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    • 1. 发明专利
    • Polishing device
    • 抛光装置
    • JP2012148395A
    • 2012-08-09
    • JP2011241202
    • 2011-11-02
    • Asahi Glass Co Ltd旭硝子株式会社
    • MARUYAMA NAOTSUYOWATANABE ITSUROITO YASUNORIIKUTA YASUNARI
    • B24B41/053
    • PROBLEM TO BE SOLVED: To reduce damage to a laminated rubber and enable a mounting structure of a laminated rubber member for an enlarged polishing device, in a support mechanism of a polishing member configured of the laminated rubber member.SOLUTION: The polishing device is configured to support a polishing member so as to rock relative to a machining surface of a member to be machined, and to move the polishing member relatively in a direction horizontal to the machining surface of the member to be machined to polish the machining surface of the member to be machined, in a state where the polishing member is pressed to the member to be machined. The polishing device includes: a rotation transmitting member for transmitting rotating torque from a rotation drive source to the polishing member; and a rotation transmitting mechanism having a laminated rubber member interposed between a first mounting member formed in the rotation transmitting member and a second mounting member formed in the polishing member to apply pressure, for transmitting rotating torque of the rotation transmitting member and deforming in response to the rocking motion of the polishing member.
    • 要解决的问题:为了减少层压橡胶的损伤,并且能够在由层压橡胶构件构成的抛光构件的支撑机构中实现用于扩大的研磨装置的层叠橡胶构件的安装结构。 解决方案:抛光装置被配置为支撑抛光构件以相对于待加工构件的加工表面摇摆,并且使抛光构件相对于与构件的加工表面水平的方向相对移动到 在将研磨部件按压到被加工部件的状态下,对被加工部件的加工面进行加工。 抛光装置包括:旋转传递构件,用于将旋转驱动源的旋转扭矩传递到抛光构件; 以及旋转传递机构,其具有介于形成在所述旋转传递部件中的第一安装部件和形成在所述研磨部件中的第二安装部件之间以施加压力的层压橡胶部件,用于传递所述旋转传递部件的旋转扭矩并且响应于 抛光构件的摇摆运动。 版权所有(C)2012,JPO&INPIT
    • 8. 发明专利
    • PRODUCTION OF GLASS
    • JPH07291633A
    • 1995-11-07
    • JP8300894
    • 1994-04-21
    • ASAHI GLASS CO LTD
    • OKADA MISAOANDO HIROSHIMARUYAMA NAOTSUYO
    • C03B5/24C03B5/187C03B5/225
    • PURPOSE:To improve a defoaming efficiency by controlling the crosssectional area of a flow way of fused glass flowing into a reduced-pressure defoaming- tank and controlling the flow of the fused glass. CONSTITUTION:Fused glass, e.g. soda lime silica glass of about 10 -10 poise in viscosity is continuously introduced into a reducedpressure defoaming-tank 11 whose pressure is adjusted to about 0.05-0.3 atm, from a fusing tank 10 through an inlet tube 15 and a valve 21 placed at its end and the fused glass is defoamed there. The valve 21 lined with platinum and placed at a flow controlling part is composed of a rod 13 having a conical tip and a funnel-shaped member 3 where the tip is inserted. The flow of the fused glass is controlled by changing the cross-sectional area of the flow way through the adjustment of the gap 16 between the tip of the rod 13 and the funnel-shaped member 3. Subsequently, the defoamed fused glass is delivered through a discharging tube 17 provided with a screw 14 into a working tank 12 whose level of the fused glass is controlled to the same as that of the reduced pressure tank 11. The fused glass is formed by e.g. press molding after the temperature is adjusted to a specified value and a glass article having little void is obtained.
    • 9. 发明专利
    • Continuous grinding device and method of glass plate
    • 连续研磨装置和玻璃板的方法
    • JP2012135841A
    • 2012-07-19
    • JP2010290398
    • 2010-12-27
    • Asahi Glass Co Ltd旭硝子株式会社
    • MARUYAMA NAOTSUYOSAITO JUNICHIMIZUNO TAKANOBUIKUTA YASUNARIOKUHIRA KOJI
    • B24B37/10B24B7/24
    • PROBLEM TO BE SOLVED: To facilitate a grinding device to grow in size by canceling loads acting from grinding tools on members to be ground to reduce a vibration of a device.SOLUTION: The problem is solved by providing the continuous grinding device of glass plate, which includes a grinding table for transferring a glass plate in one direction and a plurality of the grinding tools arranged above the grinding table and along a transfer direction of the glass plate, and in which each of the grinding tools includes an eccentric shaft arranged eccentrically from the mass center of each grinding tool, and in which an eccentric rotary motion is performed which rotates around the eccentric shaft with a certain posture kept to the glass plate so that when two nonparallel axes are considered on the grinding tools, these two axes are each allowed to face the same direction at any time and besides with at least three or more adjacent grinding tools made as one set, a rotary phase difference of each grinding tool constituting the set is established so that reactions generated by the grinding tools constituting the set are mutually canceled out.
    • 要解决的问题:为了便于磨削装置的尺寸增长,通过消除由研磨工具对被研磨的构件施加的负载以减少装置的振动。 解决方案:通过提供玻璃板的连续研磨装置来解决问题,该研磨装置包括用于在一个方向上传送玻璃板的研磨台和布置在研磨台上方的多个研磨工具,并且沿着 所述玻璃板,其中每个所述研磨工具包括偏心轴,所述偏心轴从每个研磨工具的质心偏心地设置,并且其中进行偏心旋转运动,所述偏心旋转运动以保持在所述玻璃的特定姿态围绕所述偏心轴旋转 使得当研磨工具上考虑到两个不平行的轴时,这两个轴在任何时候都被允许面向相同的方向,并且除了至少三个或更多个相邻的研磨工具作为一组之外,每个轴的旋转相位差 建立构成该组的研磨工具,使得由构成该组的研磨工具产生的反应相互抵消。 版权所有(C)2012,JPO&INPIT
    • 10. 发明专利
    • PLATE BODY SEPARATING METHOD AND DEVICE THEREFOR
    • JP2000084844A
    • 2000-03-28
    • JP26364498
    • 1998-09-17
    • ASAHI GLASS CO LTD
    • ITO YASUNORIMARUYAMA NAOTSUYO
    • B24B41/06
    • PROBLEM TO BE SOLVED: To automate separation of a plate body from a suction member by gradually bending a holding member in a receding direction from the suction member from the edge parts of the holding member toward the center part by a bending means. SOLUTION: A suction pad for vacuum-suction-holding the whole surface of a glass plate is stuck to the lower face of a surface plate 28. The whole upper face of the glass plate is vacuum-suction-held by this suction pad of the surface plate 28. Bending cylinder devices 30A, 30D are driven to gradually contract rods 31A, 31D. The edge parts of the surface plate 28 are therefor bent upward, and the edge parts 14A of the glass plate suction-held to the surface plate 28 are gradually separated from a polishing table 18. When rods 31B, 31C are contracted interlockingly with the contracting action of the rods 31A, 31D, the surface plate 28 is gradually bent from the edge parts to the center part, and in association with this, the glass plate is also gradually separated from the polishing table, from the edge parts 14A to the center part.