首页> 外国专利> METHOD OF MANUFACTURING NEGATIVE ION GENERATING RAW MATERIAL, NEGATIVE ION GENERATING RAW MATERIAL, METHOD OF MANUFACTURING LIQUID NANO-SIZING NEGATIVE ION GENERATING SOLVENT, LIQUID NANO-SIZING NEGATIVE ION GENERATING SOLVENT, METHOD OF MANUFACTURING BUILDING INSIDE FINISHING MATERIAL, BUILDING INSIDE CONSTRUCTION METHOD AND CHOPPING BOARD

METHOD OF MANUFACTURING NEGATIVE ION GENERATING RAW MATERIAL, NEGATIVE ION GENERATING RAW MATERIAL, METHOD OF MANUFACTURING LIQUID NANO-SIZING NEGATIVE ION GENERATING SOLVENT, LIQUID NANO-SIZING NEGATIVE ION GENERATING SOLVENT, METHOD OF MANUFACTURING BUILDING INSIDE FINISHING MATERIAL, BUILDING INSIDE CONSTRUCTION METHOD AND CHOPPING BOARD

机译:制造负离子的原始材料的方法,产生负离子的原始材料,制造液体纳米尺寸的负离子产生剂的方法,液体纳米尺寸的负离子产生剂的制备方法,制造方法和制造方法板

摘要

PPROBLEM TO BE SOLVED: To provide a negative ion generating raw material, its manufacturing method and a product using this negative ion generating raw material, capable of using blast furnace water residue slag for use with more environmental affinity. PSOLUTION: This negative ion generating raw material manufacturing method comprises a first step of crushing the blast furnace water residue slag at a low speed at the ordinary temperature, a second step of precipitating crushed powder in water in which a feeble current flows, a third step of transferring the precipitated blast furnace water residue slag to an ultrasonic zone after a predetermined first time passes, a fourth step of irradiating an ultrasonic wave for a predetermined second time to the blast furnace water residue slag transferred to the ultrasonic zone, a fifth step of drying the blast furnace water residue slag irradiated with the ultrasonic wave stepwise at the predetermined temperature while inserting an oxygen ion and a radon ion by an alumina ceramic kiln, and a sixth step of injecting the ion into the dried blast furnace water residue slag in a plasma chamber. PCOPYRIGHT: (C)2009,JPO&INPIT
机译:

要解决的问题:提供一种产生负离子的原料,其制造方法和使用该产生负离子的原料的产品,该原料能够利用高炉渣水渣而具有更大的环境亲和力。

解决方案:这种产生负离子的原料的制造方法包括第一步,在常温下低速粉碎高炉水渣渣,第二步,将粉碎的粉末沉淀在微弱的电流流过的水中,在经过预定的第一时间之后,将沉淀的高炉水残留渣转移到超声区的第三步骤,对转移到超声区的高炉残留水渣进行第二次超声波照射的第四步骤,第五步是在预定温度下逐步干燥用超声波辐照的高炉水残留渣,同时通过氧化铝陶瓷窑插入氧离子和a离子,第六步将离子注入干燥的高炉水残留物中。等离子室内的炉渣。

版权:(C)2009,日本特许厅&INPIT

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