201033523 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種燈具，尤指一種裝設於室外燈桿上 作為路燈之用或其他照明用途的菲涅爾式發光二極體燈條 式燈具。 【先前技術】 目前應用於戶外照明的發光裝置，例如路燈，漸漸朝 β向低耗電夏、光哀小及故障率較低的發光二極體燈具發 展。現有發光二極體路燈燈具之設計，概如第七圖所示， 主要採用光盤式的組成架構，其將複數個高功率發光二極 體組件（6〇>逐一焊接在一鋁質電路板（61)上，再令該鋁質 電路板（61)連接一具有多數個散熱鰭片的燈座（62)上以 便把高功率發光二極體組件（6〇)點亮產生的熱，經由該鋁 質電路板（61)傳導至該燈座（62)上，再於該高功率發光二 ❹極體組件（60)前端裝設一燈罩（63)，最後將該發光二極體 燈具組設於一燈桿頂端作為路燈，以提供夜間道路照明。 如揭發光二極體路燈雖可供作為路燈等照明器材之用 途，然而，在實際使用過程中，該發光二極體路燈仍存在 有以下諸多缺點： 1_維修不便：由於該發光二極體路燈中的發光二極體 組件係焊接於鋁質電路板上，使得燈具的製造組裝上麻煩 且耗時’且當其中任一高功率發光二極體組件損壞時，損 壞的發光一極體組件無法由維修人員在現場以銲搶從電路 板上單獨取下’再焊接新的發光二極體組件於原位通常 201033523 須由專業人員將整個光盤拆下，整組送回原製造廠商維 修，或是作整組光盤更換，故維修成本相當高。...... 2_散熱性能不佳：習知發光二極體路燈工作時，其發 光二極體組件所產生的熱係經由鋁質電路板傳導至燈座進 行散熱，然而，基於發光二極體路燈的重量不宜過重體 積不宜過大等限制下，使得燈座的散熱面積有&，故造成 該發光二極體路燈的散熱效果不佳，易使部分發光二極體 組件因散熱路徑差產生的高溫而易於燒燬或縮短使用壽 ❿命，且連同該紹質電路板上的電子零件也會因處於高溫環 境而使工作效能受到影響，進而縮短工作壽命。 3·配光曲線不佳：為了滿足道路照明之需要，一般路 燈所需求之配光曲線以長條式的橢圓形為較佳以提供較 大範圍的道路照明使用，使得相鄰路燈之間的距離可拉 長，間接減少路燈數，而降低照明設備成本，但由於發光 一極體發出之光形為圓形，加上焊於鋁質電路板上的發光 二極體發光面皆朝向同一方向，使得習知發光二極體路燈 所發出之光形也近似圓形，而無法具有符合道路照明的配 光曲線。 【發明内容】 有鑒於習知技術的諸多缺點，本發明之主要目的在於 提供一種菲涅爾式發光二極體燈條式燈具，其維修方便、 散熱效果佳且具有較佳的配光曲線。 欲達上述目的，本發明所使用之技術手段係令該菲涅 爾式發光二極體燈條式燈具包含： 201033523 一燈座； 複數照明燈條，係裝設在該燈座上而分佈於一扁平面 上呈菲涅爾式（Fresnel)排列，其中該些照明燈條依照所需 照射面積而具有特定的發光面傾斜角度，每一照明燈條包 括一散熱體、一設於該散熱體中的電路板，以及數個設於 該散熱體上並電性連接該電路板的高功率發光二極體組 件。 本發明藉由此菲涅爾式發光二極體燈條式燈具設計， © 其特點至少包括有： 1.方便維修：由於本發明係以數組獨立的照明燈條分 別裝設於一燈座上，該些照明燈條與燈座為可拆組之結 構，藉此模組化之設計，不僅易於安裝且在維修方面，當 該些照明燈條中任一發光二體組件故障時，維修人員可迅 速簡便地將故障的發光二極體組件所屬的照明燈條予以更 換’維修相當方便省時。 _ 2.獨立散熱機制：由於每一照明燈條本身皆具有一散 熱體’藉由該散熱體將組設其中的高功率發光二極體組件 點亮所產生的熱向外散熱，使每一照明燈條各具有獨立的 散熱機制，有別於習知發光二極體路燈需要藉由外部散熱 機制進行散熱，可避免該發光二極體組件因高溫而燒燬， 具有較長的使用壽命，且因各照明燈條各具有獨立的散熱 機制，在燈具的設計上’不須特別考慮散熱的問題。 3_配光曲線佳：由於本發明令其照明燈條之發光面分 別朝向不同方向，使得本發明之照明範圍由燈具中央往兩 旁延伸分布，而呈現一長條狀的橢圓形配光曲線，應用於 201033523 路燈使用時，可符合道路照明的需求。 4_縮小燈具尺寸及減.少材料成本：令照明燈條呈菲涅 爾式（Fresnel)排列，讓照明燈條在同一扁平面上，可依照 所需照射面積調整照明燈條發光面之傾斜角度，不必為了 照射兩邊，將照明燈條佈置呈曲面狀或是v形狀或是口形 狀.即了產生長條式橢圓形的照明範圍，有助於縮小燈具 尺寸及減少材料成本。該菲涅爾式排列主要構想取自菲涅 爾式（Fresnel)透鏡，因為該透鏡與凸透鏡有一樣聚焦之功 〇 能’但菲涅爾式透鏡有扁平與體積小之優點。 【實施方式】 關於本發明的具體實施例，請參考第一圖所示，係揭 不一菲涅爾（Fresnel)式發光二極體燈條式燈具，其包含 一燈座（10)、複數照明燈條（2〇)、一頂蓋（3〇)、一電源供應 (40)，並進一步如第二圖所示包含一固定座（5〇)。 該燈座（10)呈盒狀，其頂面為開放端，其底面形成複 • 數並排的長條缺口（1彳），每一長條缺口（1彳）具有兩側板部 (110)，分別形.成於長條缺口（11)的兩相對侧邊，其中，該 複數長條缺口（ 11)其相同側的側板部（彳彳〇)具有不同的傾斜 角度，可依照所需照射面積而具有特定傾斜角度，其傾斜 角度相對於中央位置之長條缺口（11)的側板部（110)傾斜角 度增加或減少’以本實施例而言，其傾斜角度相對於中央 位置之長條缺口（11)的側板部（11〇)傾斜角度依序漸增，位 於最外圍之側板部（110)具有最大之傾斜角。本實施例中， 每—長條缺口（11)之至少一侧板部◦ 10)上形成有鎖固孔 (1 1 1)’該燈座（10) —側邊形成有一弧口（12)，鄰近該弧口（12) 201033523 的燈座（10)表面上形成有複數貫孔（彳3)。 該些照明-燈條^20)係分別裝置於燈座（1〇)的長條缺口 (11)上而呈菲涅爾式（Fresnel)排列，每一照明燈條（2〇)如 第四圖所示，包括一散熱體（21)、一電路板（22)以及至少 一高功率發光二極體組件（23)，其中，該散熱體（21)係以 導熱性材料製成的長條中空構件，可對應設置於燈座（彳〇) 之長條缺口（11)上，該散熱體（21)包括一發光面（211)、一 容置區（212)位於該散熱體（21)内側’以及複數散熱鰭片 ❹ （2彳3)成形於該散熱體（21)外侧面，其中該發光面^”上 形成有複數貫穿孔（214)，且本實施例中，該發光面（211) 側邊可形成螺孔（215)以對合長條缺口（ 11)側板部（11 〇)之 鎖固孔（111 藉由螺絲鎖固在側板部（11 〇)上，依各側板 部（110)的傾斜角度不同，使得該些照明燈條（2〇)之發光面 (211) 照射角度對應改變而分別朝向不同方向，該容置區 (212) 係連通發光面（211)貫穿孔（214)且兩端形成蓋口。再 者’本實施例中’該兩蓋口各設一側蓋（24)配合一防水墊 ® 圈（241)作防水性密封。 前述電路板（22)係設於該散熱體（21)之容置區（212) 内，具有複數連接器（221)及至少一端子座（222)，該至少 一端子座（222)係外接一導線（28)，該導線（28)係穿過側蓋 (24)外’用以外接電源，該電路板（22)可為具有導熱性之 電路板（如鋁質電路板…等）。 前述高功率發光二極體組件（23)為一組内含高功率發 光二極體的元件，係對應設置在散熱體發光面（211)的設置 孔上’該高功率發光二極體組件（23)上設有一組接腳 201033523 (231)，藉由該組接腳（231)通過貫穿孔（214)可拆組地插接 於談電-路板^22)上松對應的連接器（221)上構成電性連接， 並使該些高功率發光二極體組件（23)點亮時產生的熱可直 接熱傳導至該散熱體（21)上散熱，該高功率發光二極體組 件（23)所發射的光可通過該燈座對外投光。 前述照明燈條（20)可進一步於每一高功率發光二極體 組件（23)之出光端裝設一反光燈罩（25) ’並於該反光燈罩 (25) 如端裝可設一透光體（26)，該透光體（26)可選自平面 ❹ 鏡、凸透鏡與凹透鏡中的一種，可根據每一高功率發光二 極體組件（23)點亮時的發光角度，來決定使用平面鏡、凸 透鏡與凹透鏡，該反光燈罩（25)可固接於該散熱體（21)之 發光面（211)上。 進一步參考第五圖所示，係前述照明燈條（2〇)另一較 佳實施例，與前述實施例不同處在於：該散熱體（21)中形 成一具有開口之容置區（212)，於該容置區（212)開口處裝 設一可拆組的組接板（211a)作為發光面，該組接板（2i1a) 上ax有至少一貫穿孔（214a);而前述的高功率發光二極體 組件（23)底面係具有數個接點，使該高功率發光二極體組 件（23)可透過表面黏著技術直接焊接於該電路板（22)上， 每一高功率發光二極體組件（23)之出光端同樣可進一步裝 設一反光燈罩（25)，令其固接於該組接板（211 a)上，並且 該反光燈罩（25)前端可同樣再裝設如前段所敘述的透光體 (26) 〇 前述頂蓋（30)係對應蓋設於燈座（1〇)的頂面，以覆蓋燈 座（10)内部的照明燈條（20)，且該頂蓋（30)側邊形成有一弧 201033523 口（31)，可對應燈座（10)側邊的弧口（12)共同構成一固定座 ----------延伸〇 “ 〇 ...... 一· _ 刖述電源供應器（40)係裝設在頂蓋（3〇)的内側表面上， 前述照明燈條（20)的導線（28)可共同匯集再透過轉接線而 一同電連接該電源供應器（4〇)之一端，該電源供應器（4〇) 之另端則可連接至外部的電源。 前述固定座（50)係對應設於燈座（1〇)底面的貫孔（13) 上’其具有一中空的套接部（51)，該套接部（51)係延伸穿 ❹過頂蓋（30)與燈座（10)侧邊所構成的固定座（5〇)延伸口。 本發明藉由該菲涅爾式發光二極體燈條式路燈（彳）設 計，以應用於路燈為例，如第二、三圖所示，於使用時令 固定座（50)的套接部（51)對應套接一燈桿的前端，藉由 複數螺絲（52)鎖固住，再令前述電源供應器（4〇)的另端連 接導線穿經固定座（50)的套接部（51)，而伸入該燈桿（2)内 以連接電源，從而組成一路燈。 如第六圖所示’藉由該燈座（1〇)上位於中央位置的照 明燈條（20)主要照射範圍為燈具之正下方，兩側相鄰該中 央位置的照明燈條（20)主要照射範圍為路燈正下方之兩 側，另一個角度更傾斜之照明燈條（2〇)其照射範圍為路燈 下方之外圍兩側，依序類推，從而可使該些照明燈條（2〇) 向下投光之照射範圍具有均勻且其光形為長條式的橢圓 形’以滿足道路照明之需要。 再者，本發明從菲>圼爾透鏡（F「esnel |ens)的原理延伸 發展，令照明燈條（20)呈菲涅爾式排列，讓照明燈條（2〇) 彼此之間的發光角度相對於中央位置，係由中央往兩旁依 201033523 材料成本。 由上述可知， 序角度漸増，不必將照明燈條（20)佈置呈曲面狀，即可產 生長條式橢圓形的照明範圍，有助於縮小燈具尺寸及減少 本發明相較於習知發光二極體路燈有維 修簡便、獨立的散熱機制及配光曲線佳，係確實具有產業 利用性、新穎性及進步性等專利要件，妥依法具文提出申201033523 VI. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a luminaire, and more particularly to a Fresnel-type light-emitting diode lamp strip mounted on an outdoor pole for use as a street lamp or for other lighting purposes. Lighting. [Prior Art] Light-emitting devices currently used for outdoor lighting, such as street lamps, are gradually being developed toward light-emitting diode lamps with low power consumption in summer, low light sorrow, and low failure rate. The design of the existing LED street lamp is as shown in the seventh figure, mainly adopting a disc-type composition structure, which is to solder a plurality of high-power LED components (6〇> one by one to an aluminum circuit board. (61), the aluminum circuit board (61) is further connected to a socket (62) having a plurality of heat dissipating fins for illuminating the high-power LED assembly (6〇). The aluminum circuit board (61) is conducted to the lamp holder (62), and a lamp cover (63) is disposed at the front end of the high-power light-emitting diode assembly (60), and finally the light-emitting diode lamp assembly is It is installed at the top of a pole as a street light to provide night road lighting. Although the LED street lamp can be used as a lighting device such as a street lamp, however, in actual use, the LED street lamp still exists. The following shortcomings: 1_ Inconvenience to maintenance: Since the LED assembly in the LED street lamp is soldered to the aluminum circuit board, the manufacturing of the lamp is cumbersome and time consuming to manufacture and when any of the high power Loss when the LED assembly is damaged The bad illuminating one-pole assembly cannot be removed from the circuit board by the maintenance personnel on the spot. The new illuminating diode assembly is then soldered in place. Usually 201033523 The entire disc must be removed by professionals. Return to the original manufacturer for repair, or replace the entire set of discs, so the maintenance cost is quite high....... 2_The heat dissipation performance is not good: the light-emitting diode assembly is used when the light-emitting diode street lamp is working. The generated heat is transmitted to the lamp holder through the aluminum circuit board for heat dissipation. However, the weight of the light-emitting diode street lamp should not be too large, and the volume of the lamp holder should be too large, so that the heat dissipation area of the lamp holder has & The heat dissipation effect of the diode street lamp is not good, and it is easy for some of the LED components to be burned or shortened due to the high temperature generated by the heat dissipation path difference, and the electronic components on the board are also in the process. The high temperature environment affects the working efficiency and shortens the working life. 3. The light distribution curve is not good: in order to meet the needs of road lighting, the light distribution curve required by general street lamps is long strip The elliptical shape is preferably used to provide a wide range of road lighting use, so that the distance between adjacent street lamps can be lengthened, indirectly reducing the number of street lamps, and reducing the cost of lighting equipment, but the light shape emitted by the light emitting body is The circular shape and the light-emitting diodes on the aluminum circuit board are all oriented in the same direction, so that the light shape emitted by the conventional light-emitting diode street lamp is also approximately circular, and cannot be matched with road lighting. Light curve. SUMMARY OF THE INVENTION In view of the many shortcomings of the prior art, the main object of the present invention is to provide a Fresnel-type light-emitting diode light bar type lamp, which has convenient maintenance, good heat dissipation effect and better matching. Light curve. To achieve the above purpose, the technical means used in the present invention is such that the Fresnel type light-emitting diode light bar type lamp comprises: 201033523 a lamp holder; a plurality of illumination light bars are mounted on the lamp holder And distributed on a flat surface in a Fresnel arrangement, wherein the illumination strips have a specific illumination surface tilt angle according to the required illumination area, and each illumination strip package A radiator, a cooling body provided on the circuit board, and a plurality of electrically connected to and disposed on the circuit board is a high-power light-emitting diodes on the radiator assembly. The invention is designed by the Fresnel type light-emitting diode light bar lamp, and the features thereof include at least: 1. convenient maintenance: since the invention is installed on a lamp holder by an array of independent lighting strips respectively. The lighting strips and the lamp holders are detachable groups, and the modular design is not only easy to install but also in terms of maintenance, when any one of the lighting strips fails, the maintenance personnel It is quick and easy to replace the lighting strip to which the faulty LED assembly belongs. Maintenance is quite convenient and time-saving. _ 2. Independent heat dissipation mechanism: since each lighting strip itself has a heat dissipating body, the heat generated by lighting the high-power LED assembly in which the heat dissipating unit is disposed is radiated outward, so that each Each of the illuminating strips has an independent heat dissipating mechanism, which is different from the conventional illuminating diode street lamp, and needs to be dissipated by an external heat dissipating mechanism to prevent the illuminating diode assembly from being burnt due to high temperature, and has a long service life, and Because each lighting strip has an independent heat dissipation mechanism, the design of the luminaire does not require special consideration of heat dissipation. 3_The light distribution curve is good: Since the light-emitting surface of the illumination light bar is directed to different directions, the illumination range of the invention extends from the center of the lamp to both sides, and presents a long elliptical light distribution curve. When used in 201033523 streetlights, it can meet the needs of road lighting. 4_Reducing the size of the lamp and reducing the material cost: The lighting bar is arranged in a Fresnel style, so that the lighting bar is on the same flat surface, and the inclination of the luminous surface of the lighting bar can be adjusted according to the required irradiation area. Angle, it is not necessary to illuminate both sides of the illuminating light bar in a curved shape or a v shape or a mouth shape. That is, a long elliptical illumination range is generated, which helps to reduce the size of the lamp and reduce the material cost. The Fresnel arrangement is primarily intended to be taken from a Fresnel lens because the lens has the same focus as the convex lens. However, the Fresnel lens has the advantages of flatness and small size. [Embodiment] Regarding a specific embodiment of the present invention, please refer to the first figure, which is a Fresnel type light-emitting diode light bar type lamp, which comprises a lamp holder (10), plural A light bar (2 〇), a top cover (3 〇), a power supply (40), and further includes a fixing seat (5 〇) as shown in the second figure. The lamp holder (10) has a box shape, the top surface of which is an open end, and the bottom surface thereof is formed with a plurality of side-by-side strips (1彳), each of which has two side plate portions (110). Forming two opposite sides of the strip (11), wherein the plurality of strips (11) have different inclination angles on the same side of the side plate (,), according to the required irradiation area And with a certain inclination angle, the inclination angle of the side plate portion (110) with respect to the central position is increased or decreased with respect to the central position. In the present embodiment, the inclination angle of the inclination angle with respect to the central position is notched. The inclination angle of the side plate portion (11〇) of (11) is gradually increased, and the side plate portion (110) located at the outermost periphery has the largest inclination angle. In this embodiment, at least one side plate portion 10) of each of the long strips (11) is formed with a locking hole (1 1 1) 'the lamp holder (10) - the side edge is formed with an arc opening (12) A plurality of through holes (彳3) are formed on the surface of the lamp holder (10) adjacent to the arc (12) 201033523. The illumination strips (20) are respectively arranged on the long notch (11) of the lamp holder (1〇) in a Fresnel arrangement, and each illumination strip (2〇) is as a fourth. The figure shows a heat sink (21), a circuit board (22) and at least one high power light emitting diode assembly (23), wherein the heat sink (21) is a strip made of a heat conductive material. The hollow member is disposed on the long strip (11) of the lamp holder (21), the heat sink (21) includes a light emitting surface (211), and a receiving area (212) is located at the heat sink (21) The inner side and the plurality of heat dissipating fins 彳 (2彳3) are formed on the outer side surface of the heat dissipating body (21), wherein the light emitting surface is formed with a plurality of through holes (214), and in the embodiment, the light emitting surface ( 211) A screw hole (215) can be formed at the side to lock the locking hole of the side plate portion (11 〇) of the long strip (11) (111 is fixed on the side plate portion (11 〇) by screws, according to each side plate portion The inclination angles of the (110) are different, so that the illumination angles (211) of the illumination strips (2) are correspondingly changed to face different directions, and the accommodation area (212) is connected. The light-emitting surface (211) penetrates through the hole (214) and forms a cover at both ends. In addition, in the present embodiment, the two cover ports are respectively provided with a side cover (24) and a waterproof pad® (241) for waterproofing. The circuit board (22) is disposed in the receiving area (212) of the heat sink (21), and has a plurality of connectors (221) and at least one terminal block (222), the at least one terminal block (222) An external wire (28) is connected, and the wire (28) passes through the side cover (24) and is externally connected to the power source. The circuit board (22) can be a thermal conductive circuit board (such as an aluminum circuit board, etc. The high-power light-emitting diode assembly (23) is a set of components containing a high-power light-emitting diode, corresponding to a setting hole disposed on a heat-emitting surface (211) of the heat-dissipating body. The component (23) is provided with a set of pins 201033523 (231), and the set of pins (231) are detachably connected through the through holes (214) to the connectors corresponding to the upper and lower boards of the electric circuit board 22 (221) forming an electrical connection, and heat generated when the high-power LED assembly (23) is turned on can be directly thermally conducted to the heat sink (21) The light emitted by the high-power LED assembly (23) can be externally projected through the socket. The illumination strip (20) can further emit light from each high-power LED assembly (23). A reflector cover (25) is mounted on the end, and a light transmissive body (26) can be disposed on the reflector cover (25), and the light transmissive body (26) can be selected from the group consisting of a flat mirror, a convex lens and a concave lens. For example, the plane mirror, the convex lens and the concave lens can be determined according to the illumination angle when each high-power LED assembly (23) is turned on, and the reflector cover (25) can be fixed to the illumination of the heat sink (21). On the face (211). Further, referring to the fifth embodiment, another preferred embodiment of the foregoing lighting strip (2〇) is different from the foregoing embodiment in that an accommodating area (212) having an opening is formed in the heat dissipating body (21). a detachable set of connecting plates (211a) is disposed at the opening of the accommodating area (212) as a light emitting surface, and the ax of the set of connecting plates (2i1a) has at least a consistent perforation (214a); and the aforementioned high power The bottom surface of the LED assembly (23) has a plurality of contacts, so that the high-power LED assembly (23) can be directly soldered to the circuit board (22) through surface adhesion technology, and each high-power illumination II The light-emitting end of the pole assembly (23) can be further provided with a reflector cover (25) to be fixed to the set plate (211 a), and the front end of the reflector cover (25) can be similarly installed. The light-transmitting body (26) described in the preceding paragraph, the top cover (30) is correspondingly disposed on the top surface of the lamp holder (1) to cover the illumination strip (20) inside the lamp holder (10), and the The side cover (30) is formed with an arc 201033523 port (31), which can form a fixed seat corresponding to the arc mouth (12) on the side of the lamp holder (10). ----------Extension 〇" 〇... 一· _ Describing that the power supply (40) is mounted on the inside surface of the top cover (3〇), the aforementioned lighting strip The wires (28) of (20) can be collectively and electrically connected to one end of the power supply (4〇) through a patch cord, and the other end of the power supply (4〇) can be connected to an external power source. The fixing seat (50) is corresponding to the through hole (13) provided on the bottom surface of the lamp holder (1). It has a hollow socket portion (51), and the socket portion (51) extends over the top. The cover (30) and the fixing seat (5〇) extending from the side of the lamp holder (10) are extended. The invention is designed by the Fresnel type LED light bar type street lamp (彳), and is applied to the street lamp. For example, as shown in the second and third figures, the socket portion (51) of the fixing seat (50) is sleeved correspondingly to the front end of a light pole, and is locked by a plurality of screws (52). The other end connecting wire of the power supply (4〇) passes through the socket portion (51) of the fixing base (50), and extends into the lamp post (2) to connect the power source to form a street lamp. As shown in the figure The main illumination area of the illuminating light bar (20) at the central position on the seat (1 〇) is directly below the luminaire, and the main illumination range of the illuminating light bar (20) adjacent to the central position on both sides is the two sides directly below the street lamp. Another angled light strip (2〇) is illuminated on the outer sides of the streetlight, and so on, so that the illumination range of the light strips (2〇) is uniform and The light shape is a long elliptical shape to meet the needs of road lighting. Furthermore, the invention extends from the principle of the Philippine lens (F "esnel | ens", so that the lighting strip (20) is The Fresnel arrangement allows the lighting strips (2〇) to illuminate each other relative to the central position, depending on the cost of the 201033523 material. It can be seen from the above that the order angle is gradually increased, and it is not necessary to arrange the illumination bar (20) in a curved shape, thereby generating a long elliptical illumination range, which helps to reduce the size of the lamp and reduce the present invention compared to the conventional illumination. The polar street lamp has simple maintenance, independent heat dissipation mechanism and good light distribution curve. It is indeed a patent requirement for industrial utilization, novelty and progress, and it is submitted in accordance with the law.
本發明所附圖式僅提供參考與說明用，並非用來對本 谷所為之等效結構變化 合予陳明。 故舉凡運用本發明專利說明書及圖示内 變化’均同理包含於本發明之範圍内， 【圖式簡單說明】 第一圖.係本發明菲涅爾式發光二極體燈條式燈具一 較佳實施例的立體分解示意圖 第一圖’係本發明菲涅爾式發光二極體燈條式燈具一 較佳實施例組接一燈桿的立體分解示意圖。 第二圖.係本發明菲涅爾式發光二極體燈條式燈具一 較佳實施例組接一燈桿的組合立體示意圖。 第四圖·係本發明菲涅爾式發光二極體燈條式燈具之 照明燈條一較佳實施例的立體分解示意圖。 第五圖·係本發明菲涅爾式發光二極體燈條式燈具之 照明燈條另—較佳實施例的立體分解示意圖。 第/、圖·係第二圖所示菲涅爾式發光二極體燈條式燈 具較佳實施例之投光示意圖。 201033523 第七圖：係習知發光二極體路燈之立體分解示意圖。The drawings of the present invention are provided for reference and description only, and are not intended to be used in conjunction with the equivalent structural changes of the present invention. Therefore, the use of the patent specification and the changes in the drawings are all included in the scope of the present invention. [Simplified description of the drawings] The first figure is a Fresnel type light-emitting diode lamp type lamp of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view of a preferred embodiment of a Fresnel-type light-emitting diode light bar lamp of the present invention. Fig. 2 is a perspective view showing a combination of a preferred embodiment of the Fresnel type light-emitting diode light bar lamp of the present invention. Fig. 4 is a perspective exploded view of a preferred embodiment of a lighting strip for a Fresnel-type light-emitting diode light bar lamp of the present invention. Fig. 5 is a perspective exploded view showing another preferred embodiment of the illumination strip of the Fresnel type light-emitting diode light bar type lamp of the present invention. Fig. 4 is a schematic view showing a projection of a Fresnel type light-emitting diode lamp of the preferred embodiment. 201033523 The seventh figure is a three-dimensional exploded view of a conventional LED street lamp.
【主要元件符號說明】 (1)發光二極體燈條式燈具 (2)燈桿 (10)燈座 (11)長條缺口 (110)側板部 (111)鎖固孔 (1 2)弧口 (13)貫孔 (20)照明燈條 (21)散熱體 (211)發光面 (211 a)組接板 (212)容置區 (213)散熱鰭片 (214)貫穿孔 (214a)貫穿孔 (215)螺孔 (22)電路板 (23)高功率發光二極體組件 (231)接腳 (221)連接器 (222)端子座 (24)側蓋 (241)防水墊圈 (25)反光燈罩 (26)透光體 (28)導線 (30)頂蓋 (31)弧口 (40)電源供應器 (50)固定座 (51)套接部 (52)螺絲 (60)高功率發光二極體組件 (61)鋁質電路板 (62)燈座 (63)燈罩 11[Description of main component symbols] (1) Light-emitting diode light bar type lamp (2) Light bar (10) Lamp holder (11) Strip notch (110) Side plate part (111) Locking hole (1 2) Arc port (13) through hole (20) illumination strip (21) heat sink (211) light emitting surface (211 a) assembly board (212) receiving area (213) heat sink fin (214) through hole (214a) through hole (215) Screw hole (22) Circuit board (23) High power LED assembly (231) Pin (221) Connector (222) Terminal block (24) Side cover (241) Waterproof washer (25) Reflector cover (26) Light Transmitter (28) Wire (30) Top Cover (31) Arc Port (40) Power Supply (50) Mounting Block (51) Socket (52) Screw (60) High Power Light Emitting Diode Component (61) aluminum circuit board (62) lamp holder (63) lamp cover 11