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    • 3. 发明授权
    • Two-platen mold-clamping apparatus
    • 双压模夹紧装置
    • US06179607B2
    • 2001-01-30
    • US08225087
    • 1994-04-08
    • Yoshiharu InabaHideo NaitoKikuo Watanabe
    • Yoshiharu InabaHideo NaitoKikuo Watanabe
    • B29C3322
    • B29C45/66
    • A two-platen mold-clamping apparatus is provided, which requires neither tie bars nor rear platen, and is thus comprised of a reduced number of components, is easy to maintain, and is low-priced. A plurality of ball nuts are mounted on a movable platen so as to be rotatable but axially immovable relative to the movable platen. The movable platen mounted for reciprocal motion relative to a stationary platen. A respective ball screw is threadedly engaged with each of the ball nuts and each balls screw has an end portion that is fixed to the stationary platen. A motor rotates the ball nuts by means of sprockets and a chain so that the ball nuts and the movable platen are moved toward the stationary platen. The ball screws are moved longitudinally relative to the movable platen so as to generate a mold-clamping force after a mold-touch state has been reached.
    • 提供了一种双压模夹紧装置,其既不需要连接杆也不需要后压板,并且因此包括减少数量的部件,易于维护并且价格低廉。 多个滚珠螺母安装在可移动的压盘上,以便相对于可动压板可旋转但轴向地不动。 可移动压板安装成相对于固定压板的往复运动。 相应的滚珠丝杠与每个滚珠螺母螺纹接合,并且每个滚珠丝杠具有固定在固定台板上的端部。 电机通过链轮和链条使滚珠螺母旋转,使得滚珠螺母和可动压板向固定压板移动。 滚珠丝杠相对于可动压板纵向移动,从而在达到模具接触状态之后产生合模力。
    • 5. 发明授权
    • Toggle type mold clamping apparatus in an injection molding machine
    • 切割式模具夹紧装置在注塑机中
    • US4938682A
    • 1990-07-03
    • US337527
    • 1989-03-30
    • Shinji KadorikuKikuo Watanabe
    • Shinji KadorikuKikuo Watanabe
    • B22D17/26B29C45/66
    • B29C45/661
    • A mold clamping apparatus of an injection molding machine is provided, which is capable of uniformly applying a pressing force to a movable platen. A pair of annular wedge type connection members (21, 22) are disposed within annular hollow portions (16a) of driving pulleys (16), which are respectively fitted on ball screws (14, 15) threadedly engaged with heads of upper and lower toggle sections disposed symmetrically with respect to an axis of the mold clamping apparatus. To make an adjustment for eliminating mismatch between operational phases of the toggle sections of the toggle mechanism due to flexure of the same mechanism, an urged contact state of the connection member is released by loosening bolts (23), and the ball screws, rendered to be rotatable relative to the driving pulleys, are manually rotated so that the heads are aligned with each other. After completion of the adjustment, the driving pulleys are again rendered rotatable in unison with the ball screws. The heads then are moved through the ball screws toward the movable platen, and links of the toggle sections for generation of the pressing force are gradually expanded. Since the operational phases of the toggle sections are matched to each other, the toggle mechanism applies a uniform pressing force onto the movable platen.
    • 6. 发明授权
    • Device for controlling the movement of a movable member
    • 用于控制可动件运动的装置
    • US4229683A
    • 1980-10-21
    • US26551
    • 1979-04-02
    • Kikuo WatanabeMitsutaka KazinoHisashi Yamazaki
    • Kikuo WatanabeMitsutaka KazinoHisashi Yamazaki
    • B23Q5/26B23C1/00B23Q5/22B23Q5/38B23Q5/56B23Q15/013G05G5/00
    • B23Q15/013
    • A movement controlling device for the movement of a movable member such as a table in a machine tool which is capable of doing a rapid feeding, a normal feeding for cutting, and a rapid returning. The movable member is driven by a fluid pressure cylinder and engaged, at a predetermined position in the forward movement stroke, with a rack which is linked to a motor by way of the gearing mechanism including a worm and a worm-wheel. The motor is so driven, due to a signal from a sensor for sensing the engagement between the rack and the movable member, as to shift the rack at the speed of cutting feed in the same direction as that of the forward movement of the movable member, and the movable member which is driven by the fluid pressure cylinder is also shifted in response to the shift of the rack. The movable member is, activated by the action of the fluid pressure cylinder due to a signal from a means for sensing the end position of the forward movement of the movable member, returned to the original position at a rapid speed. The rack is to be returned to a predetermined position, independently from the movement of the movable member, at a higher speed than the cutting feed speed due to the reverse rotation of the motor.
    • 一种移动控制装置,用于在能够进行快速进给,正常切割进给和快速返回的机床中的可移动部件如桌子的移动。 可移动部件由流体压力缸驱动,并且在向前移动行程中的预定位置处与通过包括蜗杆和蜗轮的传动装置连接到电动机的齿条接合。 由于来自用于感测齿条与可动构件之间的接合的传感器的信号,马达被驱动,以便以与可动构件的向前运动相同的方向以相同方向切换进给的速度移动齿条 并且由流体压力缸驱动的可动构件也响应于齿条的移动而移动。 可移动构件由于来自用于感测可移动构件的向前运动的结束位置的装置的信号而被快速地返回到原始位置而被流体压力缸的动作激活。 由于电动机的反向旋转,齿条将以比可动部件运动更高的速度返回到预定位置。
    • 9. 发明授权
    • Injection molding machine with a movable display device
    • 注塑机具有可移动显示装置
    • US5310332A
    • 1994-05-10
    • US856912
    • 1992-05-18
    • Susumu ItoKikuo WatanabeKoichi Nishimura
    • Susumu ItoKikuo WatanabeKoichi Nishimura
    • B23Q1/00B29C45/17B29C45/76
    • B29C45/1774B23Q1/0009
    • An injection molding machine furnished with a movable display device, which will not become a hindrance to operations to be performed around the injection molding machine, requires no holding space in the injection molding machine and provides a high operating performance. A pole is set up on the side of a mold clamping unit with respect to a swivel shaft of an injection unit at the back of an injection unit, and a rocking arm, which is supported for horizontal rotation by the upper end portion of the pole, is situated close to the top face of the injection unit and bent at the middle portion thereof. The display device, which is mounted on the end portion of the swing arm on the opposite side to the pole, is movable between a retreating position over the injection unit and a working position above but away frontward from the front face of the injection unit. The display device is supported on the injection unit through a ball caster which is attached to the lower surface of the middle portion of the swing arm.
    • PCT No.PCT / JP91 / 01216 Sec。 371日期:1992年5月18日 102(e)日期1992年5月18日PCT提交1990年10月31日PCT公布。 第WO92 / 05025号公报。 日期:1992年4月2日。具有可移动显示装置的注射成型机不会成为在注塑机周围进行操作的障碍,在注射成型机中不需要保持空间并且提供高的操作性能 。 相对于注射单元背面的注射单元的旋转轴,在模具夹紧单元的侧面设置有杆,摇臂由杆的上端部支撑为水平旋转 位于靠近注射单元的顶面并在其中间部分弯曲。 安装在与杆的相反侧的摆臂的端部上的显示装置可以在注射单元之间的退避位置和从注射单元的前表面向上而向前的工作位置之间移动。 显示装置通过安装在摆臂的中部的下表面的球形脚轮支撑在注射单元上。
    • 10. 发明授权
    • Two-plate type injection apparatus
    • 双板式注射装置
    • US5129808A
    • 1992-07-14
    • US623434
    • 1990-12-18
    • Kikuo WatanabeMitsuski Yoshioka
    • Kikuo WatanabeMitsuski Yoshioka
    • B29C45/50
    • B29C45/5008B29C2045/5056
    • A lightweight, compact, and low-cost two-plate type injection apparatus attached to an injection molding machine which includes an injection screw (50) spline-connected to a screw sleeve which is rotatably supported by a pusher plate (20) movable toward and away from a front plate (10). The screw is coupled through a transmission mechanism (62, 63) to a metering motor (160) which is fixed to the top face of the pusher plate so that the motor body is located above and between the two plates. First and second ball screws (91, 92), which are individually rotatably supported by the front plate, are threadedly engaged with first and second ball nuts, respectively, which are fixed to the pusher plate, and are coupled through a transmission mechanism (111 to 113) to an injection motor (140) which is fixed to the front plate so that the injection motor body is located above and between the front plate and the pusher plate and does not interfere with the metering motor body.
    • PCT No.PCT / JP90 / 00566 Sec。 371 1990年12月18日第 102(e)1990年12月18日日期PCT提交1990年4月27日PCT公布。 WO90 / 14206 PCT出版物 日期:1990年11月29日。一种连接到注射成型机上的轻质,紧凑且低成本的双板式注射装置,其包括花键连接到螺杆套筒上的注射螺杆(50),螺杆套筒由推动器可旋转地支撑 板(20)能够朝向和远离前板(10)移动。 螺杆通过传动机构(62,63)联接到计量马达(160),计量马达(160)固定到推板的顶面,使得马达主体位于两个板之间和之间。 由前板单独可旋转地支撑的第一和第二滚珠丝杠(91,92)分别与固定到推动板的第一和第二滚珠螺母螺纹接合,并通过传动机构(111 至113)连接到固定到前板的注射马达(140),使得注射马达主体位于前板和推动板之间并且不与计量马达主体相干扰。