1250034 九、發明說明： 【發明所屬之技術領域】 本發明為一種耐熱石夕勝片，尤指-種含有無機陶究空 心微粒球的耐熱矽膠片。 【先前技術】 現代亡的工作型態’多半是固定同一個姿勢長時間坐 在辦公桌可工作，造成血液循環不良，又缺乏運動 法活化體内的血液循環，是故筋骨酸痛是現代人常有的;： 病’有人會以貼酸痛華音式、 夂屌条B或以按摩方式來緩解筋骨酸 =症狀’近年來發展出—種遠紅外線輻射的儀器，1可 土電能轉換成熱能，再將熱能轉換為遠紅外線幸畐射，利 达、-工外線輕射來照射人體不適的部位，以加速血液 緩解筋骨酸痛的不適症狀，但一般習用射儀 ::放的波長範圍狹窄，僅大約介…微米之 人體能量波長範圍的一小部份，故其多半效果不彰 【發明内容】 有鑑於前述之習用的缺點，本發 矽膠片，其能將執能量轉換㈣r 纟研备-種耐熱 、m b里轉換成頻弧領域寬廣波長接近人雕 :皮，…微米區間的熱能量， ： ，促進人體血液循環及新陳代謝的功效。 為達到上述的創作目的， 設計一種含盔德除# 知月所彳木用的技術手段為 _ ’、 兗二心微粒球的耐熱矽膠片，其由14 、‘、，、機陶瓷空心微粒球、45·_ 生％ 9.16%的三氧化二鋁 ⑶的乳化錯、 /β的乳化矽、§.44%的氧化鋅、及 1250034 72%的鈦酸鋇所組成； 其中矽橡膠能耐熱達45(rc並作為膠合劑； 其中無機陶瓷空心微粒球由直抑 ^ 且L 80〜100微米具隔熱功 月b的無機空心微粒球為主要材料， 使诗本發明的熱傳導率 J 於 3l5kcal/m· hr. °c ·，並加上 8 5〇/雕牲 L ^ $从α · 5/°肢積比的奈米複合陶 ::所組成’I米複合陶究粉由數種奈米級金屬所組成， /、中包括1.65%奈米級氧化結、u5%奈米級三氧化二紹、 j.l%奈米級氧切、丨.8%奈米級氧化鋅、*丨％奈米級欽酸 1使得本發明能將熱能轉換成頻弧領域寬廣波長約2一8〇 Μ米區間的熱能量輻射。 本發明可應用在能量照射儀上，-方面作為絕熱的材 枓：讓使用者能隨意的拿取能量照射儀而不用擔心被高溫 所烫傷’另—方面將熱能轉換成頻弧領域寬廣波長 微米區間的熱能量輻射，用以照射人體不適的部位，以促 進血液循環並刺激新陳代謝，以緩解人體不適的症狀。 【實施方式】 請參閱第一圖所示，本發明之含無機陶瓷空心微粒球 的耐熱矽膠片，是由14· 4%的無機陶瓷空心微粒球（a)、 45.6%的矽橡膠（b) 、7·8%的氧化鍅（c) 、9.16%的三氧 化二鋁（d)、9. 88%的氧化矽（e )、8· 44%的氧化鋅（f )、 及4. 72%的鈦酸鋇（g)所組成。 前述之矽橡膠（b )能耐熱達450°C並作為膠合劑。 前述之無機陶瓷空心微粒球（a)由直徑8〇-1〇〇微米 具隔熱功能的無機空心微粒球為主要材料，並加上8 1250034 ，跑機—球使得 小時。c)大\小於315kcal/m (千卡/公尺· 勺’示未複合陶究粉由數種奈米級金屬所組成， 二奈=:Γ級氧化錯、h 一 鋇，計夕奈米級氧化鋅、& 1%奈米級鈦酸 &「 月能將熱能轉換成頻弧領域寬廣波長約2_80 楗未區間的熱能量輻射。 、）2 80 請參閱第二圖所示’本發明可應用在 上，能量照射儀（])勺人* m ( 1 } 〇)上設有電阻):：基座（1〇)，一容置座（2 容置座（2 〇)二且：⑴）與外部電路相接， 所形成的隔熱盤之間設有以本發明為材料 0 )之間… 容置座（2 〇 )與蓋體（5 一 Χ本發明為材料所形成的隔熱框架（6 〇 )。 韓拖：電流傳輸至電阻（2 1 ) 8寺，電阻（2 1 )將電能 轉換成熱能’而由本發明之 矽膠片所f3热械陶文二〜铽粒球的耐熱 斤1成的隔熱盤（3 〇 )及隔熱框架 ::乂頻：領域寬廣波長約2姆米區間的熱能量·^ ^本發明能耐熱達450 °C熱傳導率小於 315kcal/m· hr v α ]万、 有電阻（”广的：性’將會發熱的電阻（21)及裝設 電阻（ #今置座（2 〇 )與其他組件隔絕’使得 使用者能隨時2發的熱能不會傳導至其他零組件上，讓 溫所烫傷。動能量照射儀⑴，而不必擔心會被高 1250034 【圖式fs〗單說明】 第一圖為本發明之成分圖 第二圖為本發明之實施例分解圖 【主要元件符號說明】 (a )無機陶瓷空心微粒球 (b)矽橡膠 (c)氧化鍅 (d)三氧化二鋁 (e )氧化矽 (f)氧化鋅 (g)鈦酸鋇 (1 )能量照射儀 (10)基座 (2 0 )容置座 (2 1 )電阻 (3 0 )隔熱盤 (4 0 )保護網 (5 0 )蓋體 (6 0 )隔熱框架1250034 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a heat-resistant Shi Xisheng tablet, and more particularly to a heat-resistant enamel film containing an inorganic ceramic hollow particle ball. [Prior Art] The modern work style of death is mostly fixed in the same position for a long time sitting at the desk to work, causing poor blood circulation, and lack of exercise to activate the blood circulation in the body. Some;: sick 'some people will use the sour pain Huayin, purlin B or massage to relieve the skeletal acid = symptoms 'in recent years, developed a kind of far-infrared radiation instrument, 1 can convert electricity into heat, Then convert the heat energy into a far-infrared lucky shot, Lida, and the outside line lightly illuminate the part of the human body to accelerate the blood to relieve the discomfort of the muscles and muscles, but the conventional radiographer:: The wavelength range of the radio is narrow, only About a small part of the human energy wavelength range of micrometers, so most of them are ineffective. [Inventive content] In view of the above-mentioned shortcomings, the hairpin film can convert energy (four) r 纟Heat resistance, mb conversion into frequency arc field wide wavelength close to human carving: skin, ... micron interval of thermal energy, :, promote human blood circulation and metabolism. In order to achieve the above-mentioned creative purpose, a heat-resistant enamel film with a technical means of _ ', 兖 two-core particle ball, which is made of Helmets, is used, and 14, ',,, ceramic hollow particle balls are designed. 45. _ % % 9.16% of aluminum oxide (3) emulsification, /β emulsified 矽, §.44% zinc oxide, and 1250034 72% barium titanate; (rc is used as a binder; wherein the inorganic ceramic hollow microspheres are mainly composed of inorganic hollow microspheres with a thermal insulation function of L 80 to 100 micrometers, and the thermal conductivity J of the invention is 3l5kcal/m. · hr. °c ·, plus 8 5 〇 / 雕 L ^ $ from α · 5 / ° limb ratio of nano composite pottery:: composed of 'I-meter composite pottery powder by several nano-grade Metal composition, /, including 1.65% nano-scale oxidation, u5% nano-scale bismuth oxide, jl% nano-scale oxygen cutting, 丨.8% nano-scale zinc oxide, * 丨% nanometer The acid 1 enables the present invention to convert thermal energy into thermal energy radiation having a wide wavelength in the frequency arc region of about 2 to 8 mils. The invention can be applied to an energy illuminator. - As a heat-insulating material: the user can take the energy illuminator at will without worrying about being burnt by high temperature. In addition, the heat energy is converted into thermal energy radiation in a wide wavelength range of the frequency arc field for illumination. The part of the human body that is uncomfortable to promote blood circulation and stimulate metabolism to alleviate the symptoms of human discomfort. [Embodiment] Referring to the first figure, the heat-resistant enamel film containing the inorganic ceramic hollow microspheres of the present invention is composed of 14· 4% inorganic ceramic hollow microspheres (a), 45.6% niobium rubber (b), 7.8% niobium oxide (c), 9.16% aluminum oxide (d), 9.88% niobium oxide (e), 8.4% zinc oxide (f), and 4.72% barium titanate (g). The foregoing rubber (b) can be heat resistant up to 450 ° C and used as a binder. Inorganic ceramic hollow particle spheres (a) are made of inorganic hollow particle spheres with a diameter of 8〇-1〇〇micron and insulated with 8 1250034, the running machine-ball makes hours. c) large\less than 315kcal/ m (kcal/meter·spoon' shows that the uncomplexed ceramic powder consists of several nano-grade metals奈奈=: Γ grade oxidation, h 钡, 夕 奈 nanometer zinc oxide, & 1% nanometer titanate & "month can convert thermal energy into a wide range of frequency arcs about 2_80 楗 not interval Thermal energy radiation.,) 2 80 Please refer to the second figure, 'The invention can be applied to, the energy illuminator ()) spoon man * m ( 1 } 〇) with resistance):: pedestal (1〇 ), a receptacle (2 receptacles (2 〇) 2 and: (1)) is connected to an external circuit, and the formed heat shields are provided with the present invention as a material between 0)... 2 〇) and the cover body (5) The heat insulation frame (6 〇) formed by the material of the present invention. Han Tuo: The current is transmitted to the resistor (2 1 ) 8 Temple, the resistor (2 1 ) converts the electric energy into heat energy' and the heat-insulating disc of the heat-resistant rubber of the 矽 film of the present invention f3 (3 〇) and thermal insulation frame:: 乂 frequency: thermal energy of a wide wavelength range of about 2 m in the field · ^ ^ The heat resistance of the invention is 450 ° C, the thermal conductivity is less than 315 kcal / m · hr v α 10,000, with resistance ("Guangzhou: Sex" will heat the resistor (21) and install the resistor (#this seat (2 〇) is isolated from other components' so that the user can transmit heat to other components at any time. Let the heat burn. The energy illuminator (1), without worrying about being high 1250034 [Figure fs] single description] The first picture is the composition of the invention Figure 2 is an exploded view of the embodiment of the invention [main Description of component symbols] (a) Inorganic ceramic hollow microspheres (b) Neodymium rubber (c) Cerium oxide (d) Aluminum oxide (e) Cerium oxide (f) Zinc oxide (g) Barium titanate (1) Energy irradiation Instrument (10) base (2 0) housing (2 1) resistance (3 0) insulation plate (4 0) protection net (50) cover (60) insulation frame