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    • 3. 发明授权
    • Two-high rolling stand for bar and/or wire rolling mill
    • 用于棒材和/或线材轧机的两辊轧机
    • US4392370A
    • 1983-07-12
    • US198593
    • 1980-10-20
    • Per-Olof Strandell
    • Per-Olof Strandell
    • B21B13/02B21B31/30B21B31/02
    • B21B31/30B21B13/02
    • A two-high rolling stand (1) for bar and/or wire rolling mill. The rolling stand (1) is characterized in that a roll package, which substantially comprises a pair of rolls (13) with their axial directions in parallel and necessary bearing devices (14) with bearings and bearing housings for supporting said rolls (13), is located between two side plates (16) or the like, which are in parallel with each other, and of which each plate (16) is arranged with its main extension plane (17) substantially in parallel with a plane through the centre lines of the rolls (13). The roll pair further is characterized in that the side plates (16) on opposed sides of said roll package are arranged to take up roll forces via two end members (18), and that the roll package is arranged so as directly and/or indirectly to rest against the end members (18).A further characterizing feature is that said end members (18) are arranged so as to permit adjustment of the roll distance, so-called roll gap adjustment.
    • 用于棒材和/或线材轧机的两辊轧机(1)。 轧制机架(1)的特征在于,辊组件基本上包括一对其平行的轴向方向的辊(13)和具有用于支撑辊(13)的轴承和轴承壳体的必需轴承装置(14) 位于彼此平行的两个侧板(16)或类似物之间,并且其中每个板(16)布置成其主延伸平面(17)基本上与穿过中心线的平面平行 辊(13)。 辊对的特征还在于,所述辊包装的相对侧上的侧板(16)布置成经由两个端部构件(18)卷取辊力,并且辊包装被布置成直接和/或间接地 以抵靠端部构件(18)。 进一步的特征是所述端部构件(18)被布置成允许调整辊距离,即所谓的辊间隙调节。
    • 4. 发明授权
    • Method and apparatus for forging sections
    • 锻造部分的方法和装置
    • US4363234A
    • 1982-12-14
    • US212126
    • 1980-12-02
    • Per-Olof Strandell
    • Per-Olof Strandell
    • B21B1/088B21B1/08B21J1/04B21J5/00B21J5/06B21J7/14B22D11/12B21D41/00
    • B21B1/0883B21J1/04B21J5/00B21J7/14
    • A method and an apparatus, FIG. 1, for manufacturing sections (9,10,11), preferably for manufacturing beam preforms.The method is characterized in that a blank (7) with rectangular or square cross-section is forged between a pair of web tools (1,2), in that the web tools (1,2) are moved to and from each other for forming a web portion (9) on said blank (7), and is forged against flange tools (3,4), in that the tools are moved to and from the web tools (1,2) in a direction perpendicular to the direction of movement of the web tools. The blank portion located between the web tools (1,2) and respective flange tool (3,4) is upset to form flange portions (10,11) between the flange tool (3,4) and respective sides (1',2',1",2") of the web tools (1,2).The method further is characterized in that the blank (7) successively and in steps is fed in between the web tools (1,2) and successively and in steps is deformed by means of said tools (1,2,3,4).
    • 一种方法和装置, 1,制造部分(9,10,11),优选用于制造束预制件。 该方法的特征在于,在一对腹板工具(1,2)之间锻造具有矩形或正方形横截面的坯料(7),因为腹板工具(1,2)彼此移动并相互移动, 在所述坯料(7)上形成腹板部分(9),并且与所述坯料(7)形成一个腹板部分(9),并且与所述工具(29)沿垂直于所述方向 的网页工具的运动。 位于腹板工具(1,2)和相应的法兰工具(3,4)之间的空白部分不适应,以在法兰工具(3,4)和相应的侧面(1',2)之间形成凸缘部分(10,11) ',1“,2”)。 该方法的特征还在于,坯料(7)连续地并逐步地进入到幅材工具(1,2)之间,并且依次通过所述工具(1,2,3,4)而变形。