M413067 五、新型說明： 【新型所屬之技術領域】 本案與照明設備有關’更詳而言之，係關於嵌頂式led筒燈。 【先前技術】 關於LED筒燈相關技術，於下列專利文獻中揭露。 中華民國新型專利第M333505號「崁頂式LED筒燈」，包括一金屬燈 體；該金屬燈體中設有一表面黏著型|_ED以及錐形反光罩，一安定器與該 ® 金屬燈體連接，並與表面黏著型led耦合。此一先前案之筒燈係以金屬燈 體兼做散熱之用，但該錐筒狀的金屬燈體表面並未成型或附加任何的散熱 構造，其散熱效果極為有限。而提昇該金屬燈體散熱效果的方案之一，係 外加散熱構造，但卻也衍生出燈具總成之體積重量增加之問題。 一個具有散熱方案的LED筒燈，於中華人民共和國發明專利公開號 CN101482231A「一種大功率|_ED筒燈」文獻揭露。該LED筒燈包括殼 體’殼體_散熱器’ LED光源，殼體上部安裝有反絲和透光板，殼體 ’下部6又有驅動電源蓋板封口。散熱器的散熱基板為圓柱環型，其外部 均勻分佈多組散熱H片’ jg柱環型的散熱基板内部巾心安裝大功率光 源的散熱基座，該散絲座與散熱基板由多數散熱筋純。此—先前案之 ’’’、散器仍4外加的裝置’雖具有增加散熱面積和加快散熱速度之功效， 但燈具總成仍因該外加散熱器而增加了體積和重量。 另-個具有散熱方⑽LED肢，於巾華人民共和財利公布號 第CN101943359「金屬整體散熱LED筒燈」文獻揭露。包括金屬的裝飾 圈'金屬的燈板座、燈板和後罩。裝飾圈成圓管形，燈板座呈圓盤形，固 M413067 定在裝飾_ ’後罩呈_形，固定在裝飾圈上方。採用金屬的裝飾圈和 金屬的燈板座’使兩者發揮導熱和賴作用”力輸大時可在燈板座上再 外加-散熱塊’以增加散熱效果1前述兩觀前案相同關題在於，金 屬的裝飾圈和燈板座表面並未成型或附加任何的熱散構造，散熱效果有 限，而外加散舰，又衍生燈具總成之體積和重量增加的問題。 【新型内容】 . 本案之目的係在提出—種_結構之嵌頂式LED龍，該筒燈具有精 •簡輕量化的結構設計’容易組裝。且本案筒燈具有高散熱面積、散熱速度 快、展現高散熱效能之優點。 本案之目的係在提出一種嵌頂式LED筒燈，該筒燈具有一體式燈筒暨 政…、構燈筒除了做為|_ED筒燈相關物件的組裝基礎之外，本身亦具有 高散熱效能。 本案之目的係在提供一種嵌頂式LED筒燈?該筒燈可依據LED功率而 製做不同尺寸的燈筒。LED的功率敍，燈筒的尺寸相對應提高，散熱效 i 能亦隨之提昇。 本案之目祕在提供—職頂式LED騎該肢可與任何已知型式 的扣具結合’可餘裝環境選配不關式的扣具，將led紐嵌於建築物 之屋頂或牆面，提昇組裝便利性。 、達成上迷目的之主要技術，包括：一燈筒，為铭擠筒形，外部成 ^夕數的散熱·_片’均勻的分佈在整個燈筒的外緣燈盤，固定於該燈 筒的員端’至）一陣列式LED以及其電源電路總成組裝於該燈盤；一反射 杯叹於„亥燈筒的内部，其内表面為具有反射擴散、及增益啦光源之 M413067 I · 功能面；一燈罩，組合於該燈筒的底端。 ， 【實施方式】 為便於說明本創作於上述創作内容一欄中所表示的中心思想，茲以具 體實施例表達。實施例中各種不同物件係按適於說明之比例、尺寸、變形 量或位移量而描繪，而非按實際元件的比例予以繪製，合先敘明。且以下 的說明中，類似的元件是以相同的編號來表示。 如第一圖至第四圖，本案嵌頂式LED筒燈，包括燈筒1〇、燈盤20、 反射杯30、燈罩40以及扣具50。 所述之燈筒10為銘擠製之筒形，外部成型有散熱構造U，該散熱構 造為直齒狀的散熱鰭片，均勻的分佈在整個燈筒10的外緣。該燈筒1〇 的外部於等㈣應位置各預設—扣具安裝部12，並在該扣具安裝部上 加工設置至少一個供扣具50之螺絲元件51穿鎖的孔位13。 所述的燈盤20為圓盤型鋁基板’藉由複數個定位元件21組裝於該燈 疴的頂端，其相對於該燈筒之内部盤面可安裝至少一陣列式 LED14 ’控制遠LED14的電源電路總成15則安裝於該燈盤2〇的外部盤 面’兩者耦合的電源線則藉由該燈盤2〇的線孔22穿設。 所述反射杯30設置在該燈筒10的内部，為廣口錐形構造其内表面 為具有反射、擴散、及增益LED光源之功能面31 ^ 所述之燈罩40包括-透光板41以及一固定環42。該透光板^被安 置於该燈筒10的底端’該HJ定環42套設於紐筒1Q的底端，並以内環面 的％槽構造43屋制定位該透光板41。該固定環42與該燈筒1〇的接觸端 面具有迫緊凸緣44 ’用以使該固定環42迫緊定位於該燈筒]〇。 M413067 所述之扣具5Q可為任何已知的型式，並不以圖例所繪者為限。透過螺 絲元件51將扣具5G域於雜筒1Q的扣具安裝部12。_該扣具 將整個燈具總成做嵌頂裝設於建築物。 本創作之㈣1〇為_製，將散熱構造n直接成型在㈣1〇的整個 外緣，使燈筒1G具有高散熱面積，散熱速度快，展現高散熱效能。基於燈 筒10與散熱構造為-體式，免除了外加散熱器而致生筒燈體積和重量增加 的問題’且減少了筒燈的構成要件，制總體精_量化的目的，且零組 件簡化使筒燈之各组件容易組裝及對合定位。除此之外，以轉製之燈筒 10可依據LED功率而製做不同的尺寸(例如:4 5对或6时) LED功率愈大， 燈筒10的尺寸相對應提高，又基於燈筒1〇與散熱構造U為一體式，使加 大的燈筒10的散熱效能亦隨之提昇。除上述功能之外，本案之燈筒10可 以和任何已佑的扣具5〇組配依據組裝環境之不同選配不同型式的扣具， 使安裝便利性再為提昇。 雖然本創作是以一個最佳實施例做說明，但精於此技藝者能在不脫離 本創作精神與範疇下做各種不同形式的改變。以上所舉實施例僅用以說明 本創作而已，非用以限制本創作之範圍。舉凡不違本創作精神所從事的種 種修改或變化，俱屬本創作申請專利範圍。 【圖式簡單說明】 第一圖為本案之立體外觀圖。 第二圖為本案之立體分解圖。 第二圖為本案之剖面圖。' . ' 第四圖為本案之立體剖面圖。 M413067 【主要元件符號說明】 10- 燈筒 11- 散熱構造 12- 扣具安裝部 13- 孔位M413067 V. New description: [New technical field] The case is related to lighting equipment. More specifically, it is about the embedded LED downlight. [Prior Art] The related art regarding LED downlights is disclosed in the following patent documents. The Republic of China new patent No. M333505 "Dome-type LED downlight" includes a metal lamp body; the metal lamp body is provided with a surface-adhesive type |_ED and a conical reflector, and a ballast is connected to the ® metal lamp body And coupled with a surface-adhesive led. The downlight of this prior case is used for heat dissipation by a metal lamp body, but the surface of the metal body of the cone-shaped cylinder is not formed or attached with any heat dissipation structure, and the heat dissipation effect is extremely limited. One of the solutions to improve the heat dissipation effect of the metal lamp body is to add a heat dissipation structure, but it also derives the problem of an increase in the volumetric weight of the lamp assembly. An LED downlight with a heat dissipation scheme is disclosed in the literature of the People's Republic of China Patent No. CN101482231A "A High Power |_ED Downlight". The LED downlight comprises a housing 'housing_heat sink' LED light source, the upper part of the housing is provided with a reverse wire and a light transmissive plate, and the lower part 6 of the housing has a drive power cover seal. The heat dissipating substrate of the heat sink is a cylindrical ring type, and a plurality of sets of heat dissipating H pieces are evenly distributed outside the body. The inner surface of the heat dissipating substrate of the jg column type is mounted with a heat dissipating base of a high power light source, and the diffusing block and the heat dissipating substrate are composed of a plurality of heat dissipating ribs. pure. This - in the previous case '', the device that is still attached to the device' has the effect of increasing the heat dissipation area and accelerating the heat dissipation speed, but the lamp assembly still increases the volume and weight due to the external heat sink. Another - with a heat sink (10) LED limbs, in the towel of the People's Republic of China and the Republic of China Announcement No. CN101943359 "metal overall cooling LED downlight" literature revealed. Includes metal trim ring 'metal base, light panel and rear cover. The decorative ring is in the shape of a circular tube, and the lamp holder is in the shape of a disc. The solid M413067 is fixed in the decorative _ ′, and the hood is fixed above the decorative ring. The metal decorative ring and the metal light plate seat make the two play the role of heat conduction and heat. When the power is lost, the heat sink can be added to the lamp holder to increase the heat dissipation effect. Therefore, the metal decorative ring and the surface of the lamp holder are not formed or attached with any heat dissipation structure, and the heat dissipation effect is limited, and the addition of the bulk ship, and the problem of the volume and weight of the deriving lamp assembly are increased. [New content]. The purpose is to propose an in-line LED dragon with a fine structure, which is easy to assemble. The downlight of this case has high heat dissipation area, fast heat dissipation and high heat dissipation performance. The purpose of the present invention is to propose an in-line type LED downlight, which has an integrated lamp holder and a light bulb. In addition to being used as an assembly base of the |_ED downlight related object, the present invention also has a high height. The purpose of this project is to provide an in-line LED downlight that can be made into different sizes of lamps according to the LED power. The power of the LEDs is relatively high, and the heat dissipation effect can be improved. The secret of this case is to provide - the top-mounted LED riding the limb can be combined with any known type of buckle. The remaining environment can be equipped with a non-closed buckle, and the led button is embedded in the building. The roof or the wall surface enhances the convenience of assembly. The main technology that achieves the fascination includes: a light tube, which is extruded into a cylinder shape, and the external heat dissipation _ piece is evenly distributed throughout the lamp. The outer edge lamp plate is fixed to the lamp end of the lamp holder to an array of LEDs and the power circuit assembly thereof is assembled on the lamp panel; a reflective cup sighs inside the interior of the lamp, and the inner surface thereof has a reflection Diffusion, and gain source M413067 I · Functional surface; a lampshade, combined at the bottom of the lamp. [Embodiment] The central idea expressed in the column of the above-mentioned creation content for convenience of explanation is expressed by a specific embodiment. Various items in the embodiments are depicted in terms of ratios, dimensions, amounts of deformation, or displacements that are suitable for illustration, and are not drawn to the proportions of actual elements, as described in the foregoing. In the following description, like elements are denoted by the same reference numerals. As shown in the first to fourth figures, the embedded LED downlight of the present invention comprises a lamp cylinder 1 , a lamp panel 20 , a reflector cup 30 , a lamp cover 40 and a buckle 50 . The lamp cylinder 10 is in the shape of a cylinder extruded from the outside, and is formed with a heat dissipating structure U. The heat dissipating structure is a straight fin-shaped fin that is evenly distributed over the outer edge of the lamp cylinder 10. The outer portion of the light bulb 1 于 is preset to the buckle mounting portion 12, and at least one hole 13 for the screw member 51 of the buckle 50 is formed on the fastener mounting portion. The lamp panel 20 is a disc-shaped aluminum substrate 'assembled on the top end of the lamp holder by a plurality of positioning members 21, and at least one array of LEDs 14 'controlling the power of the far LED 14 can be mounted on the inner disk surface of the lamp cylinder. The circuit assembly 15 is mounted on the outer disk surface of the lamp panel 2'. The power cable coupled between the two is routed through the wire hole 22 of the lamp panel 2〇. The reflector cup 30 is disposed inside the lamp cylinder 10, and has a wide-tapered structure. The inner surface thereof is a functional surface 31 having a reflection, diffusion, and gain LED light source. The lamp cover 40 includes a light-transmitting plate 41 and A retaining ring 42. The light-transmitting plate is placed at the bottom end of the lamp cylinder 10. The HJ ring 42 is sleeved at the bottom end of the barrel 1Q, and the light-transmitting plate 41 is positioned by the inner groove-shaped % groove structure 43. The contact end of the retaining ring 42 with the base 1b has a pressing flange 44' for positioning the retaining ring 42 against the base. The clip 5Q described in M413067 can be of any known type and is not limited to the one depicted in the legend. The clip 5G is placed through the screw element 51 in the clip mounting portion 12 of the miscellaneous barrel 1Q. _The buckle installs the entire luminaire assembly in the building. The creation of (4) 1 is _ system, the heat dissipation structure n is directly formed on the entire outer edge of (4) 1〇, so that the lamp 1G has a high heat dissipation area, and the heat dissipation speed is fast, showing high heat dissipation performance. Based on the lamp cylinder 10 and the heat dissipating structure, the problem of the increase in the volume and weight of the downlight caused by the addition of the heat sink is eliminated, and the constituent elements of the downlight are reduced, the overall fine-quantization purpose is achieved, and the components are simplified. The components of the downlight are easy to assemble and position. In addition, the converted lamp cylinder 10 can be made into different sizes according to the LED power (for example, 45 pairs or 6 hours). The larger the LED power, the correspondingly the size of the lamp cylinder 10 is based on the lamp 1 The heat dissipation structure U is integrated, so that the heat dissipation performance of the enlarged light bulb 10 is also improved. In addition to the above functions, the lamp cylinder 10 of the present invention can be combined with any of the buckled fasteners 5〇 according to the assembly environment to select different types of fasteners, so that the installation convenience is further improved. Although the present invention is described in terms of a preferred embodiment, it is obvious to those skilled in the art that various changes can be made without departing from the spirit and scope of the present invention. The above embodiments are merely illustrative of the present invention and are not intended to limit the scope of the present invention. Any modification or change that is not in violation of the spirit of this creation is the scope of patent application for this creation. [Simple description of the diagram] The first picture is a three-dimensional appearance of the case. The second figure is an exploded view of the case. The second picture is a cross-sectional view of the case. ' . ' The fourth picture is a three-dimensional sectional view of the case. M413067 [Description of main component symbols] 10-lamp 11- heat dissipation structure 12- clip mounting part 13- hole position
14- LED 15- 電源電路總成 20-燈盤 21 -定位元件 22-線孔 30- 反射杯 31- 功能面 40- 燈罩 41- 透光板 42- 固定環 43- 環槽構造 44- 迫緊凸緣 50-扣具 51-螺絲元件14- LED 15-Power Circuit Assembly 20-Light Panel 21 - Positioning Element 22-Line Hole 30- Reflector Cup 31- Function Surface 40- Lampshade 41- Light Transmissive Plate 42- Retaining Ring 43- Ring Groove Construction 44- Forced Flange 50 - clip 51 - screw element