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    • 31. 发明专利
    • Method for thermal regeneration treatment of waste gypsum by utilizing asphalt plant
    • 通过利用沥青混合料进行废热处理的热再生方法
    • JP2007070139A
    • 2007-03-22
    • JP2005256681
    • 2005-09-05
    • Nikko Co Ltd日工株式会社
    • HORAI HIDETOFUJIWARA KAZUYAOKADA HIDEKI
    • C04B11/26B09B3/00C04B11/028
    • PROBLEM TO BE SOLVED: To provide a method of thermally regenerating waste gypsum cheaply by suppressing new facility investment as much as possible, by effectively utilizing the facilities of an existing asphalt plant. SOLUTION: A waste gypsum obtained by crushing and sorting waste gypsum boards is fed to a dryer 1 of the existing asphalt plant, instead of aggregate. At this time, while thermally regenerating the waste gypsum at a temperature at which gypsum dihydrate is changed to a hemihydrate gypsum by controlling the combustion amount of a burner 4, gypsum fine particle portion in the exhaust gas effluent from a dryer 1 is captured by a dry cyclone 8, a bag filter 9, and the like, and the captured gypsum fine particle portion is recovered together with the gypsum discharged from the dryer 1. Like this, if the facilities of an existing asphalt plant are utilized, waste gypsum can be cheaply thermally regenerated while suppressing new facility investment as much as possible. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:通过有效利用现有沥青设备的设施,通过尽可能地抑制新的设施投资,提供廉价地热再生废石膏的方法。 解决方案:通过粉碎和分选废石膏板获得的废石膏被送入现有沥青设备的干燥器1而不是聚集体。 此时,通过控制燃烧器4的燃烧量,在通过控制燃烧器4的燃烧量将石膏二水合物变为半石膏的温度下将废石膏热再生,在来自干燥机1的废气流出物中的石膏精细粒子部分被 干燥旋风分离器8,袋式过滤器9等,并且从干燥机1排出的石膏中回收被捕获的石膏微粒部分。这样,如果使用现有的沥青设备的设施,废石膏可以 廉价热再生,同时尽可能多地抑制新的设施投资。 版权所有(C)2007,JPO&INPIT
    • 32. 发明专利
    • Method of manufacturing calcined gypsum and apparatus for the same
    • 制造计算的胶囊的方法及其设备
    • JP2006206340A
    • 2006-08-10
    • JP2005016431
    • 2005-01-25
    • Clay Baan Gijutsu Kenkyusho:Kk株式会社クレー・バーン技術研究所
    • IGAMI HIDEOYAGI TERUYOSHI
    • C04B11/028C01F11/46
    • PROBLEM TO BE SOLVED: To provide a method of manufacturing calcined gypsum with the minimum energy at the minimum time in the method of making hydration hardening calcined gypsum from powdery gypsum dihydrate obtained by crushing waste gypsum board and separating paper.
      SOLUTION: There are problems in a conventional technique about gypsum dihydrate having free water and crystal water that a long time is necessary to heat and the thermal efficiency is low, for example 55-60%, because the gypsum reaches decomposition temperature after the dehydration is completed in conduction heating such as an indirect heating system. This method is carried out by heating simultaneously with the irradiation with and absorption of infrared ray while fluidizing the gypsum dihydrate through a screw or a paddle conveyer to enlarge the heat receiving surface area for the infrared light. As a result, the heating time becomes 6-10 min and the unit consumption of heat is about ≤200 kcal/hr which means that the calcined gypsum is manufactured with nearly theoretical heat energy.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种在从通过粉碎废石膏板和分离纸获得的粉状石膏二水合物制备水化硬化煅烧石膏的方法中以最小时间制造煅烧石膏的方法。 解决方案:在具有游离水和结晶水的石膏二水合物的常规技术中存在长时间需要加热和热效率低的常规技术,例如55-60%,因为石膏在达到分解温度之后 脱水在传导加热中完成,如间接加热系统。 该方法通过在通过螺旋或桨式输送机流化石膏二水合物的同时加热和吸收红外线进行加热,以扩大红外光的受热表面积。 结果,加热时间变为6-10分钟,单位消耗的热量约为≤200千卡/小时,这意味着煅烧石膏以几乎理论上的热能制造。 版权所有(C)2006,JPO&NCIPI