200939599 九、發明說明： 【發明所屬之技術領域】 本發明係提供一種模組化戶外L E D電源供應 器，尤指一種可裝置於戶外LED燈或LED裝置上具 有模組化、防水、防塵、防高酸鹼值空氣之侵入、防鏽 及直接散熱特性之電源供應器。 【先前技術】 ® 按習知之戶外L E D路燈或L E D裝置所使用的 電源供應器，其典型範例，如本發明人先前發明之台灣 第096138178號「密封式電源供應器」發明申請案，惟 該電源供應器，在使用時，尚有如下缺點待改良： (一） 、如該案的第七、八、九圖所示，複數的電源供 應器是插接在一模組化基座上，為了考慮外界環 境之影響，模組化基座必須嵌覆一外殼體，以達 ^ 到防水、防潮目的，故電源供應器無法直接建構 在L E D路燈之燈桿或L E D裝置之外部表面 上，因而無法達到較佳的散熱效率。 (二） 、由於電源供應器與戶外L E D路燈或L E D裝 置間的距離長，容易產生電壓降低，也因此減低 了電源供應器的輸出功率。 (三） 、每一電源供應器均有獨立的散熱罩體，換言之 每一散熱罩體僅能建構單一的電源供應器，無法 依需要任選二個以上的電源供應器。 5 200939599 (四）、每一電源供應器均須散熱罩體，使其成本徒增， 使其實用性降低。 【發明内容】 本發明的主要目的，即在提供一種模組化戶外L E D電源供應器，該電源供應器可安裝於L E D燈桿或L E D裝置的内部或外部，減低電源供應器與L E D燈座 之距離，以防止電源供應器的輸出到L E D燈座的功率 ❹ 降低。 本發明的再一目的，即在提供一種用於L E D路燈 的電源供應器，該電源供應器的主散熱外蓋内容槽中， 可依實際需要裝置一個或一個以上之電源供應器。 本發明的再一目的，即在提供一種模組化戶外L E D電源供應器，該電源供應器具有防水、防潮、防高酸 鹼值之空氣侵入、防塵、防鏽及直接散熱之特性，其防 水效果可達I P 6 5以上之標準，俾可安裝於戶外L E 〇 D燈座的燈桿或LED裝置上。 【實施方式】 如第一圖及第二圖所示，本發明乃在提供一種模組 化戶外L E D電源供應器，其結構由如下組件構成。 一内具有内容槽（12)的主散熱外蓋（1 0)， 該主散熱外蓋（1 0 )的表面設有複數散熱鰭片（1 1 )，内容槽（1 2 )的左側開口端以一側固定板（1 2 1 )以將左侧開口端封閉，其中内容槽（1 2)内分 6 200939599 別容置有下列元件： (a )、一個或一個以上的電源供應器（2 〇 )，每一個 電源供應器（2 〇 )的底部連接一下絕緣片（2 5 )’電源供應器（2 〇 )並與如下電路板（3 0)電性連接。 (b )、一片或一片以上之p c B電路板（3 〇 )、（ 3 6 )’若採二片p c B電路板，兩者間設有一絕 緣片（3 5 )，P C B 電路板（3 0)、（ 3 6) 一端連接有交流電源輸入連接器（3 6 1 )及 直流電源輸出連接器（3 〇 1 )，其内緣或外緣 並附加防水墊圈（3 6 2 )( 3 0 2 )。 (c )、一内具有容槽的絕緣容器（4 〇 )，其容槽内容 置有P C B電路板（3 〇 )或（3 6 )、絕緣片 (3 5 )、下絕緣片（2 5 )及電源供應器（2 〇 )’絕緣容器（4 0 )容置於主散熱外蓋（1 Q 0)的内容槽（12)内。 一底板（5 0 )’以滑軌方式置入主散熱外蓋（1 0)的底部’並將主散熱外蓋（1◦)之内容槽（12) 關閉’該底板（5 〇) —端與主散熱外蓋（1 〇 )之左 侧固定板（1 2 1 )與間設有一防水墊片（3 1 )。 如圖三所示，導熱材料（6 0)填充於内容槽（1 2 )中’電源供應器（2 〇 )、p c B電路板（3 0 )、 (3 6 )、絕緣片（3 5 )、絕緣容器（4 0 )與導熱材 7 200939599 料（6 0)粘結形成塊體狀，導熱材料（6 0)接觸並 導熱於内容槽（12)及底板（50)之内表面（52) 上。 其中主散熱外蓋（10)，其内容槽（12)的右 側開口端連結一連接板（6 1 )，連接板（6 1 )設有 連接孔（6 5 )，其可供P C B電路板（3 0 ) ( 3 6 ) 所屬的連接器（3 0 1 )、（ 3 6 1 )穿接於連接孔（6 5 )’再由連接板（6 1 )經直流電源輸出連接器（301)、 交流電源輸出連接線（361)和螺母（3 0 3 )、（ 3 6 3 ) 將右侧開口端封閉。 其中底板（5 0 ) —侧延伸出右侧板（5 3 )，其 長度延伸至主散熱外蓋（1 〇)的右侧，其表面設有線 材穿孔（531)及固定孔（532)、（533)，防 水墊片（5 4)同樣設有線材穿孔（5 4 1 )及固定孔 (542)、（543);防水墊片（5 4 )粘結於右側 Q 板（5 3)的板表面上。 其中’底板（5 0)的右側板（5 3)上，卡接一 侧散熱外蓋（8 0 )，該侧散熱外蓋（8 〇 )内部形成 一内容槽（圖上未顯示），侧散熱外蓋（8 〇 )的左侧 端連接於主散熱外蓋（1 〇)的右侧開口端，侧散熱外 蓋（8 0 )的右側端連接一封閉板（8 5 )，封閉板（8 5 )具有連接腳（8 5 1 )，連接腳（8 5 )得以螺 釘（8 5 2 )將侧散熱外蓋（8 〇 )螺固定於右侧板（5 8 200939599 3 )上’據以結合主散熱外蓋（1 〇 )及側散熱外蓋（8 0 )。 其中與底板（5 0 )的銜接區域，形成一斜坡面（5 7 )’ 一防水墊片（5 8 )粘結於斜坡面（5 7 )上。 其中’侧散熱外蓋（8 0)的表面上設有散熱鰭片 (8 1 ) ’以及二銜接孔（8 2 )。 主散熱外蓋（1 〇 )’其靠近右侧開口端的表面上， ❹設有橫溝槽（13)，藉由一门型扣件（17)，以其連 接軸端分別活插接入二銜接孔（8 2)中，連接軸端得 以一銜接孔（8 2)為軸孔做旋動，门型扣件（17) 可扣接入橫溝槽（1 3 )中，以快速定位侧散熱外蓋（8 〇)於主散熱外蓋（1〇)上。 如第四圖所示，其中主散熱外蓋（1 〇 )内容槽（丄 2)的槽壁面設有卡槽（丄2 6 )，底板（5 0)二側 邊設有凸軌體（5 0 2 )，凸軌體（5 〇 2 )卡接入卡 ^ 槽（126)中。 如第四圖、第五圖及第六圖所示，底板（5 〇 )的 底表面呈弧形面或平齊面（5 〇 1 )，可供固定在l e D燈座（9 〇)之L E D燈座或燈桿（9 5)的弧形面 或一般LED裝置之平齊面上。 實施時’如第七圖所示，其中底板（5 〇)的底表 面上可吸附一磁鐵板（5 9 )，該磁鐵板（5 9 )做吸 附元件’吸附於L E D燈桿（9 5)金屬内侧壁上。 9 200939599 上述，導熱材料（6 0)可為導熱膠、導熱膏、封 裝材料等導熱材料° 本發明主散熱外蓋（1 0 )、側散熱外蓋（8 〇 ) 及底板（5 0)等外部之組件可經陽極處理或化鎳等特 殊表面處理，以達到防氧化效果。 本發明實施方式，請參第六圖及第七圖以L ED路 燈為例之實施例圖示’其由L E D路燈僅為舉例說明， 其實施並不限於L ED路燈，其尚包含一般l ED裝置 等。 本發明特徵係整個L E D電源供應器可由主散熱 外蓋（1 〇 )、p c B電路板（3 〇 )、（ 3 6 )及該底 板（5 〇)設計成可依電源供應器（2 〇)模組之數量 而作長短調整之模組化，且具有防水、防塵、防鏽、防 高酸鹼值空氣之侵入及直接散熱特性 ，另侧散熱外蓋 (8 0)具有快逮電源輸入及輸出之連接及檢視功能。 【圖式簡單說明】 第一圖為本發明組合立體圖。 第=圖為本發明分解立體圖。 第—圖為沿著第一圖A-A剖面線之剖視圖。 第四圖為沿著第—圖B_B剖面線之剖視圖。 第五圖為本發明之橫向斷面圖。 第六圖為本發明安裝於燈座接頭上之斷面示意圖。 第圖為本發明安裝於燈桿内部之斷面示意圖。 200939599 【主要元件符號說明】 主散熱外蓋（1 0) 散熱鰭片（1 1 ) 内容槽（1 2) 側固定板（1 2 1 ) 卡槽（1 2 6 ) 橫溝槽（1 3) 门型扣件（1 7) 電源供應器（2 0) 下絕緣片（2 5) P C B電路板（3 0 ) 直流電源輸出連接器（3 0 1) 防水墊圈（3 0 2 ) 螺母（3 0 3 ) 防水墊片（3 1 ) 絕緣片（3 5) P C B電路板（3 6 ) 交流電源輸入連接器（3 6 1) 防水墊圈（3 6 2) 螺母（3 6 3 ) 絕緣容器（4 0) 底板（5 0) 弧形面或平齊面（5 0 1) 11 200939599 凸軌體（5 Ο 2) 内表面（5 2) 右侧板（5 3) 線材穿孔（5 3 1) 固定孔（5 3 2) 固定孔（5 3 3 ) 防水墊片（5 4) 線材穿孔（5 4 1) 固定孔（5 4 2) 固定孔（5 4 3 ) 斜坡面（5 7) 防水墊片（5 8) 磁鐵板（5 9) 導熱材料（6 0) 連接板（6 1 ) 連接孔（6 5 ) 防水墊片（6 6) 側散熱外蓋（8 0) 散熱鰭片（8 1 ) 二銜接孔（8 2) 封閉板（8 5 ) 連接腳（8 5 1) 螺釘（8 5 2 ) 12 200939599 L E D燈座（9 0) L E D燈桿（9 5)200939599 IX. Description of the invention: [Technical field of the invention] The present invention provides a modular outdoor LED power supply, in particular, a modular, waterproof, dustproof, and anti-proof device that can be installed on an outdoor LED lamp or LED device. A power supply with high acid-base air intrusion, rust prevention and direct heat dissipation characteristics. [Prior Art] A typical example of a power supply used in a conventional outdoor LED street lamp or LED device, such as the invention of the invention of the "Insulated Power Supply" of the Japanese Patent No. 096138178 The supplier, when used, has the following shortcomings to be improved: (1) As shown in the seventh, eighth and ninth diagrams of the case, the plurality of power supplies are plugged into a modular base, Considering the influence of the external environment, the modular base must be embedded with an outer casing to achieve waterproof and moisture-proof purposes. Therefore, the power supply cannot be directly constructed on the outer surface of the LED lamp or the LED device. Achieve better heat dissipation efficiency. (2) Due to the long distance between the power supply and the outdoor L E D street light or the L E D device, voltage drop is easily generated, thus reducing the output power of the power supply. (3) Each power supply unit has an independent heat dissipation cover. In other words, each heat dissipation cover can only construct a single power supply, and it is not possible to select more than two power supply devices as needed. 5 200939599 (4) Each power supply must have a heat-dissipating cover, which increases its cost and reduces its practicability. SUMMARY OF THE INVENTION The main object of the present invention is to provide a modular outdoor LED power supply that can be mounted inside or outside an LED light pole or LED device to reduce the power supply and the LED lamp holder. The distance to prevent the power supply's output to the LED lamp holder's power ❹ is reduced. It is still another object of the present invention to provide a power supply for a L E D street lamp in which one or more power supplies can be installed as needed in the main heat sink cover contents slot. A further object of the present invention is to provide a modular outdoor LED power supply, which has the characteristics of waterproof, moisture-proof, high-acid-proof air intrusion, dustproof, rustproof and direct heat dissipation, and is waterproof. The effect can reach IP 6 5 or higher, and can be installed on the pole or LED device of the outdoor LE 〇D lamp holder. [Embodiment] As shown in the first and second figures, the present invention provides a modular outdoor L E D power supply, the structure of which is composed of the following components. a main heat dissipation cover (10) having a content slot (12), the surface of the main heat dissipation cover (10) is provided with a plurality of heat dissipation fins (1 1 ), and the left side open end of the content slot (1 2 ) The left side open end is closed by a side fixing plate (1 2 1 ), wherein the content groove (1 2) is divided into 6 200939599, and the following components are not included: (a) one or more power supplies (2) 〇), connect the insulation piece (2 5 )' power supply (2 〇) to the bottom of each power supply (2 〇) and electrically connect to the following circuit board (30). (b) One or more pc B boards (3 〇), (3 6 )' If two pc B boards are used, an insulating sheet (3 5 ) is provided between them, and the PCB board (3 0 ), ( 3 6) One end is connected to the AC power input connector (3 6 1 ) and the DC power output connector (3 〇 1 ), and the inner or outer edge is attached with a waterproof gasket (3 6 2 ) ( 3 0 2 ) ). (c) An insulated container (4 〇) having a receiving space in which the PCB board is provided with a PCB circuit board (3 〇) or (3 6 ), an insulating sheet (3 5 ), and a lower insulating sheet (25) And the power supply (2 〇) 'insulated container (40) is placed in the content slot (12) of the main cooling cover (1 Q 0). A bottom plate (50) is placed in the bottom of the main heat dissipation cover (10) by a slide rail and closes the content slot (12) of the main heat dissipation cover (1). The bottom plate (5 〇) is terminated. A waterproof gasket (3 1 ) is disposed between the left fixing plate (1 2 1 ) and the main heat dissipation cover (1 〇). As shown in Figure 3, the heat conductive material (60) is filled in the content tank (1 2 ) 'power supply (2 〇), pc B circuit board (30), (3 6), insulating sheet (3 5) The insulating container (40) is bonded to the heat conductive material 7 200939599 material (60) to form a block shape, and the heat conductive material (60) contacts and conducts heat to the inner surface of the content groove (12) and the bottom plate (50) (52) on. The main heat dissipation cover (10) has a connection plate (6 1 ) connected to the right open end of the content slot (12), and a connection hole (65) is provided for the connection board (6 5 ) for the PCB circuit board ( 3 0 ) ( 3 6 ) The associated connectors (3 0 1 ) and ( 3 6 1 ) are connected to the connection holes (6 5 ) and then connected to the connector (6 1 ) via the DC power output connector (301). The AC power output cable (361) and nuts (3 0 3 ), (3 6 3 ) close the open end on the right side. The bottom plate (50) extends laterally from the right side plate (53), and the length thereof extends to the right side of the main heat dissipation cover (1 〇), and the surface is provided with a wire through hole (531) and a fixing hole (532), (533), the waterproof gasket (5 4) is also provided with a wire perforation (5 4 1 ) and fixing holes (542), (543); the waterproof gasket (5 4 ) is bonded to the right Q plate (5 3) On the surface of the board. The right side plate (5 3) of the 'base plate (50) is fastened to the side heat-dissipating cover (80), and the inner heat-dissipating cover (8 〇) has a content groove (not shown), the side The left end of the heat dissipation cover (8 〇) is connected to the right open end of the main heat dissipation cover (1 〇), and the right end of the side heat dissipation cover (800) is connected to a closing plate (85), the closing plate ( 8 5 ) With the connecting leg (8 5 1 ), the connecting leg (8 5 ) can be screwed to the right side plate (5 8 200939599 3 ) by the screw (8 5 2 ). Combine the main heat dissipation cover (1 〇) and the side heat dissipation cover (80). The junction area with the bottom plate (50) forms a slope surface (57). A waterproof gasket (58) is bonded to the slope surface (57). The surface of the side heat-dissipating cover (80) is provided with heat-dissipating fins (8 1 ) and two engaging holes (82). The main heat-dissipating cover (1 〇) is placed on the surface near the open end of the right side, and is provided with a lateral groove (13), which is inserted into the shaft end by a connecting type fastener (17). In the connecting hole (82), the connecting shaft end is rotated by a connecting hole (82) for the shaft hole, and the door type fastener (17) can be buckled into the lateral groove (13) to quickly locate the side. The heat dissipation cover (8 〇) is on the main heat dissipation cover (1〇). As shown in the fourth figure, the groove wall surface of the main heat dissipation cover (1 〇) content groove (丄2) is provided with a card slot (丄26), and the bottom plate (50) has a convex rail body on both sides (5) 0 2 ), the convex rail body (5 〇 2 ) card is inserted into the card slot (126). As shown in the fourth, fifth and sixth figures, the bottom surface of the bottom plate (5 〇) has a curved surface or a flush surface (5 〇 1 ), which can be fixed to the lamp holder (9 〇). The curved surface of the LED lamp holder or lamp post (9 5) or the flush surface of a general LED device. When implemented, as shown in the seventh figure, a bottom plate (5 〇) can adsorb a magnet plate (5 9 ), and the magnet plate (5 9 ) acts as an adsorption element 'adsorbed to the LED lamp post (9 5) On the inner side wall of the metal. 9 200939599 The above thermal conductive material (60) can be a thermal conductive material such as a thermal conductive paste, a thermal conductive paste or a packaging material. The main heat dissipation cover (10), the side heat dissipation cover (8 〇) and the bottom plate (50) of the present invention, etc. The external components can be treated with a special surface such as anodizing or nickel to achieve an oxidation-proof effect. For the embodiment of the present invention, please refer to the sixth embodiment and the seventh figure as an example of the L ED street lamp as an example. The LED street lamp is only an example, and the implementation is not limited to the L ED street lamp, which still includes the general l ED. Device, etc. The feature of the present invention is that the entire LED power supply can be designed as a power supply (2 〇) by a main heat dissipation cover (1 〇), a pc B circuit board (3 〇), (3 6 ), and the bottom plate (5 〇). The module is modularized for length adjustment, and has waterproof, dustproof, rustproof, high acid-base air intrusion and direct heat dissipation characteristics. The other side heat sink cover (800) has a fast power input and Output connection and view function. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a combined perspective view of the present invention. Fig. = is an exploded perspective view of the present invention. The first figure is a cross-sectional view taken along line A-A of the first drawing. The fourth figure is a cross-sectional view taken along line B-B of the first figure. Figure 5 is a transverse cross-sectional view of the present invention. Figure 6 is a schematic cross-sectional view of the present invention mounted on a socket joint. The figure is a schematic cross-sectional view of the invention installed inside the lamp post. 200939599 [Main component symbol description] Main heat dissipation cover (1 0) Heat sink fin (1 1 ) Content groove (1 2) Side fixing plate (1 2 1 ) Card slot (1 2 6 ) Cross groove (1 3) Door type fasteners (1 7) Power supply (2 0) Lower insulation sheet (2 5) PCB circuit board (3 0 ) DC power output connector (3 0 1) Waterproof gasket (3 0 2 ) Nut (3 0 3) Waterproof gasket (3 1 ) Insulation sheet (3 5) PCB circuit board (3 6 ) AC power input connector (3 6 1) Waterproof gasket (3 6 2) Nut (3 6 3 ) Insulated container (4 0 Base plate (5 0) Curved or flat surface (5 0 1) 11 200939599 Convex rail body (5 Ο 2) Inner surface (5 2) Right side plate (5 3) Wire perforation (5 3 1) Mounting hole (5 3 2) fixing hole (5 3 3 ) waterproof gasket (5 4) wire piercing (5 4 1) fixing hole (5 4 2) fixing hole (5 4 3 ) slope surface (5 7) waterproof gasket ( 5 8) Magnet plate (5 9) Thermal material (6 0) Connection plate (6 1 ) Connection hole (6 5 ) Waterproof gasket (6 6) Side heat dissipation cover (8 0) Heat sink fin (8 1 ) II Adapter hole (8 2) Closed plate (8 5 ) Connecting foot (8 5 1) Screw (8 5 2 ) 12 200939599 LED Seat (9 0) L E D poles (95)