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Method of manufacturing rigid frame building elements filled with hard foam plastic

机译:制造硬质泡沫塑料填充的刚性框架建筑构件的方法

摘要

A method of manufacturing rigid frame building elements filled with hard foam plastic, said method comprising the use of prefabricated, rigid, dimensionally stable, hollow skeleton frames, the hollow interior spaces of said skeleton frames are foamed and filled with closed cell hard foam plastic serving as heat insulation, and the elements are subjected in a press to compression pressure which overrules the foaming pressured exerted on the frame of an element from inside. For continuous- action manufacture, the used press is a (known as such on the basis of size presses) continuous-action press machine whose lower frame is equipped with lower conveyor means (4) and upper frame with upper conveyor means (5), said conveyor means confining between themselves a conveying gap, in which the passing elements are maintained subjected to compression pressure by means of pressure members (7) carried by said conveyor means. The conveying gap, defined by said conveyor means and limited on at least one side by a horizontal tangential plane of parallel- disposed, crosswise of the machine extending rolls (5a), is set to be smaller than prefabricated skeleton frames. The prefabricated skeleton frames are fed into the conveying gap which due to the action of elements passing in said gap expands in a manner that each roll (5a) is capable of moving vertically against the force exerted by pressure members (7). Conveying speed is adjusted in view of the length of said conveying gap in a manner that expansion of a filling foam and the pressure generated thereby has substantially ceased by the time an element leaves the conveying gap.
机译:一种制造用硬质泡沫塑料填充的刚性框架建筑构件的方法,所述方法包括使用预制的,刚性的,尺寸稳定的中空骨架框架,所述骨架框架的中空内部空间被发泡并填充有闭孔硬质泡沫塑料制品。作为绝热材料,元件在压力下受到压缩压力,该压力抵消了从内部施加在元件框架上的发泡压力。对于连续动作的制造,使用的压机是一台连续动作的压机(基于尺寸压榨机而闻名),其下部框架配有下部传送装置(4),上部框架具有上部传送装置(5),所述输送装置在它们之间限定输送间隙,通过所述输送装置承载的压力构件(7)使通过的元件保持在压缩压力下。由所述传送装置限定的传送间隙被设置为小于预制骨架,该传送间隙在机器延伸辊(5a)的横向上在至少一侧上由平行布置的水平切平面限制。预制的骨架框架被送入传送间隙,由于在所述间隙中通过的元件的作用,传送的间隙以每个辊(5a)能够抵抗压力构件(7)施加的力垂直移动的方式扩展。鉴于所述输送间隙的长度来调节输送速度,使得在元件离开输送间隙时填充泡沫的膨胀和由此产生的压力已基本停止。

著录项

  • 公开/公告号US4518550A

    专利类型

  • 公开/公告日1985-05-21

    原文格式PDF

  • 申请/专利权人 MAKROTALO OY;

    申请/专利号US19830494895

  • 发明设计人 EERO J. VIRTANEN;JORMA K. MIETTINEN;

    申请日1983-05-16

  • 分类号B29D27/04;B30B1/32;

  • 国家 US

  • 入库时间 2022-08-22 07:52:37

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