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    • 2. 发明授权
    • Method and device for bending glass sheets
    • 玻璃板弯曲方法和装置
    • US06318125B1
    • 2001-11-20
    • US09581204
    • 2000-11-27
    • Werner DiederenKarl-Josef OllfischKlaus-Peter HeiningKnut DahlhoffWilfried KorstenHerbert Radermacher
    • Werner DiederenKarl-Josef OllfischKlaus-Peter HeiningKnut DahlhoffWilfried KorstenHerbert Radermacher
    • C03B23035
    • C03B23/0352
    • A process for shaping glass sheets with a surface-shaping mould, against which the glass sheets are pressed using a pressure drop produced by sucking out the air from the space lying between the moulding face and that face of the glass sheet on the opposite side from the glass sheet, in which the pressure drop is a maximum at the edge of the glass sheet and decreases towards the center of the glass sheet, because of fact that air is introduced via air-inlet apertures opening into the moulding face, the air is again extracted by subjecting suction apertures made in the moulding face inside the region covered by the respective glass sheet to a vacuum. Furthermore, pressure between the glass sheet and the moulding face also in the region where the air is introduced is set to a value at most equal to the pressure beyond the glass sheet, in order to avoid any formation of bulging. A shaping mould suitable in particular for implementing this process is also described.
    • 一种用表面成型模具对玻璃板进行成型的方法,使用压力降压玻璃板,该压力下降是从位于成型面和玻璃板的面之间的空间吸出空气而产生的, 因为玻璃板在玻璃板的边缘处是最大的,并且朝向玻璃板的中心减小,因为空气通过开口进入成型面的空气入口孔被引入,空气是 再通过在由各个玻璃板覆盖的区域内的模制面中制成的抽吸孔进行真空抽取。 此外,在导入空气的区域中的玻璃板与成型面之间的压力也被设定为与玻璃板以外的压力最相等的值,以避免形成凸起。 还描述了适合于实现该方法的成型模具。
    • 3. 发明授权
    • Device used for the bending of plate glass into convex shapes
    • 用于将玻璃板弯曲成凸形的装置
    • US5974836A
    • 1999-11-02
    • US97263
    • 1998-06-15
    • Herbert RadermacherKarl-Josef OllfischWerner DiederenKnut Dahlhoff
    • Herbert RadermacherKarl-Josef OllfischWerner DiederenKnut Dahlhoff
    • C03B11/00C03B23/027C03B23/03
    • C03B23/027
    • A device used for the bending of plate glass sections (3) includes an oven (1), a bending chamber (6), an upper bending mold installed in the bending chamber (6) in such a manner as to be able to be raised and lowered, a duct producing a flow of hot gas in order to raise the plate glass sections (3) against the upper bending mold, a lower bending mold in the form of a frame that works together with the upper bending mold to ensure bending by compression of the plate glass that is held by the flow of hot gas against the upper bending mold, as well as a movable transport frame (20) which is used to pick up the bent plate glass from the upper bending mold and to transport it to a cooling station located downstream. The lower bending mold in the shape of a frame is comprised of individual frame segments (9, 10, 11, 12) which can be moved between a closed position defining said lower bending frame and an open position in which the segments are separated from one another by such a distance that the upper bending mold can pass through the space defined within the separated segments.
    • 用于平板玻璃部分(3)的弯曲的装置包括一个烘箱(1),一个弯曲室(6),一个弯曲室(6)中的上弯曲模具,可以升高 并且降低了产生热气流的管道,以将平板玻璃部分(3)升高抵靠上弯曲模具,框架形式的下弯曲模具与上弯曲模具一起工作以确保通过 将由热气流保持的平板玻璃压靠在上弯曲模具上,以及用于从上弯曲模具拾取弯曲板玻璃并将其运送到 位于下游的冷却站。 框架形状的下弯曲模具由单独的框架段(9,10,11,12)组成,该框架段可以在限定所述下弯曲框架的关闭位置和断开位置之间移动 另一个距离使得上弯曲模具可以穿过限定在分离的段内的空间。
    • 6. 发明授权
    • Installation for the bending of glazing
    • 安装玻璃的弯曲
    • US5330550A
    • 1994-07-19
    • US15843
    • 1993-02-10
    • Hans-Werner KusterWerner DiederenKarl-Josef Ollfisch
    • Hans-Werner KusterWerner DiederenKarl-Josef Ollfisch
    • C03B23/03
    • C03B23/03
    • An installation for the bending of glazings (6) includes a continuous furnace (1), a station for bending by pressing (10) with a lower shape (11) and a suction shape (15), a plate-suction device (50) that can be displaced longitudinally to transport the glazings (6) from the roller conveyor (7) to the station for bending by pressing (10), and an annular frame (35) that can be displaced horizontally to transport the bent glazings (61) to the cooling station (4). Lower shape (11) is mounted stationary lengthwise and a transfer station (30) is provided between the station for bending by pressing (10) and the cooling station (4). The upper shape can be displaced between the station for bending by pressing (10) and the transfer station (30), in synchronism with the plate-suction device (50).
    • 用于弯曲玻璃(6)的装置包括连续炉(1),用于通过按压(10)而具有下部形状(11)和吸入形状(15)弯曲的工位,板式抽吸装置(50) 其可以纵向移动以将玻璃窗(6)从辊式输送机(7)运送到用于通过按压(10)弯曲的工位;以及环形框架(35),其可以水平移位以运输弯曲的玻璃窗(61) 到冷却站(4)。 下部形状(11)沿纵向方向安装,并且转台(30)设置在工位之间,用于通过按压(10)和冷却站(4)进行弯曲。 与板式吸引装置(50)同步,上部形状可以在通过按压(10)和转移站(30)的弯曲站之间移动。
    • 9. 发明授权
    • Loading device for a horizontal continuous furnace for the heating of
glass plates
    • 用于玻璃板加热的水平连续炉的装载装置
    • US4634329A
    • 1987-01-06
    • US671204
    • 1984-11-14
    • Werner DiederenHerbery Sonnleitner
    • Werner DiederenHerbery Sonnleitner
    • C03B35/14B65G49/06C03B35/16F27B9/38
    • B65G49/064C03B35/16C03B2225/02
    • A loading device for a horizontal continuous furnace for the heating of glass plates comprises a roller conveyer (6) as part of a continuous conveying system. Support strips (12-15, 32-35) can be lowered and are arranged between conveying rollers (7) of the roller conveyer at a feed station (A). The glass plates (2, 3, 4, 5) are placed on the raised support strips (12-15, 32-35) and are lowered onto the conveying rollers at a preset time by simultaneous lowering of all support strips. Each support strip (12-15, 32-35) is supported independently of the other support strips on separate lifting devices (16-19, 36-39). These lifting devices (16-19, 36-39) are controlled by reflecting photoelectric barriers (22-25, 42-45) respectively dedicated to each support strip such that each support strip (12-15, 32-35) is individually raised to an upper position as soon as a glass plate transferred to the conveying rollers (7) has left the area of that support strip. Glass plates (4, 5) coming from another feed station (B), located upstream, pass below the raised support strips (14, 15) while, simultaneously, the next glass plates can be placed on these same support strips (14, 15).
    • 用于玻璃板加热的水平连续炉的装载装置包括作为连续输送系统的一部分的辊式输送机(6)。 支撑条(12-15,32-35)可以下降并且布置在馈送站(A)处的辊式输送机的输送辊(7)之间。 玻璃板(2,3,4,5)放置在凸起的支撑条(12-15,32-35)上,并通过同时降低所有支撑条而在预设时间下降到输送辊上。 每个支撑条(12-15,32-35)独立于独立的提升装置(16-19,36-39)上的其它支撑条被支撑。 这些提升装置(16-19,36-39)通过反射分别专用于每个支撑条的光电屏障(22-25,42-45)来控制,使得每个支撑条(12-15,32-35)被单独地升高 一旦转移到输送辊(7)的玻璃板已经离开该支撑条的区域,就到达上位置。 位于上游的来自另一供给站(B)的玻璃板(4,5)在升高的支撑条(14,15)的下方通过,同时,下一个玻璃板可以放置在这些相同的支撑条(14,15)上 )。