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    • 1. 发明申请
    • GRAVITY BENDING GLASS SHEETS
    • 重量弯曲玻璃纸
    • WO2009074825A3
    • 2010-03-25
    • PCT/GB2008051166
    • 2008-12-08
    • PILKINGTON GROUP LTDTETLOW IAN NICHOLASMACKLEY IAN MICHAELBENNETT COLIN MICHAEL
    • TETLOW IAN NICHOLASMACKLEY IAN MICHAELBENNETT COLIN MICHAEL
    • C03B23/027
    • C03B23/027
    • A gravity bending mould for bending glass sheets is disclosed.The gravity bending mould comprisesan intermediate mould having an intermediate movable mould sectionand a final mould having a final movable mould section. Each movable mould section ismovable between an operable position and an inoperable position respectively. The intermediate and final movable mould sections areadapted successively to engage a glass sheet during a gravity bending operation. There isa mechanical connection between the intermediate and final movable mould sections, the mechanical connection being selectively disposable in a first configuration, at which the intermediate and final movable mould sections are in the operable and inoperable positions respectively, and in a second configuration, at which the final and intermediate movable mould sections are in the operable position and inoperable positions respectively. When themechanical connection is moved from the first configuration to the second configuration, the intermediate movable mould section moves to the inoperable position and the final movable mould section correspondingly moves to the operable position to take theplace of the intermediate moveable mould section.There is also provided a method of bending glass sheets using such a mould.
    • 公开了一种用于弯曲玻璃板的重力弯曲模具。重力弯曲模具包括具有中间可移动模具部分的中间模具和具有最终可移动模具部分的最终模具。 每个可动模具部分分别在可操作位置和不能操作的位置之间移动。 在重力弯曲操作期间,中间和最终可移动模具部分被连续地配合以接合玻璃板。 在中间和最终可移动模具部分之间存在机械连接,机械连接在第一构造中选择性地是一次性的,在该第一构造中,中间和最终可移动模具部分分别处于可操作和不可操作的位置,并且在该第二构造中, 最终和中间可动模具部分分别处于可操作位置和不可操作位置。 当机械连接从第一配置移动到第二配置时,中间可动模具部分移动到不可操作的位置,并且最终的可移动模具部分相应地移动到可操作位置以便中间移动模具部分的位置。还提供了 使用这种模具弯曲玻璃板的方法。
    • 2. 发明申请
    • STRINGER USABLE FOR SMALL, MEDIUM AND LARGE FISH
    • STRING适用于小型,中型和大型鱼类
    • WO2005027627A1
    • 2005-03-31
    • PCT/IB2003/004932
    • 2003-09-23
    • BENNETT, Colin, W.
    • BENNETT, Colin, W.
    • A01K65/00
    • A01K65/00
    • A stringer (5) for small (6), medium (7) and large fish (8) which includes a stringer (5) preferably made of cotton and about twelve feet long. A first end of the stringer (5) is secured to the fisherman's boat while the second end is tossed overboard. The second end is securely joined to a small ring (9) forming the upper end of a braided steel wire (12) about eight inches long. A small ring (9) also forms the lower end of the steel wire (11). A stainless steel pin (4) connects the middle of a U-shaped channel (1) having two small holes near its opposite edges to the small ring (9) forming the lower end of the steel wire (2) . The pin (4) is secured in place by a stainless steel rivet (10) on each end of the pin (4).
    • 用于小(6),中(7)和大鱼(8)的桁条(5),其包括优选由棉制成并且长约12英尺的桁条(5)。 纵梁(5)的第一端固定在渔船的船上,而第二端被扔在船上。 第二端牢固地连接到形成大约八英寸长的编织钢丝(12)的上端的小环(9)上。 小环(9)也形成钢丝(11)的下端。 不锈钢销(4)将具有两个小孔的U形通道(1)的中部连接到形成钢丝(2)的下端的小环(9)的相对边缘附近。 销(4)通过销(4)的每个端部上的不锈钢铆钉(10)固定就位。
    • 3. 发明申请
    • GRAVITY BENDING GLASS SHEETS
    • 重量弯曲玻璃纸
    • WO2008068527A1
    • 2008-06-12
    • PCT/GB2007/050722
    • 2007-11-27
    • PILKINGTON GROUP LIMITEDTETLOW, Ian NicholasBENNETT, Colin Michael
    • TETLOW, Ian NicholasBENNETT, Colin Michael
    • C03B23/027
    • C03B23/027C03B23/025C03B23/0252C03B23/0256Y02P40/57
    • A gravity bending mould for bending glass sheets is disclosed. The mould comprises a final mould having a final peripheral shaping rim and an intermediate mould having an intermediate peripheral shaping rim. The final mould has a final articulated end portion having a final movable shaping rail and is mounted at an end of the mould. The intermediate mould has an intermediate articulated end portion having an intermediate movable shaping rail an d is mounted at the end of the mould adjacent to the final articulated end portion. The final articulated end portion and the intermediate articulated end portion are arranged so that at least a portion of the final movable shaping rail is alignable with at least a portion of the intermediate movable shaping rail to form part of the intermediate peripheral shaping rim. There is also provided a method of bending glass sheets using such a mould.
    • 公开了一种用于弯曲玻璃板的重力弯曲模具。 模具包括具有最终周边成形边缘的最终模具和具有中间周边成形边缘的中间模具。 最终模具具有最终的可动成形导轨的最终铰接端部,并且安装在模具的端部。 中间模具具有中间可动成形导轨的中间铰接端部,d安装在邻近最终铰接端部的模具的端部。 最终的铰接端部和中间铰接端部被布置成使得最终可移动成型轨道的至少一部分可与中间可动成形轨道的至少一部分对准,以形成中间周边成形轮缘的一部分。 还提供了使用这种模具弯曲玻璃板的方法。
    • 4. 发明申请
    • HIGH FREQUENCY CATHODE HEATER SUPPLY FOR A MICROWAVE SOURCE
    • 用于微波源的高频CATHODE加热器供应
    • WO2011058361A1
    • 2011-05-19
    • PCT/GB2010/051881
    • 2010-11-11
    • E2V TECHNOLOGIES (UK) LIMITEDRICHARDSON, RobertBLAND, MichaelBENNETT, Colin
    • RICHARDSON, RobertBLAND, MichaelBENNETT, Colin
    • H01J1/13H01J23/05H01J25/52H01J25/587
    • H01J1/135H01J23/05H01J25/52H01J25/587
    • A high frequency cathode heater supply for a microwave source includes a SMPS inverter (13) and an isolation transformer (12) having a primary winding (122) arranged to be powered by the SMPS inverter, a monitor winding (123) passing through primary core assemblies of the primary winding and a secondary winding (121) arranged for connection to the cathode heater (11). A current monitor (141) is arranged to monitor a current in the primary windings. Signal processing modules (14, 131, 132) are arranged to receive a first input signal from the monitor winding (123) indicative of a voltage Vh across the cathode heater (11) and a second input signal from the current monitor (141) indicative of a current through the cathode heater. The signal processing modules are arranged to output a control signal to the SMPS inverter to control power supplied to the cathode heater dependent on a monitored resistance of,or monitored power supplied to, the cathode heater as determined from the first input signal and the second input signal.
    • 用于微波源的高频阴极加热器电源包括SMPS逆变器(13)和隔离变压器(12),其具有被SMPS逆变器供电的初级绕组(122),通过主芯 初级绕组的组件和布置成连接到阴极加热器(11)的次级绕组(121)。 电流监视器(141)被布置成监视初级绕组中的电流。 信号处理模块(14,131,132)被布置成从监视器绕组(123)接收指示阴极加热器(11)的电压Vh的第一输入信号和来自电流监视器(141)的第二输入信号 的电流通过阴极加热器。 信号处理模块被布置成根据从第一输入信号和第二输入确定的阴极加热器的监测电阻或监视的功率来向SMPS逆变器输出提供给阴极加热器的功率的控制信号 信号。
    • 5. 发明申请
    • GRAVITY BENDING GLASS SHEETS
    • 重量弯曲玻璃纸
    • WO2009074825A2
    • 2009-06-18
    • PCT/GB2008/051166
    • 2008-12-08
    • PILKINGTON GROUP LIMITEDTETLOW, Ian NicholasMACKLEY, Ian MichaelBENNETT, Colin Michael
    • TETLOW, Ian NicholasMACKLEY, Ian MichaelBENNETT, Colin Michael
    • C03B23/027
    • C03B23/027
    • A gravity bending mould for bending glass sheets is disclosed.The gravity bending mould comprisesan intermediate mould having an intermediate movable mould sectionand a final mould having a final movable mould section. Each movable mould section ismovable between an operable position and an inoperable position respectively. The intermediate and final movable mould sections areadapted successively to engage a glass sheet during a gravity bending operation. There isa mechanical connection between the intermediate and final movable mould sections, the mechanical connection being selectively disposable in a first configuration, at which the intermediate and final movable mould sections are in the operable and inoperable positions respectively, and in a second configuration, at which the final and intermediate movable mould sections are in the operable position and inoperable positions respectively. When themechanical connection is moved from the first configuration to the second configuration, the intermediate movable mould section moves to the inoperable position and the final movable mould section correspondingly moves to the operable position to take theplace of the intermediate moveable mould section.There is also provided a method of bending glass sheets using such a mould.
    • 公开了一种用于弯曲玻璃板的重力弯曲模具。重力弯曲模具包括具有中间可移动模具部分的中间模具和具有最终可移动模具部分的最终模具。 每个可动模具部分分别在可操作位置和不能操作的位置之间移动。 在重力弯曲操作期间,中间和最终可移动模具部分被连续地配合以接合玻璃板。 在中间和最终可移动模具部分之间存在机械连接,机械连接在第一构造中选择性地是一次性的,在该第一构造中,中间和最终可移动模具部分分别处于可操作和不可操作的位置,在第二构造中, 最终和中间可动模具部分分别处于可操作位置和不可操作位置。 当机械连接从第一配置移动到第二配置时,中间可动模具部分移动到不可操作的位置,并且最终的可移动模具部分相应地移动到可操作位置以便中间移动模具部分的位置。还提供了 使用这种模具弯曲玻璃板的方法。