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    • 1. 发明申请
    • INJECTION/STRETCH BLOW MOLDING MACHINE
    • 注塑/吹塑成型机
    • US20090274789A1
    • 2009-11-05
    • US12302387
    • 2007-05-29
    • Sentaro KobayashiNaohide Matsuzaka
    • Sentaro KobayashiNaohide Matsuzaka
    • B29C49/06
    • B29C49/062B29C45/0053B29C45/1769B29C49/06B29C49/12B29C49/36
    • Provided is an injection/stretch blow molding machine, which performs both injection molding of a preform and stretch blow molding of a hollow molded product continuously within single machine. In an injection/stretch blow unit used in the injection/stretch blow molding machine, an injection mold clamping mechanism comprises a mold clamping shafts erected vertically movably on both sides of an injection molding operation section and extending through both a lower base platen and an upper base platen, hydraulic mold clamping means connected respectively to lower ends positioned within a bed of the mold clamping shafts, a mold clamping platen having core molds attached thereto downwards and being fitted and supported at both ends thereof on the mold clamping shafts, the mold clamping platen being installed vertically movably between the upper base platen and a top platen disposed on upper ends of the shafts, a pair of mold opening/closing air cylinders connecting on both sides thereof the upper base platen and the mold clamping platen with each other and causing the mold clamping platen to move vertically with respect to the upper base platen, a mold clamping rod connected to the mold clamping platen through the top platen, and a pair of clamp members disposed on an upper surface of the top platen, the clamp members being adapted to fit with the mold clamping rod pneumatically to connect the mold clamping platen and the mold clamping shafts with each other. In an injection molding operation section, a stretch blow molding operation section and a take-out operation section, edge sides of the upper base platen and a transfer platen are formed as U-shaped recesses and neck molds are positioned within the recesses by bridgewise mounting of mold holding plates over the recesses.
    • 提供一种注射/拉伸吹塑成型机,其在单机内连续进行预成型件的注射成型和中空成型制品的拉伸吹塑成型。 在注射/拉伸吹塑机中使用的注射/拉伸吹塑单元中,注射模具夹紧机构包括在注射成型操作部分的两侧竖立地竖直移动的模具夹持轴,并且延伸穿过下底板和上部 基板,分别连接在位于模具夹持轴的床内的下端的液压模具夹紧装置,具有芯模的模具夹紧台板,其下方附着有芯模,并在其两端装配并支撑在夹持轴上,模夹 压板可竖直移动地安装在上基板和设置在轴的上端的顶板之间,一对模具打开/关闭气缸,其两侧连接上基板和模夹夹板,并使其 模具夹紧台板相对于上基板垂直移动,模具夹紧杆连接到t 他通过顶部压板模压夹板,以及一对夹紧构件,其设置在顶部压板的上表面上,夹紧构件适用于气动地与模具夹紧杆配合,以将模具夹紧板和模具夹紧轴与 彼此。 在注射成型操作部中,拉伸吹塑成型操作部和取出操作部,上基板和转印台的边缘侧形成为U形凹部,颈模通过桥式安装位于凹部内 的模具夹持板在凹槽上。
    • 2. 发明授权
    • Rotary transfer device in blow molding machine
    • 吹塑机中的旋转传送装置
    • US06929463B2
    • 2005-08-16
    • US10380937
    • 2001-09-27
    • Sentaro KobayashiNaohide Matsuzaka
    • Sentaro KobayashiNaohide Matsuzaka
    • G02B5/18B29C49/06B29C49/42G02B13/00G02B13/18G11B7/135H02K7/14B29C49/36
    • B29C49/4236B29C49/062B29C49/42B29C49/4205H02K7/14
    • To realize direct and intermittent rotation of a transfer member by directly coupling the rotary part of a servo motor with a rotary shaft. A supporting board is arranged side by side with working space 3 made vacant above a machine base. The center part of a transfer member arranged on the undersurface of a supporting board 4 is coupled with a rotary shaft 7 of a relatively large diameter inserted through the center of the supporting board and mounted on a bearing. The servo motor 8 provided with the fixing part 8b inside of the rotary part 8a of the large diameter in the center of the supporting board 4 is attached to a supporting base 15 erected on the supporting board 4 via a joint 18 on the side of the fixing part 8b. The rotary part 8a is mounted on the top of the rotary shaft 7, and thereby the transfer member 6 is constructed so as to be directly rotated with the rotary shaft 7 by the servo motor 8.
    • 通过将伺服电动机的旋转部分与旋转轴直接联接来实现转印部件的直接和间歇旋转。 支撑板并排设置有在机座上方空置的工作空间3。 布置在支撑板4的下表面上的传送构件的中心部分与插入穿过支撑板的中心的相对较大直径的旋转轴7联接并安装在轴承上。 在支撑板4的中心的大直径的旋转部分8a中设置有固定部分8b的伺服电动机8通过侧面上的接头18安装在支撑基板15上,支撑基座15竖立在支撑板4上 的固定部分8b。 旋转部件8a安装在旋转轴7的顶部,由此转印部件6被构造成通过伺服马达8与旋转轴7直接旋转。
    • 3. 发明授权
    • Injection/stretch blow molding machine
    • 注塑/拉伸吹塑机
    • US08047832B2
    • 2011-11-01
    • US12302387
    • 2007-05-29
    • Sentaro KobayashiNaohide Matsuzaka
    • Sentaro KobayashiNaohide Matsuzaka
    • B29C49/06B29C49/56
    • B29C49/062B29C45/0053B29C45/1769B29C49/06B29C49/12B29C49/36
    • An injection/stretch blow mold clamping mechanism comprises mold clamping shafts erected vertically movably on both sides of an injection molding operation section and extending through the lower base platen and upper base platen, hydraulic mold clamping means connected respectively to lower ends positioned within a bed of the clamping shafts, a mold clamping platen having core molds attached thereto and being fitted on the mold clamping shafts, the clamping platen being installed vertically movably between the upper base platen and a top platen, a pair of mold air cylinders connecting on both sides thereof the upper base platen and the clamping platen with each other and causing the clamping platen to move vertically with respect to the upper base platen, a mold clamping rod connected to the mold clamping platen through the top platen, and a pair of clamp members disposed on an upper surface of the top platen.
    • 注射/拉伸吹塑模具夹紧机构包括在注射成型操作部分的两侧上竖直移动并延伸穿过下底板和上基板的模具夹紧轴,液压模具夹紧装置分别连接到位于 夹持轴,具有附接到其上并具有芯模的模具夹紧台板,并且装配在模具夹持轴上,夹紧台板垂直可移动地安装在上基板和顶板之间,一对连接在其两侧的模气缸 上基板和夹紧台板彼此相对并使夹板相对于上基板垂直移动,通过顶压板连接到模具夹紧台板的模具夹紧杆,以及一对夹紧构件, 顶部压板的上表面。