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    • 2. 发明授权
    • Means and method for lubricating core drills
    • 润滑芯钻的方法和方法
    • US4541758A
    • 1985-09-17
    • US615975
    • 1984-05-31
    • Robert G. FrankJoseph A. Noca
    • Robert G. FrankJoseph A. Noca
    • B23D59/02B28D1/04E21B10/48E21B10/60B23B35/00
    • E21B10/48B23D59/025B28D1/041E21B10/60Y10T408/03Y10T408/458Y10T408/81Y10T408/8957
    • The present invention includes an insert securably mountable within the chamber of a core drill, such as a chamfering diamond core drill used for drilling and chamfering glass articles. The insert preferably includes a first diverting facility for diverting a first portion of a lubricating/cooling fluid from within the core drill to the inner drilling surfaces of the core drill, and a second diverting facility for diverting a second portion of the lubricating/cooling fluid to the outer drilling surface and chamfering surface of the core drill, to prevent thermal damage to the article being drilled and chamfered, during both the drilling and chamfering steps. The present invention further includes a method of lubricating/cooling an article during drilling and chamfering operations with lubricating/cooling fluid from within the core drill, to prevent thermal damage to the article being drilled.
    • 本发明包括可固定地安装在芯钻的室内的插入件,例如用于钻孔和倒角玻璃制品的倒角金刚石芯钻头。 插入件优选地包括第一转向设备,用于将润滑/冷却流体的第一部分从芯钻头内部转移到钻芯的内钻孔表面;以及第二转向设备,用于将第二部分的润滑/冷却流体 到钻孔的外钻孔表面和倒角表面,以防止在钻孔和倒角步骤期间被钻孔和倒角的物品的热损伤。 本发明还包括一种在钻孔和倒角操作期间用来自芯钻头内的润滑/冷却流体润滑/冷却物品的方法,以防止对所钻制品的热损伤。
    • 7. 发明授权
    • Method and apparatus for shaping glass sheets to complicated shapes
    • 将玻璃板成型为复杂形状的方法和装置
    • US4501603A
    • 1985-02-26
    • US480535
    • 1983-03-30
    • Robert G. FrankMichael T. FecikJohn J. Ewing
    • Robert G. FrankMichael T. FecikJohn J. Ewing
    • C03B23/03C03B23/035C03B27/044C03B35/20
    • C03B23/0357C03B23/0305
    • Bending a glass sheet to a complicated shape that comprises one portion bent sharply relative to a main portion of the sheet involving the use of a vacuum holder, an auxiliary shaping rail and means to correlate the movement of the shaping rail with that of the glass sheet during a bending cycle to insure that the glass sheet is clear of the auxiliary shaping rail except for such time in the glass sheet bending cycle that requires the auxiliary shaping rail to engage the glass sheet portion to be sharply bent against the corresponding portion of the vacuum holder. Another feature incorporated in a preferred embodiment of the present invention facilitates ready removal of glass fragments whenever a flawed glass sheet fractures at or beyond a shaping station outside a furnace where the glass sheet is heated to its deformation temperature.
    • 将玻璃板弯曲成复杂的形状,其包括相对于涉及使用真空保持器的片材的主要部分而急剧弯曲的部分,辅助成形轨道和将成形轨道的运动与玻璃板的运动相关联的装置 在弯曲循环期间,确保玻璃板除了辅助成形轨道之外,除了玻璃板弯曲循环中的这样的时间,其需要辅助成形轨道将玻璃板部分接合以相对于真空的相应部分急剧弯曲 持有人 在本发明的优选实施例中并入的另一个特征有助于每当有缺陷的玻璃板在玻璃板被加热到其变形温度的炉子之外的成型台处或超出成形站时出现玻璃碎片的随时移除。
    • 8. 发明授权
    • Shaping glass sheets using molds of different shapes
    • 使用不同形状的模具成型玻璃板
    • US4252552A
    • 1981-02-24
    • US78626
    • 1979-09-25
    • Robert G. Frank
    • Robert G. Frank
    • C03B23/03C03B23/035C03B35/20C03B23/023
    • C03B23/0357C03B23/0302
    • Shaping glass sheets by lifting a heat-softened glass sheet on a lower mold having an upwardly facing surface defining a given sharpness of bend and transferring said glass sheet by suction to an upper vacuum mold having a downwardly facing shaping surface defining a lesser sharpness of bend. Optionally, a ring-like member defining a sharpness of bend that may be equal to, less severe, or more severe than that defined by the upper vacuum mold moves between the molds when the latter are separated to impose a shape in the glass sheet that is correlated with the shape defined by the ring-like member. The ring-like member is used to support the glass sheet for rapid cooling if the glass sheet is to be tempered. Only the ring-like member need be changed when a change in production pattern is made.
    • 通过在具有限定给定的弯曲锐度的向上表面的下模具上提起热软化的玻璃板来成形玻璃板,并通过抽吸将所述玻璃板转移到具有限定较小锐度锐度的向下的成形表面的上真空模具 。 可选地,限定弯曲锐度的环形构件可以等于,不太严重或更严重,由上模具限定的弯曲在模具之间移动,当模具分离时在玻璃板中施加形状, 与由环状构件限定的形状相关。 如果要对玻璃板进行回火,则该环状构件用于支撑用于快速冷却的玻璃板。 当生产模式发生变化时,只需要改变环状构件。
    • 10. 发明授权
    • Method and apparatus for handling glass sheets for shaping and cooling
    • 用于处理用于成型和冷却的玻璃板的方法和装置
    • US4092141A
    • 1978-05-30
    • US756208
    • 1977-01-03
    • Robert G. FrankDeWitt W. Lampman
    • Robert G. FrankDeWitt W. Lampman
    • C03B23/03C03B23/035C03B27/044C03B35/20C03B23/02C03B27/00
    • C03B23/0357C03B23/03C03B27/0442C03B35/202C03B40/005
    • This invention relates to method and apparatus for handling glass sheets during shaping and cooling. Each glass sheet to be treated in turn is heated to its deformation temperature and conveyed through a furnace and into a glass shaping station by a roller conveyor. The glass is lifted into engagement with a vacuum shaping mold while hot and held against the vacuum shaping mold by vacuum as the glass lifting mechanism retracts downward. A tempering ring having an outline supporting surface conforming to and slightly inside the periphery of the bent glass sheet is brought into position below the upper vacuum mold. The vacuum on the upper mold is released to deposit the shaped glass sheet on the tempering ring. The latter supports and transfers the bent glass sheet during movement into a cooling station where the shaped glass sheet is quenched as rapidly as possible to harden the glass surface and enable a plurality of rotating rolls to lift the hardened glass sheet from the tempering ring and convey it onto additional conveyor rolls which transport the shaped glass between additional streams of cooling medium such as air blasts that impart at least a partial temper to the glass. When the glass is transferred to the additional conveyor rolls, the rotating transfer rolls are lowered to clear the path of movement for the tempering ring to return to the shaping station where the cycle is repeated.
    • 本发明涉及在成形和冷却期间处理玻璃板的方法和装置。 将待处理的每块玻璃板加热到其变形温度,并通过辊式输送机输送通过炉并进入玻璃成型站。 当玻璃升起机构向下缩回时,玻璃被提升成与真空成型模具接合,同时通过真空保持抵靠真空成型模具。 具有与弯曲的玻璃板的周边相符并稍微内侧的轮廓支撑表面的回火环被置于上真空模具下方的位置。 释放上模具上的真空,将成形的玻璃板沉积在回火环上。 后者在运动过程中将弯曲的玻璃板支撑并转移到冷却站中,其中成形玻璃板尽可能快地被淬火以使玻璃表面硬化,并且能够使多个旋转辊将淬火的玻璃板从回火环提起并传送 在另外的输送辊上,其将成形玻璃在额外的冷却介质流之间输送,例如对玻璃至少产生部分回火的空气吹扫。 当玻璃转移到附加的传送辊上时,旋转的转印辊被降低以清除回火环的移动路径,以返回到重复循环的成形站。