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    • 1. 发明申请
    • COOLING GRID FOR BULK MATERIAL
    • 冷却烤架BULK
    • WO02081994A3
    • 2002-11-28
    • PCT/EP0203804
    • 2002-04-05
    • BMH CLAUDIUS PETERS GMBHMEYER HARTMUTSTAAK THOMASBRUNET DOMINIQUEMOELLER ULRICH
    • MEYER HARTMUTSTAAK THOMASBRUNET DOMINIQUEMOELLER ULRICH
    • B65G25/00F27D15/02F28C3/16
    • B65G25/00F27D15/0213F27D2015/0226F27D2015/0246
    • The invention relates to a cooling grid for bulk material, comprising a carrier plate (2) for receiving a layer (8) of the product to be cooled, and transporting elements for transporting the product to be cooled (8) in a direction of transport (81) on the static carrier plate (2), said transporting elements comprising sliders (5) which are arranged in such a way that they can be displaced on the side of the carrier plate (2) which is loaded with the product to be cooled (8), and a drive (3) which is arranged on the other side of the carrier plate (2) and is used to carry out a lifting movement (9). An opening (22) in the carrier plate (2) and a translator guided through the same are associated with each slider, said translator connecting the slider (5) to the drive (3). The openings (22) of said carrier plate (2) are respectively provided with a collar (23) comprising a seal (7) acting between the translator (4) and the collar (23), at least in the direction of transport, at the front and at the rear.
    • 冷却散装材料篦具有支撑板(2),用于接收层(8)的要被冷却的产品输送部件用于在静止的支承板(2),其作用于与冷藏产品在输送方向(81)运送冷却货物(8)(8) 所述支撑板的侧面(2)可移动地布置滑动件(5)布置并在支撑板的另一侧(2)的驱动器(3)用于执行一个行程运动(9),其中,每个滑动件(5)具有在所述开口(22) 支撑板(2)和一个由运行变压器(4)相关联,其连接所述滑动件(5)与所述驱动器(3),其中所述支撑板(2)在所述开口(22),每一个具有一个套环(23)提供 中,前部和后部的发射器(4)和套环(23)之间具有在输送方向上至少(81)作用的密封件(7)。
    • 2. 发明申请
    • COOLING GRID FOR A BULK MATERIAL COOLING DEVICE
    • 散热器散热器散热器
    • WO02081995A3
    • 2002-11-28
    • PCT/EP0203805
    • 2002-04-05
    • BMH CLAUDIUS PETERS GMBHSTAAK THOMASSUER ULRICHWALLACE ARCHIBALD
    • STAAK THOMASSUER ULRICHWALLACE ARCHIBALD
    • F27D15/00F27D15/02C04B7/47
    • F27D15/02F27D15/0213F27D15/022
    • The invention relates to a cooling grid for a bulk material cooling device, especially for a combustion product (8) such as cement clinker, the upper side of which forms a carrier surface supporting the combustion product (8) to be cooled. Said cooling grid (1) consists of a plurality of fixed, partially overlapping profiles (4), between which gas channels (5) are formed. Said profiles (4) have the same form and comprise a central part (41) in addition to outer parts (42, 43) which are bent in an opposite direction to the central part (41). The profiles (4) are arranged in such a way that each one of the gas channels (5) is formed between two respective outer parts (42', 43) of two directly adjacent profiles (4, 4'). A carrier (3) is preferably provided, said carrier comprising receiving elements (36) defining the position of the profiles (4).
    • 冷床用于散装材料冷却器,特别是用于燃烧的材料(8),例如水泥熟料,的形成支撑材料的顶部被冷却的燃烧材料(8)的支撑表面,所述冷却炉篦(1)从多个固定部分交形轮廓(4)组成,间 该气体通流通道(5)形成,其中,所述形轮廓(4)具有其在相反的方向上的中央部(41)成角度相同的形状和中间部分(41)和外部分(42,43)时,形轮廓(4)配置成 是在两个直接相邻的形状型材(4,4')的每个外部部分(42',43)之间形成每个气体通路(5)。 优选地,提供载体(3),其具有用于成型型材(4)的定位容器(36)。
    • 3. 发明申请
    • COOLER FOR BULK MATERIAL HAVING A SEALING DEVICE BETWEEN ADJOINING CONVEYING PLANKS
    • COOLER对于批量与密封部件之间近域资金木板
    • WO2008017500A9
    • 2009-04-09
    • PCT/EP2007007102
    • 2007-08-10
    • PETERS CLAUDIUS TECH GMBHDIKTY MARIOHILGRAF PETERSTAAK THOMASSPRINZ UWEMEYER HARTMUTBOCK UWEKNABBE JOERNKOEBERER GUENTHER
    • DIKTY MARIOHILGRAF PETERSTAAK THOMASSPRINZ UWEMEYER HARTMUTBOCK UWEKNABBE JOERNKOEBERER GUENTHER
    • F27D15/02B65G25/06
    • F28C3/16B65G25/065F26B17/26F27D15/0213F28F2230/00
    • A device for cooling bulk material having a grid (5), through which a cooling gas flows, comprising several planks (51-53) that can be moved back and forth in the conveying direction, and a sealing device (7) between the planks (51-53), which has outer and inner sealing devices (70, 74) that are spatially separated from each other. According to the invention it is provided that the sealing device (7) has a conveying channel (8) between the sealing devices (70, 74) extending lengthwise along the planks (51-53), on which a gas inlet is configured for bringing about a gas flow lengthwise along the conveying channel (8). Any bulk material penetrating through the outer sealing device may be transported off before it can reach and migrate into the inner sealing device (74). The undesired falling through of material is significantly reduced. Due to the invention it is not necessary to configure the seals in a tight manner, in which they would inevitably be prone to wear and tear. Rather, they can be configured in a wear resistant manner. Although this requires a certain introduction of bulk material, the same, however, is transported off by means of the conveying channel (8) according to the invention. The invention combines an outstanding sealing effect with excellent wear resistance.
    • 用于冷却散装材料的装置的通过冷却气体篦流(5)包括多个在输送方向上游侧和移回木板(51-53)和密封装置(7)的板块(51-53)之间,所述空间上分离的外和 内密封装置(70,74)。 根据本发明,提供的是所述密封装置(7)沿所述木板包含(51-53)上运行的输送通道(8)的密封装置(70,74)中,向其中一个气体供给被配置为使气体的沿着所述输送通道的流动(8)之间 , 通过外密封装置已经渗透散装材料可以被运走之后才能到达内密封元件(74)和横动。 掉落不需要的材料显著减少。 由于本发明,没有必要进行紧密密封,它们将不可避免地容易磨损哪个。 它们可以被设计成穿低相当。 这的确需要散装材料的特定条目,但是这是通过根据本发明的输送通道(8)的输送。 本发明结合了优良的耐磨损性优良的密封效果。
    • 7. 发明专利
    • DE10117226A1
    • 2002-10-10
    • DE10117226
    • 2001-04-06
    • BMH CLAUDIUS PETERS GMBH
    • BRUNET DOMINIQUEMEYER HARTMUTMOELLER ULRICHSTAAK THOMAS
    • B65G25/00F27D15/02F28C3/16
    • The invention relates to a cooling grid for bulk material, comprising a carrier plate (2) for receiving a layer (8) of the product to be cooled, and transporting elements for transporting the product to be cooled (8) in a direction of transport (81) on the static carrier plate (2), said transporting elements comprising sliders (5) which are arranged in such a way that they can be displaced on the side of the carrier plate (2) which is loaded with the product to be cooled (8), and a drive (3) which is arranged on the other side of the carrier plate (2) and is used to carry out a lifting movement (9). An opening (22) in the carrier plate (2) and a translator guided through the same are associated with each slider, said translator connecting the slider (5) to the drive (3). The openings (22) of said carrier plate (2) are respectively provided with a collar (23) comprising a seal (7) acting between the translator (4) and the collar (23), at least in the direction of transport, at the front and at the rear.