M312773 八、新型說明： '【新型所屬之技術領域】 本創作係有關-種照明燈，應用於_般照明，特別是—種利用發光二 極體陣列作為光源之發光二極體照明燈。 【先前技術】 傳統燈泡-般多是用鎢絲作驗芯，通過電流後會發丨高熱與強光， 而可做為最普遍的照具，-般絲，其外部包财玻璃料，而底部 為燈泡銅頭。然而’因為傳統燈泡乃是藉由高電_理來發亮，故連帶產 _生的―卻非-般使用者所想要的’冬天使㈣，使用者或許會覺得多了 些暖意，但是夏天或是顏空間使科，長時間下來所，實在是非一般人 所能忍受，对賴罩表面的溫度也是高的嚇人，—不柄碰觸到，往往 然後造成皮膚燙傷。 隨著發光二極_發展與_，其成本也降低至—般人可接受範圍， 故有業者就想到將其運用至-般照明上。發光二極體(LED)是一種固離的半 導體几件’利用二極體内分離的二個載子（分別為負電的電子盘正電的電 洞）相互結合而產线，且屬於冷光發光，不同於嫣絲燈泡的熱發光，只 要在LED το件兩端通人極小電流便可發光。但是因為每_ led的體積小、 顯發光功率有限，故-般都是將其採用陣列也组裝，達成一般所見的l印燈 泡’其=傳統的鎢絲燈泡省電、效率高，並可減少二氧化碳對環境的汗染， 以交通號誌紅綠燈為例，改用LED燈的用電量是—般燈泡的四分之一 以二’而W賴壞’反應速度也較高，甚至有專_言，未來將會取代 目前鎢絲燈泡，成為一般最普及的照明設備。 【新型内容】 本創作之主要目的在於提供一種發光二極體照明燈，有效提供均勻發 散的光線’同時具有美觀的目的。 爲貫現上述目的，本創作提出一種發光二極體照明燈，係包含有燈座、 M312773 座上仙It _導光柱，燈絲端為燈泡綱，用以裝設於燈 電子元件頂端為杯體，内部容置電路板，電路板上設有如電容等 電路柄，外3連接於燈座之燈泡銅頭，發光二極體陣列也電性連接於 陣列上奴铜接收電力時，即可透過電路板傳至發光二極體 产庙之ΐίΐ—極斜列發光，導光柱職設於燈座頂部，連接並覆蓋於 且座之杯體上，且覆蓋住發光二極體陣列。 龜部為凹槽，可覆蓋於發光二極體_上，並使發光二極體陣 日士可^二線更加均句發散’透過導光柱導引，光線更能向外照明，同 r -己口 ¥光>|的料’不僅具有美觀侧，且可達到藝術燈的功能。 有關本創作的特徵與實作，_舉數個較佳實酬配合圖式詳細說 如下： 【實施方式】 根據本創作所揭露之發光二極體照明燈，請參㈣彳_，係包含有产 f 10、發光二極體陣列30以及導光柱20，燈座10供發光二極體陣列^ 裝設’而頂部覆蓋有導光柱20，故，藉由導光柱2〇不僅提供發光二極體 陣列30固定於燈座1〇内之功用，同時更可藉由導光柱2〇將發光二極 陣列30的光線均勻地導引向外照射。 鲁—如第2圖所示，係為本創作分解圖，燈座1〇包含有杯體12與燈泡銅 頭11，々杯體12位於燈座1〇頂端，中央具有容置空間，底端為燈泡銅頭 11，其符合目前現有的燈泡座規格，故可直接安裝於燈泡座，且外部係為 金屬（一般常見者為銅），可直接導電使用。發光二極體陣列3〇利用第一 電路板41連接於燈泡銅頭彳彳，並且利用第二電路板42承載所需的電子元 件43 (%*如為電容、電阻等）’而可驅動發光二極體陣列3〇，同樣的第一 電路板42同樣電性連接於燈泡銅頭11,故可以藉由燈泡銅頭彳1輸入所需 的電力至電子元件43以及發光二極體陣列30，使得發光二極體陣列3〇 得以發射光線。 且發光二極體陣列30、第一電路板41、電子元件43與第二電路板 M312773 ' 42皆置放於燈座10之杯體”，然後再藉由導光柱2〇固定 發光二極體陣列30、第-電路板41、電子元件43與第二電路板42 的光Γ二20::”ί力所組成’而可導引發光二極體陣列30職 的先線’虽然，也可以疋其他各種導引光線的材質，底部具有—個 恰可容置發光二極體陣列30，如第3圖所示。 曰 Α可參閱第4圖’導光柱2〇内部也可增設有複數個導光片22， 八可為各種藝術造型’如财所綠示為平行迴旋狀，抑 發散狀的導光片22，當麸，導# η 99从w傲弟5圖所、、、曰不 >為光、㈣Ϊ㈣_可為各種料性材質（譬如 為先^導#)，同時，因導光柱2〇本身已具備有導光作用 可以早純各種顏色的造型設計，而不提供有導光作用。 實施而6 ’並非用來限定本創作 為之ϋΊϊΙΓΐ創作中請範圍所述之形狀、構造、特徵及精神所 【圖摘作之申料概圍内。 第1圖係本創作發光二極體照·之外觀立體示意圖； 第2圖係本創作發光二極體照明燈之分解圖； 第3圖係本創作發光二極體照明燈之導光柱示意圖； =4，本創作發光二_照明燈之導光柱的二片示意圖；及 =圖係本創作發光二極體照明燈之導光柱的導光片另一實施態樣之示意 【主要元件符號說明】 10 燈座 11 燈泡銅頭 12 杯體 20 導光柱 21 凹槽 7 M312773 22 30 41 42 導光片 發光二極體陣列 第一電路板 第二電路板 電子元件 43M312773 VIII. New description: '[New technology field] This creation is related to illuminating lamps, especially for illuminating diodes, which are light-emitting diodes using light-emitting diode arrays as light sources. [Prior Art] Traditional light bulbs - most of which use tungsten wire as the core test, will generate high heat and strong light after passing through the current, and can be used as the most common type of care, - silk, its external wealthy glass frit, and The bottom is the bulb copper head. However, because traditional light bulbs are brightened by high-powered electricity, the user may think that the winter is the same as the winter-made (four) users, and the user may feel more warm. However, in the summer, it is a space for the family to stay in the house for a long time. It is really unbearable for the average person. The temperature on the surface of the cover is also high and scary. It is often touched and often causes skin burns. With the illuminating diodes _ development and _, the cost is also reduced to the average acceptable range, so some operators would like to apply it to the general lighting. A light-emitting diode (LED) is a kind of solid-separated semiconductor. The two carriers (the negatively charged electronic disk positively charged holes) separated by a dipole are combined to produce a line, and belong to the cold light. Different from the thermal illuminating of the silk bulb, as long as a small current is passed through the LED τ, the light can be illuminated. However, because each _ led is small in size and has limited luminous power, it is generally assembled by arrays to achieve the commonly seen l-printed bulbs. It is a traditional tungsten filament bulb that saves power and has high efficiency. To reduce the carbon dioxide pollution of the environment, taking traffic traffic lights as an example, the power consumption of LED lights is one-fourth of the average light bulb, and the speed of response is also high. _ words, the future will replace the current tungsten filament bulbs, becoming the most popular lighting equipment. [New content] The main purpose of this creation is to provide a light-emitting diode lighting lamp that effectively provides uniform light emission while having an aesthetic purpose. In order to achieve the above objectives, the present invention proposes a light-emitting diode illumination lamp comprising a lamp holder, a M312773 seat on the saccade It _ light guide column, and a filament end as a bulb unit for mounting on the top of the lamp electronic component as a cup body. The internal accommodating circuit board is provided with a circuit handle such as a capacitor on the circuit board, and the outer bulb 3 is connected to the bulb copper head of the lamp socket, and the illuminating diode array is also electrically connected to the slave copper on the array to receive power, and then the circuit can be transmitted through the circuit. The plate is transmitted to the temple of the light-emitting diode. ΐ ΐ 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 极 , , , , , The tortoise is a groove that can be covered on the LED, and the LED array can be diverged evenly. The material of the "light" is not only aesthetically pleasing, but also functions as an art light. Regarding the characteristics and implementation of this creation, _ cite several preferred remuneration coordination diagrams as follows: [Embodiment] According to the illuminating diode lamp disclosed in the present application, please refer to (4) 彳 _, including The light-emitting diodes are provided with the light-emitting diodes 20, and the light-emitting diodes are provided on the top of the light-emitting diode arrays. The function of the array 30 is fixed in the socket 1 , and the light of the LED array 30 is evenly guided to the outside by the light guide column 2 . Lu - as shown in Figure 2, is an exploded view of the creation, the lamp holder 1〇 includes a cup body 12 and a bulb copper head 11, the cup body 12 is located at the top of the lamp holder 1,, and has a receiving space at the center, the bottom end It is a bulb copper head 11, which conforms to the existing lamp holder specifications, so it can be directly mounted on the bulb holder, and the external body is made of metal (commonly known as copper), which can be directly used for conduction. The LED array 3 is connected to the bulb copper head by the first circuit board 41, and drives the required electronic components 43 (%* such as capacitors, resistors, etc.) by the second circuit board 42 to drive the light. The diode array 3 is the same, and the same first circuit board 42 is also electrically connected to the bulb copper head 11, so that the required power can be input to the electronic component 43 and the LED array 30 by the bulb copper head 彳1. The light emitting diode array 3 is enabled to emit light. And the LED array 30, the first circuit board 41, the electronic component 43 and the second circuit board M312773 '42 are placed on the cup of the lamp holder 10, and then the light-emitting diode is fixed by the light guide column 2〇 The array 30, the first circuit board 41, the electronic component 43 and the second circuit board 42 are formed by a light source 20: "" force to guide the light-emitting diode array 30 to the front line", although疋Other various materials for guiding light have a light-emitting diode array 30 at the bottom, as shown in Fig. 3.曰ΑRefer to Figure 4, 'The light guide column 2〇 can also be equipped with a plurality of light guides 22, which can be used for various artistic shapes, such as the green color of the financial office, which is a parallel convoluted shape, and the divergent light guide sheet 22, When the bran, guide # η 99 from w proud brother 5 map,,, 曰 not > for light, (four) Ϊ (four) _ can be a variety of material materials (such as for the first guide #), at the same time, because the light guide 2 〇 itself It has a light-guiding effect and can be used in various colors to provide a light-guiding effect. The implementation of 6 ‘ is not intended to limit the scope of the creation, the shape, structure, characteristics and spirit of the scope of the creation. The first picture is a three-dimensional schematic diagram of the appearance of the light-emitting diode of the present invention; the second figure is an exploded view of the light-emitting diode lamp of the present invention; the third figure is a schematic diagram of the light guiding column of the light-emitting diode lamp of the present invention; =4, the two-piece schematic diagram of the light guide column of the illuminating light _ illuminating light; and = the other embodiment of the light guiding piece of the light guiding column of the light-emitting diode illuminating lamp [main component symbol description] 10 Lamp holder 11 Bulb copper head 12 Cup body 20 Light guide 21 Groove 7 M312773 22 30 41 42 Light guide light emitting diode array First circuit board Second circuit board Electronic components 43