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    • 72. 发明授权
    • Electrically driven injection molding system with dual-driving function and injection molding method using the system
    • 具有双驱动功能和注塑成型方法的电驱动注塑系统
    • US08293163B2
    • 2012-10-23
    • US12922177
    • 2009-03-13
    • Hanxiong HuangBaiyuan LvXiaolong Lv
    • Hanxiong HuangBaiyuan LvXiaolong Lv
    • B29C45/07B29C45/48
    • B29C45/5008B29C2045/1792B29C2045/5076
    • An electrically-driven injection molding system with a dual-driving function comprises an electric apparatus with a dual-driving function, a plasticizing unit, an injection unit, an injection carriage, a guide frame, and a base, wherein the electric apparatus with a dual-driving function is connected with the plasticizing unit and the injection unit, the guide frame is connected with the electric apparatus with a dual-driving function and the injection unit, and the electric apparatus with a dual-driving function, the plasticizing unit, the injection unit, the injection carriage, and the guide frame are installed on the integral base. An injection molding method is realized using the system. The system has an obviously simplified and compact structure, thus reducing the manufacturing cost, lowering the energy consumption, obviously extending the service life of the motors and ball screws, and making easy to popularize. The system provides some new ideas and innovation for developing next generation of the electrically-driven injection molding machines.
    • 具有双驱动功能的电驱动注塑系统包括具有双驱动功能的电气设备,塑化单元,注射单元,注射托架,引导框架和基座,其中具有 双驱动功能与塑化单元和注射单元连接,引导框架与双驱动功能的电气设备和注射单元连接,具有双驱动功能的电气设备,塑化单元, 注射单元,注射支架和引导框架安装在一体式基座上。 使用该系统实现注射成型方法。 该系统结构明显简单,结构紧凑,降低制造成本,降低能耗,显着延长电机和滚珠丝杠的使用寿命,易于普及。 该系统为开发下一代电动注塑机提供了一些新的想法和创新。
    • 74. 发明申请
    • SPRUE BAR SHUTOFF DEVICE
    • SPRUE BAR SHUTOFF设备
    • US20100155995A1
    • 2010-06-24
    • US12343064
    • 2008-12-23
    • Panos TRAKAS
    • Panos TRAKAS
    • B29C45/23B29C45/07
    • B29C45/322B29C45/28
    • An injection molding shutoff assembly that includes a chamber containing a movable body movable between rear and forward positions. In the rear position, the movable body provides a seal and prevents flow of molten plastic out the chamber inlet, called drool. When the movable body is in the forward position, one or more passages permit flow of the molten plastic around the movable body and to an exit in the chamber, leading to one or more molds. In an alternate embodiment, the apparatus also includes an elongate stem that maintains the movable body in the forward position allowing the injection molding system to decompress, thereby eliminating drool and decreasing downtime.
    • 一种注射关闭组件,其包括容纳可在后部和前部位置之间移动的可移动体的腔室。 在后部位置,可移动体提供密封并防止熔融塑料流出腔室入口,称为流口水。 当可移动体处于向前位置时,一个或多个通道允许熔融塑料围绕可移动体流动并流到腔室中的出口,从而导致一个或多个模具。 在替代实施例中,该装置还包括细长杆,其将可移动体保持在向前位置,从而允许注塑系统减压,从而消除流出并减少停机时间。
    • 76. 发明授权
    • Nozzle contact device of an injection machine
    • 注射机喷嘴接触装置
    • US07156636B2
    • 2007-01-02
    • US11018245
    • 2004-12-22
    • Ming-Chang TengCheng-Jien Chen
    • Ming-Chang TengCheng-Jien Chen
    • B29C45/07
    • B29C45/1777B29C45/76
    • A nozzle contact device of an injection machine has an injection device, a nozzle, a flexible body, a tension buffer device and a tension-measuring device. The nozzle is installed a front side of the injection device. The flexible body is used to drive the injection device to contact or separate from a mold. The tension buffer device is installed at a lateral side of the flexible body, and has an elastic body for receiving tension from the flexible body and decomposing the tension to form a component force and a displacement. The tension-measuring device is used to measure the displacement of the tension buffer device and deciding a contact force between the nozzle and the mold.
    • 注射机的喷嘴接触装置具有注射装置,喷嘴,柔性体,张力缓冲装置和张力测量装置。 喷嘴安装在注射装置的前侧。 柔性体用于驱动注射装置与模具接触或分离。 张力缓冲装置安装在柔性体的侧面,并且具有用于从柔性体接收张力并分解张力以形成分力和位移的弹性体。 张力测量装置用于测量张力缓冲装置的位移并决定喷嘴和模具之间的接触力。
    • 77. 发明申请
    • Nozzle touch mechanism
    • 喷嘴触摸机构
    • US20050053686A1
    • 2005-03-10
    • US10936655
    • 2004-09-09
    • Motohiro NagayaTatsuya KawasakiNobuaki Hashimoto
    • Motohiro NagayaTatsuya KawasakiNobuaki Hashimoto
    • B29C45/20B29C45/07B29C45/17B29C45/76B29C45/77
    • B29C45/1777
    • A nozzle touch mechanism which does not allow an injection unit to move back by the force of inertia at the time of acceleration of injection and prevents leakage of the molten resin. A damper is arranged between the injection unit and a stationary platen secured to a base, so as to generate a strong braking force only at the time of high acceleration of the injection unit. A ball screw is rotated by driving an electric motor to move forward a nut member screwed onto the ball screw, whereby the injection unit is moved via a spring. When the injection unit is stopped by contacting a nozzle to a metal mold, the spring is contracted. When the amount of contraction of the spring reaches a predetermined value, the motor is stopped and locked such that the nozzle touch force corresponding to the amount of contraction of the spring is generated. Even though the injection unit undergoes the force working to move back the unit due to the inertia force at the time of acceleration of the injection, the injection unit is not moved back because the damper substantially prevents the movement back of the unit and the leakage of molten resin.
    • 喷嘴接触机构,其不允许注射单元在加速注射时通过惯性力向后移动,并防止熔融树脂泄漏。 在注射单元和固定在基座上的固定的压板之间设置阻尼器,以便仅在注射单元的高加速度时产生强的制动力。 通过驱动电动机使滚珠丝杠旋转,使拧入滚珠丝杠的螺母部件向前移动,由此通过弹簧移动注射单元。 当注射单元通过使喷嘴与金属模具接触来停止时,弹簧收缩。 当弹簧的收缩量达到预定值时,马达停止并锁定,从而产生与弹簧的收缩量对应的喷嘴接触力。 即使注射单元由于注射加速时的惯性力而经受力作用以移动单元,所以注射单元不会向后移动,因为阻尼器基本上防止了单元的运动和泄漏 熔融树脂。
    • 78. 发明授权
    • Injection molding machine
    • 注塑机
    • US6024560A
    • 2000-02-15
    • US11021
    • 1998-02-05
    • Susumu ItoMitsushi Yoshioka
    • Susumu ItoMitsushi Yoshioka
    • B22D17/26B29C45/07B29C45/20B29C45/26B29C45/66B29C45/64
    • B29C45/07B29C45/661
    • Principal parts of an injection molding machine (1) are formed by joining a stationary platen (3), moving platen (4), mold clamping mechanism section (7), and rear platen (5) in the order named, the stationary platen (3) and the rear platen (5) are connected by means of tie bars (2), and the moving platen (4) is actuated by means of the mold clamping mechanism section (7) that is provided between the rear platen (5) and the moving platen (4). Guide rods (9) are arranged protruding from that surface of the moving platen (4) which is opposite from the surface on which a stationary-side is mounted, whereby a crosshead (10) is guided in sliding motion. Further, the guide rods (9) are caused to penetrate and project from the rear platen (5), and an injection unit (8) is fixed to their respective distal ends. A slide guide for the crosshead (10) and a support guide for the injection unit (8) are formed integrally with each other, whereby the number of components used and the manufacturing cost are reduced.
    • PCT No.PCT / JP97 / 02111 Sec。 371日期:1998年2月5日 102(e)1998年2月5日PCT PCT 1996年6月19日PCT公布。 公开号WO97 / 48539 日期1997年12月24日注射成型机(1)的主要部件通过将固定压板(3),移动压板(4),模具夹紧机构部分(7)和后压板(5)按照命名 ,固定压板(3)和后压板(5)通过连杆(2)连接,并且移动压板(4)通过模夹紧机构部分(7)致动,模夹机构部分 后压板(5)和移动压板(4)。 引导杆(9)从与固定侧安装的表面相对的移动压板(4)的表面突出设置,从而十字​​头(10)以滑动方式被引导。 此外,引导杆(9)从后压板(5)穿透并突出,并且注射单元(8)固定到其各自的远端。 用于十字头(10)的滑动引导件和用于注射单元(8)的支撑引导件彼此一体地形成,从而减少了所使用的部件数量和制造成本。