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    • 2. 发明授权
    • Tire vulcanizing system
    • 轮胎硫化系统
    • US06530763B2
    • 2003-03-11
    • US09311507
    • 1999-05-13
    • Nobuhiko Irie
    • Nobuhiko Irie
    • B29C3502
    • B29D30/0662
    • There is provided a tire vulcanizing system which can easily be arranged in an existing tire factory. The present invention provides a tire vulcanizing system having a vulcanizing station 100 for mounting a plurality of sets of tire mold assemblies M on a flat surface of a predetermined height and a tire mold opening/closing station 200 formed along the vulcanizing station 100, in which a tire mold opening/closing device 210, which takes out the tire mold assembly M from the vulcanizing station 100, and opens and closes the tire mold assembly M, is provided at the tire mold opening/closing station 200, and the tire mold opening/closing device 210 is provided with an upper movable plate 206 capable of elevating an upper mold Ma of the tire mold assembly M by connecting with the upper mold Ma, a horizontal transfer device 215 for transferring the tire mold assembly M on the same level as the height of the flat surface, and a lower fixed plate 211 capable of fixing a lower mold Mb of the tire mold assembly M.
    • 提供了可以容易地布置在现有轮胎工厂中的轮胎硫化系统。 本发明提供一种轮胎硫化系统,其具有硫化站100,用于将多组轮胎模具组件M安装在预定高度的平坦表面上,以及沿硫化站100形成的轮胎模具打开/关闭站200,其中 在轮胎模具打开/关闭站200处设置有从硫化站100取出轮胎模具组件M以及打开和关闭轮胎模具组件M的轮胎模具打开/关闭装置210,并且轮胎模具开口 闭合装置210设置有能够通过与上模Ma连接的用于升高轮胎模具组件M的上模Ma的上可动板206,用于将轮胎模具组件M传送到水平传送装置215的水平传送装置215处于与 平坦表面的高度和能够固定轮胎模具组件M的下模Mb的下固定板211。
    • 3. 发明授权
    • Method of forming a radial tire
    • 形成子午线轮胎的方法
    • US5582666A
    • 1996-12-10
    • US413953
    • 1995-03-30
    • Nobuhiko Irie
    • Nobuhiko Irie
    • B29D30/00B29D30/20
    • B29D30/005B29D30/20B29D2030/202
    • A method of forming a radial tire. After a carcass band is elastically deformed temporarily into a standing wave shape, a bead core is located at a predetermined position on the outside of the carcass band. The elastic deformation of the carcass band is eliminated, and the carcass band is pressed against the inner peripheral surface of the bead core to form a first assembly. The first assembly is held by a first transfer from the outside, and an inner liner band of cylindrical shape with an outside diameter smaller than the inside diameter of the first assembly, is located at a predetermined position in the first assembly. The inner liner band is expanded and pressed against the inner peripheral surface of the first assembly to form a second assembly. Then, a third assembly composed of a sidewall, chafer and the like of cylindrical shape and having an outside diameter smaller than the inside diameter of the second assembly, is located at a predetermined position in the second assembly. The third assembly is expanded and pressed against the inner peripheral surface of the second assembly to forms fourth assembly, and the fourth assembly held by the first transfer is moved to a predetermined position on the shaping drum, where the fourth assembly is formed into a toroidal shape and assembled to a belt-tread assembly, which is formed into a cylindrical shape separately, to form a green tire.
    • 一种形成子午线轮胎的方法。 在胎体带暂时弹性变形为驻波形状之后,胎圈芯位于胎体带外侧的规定位置。 消除了胎体带的弹性变形,将胎体带压靠在胎圈芯的内周面上,形成第一组件。 第一组件通过从外部的第一次转移保持,并且外径小于第一组件的内径的圆柱形内衬带位于第一组件中的预定位置处。 内衬带被膨胀并压靠在第一组件的内周表面上以形成第二组件。 然后,由第二组件的预定位置设置由圆筒形状的侧壁,胎圈包布等构成的外径比第二组件内径小的第三组件。 第三组件被膨胀并压靠在第二组件的内周表面上以形成第四组件,并且通过第一转移保持的第四组件移动到成形鼓上的预定位置,其中第四组件形成环形 形状并组装成分开形成圆柱形的带 - 胎面组件,以形成生胎。
    • 5. 发明授权
    • Tire vulcanizing system and mold opening/closing and vulcanizing station therefor
    • 轮胎硫化系统和模具开/关硫化站
    • US06547548B1
    • 2003-04-15
    • US09719328
    • 2000-12-08
    • Nobuhiko Irie
    • Nobuhiko Irie
    • B29C3502
    • B29D30/0601B29D30/0603B29D2030/0651
    • A tire vulcanizing system has a mold assembly M for vulcanizing a tire, which has a bladder assembly M300 which is supplied with a heating/pressurizing medium, a heating chamber C1a at the outer peripheral portion of a tire mold C, and upper and lower heating plates M100A and M200A of the tire mold, and is configured movably and so as to be capable of overcoming a force to open the mold by means of the pressure in a bladder BL; a plurality of mold opening/closing and vulcanizing stations 300 each of which receives the mold assembly M and opens and closes the same, and has a vulcanized tire unloader 302, a green tire loader 301, and a bladder operating/driving device 314; a changing/preheating station 200 which performs the change and preheating of the tire mold C incorporated in the mold assembly M and a bladder assembly 300; and mold transportation apparatus 100 which reciprocates between these two stations 300 and 200 to transport the mold assembly M. Also, the mold opening/closing and vulcanizing station 300 comprises a base frame 305, a pillar 306 for elevation and guidance, which is erected on the base frame 305, an upper movable plate 310 which can freely be moved vertically by being guided by the pillar 306, and connecting/disconnecting device 312 for connecting and disconnecting the upper movable plate 310 to and from the tire mold assembly M.
    • 轮胎硫化系统具有用于硫化轮胎的模具组件M,其具有设置有加热/加压介质的气囊组件M300,在轮胎模具C的外周部分处的加热室C1a,以及上部和下部加热 轮胎模具的板M100A和M200A,并且可移动地构造成能够通过气囊BL中的压力克服打开模具的力; 多个模具打开/关闭和硫化站300,每个模具打开/关闭和硫化站300都接收模具组件M并打开和关闭模具组件M,并且具有硫化轮胎卸载机302,生轮胎装载机301和气囊操作/驱动装置314; 改变/预热站200,其执行结合在模具组件M中的轮胎模具C和气囊组件300的改变和预热; 以及在这两个工位300和200之间往复移动以运送模具组件M的模具输送装置100.此外,模具打开/关闭和硫化站300包括基架305,用于升高和引导的支柱306,其竖立在 基座框架305,能够通过由立柱306引导而自由地竖直移动的上部可动板310以及用于将上部可动板310连接到轮胎模具组件M上和从该轮胎模具组件M脱离的连接/断开装置312。
    • 6. 发明授权
    • Split mold opening/closing device for a tire vulcanizer
    • 用于轮胎硫化机的分模模具打开/关闭装置
    • US5690970A
    • 1997-11-25
    • US642891
    • 1996-05-06
    • Nobuhiko Irie
    • Nobuhiko Irie
    • B29C33/02B29C33/20B29C33/30B29C35/02B29D30/06B29K21/00B29K105/24B29L30/00B29C33/24
    • B29D30/0662B29C33/30B29C33/20B29D2030/0653
    • In the present invention, when a tire is vulcanized, a flange fixed to either one of a top plate of a split mold and a piston rod tip end of a split mold opening/closing cylinder is held by operating fingers. The fingers are assembled in such a manner to be capable of oscillating in the holding direction by the return force of a spring. The top plate is connected to a piston rod of the split mold opening/closing cylinder. Thereupon, the split mold is opened and closed by the output of the split mold opening/closing cylinder and the vertical movement of a bolster plate. When the split mold is replaced, holding is released by oscillating the fingers by using a finger driving device, by which the top plate is separated from the piston rod of the split mold opening/closing cylinder.
    • 在本发明中,当轮胎硫化时,固定在分体式模具的顶板中的任何一个的凸缘和分开模具打开/关闭气缸的活塞杆末端由操作的手指保持。 手指以这样的方式组装成能够通过弹簧的返回力在保持方向上摆动。 顶板连接到分开模具打开/关闭气缸的活塞杆。 于是,分开模具通过分模模具打开/关闭筒的输出和垫板的垂直运动而打开和关闭。 当分开模具更换时,通过使用手指驱动装置使手指振动来释放保持,顶板与分开模具打开/关闭气缸的活塞杆分离。
    • 8. 发明授权
    • Tire vulcanizing press
    • 轮胎硫化机
    • US5492464A
    • 1996-02-20
    • US357135
    • 1994-12-15
    • Nobuhiko Irie
    • Nobuhiko Irie
    • B29C33/02B29C33/20B29C33/30B29C35/02B29D30/06B29K21/00B29K105/24B29L30/00
    • B29D30/0605B29C33/202
    • A tire vulcanizing press of the present invention uses a split die device having an upper disk to which an upper die portion for molding the tire side is attached, a lower disk to which a lower die portion for molding the tire side is attached, divided segments to which a split tread die portion for molding the tire tread is attached, and an outer ring which has an inner inclined surface corresponding to the outer inclined surface of the segment and are slidably engaged with the outer inclined surface. Each of the divided segments has protrusions at the upper part and the lower part so that outward forces applied to the die portions during vulcanization are received by the protrusions of the segments.
    • 本发明的轮胎硫化机使用具有安装了用于成型轮胎侧的上模部的上盘的分割模具装置,安装有用于模制轮胎侧的下模部的下盘,分割片 安装有用于模制轮胎胎面的分割胎面模制部分和外环,其具有与所述段的外倾斜表面相对应的内倾斜表面,并且与所述外倾斜表面可滑动地接合。 每个分割段在上部和下部具有突起,使得在硫化期间施加到模具部分的向外的力被段的突起接收。
    • 10. 发明授权
    • Method and apparatus for feeding materials in a tire building machine
    • 用于在轮胎成型机中进给材料的方法和装置
    • US5049222A
    • 1991-09-17
    • US357595
    • 1989-05-26
    • Nobuhiko Irie
    • Nobuhiko Irie
    • B29D30/30
    • B29D30/3007B29D2030/427B29D2030/428B29D2030/4406B29D2030/4418B29D2030/4468B29D2030/4493Y10T156/1079Y10T156/13
    • A method for continuously feeding tire constituent materials in a tire fabricating machine includes the steps of positioning a second material truck holding a new roll of material at a standby location at the rear or to the side of a material feeder as aligned therewith, holding a trailing end portion of old rolled material being used for the tire production on a first material truck disposed in the material feeder before the material being used is consumed, delivering the first material truck when empty to the front, the side or the rear of the material feeder, transferring the second material truck holding the new roll of material into the material feeder from the rear or the side of the material feeder, delivering a leading end portion of the new rolled material on the second material truck once disposed in the material feeder up to a preselected position, splicing the trailing end portion of the old material being held to the leading end portion of the new material along a location where the respective end portions overlap with each other while releasing the trailing end portion, and successively repeating such steps. The present invention is also drawn to apparatus for carrying out the above method.
    • 一种用于在轮胎制造机中连续馈送轮胎构成材料的方法包括以下步骤:将保持新卷材料的第二料车定位在与其对准的材料进料器的后部或侧面的备用位置,保持拖尾 用于轮胎生产的旧轧制材料的端部在被使用的材料被使用之前设置在材料供给器中的第一物料卡车上被消耗,当空的时候将第一货车运送到原料进料器的前部,侧面或后部 将保持新卷材料的第二物料搬运器从料料供给器的后部或侧面输送到料料供给器中,一旦设置在料料供给器中,将新轧制材料的前端部分输送到第二物料卡车上, 预选位置,将沿着新材料的前端部分保持的旧材料的后端部沿着位置 其中相应的端部彼此重叠同时释放后端部分,并且连续地重复这样的步骤。 本发明还涉及用于实施上述方法的装置。