会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 12. 发明授权
    • Method for heating a flat glass sheet
    • 平板玻璃板加热方法
    • US5337393A
    • 1994-08-09
    • US131432
    • 1993-10-04
    • Pauli T. Reunamaki
    • Pauli T. Reunamaki
    • C03B29/08F27D19/00F27D99/00C03B29/04F26B19/00
    • F27D99/0006C03B29/08F27D19/00
    • A roller conveyor furnace (12) for heating flat glass sheets has top and bottom heating arrays (28,30) respectively located above and below the plane of conveyance with each heating array including a plurality of elongated heaters (32,34) extending parallel to the direction of conveyance and spaced laterally from each other with respect to the direction of conveyance. The top heating array (28) has one more heater (32) than the number of heaters (34) of the bottom heating array (30) and the bottom heaters (34) are located in a laterally staggered relationship with respect to the top heaters such that each bottom heater is located laterally between a pair of top heaters. A control (36) energizes the top and bottom heating arrays (28,30) to heat each bottom heater (34) only when the two top heaters 32 on opposite lateral sides thereof are heated to thereby prevent excessive lateral edge heating of the conveyed glass sheet. Each heater (32,34) is also preferably of the electrical resistance type including an electric resistance element (32e, 34e) that is energized by the control to provide the heating.
    • 用于加热平板玻璃板的辊式输送炉(12)具有分别位于输送平面之上和之下的顶部和底部加热阵列(28,30),每个加热阵列包括多个细长的加热器(32,34),其延伸平行于 输送方向相对于输送方向彼此横向间隔开。 顶部加热阵列(28)比底部加热阵列(30)的加热器(34)的数量多一个加热器(32),底部加热器(34)相对于顶部加热器处于横向交错关系 使得每个底部加热器横向地位于一对顶部加热器之间。 只有当加热各个底部加热器(28,30)以加热每个底部加热器(34)时,控制器(36)才能加热其相对侧面上的两个顶部加热器32,从而防止传送的玻璃的过度侧向加热 片。 每个加热器(32,34)也优选为电阻型,包括通过用于提供加热的控制而通电的电阻元件(32e,34e)。
    • 13. 发明授权
    • Positioning device for glass bending oven
    • 玻璃弯曲炉定位装置
    • US5141550A
    • 1992-08-25
    • US674356
    • 1991-04-12
    • Pauli T. Reunamaki
    • Pauli T. Reunamaki
    • C03B23/025C03B29/02
    • C03B23/0258C03B29/025
    • The present invention provides a glass bending device including an oven and a mold within the oven having a number of parallel horizontally extending pipes supported by at least two template plates. A number of parallel horizontally extending heating elements are suspended over the mold and can be raised or lowered by raising or lowering a template which acts on cables attached to the suspended heating elements. The second template causes the overall cross-sectional shape of the suspended heating elements to be the same as or the opposite of the shape of the second template.
    • PCT No.PCT / FI89 / 00182 Sec。 371日期1991年4月12日 102(e)日期1991年4月12日PCT提交1989年9月27日PCT公布。 第WO90 / 03335号公报 日本1990年04月5日。本发明提供了一种玻璃弯曲装置,其包括炉内和模具内的模具,其具有由至少两个模板板支撑的多个平行水平延伸的管。 许多平行的水平延伸的加热元件悬挂在模具上,并且可以通过升高或降低作用在连接到悬挂的加热元件的电缆上的模板来升高或降低。 第二模板使得悬浮的加热元件的整个横截面形状与第二模板的形状相同或相反。
    • 14. 发明授权
    • Glass bending mold
    • 玻璃弯曲模具
    • US5137562A
    • 1992-08-11
    • US674355
    • 1991-04-12
    • Pauli T. Reunamaki
    • Pauli T. Reunamaki
    • C03B23/025
    • C03B23/0252
    • The present invention provides a glass bending mold including at least two vertical template plates mounted in an oven frame by fixing devices. The vertical template plates define the shape of glass bent in the bending mold and include recesses along an upper edge thereof. On top of the templates are laid horizontally extending pipes for supporting glass to be bent. The pipes are received by said recesses in the template plates and are supported by the template plates. One end of each of the pipes extends out of the oven through apertures in one wall of said oven. A lever device moves the pipes back and forth to rock the pipes in the recesses while glass to be bent is lowered on the pipes.
    • PCT No.PCT / FI89 / 00181 Sec。 371日期1991年4月12日 102(e)日期1991年4月12日PCT提交1989年9月27日PCT公布。 出版物WO90 / 03334 1990年04月5日。本发明提供一种玻璃弯曲模具,其包括通过固定装置安装在烤箱框架中的至少两个垂直模板板。 垂直模板限定在弯曲模具中弯曲的玻璃的形状,并且包括沿其上边缘的凹部。 在模板顶部放置水平延伸的管道,用于支撑玻璃弯曲。 管道由模板中的凹槽容纳,并由模板支撑。 每个管道的一端通过所述烤箱的一个壁中的孔从烤箱中延伸出来。 杠杆装置来回移动管道以摇摆凹槽中的管道,同时弯曲的玻璃在管道上降低。
    • 15. 发明授权
    • Drive mechanism for glass sheet roller conveyor of furnace
    • 炉膛玻璃输送机驱动机构
    • US5088920A
    • 1992-02-18
    • US621025
    • 1990-11-30
    • Pauli T. Reunamaki
    • Pauli T. Reunamaki
    • B65G23/16C03B35/16F27B9/24
    • B65G23/16C03B35/163F27B9/2407
    • A drive mechanism (32) for a roller conveyor (28) of a furnace (12) for heating flat glass sheets includes a primary drive loop (34) received by primary drive wheels (36) and also includes a plurality of secondary drive loops (50) each of which is associated with a pair of conveyor rolls (30). Internal teeth (42) of the primary drive loop (34) and external teeth (52) of the secondary drive loops (50) are engaged to provide a driving relationship therebetween, while internal teeth (54) of the secondary drive loops (50) drive gears (56) secured to the conveyor rolls (30). A plurality of idler gears (64) mesh with the external teeth (54) of the secondary drive loops (50) to maintain tensioning that prevents backlash and provides uniform reversal of all conveyor rolls as the driving changes from one direction to the other as well as allowing the conveyor rolls to be positioned with their high sides aligned so as to maintain planarity during the conveyance. The primary drive loops (34) has a metal core (70) and an elastomeric covering (72) that forms its internal teeth (42). Engagement rollers (80) of the drive mechanism maintain engagement between inclined faces (42a,52a) of the internal teeth 42 of the primary drive loop (34) and the external teeth (52) of the secondary drive loops (50).
    • 用于加热平板玻璃板的炉(12)的辊式输送机(28)的驱动机构(32)包括由主驱动轮(36)接收的主驱动回路(34),并且还包括多个辅助驱动回路 50),其每一个与一对输送辊(30)相关联。 主驱动回路(34)的内齿(42)和副驱动回路(50)的外齿(52)接合以提供其间的驱动关系,而辅助驱动回路(50)的内齿(54) 驱动齿轮(56)固定到传送辊(30)上。 多个空转齿轮(64)与次级驱动回路(50)的外齿(54)啮合,以保持张紧,其防止齿隙,并且随着行驶从一个方向向另一方向变化,提供所有传送辊的均匀反转 因为允许输送辊被定位成使得它们的高边对准,以便在输送过程中保持平坦度。 主驱动环(34)具有形成其内齿(42)的金属芯(70)和弹性体覆盖物(72)。 驱动机构的接合辊(80)保持主驱动环(34)的内齿42的倾斜面(42a,52a)与副驱动环(50)的外齿(52)之间的接合。