M319389 八、新型說明： 【新型所屬之技術領域】 本創作有關於一種產生熱風之媒介裝置結構改良，尤 指將表面鍍有半導體電阻膜之電氣絕緣管狀體設計成，外 徑呈約38· 5至50公釐且縱向具有複數個蜂巢孔或方形孔， • 據使其通氣量達到理想範圍為其特徵。 【先前技術】 如創作人前申請在案之發明創作内容所述，一般埶風 產生的目的’主㈣針對純定物品提供溫和且緩慢地軟 化或乾燥，而熱風產生之熱源大致區分為火焰式及電孰 其中火焰式熱源主要以瓦斯、天然氣或其他可則生氣 =液體作為燃料，經燃燒發熱而提供適當熱源，另電献 ^:乃利用電流激發電熱絲或PTC電子元件蓄熱而^ 上述熱源產生的同時間，並以鼓風機 發熱源-端騎推m氣流經通料％^4裝 並產生所狀纽。 由另端輸出 :般減裝置巾，其㈣·配合 與風量之平衡，換言之，熱風產线置=達到恤度 風量不足’皆不屬於優良熱風裝置，‘^献低或送 管之路徑中’―方面須排除阻抗滿足通風=在—短短發熱 時產生足夠熱能之兩相衝突中，如何：，同時並要適 屬熱風裝置成敗重要關鍵。 方之要求，乃 5 M3193 89 傳統電熱式熱風產生裝置，其利用熱源管道中設置電 熱絲或電熱管蓄熱產生熱源，其本身並充當集中氣流之通 氣道，但該電熱方式具有高耗電、溫度不足及通氣阻抗太 大之缺點。 【新型内容】 為了獲得良好之熱風產生裝置，創作人先前提出「熱 風產生媒介」中華民國第Q95l4〇465號發明申請案（日本國 特許第2006-333879號），其技術原理係利用石英玻璃、陶 兗玻璃或氧化!呂喊等材料作成管狀基材 ，並於該管狀基 材表面鑛上半導體電阻膜，基材兩端並設置導電電極端， 2極端供電並促使半導體電阻膜產生熱能，且由其中一 鳊送風而產生熱風。 參右2作乃針賴熱風產生媒介進行改良，其將該表面 ΐ氣解链ί電阻膜之石英玻璃、陶竟玻璃或氧化銘陶曼等 通風- I體⑤計成特定結構及尺寸，使其獲得較高之 向^複=2特別設計成外徑呈約38·5至5G公爱具縱 為3 3fi 4 蜂巢孔或方形孔，其中蜂巢孔之邊對邊距離 遭巨為2· 5-4· 5公釐。 經實驗實施之本劊作改良型熱風產生裝置’ 長二。公=得r高達咖 用範圍。 ’ ，/、發熱功率可達720_1800瓦理想使 6 M3193 89 本創作改良型熱風產生震置，其外徑及剖面孔徑依如 上设疋實施，而其管體長度為15· 1-30· 0公釐，其並可依製 造者針對不同產品之須求而可自行調整管體長度，以符合 不同產品特性須求。 【實施方式】 參第一圖與第三圖所示，本創作改良型熱風產生裝 置，其將該表面鍍有半導體電阻膜之石英玻璃、陶瓷玻璃 • 純化㈣等電氣絕緣管狀體（1 )設計成特定外徑呈 約38.5至50公釐之管體。 參第二圖與第四圖所示，上述表面鍍有半導體電阻膜 之石英玻璃、陶瓷玻璃或氧化鋁陶瓷等電氣絕緣管狀體 (1 )，其結構縱向具有複數個蜂巢孔（丄丄）或方形孔（工 2 )’其中蜂巢孔（1丄）之邊對邊距離（D丄）為3· 36一4· 5 公釐、角對角距離（D 2 )為3· 8卜4· 9公釐，而方形孔之 邊距（D 3 )為2· 5-4· 5公釐。 鲁 本創作改良型熱風產生裝置，由如上設計尺寸實施之 熱風產生裝置，據以可獲得良好通氣量及適當之熱效能為 其特徵。 ' _ 本創作改良型熱風產生裝置，其外徑及縱向孔徑依上 ^ 述設定實施，而其管體長度可依製造者針對產品不同須求 而可自行調整，以符合不同產品特性須求。 【圖式簡單說明】 第一圖為本創作改良型熱風產生裝置之電氣絕緣管狀體剖 7 M319389 面圖。 第二圖為第一圖本創作改良型熱風產生裝置之電氣絕緣管 狀體局部放大剖面圖。 第三圖為本創作改良型熱風產生裝置之電氣絕緣管狀體另 一實施例剖面圖。 第四圖為本案第三圖本創作電氣絕緣管狀體之電氣絕緣管 狀體局部放大剖面圖。 【主要元件符號說明】 電氣絕緣管狀體（1) 蜂巢孔（1 1) 方形孔（1 2) 蜂巢孔之邊對邊距離（D1) 蜂巢孔之角對角距離（D 2) 方形孔之邊距（D 3)M319389 VIII. New description: [New technical field] This creation relates to the improvement of the structure of a medium device that generates hot air, especially the electrically insulated tubular body with a semiconductor resistive film on its surface, with an outer diameter of about 38·5. Up to 50 mm and a plurality of honeycomb holes or square holes in the longitudinal direction, which is characterized by a reasonable range of ventilation. [Prior Art] As stated in the invention creation content of the creator's previous application, the general purpose of the hurricane is to provide mild and slow softening or drying for the purely fixed items, and the heat source generated by the hot air is roughly divided into a flame type and In the electric raft, the flame-type heat source mainly uses gas, natural gas or other flammable gas = liquid as fuel, and provides appropriate heat source through combustion and heat generation. The other is to use electricity to excite the electric heating wire or PTC electronic component to store heat. At the same time, and with the blower heat source - the end of the push m flow through the material % ^ 4 installed and produced the shape of the button. Output from the other end: general reduction device towel, (4) · balance with air volume, in other words, hot air production line = reach the lack of air volume of the shirt 'all are not good hot air device, '^ offer low or send the path in the ' ―In terms of the need to eliminate the impedance to meet the ventilation = in the two-phase conflict of sufficient heat generated in short heat, how: At the same time, it must be the key to the success of the hot air device. The requirements of the party are 5 M3193 89 traditional electrothermal hot air generating device, which uses a heating wire or electric heating tube to store heat in the heat source pipe to generate a heat source, which itself acts as a ventilation channel for concentrated airflow, but the electric heating mode has high power consumption and temperature. Shortcomings and insufficient ventilation resistance. [New content] In order to obtain a good hot air generating device, the creator previously proposed the "hot air generating medium" of the Republic of China No. Q95l4〇 465 (Japanese Patent No. 2006-333879), whose technical principle is to use quartz glass, Ceramic glass or oxidized! Lu shouting and other materials are used as a tubular substrate, and a semiconductor resistive film is cast on the surface of the tubular substrate, and conductive electrodes are arranged at both ends of the substrate, and the extreme power supply causes the semiconductor resistive film to generate heat energy, and Hot air is generated by one of the air blows. The right side 2 is made by improving the hot air generating medium, and the surface of the helium gas is decomposed, the quartz glass of the resistive film, the ceramic glass or the oxidized Ming Taoman, etc., and the specific body structure and size are made. It obtains a higher direction to the complex = 2 specially designed to have an outer diameter of about 38·5 to 5G, and a longitudinal shape of 3 3fi 4 honeycomb holes or square holes, wherein the edge-to-edge distance of the honeycomb hole is greatly increased to 2.5. -4·5 mm. The experimentally implemented 刽 is used as a modified hot air generating device. Public = get r up to the coffee range. ', /, heating power up to 720_1800 watts ideal for 6 M3193 89 The created hot air is shocked, its outer diameter and cross-sectional aperture are set as above, and the length of the pipe is 15·1-30·0 PCT, and the length of the pipe body can be adjusted according to the requirements of the manufacturer for different products to meet the requirements of different product characteristics. [Embodiment] As shown in Fig. 1 and Fig. 3, the improved hot air generating device of the present invention is designed with an insulating ceramic body (1) such as quartz glass, ceramic glass, and (4) plated with a semiconductor resistive film. A tube having a specific outer diameter of about 38.5 to 50 mm. As shown in the second and fourth figures, the above-mentioned surface is coated with a semiconductor resistive film of an electrically insulating tubular body (1) such as quartz glass, ceramic glass or alumina ceramic, and the structure has a plurality of honeycomb holes (丄丄) in the longitudinal direction or Square hole (Work 2) 'The side-to-side distance (D丄) of the honeycomb hole (1丄) is 3·36·4·5 mm, and the angular diagonal distance (D 2 ) is 3·8 Bu 4·9 The square hole (D 3 ) of the square hole is 2·5-4·5 mm. Luben created an improved hot air generating device characterized by a hot air generating device of the above design dimensions, which is characterized by good ventilation and appropriate thermal performance. ' _ This modified hot air generator has its outer diameter and longitudinal bore diameter as described above. The length of the pipe body can be adjusted according to the manufacturer's requirements for different products to meet different product characteristics. [Simple description of the drawing] The first figure is a sectional view of the electrically insulated tubular body section 7 M319389 of the improved hot air generating device. The second figure is a partially enlarged cross-sectional view of the electrically insulating tubular body of the first embodiment of the improved hot air generating device. The third figure is a cross-sectional view showing another embodiment of the electrically insulated tubular body of the improved hot air generating device. The fourth figure is a partially enlarged cross-sectional view of the electrically insulating tubular body of the electrically insulated tubular body of the third drawing of the present invention. [Explanation of main component symbols] Electrically insulated tubular body (1) Honeycomb hole (1 1) Square hole (1 2) Edge-to-edge distance of the honeycomb hole (D1) Diagonal distance of the honeycomb hole (D 2) Side of the square hole Distance (D 3)