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    • 14. 发明授权
    • Filling device for at least two granular materials and filling method using such a device
    • 用于至少两种颗粒材料的填充装置和使用这种装置的填充方法
    • US08316896B2
    • 2012-11-27
    • US12600061
    • 2008-05-21
    • Pascal RevirandLuc Federzoni
    • Pascal RevirandLuc Federzoni
    • B65B1/00
    • B22F3/004B28B13/022B28B13/028B30B15/302B30B15/306B65B1/14
    • A filling device, enabling simultaneous filling with at least two granular materials, without mixing them, includes an inner hopper supplying a first type of material and an outer hopper supplying a second type of material, and a dispenser arranged downstream from the hoppers. The dispenser includes a central passageway arranged directly opposite the inner hopper, and a deflecting mechanism towards the exterior of the dispenser arranged directly opposite the outer hopper. The deflecting mechanism at least partially borders the central passageway. The dispenser is capable of rotating about a longitudinal axis, the direction of which is the mean direction of flow, in which the dispenser includes a central shaft including an upper end opposite the inner hopper forming a deflecting surface for the first type of material coming from the inner hopper.
    • 填充装置能够同时填充至少两种颗粒材料而不混合它们,包括供应第一类型材料的内料斗和供应第二类型材料的外料斗,以及布置在料斗下游的分配器。 分配器包括直接与内料斗相对布置的中心通道,以及朝与外料斗正对侧布置的分配器外部的偏转机构。 偏转机构至少部分地邻接中心通道。 分配器能够围绕纵向轴线旋转,其纵向方向是平均流动方向,其中分配器包括中心轴,该中心轴包括与内部料斗相对的上端,形成用于来自第一类型的材料的偏转表面 内料斗。
    • 15. 发明申请
    • FILLING DEVICE FOR AT LEAST TWO GRANULAR MATERIALS AND FILLING METHOD USING SUCH A DEVICE
    • 用于最少两种颗粒材料的填充装置和使用这种装置的填充方法
    • US20100320223A1
    • 2010-12-23
    • US12600061
    • 2008-05-21
    • Pascal RevirandLuc Federzoni
    • Pascal RevirandLuc Federzoni
    • B65B1/04
    • B22F3/004B28B13/022B28B13/028B30B15/302B30B15/306B65B1/14
    • A filling device, enabling simultaneous filling with at least two granular materials, without mixing them, includes an inner hopper supplying a first type of material and an outer hopper supplying a second type of material, and a dispenser arranged downstream from the hoppers. The dispenser includes a central passageway arranged directly opposite the inner hopper, and a deflecting mechanism towards the exterior of the dispenser arranged directly opposite the outer hopper. The deflecting mechanism at least partially borders the central passageway. The dispenser is capable of rotating about a longitudinal axis, the direction of which is the mean direction of flow, in which the dispenser includes a central shaft including an upper end opposite the inner hopper forming a deflecting surface for the first type of material coming from the inner hopper.
    • 填充装置能够同时填充至少两种颗粒材料而不混合它们,包括供应第一类型材料的内料斗和供应第二类型材料的外料斗,以及布置在料斗下游的分配器。 分配器包括直接与内料斗相对布置的中心通道,以及朝与外料斗正对侧布置的分配器外部的偏转机构。 偏转机构至少部分地邻接中心通道。 分配器能够围绕纵向轴线旋转,其纵向方向是平均流动方向,其中分配器包括中心轴,该中心轴包括与内部料斗相对的上端,形成用于来自第一类型的材料的偏转表面 内料斗。
    • 16. 发明申请
    • HIGH POWER ROTATIONAL CYCLE MOULDING METHOD AND DEVICE
    • 高功率旋转循环成型方法及装置
    • US20100072666A1
    • 2010-03-25
    • US12514980
    • 2007-11-23
    • Klaus Gebert
    • Klaus Gebert
    • B29C47/00B28B5/00
    • B30B11/14B30B15/0082B30B15/302B30B15/306B30B15/34
    • The invention relates to a device for forming mouldable bodies (57) from a mouldable mass by means of a matrix grid (19), in which at least one cavity (21) is formed by lateral limiting elements (20), and at least one tool (17, 18) which compresses the mouldable mass into the cavity (21). The inventive device is characterised by a compression partition (38) that can be displaced on the matrix grid (19) for portioning the mouldable mass. Said compression partition (38) comprises lateral limiting elements (39) that correspond to the lateral limiting elements (20) of the matrix grid (19). The invention also relates to a method for forming mouldable bodies (57) consisting of forming a mouldable mass and guiding it to a matrix grid (19) such that it rests on the front face (45) of the lateral limiting elements (20) of the matrix grid (19). A compression partition (38) with lateral limiting elements (39), that correspond to the lateral limiting elements (20) of the matrix grid (19), is displaced towards the matrix grid (19) to reduce the part (14A) of the mouldable mass on the lateral limiting elements (20) of the matrix grid (19) in the direction of a cavity (21) formed by the matrix grid (19) between the lateral limiting elements (20), thus portioning the mouldable mass. At least one tool (17, 18) compresses the portions of the mouldable mass in the cavity (21).
    • 本发明涉及一种用于通过矩阵格栅(19)从可模制物体形成可塑体(57)的装置,其中至少一个空腔(21)由横向限制元件(20)形成,并且至少一个 工具(17,18),其将可模制物质压缩到空腔(21)中。 本发明的装置的特征在于可以在矩阵网格(19)上移位用于分割可模制物料的压缩分隔件(38)。 所述压缩分隔件(38)包括对应于矩阵网格(19)的侧向限制元件(20)的横向限制元件(39)。 本发明还涉及一种用于形成可塑体(57)的方法,所述可塑体(57)包括形成可模制质量并将其引导到矩阵网格(19),使得其搁置在横向限制元件(20)的前表面(45)上 矩阵网格(19)。 具有与矩阵栅格(19)的横向限制元件(20)相对应的侧向限制元件(39)的压缩分隔件(38)朝向矩阵格栅(19)移位,以减小矩形栅格(19)的部分(14A) 在矩形栅格(19)的横向限制元件(20)上,在由侧向限制元件(20)之间的矩阵栅格(19)形成的空腔(21)的方向上的可模制质量,从而分配可模制物体。 至少一个工具(17,18)压缩空腔(21)中的可模制物料的部分。
    • 19. 发明授权
    • Method and apparatus for the manufacture of compacts
    • 用于制造压块的方法和装置
    • US07264763B2
    • 2007-09-04
    • US10847668
    • 2004-05-18
    • Gernot von HaasDetlef Kroll
    • Gernot von HaasDetlef Kroll
    • B29C43/04
    • B30B15/302B27N3/08B27N5/00B30B11/02B30B11/14B30B15/32
    • A method for the manufacture of compacts from comminuted material (12) such as lignocellulose material and/or other combustible material for burning in hearths, wherein the material (12) is placed into openings (11) of a mold (4) and then compressed to form compacts. The filling of a mold (4) with the material (12) and the compaction of the material (10) to form compacts (10) is performed in the pressing chamber (18) of a multi-platen press (1) with plungers (7) plunging into many openings (11) of a mold (4), and after compaction the mold (4) with the ram (3) is raised and additionally urged against the ram, while the finished compacts are driven out of the mold and then are pushed out of the press chamber (18) into a container (16) by an ejecting device. Moreover, an installation for the practice of the method includes a hopper (9) and a multi-platen press (1) with a mold raising-and-lowering device (14).
    • 用于从粉碎材料(12)如木质纤维素材料和/或用于在炉床中燃烧的其它可燃材料制造压块的方法,其中将材料(12)放置在模具(4)的开口(11)中,然后压缩 形成契约。 在具有柱塞的多压板压机(1)的压力室(18)中进行用材料(12)填充模具(4)和压实材料(10)以形成压块(10) 7)插入模具(4)的许多开口(11)中,并且在压实之后,具有冲头(3)的模具(4)被升高并且另外被推靠在冲头上,而成品压块被驱出模具, 然后通过喷射装置从压力室(18)推出到容器(16)中。 此外,用于实施该方法的装置包括具有模具升降装置(14)的料斗(9)和多压板机(1)。