«79700 五、新型說明： 【新型所屬之技術領域】 本實用新型涉及一種LED照明燈泡整體構成，極為嚴謹精簡的結構， 製作時能降低成本，使用時提高傳統LED燈的光照射角，減緩炫光現象， 具有低溫耐用等特質，此指稱為「LED照明燈泡結構總成」。 【先前技術】 LED (Light Emitting Diode，發光二極體），堪稱為新世紀照明的主要 因素是LED具有使用壽命長、省電、低污染……等優點特性，所以視為 照明工業革命的關鍵，因此被眾多國家列入為重點發展的高新產業。 目前市面上可以看到普遍使用的LED製品，大多是交通用的號誌、 警示標誌或營業場所之燈飾及廣告看板的指示性照明，其種類與花樣琳瑯 滿目，不勝枚舉。 然而，為何一般的居家照明卻鮮少看到相關於LED的照明設備？更 沒有所謂的大功率的“LED燈泡”可直接適用於家中原有之燈具，能完全 取代傳統的“鎢絲燈泡”及“白熾熱燈”成為室内的主流照明？茲舉例 說明薇結之處，並歸納如下： 案例1.(申請號M345199) 本案例「LED照明燈泡結構」之燈泡A (如圖一所示），為了提高其 散熱的效率和速度，在LED燈泡A内安裝多個熱導管ai與散熱鰭片組 a2，藉此來提升散熱效率； 然而這種結構複雜、成本高、安裝繁鎖的設計，乍看之下可以加快散熱？ 實則不然，發光產生的高溫經由細長的熱導管al，傳導熱量的速度慢，又 ^/9700 散熱鰭片組a2不易清潔，會被灰塵的沉積阻絕散熱，所以預期效果並不 理想！加上散熱鰭片組a2的體積重量大，無法直接由一般傳統的燈具承 載安裝！ 案例2.(申請號]^66536) 本案例「燈泡結構改良」之LED燈泡B (如圖二所示），是以一個塊 狀金屬做科熱基座bl，其上再設置凹陷之承飾b2安裝具有發光晶片 b3之金屬沉熱體b4 ’並用框架b5予以定位；但是此種構成之發光晶片 W經由金屬沉熱體μ將發光產生的熱，傳導至導熱基座bi的方式，需 要藉助高紐的金屬來擴充熱飽和度，否職鄕胃積存產錄烤效應無 法充分逸散’很料娜更是減少其使轉命丨又發光晶片w須一一植 載在金屬 >儿熱體b4的端φ，再裝入導熱基座Μ之承載面b2中，對 於組裝加工及線路佈置連結非常有困難性，而發光晶片b3受到框架沾定 位限制，發出的光照射角度就更為窄小！ 歸結二案例，除了上述零組件繁多、組裝程序繁複製作成本高及散 熱不良…的缺失之外’依舊還存在LED照射角度過小、勻光不足、炫光 太強、多ί光影......諸如此類尚待解決的照額LED燈賴共同通病， 所以至今只能看見交通銳這__的LED製品，全肢有真正家用 主要照明的LED燈泡上市。 【新型内容】 有鑑於此，本案創作人以從事光電產銷研製之多年實際經驗累積電 子學及結構學、導錄熱等侧專業知L研究實驗賊所學遂 有本創作的誕生。 M379700 即’本創作之主要目的，係提供一種LED照明燈泡結構總成，其主要 係在具散熱效能之燈杯，杯内容置控制器，載趙丧裝於其上，燈罩蓋合杯 口，底部接裝燈頭’就可藉此簡速結構，快速達到組裝最佳散熱的二果 〇 本創作之次-目的，所提供的—種LED照明燈泡結構總成，其中燈罩 球徑大於燈杯直徑卿餅突緣，達以增加燈觸騎歧β 本創作之次二目的，所提供的—種LED酬燈泡結構總成，其中載體 為導熱材質之皿形蓋狀想，熱能經由向下折製作成之緣邊，導入燈杯杯壁 修向外逸散。 本創作之次三目的，所提供的—#ljED照· 之杯壁外财凹&敝路，增加表面積雜效率，纽路可設為直線 、波浪紋或各種圖樣形式者。 【實施方式】 茲配合圖式將本創作之較佳實施例詳細說明如下： 首先請參閱圖三’為本創作一較佳具體實施例之立體系統圖。其主要 係包含-燈罩1G、-載體2G及-控制H3G、-燈杯40及-燈頭5〇，其中： 燈罩10，係以透光材質為主（例如玻璃、琉璃、水晶、壓克力）的半 球殼趙’該燈罩10球徑大於燈杯40直徑形成外突肋，燈罩1〇霧化處理後 ，可將晶片21發出的光線60轉換為漫射光，光源柔化而無炫光的情況，且 將部份光線_折射由外突緣U發出（如圖六所示）’藉此擴增燈泡的照射 角度。 载體20，係以導熱材質為主的狐形蓋狀體，具有基載面22直接設置線 路及晶片21於其上，或另外裝載電路板（圖未示）；緣邊23環設於基載面22 周圍向下折製作成’能嵌合於燈杯4〇近杯口41處定位，並緊密與杯壁42貼 M379700 合0 控制器30，作為驅動燈泡發光的電子組成。 燈杯40係以散熱材質為主的杯狀體，杯内於容置控制器％，彼裝載 體20於其上’杯σ41供燈罩IG蓋合，底部私接裝燈頭知，杯壁餅設有凹 凸的紋路45增域面錄熱鱗；其⑽45可紗直線、餘紋、或 各種圖樣形式。 燈頭50 ’疋供燈泡安裝於燈具使用的結構，可依實際需求來裝設於燈 杯40底部44 ’例如：E26、肪、GU1()(見圖五所示）……等各種型式規格 的燈頭50。 具有上述树賴及絲之槪，其使載紐光效能如下： 請參閱圖七，為本創作-較佳具體實施例之使用狀態光效圖。如圖所 示開啟電源後控制器30驅動載體20晶片21發出光線6〇，當穿透霧化處理 過的燈罩ίο時光_會變為漫射光，部份光_會因反射由外處射 出’因此加大燈泡的光照角度》 具有上述元件結構及組裝之特徵，其使用狀態散熱效能如下： 請繼續參閱圖八，為本創作一較佳具體實施例之使用狀態熱效圖。如 圖所示’載體20將基載面22上的晶片21所產生的熱能70予以充分吸收，並 經緣邊23導入燈杯40杯壁42尹進行散熱（如圖九所示）。 綜上所述’本案創作以經濟實用考量做出發，完全打破傳統LED燈泡 設計的迷失’無需笨重的鰭片來做為組成要件！更沒有繁項的組裝程序， 就可快速完成LED燈泡’有了重量輕、方便加工處理之特性，又加上燈罩 柔化光源’擴大燈泡的照射角度，當可完全取代傳統燈泡，成為省電、低 溫、耐用的新世紀照明主流。 雖然本說明書中業已就本案較佳具體實施例並配合圖式說明，顯然_ 悉此類技術者可就該實施例從事修改， 應即大凡依本創作申請專利範圍所 M379700 作之均等變化與修飾，皆應仍屬本創作專利涵蓋範圍内 【圖式簡單說明】 圖一係傳統的LED燈泡A的立體圖。 圖二係傳統的LED燈泡C的立體圖。 圖三本創作一較佳具體實施例之立體系統圖。 圖四係本創作一較佳具體實施例之立體組合圖。 圖五係本創作另一較佳具體實施例之組合示意圖。 圖六係本創作一較佳具體實施例之剖面結構圖。 圖七係本創作一較佳具體實施例之使用狀態光效圖。 圖八係本創作一較佳具體實施例之使用狀態熱效圖。 圖九係圖八之局部放大圖。 【主要元件符號說明】 10燈罩 11外突緣 20載體 21晶片 22基載面 23緣邊 30控制器 31電線 40燈杯 41杯口 42杯壁 43杯内 44底部 45紋路«79700 V. New type of description: [New technical field] The utility model relates to an overall structure of an LED lighting bulb, which is extremely rigorous and compact, can reduce the cost during production, and improves the light irradiation angle of the traditional LED lamp when used, and slows down Light phenomenon, with low temperature and durability, this is called "LED lighting bulb structure assembly." [Prior Art] LED (Light Emitting Diode), the main factor of lighting in the new century is that LED has long life, power saving, low pollution, etc., so it is regarded as the revolution of lighting industry. The key is therefore listed by many countries as a high-tech industry with a focus on development. At present, LED products commonly used in the market can be seen, most of which are traffic signs, warning signs or lightings for business premises and indicative lighting for advertising billboards. The types and patterns are dazzling and numerous. However, why do ordinary home lighting rarely see lighting equipment related to LEDs? There is no such thing as a high-power "LED bulb" that can be directly applied to the original lamps in the home. Can it completely replace the traditional "tungsten bulb" and "incandescent lamp" to become the mainstream lighting in the room? Here is an example of Weijie, and summarized as follows: Case 1. (Application No. M345199) In this case, the "LED lighting bulb structure" bulb A (shown in Figure 1), in order to improve the efficiency and speed of heat dissipation, in the LED A plurality of heat pipes ai and heat sink fins a2 are installed in the bulb A to improve the heat dissipation efficiency; however, the complicated structure, high cost, and complicated installation design can accelerate heat dissipation at a glance. In fact, the high temperature generated by the light is transmitted through the elongated heat pipe a1, and the heat conduction rate is slow. Moreover, the ^/9700 heat sink fin group a2 is not easy to be cleaned, and the heat is prevented from being deposited by the dust deposition, so the expected effect is not satisfactory! In addition, the heat sink fin group a2 has a large volumetric weight and cannot be directly mounted by a conventional conventional lamp. Case 2. (Application No.)^66536) In this case, the "bulb structure improvement" LED bulb B (shown in Figure 2) is a block metal made of the heat base bl, and the recessed cover is placed on it. B2 is mounted with the metal heat sink b4' having the light-emitting wafer b3 and positioned by the frame b5; however, the light-emitting wafer W of such a structure transmits heat generated by the light to the heat-conducting base bi via the metal heat sink μ, and needs to be Gao New's metal to expand the thermal saturation, no job, stomach accumulation, production and baking effect can not be fully dissipated 'very much N is to reduce its turn-to-turn and illuminating wafers w must be planted in metal > The end φ of the body b4 is placed in the bearing surface b2 of the heat-conducting base ,, which is very difficult for assembly processing and wiring arrangement, and the illuminating wafer b3 is restricted by the frame squeezing position, and the light irradiation angle is narrower. small! In the case of the second case, in addition to the above-mentioned numerous components, the complexity of the assembly process, and the lack of heat dissipation, there are still too few LED illumination angles, insufficient uniformity, too much glare, and more light and shadow... Such unresolved illuminating LED lights are common problems, so it is only possible to see the LED products of the traffic sharpness, and the LED bulbs with real home main lighting are on the whole. [New content] In view of this, the creator of this case has accumulated many years of practical experience in the development of optoelectronics production and marketing, accumulating electronic science, structural science, and recording heat. M379700 is the main purpose of this creation. It is a kind of LED lighting bulb structure assembly, which is mainly used in the lamp cup with heat dissipation performance, the cup content controller, the Zhao funeral on it, the lampshade cover cup mouth, The bottom-mounted lamp cap' can be used to achieve the best heat dissipation of the assembly. The purpose of this is to provide a kind of LED lighting bulb structure assembly, wherein the bulb diameter is larger than the diameter of the lamp cup. The cake edge of the cake is used to increase the light touch and ride the β. The second purpose of this creation is to provide a kind of LED light bulb structure assembly, in which the carrier is a heat-resistant material, and the heat is made by folding down. At the edge of the edge, the wall of the lead-in cup is dissipated outwards. The second purpose of this creation is to provide -#ljED photo of the cup outside the financial recess & 敝路, to increase the surface area of the efficiency, the road can be set as a straight line, wave pattern or a variety of patterns. [Embodiment] The preferred embodiment of the present invention will be described in detail below with reference to the drawings. First, please refer to Fig. 3' for a perspective view of a preferred embodiment of the present invention. The main components include a lampshade 1G, a carrier 2G and a control H3G, a lamp cup 40 and a lamp cap 5, wherein: the lampshade 10 is mainly made of a light-transmitting material (for example, glass, glass, crystal, acrylic). The hemispherical shell Zhao's bulb 10 has a larger diameter than the diameter of the bulb 40 to form an outer protruding rib. After the lampshade 1 is atomized, the light 60 emitted from the wafer 21 can be converted into diffused light, and the light source is softened without glare. And a part of the light ray is refracted by the outer flange U (as shown in FIG. 6) to thereby amplify the illumination angle of the bulb. The carrier 20 is a fox-shaped cap body mainly composed of a heat conductive material, and has a base surface 22 directly provided with a circuit and a chip 21 thereon, or a circuit board (not shown); the rim 23 is provided at the base The periphery of the carrier 22 is folded down to be 'fitted to the lamp cup 4' near the cup opening 41, and is closely attached to the cup wall 42 with the M379700 and the 0 controller 30 as an electronic component for driving the bulb to emit light. The lamp cup 40 is a cup-shaped body mainly composed of a heat dissipating material, and the inside of the cup is accommodated by the controller. The carrier 20 is placed on the top of the cup σ41 for the cover IG, and the bottom is connected to the lamp holder. There are concave and convex lines 45 to increase the surface of the hot scale; its (10) 45 can be yarn straight, residual, or various patterns. The lamp head 50 '疋 is used for the installation of the light bulb in the lamp, and can be installed on the bottom of the lamp cup 40 according to actual needs 44 ' for example: E26, fat, GU1 () (see Figure 5) ... and other types of specifications Lamp cap 50. With the above-mentioned tree and silk, it can make the luminescent effect as follows: Please refer to FIG. 7 for the use state light effect diagram of the creation-best embodiment. After the power is turned on as shown in the figure, the controller 30 drives the carrier 20 wafer 21 to emit light 6 〇. When the atomized illuminator is penetrated, the light _ will become diffused light, and some of the light _ will be emitted from the outside due to reflection. Therefore, increasing the illumination angle of the light bulb has the characteristics of the above-mentioned component structure and assembly, and the heat dissipation performance in the use state is as follows: Please refer to FIG. 8 for a heat effect diagram of the use state according to a preferred embodiment of the present invention. As shown in the figure, the carrier 20 sufficiently absorbs the heat energy 70 generated by the wafer 21 on the base surface 22, and is introduced into the cup wall 42 of the lamp cup 40 via the rim 23 to dissipate heat (as shown in Fig. 9). In summary, the creation of this case was made with economic and practical considerations, completely breaking the lost design of traditional LED bulbs. No need for bulky fins as a component! Even without complicated assembly procedures, LED light bulbs can be quickly completed. The light weight and convenient processing characteristics, coupled with the softening of the lampshade, expand the angle of illumination of the bulb, and can completely replace the traditional bulb, saving power. Low temperature, durable new century lighting mainstream. Although the present specification has been described with reference to the preferred embodiments of the present invention and the drawings, it is obvious that those skilled in the art can make modifications to the embodiment, and that it should be equivalently changed and modified according to the scope of the patent application M379700. All should still be within the scope of this creation patent [Simple description of the drawing] Figure 1 is a perspective view of the traditional LED bulb A. Figure 2 is a perspective view of a conventional LED bulb C. Figure 3 is a perspective view of a preferred embodiment of the present invention. Figure 4 is a perspective assembled view of a preferred embodiment of the present invention. Figure 5 is a schematic diagram of a combination of another preferred embodiment of the present invention. Figure 6 is a cross-sectional structural view of a preferred embodiment of the present invention. Figure 7 is a diagram showing the state of use of a preferred embodiment of the present invention. Figure 8 is a diagram showing the state of use of a preferred embodiment of the present invention. Figure 9 is a partial enlarged view of Figure 8. [Main component symbol description] 10 lamp cover 11 outer flange 20 carrier 21 wafer 22 base surface 23 rim 30 controller 31 wire 40 lamp cup 41 cup mouth 42 cup wall 43 cup inner 44 bottom 45 grain
50燈頭 60光線 70熱能50 lamp head 60 light 70 heat