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    • 4. 发明授权
    • Press brake
    • 按制动
    • US09278384B2
    • 2016-03-08
    • US14437353
    • 2013-10-22
    • ADIRA, S.A.
    • Antonio Da Silva Alves
    • B21D7/06B21D5/00B30B15/04B30B15/24B30B15/18B30B15/00B21D5/02
    • B21D5/002B21D5/0209B21D5/0272B30B15/0041B30B15/041B30B15/047B30B15/18B30B15/24
    • Press brake (1) comprising a top tool (2) and a bottom tool (3), for bending or pressing workpieces between said opposing tools; a displaceable upper beam (4), wherein the top tool (2) is mounted upon; a bottom beam (5), wherein the bottom tool (3) is mounted upon; a load bearing frame (61) mounted extending transversally, comprising a concave opening, wherein the bottom beam (5) is mounted on the bottom part; force means (7) mounted between the upper beam (4) and the upper part of the load bearing frame (61) for opposing the upper and lower tools (2, 3); an alignment frame (62) mounted extending transversally, comprising a concave opening, wherein the bottom beam (5) is mounted on the bottom part of the alignment frame (62); sliding means (8) mounted between the upper beam (4) and the upper part of the alignment frame (62).
    • 包括顶部工具(2)和底部工具(3)的按压制动器(1),用于在所述相对的工具之间弯曲或压制工件; 可移动的上梁(4),其中顶部工具(2)安装在其上; 底梁(5),其中底部工具(3)安装在其上; 承载框架(61),其横向延伸安装,包括凹形开口,其中所述底部梁(5)安装在所述底部上; 安装在所述上梁(4)和所述承载架(61)的上部之间的用于与所述上部和下部工具(2,3)相对的力装置(7)。 安装成横向延伸的对准框架(62),包括凹形开口,其中所述底部梁(5)安装在所述对准框架(62)的底部上; 安装在上梁(4)和对准框架(62)的上部之间的滑动装置(8)。
    • 6. 发明授权
    • Compression apparatus and method
    • 压缩装置及方法
    • US08561533B2
    • 2013-10-22
    • US12838127
    • 2010-07-16
    • Murray J. Burke
    • Murray J. Burke
    • B30B11/00B30B15/18B30B15/30
    • B30B11/265B30B9/125B30B9/18B30B11/224B30B11/24
    • An apparatus is provided for compressing a loose solid feedstock. The apparatus includes a two stage compressor. The first compression stage is a screw compressor. The second compressor stage is a reciprocating compressor. The reciprocating compressor operates co-axially with, and receives its feed from, the screw compressor. A choke cone maintains pressure in the outfeed from the compressor stages. The reciprocating compressor includes a piston that is driven by a pair of hydraulic rams. The position and operation of the hydraulic rams, the screw conveyor, and the choke cone is monitored by sensors. The reciprocating compressor, the screw conveyor, and the choke cone are all adjustable in real time to control the compression of the feedstock according to a pre-programmed schedule that need not have equal compression and retraction strokes. The operation of the screw conveyor may be advanced or eased off depending on the motion of the reciprocating compressor. The operation of the choke cone may be actively controlled to obtain a coordination with the compressor stages.
    • 提供了用于压缩松散固体原料的装置。 该装置包括两级压缩机。 第一压缩级是螺杆式压缩机。 第二压缩机级是往复式压缩机。 往复式压缩机与螺杆式压缩机共同轴承并接收其进给。 扼流圈保持来自压缩机级的出料口的压力。 往复式压缩机包括由一对液压柱塞驱动的活塞。 传感器监测液压柱塞,螺旋输送机和扼流圈的位置和操作。 往复式压缩机,螺旋输送机和扼流圈都可以实时调节,以根据不需要具有相等的压缩和回缩冲程的预编程调度来控制原料的压缩。 螺旋输送机的操作可以根据往复式压缩机的运动而前进或减轻。 可以主动地控制扼流圈的操作以获得与压缩机级的协调。
    • 7. 发明授权
    • Split marine trash compactor system
    • 拆分海洋垃圾压实机系统
    • US07500429B2
    • 2009-03-10
    • US11529079
    • 2006-09-28
    • Martin A. Willamor
    • Martin A. Willamor
    • B30B15/18
    • B30B9/3057
    • A split-trash compacting system for a vessel having a plurality of compartments comprising a trash compacting assembly disposed in a first compartment of the vessel readily accessible to persons on the vessel for receiving and compacting trash. At least one fluid actuator unit is provided for forcing the compacting head downward into a trash bin for compacting trash during a compaction cycle and retracting the compacting head during a retraction cycle. A fluid actuating assembly is disposed in a second compartment of the vessel remote from the trash compacting assembly for supplying pressurized fluid to the trash compacting assembly for actuating the fluid actuator unit. At least one fluid line connecting the fluid actuator in the first compartment and the fluid actuating assembly in the second compartment.
    • 一种用于容器的分裂垃圾压实系统,其具有多个隔室,所述多个隔间包括设置在容器的容器中易于接收和压实垃圾的容器的容器的第一隔室中的垃圾压实组件。 提供至少一个流体致动器单元,用于将压实头向下压入垃圾箱,以在压缩循环期间压实垃圾,并在收回循环期间收缩压实头。 流体致动组件设置在远离垃圾压实组件的容器的第二隔室中,用于将加压流体供应到用于致动流体致动器单元的垃圾压实组件。 连接第一隔室中的流体致动器和第二隔室中的流体致动组件的至少一个流体管线。
    • 10. 发明授权
    • Method for operating a bending press and bending press, especially a folding bending press
    • 弯曲压力机和弯曲压力机的操作方法,特别是折叠式压力机
    • US06871521B2
    • 2005-03-29
    • US10364890
    • 2003-02-12
    • Gerhard Sperrer
    • Gerhard Sperrer
    • B21D5/02G06F15/46B30B15/18
    • B21D5/02Y10S72/702
    • A method of operating a bending press, in particular an edging press, and a bending press for carrying out this method. For each drive of a drive arrangement, the actual pressing force is detected for the displaceable press beam during a bending process for the workpiece and a relative position of the pressing tool or tools by reference to the longitudinal extension of the press beams is determined on the basis of a force ratio. Different displacement paths of the drives and the displaceable press beam at the respective force-application point of the drive are then determined in an evaluation and/or computer unit, which is provided with a data memory for production and machine data, and corresponding control signals for the drive system are generated in the control unit and actuator elements of the drives are displaced by the displacement paths determined for each drive.
    • 一种弯曲压力机,特别是边缘压力机的操作方法和用于实施该方法的弯曲压力机。 对于驱动装置的每个驱动器,在工件的弯曲过程期间检测可移动的压力梁的实际按压力,并且通过参考压力梁的纵向延伸来确定按压工具或工具的相对位置 力比的基础。 然后在被提供有用于生产和机器数据的数据存储器的评估和/或计算机单元中确定驱动器和驱动器的相应的力施加点处的可移动压力梁的不同位移路径,以及相应的控制信号 因为在控制单元中产生驱动系统,并且驱动器的致动器元件被为每个驱动器确定的位移路径移动。