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pressdruckregelvorrichtung for a antriebszylinder of a tool or werkzeugteils is glasmaschine

机译:用于工具或工具零件的驱动缸的压力控制装置是玻璃机

摘要

The regulating device is formed as an electropneumatic or electrohydraulic pressure regulating valve (6) that is subjected to fluid pressure prevailing in the pressure fluid source (4). In the first position the fluid passage is blocked by the fluid line (3), in a second position a fluid pressure on the inlet side is further led to the working cylinder (2) so that the tool, driven by the working cylinder, or tool piece (1) does not encounter counter pressure, and in a third position its outlet side fluid pressure is regulated corresponding to a prescribed theoretical pressure as soon as the tool or tool part encounters counter pressure. Mold pressure regulating device has a pressurized fluid source (4), a fluid line (3) connecting the pressurized fluid source and the working cylinder (2), and a regulating device (6) arranged between the pressurized fluid source and the working cylinder in the fluid line and by which the pressurized fluid impingement of the working cylinder can be regulated. The regulating device is formed as an electropneumatic or electrohydraulic pressure regulating valve (6) that is subjected to fluid pressure prevailing in the pressure fluid source (4). In the first position the fluid passage is blocked by the fluid line (3), in a second position a fluid pressure on the inlet side is further led to the working cylinder (2) so that the tool or tool piece (1) does not encounter counter pressure, and in a third position its outlet side fluid pressure is regulated corresponding to a prescribed theoretical pressure as soon as the tool or tool part encounters counter pressure.
机译:调节装置构造为电动的或电动的压力调节阀(6),该调节阀承受在压力流体源(4)中存在的流体压力。在第一位置,流体通道被流体管路(3)阻塞,在第二位置,入口侧的流体压力进一步通向工作缸(2),以便由工作缸驱动的工具或工具件(1)不会遇到反压力,并且在第三位置,一旦工具或工具部件遇到反压力,其出口侧的流体压力就会根据规定的理论压力进行调节。模具压力调节装置具有加压流体源(4),连接加压流体源和工作缸(2)的流体管线(3)以及布置在加压流体源和工作缸之间的调节装置(6)。流体管路,通过它可以调节工作缸的受压流体。调节装置构造为电动的或电动的压力调节阀(6),该调节阀承受在压力流体源(4)中存在的流体压力。在第一位置,流体通道被流体管路(3)阻塞,在第二位置,入口侧的流体压力进一步通向工作缸(2),因此工具或工具件(1)当工具或工具部件遇到反压时,在第三位置其出口侧的流体压力就对应于规定的理论压力进行调节。

著录项

  • 公开/公告号DE59911397D1

    专利类型

  • 公开/公告日2005-02-10

    原文格式PDF

  • 申请/专利权人 GPS GLASPRODUKTIONS-SERVICE GMBH;

    申请/专利号DE19995011397T

  • 发明设计人 EMRATH NORBERT;SPRINGER HANS-DIETER;

    申请日1999-11-11

  • 分类号F15B11/028;F15B15/20;C03B11/00;

  • 国家 DE

  • 入库时间 2022-08-21 21:59:47

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