M332170 八、新型說明： * 【新型所屬之技術領域】 、 本創作係與燈具有關，更詳而言之，尤指使用於庭園 燈、指引燈，且可向周邊發光源，具有省電及提高發光效 率的一種燈具之結構。 【先前技術】 按，先行所知，一般的庭園燈、指引燈都使用傳統燈 .、 泡，耗費電力，若使用L· E D燈，其發光效率不高，由其 _ LED燈之投射光源只有一角度範圍内，如第一圖所示， LED燈1之投射光源約在一角度a範圍内，因此只能作 近似直線的照明，對於周邊則無法發出光源，所以其發光 效率不高，對於需周邊全方位之發光，無法應用； ♦ 有鑑於此，本案創作人乃基於上述弊端，仍積極努力 " 開發、研究改良，並累衫年製造、生產經驗，而終於有 一足以解決上述弊端之創作產生。 • 【新型内容】 即本創作一種燈具之結構，其主要係目的係提供利 贿次反縣源，姆光、均光後，投設出光源，使周邊 全方位可以照明指引者。 本創作-種燈具之結構，其另一目的係提供數量少的 L E D燈’經過數種透視鏡後，增加其亮度，以降低對能 源的消耗。 緣疋本創作-種燈具之結構，其係一主體，主體周 邊為義外罩，外罩内具有數個L E D燈、-反光罩、一 M332170 透視鏡、一折射體及至少兩層均光板，該反光罩底部設有 ' 數個L E D燈，反光罩頂部設有透視鏡，該折射體位於反 、 光罩上方，作光源之折射，於折射體及反光罩兩側設有至 少兩層均光板；據此，LED燈經反光罩及直射光源達透 視鏡至折射體，由折射體將光源反射至兩層均光板而透出 光源，達到增加亮度，周邊方位照明之目的。 為使貴審查委員，對本創作之内容、特徵及目的， '麵 有著更進一步之暸解與認同，茲舉一較佳實施例，並配合 - 圖式、圖號說明於后： 【實施方式】 首先，本創作一種燈具之結構，如第二圖所示，其係 一主體10，主體1〇内包含有數個L E D燈1 1、一反 * 光罩12、一透視鏡13、一折射體14及至少兩層均光 _ 板2 〇，主體10可設計多種造型，因應各種所需，主體 10周邊為透明之外罩1 5，該數個l ED燈1 1位於主 • 體10底部及反光罩12底部，該反光罩丄2為圓弧狀或 碗狀，内表面為光滑面或設有複數個凸圓粒，該反光罩1 2頂部設有透視鏡13，該透視鏡13為一凸透鏡，可將 . 光源聚焦於折射體14; 該折射體14位於反光罩χ 2上方，作光源向外折射 ，該折射體14呈倒立錐形體，表面有複數個凸圓粒工4 1，凸圓粒141除聚焦光源，並向外折射光源於兩層均 光板2〇，折射體14及反光罩12兩側設有至少兩層均 光板2 0 (即位於外罩内側，相互平行），兩層均光板2 M332170 0為内層均光板21與外層均光板2 2，内層均光板21 内、外表面設有複數個凸圓粒211，外層均光板2 2外 表面為複數個凸圓粒2 21或外表面為紋路； 藉由上述之結構組裝，本創作一種燈具之結構，經由 L E D燈1 1之光源，部份投射至反光罩丄2增加亮度， 及直射之光源投射至透視鏡13，由透視鏡13聚焦再至 折射體14，由於折射體14呈倒立錐形體，表面有複數 個凸圓粒141 ’凸圓粒！41作聚焦光源，並向外折射 光源於兩層均光板2 Q，朗層均光板2 1之凸圓粒2 1 1聚焦再透出光源至外層均光板2 2均勻投射出來，將光 源射出透明之外罩15，使少量的L e D燈i丄之光源， 經本創作結職可以加亮度，賴邊均能投射出光源 ，周邊全方位照明，並降低對能源的消耗； 本案可作庭園燈、露營燈、指引燈，電力消耗小，使 用時間長’可作_式或攜帶型皆可，由於1^0燈1丄 之光源經數次的折射及投射，而且有反光罩丄2、折射體 M332170 【圖式簡單說明】 -第叫光源照設 * 弟二_本_之咖示意圖。 【主要元件符號說明】 ’ 10主體 11LED燈 13透視鏡 14折射體 Μ 15外罩 20兩層均光板 ‘ 211凸圓粒2 2外層均光板 角度之平面示意圖。 1 2反光罩 141凸圓粒 21内層均光板 2 21凸圓粒M332170 VIII. New description: * [New technical field], This creative department is related to lamps. More specifically, it is used in garden lights and guide lights, and can be used to save energy and improve to surrounding light sources. The structure of a luminaire with luminous efficiency. [Prior Art] According to the prior knowledge, the general garden lights and guide lights use traditional lamps, bubbles, and electricity. If L·ED lamps are used, their luminous efficiency is not high. The projection light source of the LED lamp is only Within an angle range, as shown in the first figure, the projection light source of the LED lamp 1 is within an angle a, so that it can only be used for approximately linear illumination, and the light source cannot be emitted for the periphery, so the luminous efficiency is not high, In order to solve the above drawbacks, the creators of this case are still actively working hard to develop, research and improve, and have accumulated years of manufacturing and production experience, and finally have a solution to the above drawbacks. Creation takes place. • [New Content] This is the structure of a luminaire. The main purpose of the faculty is to provide a source of bribes against the county. After the light and the light are all light, the light source is placed, so that the surrounding can illuminate the guide. The purpose of this creation-type luminaire is to provide a small number of L E D lamps. After several mirrors, the brightness is increased to reduce the energy consumption. The structure of the lamp is a main body, and the periphery of the main body is an outer cover. The outer cover has a plurality of LED lights, a reflector, a M332170 mirror, a refractor and at least two layers of light plates. There are several LED lights on the bottom, and the top of the reflector is provided with a see-through mirror. The refraction body is located above the anti-reflector and is used for the refraction of the light source. At least two layers of the homogenizer are arranged on both sides of the refractor and the reflector; The LED lamp passes through the reflector and the direct light source to reach the refracting body, and the refracting body reflects the light source to the two layers of the light absorbing plate to penetrate the light source, thereby achieving the purpose of increasing brightness and peripheral azimuth illumination. In order to enable your review committee to have a better understanding and recognition of the content, features and purposes of this creation, a preferred embodiment is presented, and the drawings and drawings are described below: [Embodiment] The structure of a lamp, as shown in the second figure, is a main body 10, and the main body 1 includes a plurality of LED lamps 1 1 , an anti-light mask 12 , a mirror 13 , a refractor 14 and At least two layers of light _ plate 2 〇, the main body 10 can be designed in various shapes, in order to meet various needs, the periphery of the main body 10 is a transparent outer cover 15 , the plurality of l ED lamps 1 1 are located at the bottom of the main body 10 and the reflector 12 At the bottom, the reflector 丄 2 is arc-shaped or bowl-shaped, the inner surface is a smooth surface or a plurality of convex granules are provided, and the top of the reflector 1 2 is provided with a fluoroscope 13 , which is a convex lens. The light source is focused on the refractive body 14; the refractive body 14 is located above the reflector χ 2, and is refracted outwardly as a light source. The refractive body 14 is an inverted cone having a plurality of convex grains 4 1 and convex granules 141 on the surface. In addition to focusing the light source, and refracting the light source outwardly on the two layers of the homogenizing plate 2, the refractive body 14 At least two layers of the light-shielding plate 20 are disposed on both sides of the reflector 12 (ie, located inside the outer cover and parallel to each other), and the two-layer light-averaging plate 2 M332170 0 is an inner-layer light-homogenizing plate 21 and an outer-layer light-reavering plate 2 2 , and the inner-layer homogenizing plate 21 is inside and outside. The surface is provided with a plurality of convex round particles 211, and the outer surface of the outer light-averaging plate 2 2 is a plurality of convex round particles 2 21 or the outer surface is a texture; by the above-mentioned structural assembly, the structure of the lamp is created by the LED lamp 1 1 The light source is partially projected onto the reflector 丄2 to increase the brightness, and the direct light source is projected onto the mirror 13, and is focused by the mirror 13 to the refracting body 14. Since the refracting body 14 is in the inverted cone, the surface has a plurality of convex circles. Grain 141 'bulge pellets! 41 is used as a focusing light source, and the light source is refracted outwardly on the two layers of the light absorbing plate 2 Q, and the convex granules 2 1 1 of the smectic sizing plate 2 1 are focused and then transmitted to the outer sizing plate 2 2 to be uniformly projected, and the light source is emitted transparently. The outer cover 15 enables a small amount of light source of the L e D lamp to be added to the brightness of the creation, and the edge can project the light source, the surrounding omnidirectional illumination, and reduce the energy consumption; the case can be used as a garden lamp, Camping lights, guide lights, low power consumption, long use time can be used as _ type or portable type, because the light source of 1 ^ 0 lamp 1 经 is refracted and projected several times, and there are reflectors 丄 2, refracting body M332170 [Simple description of the diagram] - The first light source is set to * The second is the _ the coffee diagram. [Main component symbol description] ‘10 main body 11 LED lamp 13 Mirror 14 refractor Μ 15 cover 20 two-layer averaging plate ‘ 211 convex granule 2 2 outer averaging plate Angle plane diagram. 1 2 reflector 141 convex grain 21 inner layer light plate 2 21 convex grain