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    • 1. 发明授权
    • Mold closing unit
    • 闭模单元
    • US06796783B1
    • 2004-09-28
    • US09913047
    • 2001-11-14
    • Robert WeinmannBruno StillhardRalph Keitel
    • Robert WeinmannBruno StillhardRalph Keitel
    • B29C4564
    • B29C45/66B29C45/17B29C2045/1791
    • The novel solution provides a closing part comprising an electromechanical drive for a CD injection molding machine having a working stroke and a servicing stroke. The entire mold closing unit is characterized by the combination of a short-stroke crank mechanism which is operated by an electric motor and which is provided for the working stroke and of a central electromotive column-type nut drive for the servicing stroke. According to the invention, synchronous motors or asynchronous motors are used with corresponding servo boosters to realize servo axles. The central column drive is used as a control element of the closing force control, together with a force sensor for detecting the closing force, as an actual value transmitter and as a control device.
    • 该新颖解决方案提供了一种关闭部件,其包括用于具有工作冲程和维修冲程的CD注塑机的机电驱动。 整个模具关闭单元的特征在于组合有由电动机操作并用于工作行程的短行程曲柄机构和用于维修行程的中央电动柱式螺母驱动器。 根据本发明,同步电动机或异步电动机与相应的伺服增压器一起使用以实现伺服轴。 中央列驱动器用作关闭力控制的控制元件,以及用于检测关闭力的力传感器,作为实际值发射器和控制装置。
    • 2. 发明授权
    • Mold closing unit
    • 闭模单元
    • US07004746B2
    • 2006-02-28
    • US10859981
    • 2004-06-04
    • Robert WeinmannBruno StillhardRalph Keitel
    • Robert WeinmannBruno StillhardRalph Keitel
    • B29C45/64
    • B29C45/66B29C45/17B29C2045/1791
    • The novel solution provides a closing part comprising an electromechanical drive for a CD injection molding machine having a working stroke and a servicing stroke. The entire mold closing unit is characterized by the combination of a short-stroke crank mechanism which is operated by an electric motor and which is provided for the working stroke and of a central electromotive column-type nut drive for the servicing stroke. According to the invention, synchronous motors or asynchronous motors are used with corresponding servo boosters to realize servo axles. The central column drive is used as a control element of the closing force control, together with a force sensor for detecting the closing force, as an actual value transmitter and as a control device.
    • 该新颖解决方案提供了一种关闭部件,其包括用于具有工作冲程和维修冲程的CD注塑机的机电驱动。 整个模具关闭单元的特征在于组合有由电动机操作并用于工作行程的短行程曲柄机构和用于维修行程的中央电动柱式螺母驱动器。 根据本发明,同步电动机或异步电动机与相应的伺服增压器一起使用以实现伺服轴。 中央列驱动器用作关闭力控制的控制元件,以及用于检测关闭力的力传感器,作为实际值发射器和控制装置。
    • 6. 发明授权
    • Process and apparatus for manufacturing molded parts from granulated
plastic materials
    • 从造粒塑料材料制造成型件的工艺和设备
    • US4158540A
    • 1979-06-19
    • US809680
    • 1977-06-24
    • Bruno StillhardHans Naf
    • Bruno StillhardHans Naf
    • B29C33/00B29C43/00B29C43/02B29C43/34B29C43/36B29C43/52B29C43/58B29C45/00B29C45/53B29F1/06
    • B29C45/53B29C43/006B29C43/34B29C45/00B29C2043/3427B29C2043/3455B29K2105/251
    • A process of manufacturing molded parts using a mold with relatively movable parts enclosing a mold cavity which is fed with plasticizable material, comprises directing grains of the plasticizable material into a vertically elongated vestibule having a lower end connected to the feed of the mold cavity and directing hot gases into the lower end of the vestibule and upwardly through the plasticizable material therein to make the material weldable and, thereafter, directing the weldable material into the cavity under pressure. The device for carrying out the process includes a feed conduit which is connected into the cavity which is disposed below a vertically elongated vestibule which has a closed top and a bottom opening into the conduit. The vestibule includes an upper substantially cylindrical first zone portion, a lower substantially cylindrical third zone portion, of a smaller diameter than the upper first zone portion, and an intermediate second zone portion interconnecting the first and third zone portions which is of frusto-conical configuration. The granular material is fed into the intermediate zone of the vestibule and hot gases are circulated to the lower end of the bottom third zone portion and upwardly through the material in each of the zones and out through the top of the first zone portion. A ram is movable in the feed conduit to direct the weldable plastic material into the mold cavity defined between the two mold parts.
    • 使用具有相对可动部分的模具制造模制件的工艺,所述模具具有封装具有可塑性材​​料的模腔,包括将可塑化材料的颗粒引导到具有连接到模具腔的进料的下端的垂直细长前庭中,并且引导 热气体进入前庭的下端并向上通过其中的可塑化材料,以使材料可焊接,然后在可压的作用下将可焊材料引入空腔。 用于执行该过程的装置包括连接到空腔中的进料管道,该进料管道设置在垂直伸长的前庭下方,其具有封闭的顶部和底部开口进入管道。 前庭包括具有比上部第一区域部分更小的直径的上部基本上圆柱形的第一区域部分,下部基本上圆柱形的第三区域部分,以及互连第一和第三区域部分的中间第二区域部分,其具有截头圆锥形构造 。 颗粒材料进料到前庭的中间区域,热气体循环到底部第三区域部分的下端,并向上通过每个区域中的材料并且穿过第一区域部分的顶部。 冲头可以在进给管道中移动,以将可焊接的塑料材料引导到两个模具部件之间限定的模腔中。
    • 7. 发明授权
    • Valve arrangement for controlling a reversible hydraulically operated
device
    • 用于控制可逆液压操作装置的阀装置
    • US3954046A
    • 1976-05-04
    • US450799
    • 1974-03-13
    • Bruno Stillhard
    • Bruno Stillhard
    • F15B11/00F15B13/04F15B13/043F15B13/16
    • F15B11/006F15B13/0405F15B13/0431F15B2211/30505F15B2211/30575F15B2211/329F15B2211/365F15B2211/50518F15B2211/5153F15B2211/528F15B2211/6355F15B2211/75F15B2211/77F15B2211/8646
    • The valve arrangement includes four main control valves connected in a bridge circuit connected, at one end of a first diagonal, to a source of fluid under pressure and, at the other end of the first diagonal, to a fluid reservoir. Opposite ends of a second diagonal of the bridge are connected to inlet and outlet ports of the operated device. The arrangement includes two pressure adjusting valves, each connected to a respective pair of main control valves. In one bridge circuit, the main control valves are pressure limiting valves and each pair of main control valves includes one main control valve in one branch of the bridge circuit and another main control valve in the other branch of the bridge circuit. In a second bridge circuit, the main control valves adjacent the connection to the source of fluid under pressure are pressure reducing valves, and the main control valves adjacent the connection to the reservoir are pressure limiting valves, with each pair of main control valves including a pressure reducing valve and a pressure limiting valve forming a bridge branch. In the second bridge circuit, pilot-controlled check valves are included in the connections to the operated device. The pressure adjusting valves are electrohydraulic valves continuously adjustable between the closed and the fully open position and each associated with a respective potentiometer for adjusting its exciting current.
    • 阀装置包括四个主控制阀,其连接在桥式回路中,第一对角线的一端连接到压力下的流体源,并且在第一对角线的另一端连接到流体储存器。 桥的第二个对角线的相对端连接到被操纵装置的入口和出口。 该装置包括两个压力调节阀,每个都连接到相应的一对主控制阀。 在一桥式电路中,主控制阀为压力限制阀,每对主控制阀均包括一桥主回路的一个分支中的一个主控制阀和桥电路另一分支中的另一主控阀。 在第二桥式电路中,与压力下的流体源连接的主控制阀是减压阀,与储存器连接的主控制阀是压力限制阀,每对主控制阀包括一个 减压阀和形成桥分支的限压阀。 在第二桥式电路中,与被操作的装置的连接中包括先导控制止回阀。 压力调节阀是在闭合位置和完全打开位置之间连续可调的电动液压阀,并且各自与各自的电位器相关联,用于调节其激励电流。
    • 8. 发明授权
    • Method and apparatus for controlling the nozzle engagement in an
electric injection molding machine
    • 用于控制电动注射成型机中的喷嘴接合的方法和装置
    • US5855829A
    • 1999-01-05
    • US569145
    • 1995-12-18
    • Ronald SiegristBruno Stillhard
    • Ronald SiegristBruno Stillhard
    • B29C45/07B29C45/17B29C45/76B29C45/77
    • B29C45/76B29C45/07B29C45/1777B29C45/77
    • So that the injection nozzle (1) in an electrically driven injection molding machine may be driven free of shock into engagement with the mold (10), a spring has been interposed until the present time. The invention now proposes to delete this spring. The injection nozzle (1) is clamped between the stationary mold (10) and the injection unit (4) by two tie bolts or shafts (9) by the electric motor drive. Initially, the injection nozzle (1) is driven into engagement free of shock, for instance by presetting a brake ramp. Thereafter, the nozzle engagement force is adjusted as a function of the injection force or the pressure of the injection material, as the case may be, by way of a corresponding control device. In this manner, a constant equilibrium of engagement pressure and the opening force in the pressure is established, with selectable initial engagement tension. The energy consumption of the drive motor is reduced. With a special structural arrangement the complexity of the controls is substantially less.
    • PCT No.PCT / CH95 / 00106 Sec。 371 1995年12月18日第 102(e)1995年12月18日日期PCT提交1995年5月8日PCT公布。 第WO95 / 30529号公报 日期为1995年11月16日,因此电动注射成型机中的注射喷嘴(1)可以无冲击地驱动与模具(10)接合,弹簧已被插入到目前为止。 本发明现在提出删除这个春天。 注射喷嘴(1)由电动机驱动器通过两个连接螺栓或轴(9)夹在固定模具(10)和注射单元(4)之间。 最初,注射喷嘴(1)被驱动成没有冲击的接合,例如通过预设制动斜坡。 此后,根据情况可以通过相应的控制装置来调整喷嘴接合力作为喷射材料的喷射力或压力的函数。 以这种方式,确定接合压力和压力中的打开力的恒定平衡,并且具有可选择的初始接合张力。 驱动电机的能耗降低。 通过特殊的结构安排,控制的复杂性要小得多。