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    • 2. 发明授权
    • Molding-system platen having anti-tilt structure
    • 成型系统压板具有防倾斜结构
    • US07857612B2
    • 2010-12-28
    • US11848253
    • 2007-08-31
    • Alex TengJoaquim Martins Nogueira
    • Alex TengJoaquim Martins Nogueira
    • B29C45/64
    • B22D17/26B29C45/1744
    • Disclosed are: (i) a platen of a molding-system having anti-tilt structure, (ii) a molding system having a platen including an anti-tilt structure, (iii) a component of a platen of a molding system having a frame, the component including an anti-tilt structure, (iv) a clamp of a molding system, the clamp having platens each including an anti-tilt structure, (v) a molded article manufactured by usage of a platen of a molding system having an anti-tilt structure, (vi) a molded article manufactured by usage of a molding system having a platen including an anti-tilt structure, (vii) a molded article manufactured by usage of a component of a platen of a molding system having a frame, the component including an anti-tilt structure, and (viii) a molded article manufactured by usage of a clamp of a molding system, the clamp having platens each including an anti-tilt structure.
    • 公开的是:(i)具有防倾斜结构的成型系统的压板,(ii)具有包括反倾斜结构的压板的模制系统,(iii)具有框架的模制系统的压板的部件 ,所述部件包括防倾斜结构,(iv)模制系统的夹具,所述夹具具有各自包括防倾斜结构的压板,(v)通过使用具有模制系统的模制系统的压板来制造的模制品, 防倾斜结构,(vi)通过使用具有包括防倾斜结构的台板的模制系统制造的模制品,(vii)通过使用具有框架的模制系统的压板的部件来制造的模制品 ,所述部件包括防倾斜结构,以及(viii)通过使用模制系统的夹具制造的模制品,所述夹具具有各自包括防倾斜结构的压板。
    • 4. 发明申请
    • Molding-System Platen having Anti-Tilt Structure
    • 具有防倾斜结构的成型系统压板
    • US20080175937A1
    • 2008-07-24
    • US11848253
    • 2007-08-31
    • Alex TENGJoaquim Martins Nogueira
    • Alex TENGJoaquim Martins Nogueira
    • B21C3/12
    • B22D17/26B29C45/1744
    • Disclosed are: (i) a platen of a molding-system having anti-tilt structure, (ii) a molding system having a platen including an anti-tilt structure, (iii) a component of a platen of a molding system having a frame, the component including an anti-tilt structure, (iv) a clamp of a molding system, the clamp having platens each including an anti-tilt structure, (v) a molded article manufactured by usage of a platen of a molding system having an anti-tilt structure, (vi) a molded article manufactured by usage of a molding system having a platen including an anti-tilt structure, (vii) a molded article manufactured by usage of a component of a platen of a molding system having a frame, the component including an anti-tilt structure, and (viii) a molded article manufactured by usage of a clamp of a molding system, the clamp having platens each including an anti-tilt structure.
    • 公开的是:(i)具有防倾斜结构的成型系统的压板,(ii)具有包括反倾斜结构的压板的模制系统,(iii)具有框架的模制系统的压板的部件 ,所述部件包括防倾斜结构,(iv)模制系统的夹具,所述夹具具有各自包括防倾斜结构的压板,(v)通过使用具有模制系统的模制系统的压板来制造的模制品, 防倾斜结构,(vi)通过使用具有包括防倾斜结构的台板的模制系统制造的模制品,(vii)通过使用具有框架的模制系统的压板的部件来制造的模制品 ,所述部件包括防倾斜结构,以及(viii)通过使用模制系统的夹具制造的模制品,所述夹具具有各自包括防倾斜结构的压板。
    • 8. 发明授权
    • Molding-system clamp assembly
    • 成型系统夹具组件
    • US07404920B2
    • 2008-07-29
    • US11367480
    • 2006-03-06
    • Joaquim Martins Nogueira
    • Joaquim Martins Nogueira
    • B29C45/64
    • B29C45/6728
    • A molding-system clamp assembly of a molding system is disclosed, and includes a clamp piston, and a clamp ram, the clamp ram and the clamp piston each including inter-meshable structures to selectively inter-mesh the clamp piston to the clamp ram, in the unmeshed position the clamp piston and the clamp ram do not inter-mesh relative to each other, and inter-abuttable structures to selectively inter-abut the clamp piston relative to the clams ram, the inter-abuttable structures having an interposing body abuttable against the clamp ram and the clamp piston, the inter-abuttable structures to abut with each other so that the clams piston makes contact with the interposing body, and the inter-abuttable structures to transfer a mold-break force so that the mold-break force is applied from the clamp piston against the interposing body, and in response the mold-break force is transferred from the clamp piston through the interposing body and to the clamp ram, and once mold break has occurred, the clamp piston is deactivated so that the mold may be opened.
    • 公开了一种模制系统的成型系统夹具组件,其包括夹紧活塞和夹紧柱塞,夹紧柱塞和夹紧活塞各自包括可互相啮合的结构,以将夹紧活塞选择性地相互啮合到夹紧柱塞上, 在非啮合位置,夹紧活塞和夹紧柱塞彼此不相互啮合,并且可相互邻接的结构相对于蛤蜊冲头选择性地相互夹紧夹紧活塞,可相互接合的结构具有可插入体 相对于夹紧柱塞和夹紧活塞,可相互抵接的结构彼此邻接,使得蛤壳活塞与插入体接触,并且可相互抵接的结构传递模具断裂力,使得模具断裂 力从夹具活塞抵靠插入体,并且作为响应,模具断裂力从夹紧活塞通过插入体传递到夹具柱塞,并且一旦发生模具断裂 ,夹具活塞被停用,使得模具可以打开。
    • 9. 发明授权
    • Clamp piston assembly with mold break function
    • 夹具具有断模功能的活塞组件
    • US07497678B2
    • 2009-03-03
    • US11773530
    • 2007-07-05
    • Pierre GlaesenerChristophe HalterJoaquim Martins Nogueira
    • Pierre GlaesenerChristophe HalterJoaquim Martins Nogueira
    • B29C45/64
    • B29C45/6728B29C2045/6735
    • A self-positioning clamp piston assembly (300) provides clamp-up, mold break and position reset function through the provision of distinct clamp-up (329), mold break (366) and reset (368) chambers. A position reference shoulder (337) on a piston front ring (330) fixed into a platen (12), permits positioning of a tie bar (12) to ensure clearance (102) between teeth (100) on the tie bar (12) and teeth (98) on a related but separate locking assembly (94). With the tie bar (12) coupled to a clamp piston (304) through a tie bar end plate (340), movement of the tie bar under clamp pressure displaces an independently moveable reset piston (360) from alignment with the tie bar end plate (340). Pressurization of the mold break chamber (366) causes displacement of the reset piston (360) from the shoulder (337), but re-alignment of the reset piston with the tie bar end plate (340). Finally, actuation of the reset piston (260) through pressurization of the reset chamber (368) restricts movement of the clamp piston (304) but permits the reset piston (360) to be moved back against the shoulder (337) to establish the clearance (102).
    • 自动定位夹具活塞组件(300)通过提供不同的夹紧(329),模具断裂(366)和复位(368)腔室来提供夹紧,模具断裂和位置复位功能。 固定在压板(12)上的活塞前环(330)上的位置基准肩(337)允许定位连杆(12)以确保连接杆(12)上的齿(100)之间的间隙(102) 和齿(98)在相关但分开的锁定组件(94)上。 利用通过连接杆端板(340)联接到夹紧活塞(304)的连接杆(12),连杆在夹紧压力下的移动使独立地移动的复位活塞(360)与连接杆端板对准 (340)。 模具断裂室(366)的加压导致复位活塞(360)从肩部(337)移位,但是复位活塞与拉杆端板(340)的重新对准。 最后,复位活塞(260)通过加压复位室(368)的动作限制夹紧活塞(304)的移动,但允许复位活塞(360)向后移动抵靠肩部(337)以建立间隙 (102)。