1314857 九、發明說明： 【發明所屬之技術領域】 本發明有關於-種耐熱玻璃壺之電熱方法，其利用 半導體發熱薄膜為發熱源，並將其錢在—耐熱玻璃板或 陶堯片等絕緣體上，再將已鍍上半導體發熱薄膜之絕緣 體黏貼在㈣熱玻璃壺底部，據以獲得安全且良好傳熱 效果之電熱玻璃壺。 【先前技術】 液體能源，提供給人們適度之水份及養份，以飲料 内容而言’大致上可區分為含酒精類及非酒精類、熱飲 及冷飲，#器部份以材料區分大致分屬金屬類、陶罐 或玻璃類。 而溫熱飲料，除了可使飲用者保有溫暖感及補充人 體所須熱糾，並雜錢叙風味及魏，例如1314857 IX. Description of the Invention: [Technical Field] The present invention relates to an electrothermal method for a heat-resistant glass pot, which uses a semiconductor heat-generating film as a heat source and deposits it in an insulator such as a heat-resistant glass plate or a ceramic plate. On the top, the insulator coated with the semiconductor heating film is adhered to the bottom of the (four) hot glass pot to obtain a safe and good heat transfer effect. [Prior Art] Liquid energy provides people with moderate water and nutrients. In terms of beverage content, it can be roughly classified into alcoholic and non-alcoholic, hot drinks and cold drinks. It is a metal, clay or glass. The warm drink, in addition to the warmth of the drinker and the need to supplement the body, and the miscellaneous flavor and Wei, for example
=溫熱中國茶、可可、咖啡、薑茶、牛奶或養生茶等飲 作為承裝上述中國茶、薑茶或咖啡等各類熱飲容器 中，透明破璃壺乃為廣受多數現代喜愛之電熱容器，主 因，具有透明、美觀、潔淨及易清理等特性，目前該坡 璃壺多屬以耐熱玻璃材質製成之耐熱玻璃壺。 傳統電熱式玻璃壺之結構，係屬耐熱玻璃壺與電熱 器分離結構方式，即直接將耐熱玻璃壺置於間隙加熱= 電熱板上’經由耐熱玻璃壺底部與金屬加熱源接觸而導 5 1314857 熱，其運用接觸導熱方式包含如下缺點： 1. 耐熱玻璃壺底部與電熱器接觸導熱方式，其導熱效果 欠佳。 2. 開放之電熱器表面，易引入或滴入水滴而產生擾人嗞 嗞聲響。 3. 裸露之金屬電熱器易使導致烫傷。 4. 導熱不均勻，易使玻璃壺底部產生老化及脆化。 | 【發明内容】 因此該以接觸而進行導熱及保溫之方式並非良好 之保溫加熱方法，據此，發明萌發發明人研發動機，經 常時間之開發，終研發完成本發明「耐熱玻璃壺電熱方 法」。 本發明原理，係將半導體發熱薄膜鍍於一耐熱玻璃 板或陶瓷片等絕緣體上，再以導熱材料將已鍍上半導體 發熱薄膜之絕緣體黏貼在該耐熱玻璃壺底部，據以避免 B 熱源直接接觸該耐熱玻璃壺，但能獲得良好保溫及加熱 之熱傳導效果。 【實施方式】 參第一圖至第三圖所示，本發明主要係將半導體 發熱薄膜（1)鍍於一耐熱玻璃板或陶瓷片等絕緣體 (2 )上，再以導熱材料將已鍍上半導體發熱薄膜（1 ) 之絕緣體（2)黏貼在該耐熱玻璃壺（3)底部。 6 1314857 當半導體發熱薄膜（1)之導電端（11)、（12 電性連接電源後，即可適當加熱予絕緣體（2)並直接 且均勻地導熱於耐熱玻璃壺（3)底部，並獲得加熱保 溫效果。 “ 據本發明方法實施電熱耐熱玻璃壺，得以避免熱源 直接接觸該耐熱玻璃壺（3 )，但能獲得良好保溫及加 熱之電熱方法。 【圖式簡單說明】 第一圖為本發明分解立體面。 第二圖為本發明立體圖。 第三圖為本發明剖視圖。 【主要元件符號說明】 半導體發熱薄膜（1) 導電端（1 1)、（ 1 2) 絕緣體（2) 耐熱玻璃壺（3) 7= warm Chinese tea, cocoa, coffee, ginger tea, milk or health tea, etc. As a container for the above-mentioned Chinese tea, ginger tea or coffee, the transparent broken glass pot is the most popular electric heater. The main reason of the container is that it is transparent, beautiful, clean and easy to clean. At present, the glass pot is mostly a heat-resistant glass pot made of heat-resistant glass material. The structure of the traditional electric heating glass jug is a separate structure of the heat-resistant glass jug and the electric heater, that is, the heat-resistant glass jug is directly placed on the gap heating = electric heating plate 'contact with the metal heating source through the bottom of the heat-resistant glass pot to guide 5 1314857 heat The use of contact heat conduction method includes the following disadvantages: 1. The bottom of the heat-resistant glass pot is in contact with the electric heater and the heat conduction effect is poor. 2. The surface of the open electric heater is easy to introduce or drip water droplets to cause disturbing noise. 3. Exposed metal heaters can cause burns. 4. Uneven heat conduction, easy to cause aging and embrittlement at the bottom of the glass pot. [Description of the Invention] Therefore, the method of conducting heat conduction and heat retention by contact is not a good heat insulation method. According to the invention, the inventor of the invention has developed the engine and developed the time, and finally developed the "heat-resistant glass pot electric heating method" of the present invention. . The principle of the invention is that the semiconductor heat-generating film is plated on an insulator such as a heat-resistant glass plate or a ceramic plate, and the insulator of the semiconductor heat-generating film is adhered to the bottom of the heat-resistant glass pot with a heat conductive material, so as to avoid direct contact of the B heat source. The heat-resistant glass pot can obtain good heat conduction effect of heat preservation and heating. [Embodiment] Referring to the first to third figures, the present invention mainly applies a semiconductor heat-generating film (1) to an insulator (2) such as a heat-resistant glass plate or a ceramic plate, and then is plated with a heat conductive material. An insulator (2) of the semiconductor heat-generating film (1) is adhered to the bottom of the heat-resistant glass pot (3). 6 1314857 When the conductive end (11) of the semiconductor heating film (1), (12) is electrically connected to the power supply, it can be properly heated to the insulator (2) and directly and uniformly conduct heat to the bottom of the heat-resistant glass pot (3). Heating and heat preservation effect. " According to the method of the present invention, the electric heat resistant glass jug is implemented to avoid direct contact of the heat source with the heat resistant glass jug (3), but an electric heating method for good heat preservation and heating can be obtained. [Simple description of the figure] The second drawing is a perspective view of the present invention. The third drawing is a cross-sectional view of the present invention. [Main component symbol description] Semiconductor heating film (1) Conductive end (1 1), (1 2) Insulator (2) Heat-resistant glass Pot (3) 7