 該基板（20)主要係由一電路板構成，其上形成有連接 線路(圖中未示）’又基板(2〇)的上表面設有複數的發光二 極體（21)，各發光二極體（21)係透過基板（2〇)上的連接線路 相互連接，以構成迴路；再者，本實施例中，係令基板 (20)上的發光二極體（21)作矩陣排列；另基板（2〇)各角落分 別形成有m定孔（22)，各固定孔（22)係對應於散熱板（1〇)上 的固疋孔（111)，使基板（20)得以固定於散熱板（1〇)上，其 者間並構成熱接觸，當基板（2〇)上各發光二極體（21)工 作時，其產生的熱能得傳導至散熱板（1 〇)，利用散熱板 (1〇)提供較大的散熱面積以加速散熱。 該反射罩（30)係覆設於基板（20)上，又反射罩（3〇)四周 形成有圍牆（31 )，其表面則形成複數内凹的反射杯（32)， 又反射杯（32)的外底部係突出於反射罩（3〇)的底面，再者 反射杯（32)底部係呈透空狀，並分別對應於基板（2〇) 上的各發光二極體（21)，當發光二極體（21)發光時，其產 勺光線將先在反射杯（32)表面反射後再射出’以提高亮 度。 ^儿 M348199 該外盍（40)為可透光，其為一底部呈透空的中空蓋體 ，其内部所形成容置空間的深度係與反射罩（3 〇)的高度（圍 牆（31)加上反射杯（32)的高度）匹配，而適可供反射罩（3〇) 容置其間(請配合參閱第二圖所示）。又外蓋(4〇)於底端周 緣處向外延伸以形成一矩形狀的詹部（4彳），該外蓋（4 〇)於 該簷部（41)處的長寬度係匹配於散熱板（1〇)的長寬度，而 適可覆設於散熱板（彳0)的上板（1彳）上’於本實施例中，該 外蓋（40)㈣部⑷）與散熱板（1Q)之間設有該防水塾片_ ，該防水塾片（6G)係-矩形框片，主要係由彈性材料構成 ’可確保外蓋（4G)與散熱板（1Q)制彈性扣夾（5Q)使其相互 結合後呈現緊密狀態，如是組合構造下，不僅防塵並具有 防水作用。 又外盍（40)於其筹部⑷）表面形成有複數凹入的槽部 (42)’該槽部（42)係配合彈性扣夾（5q)的使用，以方便彈性 扣夹（50)扣夾於㈣部（41)上，而不易左右易位。 該彈性扣夾（50)概呈—u形狀，其具有一上失片 ()及了夾片（52) ’該上夹片（51)寬度匹配於前述槽部 ()的内t據以扣持於該槽部（42)内。又下夾片（52)寬度 大致與上夹片(51)相同’不同處在該下夾片㈣上形成有 兩道溝槽（520)，該溝槽（52Q)係對應於散熱板（1Q)上的垂 直力（3)使彈f·生扣失（5〇)的下夾片（52)能避開垂直肋（η) 1㈣插人散熱板（1_上、下板⑴K12)之間，並扣持 於上即1)的底面（請參閱第三圖所示）。於本實施例中， 該外盍（40)與散熱板（1〇)係於兩相對長邊上分別夾設有複 M348199 數彈性扣夾（50)，除此以外，於兩相對短邊上亦分別夾設 一彈性扣夾（5 0)。 前述散熱板（10)、基板（20)、反射罩（3〇)、外蓋（4〇)、 防水墊片（60)經組合並以彈性扣夾（50)夾持固定後，其外 觀係如第四圖所示。 由上述構造可以瞭解，本創作提供了相當便利的組合 ' 構造，其組裝方式十分簡易，故可提高組合作業效率；又 本創作在基板上設有複數發光二極體，並令基板底面與散 籲 熱板構成熱接觸，當發光二極體工作時，其產生的熱能可 傳導至散熱板，利用散熱板提供較大的散熱面積以快速散 熱’再者’反射罩的設計使發光二極體產生的光線先經折 射再射出’可提高其亮度；另由於組合構造中具有彈性墊 片之設計，使元件與元件之間的結合更臻緊密，不僅防塵 且具理想的防水效果。因此，本創作不論在組合構造或照 明效果上均具有突出的技術特徵與顯然的進步，從而已符 合新型專利要件。 【圖式簡單說明】 第一圖：係本創作之分解圖。 第二圖：係本創作之一剖視圖。 第二圖：係本創作又一剖視圖。 第四圖：係本創作之立體圖。 【主要元件符號說明】 (10)散熱板 （11)上板 7 M348199 (110)(120)鰭肋 (1 1 1)固定孔 (12)下板 (13)垂直肋 (20)基板 (21)發光二極體 (22)固定孔 (30)反射罩 (31)圍牆 (32)反射杯 (40)外蓋 (41)簷部 (42)槽部 (50)彈性扣夾 (51)上夾片 (52)下夾片 (520)溝槽 (60)防水墊片M348199 VIII. New description: [New technical field] This creation is about a kind of light-emitting diode lighting module, especially one-in-one lighting module, which is equipped with reflectors, heat sinks and other facilities. High lighting efficiency, low power consumption and easy heat dissipation. [Previous technology] "Energy saving and carbon reduction" should be the most popular global environmental protection activity. Because of the high oil price, the civilian bio-price has soared. The daily life of ordinary people is greatly affected. Under the condition of open source, energy saving is the most effective. Because of countermeasures. In lighting equipment, LED lighting fixtures are like the stars of the future, attracting the attention of the industry and consumers, for no reason, the service life =, low power consumption, is the main reason for its popularity. However, when using a diode as a lighting source, it must have a considerable amount of light-emitting diodes to work. In this case, lighting efficiency, heat dissipation, etc. must still be prudent, otherwise rely solely on the light-emitting diode. The long life, low power consumption and performance of the body itself still cannot meet the requirements of lighting efficiency and heat dissipation. [New content] Therefore, the main purpose of this creation is to provide a light-emitting diode that is easy to assemble, has high illumination efficiency and is easy to dissipate heat. The lighting module, which mainly adopts the combined design and cooperates with the reflector, the heat sink and other facilities, can meet the requirements of lighting efficiency and heat dissipation. The main technical means adopted for the above purpose is to make the above-mentioned luminous 2 M348199 pole The body lighting module comprises: a heat sink; a substrate disposed on the heat sink and forming a thermal contact, the substrate having an upper surface, the plurality of light emitting diodes being disposed thereon, and being connected to a power supply circuit; The reflector cover is disposed on the substrate, and the reflector is formed with a plurality of concave reflective cups. The bottoms of the reflector cups are transparent and corresponding to the substrate. Each of the light-emitting diodes is worn out of the reflector cup; an outer cover 'is transparent, and is disposed on the reflector; the plurality of elastic clips are in an inverted u shape, and are relatively clipped to the heat sink And the outer cover is fixed on the heat dissipation plate; the above-mentioned combined design can not only complete the assembly very conveniently, but also is easy to dissipate heat due to the design of the heat dissipation plate and the reflector cover, and can also ask for lighting efficiency. Further, unnecessary power waste can be avoided. [Embodiment] Referring to the first figure, the present invention mainly consists of a heat sink (彳〇), a substrate (20) provided with a plurality of light-emitting diodes (21). And a reflector (30), an outer cover (40) and a plurality of elastic clips (5〇), in the embodiment, further comprising a waterproof gasket (6〇), the waterproof gasket (60) The heat dissipation plate (1) is disposed between the heat dissipation plate (1) and the outer cover (40). In the embodiment, the illumination module has a rectangular shape, so the heat dissipation plate (10), the substrate (20), and the reflection cover (30). ), the outer cover (40) and the waterproof gasket (60) are also substantially rectangular; wherein: M348199 the heat dissipation (1G) has an upper plate (1) and a lower plate (12), and the upper and lower plates (11) (12) are opposite to each other, and a plurality of vertical ribs (η) are provided therebetween to connect the upper and lower sides. The board (1)) 〇 2) maintains a space between the two, and constitutes a lost layer structure, 'X upper and lower plates (1)) (12) formed with a plurality of bindings (1 10) (1 2G) on the opposite inner surface to increase heat dissipation In addition, the upper and lower plates (1)) 〇 2) are respectively formed with fixing holes (111) for fixing the substrate (20) in the adjacent corners. The substrate (20) is mainly composed of a circuit board. The upper surface of the substrate (2〇) is provided with a plurality of light-emitting diodes (21), and each of the light-emitting diodes (21) is transmitted through the substrate (2〇). The connection lines on the other are connected to each other to form a loop; further, in this embodiment, the light-emitting diodes (21) on the substrate (20) are arranged in a matrix; and the corners of the other substrate (2) are respectively formed. a fixed hole (22), each fixing hole (22) corresponding to a fixing hole (111) on the heat dissipation plate (1), so that the substrate (20) is fixed on the heat dissipation plate (1), And the thermal contact is formed. When the light-emitting diodes (21) on the substrate (2〇) work, the heat generated by the light-emitting diodes (21) is transmitted to the heat dissipation plate (1 〇), and the heat dissipation plate (1 〇) is used to provide greater heat dissipation. Area to accelerate heat dissipation. The reflector (30) is coated on the substrate (20), and a wall (31) is formed around the reflector (3), and a plurality of concave reflecting cups (32) and reflecting cups are formed on the surface. The outer bottom portion protrudes from the bottom surface of the reflector (3〇), and the bottom of the reflective cup (32) is vacant and corresponds to each of the light-emitting diodes (21) on the substrate (2〇). When the light-emitting diode (21) emits light, the light generated by the spoon will be reflected on the surface of the reflective cup (32) and then emitted to increase the brightness. ^儿M348199 The outer cymbal (40) is permeable to light, which is a hollow cover body with a hollow bottom, the depth of the accommodating space formed inside and the height of the reflector (3 〇) (fence (31) Plus the height of the reflector cup (32) is matched, and the reflector (3〇) is suitable for accommodation (please refer to the second figure). The outer cover (4〇) extends outwardly at the periphery of the bottom end to form a rectangular shape (4彳), and the long width of the outer cover (4〇) at the crotch portion (41) is matched with the heat dissipation. The long width of the plate (1〇) is suitable to be applied to the upper plate (1彳) of the heat dissipation plate (彳0). In the present embodiment, the outer cover (40) (four) portion (4)) and the heat dissipation plate ( Between 1Q), the waterproof cymbal _ is provided, and the waterproof cymbal (6G) is a rectangular frame piece mainly composed of an elastic material to ensure an elastic clip of the outer cover (4G) and the heat dissipation plate (1Q) ( 5Q) It is tightly combined with each other, and in the combined structure, it is not only dustproof but also waterproof. Further, the outer casing (40) is formed with a plurality of concave groove portions (42) on the surface of the preparation portion (4). The groove portion (42) is matched with the elastic buckle clamp (5q) for facilitating the elastic buckle clamp (50). The clip is clamped on the (four) part (41), and it is not easy to change the translocation. The elastic clip (50) has a u-shape, and has an upper piece () and a clip (52). The upper clip (51) has a width matching the inner portion of the groove (). Hold in the groove portion (42). The lower clip (52) has a width substantially the same as that of the upper clip (51). The difference is that two grooves (520) are formed on the lower clip (4), and the groove (52Q) corresponds to the heat sink (1Q). The vertical force (3) on the lower clip (52) of the bomb f·buckle (5〇) can avoid the vertical rib (η) 1 (four) inserted between the heat sink (1_upper and lower plates (1) K12) And hold it on the bottom of the top 1) (see the third figure). In this embodiment, the outer cymbal (40) and the heat dissipation plate (1 〇) are respectively provided with a plurality of M348199 number elastic clips (50) on the two opposite long sides, and on the opposite short sides. A spring clip (50) is also placed separately. The heat sink (10), the substrate (20), the reflector (3), the outer cover (4〇), and the waterproof gasket (60) are combined and held by the elastic clips (50), and the appearance thereof is As shown in the fourth figure. It can be understood from the above configuration that the present invention provides a relatively convenient combination 'structure, and the assembly method is very simple, so that the efficiency of the combination operation can be improved; and the present invention has a plurality of light-emitting diodes on the substrate, and the bottom surface of the substrate is dispersed. The hot plate constitutes a thermal contact. When the light emitting diode works, the heat energy generated by the light emitting diode can be transmitted to the heat dissipation plate, and the heat dissipation plate is used to provide a large heat dissipation area to quickly dissipate the 'further' reflector design to make the light emitting diode The generated light is first refracted and then emitted to improve its brightness; and because of the design of the elastic spacer in the combined structure, the combination between the component and the component is tighter, and it is not only dustproof but also has an ideal waterproof effect. Therefore, this creation has outstanding technical features and obvious advances in terms of combined construction or lighting effects, and thus conforms to the new patent requirements. [Simple description of the diagram] The first picture: an exploded view of the creation. The second picture: a cross-sectional view of this creation. The second picture: another cross-sectional view of the creation. The fourth picture: a perspective view of the creation. [Main component symbol description] (10) Heat sink (11) Upper plate 7 M348199 (110) (120) Fin rib (1 1 1) Fixing hole (12) Lower plate (13) Vertical rib (20) Substrate (21) Light-emitting diode (22) fixing hole (30) reflection cover (31) wall (32) reflection cup (40) outer cover (41) crotch portion (42) groove portion (50) elastic clip (51) clip (52) lower clip (520) groove (60) waterproof gasket