首页> 外国专利> FREMGANGSM}TE TIL BEHANDLING AV EN PLATE AV GLASS, GLASSAKTIG MATERIALE ELLER DELVIS GLASSAKTIG MATERIALE ELLER EN KONTINUERLIG BANE AV PLATEGLASS.

FREMGANGSM}TE TIL BEHANDLING AV EN PLATE AV GLASS, GLASSAKTIG MATERIALE ELLER DELVIS GLASSAKTIG MATERIALE ELLER EN KONTINUERLIG BANE AV PLATEGLASS.

机译:用于处理玻璃板,类似玻璃的材料或部分类似玻璃的材料或玻璃板连续路径的处理程序。

摘要

1395987 Treating vitreous material GLAVERBEL 23 Oct 1972 [25 Oct 1971] 48783/72 Heading C1M A body of vitreous or partly vitreous material is treated in a gas-filled treatment chamber (other than the drawing chamber, or annealing lehr associated therewith, of a drawing machine), in at least one zone of which the temperature of at least one face of the body is sufficiently high for the geometry of that face to be influenced by the heat distribution in the gas, gas-displacing forces being exerted first in one direction and then in a reverse direction to cause the gas in the said zone to move to and fro in contact with the said face. Preferably the forces are exerted at at least 1 cycle in 10 minutes, and up to 10 cycles per minute. The chamber may be an annealing lehr 37 in which a glass ribbon or sheet 43 is supported on rollers 44. Transverse motion of the gas to and fro above the sheet is caused by alternate injection of gas from tuber 45 and 46, which are supplied with gas from reservoir 52 and distributer 51. The treatment is preferably carried out in the zone in which the glass has a temperature of 450-600‹ C. The gas injected may be preheated air, or may be a combustible gas. Mechanical means, e.g. propellers or reciprocating plates, may replace the injectors. In an alternative embodiment (Fig. 4, not shown) the gas-displacing technique is used in a process for bending glass sheets by sagging into a concave mould.
机译:1395987处理玻璃材料GLAVERBEL 1972年10月23日[1971年10月25日]税号C1M在充有气体的处理室(除抽气室或与之相关的退火炉中)处理玻璃体或部分玻璃体。拉伸机),在至少一个区域中,主体的至少一个面的温度足够高,以使该面的几何形状受气体中的热量分布影响,气体置换力首先施加方向,然后沿相反方向移动,以使所述区域中的气体与所述表面来回移动。优选地,在10分钟内以至少1个周期施加力,并且每分钟最多施加10个周期。腔室可以是退火炉37,玻璃带或薄板43被支撑在辊子44上。气体在薄板上方和来回的横向运动是由从块茎45和46交替注入的气体引起的,所述块茎45和46被供给气体最好从储存器52和分配器51排出。处理最好在玻璃温度为450-600℃的区域内进行。注入的气体可以是预热的空气,也可以是可燃气体。机械手段,例如螺旋桨或往复板可以代替喷油器。在另一实施例中(图4,未示出),在通过下陷到凹模中使玻璃板弯曲的过程中使用了气体置换技术。

著录项

  • 公开/公告号NO137273B

    专利类型

  • 公开/公告日1977-10-24

    原文格式PDF

  • 申请/专利权人 GLAVERBEL;

    申请/专利号NO19720003694

  • 发明设计人 BRICHARD CLAUDE;

    申请日1972-10-13

  • 分类号C03B25/04;

  • 国家 NO

  • 入库时间 2022-08-23 00:46:50

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