M396554 * 專利補充修正日期：99年4月孓日 五、新型說明： ' 【新型所屬之技術領域】 本創作一種鍍膜石英加熱管，特別指一種設置有氧化銀與氣 化辞混合導電層的石英管加熱管。 【先前技術】 按，現今f熱水器已經廣泛被一般家庭或工業所使用的家用 Φ 電器’一般熱水器有兩種，一種為瓦斯熱水ιΓ，其主要利用一引 水管江水導入加熱室，利用加熱室燃燒產生的熱量傳遞到引水 管，使引水管内的水溫提高，另一種為電熱水器，其主要利用電 阻熱管產生熱量使水溫提高，然而習用兩種方式，由於加熱效率 低.，造成瓦斯熱水器及電熱水器大量消耗能源。 爲改進上述習用缺點，本創作人經長時間研究及測試實驗， 設計一種利用濺鍍方式鍍有氧化銀及氣化辞材料的石英加熱管作 為熱管模組’其主要是利用電能轉換成熱能，使流動的水通過該 • 等石英管時，可透過加熱管電熱膜的加熱，而使溫度上升，達到 將水加熱之目的。 · 【新型内容】 緣，為達成上述本創作之目的，本案要解決的技術問題在於， 針對現有技術的加熱器其使用水通電加熱使水溫升高，而有漏電 的缺陷，提供一種鑛膜石英加熱管。 本案解決其技術問題所採用的技術方案是：構造一種鍍膜石英 3 )54 廿a · 專利補充修正曰期：99年4月玄日 加熱管’其包括：—基材，所述基材為石英管；-導電層，其言， 置在基材外表面上，用以通電產生電_發熱；以及二電極，、^ 分別設置在導電層二側鄰近端部，用以提供導通電源。 林案所_-種顯碎加鮮t，所料電層為金屬氧 化銀與氧化鋅的混合層，其厚度約在&丨卩麵之間。 在本案所述的—種麵石英加鮮t，所述石英管兩端開口 上’可以透過數個套管雜個所述石英管㈣連或並連形成一加 熱器模組’用峨供各種加熱模組使用，例如飲水機熱水器及 開飲機等加熱設備上做為連續加熱模組。 利用本案的-種鍍咖英加_實施在飲水機、熱水器及開 飲機上，具有以下有益效果： ⑴本案所述的一種鑛膜石英加熱管，利用鍍有氧化銀及氣化 鋅材料的石英管可以快速將冷水加熱到所需的溫度。 (2) 本案所賴-種鍍膜石英加熱管為非金屬之加舰，使用 時無重金屬析出之優點。 (3) 本案所述的-種麵石英加熱管使用石英玻璃管其全透 明，藏汙納垢一目了然。 * (4)本案所述的種鑛膜石英加熱管使用奈米導電材料做為 石英管體外表的電_材料，其㈣㈣，熱效率高。 ⑸本案所述的-麵膜石英加熱管的石英管只導熱不導 電’徹底水、電分離，可叫絕重大安全隱憂。 【實施方式】 M396554 專利補充修正曰期：99年4月 _本案具體方式，請配合圖〗較佳實補所示，對本案新 型_進-步綱將可清朗呈縣新賴_容、特點與功效。 請參閲圖1所示，本創作一種鑛膜石英加熱管（1〇)，其包括· -基材（20)，所述基材（2G)為石英管；一導電層（3())，其設 置在基材（2G)外表面上’用以通電產生電阻而發熱； 極（4a、4b)，其分別設置在導電層（3〇)二側鄰近端部，用讀 供導通電源。 • 為了提供較佳的發熱效率，上料電層（3G)為金屬的氧化 銀與氧化鋅的混合層’其厚度約在〇· i醜〜〇· 5麵之間。 又’為了防止產生電弧，設置在導電層（3())上的二導電電 極（4a、4b) ’其為環狀金屬片，用以連接電源，使電源經由導電 層（30)的電阻產生熱，在將熱能傳送到基材（2〇)，當水流經基 材（20)時，基材（2〇)上的熱能可以快速傳遞給水，水因吸收 熱能可以快速將冷水加熱到所需的溫度。 .本案-種鍍膜石英加熱管，所述石英管兩端開口上可以透 ^多數個套管練個所述石英管_串賴並連形成—加熱器模 用以提供各種加熱模組使用，例如飲水‘、熱水器及開飲機 等加熱設備上做為連續加熱模組。 在本案上述的構造’其加熱速度快，熱效率高，只導熱而不 導電，且水電分離，可简面漏電安全·，使用上更加安全、 環保’同時可以避免反覆加熱，節能約80%。 據所述本案一種錢膜石英加熱管，主要利用發熱導電層 5 M396554 專利補充修正日期：99年4月Ϊ曰 將電流轉換成熱能，再將熱能間接傳導給石英管内部的冷水，< 以迅速將石英管内水的溫度升高，同時該藉由低熱傳導付斜，絕緣 層’可以減少熱源之消耗’提升加熱器之熱效率，是以，本劍作 符。實際需求及避免能源浪費，亦可達成本新型預期之目的’袭 依法提出新型專利申請。 M396554 ， 專利補充修正日期：99年4月χ曰 ‘ 【圖式簡單說明】 " 圖1為本創作較佳實施加熱管别視示意圖。 【主要元件符號說明】 加熱管：10 基材：20 導電層：30 電極：4a、4bM396554 * Patent Supplementary Amendment Date: April 5, 1999, New Description: ' 【New Technical Fields】 This is a coated quartz heating tube, especially a quartz with a mixed layer of silver oxide and gasification. Tube heating tube. [Prior Art] According to the current f water heaters, which have been widely used by households or industries, there are two kinds of general Φ electric appliances. One type is gas hot water, which is mainly used to introduce a water pipe into the heating room and use the heating room. The heat generated by the combustion is transmitted to the water conduit to increase the temperature of the water in the water conduit, and the other is the electric water heater, which mainly uses the electric resistance heat pipe to generate heat to increase the water temperature. However, in two ways, the heating efficiency is low, and the gas water heater is caused. And electric water heaters consume a lot of energy. In order to improve the above-mentioned shortcomings, the creator designed a quartz heating tube coated with silver oxide and gasification materials as a heat pipe module by a long time research and test experiment, which mainly uses electric energy to convert into heat energy. When the flowing water is passed through the quartz tube, the heating of the electric heating film of the heating tube can be performed to raise the temperature to heat the water. · [New content] Edge, in order to achieve the above purpose of the creation, the technical problem to be solved in this case is that the heater of the prior art uses water to heat the water to raise the temperature of the water, and has the defect of leakage, providing a mineral film. Quartz heating tube. The technical solution adopted in this case to solve its technical problems is: constructing a coated quartz 3) 54 廿a · Patent Supplementary Amendment: April, April, Xuan Ri Heating Pipe 'includes: - substrate, the substrate is quartz a conductive layer, which is disposed on the outer surface of the substrate for energization to generate electricity-heating; and two electrodes, respectively disposed adjacent to the two sides of the conductive layer for providing a conduction power. The forest case is a mixture of metal oxides and zinc oxide, and the thickness is about between the & In the case of the present invention, the quartz surface is filled with fresh t, and the two ends of the quartz tube are open to be connected to the quartz tube (four) through a plurality of sleeves or in parallel to form a heater module. The heating module is used as a continuous heating module on a heating device such as a water dispenser water heater and a drinking machine. The use of the present type of plating yingjia _ implemented in drinking fountains, water heaters and drinking machine, has the following beneficial effects: (1) a mineral film quartz heating tube described in this case, using silver plated and zinc hydride materials The quartz tube quickly heats the cold water to the desired temperature. (2) The coated quartz heating tube in this case is a non-metallic addition ship, which has no advantages of heavy metal precipitation. (3) The quartz-shaped heating tube of the type mentioned in this case uses a quartz glass tube, which is fully transparent, and the dirt and dirt are visible at a glance. * (4) The mineral film quartz heating tube described in this case uses nano conductive material as the electric material of the quartz tube external surface, and (4) (4), the thermal efficiency is high. (5) The quartz tube of the mask quartz heating tube described in this case is only heat-conducting and non-conductive. Thorough water and electricity separation can be called a major safety concern. [Embodiment] M396554 Patent Supplementary Amendment: April, 1999 _ The specific method of this case, please cooperate with the figure to show the better, and the new type of _in-step will be clear to the county. And efficacy. Referring to FIG. 1 , a mineral film quartz heating tube (1〇) is provided, which comprises a substrate (20), the substrate (2G) is a quartz tube, and a conductive layer (3 ()). It is disposed on the outer surface of the substrate (2G) to generate heat by generating electricity to generate heat; the poles (4a, 4b) are respectively disposed on adjacent sides of the conductive layer (3〇), and are used for reading and supplying power. • In order to provide better heat generation efficiency, the charging layer (3G) is a mixed layer of metal oxide silver oxide and zinc oxide, which has a thickness of about 〇·i ugly to 〇·5 faces. Further, in order to prevent arcing, the two conductive electrodes (4a, 4b) disposed on the conductive layer (3()) are annular metal sheets for connecting a power source to generate a power source via the resistance of the conductive layer (30). Heat, when transferring heat energy to the substrate (2〇), when water flows through the substrate (20), the heat energy on the substrate (2〇) can be quickly transferred to the water, and the water can quickly heat the cold water to the required water by absorbing heat energy. temperature. In the present case, a quartz-coated heating tube is used, and the quartz tube can be opened through a plurality of sleeves to form a quartz tube. The heater mold is used to provide various heating modules, for example, The heating device such as drinking water, water heater and drinking machine is used as a continuous heating module. In the above-mentioned structure of the present case, the heating speed is fast, the heat efficiency is high, only heat conduction is not conducted, and the water and electricity are separated, and the leakage of the surface can be safe, and the use is safer and more environmentally friendly. At the same time, the reverse heating can be avoided, and the energy saving is about 80%. According to the present invention, a money film quartz heating tube mainly uses a heat-generating conductive layer. 5 M396554 Patent Supplementary Amendment Date: April, 1999, converts current into heat energy, and then indirectly transfers heat energy to the cold water inside the quartz tube, < The temperature of the water in the quartz tube is quickly increased, and the insulation layer can reduce the consumption of the heat source by increasing the heat efficiency of the heat source. The actual demand and avoiding energy waste can also achieve the intended purpose of this new type. M396554, Patent Supplementary Amendment Date: April, 1999 ‘ ‘ [Simple Description of the Drawings] " Figure 1 is a schematic diagram of the preferred implementation of the heating tube. [Main component symbol description] Heating tube: 10 Substrate: 20 Conductive layer: 30 Electrode: 4a, 4b