五、新型說明： 【新型所屬之技術領域】 [0001] [0002] 本創作係有關於一種導流散熱燈架，尤指一種可有 效排散燈具内部溫度，並阻隔外部高溫傳入燈具内部之 創新燈架結構^ 【先前技術】 按，燈具的發明於人類歷史上佔了極為重要的一頁 ，它使得人類處於夜晚或昏暗處時，不需再點著容易造 成火災之柴火或油燈來照明，而使得照明上更具方便性 及安全性，且可以產生超出柴火與油燈數倍的亮度 • . · . 一般路燈及使用於夜間照明之投射燈等，為了達到 • * ； 極高的照明亮度係使用可產ϊ高亮度之>熾燈或高功率 之發光二極體為主要發光源，然，於白熾燈或高功率之 發光二極體發出高亮度光芒的同時亦會產生極高的溫度 ，故為了使高溫能夠排散，避.免因溫度過高造成燈具内 部零組件的燒毀損壞，因此，於路燈或投射燈之燈殼上 皆會設具有散熱鰭片，以幫助高溫的發散。 請參閱我國公告第1 297382號之「一種使用高功率發 光二極體之路燈的散熱結構」，主要係包含一上蓋，其 包含正前端外表面設置一固定扣、正後端外表面設置一 後方燈柱固定孔、内表面邊緣設置一上蓋内側邊緣凹槽 ，該内側邊緣凹槽可裝置一上蓋矽膠並且上方外表面設 置一散熱鋁合金鰭片，一下蓋，其包含正前端外表面設 置一固定扣、正下方後端外表面設置一下方燈柱固定孔 和内表面邊緣設置一下蓋内側邊緣凹槽，該内側邊緣凹 表單編號A0101 第3頁/共]5頁 M399276 槽可裝置一下蓋矽膠，以及一鍍高分子金基板，設置於 上蓋内側為具銅質導熱材質佳之印刷電路板，用來固定 高功率發光二極體。 藉此，利用其上蓋散熱鋁合金鰭片之設置，以達到 排散高功率發光二極體發出的熱能之目的；然，於實際 使用時，該路燈上蓋所設散熱鋁合金鰭片亦極容易將外 部熱能吸收入路燈内，尤其路燈於白天長時間接受日曬 照射，日光之高溫係會經由路燈上蓋所設複數鰭片直接 傳導入路燈内部，而使路燈内部積蓄極高之高溫，故於 白天該路燈内部即存積相當高熱能，難以適時排散於外 ，當晚上點亮高功率發光二極繼潑光時鋒;高功率發光 頌.t .½. 二極體產生之熱能，又加諸於原本(已_淆高Hk之燈具内 部環境，而使燈具内部形成極高的高溫，致使燈具内部 的組件容易因溫度過高而燒毀。 緣是，本創作人有鑑於現有燈具僅是於其外殼設具 散熱鰭片，内部高溫難以排散，外部高溫又容易傳入内 部，而造成燈具内部組件因高溫損壞的情形頻仍發生， 乃藉其多年於相關領域的製造及設計經驗和知識的輔佐 ，並經多方巧思，針對現有燈具散熱結構做更新的研發 改良，而研創出本創作。 【新型内容】 [0003] 本創作係有關於一種導流散熱燈架，其主要目的係 為了提供一種可以有效排散燈具内部溫度，並阻隔外部 高溫傳入燈具内部之創新燈架結構。 為了達到上述實施目的，本創作人乃研擬如下導流 表單編號A0101 第4頁/共15頁 散熱燈架，係包含： 一燈架主體，係於燈架主體内設有容室，再於燈架 主體外壁面成形有複數散熱鰭片； 一阻熱件，係組設於燈架主體外側，再使阻熱件外 壁面成形有複數散熱鰭片，並使阻熱件外壁面與燈架主 體外壁面間相隔形成中空之區間。 藉此，當組裝於燈架主體内之發光單元發光產生的 高溫時，高溫熱能係會由燈架主體排散至中空區間，而 由流通於中空區間之外部空氣迅速將熱能排散，再者， 藉由中空區間的阻隔，亦可隔離外部高溫傳導入燈具内 部，據此，俾達到有效保護燈具内部.組件，不致因高溫 損壞的實質效益。 本創作係進一步使燈架主體與阻熱件一體成型，於 此，即可使燈架整體結構更為穩固，同時，更可省略燈 具組裝步驟’而達到便利組裝的效果。 【實施方式】 [0004] 而為令本創作之技術手段及其所能達成之效果，能 夠有更完整且清楚的揭露，茲詳細說明如下，請一併參 閱揭露之圊式及圖號： 首先’請參閱第-圖所示’為本創作之導流散熱燈 架，係主要由燈架主趙（1)及至少_阻熱件（2)所 組成；其中： 該燈架主體⑴，係於燈架主體⑴内設有容 室（11)，再於燈架主體（1)容室Un内側周 壁成形有組立槽（12)，並於組立槽（12)内設有 表單編號A0101 第5頁/共15頁 M399276 固定塊（13)，又於燈架主體（1)外壁面成形有複 數散熱鰭片（1 4)，且於燈架主體（丄）外壁二側設 有嵌槽（1 5) ’另於燈架主體（i )側面佈設有數個 插孔（1 6); έ亥阻熱件（2)，係於底部二侧成形有嵌部（2 1 )，以對應嵌接燈架主體（1 )外壁二側之嵌槽（1 5 )，再使阻熱件（2)外壁面成形有複數散熱鰭片（2 2)，並使阻熱件（2)外壁面與燈架主體（丄）外壁 面間相隔形成中空之區間（2 3)，復於阻熱件（2) 側面設有數個插孔（2 4)。 據此，當組裝實施時，、讀—嫌參澉第二、三圖所示 J：；.. 1 ，係使燈架主體（1 )與阻—>(.:翁雜丨先行菝設，以構 成燈架，再將發光單元（3 )1¾於燈架（1 )之容室 (1 1)内，繼之，將燈罩（4)插設於燈架主體（工 )之組立槽（12)，隨之，將固定塊（13)塞掣入 組立槽（12)，以固定燈罩（4)，該固定塊（13 )係可分成上、下固定塊（i 3丄）、（丄3 2)，以 將燈罩（4)夾設固定，復將蓋板（5)之插梢（5 1 )對應插設於燈架主體（1)及阻熱件（2)側面所設 插孔（1 6) 、（ 2 4)，以將蓋板（5)組設於燈架 主體（1 )及阻熱件（2)側面，而將呈開放狀之燈架 主體（1 )側面蓋合，另使蓋板（5)相對燈架主體（ 1 )與阻熱件（2)之區間（2 3)處設有複數透氣孔 (52)，依此’以成形燈具之型體。 於此，當實施使用時，係通電點亮發光單元（3 ) ，該發光單元（3)之高功率之發光二極體或白熾燈隨 表單編號A0101 第6頁/共15頁 即發出高亮度光芒’以照亮週遭環境，而於發光單元（ 3)發出高亮度光芒的同時，係會發出大量的熱能此 時’藉由燈架主體（1 )外壁面成形之複數散熱韓片（ 1 4)即可將發光單元（3)產生的大量熱能快速傳導 至燈架主體（1)與阻熱件（2)形成之中空區間（2 3)中，隨之，再由阻熱件（2)上所設複數散熱鰭片 (2 2)將熱能排散於外部； 由於燈架主體（1 )與阻熱件（2)之區間（2 3 )係形成中空狀，故外部空氣可以於燈架主體（丄）與 阻.，，、件（2 )形成之區間（2 3 )令順暢的流通，以將 燈架主體（1)内部所排出^高渾迅速排散於外，另當 外部高溫欲傳導人燈架主體治）内部時，利用該燈架 -» 主體（1 )與阻熱件（2)形成之中空區間（2 3)亦 可防止外部高溫直接傳導入燈架主體（丄）内部，當外 部高溫由阻熱件（2)欲傳導入燈架主體（1)時，係 會先行傳導至中空區間（2 3)處，此時，於中空區間 (2 3)自由流通之空氣即會將此外部傳遞而來的高溫 有效排散，而形成一良好阻隔外部高溫傳導入燈架主體 (1 )的屏障； 如此一來’利用本創作之燈架結構設計，不僅可以 使燈具内部因發光單元（3)發光產生的高溫熱能有效 排散於外，更可以良好阻隔外部高溫傳導入燈具内部， 依此’俾有效達到保護燈具内部之發光單元（3)等零 組件，不致因高溫而燒毁損壞，進而達到延長燈具使用 壽命的效果》 又請參閱第四圖所示，為本創作之另一實施例，係 表單編號A0101 第7頁/共15頁 M399276 將燈架主體（i)與阻熱件（2)一體成型，藉此，以 使燈架整體結構更為穩固，並且可省略組裝之步驟，而 達到便利燈具整體組裝的實質效益。 由上述結構及實施方式可知，本創作係具有如下優 點： 1. 本創作之燈架係由燈架主體及阻熱件所組成乃 使燈架主體與阻熱件外壁成形數散熱鰭片，再使燈架主 體與阻熱件間形成中空之區間，藉此，當燈具内部發光 單兀•作動產生高溫時，該高溫熱能係由燈架主體排散至 中空區間’㈣中空區間將熱能往阻熱件外發散，同時 ’外部空氣亦可順暢進出該衷鄉助熱能的排 散，達到迅速散熱的效果^ i 2. 本創作之燈架係由燈.主焱及舨熱^所組成，並 於燈架主體與阻熱件間形成中空之區間，於此，當外部 高溫欲由阻熱件傳導入燈架主體時，藉由該可供空氣自 由流通之中空區間的阻隔，即可料部傳遞而來的高溫 排散，形成-良好隔料部高溫料人燈具内部的屏障 ，達到保護燈具内部組件，不致因高溫損壞的效益。 3. 本創作之燈架係將燈架主體與阻熱件一體成型， 藉此，以使燈架整體結構更為穩固，同時，可省略燈具 組裝步驟，而達到便利組裝的實質效益。 综上所述’本創作實施例確能達到所預期功效，又 其所揭露之具體構造，不僅未曾見諸於同類產品中亦 未曾公開於申請前’誠已完全符合專觀之規定與要求 ，爰依法提出新型專利之申請，懇請惠予審查，並賜准 專利，則實感德便。 表單編號A0101 第8頁/共15頁. M399276 【圖式簡單說明】 [0005] 第一圖：本創作之立體分解圖 第二圖：本創作之外觀圖 第三圖：本創作之組合剖視圖 第四圖：本創作之另一實施例組合剖視圖 【主要元件符號說明】 [0006] ( 1 ) 燈架主體（1 1 ) 容室 (12) 組立槽 （13) 固定塊 (131)上固定塊（132)下固定塊 (14) 散熱鰭片 (1 5 ) 嵌槽 (16) 插孔 (2 ) ，’ (21) 嵌部 (2 2 ): 散熱瀹片 (23) 區間 (2 4 ) 插孔 (3 ) 發光單元（4) 燈罩 (5 ) 蓋板 (5 1 ) 插梢 (52) 透氣孔 表單編號A0101 第9頁/共15頁V. New Description: [New Technology Field] [0001] [0002] This creation is about a kind of diversion heat dissipation lamp, especially one that can effectively dissipate the internal temperature of the lamp and block the external high temperature from entering the interior of the lamp. Innovative lamp frame structure ^ [Prior Art] According to the invention, the invention of lamps has occupied an extremely important page in human history. It makes human beings at night or in dim, no need to point to firewood or oil lamps that are easy to cause fire. This makes the lighting more convenient and safe, and can produce brightness that exceeds the firewood and oil lamps several times. · · General street lights and projection lamps used for night illumination, etc., in order to achieve • * ; It uses a high-brightness light source or a high-powered light-emitting diode as the main light source. However, when an incandescent lamp or a high-power light-emitting diode emits high-intensity light, it also produces extremely high Temperature, so in order to enable the high temperature to be dissipated, avoiding the burning of the internal components of the lamp due to excessive temperature, therefore, it will be provided on the lamp housing of the street lamp or the projection lamp. Thermal fins to help high temperature divergence. Please refer to "A heat dissipation structure of a street lamp using a high-power light-emitting diode" in the Japanese Patent Publication No. 1 297382, which mainly comprises an upper cover, which comprises a fixed buckle on the front surface of the front end and a rear surface on the outer surface of the front end. The lamp post fixing hole and the inner surface edge are provided with an upper cover inner edge groove, the inner edge groove can be provided with a cover rubber and the upper outer surface is provided with a heat dissipation aluminum alloy fin, and the lower cover comprises a front front outer surface and a fixing The lower rear end surface of the buckle is provided with a lower lamp post fixing hole and the inner surface edge is provided with a cover inner edge groove, and the inner edge concave form number A0101 3rd page/total] 5 pages M399276 slot can be equipped with a cover rubber, And a gold-plated polymer substrate, which is disposed on the inner side of the upper cover as a printed circuit board with a copper heat conductive material for fixing the high-power light-emitting diode. Therefore, the heat-dissipating aluminum alloy fins of the upper cover are used to dissipate the heat energy emitted by the high-power light-emitting diode; however, in actual use, the heat-dissipating aluminum alloy fins of the street lamp cover are also extremely easy. The external heat energy is absorbed into the street lamp, especially the street lamp is exposed to the sun for a long time during the daytime. The high temperature of the daylight is directly transmitted into the interior of the street lamp through the plurality of fins provided on the upper cover of the street lamp, so that the interior of the street lamp accumulates extremely high temperature, so During the daytime, the interior of the street lamp has a relatively high thermal energy, which is difficult to disperse in time. When the night lights up the high-power light-emitting diodes, the light is generated. The high-power light 颂.t .1⁄2. The heat generated by the diodes, Adding to the original (has confusing high Hk's internal environment, the internal high temperature of the luminaire is formed, so that the internal components of the luminaire are easily burnt due to excessive temperature. The edge is that the creator has only The heat sink fins are arranged on the outer casing, the internal high temperature is difficult to discharge, and the external high temperature is easily transmitted to the interior, and the internal components of the lamp are frequently damaged due to high temperature damage, which is caused by many With the help of manufacturing and design experience and knowledge in related fields, and through many ingenuity, the R&D and improvement of the existing heat dissipation structure of the lamps has been developed, and the creation of this creation has been made. [New content] [0003] This creation department has a guide The main purpose of the flow cooling lamp holder is to provide an innovative lamp frame structure that can effectively dissipate the internal temperature of the lamp and block the external high temperature from entering the interior of the lamp. In order to achieve the above-mentioned implementation purpose, the author has developed the following diversion form. No. A0101 Page 4 / 15 pages of heat dissipation lamp frame, comprising: a lamp holder body, which is provided with a chamber in the main body of the lamp holder, and a plurality of heat dissipation fins are formed on the outer wall surface of the lamp holder body; The system is disposed outside the main body of the lamp holder, and then the outer wall surface of the heat-resisting member is formed with a plurality of heat-dissipating fins, and the outer wall surface of the heat-resisting member is separated from the outer wall surface of the lamp holder body to form a hollow interval. When the light-emitting unit in the main body of the lamp holder emits light at a high temperature, the high-temperature heat energy is dissipated from the main body of the lamp holder to the hollow section, and the outside air flowing through the hollow section is quickly It can be dissipated. Furthermore, by blocking the hollow section, it can also isolate the external high-temperature conduction into the interior of the lamp. According to this, the concrete can effectively protect the internal components of the lamp without the substantial benefits of high temperature damage. The main body of the frame and the heat-insulating member are integrally formed, thereby making the overall structure of the lamp holder more stable, and at the same time, the assembly step of the lamp can be omitted to achieve the effect of facilitating assembly. [Embodiment] [0004] The technical means of creation and the effects that can be achieved can be more completely and clearly disclosed. Please elaborate on the following. Please refer to the disclosure and drawing number of the disclosure: First, please refer to the figure in the figure. The diversion heat dissipation lamp frame of the creation is mainly composed of a lamp holder main Zhao (1) and at least a heat blocking member (2); wherein: the lamp holder main body (1) is provided with a chamber in the lamp holder main body (1) ( 11), an assembly groove (12) is formed on the inner circumferential wall of the lamp housing main body (1), and a form number A0101 is provided in the assembly groove (12). Page 5 of 15 M399276 fixed block (13) And forming on the outer wall surface of the lamp holder main body (1) There are a plurality of heat dissipating fins (1 4), and a plurality of sockets (1 5) are disposed on two sides of the outer wall of the lamp holder main body (丄); and a plurality of jacks (1 6) are disposed on the side of the lamp holder main body (i); The heat-resistant member (2) has a fitting portion (2 1 ) formed on the two sides of the bottom portion to correspond to the fitting groove (15) on both sides of the outer wall of the main body (1) of the lamp holder, and then the heat-insulating member (2) The outer wall surface is formed with a plurality of heat dissipating fins (2 2), and the outer wall surface of the heat blocking member (2) is separated from the outer wall surface of the lamp holder body (形成) to form a hollow section (23), which is formed by the heat blocking member ( 2) There are several jacks (2 4) on the side. According to this, when the assembly is implemented, the reading of the 嫌 嫌 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉 澉To form a lamp holder, and then to illuminate the light-emitting unit (3) in the chamber (1 1) of the lamp holder (1), and then insert the lamp cover (4) into the assembly groove of the main body of the lamp holder ( 12), and then, the fixing block (13) is plugged into the grouping groove (12) to fix the lamp cover (4), and the fixing block (13) can be divided into upper and lower fixing blocks (i 3 丄), (丄) 3 2), in order to clamp the lamp cover (4), the socket (5 1 ) of the cover plate (5) is correspondingly inserted into the socket provided on the side of the lamp holder body (1) and the heat-resisting member (2). (1 6), (2 4), to set the cover plate (5) on the side of the lamp holder body (1) and the heat-resisting member (2), and to cover the open side of the lamp holder body (1) Further, the cover plate (5) is provided with a plurality of vent holes (52) at a section (23) of the lamp holder main body (1) and the heat-resisting member (2), thereby forming a shape of the lamp. When implemented, the system is powered to illuminate the light-emitting unit (3), and the high-power light-emitting diode of the light-emitting unit (3) The body or incandescent lamp emits a high-brightness light with the form number A0101 on page 6 of 15 to illuminate the surrounding environment, while the light-emitting unit (3) emits a high-intensity ray, and the system emits a large amount of heat at this time. The plurality of thermal energy generated by the light-emitting unit (3) can be quickly transmitted to the lamp holder main body (1) and the heat-insulating member (2) by a plurality of heat-dissipating Korean sheets (14) formed by the outer wall surface of the lamp holder main body (1). In the hollow section (23), the heat dissipation fins (2 2) provided on the heat-resisting member (2) are then dissipated to the outside; since the lamp holder body (1) and the heat-resisting member (2) The section (2 3 ) is hollow, so the outside air can be smoothly circulated in the section (2 3 ) formed by the main body (丄) and the resistor (2) to the lamp holder body. (1) The internal discharge ^ high 浑 浑 浑 浑 浑 浑 浑 浑 浑 浑 浑 浑 浑 浑 浑 浑 浑 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 中空 利用 利用 利用 利用The interval (2 3) can also prevent the external high temperature from being directly transmitted into the inside of the lamp holder body (丄), when the external high temperature is to be conducted by the heat blocking member (2) When the main body (1) of the lamp holder is first, it is conducted to the hollow section (23). At this time, the air that is freely flowing in the hollow section (23) effectively dissipates the high temperature transmitted from the outside. Forming a barrier that blocks the external high temperature from being transmitted into the main body (1) of the lamp holder; thus, the design of the lamp holder structure of the present invention can not only effectively discharge the high-temperature heat generated by the illumination unit (3) inside the lamp. Dispersed outside, it can also block the external high temperature conduction into the interior of the lamp. According to this, the components such as the light-emitting unit (3) inside the lamp can be effectively protected from burning and damage due to high temperature, thus extending the service life of the lamp. Please also refer to the fourth figure. For another embodiment of the creation, the form number A0101, page 7 of 15 M399276, integrally forms the lamp holder body (i) and the heat-resisting member (2). In order to make the overall structure of the lamp holder more stable, and the steps of assembly can be omitted, and the substantial benefits of the overall assembly of the lamp can be achieved. According to the above structure and implementation, the author has the following advantages: 1. The lamp holder of the present invention is composed of a lamp holder main body and a heat-resisting member, so that the lamp holder main body and the outer wall of the heat-resisting member are formed with a plurality of fins, and then Forming a hollow interval between the main body of the lamp holder and the heat-resisting member, thereby, when the internal light-emitting unit of the lamp emits high temperature, the high-temperature heat energy is discharged from the main body of the lamp holder to the hollow section (4) The heat is dissipated outside the heat-blocking parts, and the external air can also smoothly enter and exit the heat dissipation of the hometown to achieve the effect of rapid heat dissipation. ^ 2. The light frame of this creation consists of a lamp, a main lamp and a hot lamp. And forming a hollow interval between the main body of the lamp holder and the heat-resisting member, wherein when the external high temperature is to be transmitted from the heat-insulating member into the main body of the lamp holder, by the barrier of the hollow space through which the air can freely flow, The high temperature dissipated from the material part is formed to form a barrier inside the high-temperature material person's lamp in the good partitioning part, which can protect the internal components of the lamp without the benefit of high temperature damage. 3. The lamp holder of the present invention integrally forms the main body of the lamp holder and the heat-resisting member, thereby making the overall structure of the lamp holder more stable, and at the same time, the assembly steps of the lamp can be omitted, and the substantial benefits of the assembly are achieved. In summary, the embodiment of the present invention can achieve the expected effect, and the specific structure disclosed therein has not been seen in the same product and has not been disclosed before the application. The company has fully complied with the specific requirements and requirements. If you apply for a new type of patent in accordance with the law, you are welcome to review it and grant a patent. Form No. A0101 Page 8 of 15 M399276 [Simple description of the drawing] [0005] The first picture: the exploded view of the creation of the second picture: the appearance of the creation of the third picture: the combination of the creation of the sectional view Four figures: a cross-sectional view of another embodiment of the creation [main component symbol description] [0006] (1) lamp holder body (1 1 ) chamber (12) group groove (13) fixed block (131) upper fixed block ( 132) Lower fixing block (14) Heat sink fin (1 5 ) Insert groove (16) Jack (2), ' (21) Insert (2 2 ): Heat sink (23) Section (2 4 ) Jack (3) Illumination unit (4) Lamp cover (5) Cover plate (5 1 ) Pin tip (52) Ventilation hole form number A0101 Page 9 of 15