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    • 73. 发明授权
    • Extrusion press and control method for extrusion press
    • 挤压机的挤压机和控制方法
    • US09302304B2
    • 2016-04-05
    • US14342107
    • 2012-08-01
    • Takeharu YamamotoAtsushi YakushigawaKoji Nakano
    • Takeharu YamamotoAtsushi YakushigawaKoji Nakano
    • B21C31/00B21C23/21B21C27/00
    • B21C31/00B21C23/21B21C23/215B21C27/00
    • An extrusion press includes a means which can prevent phenomena in which a billet is blown out during an extrusion process as well as prevent billet blowout with a simple and inexpensive constitution. The extrusion press drives a main cylinder device to extrude, by a stem , a billet filled into a container from a die and form a product. A gap measurement means that measures a gap arising at the container seal surface formed by pressing the die side end surface of the container against the container side end surface of the die is provided on an end platen on the outer edge part of the container side end surface of the die. When the gap arising during the extrusion process is measured and the measured value is within a predetermined range of allowable values, a set value for the extrusion rate is lowered and a warning is issued. When the measured value exceeds the predetermined allowable values, the extrusion process is stopped.
    • 挤压机包括可以防止在挤出过程中坯料被吹出的现象以及以简单且便宜的构造来防止坯料吹出的装置。 挤压机驱动主缸装置,通过杆挤出从模具填充到容器中的坯料并形成产品。 缝隙测量装置设置在容器侧端部的容器侧端部的端部台板上,测量在容器密封面上形成的间隙,该容器密封面通过将容器的模具侧端面压靠在模具的容器侧端面上而形成 模具的表面。 当测量挤出过程中产生的间隙并且测量值在允许值的预定范围内时,挤出速率的设定值降低并发出警告。 当测量值超过预定的允许值时,挤出过程停止。
    • 74. 发明授权
    • Extrusion press device
    • 挤压机
    • US08939002B2
    • 2015-01-27
    • US13201649
    • 2010-01-27
    • Takeharu Yamamoto
    • Takeharu Yamamoto
    • B21C27/00B21C23/21B21C27/04
    • B21C27/00B21C27/04
    • A two-split seal block is enabled, when closed, to come into close contact with an abutment surface of the seal block and an outer circumferential surface of an extrusion stem or fix dummy block via a seal member pasted to the abutment surface of the seal block and a seal member provided on an inner circumferential surface of the seal block and a pressing means capable of pressing and causing a seal member provided on a container side end surface of the seal block against and to come into close contact with a stem side end surface of the container is provided movably in the extrusion direction, and the seal block is provided so as to be capable of opening and closing by rocking in a direction crossing the axial direction of the extrusion stem and at the same time, the seal block is provided so as to be capable of moving in the direction crossing the axial direction of the extrusion stem in an open state.
    • 闭合时能够使两分裂密封块与密封块的邻接表面和挤出杆的外周表面紧密接触,或者通过密封件固定在密封件上,该密封件粘贴到密封件的邻接表面上 块体和设置在密封块的内周面上的密封构件,以及按压装置,其能够使设置在密封块的容器侧端面上的密封构件与杆侧端部紧密接触 容器的表面沿挤出方向可移动地设置,并且密封块设置成能够通过在与挤出杆的轴向方向交叉的方向上摆动来打开和关闭,同时密封块是 设置成能够在打开状态下沿与挤出杆的轴向交叉的方向移动。
    • 76. 发明申请
    • EXTRUSION PRESS AND CONTROL METHOD FOR EXTRUSION PRESS
    • 挤出压力和挤压挤压控制方法
    • US20140216122A1
    • 2014-08-07
    • US14342107
    • 2012-08-01
    • Takeharu YamamotoAtsushi YakushigawaKoji Nakano
    • Takeharu YamamotoAtsushi YakushigawaKoji Nakano
    • B21C31/00B21C23/21
    • B21C31/00B21C23/21B21C23/215B21C27/00
    • Provided are an extrusion press and control method for an extrusion press, provided with a means which can prevent phenomena in which a billet is blown out during an extrusion process as well as prevent billet blowout with a simple and inexpensive constitution. The extrusion press drives a main cylinder device (12) to extrude, by means of a stem (24), a billet (20) filled into a container (18) from a die (16) and form a product (20A). A gap measurement means (60) that measures a gap, during the extrusion process, arising at the container seal surface formed by pressing the die side end surface of the container (18) against the container side end surface of the die (16) is provided on an end platen (10) on the outer edge part of the container side end surface of the die (16). When the gap arising during the extrusion process is measured and the measured value is within a predetermined range of allowable values, a set value for the extrusion rate is lowered and a warning is issued.When the measured value exceeds the predetermined allowable values, the extrusion process is stopped.
    • 提供了一种挤压机的挤压机和控制方法,其具有能够防止在挤出过程中坯料吹出的现象以及以简单且便宜的结构防止坯料吹出的现象的手段。 挤压机驱动主缸装置(12),借助于杆(24)将从坯料(16)填充到容器(18)中的坯料(20)挤出并形成产品(20A)。 缝隙测量装置(60)在压缩过程中产生的容器密封表面上的间隙(60),该容器密封表面通过将容器(18)的模具侧端面压靠在模具(16)的容器侧端表面上而形成。 设置在模具(16)的容器侧端面的外缘部的端板(10)上。 当测量挤出过程中产生的间隙并且测量值在允许值的预定范围内时,挤出速率的设定值降低并发出警告。 当测量值超过预定的允许值时,挤出过程停止。
    • 77. 发明申请
    • INNER SLEEVE FOR A FLAT EXTRUSION CYLINDER AND A FLAT EXTRUSION CYLINDER
    • 平面挤压缸和平面挤压缸内筒
    • US20120125069A1
    • 2012-05-24
    • US12933925
    • 2009-07-28
    • Qing ChenQingwan Fang
    • Qing ChenQingwan Fang
    • B21C25/02B21C27/00
    • B21C25/02B21C25/10B21C27/00
    • An inner sleeve for a flat extrusion cylinder includes an inner sleeve ring piece, an upper insert piece and a lower insert piece. The inner sleeve ring piece is positioned in an intermediate sleeve of the flat extrusion cylinder. The upper insert piece and the lower insert piece are symmetrically disposed on an inner wall of the inner sleeve ring piece to form an inner sleeve working die cavity of the flat extrusion cylinder. Arc surfaces of two insert pieces match with the arc inner wall of the inner sleeve ring piece, so as to improve the stress distribution at interface portions between the flat surface and the arc surface of the inner sleeve working die cavity. When the flat extrusion cylinder is operated, the insert pieces will make a minor displacement in upward and downward direction due to the pressure from the inner sleeve working die cavity, such that the inner sleeve ring piece is elastically deformed in a circumferential direction, thereby generating a resisting force against the peak stress in the cylinder. In the flat extrusion cylinder according to the present invention, concentrated internal stress is uniformly transmitted to the inner sleeve ring piece, which decreases the peak stress in dangerous sections and achieves cylinder-type stress distribution in the flat extrusion cylinder. Thus, the stress received by the inner sleeve ring piece is distributed uniformly, thereby increasing the lifespan of the entire flat extrusion cylinder.
    • 用于扁平挤出圆筒的内套筒包括内套筒环件,上插件件和下插件件。 内套环环件位于扁平挤压缸的中间套筒中。 上部插入件和下部插入件对称地设置在内部套筒环件的内壁上,以形成扁平挤压缸的内部套筒工作模腔。 两个插入件的圆弧表面与内套筒环件的弧形内壁相匹配,以改善内套筒工作模腔的平坦表面与圆弧表面之间的界面部分处的应力分布。 当扁平挤压圆筒工作时,由于来自内套筒工作模腔的压力,插入件将在上下方向上产生较小的位移,使得内套筒环件在圆周方向上弹性变形,从而产生 抵抗气缸中的峰值应力的抵抗力。 在根据本发明的扁平挤出圆筒中,集中的内应力均匀地传递到内套筒环件,这降低了危险部分中的峰值应力,并在扁平挤出圆筒中实现了圆筒型应力分布。 因此,内套筒环件接收的应力均匀分布,从而提高了整个扁平挤压圆筒的使用寿命。
    • 78. 发明授权
    • Method of forging and forging equipment
    • 锻造和锻造设备的方法
    • US6000269A
    • 1999-12-14
    • US063252
    • 1998-04-20
    • Tetsuji Kataoka
    • Tetsuji Kataoka
    • B21C25/02B21C27/00B21J5/00B21J5/02B21J13/02
    • B21J5/00B21C25/02B21C27/00B21J13/02
    • Forging equipment and techniques prevent damage to the die set while also preventing abnormal flow of the material used in the forging process. In one embodiment, the forging equipment comprises a die set with a holding portion, constructed separate from the guiding portion. The holding portion is configured to accommodate the workpiece material and the punch portion as it is dropped down on the workpiece. At the comer where the holding portion and the guiding portion meet, the holding portion forms a retaining cavity, which has a sufficient size to accommodate a metal sealing assembly. The metal sealing assembly at one end terminates in an angled material contacting surface that prevents formation of cracks and abnormal flow of material away from its intended path of flow.
    • 锻造设备和技术可防止模具损坏,同时防止锻造过程中使用的材料异常流动。 在一个实施例中,锻造设备包括具有保持部分的模具,其与引导部分隔开构造。 保持部被配置为在工件材料和冲头部分下落在工件上时容纳该冲头部分。 在保持部分和引导部分相遇的拐角处,保持部分形成一个保持空腔,其具有足够的尺寸以容纳金属密封组件。 金属密封组件的一端终止于倾斜的材料接触表面,防止裂纹的形成和材料的异常流动远离其预期的流动路径。
    • 80. 发明授权
    • Apparatus for aligning extrusion producing members of a press
    • 用于对准挤压生产压机的部件的设备
    • US4244205A
    • 1981-01-13
    • US899953
    • 1978-04-25
    • Raymond F. Boshold
    • Raymond F. Boshold
    • B21C23/08B21C23/21B21C27/00B21C23/00
    • B21C27/00B21C23/085B21C23/214
    • An arrangement for obtaining proper alignment of parts and proper sealing of parts in an extrusion press having an offset supporting shaft rotatably carrying a container holder assembly and two or more containers into which heated billets are placed to be brought to the extrusion station. A set of aligning keys diametrically opposite each other on both ends of each container engage with a corresponding set of keyways in a sealing member and a die slide respectively. Clearances provided between the containers and the container holder and between other keys and keyways used to mount the containers in the container holder allowing the containers to be moved in a direction to enable the sets of aligning keys to engage the keyways in the die slide and the sealing member to align the containers when in the extrusion station to other components of the press and to maintain these three elements in the aligned position with respect to the slide and sealing member, and in addition, the sealing member is guided on the same guideways as the main crosshead carrying the extrusion stem and mandrel.
    • 一种用于获得部件的适当对准并且在挤压机中适当密封零件的装置,其具有可旋转地承载容器保持器组件的偏移支撑轴和放置加热的坯料的两个或更多个容器被带到挤出站。 在每个容器的两端上彼此直径相对的一组对准键分别与密封构件和模具滑块中的对应的一组键槽相接合。 在容器和容器保持器之间以及用于将容器安装在容器保持器中的其他键和键槽之间提供的间隙允许容器沿一个方向移动以使得该组对准键能够接合模具滑块中的键槽和 密封构件,用于在挤出站中将容器对准压制机的其它部件,并将这三个元件相对于滑动和密封构件保持在对准位置,此外,密封构件在相同的导轨上被引导, 主十字头承载挤压杆和心轴。