M440410 五 新型說明： 【新型所屬之技術領域】 熱及指其提供1利用工作流體液、汽相猶環相變之導 ‘部，即可之高熱均勾傳導至燈具本體 用壽命之伸德，从幅料賴效果及使 【先前技術】 白，泡或省電燈泡之趨勢;然而，L E5燈二】 對L g件ίί光點區域會形成高溫的熱_Qt S_)，若益法 件植的進行散熱，職麟紅E D财之使用效 要包示且t，坊間習用之LED燈泡10,其主 驅動模df i L 2复f固L E D元件121之基板12、 且於一端14 ;於該燈泡本體1 1係呈中空狀， ΐϊ幻ϋ Γί 1 1 1，以供裝設具複數個LED元件1 2 泡本體1 1之内部裝設與該基板1 2作電性 連接之雷源桩511 /以及於另端設有與該驅動模組1 3作電性 力之變屢源_及^ ’ ί供連接電源’並以驅動模組1 3進行電 直流電轉換’以驅動基板1 2之L E D元 ίίΐ照明；另由於該基板1 2之LED元件1 2 1 溫，-約本體1 1之—端產生高熱，為使其散熱降 :燈泡11=¾1 rtT繼熱鯖片112，以增 如下之缺弊·· U果，惟’該[仙燈泡1 0於使用上仍有 3 1 ED元件121發出光線時，其所產生之高 M440410 11傳導至其他處進行散熱’而無法有效的進行散熱。 ίΐ?12之LED元件121發出光線時，其所i生之高 熱大多集中於燈泡本體11之承置部i i!一端進行散熱， 而無法有效迅速的進行散熱，進而影響LED ' 使用效能及壽命。 2丄之 有鐘於此，本創作人遂以其多年從事相關行業的研發 :’針對目前所面臨之問題深入研究，經過長期努力“ ίΐ敝終究研創出—種可提昇散熱效果之燈具，並藉以改善習i 之缺弊，此即為本創作之設計宗旨。M440410 Five new description: [New technical field] Thermal and refers to the use of the working fluid and vapor phase of the phase transition of the vapor phase, which can be transmitted to the life of the lamp body. From the effect of the web material and the trend of the [prior art] white, bubble or power-saving bulb; however, the L E5 lamp 2] will form a high-temperature heat _Qt S_) for the L g ίί spot area, For the heat dissipation, the utility model of the service lining red ED is to be included, and the LED lamp 10 of the conventional driving mode df i L 2 is the substrate 12 of the LED element 121 and is at one end 14; The bulb body 1 1 is hollow, and is provided with a plurality of LED elements 1 2 . The interior of the bulb body 1 1 is electrically connected to the substrate 1 2 . And at the other end, there is a variable source for the electric force of the driving module 13 and a connection between the power source 'and the electric power conversion of the driving module 13' to drive the LED of the substrate 1 2 Yuan ίίΐ illumination; another because the LED element 1 2 1 of the substrate 12 is warm, about - the end of the body 1 1 generates high heat, so that Heat drop: bulb 11 = 3⁄41 rtT followed by hot slab 112, in order to increase the following drawbacks · · U fruit, but the [Sin bulb 10 still has 3 1 ED component 121 when used, it produces The high M440410 11 is conducted to other places for heat dissipation' and cannot be effectively dissipated. When the LED element 121 of the illuminating device 12 emits light, the high heat generated by the LED element 121 is concentrated on one end of the mounting portion i i! of the bulb body 11 to dissipate heat, and the heat dissipation cannot be effectively and quickly performed, thereby affecting the LED 'utility and life. In the second place, the creator has been engaged in the research and development of related industries for many years: 'In-depth study on the problems facing the present, after long-term efforts, ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝 ΐ敝In order to improve the shortcomings of Xi, this is the design tenet of this creation.
【新型内容】 本創作之目的-’係提供—種可提昇散熱效果之燈且 3有燈具本體及發絲組；該燈具本體係呈中空狀，且ς—端^ ϊΐ'ίί 3上蓋合承置座’以於燈具本體内部形成密閉Ξ 月二至，该燈具本體之腔室各側壁面並設有毛細結構，且於内 液相之工作流體，另於該發光模組係於承置座上設有具 70件之電路基板，賴軸發丨絲酬，該電路基板& 由承f座傳導至燈具本體，使腔室内液相之工作流體相 反為=相d體，而於腔室内迅速流動擴散，並以毛細結構 吸附汽相之工作流體後，凝結相變回液相之工作流體，使工 體在回渗流’而可將發光模組所產生之高熱均勻傳導至燈具 體，以進行發光模組之導熱及散熱；藉此，利用工作流體液? U環相變之導熱及散熱方式，以使發光模組所產生之高熱均句 傳導至燈具本體各部，即可由燈具賴各部财散熱，進 大幅提昇散熱效果之實用目的。 本創作之目的二，係提供一種可提昇散熱效果之燈具，其係 利用工作流^、汽相循環相變之導熱及散熱方式，以使發光模 組所產生之高熱均勻料至燈具本體各部，即可由燈具本體各部 迅速散熱，使發光模組可維持於正常工作溫度，進而達到大幅 昇使用壽命之實用目的。 4 M440410 本創作之目的三，係提供一種可提昇散熱效果之燈具苴 於燈具本體之開口上蓋合承置座，以於燈具本體内部形^ ^之 腔室，而於該承置座搭配裝設不同規格尺寸大小之電路基 該電路基板即可保持完全緊貼於承置座，使電路基板所產生之言 熱充分傳導至承置座，並以燈具本體腔室内之工作流體 = g循環=變，以進行導熱及散熱，而達到確保導熱及散熱效果= 【實施方式】 為使貴審查委騎本創作有進—步之深人了解， 佳實施例，並配合圖式說明如后： 牛权 ? Γ 4騎示’本創作燈具係包含有燈具本體 f 1 燈具本體2〇係呈中空狀，其第一端設 有開口 2 0 I，，第二端則於内部延伸設有連通至第一端之 Sηΐ該ΐ件2〇2延伸至第—端處設有外徑尺寸較小之套接 2 ί Ϊ燈具本體2 〇之外側係環列佈設有亦呈中空狀之 ίΐj^ ’以加強散熱效果；於燈具本體2◦之第-端設 於严蓋合密封燈具本體20之開口201，並 系” _成密閉之腔室2 0 5 ’·於本實施例中，該 M f ί1之ίί係設有對應燈具本體2◦開口 2 01形狀之凹 ^i1 ’以供套置密封燈具本體20之開口 2()1，且於中央 =叹有對應燈具本體2 Q之套接段2 〇 3外徑尺寸穿槽、 〇之體20之套接段2〇 3，而丄= 月$ S i ί通至承置座21之頂面’於該燈具本體2 〇之 ‘m3 有毛細結構2 2，且於腔室2 0 5内注人 3之各細於本實施财，該毛細結構2 2係於腔室2 〇 表声，鍾貝覆以不織布等編織材料或粉末燒結材料製作之内 液^，以體’該液相之工作流體則可為水或酒精等 真ί作i 工作流體，且對腔室2 〇3進行抽 使燈八本體2 0之腔室2 0 3呈負驗態，並使得液 5 M440410 相之工作流體可易於相變為汽相之工作流體； 於承置座2 i之頂面裝設具複數個L E D元件3丄 ^1，並使該電路基板3i之底面緊貼於承置座2i之頂面卞於 本實施例中’該電路基板31係以螺栓3 01鎖固於承置座2丄 之了f面上’且由於承置座21之穿槽212係對應燈具本體2 〇 之套接段2 0 3外徑尺寸，使承置座2 χ之穿槽2 i 2内徑尺寸 小於燈具本體2 Q之管件2 Q 2外徑尺寸，以確保承置座21之 頂面與電路基板31之底面完全接觸；該電路基板3丄之正、負 ^接點分別連接有導線312，該導線312經由承置座2工之 穿槽212及燈具本體2 〇之套接段2 〇 3穿伸至管件2 〇 2 =’=供電性連接-驅動單元3 2，該驅動單元3 2再以導線3 ^電性連接裝言谈燈具本體2 ◦帛二端之電源接頭3 3，以供 運接電源，而由驅動模組3 2進行電力之變壓、穩壓及交、直泣 ^轉ΐ太電路基板3 1之L E D元件Η 1發出光‘ ^ ’於本實_中，該電路基板3 1係以具導熱性之金屬材質製 該電路基板3 1所產生之熱能傳導至承置座2 1，使燈具 一 〇腔至2 0 3内液相之工作流體相變為汽相之工作流體， 而=室2 Q 3内迅速流動擴散’再以毛細結構2 2吸附汽相之 工作流體後’凝結相變回液相之工作流體，使 】=發光模組3 〇之電路基板3 產生之高熱均勻傳導^燈 體2 〇，以進行導熱及散熱；又於該燈具本體2 〇之承置座 2係設有具透光性之燈罩3 4，以供蓋合電路基板3工。 請參閱第5所示，本創作於使用時，其係以發光模組3 〇之 ，源，頭3 3連接電源，並由驅動模組3 2進行電力之變壓、穩 壓及交、直流電轉換後，以驅動電路基板3 1之乙£：〇元件f 照^當電路基板31之i:ED元件311發出光線 kLED元件3 1 1所產生之向熱即經由電路基板3工傳 ^燈具本體2〇第—端之承置座2 i，而使_於毛細結構2 d第一端處之液相工作流體受熱開始相變為汽相之工作流體，並 6 M440410 於燈具本體2 〇之腔室2 〇 3內讯洁泊叙媳私.[New content] The purpose of this creation is to provide a lamp that can improve the heat dissipation effect and 3 has a lamp body and a hair set; the lamp system is hollow, and the ς-end ^ ϊΐ' ίί 3 cover is integrated The seat is formed so that the inside of the lamp body is sealed, and the side walls of the chamber of the lamp body are provided with a capillary structure, and the working fluid in the inner liquid phase, and the light-emitting module is attached to the socket. There is a circuit board with 70 pieces, and the circuit board is transferred to the lamp body by the socket, so that the working fluid in the liquid phase in the chamber is opposite to the phase d body, and in the chamber Rapidly flowing and diffusing, and adsorbing the working fluid of the vapor phase with the capillary structure, the condensed phase changes back to the working fluid of the liquid phase, so that the working body is in the recirculation flow, and the high heat generated by the illuminating module can be uniformly transmitted to the lamp concrete, Conducting heat conduction and heat dissipation of the light-emitting module; thereby, utilizing the heat conduction and heat dissipation method of the working fluid liquid and the U-ring phase change, so that the high-heat sentence generated by the light-emitting module is transmitted to each part of the lamp body, Cooling, greatly improved Practical purposes, the effect of heat. The purpose of the present invention is to provide a luminaire capable of improving the heat dissipation effect, which utilizes the heat conduction and heat dissipation modes of the workflow, the vapor phase cyclic phase change, so that the high heat generated by the illuminating module is uniformly distributed to the various parts of the luminaire body. The heat can be quickly dissipated from all parts of the lamp body, so that the light-emitting module can be maintained at a normal working temperature, thereby achieving the practical purpose of greatly increasing the service life. 4 M440410 The purpose of this creation is to provide a lamp that can improve the heat dissipation effect. The lamp cover is mounted on the opening of the lamp body to form a cavity inside the lamp body, and is installed in the socket. Circuit board of different specifications and sizes can keep the circuit board completely in close contact with the socket, so that the heat generated by the circuit board is sufficiently transmitted to the socket, and the working fluid in the chamber of the lamp body = g cycle = change In order to ensure heat conduction and heat dissipation, to ensure the heat conduction and heat dissipation effect = [Embodiment] In order to make your review of the author's creation, there are some in-depth understandings, good examples, and the following description: Γ 4 riding display 'This creation lamp contains the lamp body f 1 The lamp body 2 is hollow, the first end is provided with an opening 20 I, and the second end is internally extended to be connected to the first S ΐ 端 ΐ ΐ 〇 〇 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 Effect; in the body of the lamp 2 - The opening 201 of the sealed lamp body 20 is tightly closed, and is “closed to the closed chamber 2 0 5 ′′. In the embodiment, the M f ί1 ίί is provided with the corresponding lamp body 2◦ opening 2 01 The concave shape of the shape ^i1' is for sealing the opening 2 () 1 of the lamp body 20, and at the center = the socket portion 2 〇3 corresponding to the lamp body 2 Q is sagged, and the outer diameter of the body is 20 Socket section 2〇3, and 丄=月$S i ί to the top surface of the mounting seat 21' in the luminaire body 2 ''m3 has a capillary structure 2 2, and is injected into the chamber 2 0 5 3 is finer than the present embodiment, the capillary structure 2 2 is in the chamber 2, and the bell is covered with a woven material such as a non-woven fabric or an inner liquid made of a powder sintered material, and the working fluid of the liquid phase It can be used as a working fluid for water or alcohol, and the chamber 2 〇3 is pumped to the negative state of the chamber 20 of the lamp body 20, and the working fluid of the liquid 5 M440410 can be a working fluid that is easy to phase change into a vapor phase; a plurality of LED elements 3丄1 are mounted on the top surface of the mounting base 2 i, and the bottom surface of the circuit substrate 3i is closely attached to the top of the mounting base 2i In the present embodiment, the circuit board 31 is fastened to the mounting surface of the mounting base 2 by the bolts 3 01 and the slot 212 of the mounting base 21 corresponds to the socket portion of the lamp body 2 . 2 0 3 outer diameter size, so that the inner diameter of the receiving groove 2 i 2 is smaller than the outer diameter of the tube 2 2 2 of the lamp body 2 Q to ensure the top surface of the receiving seat 21 and the circuit substrate 31 The bottom surface is completely in contact with each other; the positive and negative contact points of the circuit board 3 are respectively connected with a wire 312, and the wire 312 is pierced through the socket 212 of the socket 2 and the socket portion 2 〇3 of the lamp body 2 The pipe fitting 2 〇 2 = '= power supply connection - the driving unit 3 2, the driving unit 3 2 is electrically connected with the wire 3 ^ to talk about the power connector 3 3 of the lamp body 2 and the two ends for the power supply, And the driving module 32 performs voltage transformation, voltage regulation, and crossover, and the LED component Η 1 of the circuit board 3 1 emits light '^' in the actual _, the circuit substrate 3 1 The heat energy generated by the circuit board 31 made of a metal material having thermal conductivity is transmitted to the mounting seat 2 1, and the working fluid of the liquid crystal in the cavity of the lamp is turned into a liquid crystal. The working fluid becomes a vapor phase, and = the chamber 2 Q 3 rapidly flows and diffuses 'and then the capillary structure 2 2 adsorbs the working fluid of the vapor phase, then the 'condensed phase changes back to the working fluid of the liquid phase, so that the light-emitting module 3 The high-heat uniformity of the circuit board 3 produced by the circuit board 3 is used for heat conduction and heat dissipation; and the socket 2 of the lamp body 2 is provided with a light-transmitting lamp cover 34 for covering Circuit board 3 work. Please refer to the fifth, when the creation is in use, it is connected to the power module by the light module 3, the source, the head 3 3 is connected to the power supply, and the power module is transformed, stabilized, and AC and DC by the driving module 32. After the conversion, the light is generated by the i: ED element 311 of the circuit board 31, and the heat generated by the kLED element 3 1 1 is transmitted through the circuit board 3 through the circuit board 3 2〇 The first end of the bearing seat 2 i, so that the liquid phase working fluid at the first end of the capillary structure 2 d is heated to start to change into the working fluid of the vapor phase, and 6 M440410 is in the cavity of the lamp body 2 Room 2 〇3 inside the news Jie Po Xuan private.
他處較低溫之毛細結構2 2接觸， 说沿勒應私.當該汽相之工作 内不斷地流動擴散後，將與其 而再由其他處之毛細結構2 2 ίϋί相2作流體，並使汽相之工作流體凝結相變為Ϊ相At the lower temperature, the capillary structure is 2 2 contact, which is said to be along with Le. When the vapor phase continues to flow and spread, it will be fluidized by the other capillary structure. The vapor phase of the working fluid condenses into a Ϊ phase
，本體2 0上方’或發光模組3 〇可位於燈具本體2 〇下方 角度’而無論該燈具以何種照明角度擺置，由於該 之腔室2 Q 3細毛細結構2 2酬汽相之工作流 體，並使A相之功流體凝結相變為液相之工作流體，而利用毛 細結構2 2之毛細作用，使液相之讀流體往第_端渗透流動， ^匕，於任意擺置燈具之照明肢時，可麵該工作流體往回渗 透^動’而利用工作流體液、汽相循環相變之導熱及散熱方式， 以使電路基板31之L E D元件31 1所產生之高熱均勻傳導至 .·燈具本體各部，即可由燈具本體2 〇各部迅速散熱，而達到提昇 使用便利性之實用目的。 請參閱第6、7所示’本創作燈具本體2 Q係以承置座2工 之頂面搭配裝設不義格尺寸之電路基板，以搭配裝設較小規格 尺寸之電路基板31A為例，由於燈具本體2 〇之管件2 〇 2於 第-端處設有外徑尺寸較小之套接段2 Q 3，該承置座2 i則設 有對應該套接段2 Q 3外徑尺寸之穿槽212，因此，於承置座 21之頂面搭配裝設較小規格尺寸之電路基板3 ^八時，使電路 ，板31A之底面仍可保持完全緊貼於承置座21之頂面，而使 知該電路基板31A之L ED元件31 1所產生之高熱可充分傳 導至承置座21 ’以確保電路基板31 a與承置座21間之導熱 7 M440410 同利用工作流體作液、汽相循環相變之方式， ΐίίίίL ί之L ED元件311⑽產生之高熱均勻傳導 達到大幅提昇絲效果及制壽命之實用效益。 進而 综上所述’本創作實深具實用性及進步性然未見 產品，刊物公開，從而允符新型專辦請要件纽 : 【圖式簡單說明】 扣甲叫。 第1圖.習用LED燈泡之結構示意圖。 第2圖··本創作之分解示意圖。 φ第3圖：本創作之組合外觀示意圖。 第4圖：本創作之組合剖面示意圖。 第5圖：本創作使用時之示意圖。 第6圖：本創作搭配裝設不同規格尺寸電路基板之分解示意 第7圖：本創作搭配裝設不同規格尺寸電路基板之剖面示g 【主要元件符號說明】 習式部份： 10 : L ED燈泡 1 1 :燈泡本體 111:承置部 1 2 ·基板 13:驅動模組 本創作部份： 2 0 :燈具本體 2 0 2 :管件 2 0 4 :散熱鰭片 21:承置座 2 1 1 :凹槽 2 2 :毛細結構 3 0 :發光模組 112:散熱鰭片 1 2 1 : L E D 元件 14:電源接頭 2 01 :開口 2 0 3 :套接段 2 0 5 :腔室 212:穿槽 3 01 :螺栓 M440410 31:電路基板 3 1 1 : L ED元件 3 1 2 :導線 31 A :電路基板 3 1 1 A : L E D 元件 3 2 :驅動單元 3 3 :電源接頭 3 4 :燈罩 3 21 :導線, the upper part of the body 2 0 or the illumination module 3 〇 can be located at an angle ' below the lamp body 2 ' regardless of the illumination angle of the lamp, because the chamber 2 Q 3 fine capillary structure 2 2 Working fluid, and causing the phase A fluid to condense into a liquid phase working fluid, and by capillary action of the capillary structure 22, the liquid phase reading fluid permeates the flow toward the first end, ^匕, in any arrangement When the illuminating limb of the luminaire, the working fluid can be osmotically moved back and the heat conduction and heat dissipation modes of the working fluid liquid and the vapor phase cyclic phase change are utilized to uniformly conduct the high heat generated by the LED element 31 1 of the circuit substrate 31. To each part of the lamp body, the parts of the lamp body 2 can be quickly dissipated, thereby achieving the practical purpose of improving the convenience of use. Please refer to the sixth and seventh paragraphs. 'The original lamp body 2 Q is equipped with a circuit board with an unsuitable grid size on the top surface of the mounting base 2, for example, with a circuit board 31A with a smaller size. Since the tube body 2 〇 2 of the lamp body 2 is provided with a sleeve portion 2 Q 3 having a small outer diameter at the first end, the socket 2 i is provided with a corresponding outer diameter of the sleeve portion 2 Q 3 Therefore, the bottom surface of the mounting base 21 is matched with a circuit board of a smaller size, so that the bottom surface of the circuit 31A can remain completely close to the top of the mounting base 21. The high heat generated by the L ED element 31 1 of the circuit substrate 31A can be sufficiently conducted to the mounting seat 21' to ensure the heat conduction between the circuit substrate 31a and the mounting base 21. The method of vapor phase cyclic phase change, the high heat uniform conduction generated by the ED component 311 (10) achieves the practical benefit of greatly improving the silk effect and the life of the wire. In addition, the above-mentioned creations are practical and progressive, but they have not seen the products, and the publications are open, so that the new special requirements are required: [Simple description] The buckle is called. Figure 1. Schematic diagram of the structure of a conventional LED bulb. Figure 2 · Decomposition diagram of this creation. φ Figure 3: A schematic diagram of the combination of the creation. Figure 4: Schematic diagram of the combined profile of the creation. Figure 5: Schematic diagram of the use of this creation. Figure 6: Decomposition diagram of the circuit board with different specifications and dimensions for this creation. Figure 7: This section is designed with a cross section of the circuit board of different specifications. [Main component symbol description] Example: 10 : L ED Light bulb 1 1 : bulb body 111 : mounting part 1 2 · substrate 13 : drive module This creative part: 2 0 : lamp body 2 0 2 : pipe fitting 2 0 4 : heat sink fin 21: bearing seat 2 1 1 : Groove 2 2 : Capillary structure 3 0 : Light-emitting module 112 : Heat-dissipating fin 1 2 1 : LED element 14 : Power connector 2 01 : Opening 2 0 3 : Socket segment 2 0 5 : Chamber 212: grooving 3 01 : Bolt M440410 31: Circuit board 3 1 1 : L ED element 3 1 2 : Conductor 31 A : Circuit board 3 1 1 A : LED element 3 2 : Drive unit 3 3 : Power connector 3 4 : Lamp cover 3 21 : wire