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    • 2. 发明授权
    • Heating blow-molding machine
    • 加热吹塑机
    • US4299549A
    • 1981-11-10
    • US103911
    • 1979-12-17
    • Sadao SuzukiYoshiyuki IchizawaNobuichi Seki
    • Sadao SuzukiYoshiyuki IchizawaNobuichi Seki
    • B29C45/00B29C49/00B29C49/06B29C49/36B29C49/56B29C49/68B29C17/07
    • B29C49/36B29C49/68B29C2049/5806B29C2049/582B29C49/06B29C49/56
    • This heating blow-molding machine fabricates a number of bottle-shaped containers from biaxially oriented plastic pieces or parisons by supplying the plastic pieces to a heating unit to heat them to the orientation temperature and then supplying them to 12-station rotary blow molding machine for biaxial orientation. Each of the plastic pieces or parisons is made of polyethylene terephthalate resin to provide a thin-walled transparent bottle-shaped container of cylindrical shape with one bottom and a prefinished neck portion injection molded simultaneously in numerous number by an injection molding machine. This blow-molding machine consists of a turntable for the heating unit, a turntable for a blow-molding machine, and a turntable for loading and unloading the pieces and the products blow-molded from the pieces. Each of the turntables is continuously turned in predetermined direction at an intrinsic speed set with respect to the number of stations provided thereat, the time required for heating the pieces, and another time required for blow-molding and cooling the pieces, etc. Further, a rotor is employed to transfer the pieces or container products between the turntables rotated at their intrinsic speeds, respectively. The rotor is rotated according to a speed curve at a moving speed equal to the peripheral speed of the turntable opposite to the turntable for transferring the pieces held thereby at the holding portions.
    • 该加热吹塑机通过将塑料片供给加热单元将其加热至取向温度,然后将其供应到12台旋转吹塑机,从双轴取向的塑料片或型坯制造多个瓶形容器 双轴取向。 每个塑料件或型坯由聚对苯二甲酸乙二醇酯树脂制成,以便通过注射成型机同时许多数量地提供具有一个底部的圆筒形薄壁透明瓶形容器和预先制备的颈部。 该吹塑机由用于加热单元的转盘,用于吹塑机的转台和用于装载和卸载件的转盘和从件中吹塑成型的产品组成。 每个转盘以相对于其设置的台数设定的固有速度连续转动预定方向,加热片所需的时间以及吹塑和冷却片等所需的时间。此外, 使用转子分别在以其固有速度旋转的转盘之间转移件或容器产品。 转子以与转台相对的转盘的圆周速度相等的移动速度根据速度曲线旋转,以将由此保持在其上的保持部分传送。
    • 3. 发明授权
    • Device for removing and conveying injection-molded piece
    • 拆卸和输送注塑件的装置
    • US4588370A
    • 1986-05-13
    • US647540
    • 1984-09-05
    • Yoshiyuki IchizawaTsugio NomotoMamoru Oshida
    • Yoshiyuki IchizawaTsugio NomotoMamoru Oshida
    • B29C45/38B29C45/42B29C45/72B29C49/06B29C49/42B29C49/68
    • B29C49/68B29C45/382B29C45/42B29C45/7207B29C49/4205B29C49/06B29K2105/253
    • A transparent thin bottle-shaped container is produced by means of a technology for biaxial orientation blow molding a cylindrical piece with a bottom from polyethylene terephthalate material. The pieces are molded in large number in each injection molding process of an injection molding machine. The pieces thus formed immediately after the injection molding are held simultaneously in large number at the gates integrally projected therefrom by a base plate moved forward at the front of the mold in the injection molding machine. They are then conveyed to a gate cutting unit provided near the injection molding machine. The gates are cut from the pieces sequentially by the gate cutting unit and are conveyed onto a conveyor. The pieces are gradually cooled from the hot molded temperature during the conveyance and are additionally cooled while being conveyed on an oblique conveyor installed with a cooler to room temperature or lower predetermined temperature. The cooled pieces are then supplied to a heater immediately before entering a biaxial orientation blow molding process.
    • 通过双轴取向吹塑成型具有底部的圆柱形件的​​技术制造透明薄瓶形容器。 在注射成型机的每个注射成型过程中,这些件大量模制。 在注射成型后立即形成的片材通过在注塑机中在模具前部向前移动的基板一体地突出在其上的同时大量​​地保持。 然后将它们输送到设置在注射成型机附近的浇口切割单元。 门通过门切割单元顺序切割并输送到输送机上。 在输送过程中,从热成型温度逐渐冷却,并在安装有冷却器的倾斜输送机输送到室温或更低的预定温度的同时进行冷却。 然后在进入双轴取向吹塑工艺之前将冷却的片材提供给加热器。
    • 4. 发明授权
    • Device for removing and conveying injection-molded piece
    • 拆卸和输送注塑件的装置
    • US4514166A
    • 1985-04-30
    • US32970
    • 1979-04-24
    • Yoshiyuki IchizawaTsugio NomotoMamoru Oshida
    • Yoshiyuki IchizawaTsugio NomotoMamoru Oshida
    • B29C45/38B29C45/42B29C45/72B29C49/06B29C49/42B29C49/68B29F1/14
    • B29C49/68B29C45/382B29C45/42B29C45/7207B29C49/4205B29C49/06B29K2105/253
    • A transparent thin bottle-shaped container is produced by means of a technology for biaxial orientation blow molding a cylindrical piece with a bottom from polyethylene terephthalate material. The pieces are molded in numerous large number in each injection molding process of an injection molding machine. The pieces thus formed immediately after the injection molding are held simultaneously in large number at the gates integrally projected therefrom by a base plate moved forward at the front of the mold in the injection molding machine. They are then conveyed to a gate cutting unit provided near the injection molding machine. The gates are cut from the pieces sequentially by the gate cutting unit and are conveyed onto a conveyor. The pieces are gradually cooled from the hot molded temperature during the conveyance and are additionally cooled while being conveyed on an oblique conveyor installed with a cooler to room temperature or lower predetermined temperature. The cooled pieces are then supplied to a heater immediately before entering a biaxial orientation blow molding process.
    • 通过双轴取向吹塑成型具有底部的圆柱形件的​​技术制造透明薄瓶形容器。 在注射成型机的每个注射成型过程中,这些件都是大量成型的。 在注射成型后立即形成的片材通过在注塑机中在模具前部向前移动的基板一体地突出在其上的同时大量​​地保持。 然后将它们输送到设置在注射成型机附近的浇口切割单元。 门通过门切割单元顺序切割并输送到输送机上。 在输送过程中,从热成型温度逐渐冷却,并在安装有冷却器的倾斜输送机输送到室温或更低的预定温度的同时进行冷却。 然后在进入双轴取向吹塑工艺之前将冷却的片材提供给加热器。
    • 10. 发明授权
    • Mechanism for inverting carrier
    • 反转载体的机理
    • US5056649A
    • 1991-10-15
    • US655280
    • 1991-02-14
    • Mamoru OshidaMasaru OizumiYoshiyuki Ichizawa
    • Mamoru OshidaMasaru OizumiYoshiyuki Ichizawa
    • B65G47/248B65G47/252B65G47/38F16H53/02
    • B65G47/252B65G47/38
    • An inverting mechanism according to the present invention comprises an inverting body for inverting which includes a plate member fixed to each of a plurality of carriers connected to an endless chain and four inverting elements rotatably supported on each plate member at circumferential positions spaced equidistant from each other, and an inverting cam provided on a rack rail on which the inverting elements roll. The inverting element on the body traveling on the rail drops into a groove formed in the inverting cam to rotate the body about the dropped inverting element as another inverting element rolls along a projection on the reversing cam to downwardly direct the top opening of the carrier and thereby an article to be transferred can be taken out of the carrier.
    • 根据本发明的反转机构包括翻转体,其包括固定到连接到环形链的多个载体中的每一个的板构件和在每个板构件上可旋转地支撑在彼此间隔等间隔的圆周位置处的四个翻转元件 以及设置在反转元件滚动的齿条导轨上的翻转凸轮。 在轨道上行驶的轨道上的反转元件掉入形成在反转凸轮中的凹槽中,以使主体围绕下落的反转元件旋转,因为另一反转元件沿着反转凸轮上的凸起滚动以向下引导载体的顶部开口, 因此,可以将要传送的物品从承运人中取出。