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    • 1. 发明授权
    • Tube forming machine using three point bending
    • 管成型机采用三点弯曲
    • US06223575B1
    • 2001-05-01
    • US09378722
    • 1999-08-23
    • Yukio KusakabeKazuo OmuraHirokazu Mori
    • Yukio KusakabeKazuo OmuraHirokazu Mori
    • B21D3902
    • B21C37/083B21D5/12
    • A tube forming machine for making a tube from a sheet is disclosed. The forming rolls of this invention include various V-shaped rolls at least some of which are used as part of a three-point bending technique. The three-point bending technique entails the use of a V-shaped bottom roll and a narrow top roll. The sheet is shaped running the sheet through a gap between the narrow top roll and the V-shaped bottom roll. The technique allows a wide variety of tubing to be made from the same set of forming rolls, because the curvature obtained in a sheet can be varied by opening or closing the gap. A V-shaped forming roll disclosed herein is also used at a pinch roll stand with a second complementary V-shaped roll. The pinch roll stand of this invention creates an initial V-shaped sheet which facilitates the threading of the sheet at the start of a forming operation. Brimmed rolls are also disclosed. Brimmed rolls have a relatively sharp included angle, and are used to engage the edges of a sheet and to press the sheet against a single bottom roll in brimmed roll stand.
    • 公开了一种用于从片材制造管子的成形机。 本发明的成形辊包括各种V形辊,其中至少一些用作三点弯曲技术的一部分。 三点弯曲技术需要使用V形底辊和窄顶辊。 片材通过窄的顶辊和V形底辊之间的间隙成形为运行片材。 该技术允许由相同组的成形辊制成各种管道,因为通过打开或关闭间隙可以改变在片材中获得的曲率。 本文公开的V形成形辊也用于具有第二互补V形辊的夹送辊架。 本发明的夹送辊架能够在成型操作开始时形成初始的V形片材,其有利于片材的穿线。 还披露了卷边卷。 边缘辊具有相对尖锐的夹角,并且用于接合片材的边缘并将片材压靠在边缘辊架中的单个底部辊子上。
    • 4. 发明申请
    • BUMPER BEAM ATTACHMENT STRUCTURE FOR VEHICLE
    • 用于车辆的缓冲梁附件结构
    • US20060017294A1
    • 2006-01-26
    • US11174878
    • 2005-07-05
    • Kazuo OmuraKeiichi HondaToshihiko Suzuki
    • Kazuo OmuraKeiichi HondaToshihiko Suzuki
    • B60R19/03
    • B60R19/18B60R19/34B60R2019/182B60R2019/1866
    • A vehicle bumper beam attachment structure includes a shock-absorbing extension member through which a bumper beam is attached to a vehicle body. The extension member is formed from an aluminum extruded hollow profile and includes a rear wall for abutment with the vehicle body, an inner sidewall extending convexly from an inner end the rear wall toward the bumper beam, a central sidewall extending from a central portion of the rear wall in substantially the same direction as the inner sidewall, a first front wall connecting distal ends of the inner and central sidewalls, a branched sidewall branched off from the central sidewall and extending convexly toward the bumper beam, an outer sidewall extending from an outer end of the rear wall toward the bumper beam, and a second front wall connecting distal ends of the branched and outer sidewalls.
    • 车辆缓冲梁附接结构包括缓冲延伸构件,保险杠梁通过该缓冲延伸构件附接到车身。 延伸构件由铝挤压中空型材形成,并且包括用于与车体邻接的后壁,从内壁朝向保险杠梁凸出的内侧壁,从中心侧壁延伸的中心侧壁 后壁与所述内侧壁基本相同的方向;第一前壁,其连接所述内侧壁和中心侧壁的远端;分支侧壁,从所述中心侧壁分支并且朝向所述缓冲梁凸出地延伸;外侧壁, 后壁朝向保险杠梁的端部,以及连接分支和外侧壁的远端的第二前壁。
    • 10. 发明授权
    • Weld bead cutter mechanism
    • 焊珠切割机构
    • US5368218A
    • 1994-11-29
    • US84478
    • 1993-07-01
    • Kazuo Omura
    • Kazuo Omura
    • B21C37/30B21C37/08B23B25/02B23D1/24B23K37/08B23D1/08
    • B23B25/02B21C37/0811Y10T409/50164
    • A weld bead cutter mechanism continuously planes weld beads projecting from the seam weld zone of an electric seamed steel pipe. The weld bead cutter mechanism fits into an assembly line for manufacturing electric seamed steel pipe right after equipment which continuously molds sheet metal and welds the seam. The weld bead is planed off from the steel pipe by a planing blade, bent by a guide shoe fixed to the planing blade holder, and automatically guided through a groove in a bead guide to a rotary bead chopper. The weld bead is then chopped into small pieces as the rotary bead chopper chops it against a stationary blade. The distance between the planing blade and the rotary bead chopper is minimized by the use of the guide shoe and bead guide, which ensures a stable weld bead movement. The weld bead cutter mechanism operates without requiring manual guidance of the weld bead, which greatly reduces the risk of a labor accident. The chopped pieces of weld bead fall into a disposal bucket or onto a waste discharge conveyor, so the invention does not need to be stopped periodically to remove accumulated weld bead. As a result, the invention and the electric seamed steel pipe assembly line can be run continuously for long periods of time.
    • 焊缝切割机构连续地从电缝合钢管的缝焊区域突出出的焊缝。 焊珠切割机构适合用于制造电焊缝钢管的装配线,其后续设备连续地模制钣金并焊接接缝。 焊缝通过刨刀从钢管上排出,由固定到刨刀刀架上的导靴弯曲,并自动地通过胎圈引导件中的槽导向旋转胎圈切碎器。 然后将该焊道切成小片,因为旋转珠粒切碎机将其切割成固定刀片。 通过使用导靴和胎圈引导件,刨刀和旋转胎圈切碎机之间的距离被最小化,这确保了稳定的焊道移动。 焊缝切割机构在不需要手动引导焊道的情况下进行操作,这大大降低了劳动事故的风险。 切割的焊缝碎片落入处理桶或废料排放输送机,因此本发明不需要定期停止以除去积聚的焊道。 结果,本发明和电接缝钢管装配线可以长时间连续运行。