阅读说明：本技术 用于由浮法玻璃工艺生产平板玻璃的改进方法和设备 (Improved method and apparatus for producing flat glass by float glass process ) 是由 F.勒布瓦 F.布耶 于 2018-05-14 设计创作，主要内容包括：为了在通过使玻璃带(8)漂浮在熔融金属(7)浴上来制造平板玻璃期间增加具有所获得玻璃的相同光学质量的玻璃带(8)的输送速率(V),借助于具有电磁体和/或永磁体的装置(10)来使位于玻璃带(8)下方的熔融金属(7)的全部或部分经受垂直于玻璃带(8)的表面的静态磁场,以便减慢所述熔融金属(7)的移动或基本使它固化,对于浴的区(Z)的长度的至少一部分这样做,对于该至少一部分,玻璃满足以下关系：10<Sup>-</Sup><Sup>3.5</Sup>Pa.m<Sup>3</Sup>.s<μ.h<Sup>3</Sup><10<Sup>-2</Sup>Pa.m<Sup>3</Sup>.s其中：-μ：玻璃的粘度,以Pa.s表示,以及-h：玻璃带的厚度,以米表示。(In order to increase the delivery rate (V) of a glass ribbon (8) of the same optical quality as the glass obtained during the manufacture of flat glass by floating the glass ribbon (8) on a bath of molten metal (7), all or part of the molten metal (7) located below the glass ribbon (8) is subjected to a static magnetic field perpendicular to the surface of the glass ribbon (8) by means of a device (10) having electromagnets and/or permanent magnets, in order to slow down the movement of said molten metal (7) or substantially solidify it, this being done for at least part of the length of the zone (Z) of the bath for which the glass satisfies the followingThe relationship is as follows: 10 ‑ 3.5 Pa.m 3 .s<μ.h 3 <10 ‑2 Pa.m 3 S wherein: - μ: viscosity of the glass, expressed in pa.s, and-h: the thickness of the glass ribbon is expressed in meters.)