M436125 五、新塑說明·· 【新裂所屬之技術領域】 本創作係有關一種光源組件，特別是指一種相對較容易 串接、安裝使用，並且可獲致較佳散熱效果之光源組件。 【先前技術】 按，照明燈具在人類生活中扮演不可或缺的角色，隨著 鲁工商社會的蓬勃發展，人們的生活水平日益提昇下，每個人 都開始注重自己或居家的生活品質及品味風格，藉由優雅舒 適性的環境’鬆弛上班所帶來的工作壓力，甚至可以達到減 壓之功效。 發光一極體（LED)挟其使用哥命長、耗電量小、照明产佳 等優勢’漸漸取代以往的日光燈管及白熾燈泡做相關照^設 備之光源，一般使用發光二極體之光源裝置多係依照設計^ 求’將數量不等的發光二極體元件建構在一基板上，此其板 鲁亦多係為印刷電路板（PCB) ’由於印刷電路板之材料特性並不 利於發光二極體元件與散熱座之間的熱傳導，因此當運作— 段時間之後，由於整體發光二極體元件的發熱源面^不大， 所以會發生嚴重聚熱之現象，此種聚熱現象不僅會影響到所 裝載的設備、電路’亦同時縮減發光二極體本身的使用备a。 再者’坊間許多使用發光二極體之光源裝置早已u定 在多大的使用場使用多少數量、功率多大的發光二極體元 件’並且依照相關的規格配置預定造型、尺寸的散熱器具； 因此’當消費者為了增加室内或室外裝潢上的美觀，以2視 M436125 覺藝術等設計需求時，則必須要變更整體光源裝置之設計， 或是選擇將複數發光二極體元件加以_接，以增加照明強度 或是拉長照明的範圍。 然而，若是採用複數發光二極體元件串接的方式增加照 明強度或是拉長照明的範圍時，除了可能面臨到一般習用發 光二極體元件是否具備可供串接使用的設計之外，各組發光 r 各極體元件之間的串接施工過程亦相對較為複雜繁瑣；尤 其，每一組發光二極體元件之安裝固定亦較為不便，以及每 一組發光二極體元件是否具備良好的散熱機制皆係必須面臨 與亟待解決的課題。 【新型内容】 有鑑於此，本創作即在提供一種方便串接、安裝使用， 並且可獲致較佳散熱效果之光源組件，為其主要目的者。 為達上揭目的，本創作之光源組件係包括有：一本體、 一光電元件；以及一散熱器；其中，該本體係設有預定數量， 的裝配孔；該光電元件係設於該本體上；該散熱器係設於該 本體上並與該光電元件接觸；以及”該本體上設有一個與該 光電元件電性連接的電源輸入連接器、一個與該光電元件電 性連接的電源輸出連接器。 利用上述結構特徵，本創作之光源組件於使用時，可利 »·. 用本體上預設的裝配孔快速安裝於使用對象之結構主體上， 並且利用電源輸入連接器連接外部電源，提供光電元件運作 所需之電源，以及在散熱器之作用下，增加光電元件之廢熱 排放效果，避免產生聚熱現象，必要時可利用電源輸出連接 -、接其它光源組件，以增加照明強度或是延長照明的範圍。 依據上述主要結構特徵，所述光電元件係在一基板上封 A有預定數量的發光二極體，該本體係設有供該光電元件之 二板套人的穿孔，該散熱ϋ係相對設於該本體之穿孔處並與 該光電元件之基板接觸。 &據上述主要結構特徵，所述本體係設有至少兩個相對 '的凸耳’並且於各凸耳上分別設有至少-裝配孔。 ，據上述主要結構特徵’所述散熱器係具有—供與該光 4接觸的底座’於該底座上設有複數個散熱縛片。 固定述主要結構特徵，所述散熱11係具有—供與貼附 具體而言’本創作之光源組件係可以產生下列功效： 單的插拔動作完成線路連接’*至構成多組 之:可確實將每一級先源組件安裝於使用對 象之、、、。構主體上’尤適合做為美術燈或藝術燈之光源。 2. 可利用簡單的插拔動作完成先源組件之更換，相對增 加維修之便利性。 3. 每-組光源乡且件具有專屬的散熱器，相對可獲致較佳 的散熱效果。 【實施方式】 本創作之特點，可參閱本案圖式及實施例之詳細說明而 獲得清楚地瞻解。 结如卜圖本創作-較佳實施例之“組件外觀結構圖、 第二圖本創作之光源組件結構分解圖所示，本創作之之光源 M436125 組件10基本包括有：一本體11、一光電元件12 ’以及一散熱 器13 ;其中： .’ 該本體11係設有預定數量的裝配孔111 ;於實施時’該本 體π係可配合設有至少兩個相對應的凸耳112 ’於各凸耳112 上分別設有至少一裝配孔111 ’各裝配孔111則可以為一般圓 孔、螺絲孔，或是長槽孔等型式。 該光電元件12係設於該本體11上。該散熱器13係設於該 本體11上並與該光電元件12接觸；於實施時’該散熱器13係 具有一供與該光電元件12接觸的底座131，於該底座131上設 有複數個散熱鰭片132 ’主要利用散熱鰭片132增加與空氣接 觸的面積’進而增加與外界氣流之熱交換效果’以達到加速 光電元件12廢熱排放目的。 於實施時，上述光電元件12係在一基板121上封裝有預定 數量的發光二極體（圖略）’該本體11係設有供該光電元件12 之基板121套入的穿孔115 ’該散熱器13係相對設於該本體11 之穿孔115處並與該光電元件12之基板121接觸。. 值得一提的是’本創作之每一組光源組件1〇係於該本體 11上設有一個與該光電元件12電性連接的電源輸入連接器 113、一個與該光電元件12電性連接的電源輸出連接器ι14 ; 原則上，本創作之光源組件10於使用時，可利用本體n上預 設的裝配孔1Π快速安裝於使用對：象之結構主體上，亦可利用, 散熱器13供與貼附固定之基面133安裝於使用對象之結構主 體上，並且利用電源輸入連接器113連接外部電源，提供光電 元件12運作所需之電源，即可達到單組光源組件1〇安裝使用 之目的。M436125 V. New Plastic Description·· 【Technical Fields of New Cracks】 This creation is about a light source component, especially a light source component that is relatively easy to be connected in series, installed and used, and can achieve better heat dissipation. [Prior Art] According to the lighting, lighting plays an indispensable role in human life. With the vigorous development of the industrial and commercial society, people's living standards are getting higher and higher, everyone is paying attention to their own or home quality of life and taste style. With the work pressure brought by the elegant and comfortable environment 'relaxing work, even the decompression effect can be achieved. Light-emitting one-pole (LED), which has the advantages of long life, low power consumption, and good lighting production, gradually replaces the fluorescent tubes and incandescent bulbs used in the past, and generally uses the light source of the light-emitting diode. According to the design, the device is configured to build a number of LED components on a substrate, which is also a printed circuit board (PCB). Due to the material properties of the printed circuit board, it is not conducive to illumination. The heat conduction between the diode element and the heat sink, so after the operation period, since the heat source surface of the overall light emitting diode element is not large, serious heat accumulation phenomenon occurs, and the heat collecting phenomenon is not only It will affect the equipment and circuit that is being loaded' and also reduce the use of the light-emitting diode itself. Furthermore, many light source devices using light-emitting diodes have long been used in how large, large-capacity light-emitting diode components are used, and heat sinks of predetermined shape and size are configured according to relevant specifications; When consumers want to increase the aesthetics of indoor or outdoor decoration, and need to design the design of the M436125 art, it is necessary to change the design of the overall light source device, or choose to connect the plurality of LED components to increase The intensity of the illumination or the range of the elongated illumination. However, if the illumination intensity is increased or the range of the illumination is extended by using a plurality of LED components in series, in addition to the possibility that the conventional LED components have a design for serial connection, The illuminating r series connection process between the polar body components is relatively complicated and cumbersome; in particular, the mounting and fixing of each group of illuminating diode components is also inconvenient, and whether each group of illuminating diode components has good performance. The heat dissipation mechanism is a problem that must be faced and urgently solved. [New content] In view of this, the present invention provides a light source component that is convenient for serial connection, installation and use, and which can achieve better heat dissipation effect, and is its main purpose. In order to achieve the above, the light source component of the present invention comprises: a body, a photoelectric component; and a heat sink; wherein the system is provided with a predetermined number of assembly holes; the photoelectric component is disposed on the body The heat sink is disposed on the body and in contact with the photovoltaic element; and the body is provided with a power input connector electrically connected to the photoelectric component, and a power output connection electrically connected to the photovoltaic component With the above structural features, the light source assembly of the present invention can be quickly mounted on the structural body of the object to be used by using the assembly hole preset on the body, and the external power source is connected by the power input connector. The power supply required for the operation of the photoelectric element, and the effect of the heat sink, increase the waste heat discharge effect of the photoelectric element, avoiding the phenomenon of heat accumulation, and if necessary, the power output connection can be connected to other light source components to increase the illumination intensity or Extending the range of illumination. According to the above main structural features, the optoelectronic component is sealed on a substrate with a predetermined number of hairs. a diode, the system is provided with a perforation for a two-plate holder of the photovoltaic element, the heat dissipation system is disposed opposite to the perforation of the body and in contact with the substrate of the photovoltaic element. [According to the above main structural features, The system is provided with at least two opposing 'lobes' and is provided with at least one mounting hole on each of the lugs. According to the above main structural feature, the heat sink has a contact with the light 4. The base 'there is provided with a plurality of heat-dissipating clips on the base. The main structural features are fixed, and the heat-dissipating 11 series has the functions of providing and attaching specifically. The light source component of the present invention can produce the following functions: The action completes the line connection '* to form a plurality of groups: it is possible to install each of the first-level source components on the object to be used, and the body is particularly suitable as a light source for an art lamp or an art lamp. 2. Simple to use The plugging and unplugging action completes the replacement of the first source component, and relatively increases the convenience of maintenance. 3. Each group of light source has a dedicated heat sink, which can obtain better heat dissipation effect. [Embodiment] The features of the present invention can be clearly understood by referring to the detailed description of the drawings and the embodiments. The following is a schematic diagram of the component structure structure of the preferred embodiment and the second embodiment of the light source component structure. The light source M436125 component 10 of the present invention basically comprises: a body 11, a photoelectric element 12' and a heat sink 13; wherein: the body 11 is provided with a predetermined number of mounting holes 111; The body π can be provided with at least two corresponding lugs 112 ′ respectively provided with at least one mounting hole 111 on each of the lugs 112. The mounting holes 111 can be generally circular holes, screw holes, or long. Slots and other types. The photovoltaic element 12 is disposed on the body 11. The heat sink 13 is disposed on the body 11 and is in contact with the photoelectric element 12. In the implementation, the heat sink 13 has a base 131 for contacting the photoelectric element 12, and a plurality of the bases 131 are disposed on the base 131. The heat dissipation fins 132 ′ mainly use the heat dissipation fins 132 to increase the area of contact with the air to increase the heat exchange effect with the external air flow to achieve the purpose of accelerating the waste heat discharge of the photovoltaic element 12 . In the implementation, the photoelectric element 12 is packaged with a predetermined number of light emitting diodes (not shown) on a substrate 121. The body 11 is provided with a through hole 115 for the substrate 121 of the photovoltaic element 12. The device 13 is disposed opposite to the through hole 115 of the body 11 and is in contact with the substrate 121 of the photovoltaic element 12. It is worth mentioning that each of the light source components 1 of the present invention is provided with a power input connector 113 electrically connected to the photoelectric component 12 and electrically connected to the photovoltaic component 12 . The power output connector ι14; In principle, the light source assembly 10 of the present invention can be quickly mounted on the main body of the body by using a preset assembly hole 1 on the body n, and can also be utilized, the radiator 13 can also be utilized. The base surface 133 for attachment and attachment is mounted on the structural body of the object to be used, and the external power source is connected by the power input connector 113 to provide the power required for the operation of the photovoltaic element 12, so that the single-group light source assembly can be installed and used. The purpose.