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    • 1. 发明申请
    • MOULD FOR FORMING THE HEADPIECE OF DEFORMABLE TUBULAR PLASTIC CONTAINERS
    • 用于形成可变形管式塑料容器盖的模具
    • WO03053649B1
    • 2003-09-04
    • PCT/EP0213877
    • 2002-12-05
    • SACMIBERGAMI STEFANOZUFFA ZENO
    • BERGAMI STEFANOZUFFA ZENO
    • B29C31/00B29C43/18B29C43/36B29C43/42B29C45/14B29L23/20B29C33/00
    • B29C43/42B29C31/008B29C43/18B29C43/3607B29C45/14598B29C2045/14606B29K2105/258B29L2001/00B29L2023/20
    • The mould comprises a punch (10) having an outer surface (11') arranged to engage the container tubular body (51) as an exact fit, and an end portion (13) projecting axially from the lower end of the cylindrical outer surface (11'), and a die (30) arranged to form, in combination with the lower surface (13') of the punch, a cavity (F) for forming the headpiece (52) of the container; the die (30) has a concave surface 832') arranged to receive as an exact fit, by axial penetration, the lower end of the cylindrical outer surface (11') of the punch together with the lower end of the tubular body (51) of the container. The headpiece 852) is formed within the forming cavity (F). According to the invention, the punch (10) comprises a radial deformation means (22, 25, 62, 65), positioned on its outer surface (11') and extending annularly along the entire circumference of this surface to act on the tubular body (51) of the container, and is arranged to assume a normal position in which its outer surface does not project radially from the cylindrical outer surface (11') of the punch, and an active position in which it is urged in a centrifugal direction in such a manner as to press the tubular body (51) against the opposing surface of teh die, means being provided to urge the radial deformation means (22, 25, 62, 65) in the centrigal direction during the forming of the container headpiece (52).
    • 所述模具包括冲头(10),所述冲头(10)具有布置成与所述容器管状体(51)精确配合的外表面(11')和从所述圆筒形外表面的下端轴向突出的端部(13) 和用于与冲头的下表面(13')组合形成用于形成容器的头部件(52)的空腔(F)的模具(30) 模具30具有凹形表面832'),该凹形表面832'被布置成通过轴向穿透将冲头的圆柱形外表面(11')的下端与管状体(51)的下端 )的容器。 头戴件852)形成在成形腔(F)内。 根据本发明,冲头(10)包括位于其外表面(11')上并沿该表面的整个圆周环形延伸的径向变形装置(22,25,62,65)以作用于管状体 (51),并且被布置成呈现其正常位置,在该正常位置中,其外表面不是从冲头的圆柱形外表面(11')径向突出,而是处于其在离心方向上被推动的活动位置 以便将管状体(51)压靠在模头的相对表面上,设置有用于在形成容器头部件期间沿着向心方向推动径向变形装置(22,25,62,65)的装置 (52)。
    • 4. 发明申请
    • DEVICE FOR APPLYING A PLASTIC SHEATHING TO A PIPELINE AT PIPE CONNECTIONS
    • FOR UMPRITZUNG周长注塑焊接管道
    • WO01036173A1
    • 2001-05-25
    • PCT/DE2000/003892
    • 2000-11-02
    • B29C45/14B29C45/73F16L13/02
    • B29C45/7337B29C45/14598B29C2045/14606B29K2023/06B29L2009/003B29L2023/22F16L13/0272F16L58/181
    • The invention relates to a device for applying a plastic sheathing to connections of a pipeline comprised of steel pipes (2a, 2b), said connections being produced by circular weld seams (1). The steel pipes are provided with a plastic insulation (3a, 3b) at the factory, and are subsequently insulated in the area of the circular weld seam (1) by means of injection molding. The inventive device comprises a split injection molding die (4). Said injection molding die can be attached to an injection molding device, can be placed and fastened in a sleeve-like manner around the steel pipes (2a, 2b) in the area of the weld seam such that the injection molding die (4) overlaps the end of the plastic insulation (3a, 3b), which is provided at the factory, of both steel pipes (2a, 2b) that are joined to one another by welding. The injection molding die (4) has, at least in the axial area between the plastic insulations that are provided at the factory, an inner diameter (3a, 3b) that corresponds to the outer diameter of the plastic sheathing, which is to be produced, in the area of the weld seam. In addition, the injection molding die also has, on its faces (5a, 5b), an inner diameter that corresponds to the outer diameter of the plastic insulation (3a, 3b), which is provided at the factory. A cooling device (6a, 6b), which runs in a circumferential direction, is arranged in the area of the faces (5a, 5b) of the injection molding die (4).
    • 本发明涉及一种用于塑料涂层的设备由圆形焊缝(1)由连接到工厂生产的塑料绝缘生产钢管(2A,2B)的一个管道的化合物(3A,3B)被提供,并在圆形焊缝的区域(1)被附加地通过注射成型绝缘 具有可连接到注塑机划分和套筒状方式的钢管周围在焊接接缝的区域(2A,2B)周围LEG的方式和紧固注塑模具(4),即在注射成型工具(4)在每种情况下出厂塑料绝缘的端(3A, 3b)的两个焊接在一起的钢管(图2a,2b的)覆盖,其中,所述注射模具(4)至少在工厂的塑料绝缘之间的轴向区域的内径(3A,3B)对应于焊缝区域中的机加工的塑料护套的外径,并且在其 前端(5α,5 b)中,图2b)具有相应内径的工厂塑料绝缘2a的(外径。 在这种情况下,在注塑模具(4)在冷却装置的圆周方向上延伸的前端(5A,5B)的面积(6A,6B)被设置。
    • 5. 发明申请
    • RESIN HOSE MANUFACTURING METHOD
    • 树脂软管制造方法
    • WO1994000287A1
    • 1994-01-06
    • PCT/JP1993000582
    • 1993-04-30
    • TOKAI RUBBER INDUSTRIES, LTD.KAWASAKI, MinoruISHIGURO, Hiromasa
    • TOKAI RUBBER INDUSTRIES, LTD.
    • B29C65/70
    • B29C45/14598B29C33/0044B29C45/00B29C49/00B29C57/00B29C70/766B29C2045/1445B29C2045/14606B29L2031/24B29L2031/712
    • A resin hose manufacturing method which is capable of omitting a burr removing finishing step by preventing the leakage of a material, which causes burrs to occur on a final product, during the blow molding of a hose body and the injection molding of a joint member, which molding methods are used to omit a polishing process for obtaining a proper shape of the inner surface of a joint member at which a resin hose is connected to a mate tube body, and improving the dimensional accuracy of the product, and which is also capable of preventing the occurrence of chipping during the injection molding operation. To attain this object, in the present invention, a thermoplastic resin is blow molded to form a hose body (12), and this hose body (12) is then set in an injection mold (20) which includes an inner mold member (24) and an outer mold member (22). A material is then injected into a molding cavity (26) adjacent to an opening portion of the hose body (12) with the inner mold member (24) fitted closely and liquid-tightly in the opening portion of the hose body (12) via seal means (28, 30, 40, 42), to mold a joint member of the resin hose with respect to the mate tube body and combine the joint member with the hose body (12) unitarily.
    • 一种树脂软管的制造方法,其能够通过在软管体的吹塑成型和接合部件的注射成型时防止在最终产品上产生毛刺的材料的泄漏而省略毛刺去除精加工步骤, 使用这些成型方法省略了用于获得树脂软管与配合管体连接的接合构件的内表面的适当形状的抛光工艺,并且提高了产品的尺寸精度,并且还能够 防止在注射成型操作期间发生切屑。 为了达到这个目的,在本发明中,热塑性树脂被吹塑成型以形成软管主体(12),然后将该软管主体(12)安装在注射模具(20)中,该模具(20)包括一个内模件 )和外部模具构件(22)。 然后将材料注入到邻近软管主体(12)的开口部分的模制腔(26)中,其中内模具构件(24)通过密封并液密地装配在软管体(12)的开口部分中,经由 密封装置(28,30,40,42),以相对于配合管体模制树脂软管的接头构件,并将接头构件与软管主体(12)整体地组合。
    • 8. 发明申请
    • MOULD FOR FORMING THE HEADPIECE OF DEFORMABLE TUBULAR PLASTIC CONTAINERS
    • 用于形成可塑性管状塑料容器的头部的模具
    • WO2003053649A1
    • 2003-07-03
    • PCT/EP2002/013877
    • 2002-12-05
    • SACMI - COOPERATIVA MECCANICI IMOLA - SOC. COOP. AR.L.BERGAMI, StefanoZUFFA, Zeno
    • BERGAMI, StefanoZUFFA, Zeno
    • B29C33/00
    • B29C43/42B29C31/008B29C43/18B29C43/3607B29C45/14598B29C2045/14606B29K2105/258B29L2001/00B29L2023/20
    • The mould comprises a punch (10) having an outer surface (11') arranged to engage the container tubular body (51) as an exact fit, and an end portion (13) projecting axially from the lower end of the cylindrical outer surface (11'), and a die (30) arranged to form, in combination with the lower surface (13') of the punch, a cavity (F) for forming the headpiece (52) of the container; the die (30) has a concave surface 832') arranged to receive as an exact fit, by axial penetration, the lower end of the cylindrical outer surface (11') of the punch together with the lower end of the tubular body (51) of the container. The headpiece 852) is formed within the forming cavity (F). According to the invention, the punch (10) comprises a radial deformation means (22, 25, 62, 65), positioned on its outer surface (11') and extending annularly along the entire circumference of this surface to act on the tubular body (51) of the container, and is arranged to assume a normal position in which its outer surface does not project radially from the cylindrical outer surface (11') of the punch, and an active position in which it is urged in a centrifugal direction in such a manner as to press the tubular body (51) against the opposing surface of teh die, means being provided to urge the radial deformation means (22, 25, 62, 65) in the centrigal direction during the forming of the container headpiece (52).
    • 模具包括具有外表面(11')的冲头(10),该外表面(11')被精确配合地与容器管状体(51)接合,以及从圆柱形外表面的下端轴向突出的端部(13) 11')和与所述冲头的下表面(13')组合形成的用于形成所述容器的头盔(52)的空腔(F)的模具(30) 模具(30)具有凹形表面832'),该凹形表面832'被布置成通过轴向穿透而将冲头的圆柱形外表面(11')的下端与管状体(51)的下端一起作为精确配合 )的容器。 头部852)形成在成形腔(F)内。 根据本发明,冲头(10)包括位于其外表面(11')上的径向变形装置(22,25,62,65),并且沿着该表面的整个圆周环形延伸以作用在管状体 (51),并且被布置成呈现其外表面不从冲头的圆柱形外表面(11')径向突出的正常位置,并且在其中被沿着离心方向被推动的有效位置 以使得管状体(51)压靠在模具的相对表面上的方式被设置成在形成容器头部件期间迫使径向变形装置(22,25,62,65)处于中心方向 (52)。
    • 9. 发明申请
    • INJECTION MOLDING DEVICE FOR EXTRUSION COATING CIRCULAR WELD SEAMS OF A PIPELINE
    • FOR的圆周浇铸成型注塑焊接管道
    • WO0136173A8
    • 2001-09-07
    • PCT/DE0003892
    • 2000-11-02
    • EUPEC PIPECOATINGS GMBHMALLY GUENTERBLOME PETER A
    • MALLY GUENTERBLOME PETER A
    • B29C45/14B29C45/73F16L13/02
    • B29C45/7337B29C45/14598B29C2045/14606B29K2023/06B29L2009/003B29L2023/22F16L13/0272F16L58/181
    • The invention relates to a device for applying a plastic sheathing to connections of a pipeline comprised of steel pipes (2a, 2b), said connections being produced by circular weld seams (1). The steel pipes are provided with a plastic insulation (3a, 3b) at the factory, and are subsequently insulated in the area of the circular weld seam (1) by means of injection molding. The inventive device comprises a split injection molding die (4). Said injection molding die can be attached to an injection molding device, can be placed and fastened in a sleeve-like manner around the steel pipes (2a, 2b) in the area of the weld seam such that the injection molding die (4) overlaps the end of the plastic insulation (3a, 3b), which is provided at the factory, of both steel pipes (2a, 2b) that are joined to one another by welding. The injection molding die (4) has, at least in the axial area between the plastic insulations that are provided at the factory, an inner diameter (3a, 3b) that corresponds to the outer diameter of the plastic sheathing, which is to be produced, in the area of the weld seam. In addition, the injection molding die also has, on its faces (5a, 5b), an inner diameter that corresponds to the outer diameter of the plastic insulation (3a, 3b), which is provided at the factory. A cooling device (6a, 6b), which runs in a circumferential direction, is arranged in the area of the faces (5a, 5b) of the injection molding die (4).
    • 本发明涉及一种用于塑料涂层的设备由圆形焊缝(1)由连接到工厂生产的塑料绝缘生产钢管(2A,2B)的一个管道的化合物(3A,3B)被提供,并在圆形焊缝的区域(1)被附加地通过注射成型绝缘 具有可连接到注塑机划分和套筒状方式的钢管周围在焊接接缝的区域(2A,2B)周围LEG的方式和紧固注塑模具(4),即在注射成型工具(4)在每种情况下出厂塑料绝缘的端(3A, 3b)的两个焊接在一起的钢管(图2a,2b的)覆盖,其中,所述注射模具(4)至少在工厂的塑料绝缘之间的轴向区域的内径(3A,3B)对应于焊缝区域中的机加工的塑料护套的外径,并且在其 前端(5α,5 b)中,图2b)具有相应内径的工厂塑料绝缘2a的(外径。 在这种情况下,在注塑模具(4)在冷却装置的圆周方向上延伸的前端(5A,5B)的面积(6A,6B)被设置。