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    • 5. 发明申请
    • PLANT AND METHOD FOR THE RECOVERY OF EXHAUSTED REFRACTORY MATERIAL
    • 用于恢复耐用耐火材料的装置和方法
    • WO2017221130A1
    • 2017-12-28
    • PCT/IB2017/053628
    • 2017-06-19
    • DEREF S.P.A.
    • FASOLINI, GiorgioFAVERJON, Marc
    • B07B15/00B03B9/04C22B1/00C04B33/138
    • Plant for the recovery of spent refractory material in steel plants, comprising at least one receiving area (1) for said refractory material, at least one material sieving area (2), at least one magnetic separation area (3) and at least one sorting area (4). Said receiving area (1) communicates with a first sieving area (2) comprising first sieving means intended to divide said refractory material in at least two fractions, of which a coarse fraction and a fine fraction, on the basis of the size of said material. There is further provided a second sieving area (21) comprising second sieving means intended to divide said fine fraction into at least two further sub-fractions (A, B, C) on the basis of size.
    • 用于在钢铁厂中回收废耐火材料的设备,包括用于所述耐火材料的至少一个接收区域(1),至少一个材料筛分区域(2),至少一个磁分离区域 (3)和至少一个分拣区域(4)。 所述接收区域(1)与第一筛分区域(2)连通,所述第一筛分区域包括第一筛分装置,所述第一筛分装置用于基于所述材料的尺寸将所述耐火材料分成至少两个部分,其中粗部分和细部分 。 还提供了第二筛分区域(21),其包含第二筛分装置,用于根据尺寸将所述细粒部分分成至少两个另外的子部分(A,B,C)。
    • 6. 发明申请
    • PLANT AND PROCESS FOR THE RECOVERY OF METALS FROM THE FINE FRACTION OF CAR FLUFF
    • 从汽车精细馏分中回收金属的装置和方法
    • WO2017203413A1
    • 2017-11-30
    • PCT/IB2017/052997
    • 2017-05-22
    • SGM MAGNETICS S.P.A.
    • MOLTENI, Danilo
    • B07B15/00B03B9/00B03B9/06
    • B07B15/00B03B9/061B03B2009/068C22B1/005C22B7/005Y02P10/212Y02W30/521Y02W30/528
    • A plant for treating the fraction car fluff comprises a first treatment line consisting of one or more ferromagnetic separators (1), followed by one or more eddy current separators (2) and one or more inductive sensor-based separators (3), as well as a preliminary screen (4) that divides the material into a superfine fraction of up to 6 mm in size and a fine fraction sized 6÷20 mm that is fed to the first line of treatment, while the superfine fraction is fed to a separate second line of treatment consisting of a crushing mill (5) followed by a first screen (6) which discards the fraction of material sized up to 0,8 mm, followed by one or more ferromagnetic separators (7) and one or more eddy current separators (8), followed by a second screen (10) dividing the material into a plurality of different dimensional fractions fed to a corresponding plurality of separating tables (9).
    • 用于处理小于20mm的汽车部分的设备包括由一个或多个铁磁分离器(1)组成的第一处理线, ,接着是一个或多个涡流分离器(2)和一个或多个基于电感式传感器的分离器(3),以及将材料分成尺寸达6mm的超细部分的初级筛网(4),以及 一个精细部分,大小为6和20mm,送入第一道处理线,而超细部分送入另一个由粉碎机(5)组成的第二道处理线,随后是第一个筛子(6) 接着是一个或多个铁磁分离器(7)和一个或多个涡流分离器(8),随后是将材料分成多个不同的尺寸部分的第二筛网(10) 送到相应的多个分离台(9)。
    • 10. 发明申请
    • METHOD AND SYSTEM FOR PREPARING EXTRACTION MEAL FROM SUN FLOWER SEEDS FOR ANIMAL FEED
    • 方法和系统进行处理提取射门向日葵动物营养
    • WO02080699A2
    • 2002-10-17
    • PCT/EP0203565
    • 2002-03-30
    • WALTER ULRICH
    • WALTER ULRICH
    • A23J1/14A23K1/00A23K1/14A23K1/16A23K1/18A23N17/00B07B9/00A23J3/14B07B15/00
    • B07B9/00A23J1/14A23K10/37A23K40/10A23K50/10Y02P60/877
    • The invention relates to a method and a system for preparing waste-free extraction meal from the seeds of conventional sunflowers for animal feed for monogastrics or ruminants. The extraction meal from shell kernels and shells with adherent kernel parts is mechanically structured, chunks of extraction meal material are comminuted, kernel parts adhering to the shells are removed and the shells are coarsely comminuted while maintaining and improving the structure and the structured particles are separated into two fractions containing various amounts of crude proteins and crude fibers, one protein-rich fraction which is suitable for feeding monogastrics is obtained and one fraction containing crude fibers which is suitable for feeding ruminants is obtained, being subjected to a decomposition process in order to increase nutritive value and digestibility.
    • 其中,从壳芯部分和壳的提取物粉与粘接内核部件机械地图案化,本发明涉及用于从来自单胃动物和反刍动物的动物营养常规向日葵向日葵种子,提取物粉的废物游离制备的方法和植物,Materialverklumpungen从提取物粉碎,在 所述壳粘接芯部分被剥离,同时保持和提高了纤维结构和结构化颗粒被分离成两个级分与粗蛋白和粗纤维,由此获得富含蛋白质的馏分作为进料用于单胃动物和不同含量的壳粉碎具有如rohfaserhaltige分数 其随后经受消化过程中提高的营养价值和用于反刍动物的饲养,得到的消化率。