M396367 五、新型說明： 【新型所屬之技術領域】 本創為一種LED燈之散熱結構改良，係運用於燈體之散熱者。 【先前技術】 為了解決傳統燈體之製造過程與回收處理會產生環境汙染之問題 與使用時之大量消耗電源之問題’即產生了有一 LED燈來取代傳統燈 體，該LED燈於製造過程與回收，均無汙染之問題，又，於照明使用 時耗電量較低，且可形成極佳之照明度，如此可知LED燈確實可完全 的取代傳統燈體者。 惟，該LED燈發光照明時本體即會快速產生較高之熱能，如此易 加速LED燈本體快速老化損壞，此乃led燈唯一的重大缺失！ 有鑑於，前述之LED燈易產生較高之熱能快速老化之缺失，故創 作人不斷的研究與多次的試驗，終求得一低成本與可快速散溫之結構 以確保LED燈能維持一低溫狀態以增進使用之壽命者。 至於本創作之結構、方式、目的與精神，煩請鈞局委員參照下列 之依附圖式與說明即可完全的了解本創作者。 【新型内容】 本創作為一種LED燈之散熱結構改良，尤指一種低成本並具有明 顯散熱功效之Li：D燈散熱結構，係包括有一金屬燈罩其内面形成有反 光面及平面之鎖座面供以led燈鎖固定位，又，該鎖座面之背面係 供鎖固一散熱塊，該LED燈發光照明所產生之熱能，可透由金屬燈罩 之鎖座面傳導至散熱塊吸附熱能加速散熱之目的者。 本創作之主要目的，係藉以金屬燈罩之鎖座面，供鎖固LED燈並 傳輸LED燈產生之熱施至散熱塊吸附加速散熱，令led燈能維持在一 低溫但溫狀態，防止老化者。 、 3 【實施方式】 第-圖為本創-種LED燈之散赌構改良之立齡觸，（另可 參照第二®)，如騎示，係包括有—金屬燈罩1G，係―平面之鎖座 面j〇b之邊緣延伸有數個反光面1〇a，並於反光面l〇a之末端處開設 有氣孔10c，主要係鎖座面可供LED燈2〇鎖固定位又《參照 第二圖）該鎖座面励之背面係供鎖固一散熱塊加，又 燈罩、 10 口（可參照第三圖）設置有—透光罩4G者。 罩 第三圖為本創作-種LED燈之散熱結構改良之剖面示意圖，如圖 所示’ LED燈20係鎖固於金屬燈罩1〇之鎖座面1〇b，於LED燈2〇發 光照明時產生之熱能’即由鎖座面1〇b傳導至散熱塊3〇吸附加速散 熱’令LED燈20能維持在-低溫狀態，以防止_燈2〇老化增進使 用壽命。 尸又，金屬燈罩10之（另參照第一、二圖）氣孔1〇c可供外部之 空氣入金屬燈罩10内加速散熱者。 再者’金屬燈罩10之各反光面10a可吸收内部空間之熱能，藉以 屬燈罩10之外表吸附外部之空氣溫度形成散熱，以輔助金屬燈罩 10内部散熱者。 由此可證，補狀結_可_賊之械，且未見諸公開使 =者’符合專利實雜、新穎性之要件，爰依法向鈞局提出專利申 請’懇請釣局委員速予惠審並准林案專·，實感德便。 需陳明者’以上所述乃是本_之較佳實關，如縣創作之構 心所作之改變’其產生之功能、作用仍未超出說明書與圖式所涵蓋之 精神時，一切應屬本創作之範圍内，合予陳明。 【圖式簡單說明】 .M396367 第一圖為本創作一種LED燈之散熱結構改良之立體分解圖 第二圖為本創作一種LED燈之散熱結構改良之另一立體分解圖 第三圖為本創作一種LED燈之散熱結構改良之剖面示意圖 【主要元件符號說明】 金屬燈罩 - -------10 反光面 -------10a 氣孔---------- ------l〇c 鎖座面 -------l〇b LED 燈-------- ------20 散熱塊 --------30 透光罩-------- -------40M396367 V. New description: [New technical field] This is an improved heat dissipation structure for LED lamps, which is used for heat sinks of lamp bodies. [Prior Art] In order to solve the problem of environmental pollution caused by the manufacturing process and recycling process of the conventional lamp body and the problem of a large amount of power consumption during use, an LED lamp is replaced to replace the conventional lamp body, and the LED lamp is manufactured in the process. Recycling, no pollution problem, and low power consumption when lighting, and can form an excellent illumination, so that LED lights can completely replace the traditional lamp body. However, when the LED light is illuminated, the body will quickly generate higher heat energy, which is easy to accelerate the rapid aging damage of the LED lamp body. This is the only major loss of the led lamp! In view of the above, the LED lamp is easy to produce a high thermal energy and rapid aging, so the creator has been continuously researching and testing many times, and finally obtains a low-cost and fast-dissipating structure to ensure that the LED lamp can maintain one. Low temperature to improve the life of the use. As for the structure, method, purpose and spirit of this creation, members of the Board of Directors are invited to fully understand the creator by referring to the following drawings and explanations. [New content] This creation is an improvement of the heat dissipation structure of an LED lamp, especially a Li:D lamp heat dissipation structure with low cost and obvious heat dissipation effect, which comprises a metal lamp cover whose inner surface is formed with a reflective surface and a flat lock surface. The LED lamp lock is fixed, and the back surface of the lock seat is used for locking a heat sink block. The heat energy generated by the LED lamp illumination can be transmitted through the lock surface of the metal lamp cover to the heat sink block to absorb the heat energy. The purpose of heat dissipation. The main purpose of this creation is to use the lock surface of the metal lampshade to lock the LED lamp and transmit the heat generated by the LED lamp to the heat sink block to accelerate the heat dissipation, so that the LED lamp can maintain a low temperature but a warm state to prevent aging. . 3 [Embodiment] The first picture shows the improvement of the gambling structure of the LED lamp, (see also the second ®), such as riding, including the metal lamp cover 1G, the system - plane The edge of the lock seat surface j〇b extends a plurality of reflective surfaces 1〇a, and an air hole 10c is opened at the end of the reflective surface l〇a, and the main lock seat surface is available for the LED lamp 2 to be locked and fixed. The second figure) The back side of the lock seat is used for locking a heat sink block, and the lampshade, 10 ports (refer to the third figure) are provided with a light transmissive cover 4G. The third picture of the cover is a schematic cross-sectional view of the heat dissipation structure of the creation-type LED lamp. As shown in the figure, 'LED lamp 20 is locked on the lock surface of the metal lamp cover 1〇b, and the LED lamp is illuminated by 2〇. The heat energy generated at the time is transmitted from the lock surface 1b to the heat sink block 3, and the heat is accelerated. The LED lamp 20 can be maintained at a low temperature state to prevent the aging of the lamp 2 to improve the service life. The corpse, the metal lampshade 10 (see also the first and second figures), the air hole 1〇c allows the external air to enter the metal lampshade 10 to accelerate the heat sink. Further, each of the reflecting surfaces 10a of the metal lamp cover 10 can absorb the heat energy of the internal space, thereby forming a heat dissipation by the temperature of the air outside the lampshade 10, and assisting the heat sink inside the metal lamp cover 10. It can be proved that the supplementary state _ can be _ thief's weapon, and has not seen the public to make = 'in accordance with the requirements of the patent, the novelty, 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 提出 专利 专利 专利 专利 专利 专利 专利The trial and approval of the forest case, the real sense of virtue. The person who needs to be clarified is the best practice of this _, such as the change of the construction of the county's creation, the function and function of which has not exceeded the spirit covered by the specification and the schema. Within the scope of this creation, it is given to Chen Ming. [Simple description of the diagram] .M396367 The first figure is a three-dimensional exploded view of the improvement of the heat dissipation structure of an LED lamp. The second figure is another three-dimensional exploded view of the improvement of the heat dissipation structure of the LED lamp. Cross-sectional schematic diagram of an improved heat dissipation structure of an LED lamp [Signature of main components] Metal lampshade - -------10 Reflective surface -------10a Air hole---------- ----l〇c lock seat surface-------l〇b LED light --------- ------20 heat sink block --------30 light transmission Cover --------------40