201042219 六、發明說明： 【發明所屬之技術領域】 本發明係有關一種太陽能導熱裝置結構，係將導熱管之一端 礙入連結座之連接部内，並將導熱管焊接於連結座上，復將導熱 官及連結座穿入真空管之空燒室内，當真空管受陽光照射時，真 空管内層管壁上之集熱層將吸收陽光之熱能，使真空管空燒室内 之溫度提高，進而對導熱管進行加熱，使導熱管内之物體（液體 ❹或氣體）間接受加熱，該受加熱物體係於導熱裝置之導熱管内循 環流動，受真线线加熱，㈣發生真线破_產生渗漏之 情形者。 【先前技術】 按’現今生活水料提昇，人們為了節省能源的消耗，在許 多曰常生活用品上都會·太陽骑能來得到無償的效能，例如 奴之太陽^^水③”—儲水桶上設有複數個真空集熱管，並 ❹將水導入於真空管集熱管中，當陽光照射於真空集熱管時，可對 ^空集熱管⑽水進行加溫動作，並利用熱往上冷往下之自然猶 環’持續使儲水_的水逐漸加熱，但—般太陽能熱水器之真* 集熱管係為玻璃材質’無法直接焊接或螺固於儲水桶上，大多 由塑膠或橡騎質之_縣連接儲賴及真”鄉，如^ 〇核準公告綱職「真线太陽能熱水器之财桶結構改良」 所述·「.··其儲水桶之一側具設諸多通孔 農防水環蚊位環贿設真空籍管·..」料財 201042219 環係為塑膠或橡膠材質，容易因長時間的日照及本身的熱脹冷 縮，使其產生氧化破損或老化而失去防水密封之功能，而真空集 熱官内的水將會由破損處往外滲出，且因儲水桶内的水係直接導 入真空集熱管内循環，-旦真空集熱管發生老化或破裂情況，會 使水往外渗出。 有鑑於此，本發明人乃藉其多年累積之製造經驗，經多方探 时與試驗下’期改善上述缺失，而遂有本發明太陽能導熱裝置結 構技術衍生。 【發明内容]| 本發明之主要目的，即在於提供一種太陽能.導熱裝置結構， 該導熱裝㈣包含真奸、導絲及連結座，其巾；該導熱管未 封閉之-猶人連結紅連接勒，使導熱管受其抵止部卡制限 位’而將導齡焊接於連結座上，復將導熱管及連結座穿入真空 B之二燒至内，當真空管受陽光照 熱層將吸收陽光之熱能，使真空管空燒㈣^度二 _官進行加熱，使導熱管内之物體（液體或氣體）間接受加熱， 以防發生真空管破損而產生滲漏之情形者。 【實施方式】 為使貴審查委員能明瞭本發明，餘下，兹配合圖示詳細介 紹本發明之内容及其所能達成之功能效益，如后·· 謹請參閱第—二®所示，本發明為—種太陽能導熱裝置結 構’該導歸置1Q_包含真”10、導鮮2〇及連結座 201042219 3 0，其中； 真二s 1 0内部中間係形成一空燒室1 1，而其管壁為真空 狀之雙層 '、”才冓真空管1 Q雙層管壁之内層管壁上設有集熱層 12。 導熱管2 0係為中空管體，其-端受-封π蓋2 1奢合封閉。 連結座30内部為中空狀，其後端設有一螺紋段3工，而前 端為-連接部3 2，且連接部32内部設有一抵止部33。 〇 上述中該導熱管2 Q未封閉之—端嵌人連結座3◦之連接部 3 2内’使導熱賞2 0受其抵止部3 3卡制限位，而將導熱管2 〇焊接於連結座3 〇上，復將導熱管2 〇及魏座3 〇穿入真空 吕10之工燒至11内’當真空管i 〇受陽光6◦照射時，真空 管10内層管壁上之集熱層工2將吸收陽光6◦之熱能，使真空 官10空燒室11内之溫度提高，進而對導熱管2 〇進行加熱， 使導熱管2 0内之物體（液體或氣體）間接受加熱者。 ° 另，該導熱管2〇與真空管1 Q⑽管壁之間，可套設防護 墊圈4 0 ’使導熱管2 0與真空H q保持_，避免有碰撞之 虞’且可避免真空管1⑽陽光6㈣射魅生之減散失；而 導熱管2 0及連結座3 〇穿入真空管i㈣時，真空f i 〇之端 口處與連結座3 0之間，可另設-防護墊圈4 i，以避免真空管 10之端口與連結座3 〇產生碰撞。 續請參考第三圖所示，為本發明之導熱裝置i 〇〇實施於太 陽能熱水器上之示意圖，該導熱裝置^ 0 〇以連結座3 〇後端之 201042219 螺紋段3 1螺設於儲水保溫桶5 〇之輸水接則i上；儲水保溫 桶5 0内的冷水511將經由輸水接頭5 i導人導熱裝置丄〇 〇 之導熱管2 Q内’而當陽光6⑽射於真 刪時，該集熱層12將吸收陽光6〇之== 0工燒至1 1内之溫度提高，進輯導熱管2 Q進行加熱，使導 熱管2 0内之相而間接受加熱，科熱管2⑽受加熱後之熱 水512藉由熱往上冷往下之自然循環，將往上回流儲水保溫桶 5 0内藉此熱上冷下之循環，使儲水保溫桶5 〇内之水持續於 導熱裝置1〇〇内循環加溫（如料圖所示）。本發明之導轨裝 實：時’水係於導熱裝置1 〇 〇之導熱管2 〇内循 衣 又真工Β10空燒加熱，若有發生真空管10破損之情 形，亦不會產生漏水，因水佩於導歸2㈣，可確 熱水器的運作者。 該導熱裝置100之連結座30後端上之螺紋段31，？ :==_5_咖51霜螺紋狀者: 太陽所示:為本發明之導熱裝置10。 於循環幹管70上使Γ，該導熱裝置100可配 口7!及輸心72，幹管7〇於其兩端相設有輪, 導熱裝幻〇 〇細料 設有複數個分接頭73，％ 〇之分接頭以上，而儲^3 〇之螺紋段3 1螺設於猶環幹管7 儲水保溫桶5 0係由-高-低之二水管5 201042219 2接連循環幹管7 q端，其 7〇之輸.7!，时低之水環幹管 口 7 2上，_ 2#_環幹管70之輸入 賴：保溫桶5〇之冷水511係經由輸入口 72導 而受真^ η並導人各_置1 Q Q之導熱管2 0内， 7 L 熱水5 1 2將_環幹管7 ΰ上端輪出口 71彺儲水保溫桶5〇回流者。 Ο Ο 2第九、十圖所示為本發明之再—實施例，該循環幹管7 ^兩端分別設有輸出σ71及輸人口72，並於管身 接頭且循環幹管7〇内部另設有—導引管8〇’ A s 8 〇之官身上相對於循環幹管7 〇分接頭u之處 ==i，而該導引管8 Q上端為封閉狀下端係固定於德又環 ==72上’且於_8〇之__ 商頭9 〇 ’該管接頭9⑽經由循環幹管7 0分接 頭7 3牙人，並以前端之螺紋段91與導引管8 〇導引接頭8丄 相螺固’且其後端設有—六角部位9 2方便其轉動旋接導引接頭 8 1、，而管接頭9 ◦後端係接設—導管9 3 ’復令各導熱裝幻 0 0以連結座3 0螺設於循環幹f 7 Q之分接頭7 3上，使管 0及導s 9 3置於導熱裝置i◦Q之導熱管2◦内，且該導 s 9 3之末端接近導齡2 〇之底部。當儲水保溫則〇導引出 之林蝴環幹管7 Q内之導⑽8 0，分縣冷水5 i !導向 各S接頭9 Q ’再經由導管9 3狀各導熱裝置1 〇 〇之導熱管 2 0底相，沿導熱官2 q之周圍流出而真空管1 ◦之集熱層 201042219 1 2吸收陽光6 0之熱能，使真空fl Q對賴管2 Q加熱為 導熱管2 Q加熱後之熱水512將經導熱管2 〇導回循環:管^ 0内，並往上經由其輸出σ 7 i回流至儲水保溫桶5 〇内者。s /又’如第十-圖所示，為本發明又—實施例，該循環幹 0係呈直立狀，而循環幹管7 Q之兩側邊上皆設有分接頭 以便導熱裝置i 〇时設於循環幹管7 Q之兩側1 ， 而’簡環幹管7〇可於外側顯設有保溫層ig 十一、十二圖所示）。201042219 VI. Description of the Invention: [Technical Field] The present invention relates to a solar heat conducting device structure in which one end of a heat pipe is impeded into a connecting portion of a joint, and the heat pipe is welded to the joint to reheat heat The official and the connecting seat penetrate into the empty burning chamber of the vacuum tube. When the vacuum tube is exposed to sunlight, the heat collecting layer on the inner wall of the vacuum tube absorbs the heat of the sunlight, so that the temperature of the vacuum tube is increased, and then the heat conducting tube is heated. The object in the heat pipe (liquid helium or gas) is heated, and the heated object system circulates in the heat pipe of the heat conducting device, is heated by the hot wire, and (4) the case where the wire breakage occurs. [Prior Art] According to the 'life-saving water supply today, people will be able to get free performance on many common daily necessities in order to save energy consumption, such as slave sun ^^ water 3" - on the water tank A plurality of vacuum heat collecting tubes are arranged, and the water is introduced into the vacuum tube collecting tube. When the sunlight is irradiated on the vacuum collecting tube, the water of the hollow collecting tube (10) can be heated, and the heat is used to cool down. Natural Jubilee 'continues to gradually heat the water stored in the water_, but the true solar water heater is * the heat pipe is made of glass material' cannot be directly welded or screwed on the water storage tank, mostly by plastic or rubber riding Connected to the village and the real township, such as ^ 〇 approval announcement, "the improvement of the financial barrel structure of the real-line solar water heater", "···There is a lot of through-hole agricultural waterproof ring mosquito ring on one side of the water storage bucket Bribes are set up in vacuum..""2010201019 The ring system is made of plastic or rubber. It is easy to lose the waterproof seal by oxidative damage or aging due to long-term sunshine and its own thermal expansion and contraction. Collecting heat Water will bleed out from the breakage, and the outer tank due aqueous circulated directly introduced into the vacuum tube, - aging or denier vacuum tube rupture occurs, the water leaking out. In view of this, the present inventors have utilized the manufacturing experience accumulated over the years to improve the above-mentioned defects through multi-exploration and testing, and have been derived from the structural technology of the solar thermal conduction device of the present invention. SUMMARY OF THE INVENTION The main object of the present invention is to provide a solar energy heat conduction device structure, the heat conduction device (4) comprising a traitor, a guide wire and a joint, the towel; the heat pipe is not closed - the person is connected to the red connection Le, the heat-conducting tube is restrained by its abutting portion, and the guiding age is welded to the connecting seat. The heat-conducting tube and the connecting seat are penetrated into the vacuum B and burned to the inside. When the vacuum tube is absorbed by the solar heat layer, the vacuum tube will be absorbed. The heat of the sun, the vacuum tube is air-fired (four) ^ degree _ official heating, so that the object (liquid or gas) in the heat pipe is heated to prevent leakage of the vacuum tube and leakage. [Embodiment] In order to make the present invention clear to the present invention, the remainder of the present invention will be described in detail with reference to the contents of the present invention and the functional benefits that can be achieved, as shown in the following paragraphs. The invention is a solar thermal conduction device structure 'the guide is set to 1Q_including true" 10, the fresh guide 2〇 and the joint seat 201042219 3 0, wherein; the inner 2s 1 0 internal intermediate system forms an air chamber 1 1 and The pipe wall is a vacuum double layer, and the heat pipe 12 is provided on the inner pipe wall of the double pipe wall. The heat pipe 20 is a hollow pipe body, and its end is closed by a seal of the π cover 2 1 . The connecting seat 30 has a hollow interior, a threaded section is provided at the rear end thereof, and the front end is a connecting portion 32. The connecting portion 32 is internally provided with a resisting portion 33. 〇In the above-mentioned connecting portion 3 2 of the heat-insulating tube 2 Q which is not closed, the end-incorporating joint 3 ' is caused to be restrained by the abutting portion 3 3 , and the heat-conducting tube 2 is welded to On the joint 3, the heat pipe 2 〇 and the Wei 3 〇 are penetrated into the vacuum 10 10 and burned to 11 'When the vacuum tube i 〇 is irradiated by sunlight 6 ,, the heat collecting layer on the inner wall of the vacuum tube 10 The worker 2 will absorb the heat of the sunlight 6 ,, and the temperature in the vacuum chamber 10 is increased, and the heat pipe 2 〇 is heated to receive heating between the objects (liquid or gas) in the heat pipe 20 . ° In addition, between the heat pipe 2〇 and the wall of the vacuum tube 1 Q(10), the protective gasket 40 can be placed to keep the heat pipe 20 and the vacuum H q _ to avoid collisions and avoid the vacuum tube 1 (10) sunlight 6 (4) When the heat pipe 20 and the joint 3 〇 penetrate the vacuum tube i (four), between the port of the vacuum fi and the joint 30, a protective washer 4 i may be additionally provided to avoid the vacuum tube 10 The port collides with the joint 3 〇. Continuing to refer to the third figure, the heat conducting device of the present invention is implemented on a solar water heater. The heat conducting device is screwed to the water storage device at the rear end of the joint portion 3, 201042219. The water tank of the heat preservation tank 5 is connected to the water supply 511; the cold water 511 in the water storage heat preservation tank 50 will guide the heat conduction device 2 through the water connection joint 5 i, and when the sunlight 6 (10) hits the true When it is deleted, the heat collecting layer 12 absorbs the sunlight 6 = == 0 and burns the temperature to 1 1 , and heats the heat pipe 2 Q to heat the phase of the heat pipe 20 0. The heat pipe 2 (10) is heated by the hot water 512 to the natural circulation of the cold, and will be returned to the water storage tank 50 by the hot and cold cycle, so that the water storage barrel 5 The water continues to circulate and heat within the heat transfer device (as shown in the drawing). The guide rail of the invention is installed: when the water is in the heat-conducting unit 1 of the heat-conducting device 1 , the inner tube is circulated and the air is burned. If the vacuum tube 10 is damaged, no water leakage occurs. The water is covered by the guide 2 (4), and the water heater can be confirmed. The threaded section 31 on the rear end of the joint 30 of the heat conducting device 100, ? :==_5_Caf 51 frost thread: The sun shows: the heat conduction device 10 of the present invention. The heat transfer device 100 can be equipped with a port 7! and a core 72, the dry tube 7 is provided with a wheel at both ends thereof, and the heat transfer device is provided with a plurality of taps 73. , % 〇 分 以上 , , , , , 储 储 储 储 储 储 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹 螺纹End, its 7〇 loses.7!, when the low water ring dry pipe port 7 2, _ 2#_ ring main pipe 70 input 赖: the cold water tank 511 cold water 511 is guided by the input port 72 True ^ η and guide each _ set 1 QQ heat pipe 2 0, 7 L hot water 5 1 2 will _ ring dry pipe 7 ΰ upper end wheel exit 71 彺 water storage barrel 5 〇 return.第九 Ο 2 shows a re-embodiment of the present invention. The two ends of the circulating main pipe 7 ^ are respectively provided with an output σ71 and a population of 72, and are connected to the pipe body and the inside of the circulating main pipe 7 The position of the guiding tube 8〇' A s 8 〇 is relative to the circulating main pipe 7 〇 the tap u == i, and the upper end of the guiding tube 8 Q is closed and the lower end is fixed to the German ring ==72上' and at _8〇__ 商头9 〇 'The pipe joint 9 (10) is passed through the circulating trunk 7 0 tap 7 3 teeth, and guided by the threaded section 91 of the front end and the guiding tube 8 The joint 8 is screwed and the rear end is provided with a hexagonal portion 9 2 to facilitate the rotation of the screw joint 8 1 , and the pipe joint 9 and the rear end are connected to the conduit 9 3 'replace each heat conduction device The phantom 0 0 is placed on the tap 7 7 of the circulating dry f 7 Q, and the tube 0 and the guide s 9 3 are placed in the heat conducting tube 2◦ of the heat conducting device i◦Q, and the guiding s 9 The end of 3 is close to the bottom of lead age 2 〇. When the water storage is kept, the guide ring of the forest butterfly ring 7 Q is guided (10) 80, the cold water of the county is 5 i! The guide is connected to each S joint 9 Q 'and then via the conduit 9 3 heat conduction device 1 导热 the heat pipe 2 0 bottom phase, flowing around the heat-conducting officer 2 q and the vacuum tube 1 ◦ the heat collecting layer 201042219 1 2 absorbs the heat of the sunlight 60, so that the vacuum fl Q heats the filial tube 2 Q to the heat-conducting tube 2 Q-heated hot water 512 will be guided back through the heat pipe 2 :: in the tube ^ 0, and back up through the output σ 7 i to the storage tank 5 〇. s / and ' as shown in the tenth-figure, for the further embodiment of the present invention, the circulating dry 0 is in an upright shape, and the tapers on both sides of the circulating main pipe 7 Q are provided with taps for the heat conducting device i 〇 It is set on both sides 1 of the circulating main pipe 7 Q, and the 'smooth ring main pipe 7 〇 can be provided with insulation layer ig on the outer side, as shown in the eleventh and twelfth figures).
林明之導熱裝置i 〇 Q，係料熱管2 Q 入真空管1〇之空燒室]]肉火古 J0牙 士古 至11内，當真空管10受陽光60昭射 時，真空管10内層管壁上 …、耵 土上之集熱層12將吸收陽光6 〇敎 能，使真空管1 0空焯宕！ … A 1 1内之溫度提高，進_導熱管2 0 :丁 °'”、’本發明之導熱錢1 ◦〇得實施於液態物體或氣 態物體之加熱者。 义風 综合以上所述，本發明確實已經具有突破習式者之 1首創之實施方向，_又能夠翻具有產業上之實用效益， :::產==:則：具_及進步性’俱符合專利申請 只。 、彳申請’懇請1 句局明察，惠授合法之專利權 =本發明崎之具體實施係較常朗之實施例， 皆屬本發 僞限本發明技料段⑽，舉凡其他解魏之實施， 明技術範疇。 201042219 【圖式簡單說明】 第一圖係本發明之立體分解圖。 第二圖係本發明之立體圖。 第三圖係本發明實施於太陽能熱水器上之示意圖。 第四圖係本發明之剖面動作示意圖。 第五圖係本發明之連結座實施示意圖。 第六圖係本發明之實施例剖面示意圖。 第七圖係本發明之另一實施例立體示意圖。 第八圖係本發明之另一實施例剖面動作示意圖。 第九圖係本發明之再一實施例立體示意圖。· 第十圖係本發明之再一實施例剖面動作示意圖。 第十一圖係本發明之又一實施例立體示意圖。 第十二圖係本發明之循環幹管保溫層示意圖。 第十三圖係本發明再一實施例之循環幹管保溫層示意圖。 201042219 【主要元件符號說明】 10:真空管 11 :空燒室 12:集熱層 2 0 :導熱管 2 1 :封口蓋 3 0 :連結座 3 1 :螺紋段 3 2 :連接部 3 3 :抵止部 4 0 :防護墊圈 4 1 :防護墊圈 5 0 :儲水保溫桶 5 1 :輸水接頭 1 1 :冷水 5 12 :熱水 5 2 :水管 6 陽光 7 0 :循環幹管 7 1 :輸出口 7 2 :輸入口 7 3 :分接頭 8 0 :導引管 8 1 :導引接頭 9 0 :管接頭 9 1 :螺紋段 9 2 :六角部位 9 3 :導管 0 0 :導熱裝置 10 1 :保溫層 10Lin Mingzhi's heat-conducting device i 〇Q, heat pipe 2 Q into the vacuum tube 1〇 empty burning chamber]] meat fire ancient J0 牙古古至11, when the vacuum tube 10 is exposed to sunlight 60, the vacuum tube 10 inner layer wall ..., the collector layer 12 on the earth will absorb the sunlight 6 ,, so that the vacuum tube 10 is empty! ... The temperature inside A 1 1 is increased, and the heat transfer tube 2 0: 丁°'", the heat transfer money 1 of the present invention is implemented in a liquid object or a heated object of a gaseous object. The invention has indeed achieved the implementation direction of the first creation of the breakthrough formula, and _ can turn to the practical benefits of the industry, :::Production==: Then: _ and progressiveness are all in line with the patent application only. 'Please ask for a sentence to find out, and grant legal patent rights. = The specific implementation of the invention is more than the embodiment of Changlang, which belongs to the technical section (10) of the present invention, and the implementation of other solutions. The first figure is a perspective view of the present invention. The second figure is a perspective view of the present invention. The third figure is a schematic diagram of the present invention implemented on a solar water heater. BRIEF DESCRIPTION OF THE DRAWINGS The fifth drawing is a schematic view of the embodiment of the present invention. The sixth drawing is a schematic cross-sectional view of another embodiment of the present invention. The seventh drawing is a perspective view of another embodiment of the present invention. One implementation BRIEF DESCRIPTION OF THE DRAWINGS FIG. 11 is a perspective view showing a further embodiment of the present invention. FIG. 11 is a schematic cross-sectional view showing still another embodiment of the present invention. Figure 12 is a schematic view of a circulating main pipe insulation layer of the present invention. Figure 13 is a schematic view of a circulating main pipe insulation layer according to still another embodiment of the present invention. 201042219 [Explanation of main components] 10: Vacuum tube 11: Empty chamber 12: Heat collecting layer 2 0 : Heat pipe 2 1 : Sealing cap 3 0 : Connecting seat 3 1 : Threaded section 3 2 : Connecting part 3 3 : Abutting part 4 0 : Protective washer 4 1 : Protective washer 5 0 : Water storage Barrel 5 1 : water connection joint 1 1 : cold water 5 12 : hot water 5 2 : water pipe 6 sunlight 7 0 : circulation main pipe 7 1 : output port 7 2 : input port 7 3 : tap 8 0 : guide pipe 8 1 : Guide joint 9 0 : Pipe joint 9 1 : Thread segment 9 2 : Hexagonal part 9 3 : Catheter 0 0 : Heat conducting device 10 1 : Insulation layer 10