Μ3Ό4736 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種號誌燈，尤指一 發光源之號諸燈結構。 體為 【先前技術】 一般在道路路口所設置的號誌 力一中沾n士日日/ ^ 疋句ί才曰揮用路人 ，#隆施古隹保運路乂通的順暢及安全 保ί1早應有的父通秩序，將交通擁 生機會降到最低。 甚至疋父通意外的發 而常見㈣通號諸便是設置於路口的三色交通號魏燈 乙過紅、黃、綠三種顏色來 嬙，—i/W击μ , 吩八别進或停止的時 耸的古. ^不·1用在白色燈泡搭配紅黃綠 寺的有色透鏡，或是利用本身即會發出紅普綠 燈泡，再由燈罩覆蓋伴蠖， …、一$色凋的 、 旻ί俅邊以組成该號誌燈的發井社 不過，傳統利用燈泡發光的號 处 、口 太陽光的遮蔽，或是在雨天時亦容 天今易又到 影塑用跋人斜认％ j_ 又^雨势影響’直接 發錢率。 燈燈色的判斷，容易提高交通意外的 用發=:解ιΓΓ泡所產生的話病，技術便利 來代替傳统燈泡作她燈的發光源 田万、食光一極體光源具有表旦 壽命發光效率高及使用 飞P长寺“ ’加上近來技術不斷精進， 於以往，有鏗於此，利用發光 4先売度更甚 ，除了可節省用I — °脰光源來替代傳統燈泡 名用电里及長時間使用外，同時在不同的天氣 5 Μ3Ό4736 狀況下6具有局度的辨識性，大幅降低用路人因誤判號誌 燈號而發生意外的機率。 $已知的led號遠燈結構中，其中多數的發光源 結構必須由125顆188顆發光二極體來組成，由於發光二 :體運作的過程中，會產生大量的作用熱，但-般的號誌 、且並未4寸別為兔光二極體設置散熱結構，因此在號誌燈結 ^卩大畺的作用熱產生及積累下，使號諸燈内部產生溫 昇效應而Xe成發光二極體短路，而使號誌燈光源減弱或無 法運作’直接影響到用路人的判斷及危害到交通安全，雖 然之後的習知結構利射g基板作為複數發光二極體_種散 尤《而其散熱效果有限，仍無法改善該號誌、燈内部 的散熱問題，成為該led號誌、燈結構未盡理想之處。 【新型内容】 針對上述之缺失，本創作 士也上 ，， 女日π甘I捉供一種呈 有U構之LED號諸燈發光源結構，藉由單—發开、 作為號誌、燈發光源’同時在該發光單元職散 :將發光單元所產生作用熱向外排出，除了以單一 知複數發光單元外，更經由散熱結構之料， 棱回4¾光單兀之發光效率及使用壽命。 p ^了達到上述的目的，本創作係提供-種⑽號_ =、”，其結構係主要包括一均溫板，該均二 具有尚導熱性之圓盤體，在均溫板上 扣’、為 又，均溫板下方連接-中空導熱筒，在該導熱：周早元’ 設由複數散熱片所組成之散熱體 ：：周緣上環 遺均溫板上方設 6 Μ3Ό4736 Q形ι版，用以覆蓋該均溫板，同時該蓋體之中央開 設一反射槽，用以穿設該發光單元，最後，該蓋體上設= a透明罩體，用以罩設於該發光單元上，藉由該散熱體之 散，作用，將發光單元所產生之作用熱向外排出，除了利 單么光單元作為號誌燈發光源外，更提高該發光 的發光效率及使用壽命。 心九早兀 【實施方式】 明，閱第—圖及第二圖，係分別為本創作之立體分解 不=及立體組合圖，於本創作之號諸燈結構係主要= ……哭先几件2、一導熱筒3、-散熱體4、 罩體6，其中該均溫板1於本f絲# + γ 圓盤狀，且該均m目+本例中係呈 _板1上且有 有高導熱特性之材質所構成， m μ 牙孔11，而該發光單元2係設於該均 級 ，於本貫施例中該發光單元1係為發光-極雕 且與該發光元件2電性連接之導線广= 經由均溫板i之穿孔η外接 ：-圖所-)係 方係連接一中空導埶'、 忒均溫板1之下 甲工¥熱同3，用以吸收由均溫板1 =!熱筒3之下端設有-環形凸板31，且在 同31之下端面上設有複數電極接㈣ =4熱 部則用以穿設導線7，再於 、帝 二泠先、同3之内 此為習知技術;^再贅言） 龍€性連接（ 熱侧組成，係環設於該導再:筒:之= 熱片41之間形成—散熱間隙犯，同時 任兩散 部並與該導熱筒3上 〜數賴片41之底 板31相連接，而該複數散熱片41 7 Μ3Ό4736 .組成成該散熱體4之後，該散熱體4之頂部同時形成一呈 圓形之凹陷空間43,用以容設該均溫板1 ’並與均溫板】 之周緣相貼接，·而該蓋體5係設於該均溫^之上方，該 立蓋體5係呈中空圓盤狀’用以將均溫心罩設於蓋體5 ^ ^該蓋體5之中央位置開設—反射槽51，恰對應於發光 2所設之位置，同時將發光單元2容設於該反射抓 二光=反射槽51之周緣具有一反射面5ιι，用以反射 丨3早二之光線；最後，該罩體6係設於該蓋體 =，_將該發光單元2罩設於罩體6内部，該罩體6 明罩，便以發光單元2所產生之光線經由該罩 月豆6向外透射；該組合完成圖如第二圖所示。 第三圖，係為本創作之操作示意剖視圖 = = 細組合完成後，設於均溫板丨上 發===電性連接之導線7所提供電源運作，該 由發光單元2 ^ 線直接自罩體6向外透出，或間接 由”早兀2周緣之反射面511將光反射出罩 成该就諸燈結構中之發光源，而該發光單元 > 用軌則是产斤產生之作 產板1所吸收，以降低該發光單元2所 向下傳導：！3:㈣ ,^ . 、同3上，琅後再由與導熱筒3相連έ士夕邺 熱肢4進行散熱作用，或是均溫板 連、、、。之政 熱傳導至周緣相貼接之萨直接仏亥作用熱直接 發光單元心進行散熱，以提升該 睛寥閱第四圖及第五圖，係分別為本創作之組襄分解 8 M304736 不意圖及完成圖，可看出，本創作之LED號誌燈發光源係 設於一燈座8上，該燈座8係呈圓盤狀，該燈座8之中央 具有一容置孔81，用以裝設該LED號誌燈發光源，同時該 燈座8上更連接一反射板9，該反射板9中央亦開設一穿 槽91，亚對應於燈座8之容置孔81位置，最後該燈座8再 對應連接一透明之燈罩1〇，將該反射板9及L仰號誌燈發 光源封盍於燈座8内部，其組合完成圖如第五圖所示。Μ3Ό4736 八, new description: [New technical field] This creation is related to a type of light, especially the light structure of a light source. The body is [previous technology] Generally, the number of Zhili No. 1 in the road intersection is dim day/^ 疋 ί ί ί 曰 路 路 路 路 路 路 路 # # # # # # # 隆 隆 隆 隆 隆 隆 隆 隆 隆 隆 隆 隆 隆 隆 隆 隆 隆 隆 隆 隆 隆 隆 隆The parental order that should have been in the early days will minimize the chance of traffic congestion. Even the uncle's accident is common. (4) The number is the three-color traffic number set at the intersection. Wei Lanyi has three colors of red, yellow and green, and i/W hits μ. The time of the ancient. ^ No. 1 used in the white light bulb with the red yellow green temple colored lens, or the use of itself will emit red green light bulb, and then covered by the lampshade, ..., a color,发ί俅 以 以 以 以 以 以 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过 不过J_ and ^ rain impact 'direct rate of money. Judging the color of the lamp, it is easy to improve the use of traffic accidents =: the problem caused by the solution of ΓΓ ΓΓ ,, technical convenience to replace the traditional light bulb as the source of the light of her lamp Tian Wan, the light source of the light source has a high luminous efficiency The use of Fei P Chang Temple "' plus recent technology continues to improve, in the past, there is a glimpse of this, the use of illuminating 4 first 売 more, in addition to saving the use of I - ° 脰 light source to replace the traditional light bulb name and long Time is used outside, and at the same time, in different weather conditions, 5 Μ 3 Ό 4736, 6 has a degree of visibility, which greatly reduces the chance of accidents caused by the passerby's misjudgment. The known led number of the long-light structure, most of them The structure of the illuminating source must be composed of 125 188 illuminating diodes. Due to the operation of the illuminating body 2, a large amount of heat is generated, but the general symbol is not 4 inches. The pole body is provided with a heat dissipating structure, so that under the heat generation and accumulation of the symbol of the lamp, the temperature rise effect is generated inside the lamp and the Xe is short-circuited by the light-emitting diode, and the light source of the lamp is weakened or Unable As a direct influence on the judgment of passers-by and harm to traffic safety, although the conventional structure of the g-radiation g-substrate as a complex light-emitting diode _ kind of dispersion, and its heat dissipation effect is limited, still can not improve the number, lights The internal heat dissipation problem has become an unsatisfactory part of the LED logo and lamp structure. [New content] In response to the above-mentioned shortcomings, this creator is also on, and the female day π Gan I catches a kind of LED with a U-shaped structure. The light source structure of the lamps, by means of a single-opening, as a source, a light source of illumination, and at the same time in the light-emitting unit: the heat generated by the light-emitting unit is discharged outward, except for a single light-emitting unit Through the heat-dissipating structure material, the luminous efficiency and service life of the edge-returning light 。 。 。 。 。 达到 达到 达到 p p p p p p p p p p p p p p p p p p p p p p p p p p p p p p p p p p The uniform has a heat-conducting disk body, and is fastened on the uniform temperature plate, and is connected to the hollow heat-conducting tube under the uniform temperature plate, and the heat-dissipating body composed of the plurality of heat-dissipating fins is disposed in the heat conduction: : Peripheral ring A Μ3Ό4736 Q-shaped y-type plate is arranged above the temperature equalizing plate to cover the temperature grading plate, and a reflecting groove is formed in the center of the cover body for the light-emitting unit to be inserted. Finally, the cover body is provided with a transparent cover. The body is disposed on the light-emitting unit, and the heat generated by the light-emitting unit is discharged outward by the dispersing action of the heat-dissipating body, and the light-emitting unit is improved as the light source of the light source. The luminous efficiency and service life of the luminescence.心九早兀 [Implementation] Ming, read the first picture and the second picture, respectively, the three-dimensional decomposition of the creation is not = and the three-dimensional combination picture, in the creation of the number of the lamp structure is mainly = ... crying first a member 2, a heat conducting tube 3, a heat dissipating body 4, and a cover body 6, wherein the temperature equalizing plate 1 is in the form of a f-wire # + γ disk, and the average m mesh + in this example is on the plate 1 and The material has a high thermal conductivity characteristic, m μ the dental hole 11 , and the light emitting unit 2 is disposed at the same level. In the present embodiment, the light emitting unit 1 is a light-emitting device and the light-emitting element 2 The wire of the electrical connection is wide = through the perforation η of the temperature equalizing plate i: - Figure -) is connected to a hollow guide 埶 ', 忒 温 温 1 之下 之下 ¥ ¥ ¥ ¥ ¥ ¥ , The temperature equalizing plate 1 =! The lower end of the hot cylinder 3 is provided with an annular convex plate 31, and a plurality of electrodes are arranged on the lower end surface of the same 31 (4) = 4 hot portions are used to pierce the wires 7, and then, the emperor泠先,同3, this is a conventional technology; ^ 赘言言) Dragon € connection (hot side composition, the ring is set in the guide again: the tube: the = between the hot film 41 - heat dissipation gap, at the same time Any two parts and The bottom plate 31 of the heat-conducting tube 3 is connected to the bottom plate 31 of the plurality of pads 41, and the plurality of heat-dissipating fins 41 7 Μ 3 Ό 4736 are formed into the heat-dissipating body 4, and the top of the heat-dissipating body 4 simultaneously forms a circular recessed space 43. The cover plate 5 is disposed to be attached to the periphery of the temperature equalization plate, and the cover body 5 is disposed above the average temperature, and the vertical cover body 5 is in the shape of a hollow disk. The light-receiving cover is disposed at the central position of the cover body 5 to form a reflection groove 51, which corresponds to the position of the light-emitting unit 2, and the light-emitting unit 2 is accommodated in the reflective light-receiving light. The periphery of the reflecting groove 51 has a reflecting surface 5 ιι1 for reflecting the light of the 丨3 and the second light. Finally, the cover 6 is disposed on the cover body _, and the illuminating unit 2 is disposed inside the cover body 6. The cover 6 is shielded, and the light generated by the light-emitting unit 2 is transmitted outward through the cover moon 6. The combination is completed as shown in the second figure. The third figure is a schematic sectional view of the operation of the present invention. = After the fine combination is completed, the power supply operation is provided on the temperature equalizing plate ====electrically connected wire 7, which is directly from the light-emitting unit 2 ^ line The cover body 6 is exposed to the outside, or indirectly reflected by the reflection surface 511 of the early 2nd edge of the cover to form a light source in the lamp structure, and the light-emitting unit is used to produce The plate 1 is absorbed to reduce the downward conduction of the light-emitting unit 2: !3: (4), ^., the same as 3, and then connected to the heat-conducting tube 3 to carry out heat dissipation, Or the temperature board is connected, and the political heat is transmitted to the periphery. The direct heat of the direct light-emitting unit is used to heat the light to enhance the eye. The fourth and fifth pictures are respectively The creation of the group 襄 decomposition 8 M304736 is not intended and complete the diagram, it can be seen that the LED source light source of the creation is set on a lamp holder 8, the lamp holder 8 is in the shape of a disk, the lamp holder 8 The center has a receiving hole 81 for mounting the LED light source, and the lamp holder 8 is further connected with a reflector 9. The reflector 9 also has a slot 91 in the center, corresponding to the lamp socket. 8 is accommodating the position of the hole 81, and finally the lamp holder 8 is further connected to a transparent lamp cover 1 〇, and the reflection plate 9 and the L He inside the socket 8, which composition is completed as shown in FIG fifth FIG.
請參閱第六圖，係為本創作組裝操作示意剖視圖，可 看出，該LED E諸燈發光源所產生之光線除了直接透過該 燈罩10向外形成亮光，同時藉由反射板"號誌燈發 光源所產生之光線折射出去，以加強該號諸燈所產生之亮 度，便於用路人可以更清楚分辨該號諸燈，另夕卜而該， LED號諸燈發光源在運作時所產生之作㈣，經由所圍設 之散熱體4加以進行散執|^ t 仃政熱作用，確保該號誌燈在正常溫馨 下之使用狀態及其壽命。Please refer to the sixth figure, which is a schematic cross-sectional view of the assembly operation of the present invention. It can be seen that the light generated by the LED E light source directly forms a bright light directly through the lamp cover 10, and at the same time, through the reflector " The light generated by the light source of the lamp is refracted to enhance the brightness produced by the lamps, so that the lighter can distinguish the lights more clearly, and the LED light source is generated during operation. (4), through the enclosed heat sink 4 to carry out the loose | ^ t 仃 political heat to ensure the use of the number of lights under normal warmth and its life.
惟以上所述之實施方式 能以此限定本創作實施範圍 說明書内容所作之等效變化 專利涵蓋範圍。 ’疋為較佳之實施實例，當不 ，若依本創作申請專利範圍及 或修飾，皆應屬本創作下述之 【圖式簡單說明】 第-圖、係為本創作之立體結構分解圖 第二圖、係為本創作之立體組合圖。 第三圖、係為本創作之操作示意剖視圖。 第四圖、係為本創作之組裝分解示意圖 9 M304736 第五圖、係為本創作之組裝完成圖。 第六圖、係為本創作之組裝操作示意剖視圖。 【主要元件符號說明】 均溫板1 穿孔11 發光元件2 導熱筒3 凸板31 電極接頭32 散熱體4 散熱片41 散熱間隙42 凹陷空間43 蓋體5 反射槽51 反射面511 罩體6 導線7 燈座8 容置孔81 反射板9 穿槽91 燈罩10 10However, the embodiments described above can be used to limit the scope of the scope of the scope of the present invention. '疋 is a better example of implementation. If not, if the scope and or modification of the patent application is based on this creation, it should be the following [simplified description of the drawing]. The first figure is the exploded view of the three-dimensional structure of the creation. The second picture is a three-dimensional combination of the creation. The third figure is a schematic cross-sectional view of the operation of the creation. The fourth figure is a schematic diagram of the assembly and decomposition of the creation. 9 M304736 The fifth figure is the assembly completion diagram of the creation. The sixth figure is a schematic cross-sectional view of the assembly operation of the present creation. [Main component symbol description] Temperature equalization plate 1 Perforation 11 Light-emitting element 2 Thermal tube 3 Convex plate 31 Electrode connector 32 Heat sink 4 Heat sink 41 Heat dissipation gap 42 Recessed space 43 Cover 5 Reflection groove 51 Reflecting surface 511 Cover 6 Conductor 7 Lamp holder 8 accommodating hole 81 reflecting plate 9 through groove 91 lampshade 10 10