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    • 1. 发明授权
    • Locally pressurizing type injection molding machine
    • 局部加压型注塑机
    • US5472335A
    • 1995-12-05
    • US128226
    • 1993-09-29
    • Nobuo Morikita
    • Nobuo Morikita
    • B29C33/44B29C45/26B29C45/38B29C45/40B29C45/56B29C45/57
    • B29C45/4005B29C45/38B29C45/572
    • A locally pressurizing type injection molding machine includes a stationary die and a movable die. An ejector pin extends through the movable die, with its tip end facing a mold cavity and its trailing end fixed by an ejector plate. A vibrating/pressurizing pin extends through the movable die and the ejector plate, with its tip end facing a resin passage and with its trailing end fixed by the vibrating/pressurizing plate. A vibrating/pressurizing actuator is disposed in rear of the vibrating/pressurizing plate, so that the vibrating/pressurizing can be effected through the vibrating/pressurizing plate, and the ejector pin can be advanced through the vibrating/pressurizing plate and the ejector plate, both by operation of the vibrating/pressurizing actuator.
    • 局部加压型注塑机包括固定模和可移动模。 顶针延伸穿过可移动模具,其顶端面向模腔,并且其后端由排出板固定。 振动/加压销延伸穿过可动模具和顶出板,其顶端面向树脂通道,其后端由振动/加压板固定。 振动/加压致动器设置在振动/加压板的后部,从而可以通过振动/加压板进行振动/加压,并且推顶销可以通过振动/加压板和顶出板前进, 两者都通过振动/加压致动器的操作。
    • 2. 发明授权
    • Injection molding machine using a pulsating pressing force
    • 注塑机采用脉动压力
    • US5405259A
    • 1995-04-11
    • US67100
    • 1993-05-26
    • Nobuo Morikita
    • Nobuo Morikita
    • B29C45/56B29C45/57B29C45/40
    • B29C45/5675B29C45/572
    • A locally pressing type injection molding machine which performs various working operations on a molded product during an injection molding cycle is designed so that it can perform various working operation on a molded product after the injection step. To achieve this, a pressing pin is provided to extend in such a manner that it passes through at least part of either the fixed mold or the movable mold. A distal end of the pressing pin is provided in such a manner that it can advance into or retract from a cavity. A pressing cylinder is disposed behind the pressing pin to vibrate the pressing pin when a hydraulic pressure supply means supplies a pulsating hydraulic pressure to the pressing cylinder. A pulsating pressing force is applied to a resin which fills the cavity to work the molded product in a desired form. Therefore, a highly accurate worked surface can be obtained.
    • 设计了在注射成型周期中对成形品进行各种加工操作的局部冲压型注射成型机,使其能够在注射步骤之后对模制品进行各种加工操作。 为了实现这一点,提供一个按压销以使其穿过固定模具或活动模具的至少一部分的方式延伸。 按压销的远端设置成使得其可以前进到空腔中或从腔缩回。 当液压供给装置向按压气缸提供脉动的液压时,压力缸设置在按压销的后面,以使按压销振动。 对填充空腔的树脂施加脉动挤压力,以使所需的形式加工成型产品。 因此,可以获得高精度的加工面。
    • 3. 发明授权
    • Machining chamber for a glass compresson molding machine
    • 玻璃压缩成型机加工室
    • US5616161A
    • 1997-04-01
    • US381068
    • 1995-01-31
    • Nobuo Morikita
    • Nobuo Morikita
    • C03B11/08C03B11/00
    • C03B11/12C03B11/08C03B2215/66C03B2215/72Y10S425/808
    • A machining chamber encloses a glass molding apparatus including a molding die assembly composed of upper and lower molding dies cooperating to define a mold therebetween. The glass molding apparatus, contained within the sealed machining chamber, further includes a clamping/heating/compressing station, a cooling station and a preform-loading/molding-ejecting station. A shutter is provided in the casing for selectively opening the casing to the ambient atmosphere. An annular nozzle surrounds a molding surface provided on one of the upper and lower molding dies and is used to supply a first inactive-gas to the region between the two dies. A second, independent inactive-gas supply provides inactive-gas directly into the sealed casing, whereby the region between the dies is maintained at a lower oxygen level than that within the remainder of the sealed casing.
    • 加工室包围玻璃成型设备,该玻璃成型设备包括由上下成型模具组成的模具组件,所述模具组合件在其间形成模具。 包含在密封加工室内的玻璃成型设备还包括夹紧/加热/压缩站,冷却站和预成型件装载/成型 - 排出站。 在壳体中设置有用于选择性地将壳体打开到周围环境的快门。 环形喷嘴围绕设置在上模具和下模具之一上的模制表面,并用于向第一模具之间的区域提供第一非活性气体。 第二个独立的非活性气体供应器将惰性气体直接提供到密封的壳体中,由此模具之间的区域保持在比密封的壳体的其余部分内的氧气水平更低的氧气水平。
    • 4. 发明授权
    • Glass compression molding machine and machining chamber therefor
    • 玻璃压缩成型机及其加工室
    • US6003339A
    • 1999-12-21
    • US69273
    • 1993-05-28
    • Nobuo Morikita
    • Nobuo Morikita
    • C03B11/08C03B23/00A01J21/00C03B23/04C03B23/20
    • C03B11/12C03B11/08C03B2215/66C03B2215/72Y10S425/808
    • A molding die assembly includes an upper molding die and a lower molding die facing the upper molding die with provision for their alignment. The upper molding die includes an upper core, while the lower molding die includes a hollow cylinder and a lower core. The upper core has one of the molding surfaces that corresponds to a molding, while the lower core has the other molding surface corresponding to the molding. The lower core slides in the cylinder and defines a cavity in cooperation with the upper core. A clamping device applies a clamping force to the upper molding die and the lower molding die, and a compression device applies a compressive force between the upper core and the lower core. The clamping force is generated between the upper molding die and the lower molding die but not between the upper core and the lower core so that no clamping force is applied to the preform. Hence, if the upper platen and the lower platen are not parallel or if the volume of the preforms varies, surface accuracy and shape accuracy of the molding are still achieved.
    • 成型模具组件包括上成型模具和面向上成型模具的下成形模具,用于对准。 上模具包括上芯,而下成型模具包括中空圆筒和下芯。 上芯具有对应于模制件的一个模制表面,而下芯具有对应于模制件的另一模制表面。 下芯在气缸中滑动并且与上芯配合定义一个空腔。 夹紧装置将夹紧力施加到上部模具和下部模具,并且压缩装置在上部芯部和下部芯部之间施加压缩力。 在上模具和下模具之间产生夹紧力,而不是在上芯和下芯之间产生夹紧力,使得预型件不施加夹紧力。 因此,如果上压板和下压板不平行,或者如果预制件的体积变化,则仍能实现模制品的表面精度和形状精度。
    • 5. 发明授权
    • Glass compression molding apparatus
    • 玻璃压缩成型设备
    • US5403370A
    • 1995-04-04
    • US47502
    • 1993-04-19
    • Nobuo Morikita
    • Nobuo Morikita
    • C03B11/08C03B11/12C03B11/16C03B11/00
    • C03B11/08C03B2215/72
    • A glass compression molding apparatus includes a horizontal upper platen and a lower platen disposed parallel to the upper platen. A top die is mounted for movement along the upper platen between a plurality of stations, and a bottom die is mounted for movement along the lower platen between another plurality of stations. A preform is introduced into the bottom die and then heated and compressed to form a molded product. The molded product is annealed and then removed from the bottom die. A clamping device forces the upper and lower platens together. A compression device compresses the preform. A conveying device moves at least the bottom die while suspended above the lower platen. Thus, wear of the lower platen, which would otherwise result from the sliding of the bottom die on the lower platen or the entry of foreign matter between the bottom die and the lower platen, is avoided. Such a wear or entry of foreign matter would occur while the mold is moved between stations in the conventional apparatus. Therefore, the alignment of the mold can be maintained, and the dimensional accuracy of the product can be improved.
    • 玻璃压缩成型设备包括平行于上压板设置的水平上压板和下压板。 安装顶模以沿着多个台之间的上压板运动,并且安装底模以沿着另一多个工位之间的下压板运动。 将预制件引入底模中,然后加热并压缩以形成模制产品。 将模制产品退火,然后从底模移除。 夹紧装置将上部和下部压板压在一起。 压缩装置压缩预制件。 输送装置至少移动底模,同时悬挂在下压板上方。 因此,避免了下压板的磨损,否则这将导致底模在下压板上的滑动或异物进入底模和下压板之间。 在常规设备中的模具在站之间移动时,会发生异物的这种磨损或进入。 因此,可以保持模具的对准,并且可以提高产品的尺寸精度。
    • 6. 发明授权
    • Apparatus and method for local pressurizing type injection molding
    • 局部加压型注塑成型设备及方法
    • US5512223A
    • 1996-04-30
    • US283705
    • 1994-08-01
    • Nobuo Morikita
    • Nobuo Morikita
    • B29C33/44B29C45/26B29C45/38B29C45/40B29C45/56B29C45/57
    • B29C45/572Y10S425/051
    • A local pressurizing type injection molding apparatus including a stationary die, a movable die disposed for movement into and out of contact with the stationary diet a first local pressurizing pin extending through the movable die and having a tip facing a gate, and a second local pressurizing pin extending through the movable die and having a tip facing the cavity. The apparatus is further provided with first advancing mechanism for advancing the first local pressurizing pin, second advancing mechanism for advancing the second local pressurizing pint and a device for individually setting the points in time at which advancing movements of the first local pressurizing pin and the second local pressurizing pin are started and for individually setting the pressurizing pressures given by the first local pressurizing pin and the second local pressurizing pin. One processing action is given to a molded product by advancing the first local pressurizing pin while another processing action is given to the molded product by advancing the second local pressurizing pin. Accordingly, in the case where two or more kinds of processing operations are performed, the processing operations can be started at different points in time and can be effected with different pressures.
    • 一种局部加压型注射成型设备,包括固定模具,可移动模具,用于移动和移出与固定饮食接触的第一局部加压销,其延伸穿过可移动模具并具有面向门的尖端,以及第二局部加压 销延伸穿过可动模具并具有面向空腔的尖端。 该装置还设置有用于推进第一局部加压销的第一前进机构,用于推进第二局部加压品脱的第二推进机构和用于分别设定第一局部加压销和第二局部加压销的前进运动的时间点的装置 启动局部加压销,并分别设定由第一局部加压销和第二局部加压销给出的加压压力。 通过使第一局部加压销前进,通过推进第二局部加压销而对模制产品给予另一处理动作,给模制产品一个处理作用。 因此,在执行两种以上的处理操作的情况下,可以在不同的时间点开始处理操作,并且可以以不同的压力进行处理。