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    • 1. 发明授权
    • Spin-bonding apparatus including an axially displaceable spinner member
    • 旋转粘合装置包括可轴向移动的旋转器构件
    • US4469547A
    • 1984-09-04
    • US570644
    • 1984-01-13
    • Gerald L. MitchellStephen E. WoerzThomas J. Setty
    • Gerald L. MitchellStephen E. WoerzThomas J. Setty
    • B29C65/06B29C65/78B29C27/08B65B7/28
    • B29C65/0672B29C65/7847B29C66/12441B29C66/12469B29C66/542B29C66/72328B29C66/8322
    • Improved spin-bonding apparatus is disclosed for connecting a synthetic plastic end closure member to a composite container body wall, including an axially displaceable spinner member that is operable to an axially extended position in which it is rotated relative to the stationary mandrel by the rotatably driven spindle when the mandrel and spindle are in an initial axially spaced condition. The spinner member continuously supports the inner periphery of the sealing fin as the mandrel and spindle are displaced axially together toward their adjacent spin-bonding condition, whereby the sealing fin is protectively supported prior to positive spin bonding thereof to the synthetic plastic inner liner of the container body wall. The stationary mandrel is provided at its free end with a unitary sizing portion having a closely toleranced cylindrical surface for causing the free extremity of the container body wall to have a circular configuration. The spinner member is provided with an annular lead-in ridge at its end adjacent the stationary mandrel, thereby to further protect the free end of the sealing fin during axial displacement of the mandrels.
    • 公开了改进的旋转粘合装置,用于将合成塑料端部封闭构件连接到复合容器主体壁,包括可轴向移动的旋转构件,其可操作到轴向延伸的位置,在该位置中,通过可旋转驱动的相对于固定心轴 心轴和心轴处于初始轴向间隔的状态。 旋转器构件随着心轴和心轴沿着相邻的旋转粘合状态轴向移位而连续地支撑密封翅片的内周,由此在将其直接旋转到合成塑料内衬之前,密封翅片被保护地支撑 容器体壁。 固定心轴在其自由端设置有具有紧密公差的圆柱形表面的整体尺寸部分,用于使容器主体壁的自由端具有圆形构型。 旋转构件在其邻近固定心轴的端部处设置有环形引入脊,从而在心轴的轴向移位期间进一步保护密封翅片的自由端。
    • 4. 发明授权
    • Composite container including a reversely curled body member
    • 复合容器包括反卷曲的主体构件
    • US4299350A
    • 1981-11-10
    • US95528
    • 1979-11-16
    • Stephen E. Woerz
    • Stephen E. Woerz
    • B31B17/00B65D3/22B65D21/02B65D43/02B65D3/04B65D5/04
    • B65D43/0258B31F1/0038B65D21/022B65D3/22B31B2201/25B31B2201/2604B31B2217/082B31B2217/108B65D2101/0038B65D2543/00092B65D2543/00296B65D2543/00509B65D2543/00537B65D2543/00555B65D2543/0062B65D2543/00638B65D2543/00657B65D2543/00685B65D2543/0074B65D2543/00796
    • An improved composite container is disclosed including a tubular fibrous body wall having at its upper end a reversely curled portion the upper extremity of which is radially inwardly compressed in such a manner as to form an annular external locking projection by means of which a synthetic plastic closure cap may be fastened to close the container. Preferably the closure member is connected with the container by a tearable tamperproof connection including a radially inwardly directed annular rib that is locked beneath the annular body projection to maintain the closure cap on the container. A method is also disclosed for forming the container body, including the steps of radially outwardly curling the upper end of the body member, radially inwardly comressing the upper extremity of the reversely curled portion, and mounting a synthetic plastic snap-type closure member on the compressed curled end. In one embodiment, a circumferential recess is formed (for example, by skiving) in the outer surface of the tubular fibrous body wall prior to the reverse curling step, whereby the upper extremity of the reversely curled portion is radially inwardly compressed into the recess.
    • 公开了一种改进的复合容器,其包括管状纤维体壁,该管状纤维体壁在其上端具有反向卷曲的部分,其上端径向向内压缩,以形成环形外部锁定突出部, 盖可以被紧固以关闭容器。 优选地,封闭构件通过可撕裂的防篡改连接件与容器连接,包括径向向内指向的环形肋,所述环形肋被锁定在环形体突起下方,以将封闭盖保持在容器上。 还公开了一种用于形成容器主体的方法,包括径向向外卷曲主体构件的上端的步骤,径向向内地卷绕反卷曲部分的上端,以及将合成塑料卡扣式封闭构件安装在 压缩卷曲结束。 在一个实施例中,在逆向卷曲步骤之前,在管状纤维体壁的外表面中形成圆周凹槽(例如通过刮削),由此反向卷曲部分的上端径向向内压入凹部。
    • 5. 发明授权
    • Composite container having spin bonded end
    • 具有自旋结合端的复合容器
    • US4402451A
    • 1983-09-06
    • US375707
    • 1982-05-06
    • Stephen E. WoerzTravis K. Canup
    • Stephen E. WoerzTravis K. Canup
    • B29C57/00B29C65/06B29C65/78B65D3/12
    • B29C66/542B29C57/00B29C65/0672B29C65/7847B29C66/12441B29C66/12461B29C66/12463B29C66/12469B29C66/723B29C66/72328B29C66/7392B29C66/8322B65D15/08
    • A composite container is disclosed having a synthetic plastic end closure member spin-bonded to the thermoplastic synthetic plastic inner liner layer of a composite container body wall. The synthetic plastic end closure member includes annular downwardly depending inner fin and outer chime portions which are concentrically spaced to define therebetween an annular groove. One of the body and end members is rotated relative to the other member when they are in spaced vertical alignment, whereupon the members are axially displaced together to wedge the upper end of the body member into the annular groove of the end closure member. During this spin bonding process, the fin portion of the end closure member is supported against radial inward deflection, whereby the spinning frictional engagement between the fin portion of the end closure member and the inner liner layer of the body member causes softening and subsequent bonding of the fin portion to the inner liner layer.
    • 公开了一种复合容器,其具有旋转粘合到复合容器体壁的热塑性合成塑料内衬层上的合成塑料端部封闭构件。 合成塑料端部封闭构件包括环形的向下悬垂的内部翅片和外部钟形部分,其同心间隔开以在其间限定环形凹槽。 主体和端部构件中的一个在它们处于间隔的垂直对准时相对于另一个构件旋转,于是构件被轴向移位在一起以将本体构件的上端楔入端盖件的环形槽中。 在该旋转接合过程中,端部封闭构件的翅片部分被支撑成径向向内偏转,由此端部封闭构件的翅片部分和主体构件的内衬层之间的旋转摩擦接合导致软化和随后的粘结 翅片部分到内衬层。
    • 6. 发明授权
    • Apparatus for spin bonding ends for composite containers
    • 用于复合容器旋转粘合端的装置
    • US4411726A
    • 1983-10-25
    • US375706
    • 1982-05-06
    • Stephen E. WoerzTravis K. Canup
    • Stephen E. WoerzTravis K. Canup
    • B29C57/00B29C65/06B29C65/78B29C27/08B65B7/28
    • B29C66/542B29C57/00B29C65/0672B29C65/7847B29C66/12441B29C66/12461B29C66/12463B29C66/12469B29C66/723B29C66/72328B29C66/7392B29C66/8322
    • A composite container is disclosed having a synthetic plastic end closure member spin-bonded to the thermoplastic synthetic plastic inner liner layer of a composite container body wall. The synthetic plastic end closure member includes annular downwardly depending inner fin and outer chime portions which are concentrically spaced to define therebetween an annular groove. One of the body and end members is rotated relative to the other member when they are in spaced vertical alignment, whereupon the members are axially displaced together to wedge the upper end of the body member into the annular groove of the end closure member. During this spin bonding process, the fin portion of the end closure member is supported against radial inward deflection, whereby the spinning frictional engagement between the fin portion of the end closure member and the inner liner layer of the body member causes softening and subsequent bonding of the fin portion to the inner liner layer.
    • 公开了一种复合容器,其具有旋转粘合到复合容器体壁的热塑性合成塑料内衬层上的合成塑料端部封闭构件。 合成塑料端部封闭构件包括环形的向下悬垂的内部翅片和外部钟形部分,其同心间隔开以在其间限定环形凹槽。 主体和端部构件中的一个在它们处于间隔的垂直对准时相对于另一个构件旋转,于是构件被轴向移位在一起以将本体构件的上端楔入端盖件的环形槽中。 在该旋转接合过程中,端部封闭构件的翅片部分被支撑成径向向内偏转,由此端部封闭构件的翅片部分和主体构件的内衬层之间的旋转摩擦接合导致软化和随后的粘结 翅片部分到内衬层。
    • 7. 发明授权
    • Method for forming a composite container including a reversely curled
body member
    • 用于形成包括反卷曲主体构件的复合容器的方法
    • US4375969A
    • 1983-03-08
    • US238960
    • 1981-02-27
    • Stephen E. Woerz
    • Stephen E. Woerz
    • B31F1/00B65D3/22B65D21/02B65D43/02B31B17/60
    • B65D21/022B31F1/008B65D3/22B65D43/0258B65D2101/0023B65D2101/0038B65D2543/00092B65D2543/00296B65D2543/00509B65D2543/00537B65D2543/00555B65D2543/0062B65D2543/00638B65D2543/00657B65D2543/00685B65D2543/0074B65D2543/00796
    • An improved composite container is disclosed including a tubular fibrous body wall having at its upper end a reversely curled portion the upper extremity of which is radially inwardly compressed in such a manner as to form an annular external locking projection by means of which a synthetic plastic closure cap may be fastened to close the container. Preferably the closure member is connected with the container by a tearable tamperproof connection including a radially inwardly directed annular rib that is locked beneath the annular body projection to maintain the closure cap on the container. A method is also disclosed for forming the container body, including the steps of radially outwardly curling the upper end of the body member, radially inwardly compressing the upper extremity of the reversely curled portion, and mounting a synthetic plastic snap-type closure member on the compressed curled end. In one embodiment, a circumferential recess is formed (for example, by skiving) in the outer surface of the tubular fibrous body wall prior to the reverse curling step, whereby the upper extremity of the reversely curled portion is radially inwardly compressed into the recess.
    • 公开了一种改进的复合容器,其包括管状纤维体壁,该管状纤维体壁在其上端具有反向卷曲的部分,其上端径向向内压缩,以形成环形外部锁定突出部, 盖可以被紧固以关闭容器。 优选地,封闭构件通过可撕裂的防篡改连接件与容器连接,包括径向向内指向的环形肋,所述环形肋被锁定在环形体突起下方,以将封闭盖保持在容器上。 还公开了一种用于形成容器主体的方法,包括径向向外卷曲主体构件的上端的步骤,径向向内压缩反卷曲部分的上端,以及将合成塑料卡扣式封闭构件安装在 压缩卷曲结束。 在一个实施例中,在逆向卷曲步骤之前,在管状纤维体壁的外表面中形成圆周凹槽(例如通过刮削),由此反向卷曲部分的上端径向向内压入凹部。