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    • 2. 发明授权
    • Glass sheet bending and tempering apparatus
    • 玻璃板弯曲回火设备
    • US4883527A
    • 1989-11-28
    • US249718
    • 1988-09-27
    • Harold A. McMasterNorman C. NitschkeDexter H. McMasterRonald A. McMaster
    • Harold A. McMasterNorman C. NitschkeDexter H. McMasterRonald A. McMaster
    • C03B23/025C03B23/03C03B23/033C03B27/044
    • C03B23/0305C03B23/0256C03B23/033C03B27/0447
    • A glass bending and tempering apparatus (10) is disclosed as including a first platen (14) for receiving a heated glass sheet (12) to be bent. The first platen (14) is deformable and includes an actuator (16) for deforming platen (14) from a planar shape to a bent shape. A second platen (22) is mounted above lower platen (14) for bending and quenching glass sheet (12) therebetween the platens. A template (24) is located on the other side of the second platen (22) away from glass sheet (12). Second platen (22) is pressed against template (24) as first platen (14) is deformed from the planar shape to the bent shape to bend the heated glass sheet thereagainst second platen (22), the second platen (22) conforming to template (24). Quenching gas is supplied by both platens (14,22) through quench openings (18) that move with the platens (14,22) to temper the bent glass sheet between the platens.
    • 公开了一种玻璃弯曲回火设备(10),包括用于接收待弯曲的加热玻璃板(12)的第一台板(14)。 第一压板(14)是可变形的并且包括用于使压板(14)从平面形状变形成弯曲形状的致动器(16)。 第二压板(22)安装在下压板(14)的上方,用于在压板之间弯曲和淬火玻璃板(12)。 模板(24)位于第二压板(22)的远离玻璃板(12)的另一侧。 当第一压板(14)从平面形状变形到弯曲形状时,第二压板(22)被压靠模板(24),以将加热的玻璃板弯曲到第二压板(22)上,第二压板(22)符合模板 (24)。 淬火气体由两个压板(14,22)通过与压板(14,22)一起移动的淬火开口(18)供应以调节压板之间的弯曲玻璃板。
    • 4. 发明授权
    • Apparatus and method for conveying glass sheets
    • 用于输送玻璃板的设备和方法
    • US5096478A
    • 1992-03-17
    • US675992
    • 1991-03-26
    • Joseph O. KramerDexter H. McMaster
    • Joseph O. KramerDexter H. McMaster
    • C03B35/24
    • C03B35/24C03B2225/02
    • An apparatus (10) for conveying a glass sheet (12) disclosed includes an air floatation glass sheet heating furnace (14) having a downwardly sloping heating bed (15). The furnace (14) includes an endless conveyor means (18) revolvable in situ and a plurality of restraining bars (20) supported by the conveyor means (18) and revolving with the conveyor means (18). The restraining bars (20) are movable sequentially adjacent the heating bed (15) and away from the heating bed (15) while revolving with the conveyor means (18). The restraining bars (20) are adapted to engage a leading edge of the glass sheet (12) to restrain the sheet so that the glass sheet (12) is moved along the heating bed (15) at a conveyor speed while the restraining bars (20) are moved adjacent the heating bed (15) and to slow the movement of the glass sheet (12) from the conveyor speed to a speed approaching a zero speed by a transition of the movement of the conveyor means (18) and restraining bars (20) from adjacent the heating bed (15) to away from the heating bed (15).
    • 用于输送所公开的玻璃板(12)的设备(10)包括具有向下倾斜的加热床(15)的空气漂浮玻璃板加热炉(14)。 炉子(14)包括可转动的环形输送机构(18)和由传送装置(18)支撑并与传送装置(18)一起旋转的多个限制杆(20)。 所述限制杆(20)在与所述传送装置(18)一起旋转的同时可靠地靠近所述加热床(15)移动并远离所述加热床(15)。 限制杆(20)适于接合玻璃板(12)的前缘以约束片材,使得玻璃板(12)以传送速度沿着加热床(15)移动,而限制杆 20)移动到靠近加热床(15)并且通过传送装置(18)和限制条(18)的运动的过渡来减缓玻璃板(12)从输送机速度移动到接近零速度的速度 (20)从加热床(15)附近离开加热床(15)。