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    • 4. 发明授权
    • Hot compacting device for the production of parts requiring simultaneous
pressure and temperature rises
    • 用于生产需要同时压力和温度升高的部件的热压实装置
    • US5338177A
    • 1994-08-16
    • US49025
    • 1993-04-16
    • Roger Le Touche
    • Roger Le Touche
    • B29C43/12B29C70/44B30B5/02B28B21/00
    • B30B15/064B29C70/44B30B5/02B29C43/12Y10S425/119
    • A hot compacting device for producing a part, whose production requires raising the pressure and temperature simultaneously, is provided. A device made according to the present invention includes a heating mold for receiving a blank of the part to be produced and compacting element for pressing the blank against the heating mold. The compacting element includes a compacting bag for pressing the blank against the mold and an anti-convection zone for containing a pressurized fluid in the vapor state, which anti-convection zone is interposed between the compacting bag and a semi-permeable wall, which wall is impermeable to the fluid in the liquid state but is permeable thereto in the vapor state. Also provided is a supply zone for receiving the fluid in the liquid state, which supply zone is located on a side of the semi-permeable wall located opposite the anti-convection zone.
    • 提供一种用于生产部件的热压紧装置,其生产需要同时提高压力和温度。 根据本发明制造的装置包括:加热模具,用于接收要生产的部件的坯料和用于将坯料压靠在加热模具上的压实元件。 压实元件包括用于将坯料压靠在模具上的压实袋和用于容纳处于蒸汽状态的加压流体的抗对流区域,该对流区域插入在压实袋和半透水壁之间,该壁部 对液体状态的液体是不透水的,但是在蒸汽状态下是可渗透的。 还设置有用于接收处于液态的流体的供应区,该供应区位于位于与抗对流区相对的半透壁的一侧。
    • 7. 发明授权
    • Method of forming a tire carcass
    • 形成轮胎胎体的方法
    • US3954538A
    • 1976-05-04
    • US478541
    • 1974-06-12
    • Charles E. Grawey
    • Charles E. Grawey
    • B29D30/10B29C67/00B29D30/00B29D30/08B29H17/02
    • B29D30/08B29D2030/1664Y10S425/119Y10S425/125
    • Disclosed herein is a method of forming a tire carcass on a porous sand core in the shape of the toroidal member, such method comprising the steps of helically wrapping rubber material about the body of the toroidal member, applying a vacuum through the porous toroidal member to the inner surface of the helically wrapped rubber material, applying force to the outer surface of the rubber material, helically winding wire about the body of the toroidal member over the outer surface of the already-wrapped rubber material, and helically wrapping additional rubber material about and over the wire and first-mentioned rubber material. A vacuum probe is introduced into the area of the helically wound wire, and force is applied to the additional, outer rubber material to urge it against the wire and against the first-mentioned rubber material.
    • 本文公开了一种在环形构件形状的多孔砂芯上形成轮胎胎体的方法,该方法包括以下步骤:在环形构件的主体周围螺旋地缠绕橡胶材料,通过多孔环形构件施加真空, 螺旋缠绕的橡胶材料的内表面,向橡胶材料的外表面施加力,在已经包裹的橡胶材料的外表面上螺旋缠绕围绕环形构件的主体的线,并螺旋缠绕附近的橡胶材料 并在电线和首先提到的橡胶材料上。 将真空探针引入到螺旋缠绕的线的区域中,并且将力施加到附加的外部橡胶材料上,以将其推向电线并抵靠第一提及的橡胶材料。