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    • 1. 发明授权
    • Injection molding method and injection molding apparatus
    • 注射成型法和注射成型装置
    • US07422426B2
    • 2008-09-09
    • US11353425
    • 2006-02-14
    • Toshi SaekiMakoto SuzukiKatsumasa IsogaiKazuhiro HanaiSyuuichi Hazama
    • Toshi SaekiMakoto SuzukiKatsumasa IsogaiKazuhiro HanaiSyuuichi Hazama
    • B29C45/00
    • B29C45/0025B29C45/07B29C45/13B29C45/1703B29C2045/0032
    • The present invention provides an injection molding method which intends to lower a mold clamping force in view of both of a projected area of a molded article and an injection pressure, and contributes to an energy saving and a reduction in a cost of equipment and a manufacturing cost. In a cavity (13) formed in a metal mold (5) for an injection molding, there are arranged a first gate (21) injecting a first molten resin (101) anteceding in one end side (a charging start side) in a longitudinal direction, and a second gate (22) injecting a second molten resin (102) following in another end side (a charging finish side). The second molten resin (102) is newly injected from the second gate (22) before a fluid head portion of the first molten resin (101) injected from the first gate (21) reaches a position of the second gate (22). Further, the first molten resin (101) becomes in an approximately cooled and solidified state by the time when the second molten resin (102) reaches a terminal end in the charging finish side within the cavity (13).
    • 本发明提供了一种注塑成型方法,其旨在考虑到模制品的投影面积和注射压力两者来降低模具夹紧力,并且有助于节省设备和制造成本的降低 成本。 在形成在注射成型用金属模具(5)上的空腔(13)中,设置有第一浇口(21),在第一浇口(21)的一端侧(充电开始侧)向前喷射第一熔融树脂 以及在另一端侧(充电完成侧)中注入第二熔融树脂(102)的第二浇口(22)。 在从第一浇口(21)注入的第一熔融树脂(101)的流体头部分到达第二浇口(22)的位置之前,第二熔融树脂(102)从第二浇口(22)重新注入。 此外,当第二熔融树脂(102)到达空腔(13)内的充电完成侧的终端时,第一熔融树脂(101)变成近似冷却和固化的状态。
    • 2. 发明申请
    • Injection molding method and injection molding apparatus
    • 注射成型法和注射成型装置
    • US20060141088A1
    • 2006-06-29
    • US11353425
    • 2006-02-14
    • Toshi SaekiMakoto SuzukiKatsumasa IsogaiKazuhiro HanaiSyuuichi Hazama
    • Toshi SaekiMakoto SuzukiKatsumasa IsogaiKazuhiro HanaiSyuuichi Hazama
    • B29C45/13
    • B29C45/0025B29C45/07B29C45/13B29C45/1703B29C2045/0032
    • The present invention provides an injection molding method which intends to lower a mold clamping force in view of both of a projected area of a molded article and an injection pressure, and contributes to an energy saving and a reduction in a cost of equipment and a manufacturing cost. In a cavity (13) formed in a metal mold (5) for an injection molding, there are arranged a first gate (21) injecting a first molten resin (101) anteceding in one end side (a charging start side) in a longitudinal direction, and a second gate (22) injecting a second molten resin (102) following in another end side (a charging finish side). The second molten resin (102) is newly injected from the second gate (22) before a fluid head portion of the first molten resin (101) injected from the first gate (21) reaches a position of the second gate (22). Further, the first molten resin (101) becomes in an approximately cooled and solidified state by the time when the second molten resin (102) reaches a terminal end in the charging finish side within the cavity (13).
    • 本发明提供了一种注塑成型方法,其旨在考虑到模制品的投影面积和注射压力两者来降低模具夹紧力,并且有助于节省设备和制造成本的降低 成本。 在形成在注射成型用金属模具(5)上的空腔(13)中,设置有第一浇口(21),在第一浇口(21)的一端侧(充电开始侧)向前喷射第一熔融树脂 以及在另一端侧(充电完成侧)中注入第二熔融树脂(102)的第二浇口(22)。 在从第一浇口(21)注入的第一熔融树脂(101)的流体头部分到达第二浇口(22)的位置之前,第二熔融树脂(102)从第二浇口(22)重新注入。 此外,当第二熔融树脂(102)到达空腔(13)内的充电完成侧的终端时,第一熔融树脂(101)变成近似冷却和固化的状态。
    • 3. 发明申请
    • Injection molding method and injection molding apparatus
    • 注射成型法和注射成型装置
    • US20050012243A1
    • 2005-01-20
    • US10632844
    • 2003-08-04
    • Toshi SaekiMakoto SuzukiKatsumasa IsogaiKazuhiro HanaiSyuuichi Hazama
    • Toshi SaekiMakoto SuzukiKatsumasa IsogaiKazuhiro HanaiSyuuichi Hazama
    • B29C45/28B29C45/00B29C45/07B29C45/13B29C45/17
    • B29C45/0025B29C45/07B29C45/13B29C45/1703B29C2045/0032
    • The present invention provides an injection molding method which intends to lower a mold clamping force in view of both of a projected area of a molded article and an injection pressure, and contributes to an energy saving and a reduction in a cost of equipment and a manufacturing cost. In a cavity (13) formed in a metal mold (5) for an injection molding, there are arranged a first gate (21) injecting a first molten resin (101) anteceding in one end side (a charging start side) in a longitudinal direction, and a second gate (22) injecting a second molten resin (102) following in another end side (a charging finish side). The second molten resin (102) is newly injected from the second gate (22) before a fluid head portion of the first molten resin (101) injected from the first gate (21) reaches a position of the second gate (22). Further, the first molten resin (101) becomes in an approximately cooled and solidified state by the time when the second molten resin (102) reaches a terminal end in the charging finish side within the cavity (13).
    • 本发明提供了一种注塑成型方法,其旨在考虑到模制品的投影面积和注射压力两者来降低模具夹紧力,并且有助于节省设备和制造成本的降低 成本。 在形成在注射成型用金属模具(5)上的空腔(13)中,设置有第一浇口(21),在第一浇口(21)的一端侧(充电开始侧)向前喷射第一熔融树脂 以及在另一端侧(充电完成侧)中注入第二熔融树脂(102)的第二浇口(22)。 在从第一浇口(21)注入的第一熔融树脂(101)的流体头部分到达第二浇口(22)的位置之前,第二熔融树脂(102)从第二浇口(22)重新注入。 此外,当第二熔融树脂(102)到达空腔(13)内的充电完成侧的终端时,第一熔融树脂(101)变成近似冷却和固化的状态。
    • 5. 发明授权
    • Motor-driven injection molding apparatus
    • 电动注塑机
    • US07156652B2
    • 2007-01-02
    • US10677319
    • 2003-10-03
    • Syuuichi Hazama
    • Syuuichi Hazama
    • B29C45/66
    • B29C45/66B29C45/0416B29C45/162B29C45/5008B29C45/531B29C45/541B29C2045/1792
    • The invention provides a motor-driven injection molding apparatus in which an entire of the apparatus is simplified and made compact. In a motor-driven injection molding apparatus (1), a movable metal mold (12) clamped to a stationary metal mold (11) is mounted to a movable mold plate (13), and two ball screws (17, 18) for moving the movable mold plate (13) are passed through two points on opposing corners of the movable mold plate (13). End portions of the ball screws (17, 18) are set in a cantilever state, and are rotated via pulleys (55, 55) and a timing belt (56), thereby moving the movable mold plate (13). Further, the movable mold plate (13) is guided by a slide guide having a structure that a bearing unit (14) fixed to both sides of a lower portion thereof is fitted to linear rails (15, 16). On the other hand, in an injection side, a injection side movable plate (33) to which an injection plunger (42) is fixed by two tie bars (35, 36) and two ball screws (37, 38) on respective opposing corners, and the same slide guides as mentioned above moves. The movable mold plate (13) is moved by the opening and closing side ball screws (17, 18) so as to be mold clamped, and the injection side movable plate (33) is thereafter moved so as to inject.
    • 本发明提供了一种电动机驱动的注射成型装置,其中整个装置被简化并变得紧凑。 在电动注射成型装置(1)中,夹在固定金属模具(11)上的活动金属模具(12)安装在可移动的模板(13)上,以及两个滚珠丝杠(17,18) 可移动模板(13)穿过可移动模板(13)的相对的角上的两个点。 滚珠丝杠(17,18)的端部被设定为悬臂状态,并通过皮带轮(55,55)和同步带(56)旋转,从而移动可动模板(13)。 此外,可移动模板(13)由具有固定在其下部两侧的轴承单元(14)装配到直线导轨(15,16)的结构的滑动引导件引导。 另一方面,在注射侧,注射侧可动板(33)通过两个连杆(35,36)和两个滚珠丝杠(37,38)在相对的相对角部上固定有注射柱塞(42) 并且与上述相同的滑动导轨移动。 可动模板(13)由打开和关闭侧滚珠丝杠(17,18)移动以进行模具夹紧,然后移动注射侧活动板(33)以便注入。
    • 7. 发明申请
    • Motor-driven injection molding apparatus
    • 电动注塑机
    • US20050074517A1
    • 2005-04-07
    • US10677319
    • 2003-10-03
    • Syuuichi Hazama
    • Syuuichi Hazama
    • B29C45/16B29C45/50B29C45/53B29C45/54B29C45/66B29C45/64
    • B29C45/66B29C45/0416B29C45/162B29C45/5008B29C45/531B29C45/541B29C2045/1792
    • The invention provides a motor-driven injection molding apparatus in which an entire of the apparatus is simplified and made compact. In a motor-driven injection molding apparatus (1), a movable metal mold (12) clamped to a stationary metal mold (11) is mounted to a movable mold plate (13), and two ball screws (17, 18) for moving the movable mold plate (13) are passed through two points on opposing corners of the movable mold plate (13). End portions of the ball screws (17, 18) are set in a cantilever state, and are rotated via pulleys (55, 55) and a timing belt (56), thereby moving the movable mold plate (13). Further, the movable mold plate (13) is guided by a slide guide having a structure that a bearing unit (14) fixed to both sides of a lower portion thereof is fitted to linear rails (15, 16). On the other hand, in an injection side, a injection side movable plate (33) to which an injection plunger (42) is fixed by two tie bars (35, 36) and two ball screws (37, 38) on respective opposing corners, and the same slide guides as mentioned above moves. The movable mold plate (13) is moved by the opening and closing side ball screws (17, 18) so as to be mold clamped, and the injection side movable plate (33) is thereafter moved so as to inject.
    • 本发明提供了一种电动机驱动的注射成型装置,其中整个装置被简化并变得紧凑。 在电动注射成型装置(1)中,夹在固定金属模具(11)上的活动金属模具(12)安装在可移动的模板(13)上,以及两个滚珠丝杠(17,18) 可移动模板(13)穿过可移动模板(13)的相对的角上的两个点。 滚珠丝杠(17,18)的端部被设定为悬臂状态,并通过皮带轮(55,55)和同步带(56)旋转,从而移动可动模板(13)。 此外,可移动模板(13)由具有固定在其下部两侧的轴承单元(14)装配到直线导轨(15,16)的结构的滑动引导件引导。 另一方面,在注射侧,注射侧可动板(33)通过两个连杆(35,36)和两个滚珠丝杠(37,38)在相对的相对角部上固定有注射柱塞(42) 并且与上述相同的滑动导轨移动。 可动模板(13)由打开和关闭侧滚珠丝杠(17,18)移动以进行模具夹紧,然后移动注射侧活动板(33)以便注入。