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    • 1. 发明申请
    • DIE CASTING MACHINE AND DIE CASTING METHOD
    • DIE铸造机和DIE铸造方法
    • US20100000699A1
    • 2010-01-07
    • US12447000
    • 2007-10-11
    • Masashi UchidaKazuki HiraizumiYoshinori Okazaki
    • Masashi UchidaKazuki HiraizumiYoshinori Okazaki
    • B22D17/00B22D17/20B22D17/32
    • B22D17/203B22D17/32
    • A die casting machine that suppresses the occurrence of surge pressure, prevents the occurrence of burrs and spouting of molten metal, and further minimizes variations in the quality of a molded product on site.The die casting machine comprises a mold (101) that cast-molds a product, an injection cylinder (102) for injecting molten metal (15) to the mold, and a hydraulic device (103) for pressing under high pressure the injection cylinder. The hydraulic device comprises a piston ACC (20) that supplies hydraulic oil to press under pressure a piston (13) of the injection cylinder (102) and an injection cylinder inlet valve (31). The piston ACC comprises a high pressure fast pressure-raising piston accumulator (22, 322) and a low-pressure injection piston accumulator (21, 321).
    • 抑制浪涌压力的发生的压铸机,防止熔融金属的毛刺和喷射的发生,进一步使现场成型品的品质变差最小化。 压铸机包括对产品进行铸模的模具(101),用于将熔融金属(15)注射到模具的注射缸(102)和用于在高压下压制注射缸的液压装置(103)。 液压装置包括一个活塞ACC(20),该活塞ACC(20)在压力下提供液压油以在喷射缸(102)的活塞(13)和一个注射缸入口阀(31)上进行压力。 活塞ACC包括高压快速升压活塞蓄能器(22,322)和低压注入活塞蓄能器(21,321)。
    • 2. 发明申请
    • INJECTION DEVICE FOR DIE CASTING MACHINE
    • 喷丸机注射装置
    • US20090242161A1
    • 2009-10-01
    • US12441406
    • 2007-09-19
    • Masashi UchidaKazuki Hiraizumi
    • Masashi UchidaKazuki Hiraizumi
    • B22D17/00B22D17/32B22C19/04B22D17/04
    • B22D17/10B22D17/2023B22D17/32
    • In a hybrid injection system of a die casting machine, the occurrence of a large electric power loss can be prevented by avoiding a large current at a pressure-holding step and the size of a motor is reduced.In an injection system comprising an injection cylinder (16) housing an injection piston (15) for injecting molten metal to a mold and an electric booster (8) of hydraulic cylinder type, a head chamber (8H) to the electric booster communicates fluidly with a head chamber (16H) of the injection cylinder, causing a booster piston rod (5) to be housed in the electric booster (8) to move linearly and thus pressing under pressure to move the injection piston to perform injection molding. Because a stop valve (25) is provided in a pipe that causes the head chamber (16H) of the injection cylinder to communicate with a rod chamber (8R) of the booster (8), it is possible for the pressure of the hydraulic oil to act on a head area of the electric booster at a pressure-increasing step for increasing pressure of the molten metal, and for pressure of the hydraulic oil to act on a rod area of the electric booster at a pressure-holding step for holding pressure of the molten metal.
    • 在压铸机的混合喷射系统中,通过在压力保持步骤中避免大的电流并且电动机的尺寸减小,可以防止发生大的电力损失。 在包括一个注射缸(16)的注射系统中,所述注射缸(16)容纳用于将熔融金属注入模具的注射活塞(15)和液压缸型电动助力器(8),所述电动助力器的头部腔室(8H)与 所述注射缸的头部腔室(16H)使得增压器活塞杆(5)容纳在所述电动助力器(8)中以直线移动,并且因此在压力下压力以移动所述注射活塞以进行注射成型。 因为在使注射缸的头腔(16H)与增压器(8)的杆室(8R)连通的配管中设置截止阀(25),所以能够使液压油 在用于增加熔融金属的压力的增压步骤中作用于电动助力器的头部区域,以及在压力保持步骤中液压油的压力作用在电动助力器的杆区域上以保持压力 的熔融金属。
    • 4. 发明授权
    • Breaking device for a dual bearing reel
    • 双轴承卷轴打破装置
    • US06983907B2
    • 2006-01-10
    • US10751461
    • 2004-01-06
    • Takeshi IkutaKen′ichi KawasakiKazuki Hiraizumi
    • Takeshi IkutaKen′ichi KawasakiKazuki Hiraizumi
    • A01K89/02
    • A01K89/01555
    • A spool braking device for a dual bearing reel includes a spool brake unit, a spool control unit, and a tension detection unit that includes a rotational speed sensor. The spool control unit is arranged between a spool and a reel body, and it an electrically controllable unit that controls the spool. The tension detection unit detects the tension applied to fishing line that is released from the spool during casting. The spool control unit electrically controls the spool braking unit so that the spool braking unit brakes the spool with a first braking force of 50 to 100% of the maximum braking force during a first predetermined time period when the tension detected by the tension detection unit is at or below a first predetermined value.
    • 用于双轴承卷轴的卷轴制动装置包括卷轴制动单元,卷轴控制单元和包括转速传感器的张力检测单元。 卷轴控制单元布置在卷轴和卷轴主体之间,并且其是控制卷轴的电可控单元。 张力检测单元检测在铸造期间从卷轴释放的对钓线施加的张力。 阀芯控制单元电动控制阀芯制动单元,使得阀芯制动单元在第一预定时间段内以张力检测单元检测到的张力为最大制动力的50至100%的第一制动力来制动阀芯 处于或低于第一预定值。
    • 5. 发明授权
    • Braking device for a dual bearing reel
    • 双轴承卷轴制动装置
    • US06973999B2
    • 2005-12-13
    • US10750869
    • 2004-01-05
    • Takeshi IkutaKen'ichi KawasakiKazuki Hiraizumi
    • Takeshi IkutaKen'ichi KawasakiKazuki Hiraizumi
    • A01K89/033A01K89/0155B60L7/00
    • A01K89/01555
    • A braking device for a dual bearing reel includes a spool braking unit and a spool control unit. The spool braking unit includes a rotor element that rotates in association with the spool and includes a plurality of magnets sequentially arranged in the rotational direction, a plurality of serially connected coils that are disposed around a periphery of the rotor element in a circumferential direction, and a switch element that is connected to both ends of the plurality of the serially connected plurality of coils. The spool control unit electrically controls the spool braking unit, and includes a circuit board on which the plurality of coils are installed and which is mounted on the reel unit, and a controller that is mounted on the circuit board. This way, insulation on the coil and on a circuit board and secured. It is also easier to assemble a braking device.
    • 用于双轴承卷轴的制动装置包括卷轴制动单元和卷轴控制单元。 卷筒制动单元包括转子元件,其与卷轴相关联地旋转并且包括沿旋转方向顺序布置的多个磁体,沿圆周方向设置在转子元件周围的多个串联连接的线圈,以及 连接到所述多个串联的多个线圈的两端的开关元件。 线轴控制单元电动控制卷轴制动单元,并且包括其上安装有多个线圈并且安装在卷轴单元上的电路板,以及安装在电路板上的控制器。 这样,线圈和电路板上的绝缘被固定。 组装制动装置也更容易。