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    • 1. 发明公开
    • MOLDING APPARATUS
    • FORMVORRICHTUNG
    • EP3134217A1
    • 2017-03-01
    • EP14796543.8
    • 2014-04-21
    • Sumitomo Heavy Industries, Ltd.Linz Research Engineering Co., Ltd.
    • UENO, NoriedaISHIZUKA, MasayukiSAIKA, MasayukiKOMATSU, Takashi
    • B21D26/039B21D26/041
    • H05B3/0004B21D26/039B21D26/041C21D1/60C21D1/673C21D7/13C21D9/0062C21D9/08H05B3/023H05B3/03
    • A molding apparatus capable of improving the quality of a molded article is provided. A control section (70) controls a blowing mechanism (60) so as to expand and mold a metal pipe material 14 by supplying gas into the metal pipe material (14) held between an upper mold (12) and a lower mold (11) by a pipe holding mechanism (30). The control section (70) controls a driving section (81) so as to mold a flange portion (80b) by crushing a second molded portion (14b) of the expanded metal pipe material (14) in a sub-cavity portion SC between the upper mold (12 )and the lower mold (11). In a molding apparatus (10), the control section (70) changes movement speed of a slide (82) during the molding of the flange portion (80b) by controlling a servomotor (83). Accordingly, it becomes possible to control an operation of pressing at an appropriate movement speed according to the shape or the like of the flange portion (80b). Accordingly, it is possible to improve the quality of a molded article.
    • 提供了能够提高成型体品质的成型装置。 控制部通过管道保持机构控制通过将气体供给到保持在上模具和下模具之间的金属管材中的金属管材材料来膨胀和模制金属管材料。 控制部控制驱动部,通过在上模和下模之间的子腔部中破碎膨胀金属管材的第二成型部来模制凸缘部。 在成型装置中,控制部通过控制伺服马达来改变在凸缘部的成型期间滑块的移动速度。 因此,可以根据凸缘部的形状等来以适当的移动速度来控制按压的操作。 因此,可以提高成型品的质量。
    • 5. 发明公开
    • MOLDING DEVICE
    • 成型装置
    • EP3081317A1
    • 2016-10-19
    • EP14870135.2
    • 2014-09-30
    • Sumitomo Heavy Industries, Ltd.
    • UENO, NoriedaISHIZUKA, MasayukiSAIKA, MasayukiKOMATSU, Takashi
    • B21D26/035B21D26/047
    • B21D26/035B21D26/047
    • A molding device capable of improving the quality of a molding product is provided. A control unit (70) controls a blowing mechanism (60) such that the blowing mechanism (60) expands and molds a metal pipe material (14) by supplying gas into the metal pipe material (14). In this way, the metal pipe material (14) is expanded and molded into a shape corresponding to a main cavity portion (MC), and a portion corresponding to a flange portion (80b) of a finished product expands toward a sub-cavity portion (SC). The control unit (70) controls a drive unit (81) such that the drive unit (81) molds the flange portion (80b) by crushing a second molded portion (14b) of the expanded metal pipe material (14) in the sub-cavity portion (SC) . Here, the sub-cavity portion (SC) communicates with the outside of the molds during the molding of the flange portion (80b), and therefore, air between the inner surface of the sub-cavity portion (SC) and the second molded portion (14b) of the metal pipe material (14) can escape to the outside of the mold.
    • 提供了一种能够改善模制产品质量的模制装置。 控制单元(70)通过向金属管材(14)内供给气体来控制吹出机构(60),使吹出机构(60)膨胀并成形金属管材(14)。 这样,金属管材14被扩径成型为与主空腔部MC对应的形状,与成品的凸缘部80b对应的部分向副空洞部扩大 (SC)。 控制部(70)控制驱动部(81),以使驱动部(81)将副金属管材(14)的第二成型部(14b) 空腔部分(SC)。 在此,子模腔部分(SC)在模制法兰部分(80b)的过程中与模具的外部连通,因此子模腔部分(SC)的内表面与第二模制部分 (14)的金属管(14b)可以逸出到模具的外部。
    • 6. 发明公开
    • MOLDING DEVICE AND MOLDING METHOD
    • 成型装置和成型方法
    • EP3170573A1
    • 2017-05-24
    • EP15821587.1
    • 2015-07-03
    • Sumitomo Heavy Industries, Ltd.
    • ISHIZUKA, MasayukiUENO, NoriedaSAIKA, MasayukiKOMATSU, Takashi
    • B21D26/035B21D26/047
    • B21D26/035B21D26/033B21D26/043B21D26/047
    • To provide a forming device and a forming method capable of suppressing a reduction in strength of a formed material and of forming a flange part having a desired thickness. At least one of an upper die (12) and a lower die (11) that are paired each other is moved in a direction in which the dies are combined together to form a main cavity part (MC) and a sub-cavity part (SC) communicating with the main cavity part (MC), and a gas is supplied into a metal pipe material between the upper die (12) and the lower die (11) to form a pipe part (100a) of a metal pipe (100) and a flange part (100b) of the metal pipe (100) in the main cavity part (MC) and the sub-cavity part (SC), respectively. Furthermore, by controlling a flange forming member (94) by the controller, the flange forming member (94) is allowed to advance in the sub-cavity part (SC), the formed flange part (100b) is crushed, and thus a flange part (100c) adjusted to be made thin is formed.
    • 提供一种成形装置和成形方法,其能够抑制成形材料的强度降低并且能够形成具有期望厚度的凸缘部。 使相互成对的上模(12)和下模(11)中的至少一个在模具结合在一起的方向上移动以形成主腔部分(MC)和副腔部分( SC)与主腔部(MC)连通,向上模(12)和下模(11)之间的金属管材供给气体,形成金属管(100)的管部(100a) )和主腔部分(MC)和副腔部分(SC)中的金属管(100)的凸缘部分(100b)。 此外,通过利用控制器控制凸缘形成部件(94),使凸缘形成部件(94)向副腔部(SC)内前进,形成的凸缘部(100b)被压溃, 形成被调整为变薄的部分(100c)。