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    • 2. 发明授权
    • Weather strip and manufacturing method therefor
    • 天气条及其制造方法
    • US07214417B2
    • 2007-05-08
    • US10808590
    • 2004-03-25
    • Yoshihisa KuboMasahiko ItoMitsunobu Teramoto
    • Yoshihisa KuboMasahiko ItoMitsunobu Teramoto
    • E06B7/16
    • B29C45/14409B29C45/0053B29L2031/26B60J10/21Y10T428/13Y10T428/24314
    • When a molded portion of a weather strip is molded, a slit, from which a core body is taken out, is formed in a mounting base portion thereof. Also, plural blocking pieces are provided at predetermined intervals along the slit. Each of the blocking pieces has a base piece portion formed in such a way as to extend from a mounting-face side of the mounting base portion, and also has an insertion portion, which is integrally formed with the base piece portion, and a lock portion to be locked on an inner surface of the mounting base portion. After the core body is taken out of a molded portion precursor, the base piece portion of each of the blocking pieces is bent around a part thereof continuously connected to the mounting base portion, so that the insertion portion is fitted into the slit, and that the lock portion is locked on the inner surface of the molded portion precursor, which faces a hollow portion. Thus, the molded portion is obtained.
    • 当模塑成型的耐候条的部分时,在其安装基座部分形成有从中取出芯体的狭缝。 此外,沿着狭缝以预定间隔设置多个阻挡件。 每个阻挡件具有基部件部分,其形成为从安装基部的安装面侧延伸,并且还具有与基部件一体形成的插入部分和锁 部分被锁定在安装基部的内表面上。 在将芯体从模制部分前体中取出之后,每个阻挡片的基片部分围绕连续连接到安装基部的部分弯曲,使得插入部分嵌入狭缝中,并且 锁定部分锁定在模制部分前体的面向中空部分的内表面上。 因此,获得了模制部分。
    • 5. 发明授权
    • Weather strip
    • 天气条
    • US06936320B2
    • 2005-08-30
    • US10348026
    • 2003-01-22
    • Yoshihisa KuboMasahiko Ito
    • Yoshihisa KuboMasahiko Ito
    • B60R13/06B60J10/00B60J10/08B32B1/08
    • B60J10/80B60J10/21Y10T428/139Y10T428/24198Y10T428/24273
    • A weather strip has a molded section and extruded sections. A seal part of the molded section is connected to an end face of a hollow seal part of the extruded section. Concave cutout portions, which serve as a deformation facilitating portion or a stress absorbing portion, are respectively formed in regions of the seal part, each of which is located in the vicinity of a connection surface between the seal part and a corresponding one of the extruded sections. The molded section is made of TPO instead of a rubber material. Although stress acting in the direction of extension of the weather strip may be applied, the presence of the concave cutout portions limits the concentration of stress on the connection surface.
    • 防风条具有模制部分和挤压部分。 模制部分的密封部分连接到挤压部分的中空密封部分的端面。 用作变形促进部分或应力吸收部分的凹口部分分别形成在密封部分的区域中,每个部分位于密封部分和挤出的相应的一个之间的连接表面附近 部分。 模制部分由TPO代替橡胶材料制成。 尽管可以施加沿着耐候条的延伸方向作用的应力,但是凹形切口部分的存在限制了连接表面上的应力集中。
    • 6. 发明申请
    • Method for manufacturing weather strip and molding device for weather strip
    • 用于制造耐候条纹和模拟装置的方法
    • US20050140054A1
    • 2005-06-30
    • US11016945
    • 2004-12-21
    • Yoshihisa KuboMasahiko Ito
    • Yoshihisa KuboMasahiko Ito
    • B60R13/06B29C33/12B29C45/14B29C45/26B29D99/00B29L31/30
    • B29C45/14409B29L2031/26
    • A molding device for molding a molded portion of a weather strip has a lower mold, an upper mold, a first sliding mold, a second sliding mold, and a core mold. The core mold has a core body and a core holding portion. The core body comprises a molding part, and insertion parts, into which end parts of an extrusion portion are respectively inserted. The core holding portion extends from only a one-side part of the core body. Cutout portions are formed in parts in which the core holding portion is not present. Convex portions of the second sliding mold are fitted thereinto in what is called a zero-abutment state. Upon completion of molding, the second sliding mold is slid to thereby cause a molded portion to perform relative movement with respect to the core mold. Consequently, the core body can extremely easily be removed from the molded portion.
    • 用于模制耐候条的模制部分的成型装置具有下模具,上模具,第一滑动模具,第二滑动模具和芯模。 芯模具具有芯体和芯保持部。 芯体包括成型部和插入部,插入部分分别插入挤出部的端部。 芯部保持部仅从芯体的一侧部延伸。 在不存在芯部保持部的部分形成切口部。 将第二滑动模具的凸部嵌入到所谓的零邻接状态中。 在成型完成后,滑动第二滑动模,从而使成形部相对于芯模进行相对移动。 因此,芯体可以非常容易地从模制部分移除。
    • 7. 发明授权
    • Method of manufacturing weather strip
    • 制造天气条的方法
    • US07175797B2
    • 2007-02-13
    • US10862886
    • 2004-06-08
    • Yoshihisa KuboMasahiko Ito
    • Yoshihisa KuboMasahiko Ito
    • B29C45/14B29C45/26
    • B29C45/14409B29C45/14467B29L2031/26B60J10/21B60J10/80Y10T428/139Y10T428/24198Y10T428/24314
    • The core mold in the molding device (51) for forming the molded member (4) of the weather strip (1) is provided with a center core (61) having a center core body (63), and a side core (62) having a pair of side core bodies (66L, 66R). The base bottom portion (21) of the molded member (4) is made so that a center slit (33) having substantially an H-shape, a pair of slide slits (32L, 32R), and slit-less bridge portion (34). In order to open the molds, the side core (62) is slid, and the center core body (63) is thereby separated from the side core bodies (66L, 66R). The center core body (63) is thereby withdrawn from the weather strip (1), and the side core bodies (66L, 66R) thereafter are withdrawn.
    • 用于形成防风条(1)的模制构件(4)的模制装置(51)中的芯模设置有具有中心芯体(63)和侧芯(62)的中心芯(61) 具有一对侧芯体(66L,66R)。 模制件(4)的底部底部(21)被制成使得具有大致H形的中心狭缝(33),一对滑动狭槽(32L,32R)和无缝隙桥接部分 (34)。 为了打开模具,侧芯(62)滑动,并且中心芯体(63)从而与侧芯体(66L,66R)分离。 因此,中心芯体(63)从防风条(1)中退出,然后取出侧芯体(66L,66R)。
    • 8. 发明授权
    • Method for manufacturing weather strip and molding device for weather strip
    • 用于制造耐候条纹和模拟装置的方法
    • US07582243B2
    • 2009-09-01
    • US11016945
    • 2004-12-21
    • Yoshihisa KuboMasahiko Ito
    • Yoshihisa KuboMasahiko Ito
    • B29C45/14
    • B29C45/14409B29L2031/26
    • A molding device for molding a molded portion of a weather strip has a lower mold, an upper mold, a first sliding mold, a second sliding mold, and a core mold. The core mold has a core body and a core holding portion. The core body comprises a molding part, and insertion parts, into which end parts of an extrusion portion are respectively inserted. The core holding portion extends from only a one-side part of the core body. Cutout portions are formed in parts in which the core holding portion is not present. Convex portions of the second sliding mold are fitted thereinto in what is called a zero-abutment state. Upon completion of molding, the second sliding mold is slid to thereby cause a molded portion to perform relative movement with respect to the core mold. Consequently, the core body can extremely easily be removed from the molded portion.
    • 用于模制耐候条的模制部分的成型装置具有下模具,上模具,第一滑动模具,第二滑动模具和芯模。 芯模具具有芯体和芯保持部。 芯体包括成型部和插入部,插入部分分别插入挤出部的端部。 芯部保持部仅从芯体的一侧部延伸。 在不存在芯部保持部的部分形成切口部。 将第二滑动模具的凸部嵌入到所谓的零邻接状态中。 在成型完成后,滑动第二滑动模,从而使成形部相对于芯模进行相对移动。 因此,芯体可以非常容易地从模制部分移除。
    • 10. 发明授权
    • Molded weather strip
    • 模制的天气条
    • US07306839B2
    • 2007-12-11
    • US11634861
    • 2006-12-07
    • Yoshihisa KuboMasahiko Ito
    • Yoshihisa KuboMasahiko Ito
    • B60J10/08B60J10/00
    • B29C45/14409B29C45/14467B29L2031/26B60J10/21B60J10/80Y10T428/139Y10T428/24198Y10T428/24314
    • The core mold in the molding device (51) for forming the molded member (4) of the weather strip (1) is provided with a center core (61) having a center core body (63), and a side core (62) having a pair of side core bodies (66L, 66R) The base bottom portion (21) of the molded member (4) is made so that a center slit (33) having substantially an H-shape, a pair of slide slits (32L, 32R), and slit-less bridge portion (34). In order to open the molds, the side core (62) is slid, and the center core body (63) is thereby separated from the side core bodies (66L, 66R). The center core body (63) is thereby withdrawn from the weather strip (1), and the side core bodies (66L, 66R) thereafter are withdrawn.
    • 用于形成防风条(1)的模制构件(4)的模制装置(51)中的芯模设置有具有中心芯体(63)和侧芯(62)的中心芯(61) 具有一对侧芯体(66L,66R)模制部件(4)的基部底部(21)被制成使得具有大致H形的中心狭缝(33),一对滑动狭缝 (32L,32R)和无缝桥接部(34)。 为了打开模具,侧芯(62)滑动,并且中心芯体(63)从而与侧芯体(66L,66R)分离。 因此,中心芯体(63)从防风条(1)中退出,然后取出侧芯体(66L,66R)。