TW419444B - Process to manufacture infrared glass product - Google Patents

Process to manufacture infrared glass product Download PDF

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TW419444B
TW419444B TW86118009A TW86118009A TW419444B TW 419444 B TW419444 B TW 419444B TW 86118009 A TW86118009 A TW 86118009A TW 86118009 A TW86118009 A TW 86118009A TW 419444 B TW419444 B TW 419444B
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infrared
far
powder
composition
oxide
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TW86118009A
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Sheng-Tzung Huang
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Huang Sheng Tzung
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Abstract

This invention describes a process to produce a kind of far infrared glass product which consists of 70-90 wt% perlite powder containing infrared emitting components of 7-20 wt% tantalum pentoxide and 3-10 wt% niobium pentoxide. In these infrared emitting components, there are 43% sand, 9% borax, 7% niter, 1% zinc oxide powder, 1% arsinic acid, 1% alumina, 2% lithium powder and 36% ceric oxide. The infrared glass product can be obtained by placing the above glass composition into a furnace at 1200 DEG C and sintering for 12 hours.

Description

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Α - 案號 86118009 五、發明說明(1) 品之製程,特別係指一 元素内,界以製成可釋 本發明為一種遠紅外線破璃製 種將遠紅外線组合物摻入破場組成 放遠紅外線之玻璃。 【創作背景】 遠紅外線為紅外線的-種,其波長為4 Hum比紅外線 J長’能量比紅外線更低’纟輻射偵測儀器上沒有反應, 所以它對人體不構成傷害;是參透力此紅外線更強,所 =遠紅外線可以漆透至皮膚底下四公分左右,進行組織細 ^活化的作用。遠紅外線本身也是放笋源,有些微的溫熱 4用,當遠紅外線釋出熱能至有機物後,促使有機物激 盪,活化組織細胞,可幫助人體達到自我治療的能力,並 促進新陳代謝’以恢復正常的生理機能,改善健康。 遠紅外線係屬於火岩石中之珍珠岩的粉末於〇C至 13 0 0 c予以燒製後與特定比例的氧化组及氧化敍所組成。 業經科學的臨床實驗證明’對生命系統的營運有相當驚人 的促進作用。目前對天然礦岩泥土所散發的遠紅外線,對 人體生活有許多正面的醫學證據,及奇益。諸如,把紅外 線岩置於金魚缸内’可使魚充滿生命力,且魚缸的水質不 會變質、將遠紅外線岩置於浴缸中沐浴,水溫可持久,並 且可治療疲勞、肌肉筋骨風濕痛、改善香煙及酒的品質、 將其戴在身上可增強身體能量,改善身體體質,促進新陳 代謝及經遠紅外線處理過的水,可促進新陳代謝,減輕一 些慢性病痛,同時改善循環及免疫系統等等。 使用遠紅外線健康產品,可獲得證實的生理效益,諸 如;增進生理氧化還原反應、保溫效果、促進排汗及皮下Α-Case No. 86118009 V. Description of the invention (1) The production process of the product, especially refers to an element, which can be made releasable. The present invention is a far-infrared glass breaking method. Far infrared glass. [Creative background] Far-infrared is an infrared-species with a wavelength of 4 Hum longer than infrared J. 'Energy is lower than infrared'. There is no response on the radiation detection device, so it does not cause harm to the human body; Stronger, so far-infrared rays can penetrate to about four centimeters under the skin for fine tissue activation. Far infrared is also a source of bamboo shoots. It is slightly warm and warm. When the far infrared releases thermal energy to organic matter, it stimulates the organic matter to stimulate and activate tissue cells. It can help the body achieve self-healing ability and promote metabolism to restore normality. Physiological function and improve health. The far-infrared ray is a powder of perlite which belongs to the fire rock, and is composed of a specific proportion of oxidation groups and oxidation groups after being fired at 0 ° C to 1300 ° C. Scientific clinical trials have proven that it ’s a tremendous boost to the operation of living systems. At present, the far-infrared rays emitted from natural mineral rocks and soils have many positive medical evidences for human life, as well as wonderful benefits. For example, putting infrared rock in a goldfish tank can make fish full of vitality, and the water quality of the fish tank will not deteriorate. Far-infrared rock can be bathed in a bathtub, the water temperature can be long-lasting, and it can treat fatigue, muscle and bone rheumatism, Improving the quality of cigarettes and wine, wearing it on the body can enhance body energy, improve physical fitness, promote metabolism and far-infrared-treated water, can promote metabolism, reduce some chronic diseases, and improve the circulation and immune system. Use of far-infrared health products to obtain proven physiological benefits such as: improving physiological redox reactions, thermal insulation effects, promoting perspiration and subcutaneous

第4頁 案號 86118009 JP- 月 曰 修正 五、發明說明(2) 脂肪的排除、活化生理機能及功能、增強活力、理療肌肉 性及神精性疾病、止痛及消炎及再生機能復活等等。 該遠紅外線組成物包括有70wt%至90wt%之珍珠岩粉末, 20wt %至7wt %之氧化钽(Ta205)和10wt %至3»1; %之氧化 鈥(Nb205)。將該遠紅外線組成物與玻璃製品的元素混合 燒製,可製成一種具遠紅外線之玻璃製品。 由本發明所所製造之具遠紅外線玻璃製品,在使用時 可放射出遠紅外線,其可應用於各種產品上,使該等產品 具有放射遠紅外線之作用,且玻璃不溶於水,可製成玻璃 杯(供盛流體,以改善品質)、玻璃棒(供置於水缸内,可 改善水質)、或可製成佛珠戴在身上,可改善體質等等。 【創作目的】 本發明之主要目的在於提供一種遠紅外線玻璃製品之 製程,係將遠紅外線元素掺入一定比例之玻璃組成物中燒 製,使玻璃製品可釋放遠紅外線者。 為達上述之目的’本發明具遠紅外線之玻璃製品,其 特徵在於包括有70wt%至90wt%之珍珠岩粉末,具有能釋 放遠紅外線之20wt%至7wt%之氧化钽(Ta205 )和10wt%至 3wt%之氧化妓(Nb205),及含有砂、确砂、確石、鋅氧 粉、亞砒酸、氧化鋁及鋰粉的玻璃組成物所組成,將其置 於爐中在1200 °C的環境下燒製12小時,即可製成具遠紅外 線之玻璃製品。 本發明之詳細技術與内容,說明如下; 本發明遠紅外線玻璃製品之製程,係為一種製造可釋 放遠紅外線玻璃製品之方法,其組成包括有7〇wt%至90wtPage 4 Case No. 86118009 JP- Month Revision V. Description of the invention (2) Elimination of fat, activation of physiological functions and functions, enhancement of vitality, physiotherapy of muscular and diabetic diseases, analgesia and anti-inflammatory and revitalization of regenerative functions, etc. The far-infrared composition includes 70 wt% to 90 wt% of perlite powder, 20 wt% to 7 wt% of tantalum oxide (Ta205), and 10 wt% to 3 »1;% of oxides (Nb205). The far-infrared composition is mixed and fired with the elements of the glass product to produce a glass product with far-infrared. The far-infrared glass products manufactured by the present invention can emit far-infrared when used, and can be applied to various products, so that these products have the function of emitting far-infrared, and the glass is insoluble in water and can be made into glass Cups (for holding fluids to improve quality), glass rods (for placing in water tanks to improve water quality), or beads can be worn on the body to improve physical fitness, etc. [Creation purpose] The main purpose of the present invention is to provide a process for producing far-infrared glass products. The far-infrared elements are mixed into a certain proportion of glass composition and fired, so that the glass products can release far-infrared. In order to achieve the above purpose, the glass product with far-infrared rays of the present invention is characterized by comprising 70% to 90% by weight of perlite powder, 20% to 7% by weight far-infrared tantalum oxide (Ta205), and 10% by weight. To 3wt% of oxidized prostitute (Nb205), and glass composition containing sand, sand, stone, zinc oxide powder, arsenic acid, alumina and lithium powder, put it in a furnace at 1200 ° C After firing for 12 hours in the environment, glass products with far infrared rays can be made. The detailed technology and content of the present invention are described as follows; The manufacturing process of the far-infrared glass product of the present invention is a method for manufacturing a releasable far-infrared glass product, and its composition includes 70wt% to 90wt

HI —案號86118009_年月日 修正___ 五、發明說明(3) %之珍珠岩粉末,具有能釋放遠紅外線之20 wt %至7wt % 之氧化鈕(Ta205 )和10wt%至3wt%之氧化钕(Nb205 ),及 含有砂、硼砂、硝石、鋅氧粉、亞砒酸、氧化鋁及鋰粉的 玻璃組成物》 該珍珠岩粉末係由73.41%Si02,12.34%A 1 203, 1.33%卩〇203,2.95%以20,5.33%1(20及3.70%之結晶水 所組成;並於11Q0°C至1300 °C燒製3-8小時,使該珍珠岩 粉末之純度為99. 99%以上,且粒度為7-8微米。 將該珍珠岩粉末之組成十添加特定比例純度為99. 99 %之高純度氧化钽和氧化钕,且粒度為7-8微米,可增加 珍珠岩粉末之遠紅外線釋放量。 如是’將上述具有釋放遠紅外線之組成物添加於玻璃 製品之組成物内,在環境1200 °C下燒製約12小時,即可製 成可釋放遠紅外線之玻璃製品。 該玻璃組成物中砂約占4 3 %、硼砂約占9 %、硝石約占 7%、鋅氧粉約占1%、亞砒酸約占1%、氧化鋁約占1%、鋰粉 約占2%及氧化鈽約占36%。 因此’該遠紅外線組成物與該玻璃製品混合攪拌後置 於燒製玻璃的爐體内進行燒製,其燒製方法及過程如同一 般玻璃之燒製’在1200。(:的環境下燒製12小時,即可製成 可釋放遠紅外線之玻璃製品。 該玻璃製品可製成杯狀以盛裝溶液,使溶液經由遠紅 外線之釋放’可達到改善溶液品質之效果(諸如,盛裝咖 啡、茶、酒時,可使其味道更為甘美)。將其製成棒狀置 於水塔内時,可活化水質,將其置於魚缸内時,可使魚充HI — Case No. 86118009_Amendment of Year Month and Day ___ V. Description of the invention (3)% of perlite powder, which has an oxidation button (Ta205) that can release far infrared rays from 20 wt% to 7wt% and 10wt% to 3wt% of Neodymium oxide (Nb205), and glass composition containing sand, borax, saltpeter, zinc oxide powder, arsenic acid, alumina and lithium powder. The perlite powder is composed of 73.41% Si02, 12.34% A 1 203, 1.33% 卩〇203,2.95% is composed of 20,5.33% 1 (20 and 3.70% of crystal water; and fired at 11Q0 ° C to 1300 ° C for 3-8 hours, so that the purity of the perlite powder is 99.99% Above, and the particle size is 7-8 microns. The composition of this perlite powder is added with a specific proportion of 99. 99% high purity tantalum oxide and neodymium oxide, and the particle size is 7-8 microns, which can increase the perlite powder. The amount of far-infrared radiation. If it is' add the composition with far-infrared radiation mentioned above to the composition of the glass product, and burn it for 12 hours at 1200 ° C, it can be made into a glass product that can release far-infrared radiation. In the glass composition, about 43% is sand, about borax is about 9%, saltpeter is about 7%, zinc oxide powder is about 1%, Acid accounts for 1%, alumina accounts for 1%, lithium powder accounts for 2%, and hafnium oxide accounts for 36%. Therefore, 'the far-infrared composition and the glass product are mixed and stirred and placed in a glass firing furnace. The firing method and process are the same as that of ordinary glass firing. 'Baking in the environment for 12 hours (:) can be made into a glass product that can release far infrared rays. The glass product can be made into a cup shape. By containing the solution, the solution is released through far-infrared rays to achieve the effect of improving the quality of the solution (such as coffee, tea, and wine, which can make it taste more luscious). When it is made into a stick and placed in a water tower , Can activate the water quality, when placed in the fish tank, can make the fish fill

Λ 修正 _案號8611仙Μ 五、發明說明(4) 將其置於浴缸$ ’可使水溫保持較久的時間 itL肖除疲勞。將其製成佛珠戴在身上,可促進如 液循環與新陳代謝等等。 水(式因甘為,藉由本發明所製造之玻璃製品不溶於水及不被 α或其他溶液)所滲透,因而可製成多種用途之玻璃製 誠以:ί有產業上之利用價f,且具有新穎性及創作性, 付D發明專利之要件,懇請貴審查委員准予本案專 利’實感德便。 ^ 本創作雖藉由實施例來描述,仍可變化其形態與細 郎’但亦不脫離本創作之精神而達成,並由熟悉此項技蓺 之人士可了解。 "Λ Amendment _ Case No. 8611 cents V. Explanation of the invention (4) Putting it in a bathtub $ ′ can keep the water temperature for a longer time itL Xiao fatigue. Putting it into a bead and putting it on the body can promote fluid circulation and metabolism and so on. Water (the formula is that the glass products manufactured by the present invention are insoluble in water and are not infiltrated by α or other solutions), so it can be made into glass for various purposes. There is an industrial utilization price f, It is novel and creative. It pays the requirements of the D invention patent, and urges your examiner to approve the patent in this case. ^ Although this creation is described by examples, its form and detail can still be changed, but it is also achieved without departing from the spirit of this creation, and can be understood by those familiar with this technique. "

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Claims (1)

六、申請專利範薗6. Application for patent 修正 89.7. 種遠紅外線挺璃製品之製程,其包括有70wt% 至90wt%之珍珠岩粉末,具有能釋放紅外線組成物之2 Owt %至71^%之氧化妲(Ta205 )和10wt%至3wt%之氧化钕 (Nb205),其中珍珠岩粉末係於1100°C至1300 °C燒製3-8小 時,而具有能釋放紅外線之組成物及含有砂、硼砂、硝 石、鋅氧粉、亞砒酸、氡化鋁、鋰粉及氧化鈽的玻璃組成 物所組成,其中,該玻璃組成物中砂占43%、蝴砂占9%、 硝石占7 %、鋅氧粉占1 %、亞砒酸占1 %、氧化鋁占1 %、鋰粉 占2%及氧化鈽占36%,並將其置於爐中在1200 °C的環境下 燒製1 2小時,即可製成具遠紅外線之玻璃製品。 2. 如申請專利範圍第1項所述之遠紅外線玻璃製品之 製程,其中該珍珠岩粉末之組成包括有73.41%Si02,12. 34 % A 1 203 - 1.3 3 % Fe203,2.95%Na20,5·33%Κ20 及 3.70%之結晶水。 3. 如申請專利範圍第1項所述之遠紅外線玻璃製品 之製程,其中該珍珠岩粉末之純度為99. 9%以上,且粒度 為7 - 8微米。 4. 如申請專利範圍第1項所述之遠紅外線玻璃製品之 製程,其中該氧化鈕和氧化鉉之純度為99. 99% ,且粒度 為7 - 8微求。Modification 89.7. A process for producing far-infrared glass products, which includes 70% to 90% by weight of perlite powder, osmium oxide (Ta205) of 2 Owt% to 71 ^% capable of releasing infrared composition, and 10wt% to 3wt % Neodymium oxide (Nb205), in which perlite powder is fired at 1100 ° C to 1300 ° C for 3-8 hours, and has a composition that can release infrared rays and contains sand, borax, saltpeter, zinc oxide powder, arsenic acid , Aluminum oxide, lithium powder and thorium oxide glass composition, of which, the glass composition of sand accounted for 43%, butterfly sand accounted for 9%, saltpeter accounted for 7%, zinc oxide powder accounted for 1%, arsenic acid accounted for 1%, alumina 1%, lithium powder 2% and hafnium oxide 36%, and put it in a furnace at 1200 ° C for 12 hours to make a glass with far infrared rays product. 2. The process of far-infrared glass products as described in item 1 of the scope of the patent application, wherein the composition of the perlite powder includes 73.41% SiO2, 12.34% A 1 203-1.3 3% Fe203, 2.95% Na20, 5 33% K20 and 3.70% crystal water. 3. The process of far-infrared glass products as described in item 1 of the scope of patent application, wherein the purity of the perlite powder is more than 99.9%, and the particle size is 7-8 microns. 4. The manufacturing process of the far-infrared glass products as described in item 1 of the scope of patent application, wherein the purity of the oxidation button and thorium oxide is 99.99%, and the particle size is 7-8 micron. 第9頁Page 9 修正 案號 86H8009 四、中文發明摘要(發明之名稱:遠紅外線玻璃製品之製程) 一種遠紅外線玻璃製品之製程,本發明其係由7〇wt % 至90wt %之珍珠岩粉末,具有能釋放遠紅外線組成物之 20wt%至7wt%之氧化鈕(Ta205)和l〇wt%至3wt%之氧化 鈥(N b 2 0 5 )’而具有能釋放紅外線之組成物中砂約占4 3 %、 硼砂約占9 %、硝石約占7 %、鋅氧粉約占i %、亞砒酸約占 1 %、氧化鋁約占1 %、鐘粉約占2 %及氧化飾約占3 6 %的玻璃 組成物所組成,將其置於爐中在約1 2 〇 〇 t:的環境下燒製約 1 2小時,即可製成具遠紅外線之玻璃製品。 英文發明摘要(發明之名稱:)Amendment No. 86H8009 IV. Abstract of Chinese Invention (Name of the invention: process of far-infrared glass products) A process of far-infrared glass products. The present invention is a perlite powder from 70wt% to 90wt%. 20% to 7% by weight of the infrared composition of the oxidation button (Ta205) and 10% by weight to 3% by weight of the oxidation ((N b 2 0 5) ') and in the composition having the ability to release infrared sand approximately 4 3%, About 9% of borax, about 7% of saltpeter, about i% of zinc oxide powder, about 1% of arsonic acid, about 1% of alumina, about 2% of bell powder, and about 36% of oxide decoration The composition is composed and placed in a furnace under an environment of about 12 000 t: for 12 hours to obtain a glass product with far infrared rays. English Abstract of Invention (Name of Invention :) 第2頁 六、申請專利範薗Page 2 6. Application for Patent 修正 89.7. 種遠紅外線挺璃製品之製程,其包括有70wt% 至90wt%之珍珠岩粉末,具有能釋放紅外線組成物之2 Owt %至71^%之氧化妲(Ta205 )和10wt%至3wt%之氧化钕 (Nb205),其中珍珠岩粉末係於1100°C至1300 °C燒製3-8小 時,而具有能釋放紅外線之組成物及含有砂、硼砂、硝 石、鋅氧粉、亞砒酸、氡化鋁、鋰粉及氧化鈽的玻璃組成 物所組成,其中,該玻璃組成物中砂占43%、蝴砂占9%、 硝石占7 %、鋅氧粉占1 %、亞砒酸占1 %、氧化鋁占1 %、鋰粉 占2%及氧化鈽占36%,並將其置於爐中在1200 °C的環境下 燒製1 2小時,即可製成具遠紅外線之玻璃製品。 2. 如申請專利範圍第1項所述之遠紅外線玻璃製品之 製程,其中該珍珠岩粉末之組成包括有73.41%Si02,12. 34 % A 1 203 - 1.3 3 % Fe203,2.95%Na20,5·33%Κ20 及 3.70%之結晶水。 3. 如申請專利範圍第1項所述之遠紅外線玻璃製品 之製程,其中該珍珠岩粉末之純度為99. 9%以上,且粒度 為7 - 8微米。 4. 如申請專利範圍第1項所述之遠紅外線玻璃製品之 製程,其中該氧化鈕和氧化鉉之純度為99. 99% ,且粒度 為7 - 8微求。Modification 89.7. A process for producing far-infrared glass products, which includes 70% to 90% by weight of perlite powder, osmium oxide (Ta205) of 2 Owt% to 71 ^% capable of releasing infrared composition, and 10wt% to 3wt % Neodymium oxide (Nb205), in which perlite powder is fired at 1100 ° C to 1300 ° C for 3-8 hours, and has a composition that can release infrared rays and contains sand, borax, saltpeter, zinc oxide powder, arsenic acid , Aluminum oxide, lithium powder and thorium oxide glass composition, of which, the glass composition of sand accounted for 43%, butterfly sand accounted for 9%, saltpeter accounted for 7%, zinc oxide powder accounted for 1%, arsenic acid accounted for 1%, alumina 1%, lithium powder 2% and hafnium oxide 36%, and put it in a furnace at 1200 ° C for 12 hours to make a glass with far infrared rays product. 2. The process of far-infrared glass products as described in item 1 of the scope of the patent application, wherein the composition of the perlite powder includes 73.41% SiO2, 12.34% A 1 203-1.3 3% Fe203, 2.95% Na20, 5 33% K20 and 3.70% crystal water. 3. The process of far-infrared glass products as described in item 1 of the scope of patent application, wherein the purity of the perlite powder is more than 99.9%, and the particle size is 7-8 microns. 4. The manufacturing process of the far-infrared glass products as described in item 1 of the scope of patent application, wherein the purity of the oxidation button and thorium oxide is 99.99%, and the particle size is 7-8 micron. 第9頁Page 9
TW86118009A 1997-12-01 1997-12-01 Process to manufacture infrared glass product TW419444B (en)

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TW86118009A TW419444B (en) 1997-12-01 1997-12-01 Process to manufacture infrared glass product

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