LIGHTWEIGHT MARINE BUOY AND METHOD OF HANDLING THE SAME
    1.
    发明申请
    LIGHTWEIGHT MARINE BUOY AND METHOD OF HANDLING THE SAME 失效
    轻型船舶及其处理方法

    公开(公告)号:US20070178782A1

    公开(公告)日:2007-08-02

    申请号:US11345827

    申请日:2006-02-02

    IPC分类号: B63B22/20

    CPC分类号: B63B22/16 B63B22/20

    摘要: A lightweight constructed navigation buoy, and method for handling the same, is provided with waterborne stability comparable to the conventional and much heavier navigation buoys. The desired waterborne stability is achieved using a liquid-ballasting/-venting system in which a ballasting compartment and a connection cooperate to allow a liquid ballast to be added and/or removed from the ballasting compartment. The position-accuracy of said buoy can be improved by incorporating the liquid ballasted buoy with a high-strength, flexible, elastic tether providing a scope of between 1.5-to-1 and 1-to-1 at high water.

    摘要翻译: 轻便的导航浮标及其处理方法具有与传统和重型导航浮标相当的水性稳定性。 使用液体压载/防渗系统实现所需的水稳定性,其中压载隔间和连接件配合以允许从压载隔间加入和/或移除液体镇流器。 通过将液体压载浮标与高强度,柔性,弹性系绳结合起来,可以提高所述浮标的位置精度,在高温下提供1.5至1和1对1的范围。

    Methods for shaping the casting region in a twin-belt continuous casting
machine for improving heat transfer and product uniformity and enhanced
machine performance
    2.
    发明授权
    Methods for shaping the casting region in a twin-belt continuous casting machine for improving heat transfer and product uniformity and enhanced machine performance 失效
    在双带连续铸造机中成型铸造区域的方法,用于改善传热和产品均匀性并提高机器性能

    公开(公告)号:US4674558A

    公开(公告)日:1987-06-23

    申请号:US608482

    申请日:1984-05-08

    IPC分类号: B22D11/06

    CPC分类号: B22D11/0677

    摘要: Methods for continuously casting metal product directly from molten metal confined and solidified in a casting region defined by upper and lower, cooled, endless, flexible, traveling, casting belts supported by belt support systems including back-up rollers in respective upper and lower carriages and laterally defined by first and second traveling side dams. The back-up rollers and belt support systems shape and maintain the casting region for improved heat transfer between cast metal and belts for improved product uniformity and enhanced machine performance. Several methods are disclosed including having one belt flexibly constrained, resulting in a transverse bowing away from the casting centerline due to liquid metal head, with the opposing belt being rigidly constrained and contoured or transversely bowed towards the casting centerline in a configuration that compensates for displacement of the flexibly constrained belt resulting in a uniform transverse cross section. Methods are disclosed including bowing the upper back-up rollers down either by manual adjustment or remote control and at the same time allowing the lower rollers to yield; intentionally rigidizing the upper and/or lower back-up rollers or sections thereof; bowing both sets of back-up rollers in equal and opposite directions, bowing the rollers inward or outward using either manual adjustment or remote control tensioning; bending structural frame members which are in support relationship with rollers, thus maintaining predetermined configurations of rollers in contact with the belts and further including downstream tapering of the casing region.

    摘要翻译: 用于连续铸造金属制品的方法,该熔融金属在由包括在上部和下部滑架中的后备辊的带支撑系统支撑的上,下,冷却,无限,柔性,行进的铸造带限定的铸造区域中被限制和固化的熔融金属中, 由第一和第二行进侧坝侧向限定。 后备辊和带支撑系统形成和保持铸造区域,以改善铸造金属和带之间的热传递,从而提高产品均匀性并提高机器性能。 公开了几种方法,包括一个带柔性约束,导致由于液态金属头而远离铸造中心线的横向弯曲,其中相对的带刚性约束并且以补偿位移的构造朝着铸造中心线弯曲或横向弯曲 的柔性约束带导致均匀的横截面。 公开的方法包括通过手动调节或远程控制向上弯曲上支撑辊,并且同时允许下辊产生; 有意地使上部和/或下部支撑辊或其部分刚性化; 在相同和相反的方向上弯曲两组支撑辊,使用手动调节或遥控张紧将滚轮向内或向外弯曲; 与滚子保持关系的弯曲结构框架构件,从而保持与皮带接触的辊的预定构型并进一步包括套管区域的下游锥形。

    Systems for shaping the casting region in a twin-belt continuous casting
machine for improving heat transfer and product uniformity and enhanced
machine performance
    3.
    发明授权
    Systems for shaping the casting region in a twin-belt continuous casting machine for improving heat transfer and product uniformity and enhanced machine performance 失效
    用于在双带连续铸造机中成型铸造区域的系统,用于改善热传递和产品均匀性并增强机器性能

    公开(公告)号:US4658883A

    公开(公告)日:1987-04-21

    申请号:US727420

    申请日:1985-04-26

    IPC分类号: B22D11/06

    CPC分类号: B22D11/0677

    摘要: Systems are provided for continuously casting metal product directly from molten metal confined and solidified in a casting region defined by upper and lower, cooled, endless, flexible, traveling, casting belts supported by belt support systems including back-up rollers in respective upper and lower carriages and laterally defined by first and second traveling side dams. The back-up rollers and belt support systems shape and maintain the casting region for improved heat transfer between cast metal and belts for improved product uniformity and enhanced machine performance. Several systems are disclosed including having one belt flexibly constrained, resulting in a transverse bowing away from the casting centerline due to liquid metal head, with the opposing belt being rigidly constrained and contoured or transversely bowed towards the casting centerline in a configuration that compensates for displacement of the flexibly constrained belt resulting in a uniform transverse cross section. Systems are disclosed including bowing the upper back-up rollers down either by manual adjustment or remote control and at the same time allowing the lower rollers to yield; intentionally rigidizing the upper and/or lower back-up rollers or sections thereof; bowing both sets of back-up rollers in equal and opposite directions, bowing the rollers inward or outward using either manual adjustment or remote control tensioning; bending structural frame members which are in support relationship with rollers, thus maintaining predetermined configurations of rollers in contact with the belts and further including downstream tapering of the casting region.

    摘要翻译: 系统被提供用于直接从熔融金属连续铸造金属产品,该熔融金属在由包括上部和下部的支撑辊的带支撑系统支撑的上,下,冷却,无端,柔性,行进的铸造带限定的铸造区域中固化和固化 并且由第一和第二行进侧坝侧向限定。 后备辊和带支撑系统形成和保持铸造区域,以改善铸造金属和带之间的热传递,从而提高产品均匀性并提高机器性能。 公开了几个系统,包括一个带被柔性约束,导致由于液态金属头而远离铸造中心线的横向弯曲,相对的带被刚性地约束并且以一种构造的形状或横向弯曲,以补偿位移 的柔性约束带导致均匀的横截面。 公开了系统,包括通过手动调节或遥控器向上弯曲上支撑辊,并且同时允许下辊产生; 有意地使上部和/或下部支撑辊或其部分刚性化; 在相同和相反的方向上弯曲两组支撑辊,使用手动调节或遥控张紧将滚轮向内或向外弯曲; 弯曲的结构框架构件与滚子保持关系,从而保持与皮带接触的辊的预定构型并进一步包括铸造区域的下游渐缩。