M316366 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種崁燈，尤指一種使用LED作為光源之崁燈。 【先前技術】 傳統燈具使用之鹵素燈泡，以鶴絲作為發光源，其結構簡單且價格低 廉’廣泛為大眾接受，然使用過程中會產生大量熱能且耗電量極大，造成 能源之浪費，另一方面又有光源不穩定與使用壽命短之缺陷，對於需要長 時間穩定光源之使用者無疑存在著不方便性。相較於齒素燈泡，發光二極 體(Light Emitting Diode，LED)燈泡具有體積小、省電與穩定發光等優點確實 . 提供目前光源使用上一個良好選擇。目前製作LED燈泡之技術逐漸成熟， 價格亦不斷下降，有取代傳統燈泡之趨勢，廣泛作為各種發光裝置之光源， 包括手電筒、車燈、崁燈或投射燈等。 然而散熱問題仍是LED燈泡應用上的一個阻礙。以高功率氮化鎵(GaN) LED為例，當LED燈泡通電後，只有少部分電能能轉換為光能發散，大部 分之電能則轉換為熱能，由於LED燈泡之壽命與光源穩定度仍受到溫度影 響’若產生之熱能無法有效散失，必然降低LED燈泡之應用性。因此，目 前以LED燈泡作為光源之相關產品大多搭配散熱裝置使用，如中華民國專 利公開第M300866號之LED燈具之多熱管散熱結構，該LED燈具利用一 _ 散熱結構作為散熱使用，該散熱結構包括一受熱座及複數熱管，該受熱座 分別連接LED燈具與熱管，因此LED所產生之熱能能透過受熱座傳導至複 數熱管，最後散失於空氣。另一習知LED散熱裝置，如中華民國專利公開 第M276320號之LED燈具之組裝結構，該led燈具具有多種散熱裝置， 包括一金屬散熱鰭片組與一散熱陶瓷材質之殼體基座，LED所產生之熱能 能藉由該兩者散熱裝置將熱散失。又一習知LED崁燈構造改良，如中華民 國專利公開第M296342號，其殼體外側環設有複數散熱鰭片，使LED產生 之熱能得以透過散熱鰭片與空氣進行熱交換。 上述習知之LED散熱裝置目的皆為於led接電發光時，能利用散熱裝 置將其熱錄紐失，_定LED域以及延長其壽命。然而上^ 提附有散熱裝置之LED燈具，因為強調散熱效能而增添結構上之複雜，不 5M316366 VIII. New description: [New technical field] This creation is related to a xenon lamp, especially a xenon lamp using LED as a light source. [Prior Art] The halogen bulb used in traditional lamps uses the crane wire as the light source. Its structure is simple and the price is low. It is widely accepted by the public. However, during the use process, a large amount of heat energy is generated and the power consumption is extremely large, resulting in waste of energy. On the one hand, there are defects such as unstable light source and short service life, which is undoubtedly inconvenient for users who need to stabilize the light source for a long time. Compared with the lenticular bulb, the Light Emitting Diode (LED) bulb has the advantages of small size, power saving and stable illumination. It provides a good choice for the current light source. At present, the technology for making LED bulbs is gradually maturing, and the price is also decreasing. There is a trend to replace traditional light bulbs, and it is widely used as a light source for various light-emitting devices, including flashlights, lights, xenon lamps or projection lamps. However, heat dissipation is still an obstacle to the application of LED bulbs. Taking high-power gallium nitride (GaN) LEDs as an example, when the LED bulb is energized, only a small amount of electrical energy can be converted into light energy, and most of the electrical energy is converted into thermal energy, because the life of the LED bulb and the stability of the light source are still affected. Temperature influence 'If the generated heat energy cannot be effectively lost, it will inevitably reduce the applicability of the LED bulb. Therefore, at present, most related products using LED bulbs as light sources are used with heat sinks, such as the multi-heat pipe heat dissipation structure of the LED lamps of the Republic of China Patent No. M300866, which uses a heat dissipation structure as a heat dissipation, and the heat dissipation structure includes A heated seat and a plurality of heat pipes respectively connect the LED lamps and the heat pipes, so that the heat generated by the LEDs can be transmitted to the plurality of heat pipes through the heated seat, and finally lost to the air. Another conventional LED heat sink, such as the assembly structure of the LED lamp of the Republic of China Patent No. M276320, the LED lamp has a plurality of heat dissipating devices, including a metal heat sink fin set and a heat sink ceramic material base, LED The generated thermal energy can dissipate heat by the two heat sinks. Another conventional LED xenon lamp has been improved in construction. For example, in the Chinese Patent Publication No. M296342, a plurality of fins are disposed on the outer ring of the casing, so that the heat generated by the LED can be exchanged with the air through the fins. The above-mentioned conventional LED heat dissipating device aims to use the heat dissipating device to lose its hot recording time when the LED is connected to the electric light, to set the LED field and prolong its life. However, LED lamps with heat sinks are added to the structure, which emphasizes the complexity of the heat dissipation.
有關本創作之詳細說明及技;^内容，現就配合圖式說明如下： M316366 僅製作手續繁複且組裝上亦有困難之處，雖然LED燈泡目前使用壽命較過 去傳統燈泡長’但仍然會有損壞的機會，因此於家庭使用時如使用上述燈 具’使用者無法輕易更換led燈泡，只能再次選購整組燈具，增加修護之 成本。 【新型内容】 本創作人認為，目前所使用具有散熱裝置之LED燈具，其結構複雜難 以拆解，不利於一般使用者進行燈泡修護，因此欲設計一結構簡單方便拆 裝之LED燈具，讓使用者可以輕易修護。為達上述目的，本創作提供一種 LED崁燈，包含有一殼體與一發光組件，該殼體由一燈罩與一殼座所構成， 該殼座有_容置溝槽，該燈罩與該縣組件内嵌其中以裝設於殼座。該發 光組件包含至少一個LED燈泡與一電路板，該LED燈泡與電路板形成一電 性連接關係。此外，殼座為-可分拆之結構，方便燈罩與發光組件内嵌於 殼座中，該殼座上附有複數散熱鰭板，可做為LED燈泡之散熱裝置，以延 長LED燈泡之壽命。 【實施方式】 请參閱『第1圖』及『第2圖』，分別係本創作LED紐外觀圖與爆 炸圖，如圖所示：本創作LED戾燈由-殼體10與一發光組件2〇所組成， 該殼體10 &含-殼座11與-燈罩12，而發光組件20包含至少一個LED 燈泡21與-電路板22,該LED燈泡21與該電路板22呈一電性連接關係。 該殼座11為一可分拆之結構，分為兩組合單元m，每一組合單元ιη皆 分為-組合面112與-散熱面113。組合單元lu之組合面112設有一容置 溝槽m，可容該燈罩η與該發光組件μ内嵌其中，由於該容置溝槽叫 為-狹長雜，使鮮12與魏_ 2〇狀後，不祕脫。兩組合單元 111之散熱面⑴皆外設有複數散熱鰭板115，該散熱職115為固定間距 之環形排列，&覆於兩齡單it 111之_，作賴LED紐之散熱裝置， 可以有效將LED燈泡21所產生之熱能快速散失於空氣。 請參閱『第3圖』，係本創作LED紐之第一組合圖，如圖所示··該 殼體H)附有一繼電組们3，該繼電組件13與發光組件2〇之咖燈泡21 6 ,M316366 * 與電路板22形成—電性連接_，並能協助殼座11之敝合單元m相电 接，該兩組合單元hi之一端皆設有一第一螺紋結構116，而繼電组件η 雜有二相對應之第二驗結構131。當發光組件2G與燈罩12酸入其中 組s單元111後與另組合單元⑴相接合，如此發光組件2〇與燈罩 12則固定於殼座11中’兩組合單元⑴之第一螺紋結構ιΐ6皆為半圓，組 合後形成-®形螺紋結構，此時可彻繼電組件13之第二螺紋结構ΐ3ι與 之相螺合’將兩組合單元m緊密接合，内喪之燈罩12與發光組件2〇 :亦 不易鬆脫，即完成LED崁燈之組裝。 請參閱『第4圖』’係本創作LED戾燈之第二組合圖，如圖所示：於 _ 此實施例中，兩組合單元111中設有一貫穿螺紋孔道30，該螺紋孔道3〇位 於散熱鰭板115間，當燈罩12與發光組件2〇内嵌入兩組合單元⑴後，可 以用-螺栓31穿設過歡孔道3〇,並以一螺帽32固定於散熱韓板ιΐ5間， 如此，該兩組合單元1U則緊密接合，完成LED嵌燈組裝。 請參閱『第5圖』，係本創作LED紐之第三組合圖，如圖所示：於 此實施例中，每-組合單元m靠近組合面112兩邊緣之散熱韓板Μ上分 別設有一第-螺栓部33與一第二螺栓部35，該第一螺检部％間有一容置 空，34可容第二螺栓部35插入，第一螺栓部％與第二螺检部％中央皆 2 一含有歡之螺·36，可容· 31職。纽罩12與發光組件2〇、内 '鲁 兩、且〇單元111後，該第二螺栓部35亦插入第一螺栓部33之容置处 - 間34 +，此時螺栓孔36呈一連通管道，待螺栓31栓設於螺栓孔36後^ 使兩組合單元111 t密接合，完成LED嵌燈之組裝。 以上已將本創作做-詳細，惟以上所述者，僅爲本創作之一較佳 ^例而已，t不能以此限定本創作實施之細，即凡依摘作 &所作之均等變化與修飾，皆應仍屬本創作之專利涵蓋範圍内。 7 M316366 【圖式簡單說明】 第1圖，係本創作LED崁燈之外觀圖 第2圖，係本創作LED崁燈之爆炸圖 第3圖，係本創作LED崁燈之第一組合圖 第4圖，係本創作LED崁燈之第二組合圖 第5圖，係本創作LED崁燈之第三組合圖 【主要元件符號說明】 10 .............殼體 11 .............殼座 111 .............組合單元For details and techniques of this creation; ^ content, the following is a description of the following: M316366 Only the production process is complicated and there are difficulties in assembly, although the current life of LED bulbs is longer than the traditional bulbs in the past, but there will still be The opportunity of damage, therefore, if the above-mentioned lamps are used in the home use, the user cannot easily replace the led bulb, and can only purchase the entire set of lamps again, increasing the cost of repairing. [New content] The creator believes that the LED lamps with heat sinks are complicated and difficult to disassemble, which is not conducive to the general user's lamp repair. Therefore, it is necessary to design a LED lamp with simple structure and convenient disassembly. Users can easily repair it. In order to achieve the above object, the present invention provides an LED xenon lamp comprising a casing and a lighting assembly, the casing being composed of a lamp cover and a casing, the casing having a receiving groove, the lampshade and the county The component is embedded therein to be mounted to the housing. The light emitting component comprises at least one LED bulb and a circuit board, and the LED bulb is electrically connected to the circuit board. In addition, the housing is a detachable structure, and the lamp cover and the light-emitting component are embedded in the housing. The housing is provided with a plurality of heat-dissipating fins, which can be used as a heat-dissipating device for the LED bulb to extend the life of the LED bulb. . [Embodiment] Please refer to "1st picture" and "2nd picture", which are the appearance and explosion diagram of the LED LED, as shown in the figure: the LED lamp of this creation consists of - the casing 10 and a light-emitting component 2 The housing 10 & includes a housing 11 and a lamp cover 12, and the lighting assembly 20 includes at least one LED bulb 21 and a circuit board 22, and the LED bulb 21 is electrically connected to the circuit board 22. relationship. The housing 11 is a detachable structure and is divided into two combined units m, each of which is divided into a combined surface 112 and a heat dissipating surface 113. The combination surface 112 of the combination unit lu is provided with a receiving groove m, and the lamp cover η and the light-emitting component μ are embedded therein, and the receiving groove is called a narrow-length hybrid, so that the fresh 12 and the Wei_ 2 are shaped. After that, it is not secret. The heat dissipating surface (1) of the two combination units 111 is provided with a plurality of heat dissipating fins 115, and the heat dissipating position 115 is a circular arrangement of fixed pitches, and is applied to the two-in-one single-it 111, which is used as a heat sink for the LED neon. Effectively dissipate the heat generated by the LED bulb 21 to the air. Please refer to "Fig. 3", which is the first combination diagram of the creation LED, as shown in the figure. · The housing H) is attached with a relay group 3, the relay assembly 13 and the lighting assembly 2 The light bulbs 21 6 , M316366 * form an electrical connection with the circuit board 22 and can assist the electrical connection of the coupling unit m of the housing 11 , and one of the two combined units hi is provided with a first thread structure 116, and then The electrical component η is mixed with two corresponding second structures 131. When the light-emitting assembly 2G and the lamp cover 12 are acidified into the group s unit 111 and then joined to the other combination unit (1), the light-emitting assembly 2 and the lamp cover 12 are fixed in the housing 11 and the first thread structure ι 6 of the two combination units (1) The semi-circle is combined to form a --shaped thread structure. At this time, the second thread structure ΐ3ι of the relay component 13 can be screwed together. The two combination units m are tightly joined, and the lampshade 12 and the light-emitting component 2 are smashed. : It is also not easy to loosen, that is, the assembly of the LED xenon lamp is completed. Please refer to FIG. 4, which is a second combination diagram of the LED lamp, as shown in the figure: In this embodiment, the two combination unit 111 is provided with a through-threaded hole 30, which is located at the threaded hole Between the heat-dissipating fins 115, when the two-combination unit (1) is embedded in the lampshade 12 and the light-emitting assembly 2, the ball-hole 31 can be passed through the hole 3 and fixed by a nut 32 to the heat-dissipating plate ,5. The two combined units 1U are tightly joined to complete the LED downlight assembly. Please refer to FIG. 5, which is a third combination diagram of the LEDs of the present invention. As shown in the figure, in this embodiment, each of the combination units m is disposed adjacent to the heat dissipation plate on both edges of the combination surface 112. The first bolt portion 33 and the second bolt portion 35 have a receiving space between the first screw detecting portion %, and the second bolt portion 35 is inserted into the second bolt portion 35, and the first bolt portion % and the second screw detecting portion are centrally located. 2 One contains the snail of the snail · 36, can accommodate 31. After the cover 12 and the light-emitting assembly 2, the inner 'lu and the second unit 111, the second bolt portion 35 is also inserted into the receiving portion of the first bolt portion 33 - 34 +, at which time the bolt hole 36 is connected After the bolt 31 is bolted to the bolt hole 36, the two combination units 111t are tightly joined to complete the assembly of the LED recessed lamp. The above has been done in detail - but the above is only one of the best examples of this creation, t can not limit the implementation of this creation, that is, the equivalent changes made by the extract & Modifications shall remain within the scope of the patents of this creation. 7 M316366 [Simple description of the diagram] The first picture is the external view of the LED xenon lamp. The second picture is the explosion diagram of the LED lamp, which is the first combination chart of the LED lamp. 4, which is the second combination diagram of the LED lamp, which is the third combination of the LED lamp, the main component symbol description [10.............shell Body 11 .............Shell 111 .............Combination unit
112 .............組合面 113 .............散熱面 114 .............容置溝槽 115 .............散熱鰭板 116 .............第一螺紋結構 12 .............燈罩 13 .............繼電組件 131.............第二螺紋結構 20 .............發光組件 21 .............LED燈泡 22 .............t路板 30 .............螺紋孔道 31 .............螺栓 32 .............螺帽 33 .............第一螺栓部 34 .............容置空間 35 .............第二螺栓部 36 .............螺栓孔112 .............combination surface 113 .............heat dissipation surface 114 ............. accommodation groove 115 .............Film fin 116 .............The first thread structure 12 .............shade 13 ............. Relay assembly 131.............Second thread structure 20 .............luminescence Component 21 .............LED bulb 22 .............t road board 30 .............Threaded hole 31 .............Bolts 32 ............. Nuts 33 . . ....... First bolt portion 34 ............. accommodation space 35..................Second bolt part 36..................Bolt hole