会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 94. 发明授权
    • Method and cooler for cooling particulate material
    • 用于冷却颗粒材料的方法和冷却器
    • US5890888A
    • 1999-04-06
    • US617379
    • 1996-03-18
    • Torben Enkegaard
    • Torben Enkegaard
    • F28C3/12F27B9/24F27D3/00F27D15/02F28C3/16F28D15/02
    • F27D15/022F27D15/0206F27D15/0213F27D15/0266F28C3/16F27B2009/2484F27D2003/0081
    • A cooler (1) for cooling particulate material from a kiln, wherein the material upon entry into the cooler (1) is distributed to a material bed on a stationary supporting surface (11) in the form of a tray, while cooling gas, such as atmospheric air, is blown up through the material bed from injectors in the tray in a uniform and evenly distributed manner. The material is conveyed forward across the supporting surface (1) and through the cooler (1) by means of a separate mechanical conveying device (17). It is thus possible to split the three functions of such a cooler, viz. to support the material, to distribute the cooling gas across the supporting surface and to convey the material forward across the supporting surface, into functions which are independent of one another, so that each function can be optimized.
    • 一种用于从窑炉中冷却颗粒材料的冷却器(1),其中进入所述冷却器(1)的所述材料被分配到托盘形式的固定支撑表面(11)上的材料床,同时冷却气体 作为大气,以均匀且均匀分布的方式从托盘中的注射器通过材料床吹起。 材料通过独立的机械输送装置(17)通过支撑表面(1)向前输送并通过冷却器(1)输送。 因此,可以分离这样的冷却器的三个功能,即 为了支撑材料,将冷却气体分布在支撑表面上并将材料向前穿过支撑表面输送到彼此独立的功能,使得每个功能可以被优化。
    • 95. 发明授权
    • Method and cooler for cooling particulate material
    • 用于冷却颗粒材料的方法和冷却器
    • US5704779A
    • 1998-01-06
    • US424326
    • 1995-04-21
    • Torben Enkegaard
    • Torben Enkegaard
    • F28C3/12F27B9/24F27D3/00F27D15/02F28C3/16F28D15/02
    • F27D15/022F27D15/0206F27D15/0213F27D15/0266F28C3/16F27B2009/2484F27D2003/0081
    • A cooler (1) for cooling particulate material from a kiln, wherein the material upon entry into the cooler (1) is distributed to a material bed on a stationary supporting surface (11) in the form of a tray, while cooling gas, such as atmospheric air, is blown up through the material bed from injectors in the tray in a uniform and evenly distributed manner. The material is conveyed forward across the supporting surface (1) and through the cooler (1) by means of a separate mechanical conveying device (17). It is thus possible to split the three functions of such a cooler, viz. to support the material, to distribute the cooling gas across the supporting surface and to convey the material forward across the supporting surface, into functions which are independent of one another, so that each function can be optimized.
    • PCT No.PCT / EP93 / 03444 371日期1995年04月21日 102(e)1995年4月21日PCT PCT 1993年12月7日PCT公布。 公开号WO94 / 15161 日期1994年7月7日用于从窑冷却颗粒材料的冷却器(1),其中进入冷却器(1)的材料被分配到托盘形式的固定支撑表面(11)上的材料床上, 而诸如大气的冷却气体以均匀且均匀分布的方式从托盘中的注射器通过材料床吹出。 材料通过独立的机械输送装置(17)通过支撑表面(1)向前输送并通过冷却器(1)输送。 因此,可以分离这样的冷却器的三个功能,即 为了支撑材料,将冷却气体分布在支撑表面上并将材料向前穿过支撑表面输送到彼此独立的功能,使得每个功能可以被优化。
    • 96. 发明授权
    • Process for the reduction roasting of manganese ores and a device
therefor
    • 锰矿的还原焙烧工艺及其设备
    • US5270022A
    • 1993-12-14
    • US947799
    • 1992-09-21
    • Sudhakar V. KothariNilkantha A. Subramanian
    • Sudhakar V. KothariNilkantha A. Subramanian
    • C22B1/02C22B1/16C22B1/20C22B1/26C22B47/00F27B21/06F27D15/02F27B9/04
    • C22B1/16C22B1/02C22B1/20C22B1/26C22B47/00F27B21/06F27D15/0206
    • Reduction roasting of manganese ore is the first step in the extraction of the metal, production of manganese based chemicals and benefaction of ferruginous manganese ores. In comparison to the conventional processes, the invented process replaces the expensive petroleum based reductant injected with air by cheap solid carbonaceous material and sealing of air entry. In the invented process the manganese ore, solid carbonaceous reductant and water are mixed. The mixture is formed into a bed on a grate. The top surface is ignited to incandescence while maintaining suction below the grate and then the top surface is sealed against entry of air while continuing the suction. The combustion of the solid reductant proceeds drawing the oxygen from the ore itself, resulting in high reduction. The product is cooled either by direct water quenching or by indirect means. The equipment employed is either a batch type pot or a continuous strand with sealing devices and material handling systems.
    • 锰矿的还原焙烧是金属提取的第一步,锰基化学品的生产和铁锰矿的受益。 与常规方法相比,本发明的方法取代了用廉价固体碳质材料注入空气的昂贵的石油基还原剂和空气进入的密封。 在本发明的方法中,锰矿石,固体碳质还原剂和水混合。 将混合物形成为格栅上的床。 顶部表面被点燃到白炽,同时保持在炉排下方的吸力,然后顶部表面被密封以防止空气进入,同时继续抽吸。 固体还原剂的燃烧从矿石本身吸取氧气,导致高的还原。 产品通过直接水淬或间接方式冷却。 所使用的设备是间歇式罐或具有密封装置和材料处理系统的连续绞线。