M366656 • 五、新型說明： 【新型所屬之技術領域】 一種瓦斯熱水益用熱交換器組合結構’尤指可減少焊接處進 而減少製造所需工時之熱交換器。 【先前技術】 按’熱水器早已是現代人生活中必備的居家設備’而最常見 .的即是-般以瓦斯燃燒加熱使用的熱水器，此種熱水器係利用火 鲁排組對熱交換器進行加熱，使熱交換器對其流經内部的水進行加 熱，然而，此類熱交換器組成為於複數間隔並排之韓片級内穿設 複數圓形吸熱管，並於吸熱管二側以焊接方式連接連通管，使各 吸熱管相連通，但此種作法為具有下列疏失： (-）吸熱管二㈣須焊接連通管，使得焊接處數量增多， 進而造成製作工時增加、成本上升，且焊接處越多，發生焊接不 良產生漏水之機會也會大為上升。 鲁 （一）圓形吸熱官之吸熱面積較小，無法快速的對流經吸熱 管内的水進行加熱’而導致資源之浪費。 【新型内容】 本創作之主要目的乃在於，_—體細所製成之吸熱管來 減少焊接處，財效的減賴作所需之功，並可降低焊接處發 生漏水之問題。 本創作之次要目的乃在於’彻斷面呈期狀之吸熱管來加 大受熱面積，進而快速的進行加熱，以有效的節省資源。 3 M366656 為達上述目的’本創作熱交換器設置有複數並排之吸熱鑛 片，而各吸熱鰭片表面為具有複數並排狀之定位孔，並於吸熱續 片内穿设有雜纽’而吸熱管組設置有複數—體成型所製成且 斷面呈橢8]狀之吸熱管’以及可_鄰吸鮮連通之連通管，且 各吸熱g為具有—並排狀之通管部，並使通管部穿設於吸熱鰭片 所5又置之疋位孔内，且各通管部一側設置有可連通二通管部之連 接部，而該連通管之二端部係套接於通管部遠離連接部之另侧， 讓各吸熱管形成連通狀。 【實施方式】 為達成上述目的及功效，本創作所採用之技術手段及其構 造，兹繪圖就相作之較佳實_詳加賴其雜與功能如下， 俾利完全瞭解。 清參閱第-®至第七圖所示，由圖中可清楚看出，本創作之 熱父換β1係、設置有複數吸熱鯖片丨丄、吸熱管組丄2與二固定 片1 3，其中： 該複數吸熱鰭片11係成間隔並排狀，且各吸熱鰭片丄工表 面為具有複數並排狀之定位孔丄工工。而吸熱鰭片工工表面設有 多數凹凸部112，並且定位孔！i i—體延伸成型出凸緣丄丄 11，以接觸吸熱管121，能增加吸熱面積與吸熱效率。 該吸熱管組12係設置有複數吸熱管i 2丄以及連通管工2 2，而各吸熱管121為具有二並排狀之通管部丄2 i ^，並於 各通管部121 1 -側設置有可連通二通管部i 2 i i之連接部 M366656 ’ 1212 ’而通管部1211與連接部1212為〆體成型所製 成且通& 21 1與連接部丄2丄2之斷面係呈橢圓狀；該 連通管12 2之斷面係呈橢圓狀，並彎折使其二端部成同向延 伸，並於一端部设置有套接部12 21。 該固定片1 3係分別設置於複數吸熱則工丄之二側，且固 定片13表面設置有相對於定位孔工丄丄之固定孔工3工。 . 藉上’當本創作於組構時，係先將各吸熱管121所設置之 φ通管部121 1依序穿入固定片i 3之固定孔i 3丄“及熱鰭片 11所設置之定位孔i i !内，再由另—固定片i 3之固定孔工 31穿也’使通官部1211-側外露於固定片i 3，續將連通 官12 2之套接部12 21套接於二吸熱管工2工相鄰之通管部 1 2 1 1末端’讓套接部1 2 2 1内緣係套接於吸熱管2 1之 通管部1211外緣’並將套接部丨2 2 i與通管部丨2丄丄套 接處焊接固定’如此即可讓各吸熱管i 2 i形成連通狀。當熱交 φ換斋1組構後’需將二水管2連接於吸熱管組丄2二侧通管部工 21 1末端，而當水管2於連接通管部工2工工時，為於水管2 與通管211之間&置轉接頭3，而轉接頭3係套設於通管 部1211外緣並焊接固定，且水管2為淳接於另侧，使水管2 與通管部1211形成連通狀。 再請參閱第-®及第八®所示，由圖巾可清楚看出，當本創 作於使用於瓦斯熱水裔時，係利用固定片1 3將熱交換器1安裝 於殼體5内之上方處’而熱交換器1下方設置有火排組4。當火 5 M366656 排組4對熱交換器1加熱時，熱交換器2之複數吸熱鰭片i工與 吸熱管組12為會吸收火排組4之熱源，而對吸熱管組12内的 水進行加熱，俾使賴管組i 2—獻水管2所流人的水經由吸 熱管組12加熱後’從另側水管2流出。 是以，本創作為可解決習知技術之不足與缺失，其關鍵技術 乃在於： (一） 本創作吸熱管組12所設置吸熱管丄2丄，係利用一 體成型所製成，俾讓吸熱管121穿設於固定片13與複數吸熱 鰭片1 1後，只需於吸熱管121之通管部1211—侧，以連 通管1 -2 2套接於一吸熱管1 2 1相鄰之通管部1 2 1 1末端， 再利用焊接固定即可使各吸熱管i 2丄形成連舰，藉此可減少 吸熱管組12之焊接處，進而有效的減少製作吸熱管組丄2所需 之工時，並可降低焊接處發生漏水之問題。 (二） 本創作吸熱管組12係利用斷面呈橢圓狀之吸熱管工 21與連通管12 2所組成，進而可加大吸熱管組12之受熱面 積，進而快速的對吸熱管組12内所流經的水進行加熱，以有效 的節省資源。 (二）本創作吸熱鰭片1 1表面設有多數凹凸部1 12，並 且疋位孔1 1 1一體延伸成型出凸緣1 1 1 1，以接觸吸熱管1 21，能增加吸熱面積與吸熱效率。 綜上所述，本創作於使用時，為確實能達到其功效及目的， 故本創作誠為一實用性優異之創作，為符合新型專利之申請要 M366656 件，爰依法提出申請，盼審委 辛讎，絲人之 人定當竭力配合，實感德便。 凼葙示，創作 【圖式簡單說明】 第一圖係為本創作之立體外觀圖。 係為本創作吸熱管與吸熱鰭片之立體分解圖。 係為本創作吸熱管與水管之立體分解=。σ 係為本創作吸熱管組與水管之立體外觀示音圖 係為本創作水管與轉接頭之立體分解圖。θ 第二圖 第三圖M366656 • V. New description: [New technical field] A gas heat-heating heat exchanger combined structure, especially a heat exchanger that can reduce the welding time and reduce the man-hour required for manufacturing. [Prior Art] According to the 'water heater has long been a must-have home appliance in modern life' and the most common. It is the water heater used for gas combustion heating. This type of water heater uses the Huolu row to heat the heat exchanger. The heat exchanger heats the water flowing through the inside of the heat exchanger. However, the heat exchanger is composed of a plurality of circular heat absorbing tubes disposed in a plurality of side-by-side Korean sheets, and welded on both sides of the heat absorbing tube. Connect the connecting pipes to connect the heat absorbing pipes, but this method has the following faults: (-) The heat absorbing pipe 2 (4) must be welded to the connecting pipe, which increases the number of welding places, which leads to an increase in manufacturing man-hours, an increase in cost, and welding. The more the location, the greater the chance of water leakage due to poor soldering. Lu (1) The circular heat-absorbing official has a small heat absorption area and cannot quickly heat the water flowing through the heat-absorbing tube, resulting in waste of resources. [New content] The main purpose of this creation is to reduce the weld, the reduction of financial efficiency, and reduce the leakage of water at the weld. The secondary purpose of this creation is to increase the heat-receiving area by means of a heat-absorbing tube in the form of a section, and to quickly heat it to save resources. 3 M366656 In order to achieve the above purpose, the heat exchanger of the present invention is provided with a plurality of side-by-side heat absorbing ore pieces, and the surface of each heat absorbing fin is a plurality of positioning holes arranged side by side, and the heat absorbing slab is provided with a nucleus and absorbs heat. The tube set is provided with a heat absorbing tube formed by a plurality of body forming and having an elliptical cross section and a communicating tube which can be connected to the fresh joint, and each heat absorbing g is a tube portion having a side-by-side shape, and The through-tube portion is disposed in the clamping hole of the heat-absorbing fin 5, and the connecting portion of the connecting tube portion is provided with a connecting portion that can communicate with the two-way tube portion, and the two ends of the connecting tube are sleeved on the connecting portion The tube portion is away from the other side of the connecting portion, and the heat absorbing tubes are connected to each other. [Embodiment] In order to achieve the above objectives and effects, the technical means and structure of the creation, the drawing is the best example. The details and functions are as follows, and the profit is fully understood. See the -® to the seventh figure, as can be clearly seen from the figure, the hot father of the creation is changed to the β1 system, and the plurality of heat absorbing cymbals 丨丄, the heat absorbing tube group 丄 2 and the two fixed pieces 13 are arranged. Wherein: the plurality of heat-absorbing fins 11 are arranged side by side, and the surface of each heat-absorbing fin is a positioning hole having a plurality of side-by-side positions. The surface of the heat-absorbing fin is provided with a plurality of concave and convex portions 112, and positioning holes! The i i body extends the flange 丄丄 11 to contact the heat absorbing tube 121, thereby increasing the heat absorbing area and the heat absorbing efficiency. The heat absorbing tube group 12 is provided with a plurality of heat absorbing tubes i 2 丄 and a communication tube 2 2 , and each of the heat absorbing tubes 121 is a tube portion 丄 2 i ^ having a side by side shape, and is in the side of each tube portion 121 1 - A connecting portion M366656 '1212' for connecting the two-way pipe portion i 2 ii is provided, and the connecting portion 1211 and the connecting portion 1212 are formed by the body forming and the section of the connecting portion 21 and the connecting portion 丄2丄2 The cross section of the connecting tube 12 2 is elliptical, and is bent so that the two end portions thereof extend in the same direction, and a socket portion 12 21 is provided at one end portion. The fixing piece 13 is respectively disposed on two sides of the plurality of heat absorbing workpieces, and the surface of the fixing piece 13 is provided with a fixing hole working with respect to the positioning hole. By the time of the creation of the structure, the φ through-tube portion 121 1 provided by each heat absorbing tube 121 is first inserted into the fixing hole i 3 丄 of the fixing piece i 3 and the hot fin 11 is set. In the positioning hole ii !, the fixing hole 31 of the other fixing piece i 3 is also worn, so that the side of the official part 1211 is exposed to the fixing piece i 3 , and the sleeve portion 12 of the official 12 2 is continuously connected. Connected to the second pipe end of the two heat-absorbing pipemen 2 1 1 1 end 'let the socket 1 2 2 1 inner edge is sleeved on the outer edge of the pipe portion 1211 of the heat-absorbing pipe 2 1 ' and will be socketed The part 2 2 i is welded and fixed to the socket part 丄丄 2丄丄 socket so that each heat absorbing tube i 2 i can be connected. When the heat exchange φ is changed to a fabric, the two water pipes 2 need to be connected. In the end of the heat absorbing tube group 2, the second side of the tube is 21 1 , and when the water tube 2 is connected to the tube 2, the joint 3 is disposed between the water tube 2 and the tube 211. The adapter 3 is sleeved on the outer edge of the through-tube portion 1211 and welded and fixed, and the water pipe 2 is connected to the other side, so that the water pipe 2 and the pipe portion 1211 are connected to each other. See also -® and eighth® As shown, it can be clearly seen from the towel, when the creation was For the gas hot water, the heat exchanger 1 is installed above the casing 5 by the fixing piece 13 and the fire row group 4 is arranged below the heat exchanger 1. When the fire 5 M366656 is arranged in 4 pairs When the heat exchanger 1 is heated, the plurality of heat absorbing fins of the heat exchanger 2 and the heat absorbing tube group 12 are heat sources that can absorb the fire row group 4, and heat the water in the heat absorbing tube group 12 to make the sluice group i 2—The water flowing from the water supply pipe 2 is heated by the heat absorption tube group 12 and then flows out from the other side water pipe 2. Therefore, this creation is to solve the shortcomings and defects of the conventional technology, and the key technology is: The heat absorbing tube set 2 of the heat absorbing tube set 12 is formed by integral molding, and the heat absorbing tube 121 is disposed on the fixing piece 13 and the plurality of heat absorbing fins 1 1 , and only needs to be in the heat absorbing tube 121 The tube portion 1211 is connected to the end of the tube portion 1 2 1 1 adjacent to the heat absorbing tube 1 2 1 by the connecting tube 1 - 2 2, and then the heat absorbing tube i 2 丄 is formed by welding. The ship can reduce the welding position of the heat absorbing tube group 12, thereby effectively reducing the man-hours required for manufacturing the heat absorbing tube group ,2, and reducing The problem of water leakage occurs in the joint. (2) The heat-absorbing tube group 12 of the present invention is composed of an end-of-pipe heat-absorbing pipe 21 and a connecting pipe 12 2, which can increase the heat receiving area of the heat-absorbing tube group 12, thereby rapidly The water flowing through the heat-absorbing tube group 12 is heated to effectively save resources. (2) The surface of the heat-absorbing fin 1 1 is provided with a plurality of concave and convex portions 1 12 , and the clamping holes 1 1 1 are integrally extended. The flange 1 1 1 1 is contacted to contact the heat absorbing tube 1 21, which can increase the heat absorbing area and the heat absorbing efficiency. In summary, when the creation is used, it can truly achieve its efficacy and purpose, so the creation is sincere and practical. The creation of excellent sex is M366656 for the application of the new patent, and the application is made according to law. I hope that the auditor will be able to cooperate with the people of Silk.凼葙示,制作 [Simple description of the diagram] The first picture is the three-dimensional appearance of the creation. It is an exploded view of the creation of the heat absorbing tube and the heat absorbing fin. It is the three-dimensional decomposition of the creative heat pipe and water pipe. The σ system is a three-dimensional exploded view of the creative water pipe and the water pipe. θ second figure third picture
第四圖 第五圖 第六圖係為本創作吸熱管之立體外觀圖。 第七圖係為本創作連通管之立體外觀圖。 第八圖係為本創作於使用時之侧視示意圖。 【主要元件符號說明】 I、 熱交換器 II、 吸熱鰭片 III、 定位孔 1111凸緣 112凹凸部 1 2、吸熱管組 121、吸熱管 1211、 通管部 1212、 連接部 12 2、連通管 12 21、套接部 7 M366656 1 3、固定片 131、固定孔 2、 水管 3、 轉接頭 4、 火排組 5、殼體The fourth picture The fifth picture The sixth picture is the three-dimensional appearance of the creation of the heat absorption tube. The seventh picture is a three-dimensional appearance of the creative communication tube. The eighth figure is a side view of the creation of the creation. [Description of main component symbols] I, heat exchanger II, heat sink fin III, positioning hole 1111 flange 112 concave and convex portion 1, heat absorbing tube group 121, heat absorbing tube 1211, through tube portion 1212, connecting portion 12, connecting tube 12 21. Socket part 7 M366656 1 3, fixing piece 131, fixing hole 2, water pipe 3, adapter 4, fire row group 5, housing