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    • 1. 发明授权
    • Motor drive injection unit, die cast machine having the unit, and motor drive injection method
    • 电机驱动注射单元,具有该单元的压铸机和电动机驱动注射方法
    • US07225855B2
    • 2007-06-05
    • US11272284
    • 2005-11-10
    • Tatsuyoshi MiyazakiTakeshi Ishikawa
    • Tatsuyoshi MiyazakiTakeshi Ishikawa
    • B22D17/08B22D17/12
    • B22D17/04B22D17/203B22D39/02
    • In a motor drive injection unit and a motor drive injection method, which can obtain an injection speed suitable for a molding material having fast solidifying speed as well as can securely carry out pressure keeping for a predetermined period of time while making a position of an injection piston unmovable after injection and filling are completed, a molding material in a cylinder is injected into a metal mold by converting a rotational motion of an electric servo motor into a reciprocating motion of an injection piston in the cylinder through a plunger with a ball screw, a surge pressure control means is provided for placing the injection piston in the cylinder in an unmovable state when at least a predetermined amount of a load is applied to the injection piston by the molding material in the cylinder, the surge pressure control means includes a combination of rotation control means of the electric servo motor and an upward movement suppression mechanism of the injection piston, and further, an injection speed of the injection piston is increased by providing a time difference between initial motions of the plunger and the injection piston.
    • 在电机驱动注入单元和马达驱动注入方法中,其可以获得适合于具有快速凝固速度的成型材料的注射速度,并且可以在进行注射位置的同时可靠地进行压力保持预定时间 在注射和填充之后不可移动的活塞完成后,通过使滚珠丝杠通过柱塞将电动伺服电动机的旋转运动转换为气缸中的注射活塞的往复运动,将气缸中的成型材料注入到金属模具中, 提供了一种浪涌压力控制装置,用于当至少预定量的负载通过气缸中的成型材料施加到喷射活塞上时,将喷射活塞放置在不可移动状态下,所述浪涌压力控制装置包括组合 电动伺服电动机的旋转控制装置和喷射活塞的向上运动抑制机构 此外,通过提供柱塞和注射活塞的初始运动之间的时间差,喷射活塞的喷射速度增加。
    • 2. 发明申请
    • Motor drive injection unit, die cast machine having the unit, and motor drive injection method
    • 电机驱动注射单元,具有该单元的压铸机和电动机驱动注射方法
    • US20060124269A1
    • 2006-06-15
    • US11272284
    • 2005-11-10
    • Tatsuyoshi MiyazakiTakeshi Ishikawa
    • Tatsuyoshi MiyazakiTakeshi Ishikawa
    • B22D17/04B22D17/08
    • B22D17/04B22D17/203B22D39/02
    • In a motor drive injection unit and a motor drive injection method, which can obtain an injection speed suitable for a molding material having fast solidifying speed as well as can securely carry out pressure keeping for a predetermined period of time while making a position of an injection piston unmovable after injection and filling are completed, a molding material in a cylinder is injected into a metal mold by converting a rotational motion of an electric servo motor into a reciprocating motion of an injection piston in the cylinder through a plunger with a ball screw, a surge pressure control means is provided for placing the injection piston in the cylinder in an unmovable state when at least a predetermined amount of a load is applied to the injection piston by the molding material in the cylinder, the surge pressure control means includes a combination of rotation control means of the electric servo motor and an upward movement suppression mechanism of the injection piston, and further, an injection speed of the injection piston is increased by providing a time difference between initial motions of the plunger and the injection piston.
    • 在电机驱动注入单元和马达驱动注入方法中,其可以获得适合于具有快速凝固速度的成型材料的注射速度,并且可以在进行注射位置的同时可靠地进行压力保持预定时间 在注射和填充之后不可移动的活塞完成后,通过使滚珠丝杠通过柱塞将电动伺服电动机的旋转运动转换为气缸中的注射活塞的往复运动,将气缸中的成型材料注入到金属模具中, 提供了一种浪涌压力控制装置,用于当至少预定量的负载通过气缸中的成型材料施加到喷射活塞上时,将喷射活塞放置在不可移动状态下,所述浪涌压力控制装置包括组合 电动伺服电动机的旋转控制装置和喷射活塞的向上运动抑制机构 此外,通过提供柱塞和注射活塞的初始运动之间的时间差,喷射活塞的喷射速度增加。
    • 3. 发明授权
    • Injection molding machine and injection molding method
    • 注塑机和注塑成型法
    • US6062294A
    • 2000-05-16
    • US027951
    • 1998-02-24
    • Saburo YukisawaShinji AkimotoTatsuyoshi Miyazaki
    • Saburo YukisawaShinji AkimotoTatsuyoshi Miyazaki
    • B22D17/02B22D17/20B22D17/04
    • B22D17/2015
    • An injection molding machine having a simple structure and adapted to quickly operate for injection molding without taking in air bubbles is provided. The injection molding machine comprises a plunger and a nozzle for injecting the molten metal fed from the plunger into a metal mold. The plunger has a cylinder section with a through hole bored through an upper portion of its lateral wall for introducing the molten metal, and a piston for slidingly reciprocating within the cylinder section. A communication hole is bored through the piston and communicates with the through hole at a predetermined position. The communication hole runs from the lateral wall of the piston through the inside thereof and has a non-return valve arranged therein to allow only a flow from the lateral wall of the piston.
    • 提供一种具有简单结构并适于快速操作以注射成型而不吸入气泡的注射成型机。 注射成型机包括柱塞和用于将从柱塞进料的熔融金属注入金属模具中的喷嘴。 柱塞具有圆筒部分,其具有穿过其侧壁的上部的通孔,用于引入熔融金属;以及活塞,用于在气缸部分内滑动往复运动。 连通孔穿过活塞,并与通孔在预定位置连通。 连通孔从活塞的侧壁穿过其内部,并且具有布置在其中的止回阀,仅允许来自活塞侧壁的流动。
    • 5. 发明授权
    • Method for controlling die-retaining force of extruder
    • 挤出机模具保持力控制方法
    • US5454250A
    • 1995-10-03
    • US168997
    • 1993-12-20
    • Fumio IkedaAkira FunaiTatsuyoshi Miyazaki
    • Fumio IkedaAkira FunaiTatsuyoshi Miyazaki
    • B21C25/02B21C31/00
    • B21C31/00
    • A method and apparatus for controlling the die-retaining force of an extruder is disclosed. In the operation of an extruder adapted to retain a die with a container actuated by a container cylinder and effect extrusion of a billet readied for use in the container by forcing the billet through the die, to keep the die-retaining force of the extruder constant, the control of the die-retaining force of the extruder is carried out by causing the container cylinder to impart to the container a force directed away from the die so as to be sequentially decreased during the first half period of the extrusion and causing the container cylinder to impart to the container a force directed toward the die so as to be sequentially increased during the last half period of the extrusion.
    • 公开了一种用于控制挤出机的模具保持力的方法和装置。 在挤压机的操作中,该挤出机适于通过容器圆筒致动的容器保持模具,并且通过迫使坯料穿过模具而使准备用于容器的坯料挤压成形以保持挤出机的模具保持力恒定 挤出机的模具保持力的控制是通过使容器圆筒向容器施加远离模具的力,以便在挤出的前半段期间依次减小,并使容器 气缸,以向容器施加指向模具的力,以便在挤出的最后一半期间依次增加。