M332794 八、新型說明： 【新型所屬之技術領域】 本創作係涉及一種LH)燈具，特別是指其散熱座組合 結構型態之創新設計者。 【先前技術】 按，現有LED燈具結構中，為考量降低點亮運作 時所產生的高溫過熱現象’遂結合散熱座構件以達到輔助 散熱之目的。 然而’隨著所述散熱座的增設，對於LE])燈具整體結 構的組合而言，即因為構件的增加而造成組立過程工時增 加、成本提高的問題點，如何以最簡化的構造達成該散熱 座之組合疋位狀悲’也就成為業界重要的技術課題。 習知LED燈具之散熱座組合結構型態，通常是將LED 基板先組設於所述散熱座的受熱面上，然後再將該散熱座 組合定位於UED燈具本體預定部位上，如此一來，LED基 板組設於散熱座須歷經一道組立程序，接著，將散熱座組 合於LED燈具本體又必須透過另一道組立程序達成，是故 ，此一習知設計顯然造成組立過程費時不便、組立成本徒 增的缺點，實有必要再加以思索改善者。 是以’針對上述習知LED燈具之散熱座組合結構設計 所存在之問題點，如何開發一種更具理想實用性之創新結 構’貫為相關業者須再努力研發突破之目標及方向。 有鐘於此，創作人本於多年從事相關產品之製造開發 與設計經驗，針對上述之目標，詳加設計與審慎評估後， 5 M332794 終得一確具實用性之本創作。 【新型内容】 本創作之主要目的，係在提供一種LED燈具之散熱座 組合結構改良，其所欲解決之問題點，係針對習知LED燈 具之散熱座組合結構設計上仍舊存在組立過程費時不便、 成本徒增之問題點加以改良突破；所述LED燈具包括本體 、LED基板、燈光投射構件及散熱座；該本體之容置空間 界定形成有敞口端及内壁，LED基板組設於容置空間中， LED基板之前側設有LED ，燈光投射構件則組設於容置空 間之敞口端； 内壁開設有 令LED基板 嵌插部以嵌 端面抵靠於 緣部以抵止 定位構件加 照先前技術 ’可與LED LED燈具之 並且兼顧較 主要包括該 、後擋緣； 一端凸設有 散熱座該端 並具有抵靠 位處再藉由 使本創作對 進行組合時 合定位，令 簡便快速， 本創作解決問題之技術特點， 縮徑貫穿孔，該孔周壁界定形成前 背側周邊抵靠於前擋緣；令散熱座 合於内壁所設縮徑貫穿孔中，並令 LED基板背側’散熱座之該端周邊 於後播緣，LED基板與散熱座相對 以結合定位，猎此創新獨特設叶， 而言，大致可達到如下功效： 令所述散熱座與LED燈具本體 基板透過相同定位構件同時達成結 散熱座組合結構達到組立作業更加 佳導熱效果之實用進步性。 6 M332794 【實施方式】 請參閱第1 、2 、3 、4圖所示，係本創作LED燈具 之散熱座組合結構改良之較佳實施例，惟此等實施例僅供 說明之用，在專利申請上並不受此結構之限制。所述led 燈具A包括一本體1〇、一 LED基板20、一燈光投射構件30 以及一散熱座40所構成；其中，該本體1〇具有一容置空間 11，該容置空間11係界定形成有一敞口端12以及一内壁π ，所述LED基板20係組設於該容置空間η中，該LED基板 > 20之前側佈設有若干LED 21 ，所述燈光投射構件30則組設 於容置空間11之敞口端12 ;且其中： 該内壁13開設有一縮徑貫穿孔μ， 周壁界定形成有一前擋緣15以及一後播 該LED基板20，其背側22周邊抵靠 該 空間11 端端面 周邊並 該 件50加 為複數 處分設 孔23復 結合定 其 以及數 散熱座40 之内壁13 42抵靠於 具有抵靠 LED基板 以結合定 螺栓51所 有穿孔23 螺合於螺 位狀態者 中，所述 個光線折 ，其一端凸設有一嵌插 所設縮徑貫穿孔14中， LED基板20之背側22， 緣部43，藉以抵止於所 20與散熱座40相對位處 位；所述定位構件50如 構成，以使LED基板20 與螺孔44，俾可藉由所 孔44，進以令[ED基板 〇 燈光投射構件3〇，係可 射塊32，該遮光罩31具 緣16 ; 於該前 部41以 並令散 X散熱 述後擋 ，係再 本實施 與散熱 述螺栓 2〇與散 貫穿孔14的 擋緣15 ; 敌合於容置 熱座40之該 座40之該端 緣16 ; 藉由定位構 例所揭，可 座40相對位 51穿過該穿 熱座40達成 包括有一遮光罩31 有數個穿設孔33以 7 M332794 供所述光線折射塊32穿套配合。 其中，所述散熱座40之抵靠緣部43與本體1〇後擋緣μ 之間並可再組設有一軟質概塾60’所述軟質襯墊6〇可為橡 膠或發膠材質’藉其概組於散熱座40之抵靠緣部43與本體 1〇後播緣16之間而能令散熱座40與LED基板20之結合狀綠 達到更加緊實、不易鬆脫之效果。 〜 藉由上述之結構、組成設計，茲就本創作之使用情形 φ 說明如下： 本創作所揭LED燈具A之結構設計，主要是能夠讓其 散熱座40之組合結構達到更簡化、更利於組立作業之目的 .;請參考對照第3、4圖所示，欲進行該散熱座4〇、本體 1〇、LED基板20三者之組合作業時，係將LED基板2〇由容 置空間11置入，並令其背側22抵靠於縮徑貫穿孔14周壁所 形成之前擋緣15 ;另一方面，散熱座40則是由本體1〇具内 鲁壁13之該端外部朝本體1〇進行組合，復令散熱座4〇之嵌插 部4丨嵌合於内壁13所設縮徑貫穿孔14中，同時構成散熱座 4〇該端端面42抵靠於LED基板20背側22，散熱座40該端周 邊之抵靠緣部43則抵止於縮徑貫穿孔14周壁外側所形成之 後播緣16 ;接著，再藉由所述定位構件5〇之螺栓51穿過乙 ED基板20之穿孔23復螺合於散熱座40之螺孔44，即可令L ED基板20、散熱座40與本體1〇同步達成結合定位狀態。 由上段組合步驟說明可知，本創作所揭LED燈具a透 過單 次疋位構件50的組固過程，配合本體1〇内壁13所形 8 M332794 成之S後擋緣15 16作為LED基板20與散熱座40的共 同抵罪限位面之.又片，可令該散熱座與本體川快速達成 疋位’且該散熱座40之端面42能夠直接抵靠於led基板2〇 背側22將熱直接且快速地導出進行散熱，因此亦能夠獲得 較佳之導熱、散熱效果。 【功效說明】 本創作功效增進之事實如下： 本創作所揭「LED燈呈之％献 ^ ^ ^ ^ ^ /、之政熱座級合結構改良」藉由 早疋位構件配合其本體内壁所來出4M332794 VIII. New Description: [New Technology Field] This creation relates to an LH) luminaire, especially to the innovative designer of its heat sink combination structure. [Prior Art] According to the existing LED lamp structure, in order to reduce the high temperature overheating phenomenon caused by the lighting operation, the heat sink member is combined to achieve the purpose of assisting heat dissipation. However, with the addition of the heat sink, for the combination of the overall structure of the lamp, for example, the increase in the number of components causes an increase in the number of assembly processes and an increase in cost, how to achieve this with the most simplified configuration. The combination of the heat sinks has become an important technical issue in the industry. Conventionally, the heat sink seat combination structure of the LED lamp is generally arranged on the heat receiving surface of the heat sink seat, and then the heat sink seat combination is positioned on the predetermined part of the UED lamp body, so that The assembly of the LED substrate on the heat sink must go through a set of procedures. Then, the combination of the heat sink and the body of the LED lamp must be achieved through another assembly process. Therefore, this conventional design obviously causes the assembly process to be inconvenient and costly. The disadvantages of increasing, it is necessary to think about the improvement. It is based on the problem of the design of the heat sink base structure of the above-mentioned conventional LED lamps, how to develop an innovative structure with more ideal and practicality, and the relevant enterprises must further strive to develop breakthrough goals and directions. With this in mind, the creator has been engaged in the manufacturing development and design experience of related products for many years. After detailed design and careful evaluation of the above objectives, 5 M332794 will have a practical and practical creation. [New content] The main purpose of this creation is to provide an improved structure of the heat sink of LED lamps. The problem to be solved is that the assembly process of the conventional LED lamps still has the inconvenience of assembly process. The problem of cost increase is improved; the LED lamp comprises a body, an LED substrate, a light projection member and a heat sink; the housing space of the body is defined with an open end and an inner wall, and the LED substrate is assembled In the space, the LED substrate is provided with an LED on the front side, and the light projection member is disposed at the open end of the accommodating space; the inner wall is provided with the LED substrate inserting portion to fit the end surface against the edge portion to resist the aligning member The prior art can be combined with the LED LED luminaire and mainly includes the rear rim; the end is convexly provided with the heat sink at the end and has abutment position, and the combination of the creation pair is convenient and fast. The technical feature of the solution to the problem is that the diameter of the through hole is defined, and the peripheral wall of the hole is defined to form a front side of the front side against the front rim; the heat sink is integrated with the inner wall The reduction diameter is penetrated into the hole, and the end of the LED substrate is disposed at the end of the heat dissipation seat around the rear broadcast edge, and the LED substrate and the heat dissipation seat are oppositely positioned to be combined, and the innovative unique leaf is set, and the following effects can be achieved. : The heat sink and the LED lamp body substrate pass through the same positioning member and simultaneously form a junction heat sink seat structure to achieve a practical progress of better heat conduction effect in the assembly work. 6 M332794 [Embodiment] Please refer to the first, second, third, and fourth figures, which is a preferred embodiment of the improved heat sink assembly structure of the LED lamp, but the embodiments are for illustrative purposes only. The application is not subject to this structure. The LED luminaire A includes a body 1 , an LED substrate 20 , a light projection member 30 , and a heat sink 40 . The body 1 〇 has an accommodating space 11 , and the accommodating space 11 is defined. The LED substrate 20 is disposed in the accommodating space η. The front side of the LED substrate 260 is provided with a plurality of LEDs 21, and the light projection member 30 is disposed on the LED substrate 20 The open end 12 of the accommodating space 11; and wherein: the inner wall 13 defines a reduced diameter through hole μ, the peripheral wall defines a front rib 15 and a rear LED board 20, and the back side 22 abuts the space 11 end of the end face and the member 50 is added to the plurality of disposing holes 23 and the inner wall 13 42 of the plurality of heat sinks 40 abut against the LED substrate to engage all the perforations 23 of the fixing bolts 51 to be screwed to the screw position The light is folded, and one end of the LED substrate 20 is provided with a recessed-diameter through hole 14 , and the back side 22 of the LED substrate 20 and the edge portion 43 are opposite to the heat sink 40 . Positioning member 50 is configured to make an LED base The plate 20 and the screw hole 44, 俾 can be made by the hole 44, so that the [ED substrate 〇 light projection member 3 〇 is a detachable block 32, the hood 31 has a rim 16; Dissipating the heat dissipation of the X and the rear end of the hole, and the flange 15 of the heat-dissipating hole 40; the end edge 16 of the seat 40 that houses the hot seat 40; It is disclosed that the opposite position 51 of the seat 40 passes through the heat sink 40 to include a hood 31 having a plurality of through holes 33 for 7 M332794 for the light refracting block 32 to be fitted. Wherein, the abutting edge 43 of the heat sink 40 and the rear edge of the body 1 are further disposed with a soft profile 60'. The soft pad 6 can be made of rubber or hair gel material. The combination between the abutting edge portion 43 of the heat sink 40 and the rear curtain edge 16 of the heat sink 40 enables the combined green of the heat sink 40 and the LED substrate 20 to be more compact and less prone to loosening. ~ With the above structure and composition design, the use case of this creation is described as follows: The structural design of the LED lamp A disclosed in this work is mainly to make the combination structure of the heat sink 40 more simplified and more conducive to assembly. For the purpose of the work, please refer to the comparison of the third and fourth figures. When the heat sink 4, the body 1〇, and the LED substrate 20 are to be combined, the LED substrate 2 is placed in the accommodating space 11 And the back side 22 abuts against the front retaining edge 15 formed by the peripheral wall of the reduced diameter through hole 14; on the other hand, the heat sink 40 is formed by the end of the inner wall 1 of the body 1 toward the body 1 In combination, the inserting portion 4 of the heat sink 4 is fitted into the reduced diameter through hole 14 of the inner wall 13 and constitutes the heat sink 4 . The end surface 42 abuts against the back side 22 of the LED substrate 20 to dissipate heat. The abutting edge portion 43 around the end of the seat 40 abuts against the trailing edge 16 formed on the outer side of the peripheral wall of the reduced diameter through hole 14; then, the bolt 51 of the positioning member 5 passes through the B-ED substrate 20 The through hole 23 is screwed into the screw hole 44 of the heat sink 40, so that the L ED substrate 20, the heat sink 40 and the body 1 Synchronization reach conjunction with the positioning state. It can be seen from the description of the combination of the above steps that the LED lamp a disclosed in the present invention passes through the assembly process of the single clamping member 50, and cooperates with the inner wall 13 of the body 1 to form the rear edge 15 16 as the LED substrate 20 and the heat dissipation. The common offset of the seat 40 is a piece that allows the heat sink and the body to quickly reach the position 'and the end face 42 of the heat sink 40 can directly abut against the back side 22 of the led substrate 2 to directly heat It is quickly exported for heat dissipation, so it can also achieve better heat conduction and heat dissipation. [Efficacy Description] The facts of this creative effect enhancement are as follows: The "LED light is presented as a ^ ^ ^ ^ ^ /, the political hot seat cascade structure improvement" is revealed by the original erecting component with its inner wall Come out 4
ED芙軛& 4也 所形成之前、後擋緣作為L ㈣板與政熱座共同抵靠限位面之 散熱座與⑽燈具本體進行組合時 特以’々所述 同定位構件同時達成結合定位，八<、LED基板透過相 結構達到組立作 垃具之散熱座組合 1作莱更加間便快速、 構件成本而符人鲂.嘉I, 牛低組立成本以及定位 仃〇杈“產業經濟效益之 較佳導熱效果而確具實用進步性者。 並且又能兼顧 本創2可產生之新功效如下： 猎由所述散熱座之抵靠緣部與本 有軟質襯墊之結構設計，俾可入1; ί I緣之間再組設 狀態達到更加 、不 7政…座與LED基板之結合 緊貝、不易鬆脫之效果。 上述K施例所揭示者係藉 雖透過特定的術語進行說明，當本創#，且文中 之專利乾圍；％悉此項技 ：此限定本新型創作 ^人士當可切解本創作 9 M332794 之精神與原則後對其進行變更與修改而達到等效之目的， 而此等變更與修改，皆應涵蓋於如后所述之申請專利範圍 所界定範疇中。 M332794 【圖式簡單說明】 第1圖：本創作結構較佳實施例之組合立體圖。 第2圖：本創作結構較佳實施例之分解立體圖。 第3圖：本創作結構較佳實施例之分解剖視圖。 第4圖：本創作結構較佳實施例之組合剖視圖。The ED yoke & 4 also forms the front and rear retaining edges as the L (four) plate and the heat sink seat together with the heat sink seat of the limit surface and (10) the lamp body are combined, and the same positioning member is simultaneously combined Positioning, eight <, LED substrate through the phase structure to achieve the assembly of the heat sink seat assembly 1 for Lai is more quickly and costly and cost-effective. Jia I, cattle low cost and positioning 产业 "Industrial economy The benefit of the better thermal conductivity is indeed practical and progressive. And it can also take into account the new effects that can be produced as follows: Hunting is designed by the abutting edge of the heat sink and the soft padding. It can be entered into 1; ί I will be set up between the edges, and the combination of the LED substrate and the LED substrate will not be easy to loosen. The above K example is disclosed by specific terms. Explain, when Ben Chuang #, and the patent in the text; Percent of this technology: This limited edition of the new creation ^ person can understand the spirit and principles of this creation 9 M332794 and then change and modify it to achieve the equivalent Purpose, and such changes and Modifications shall be included in the scope of the patent application scope as described later. M332794 [Simple description of the drawings] Fig. 1 is a perspective view of the combination of the preferred embodiment of the creation structure. An exploded perspective view of an embodiment. Fig. 3 is an exploded cross-sectional view of a preferred embodiment of the present construction. Fig. 4 is a cross-sectional view of a preferred embodiment of the present construction.
【主要元件符號說明】 L E D燈具 A 本體 10 容置空間 11 敞口端 12 内壁 13 縮徑貫穿孔 14 前擋緣 15 後擋緣 16 L E D基板 2 0 LED 2 1 背侧 2 2 穿孔 2 3 燈光投射構件 3 0 遮光罩 3 1 光線折射塊 3 2 穿設孔 3 3 散熱座 4 0 後插部 4 1 端面 4 2 抵靠緣部 4 3 螺孔 4 4 定位構件 5 0 螺栓 5 1 軟質襯墊 6 0 11[Main component symbol description] LED lamp A body 10 accommodating space 11 open end 12 inner wall 13 reduced diameter through hole 14 front rib 15 rear rim 16 LED substrate 2 0 LED 2 1 back side 2 2 perforated 2 3 light projection Member 3 0 hood 3 1 ray refraction block 3 2 vent hole 3 3 heat sink 4 0 rear insert 4 1 end face 4 2 abut edge 4 3 screw hole 4 4 locating member 5 0 bolt 5 1 soft pad 6 0 11