201021668 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種照明裝置中之電源供應器的組裝架 構，特指電源供應器之殼體係與照明裝置之基板一體成塑 者。 【先前技術】 照明裝置係-種設置有發光體而可藉由該發光體所發 φ出之光線來達到照明目的之裝置，隨著科技的進步以及對 環境保護之概念的盛行，照明裝置中之發光體的選用係以 是否具有高功效、省能源等特性為考量’其令又以兼具體 積小、使用壽命長等優點之LED照明裝置最具發展潛力’ 一般普遍認為其可成為未來照明裝置的主流。 照明裝置依照所使用之發光體的種類而定，其用來驅 動發光體之電源亦不相同，其中使用LED燈作為發光體者， 由於LED燈必須以直流電來驅動，因此必須供給其一直流 ❹電，但由於普遍供應之電源係交流電，故必須另以一電源 供應器將該交流電轉換為直流電方能驅動該LED燈，參見 第七及第八圖所示，為一電源供應器在一使用LED燈作為 發光體之路燈中之設置示意圖，其中，該路燈係包含有— 基板（30) ’於該基板（30)—側板面上設有LED燈（50)，為了 可提供LED燈散熱’於該基板（30)的另一側板面上進一步 設有散熱用之散熱片組（31)，而於該散熱片組（31)之一側邊 係設置有前述電源供應器（32)，於基板（30)上方進一步設有 一燈罩（36)用以覆蓋電源供應器（32)以及散熱片組（31)，於 3 201021668 現有技術之路燈中，該電源供應器（32)係單獨製作成一元 件’可用以將交流電轉換為直流電，該電源供應器（32)連接 有一父流電規線（3 3)至一交流電源，另連接有另一直流電缓 線（34)，該直流電纜線（34) —端並經由設置於基板（3〇)上的 一貫穿孔連接至設於基板（30)另一側板面的LED燈（50)， 如此藉由該電源供應器（32)轉換交流電成為直流電即可驅動 該LED燈作動。 由於該路燈一般均設置於無遮蔽之場所，為避免在雨 • 天時雨水流至路燈内並經由交流、直流電境線（33)(34)與電 源供應器（32)殼體間之間隙以及直流電規線（34)與基板（3〇) 貫穿孔間之間隙滲入而導致電子元件損壞，於電源供應器 (32)之殼體上以及基板（30)上該貫穿孔之位置處並分別設置 有防水接頭（35)供交流、直流電纜線（33)(34)穿設，藉此來 達到防水之目的。 由於上述現有技術之路燈中該電源供應器（32)係單獨製 作為一元件，因此為達到安裝固定電源供應器（32)之目的， 於該電源供應器（32)上必須另設有組裝通孔（321)，而於基 板（30)上則設有相對應的組裝螺孔（3〇1)，並配合一固定件 如螺釘等已將電源供應器(32)固定於基板⑽上，然而此種 組裝方式除了耗費組裝工時外，該組裝通孔（321)以及組裝 螺孔(301)之設置亦導致加工成本的上升，此外，上述數個 防水接頭（35)之設置將進—步增加生產成本因此該現有技 術之路燈確有值得改善之空間。 【發明内容】 201021668 為解決上述現有技術之不足點，本發明藉由將電源供 應器之殼體一體成型於基板上，期望藉此解決現有技術之 路燈因電源供應器係單獨製作而導致加工成本増加之問 題。 為達到上述發明目的，本發明所使用之技術手段為提 供一照明裝置之電源供應器組裝架構，其包含有一基板以 及設置於基板上之一電源供應器，其中： 該基板呈一板體’基板上形成有貫穿基板之一通孔； ❹ 該電源供應器包含有： 一殼體’其係一體成型突設於前述基座一側板面上並 包圍有一容置空間，於殼體上貫穿形成有至少一結合孔相 通於該容置空間’而前述基板上之通孔係位於該容置空間 内； 一電源模組’係設置於所述容置空間内，其可將交流 電轉換為直流電； 一蓋體，其係蓋設於所述殼體上側且封閉所述容置空 ® 間而可阻絕流體流經蓋體與殼體之間； 相應於所述結合孔數量的防水接頭，其結合固定於該 結合孔； 一交流纜線以及一直流纜線，其用以傳輸電源，其中 該交流繞線之一端連接至一交流電源，而另一端則經由該 防水接頭進入於殼體容置空間内並連接至電源模組，而另 直流電境線係以一端連接於電源模組，而另一端則穿設經 過基板上之通孔而位於基板下方。 所述基板上之通孔係位於所述容置空間外，於該通孔 201021668 上進一步設有一防水接頭，而所述殼體上係貫穿形成有兩 結合孔，所述直流電纜線一端係穿設經過殼體上一防水接 頭而位於殼體之容置空間外，該端並且穿設經過設於該通 孔的防水接頭而位於基板下方。 所述基板一側邊進一步彎折延伸形成有一側板，於該 側板上進一步形成有一貫穿的導孔，另於侧板上設有一呈 中空管體之安裝支架且對應於該導孔。 所述侧板係與前述殼體一體成型設置位於殼體側邊， β 而殼體上的結合孔係設置位於與該側板相連接處且與侧板 之導孔相通。 所述基板上進一步於殼體外側突起形成有散熱片組。 所述電源供應器進一步包含有一墊圈，而前述殼體頂 端面環繞該容置空間内凹形成有一溝槽，殼體頂端面且形 成有複數個鎖合螺孔，該墊圈係設置於所述溝槽内並突出 於殼體頂端面’而所述蓋體係壓抵於該墊圈，其形成有複 數個對應殼體頂端面鎖固螺孔之貫穿孔，相對於各貫穿孔 ❿處可設有固定件，該固定件可穿設貫穿孔並與鎖合螺孔相 互結合固定。 由上述可知’本發明由於其電源供應器之殼體與基板 係一體成型，因此可節省因個別製作而所必須額外負擔之 模具設計及製造費用，此外，所述直流電纜線的一端可經 由穿设位於殼體内之通孔而位於基板下方，據以供應可進 一步設於基板下方的led燈作動用之電源，相較於現有技 術之結構’本發明可僅使用一個防水接頭，如此不但可減 少零件的使用亦不佔據路燈内的空間，更可達到降低生產 201021668 成本之功效。 【實施方式】 參見第一及第二圖所示，於本發明之第一實施例中包 含有一基板（ίο)以及設置於該基板（1〇)上的一電源供應器 (20)，其中： 該基板（10)呈一板體，其形成有一貫穿基板（1〇)之通孔 (U)’並且於一側板面上突起形成有一散熱片組（13)，而另 側板面上可進一步設置有LED燈（4〇)，於基板（1〇)之一 側端並彎折延伸形成有一側板（14)，於該側板（1句上進一步 形成有一貫穿的導孔（141)，另於側板（14)上設有一呈中空 b體之安裝支架（15)且對應於該導孔（141); 該電源供應器（20)包含有一殼體（21)、一塾圈（22)、一 電源模組（23)、一蓋體（24)、兩防水接頭（25)(25A)、一交流 電镜線（26)以及一直流電鐵線（27)，其中： 粵 該殼體（21)係一體成型突設於前述基板（10)—側板面上 並與前述側板（14)間隔有一距離，於圖中所示較佳實施例 中’係由相連接的四側壁而構成，其並包圍形成有一容置 空間’於殼體（21)之一側壁上貫穿形成有兩結合孔 (211)(211A)相通於該容置空間，另於殼體（21)頂端面形成 有複數個鎖合螺孔（213)且環繞該容置空間的側壁頂端面上 内凹形成有一溝槽（212) ’於圖中所示較佳實施例中係形成 有四個鎖合螺孔（213)分別位於各側壁相連接處，前述基板 (1〇)上之通孔（11)係位於該容置空間内，而前述散熱片組（13) 201021668 與侧板（14)分別位於殼體（21)外側的兩側邊； 該墊圈（22)係設置於前述溝槽（212)内並突出於殼體（21) 頂端面； 該電源模組（23)係設置於所述容置空間内其用以將交流 電轉換為直流電； 該蓋體（24)係蓋設於所述殼體（21)上側且壓抵於所述墊 圈（22)而封閉並防止流體滲入前述容置空間，其形成有複數 個對應殼體（21)頂面鎖合螺孔（213)之貫穿孔（241)，於圖中 ❿所示較佳實施例中係形成有四貫穿孔（241)，相對於各貫穿 孔（241)處可設有固定件（242)，該固定件（242)可穿設貫穿孔 (241)並與鎖合螺孔（213)相互結合固定； 該兩防水接頭（25)(25A)分別結合固定於殼體（21)側壁 上之結合孔（211)(211A); 該交流、直流電纜線（26)(27)用以傳輸電源，其中該交 流電缓線（26)之一端連接至一交流電源’另一端則穿設經過 前述安裝支架（15)以及侧板之導孔（141)且繞經殼體（21)外侧 ® 再穿設經過前述防水接頭（25)而進入於殼體（21)容置空間 内’並連接於電源模組（23)上，而該直流電纜線（27)係以一 端連接於電源模組（23)上，其另一端則穿設經過防水接頭 (25 A)而位於容置空間外，該端並且穿設經過防水接頭（25B) 而位於基板（10)下方，其並可進一步連接於設置於基板（10) 下方的LED燈（40)。 進一步參見第三及第四圖所示，為本發明之第二實施 例’其中所述基板（10)上之通孔（11A)係位於殼體（21)之容 置空間内，而於殼體（21)於侧壁上係形成有一結合孔（211) 201021668 且結合有防水接頭（25)，所述交流電纜線（26)之一端連接至 一交流電源，另一端則穿設經過該防水接頭（25)而進入於殼 體（21)容置空間内且連接於電源模組（23)，而所述直流電缓 線（27) —端連接於電源模組（23)，其另一端則穿設經過該通 孔（11)而位於基板（1 〇)下方。 進一步參見第五及第六圖所示，為本發明之第三實施 例’其中則述側板（14)係與前述殼體（21) —體成型而設置位 於殼體（21)—側壁之側邊，而前述殼體（21)上的結合孔（211B) ❿係3又置於與该側板（14)相連接之一側壁上且與侧板（14)之導 孔（141)相通，前述防水接頭（25)則設置位於該安裝支架 内且接合於殼體（21)側壁之結合孔（211B)，於本實施例中， 剛述交流電纜線（26)係穿設經過安裝支架（15)以及前述防水 接頭（25)而進入於殼體（21)容置空間内。 由上述實施例可知，本發明由於係將電源供應器（2〇)的 殼體叫-體成料置於基板⑽上，因此於該基板（1〇)或 電源供應器（20)的殼體（21)上均無須另外設置有供組裝用之 _通孔或螺孔等，如此可具有節省加工成本之功效此外於 上述第二及第三實施例中係進—步將用以供直流電規線(27) 穿設至基板⑽底狀通孔⑴）設置於可时之電源供應器 (20)的殼體（21)内，因此僅雹估田 „ , 值萬使用一防水接頭（25)即可防止 水渗入該殼體（21)或基板（10)下 ’卜万而導致短路造成損壞，如 此可進一步節省生產成本。 【圖式簡單說明】 第-圖為本發明第-實施例之部分立體分解圖 201021668 第一圖為本發明第一實施例之俯視圖。 第二圖為本發明第二實施例之部分立體分解圖。 第四圖為本發明第二實施例之部分剖視圖。 第五圖為本發明第三實施例之部分立體分解圖。 第’、圖為本發明第三實施例之部分剖視圖。 第七圖為於一現有技術之路燈中電源供應器的組裝架 構之俯視示意圖。 第八圖為於一現有技術之路燈中電源供應器的組裝架 ® 構之立體示意圖。 【主要元件符號說明】 (10)基板 (11)(11A)通孔 (13)散熱片組 (14)側板 (141)導孔 (15)安裝支架 (2〇)電源供應器 (21)殼體 (211)(211A)(211B)結合孔 (212)溝槽 (2 13)鎖合螺孔 (22)墊圈 (23)電源模組 (24)蓋體 (241)貫穿孔 (242)固定件 (25)(25A)(25B)防水接頭 (26)交流電纜線 (27)直流電纜線 (30)基板 (3 1)散熱片組 (32)電源供應器 (33)交流電纜線 (34)直流電纜線 (35)防水接頭 (36)燈罩 (40)(50)LED 燈BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an assembly structure of a power supply device in a lighting device, in particular, a housing of a power supply device and a substrate of a lighting device. [Prior Art] A lighting device is a device in which an illuminant is provided and the light emitted by the illuminating body can be used for illumination purposes. With the advancement of technology and the prevalence of environmental protection concepts, lighting devices The selection of the illuminant is based on whether it has high efficiency, energy saving and other characteristics. It has the most potential for LED lighting devices with the advantages of small specific capacity and long service life. It is generally considered to be future lighting. The mainstream of the device. The illuminating device depends on the type of illuminant used, and the power source for driving the illuminant is also different. Among them, the LED lamp is used as the illuminator. Since the LED lamp must be driven by direct current, it must be supplied continuously. Electricity, but since the commonly supplied power supply is AC, it must be converted to DC by a power supply to drive the LED. See Figures 7 and 8 for a power supply. The LED lamp is used as a schematic diagram of the setting of the street lamp of the illuminator, wherein the street lamp comprises a substrate (30) 'on the substrate (30) - an LED lamp (50) is arranged on the side plate surface, in order to provide heat dissipation of the LED lamp Further, a heat sink group (31) for heat dissipation is further disposed on the other side surface of the substrate (30), and the power supply (32) is disposed on one side of the heat sink group (31). A lamp cover (36) is further disposed above the substrate (30) for covering the power supply (32) and the heat sink group (31). In the prior art street lamp of 3 201021668, the power supply device (32) is separately fabricated into a component. It can be used to convert AC power into DC power. The power supply (32) is connected to a parent current gauge line (3 3) to an AC power source, and another DC power line (34) is connected. The DC cable (34) is connected. The end is connected to the LED lamp (50) provided on the other side of the substrate (30) via a uniform through hole provided on the substrate (3〇), so that the AC power can be converted into a direct current by the power supply (32). Drive the LED light to act. Since the street lamp is generally installed in an unshielded place, in order to avoid rain and rain, the rainwater flows into the street lamp and the gap between the AC and DC power lines (33) (34) and the power supply (32) housing and the DC power gauge. The gap between the wire (34) and the substrate (3〇) penetrates into the hole to cause damage to the electronic component, and is respectively disposed at the position of the through hole on the casing of the power supply (32) and the substrate (30). The connector (35) is provided for the AC and DC cable (33) (34) to achieve waterproofing. Since the power supply (32) of the above prior art street lamp is separately fabricated as a component, in order to achieve the purpose of installing the fixed power supply (32), an assembly pass must be provided on the power supply (32). a hole (321), and a corresponding assembly screw hole (3〇1) is disposed on the substrate (30), and the power supply (32) is fixed to the substrate (10) with a fixing member such as a screw. In addition to the assembly time, the assembly of the through hole (321) and the assembly screw hole (301) also leads to an increase in processing cost, and the setting of the above several waterproof connectors (35) will be further advanced. Increasing production costs, the street lamp of this prior art does have room for improvement. SUMMARY OF THE INVENTION 201021668 In order to solve the above-mentioned shortcomings of the prior art, the present invention is formed by integrally molding a housing of a power supply on a substrate, thereby hoping to solve the processing cost of the prior art street lamp due to the separate manufacture of the power supply system. Add the problem. In order to achieve the above object, the technical means used in the present invention is to provide a power supply assembly structure for a lighting device, comprising a substrate and a power supply disposed on the substrate, wherein: the substrate is a plate body A through hole is formed in the through substrate; ❹ the power supply comprises: a housing integrally formed on the side surface of the base and surrounding an accommodating space, and at least formed on the housing a through hole is in the accommodating space ′ and the through hole on the substrate is located in the accommodating space; a power module is disposed in the accommodating space, and converts the alternating current into direct current; a cover that is disposed on the upper side of the housing and encloses the space Between the covers to prevent fluid from flowing between the cover and the housing; and the waterproof joint corresponding to the number of the joint holes is fixed and fixed The coupling hole; an AC cable and a DC cable for transmitting power, wherein one end of the AC winding is connected to an AC power source, and the other end is connected via the waterproof connector In the accommodating space and connected to the power module housing, and the other end of the DC border line is connected to the power supply module, and the other end penetrates through the through hole through the substrate and positioned below the substrate. The through hole on the substrate is located outside the accommodating space, and a waterproof joint is further disposed on the through hole 201021668, and two coupling holes are formed through the casing, and the DC cable is threaded at one end. The housing is located outside the accommodating space of the housing through a waterproof joint, and the end is disposed under the substrate through a waterproof joint disposed on the through hole. One side of the substrate is further bent and extended to form a side plate, and a through hole is further formed on the side plate, and a mounting bracket having a hollow tube body is disposed on the side plate and corresponds to the guide hole. The side plate is integrally formed with the casing on the side of the casing, and the coupling hole on the casing is disposed at a connection with the side plate and communicates with the guide hole of the side plate. Further, a heat sink group is formed on the substrate and protruded outside the casing. The power supply further includes a gasket, and the top end surface of the casing is recessed around the accommodating space to form a groove, and the top end surface of the casing is formed with a plurality of locking screw holes, and the gasket is disposed on the groove The cover system protrudes from the top end surface of the casing, and the cover system is pressed against the gasket, and a plurality of through holes corresponding to the locking holes of the top end faces of the casing are formed, and the fixing can be fixed with respect to each of the through holes The fixing member can be penetrated through the through hole and fixed to the locking screw hole. As can be seen from the above, the present invention can be integrated with the substrate of the power supply unit, thereby saving the mold design and manufacturing cost which is indispensable for the individual production. In addition, one end of the DC cable can be worn. Provided in the through hole in the casing and located under the substrate, according to the power supply for the LED lamp which can be further disposed under the substrate, compared with the prior art structure, the invention can use only one waterproof joint, so that not only can Reducing the use of parts does not occupy the space inside the street lamp, but also reduces the cost of producing 201021668. [Embodiment] Referring to the first and second figures, a first embodiment of the present invention includes a substrate ([o]) and a power supply (20) disposed on the substrate (1), wherein: The substrate (10) is a plate body formed with a through hole (U)' penetrating through the substrate (1), and a heat sink group (13) is formed on one side of the plate surface, and the other side plate surface can be further disposed. There is an LED lamp (4 〇), and one side plate (14) is formed at one side end of the substrate (1 〇), and a side plate (14) is further formed on the side plate (one sentence is further formed with a through hole (141), and the side plate (14) is provided with a hollow b body mounting bracket (15) corresponding to the guiding hole (141); the power supply (20) comprises a casing (21), a ring (22), a power supply Module (23), a cover (24), two waterproof joints (25) (25A), an AC line (26) and a constant current iron wire (27), wherein: the casing (21) is integrated Forming is formed on the side surface of the substrate (10) and spaced apart from the side plate (14) by a distance, in the preferred embodiment shown in the figure The four sides of the connecting body are formed, and the receiving space is formed on one side wall of one of the casings (21) through which two coupling holes (211) are formed to communicate with the accommodating space, and the housing is 21) a plurality of locking screw holes (213) are formed on the top end surface, and a groove (212) is formed in a concave shape on a top end surface of the side wall surrounding the accommodating space. In the preferred embodiment, four rows are formed in the preferred embodiment. The locking screw holes (213) are respectively located at the joints of the side walls, and the through holes (11) on the substrate (1) are located in the accommodating space, and the heat sink group (13) 201021668 and the side plate ( 14) respectively located on both sides of the outer side of the casing (21); the gasket (22) is disposed in the groove (212) and protrudes from the top end surface of the casing (21); the power module (23) is provided In the accommodating space, it is used for converting alternating current into direct current; the cover body (24) is disposed on the upper side of the casing (21) and pressed against the gasket (22) to close and prevent fluid from penetrating. The accommodating space is formed with a plurality of through holes (241) corresponding to the top surface locking screw holes (213) of the housing (21), in the figure In the preferred embodiment shown in FIG. 4, four through holes (241) are formed, and a fixing member (242) may be disposed at each of the through holes (241), and the fixing member (242) may pass through the through hole (241). And the locking screw hole (213) is fixedly coupled with each other; the two waterproof joints (25) (25A) are respectively combined with the fixing holes (211) (211A) fixed on the side wall of the casing (21); the alternating current and direct current cables (26) (27) for transmitting power, wherein one end of the alternating current buffer (26) is connected to an alternating current power source, and the other end is passed through the foregoing mounting bracket (15) and the guide hole (141) of the side plate and is wound around The outer side of the casing (21) passes through the waterproof joint (25) and enters the housing (21) receiving space and is connected to the power module (23), and the DC cable (27) One end is connected to the power module (23), and the other end is disposed outside the accommodating space through the waterproof joint (25 A), and the end is disposed through the waterproof joint (25B) and located on the substrate (10) Below, it can be further connected to an LED lamp (40) disposed under the substrate (10). Referring further to the third and fourth figures, in the second embodiment of the present invention, the through hole (11A) on the substrate (10) is located in the accommodating space of the casing (21), and is in the casing. The body (21) is formed with a coupling hole (211) 201021668 on the side wall and combined with a waterproof connector (25), one end of the AC cable (26) is connected to an AC power source, and the other end is passed through the waterproof The connector (25) enters the housing (21) housing space and is connected to the power module (23), and the DC cable (27) is connected to the power module (23) at the other end. The through hole (11) passes through the substrate (1 〇). Further, referring to the fifth and sixth figures, in the third embodiment of the present invention, the side plate (14) is integrally formed with the casing (21) and is disposed on the side of the casing (21) - the side wall. a side, and the coupling hole (211B) on the casing (21) is placed on one side wall of the side plate (14) and communicates with the guide hole (141) of the side plate (14), The waterproof connector (25) is disposed in the mounting bracket and is coupled to the connecting hole (211B) of the side wall of the housing (21). In this embodiment, the alternating current cable (26) is threaded through the mounting bracket (15). And the aforementioned waterproof joint (25) enters the housing (21) housing space. It can be seen from the above embodiment that the present invention is based on the housing (10) of the power supply (2〇), and therefore the housing of the substrate (1〇) or the power supply (20). (21) There is no need to separately provide a through hole or a screw hole for assembly, which can save the processing cost. In addition, in the second and third embodiments, the step will be used for the DC power gauge. The wire (27) is inserted into the bottom hole (1) of the substrate (10) and is disposed in the casing (21) of the power supply (20), so that only the field is estimated, and a waterproof joint (25) is used. It can prevent water from penetrating into the casing (21) or the substrate (10) and cause damage caused by short circuit, so that the production cost can be further saved. [Simplified description of the drawings] The first embodiment is the first embodiment of the present invention. The first figure is a top view of a first embodiment of the present invention. The second figure is a partially exploded perspective view of a second embodiment of the present invention. The fourth figure is a partial cross-sectional view of a second embodiment of the present invention. Figure is a partial exploded perspective view of a third embodiment of the present invention. The figure is a partial cross-sectional view of a third embodiment of the present invention. The seventh figure is a top view of the assembly structure of the power supply in a prior art street lamp. The eighth figure shows the assembly of the power supply in a prior art street lamp. Schematic diagram of the frame structure. [Main component symbol description] (10) Substrate (11) (11A) Through hole (13) Heat sink group (14) Side plate (141) Guide hole (15) Mounting bracket (2〇) Power supply Supply (21) housing (211) (211A) (211B) coupling hole (212) groove (2 13) locking screw hole (22) washer (23) power module (24) cover body (241) through Hole (242) fixing member (25) (25A) (25B) waterproof connector (26) AC cable (27) DC cable (30) substrate (3 1) heat sink group (32) power supply (33) AC Cable (34) DC Cable (35) Waterproof Connector (36) Lampshade (40) (50) LED Light