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    • 8. 发明授权
    • Metal spinning machine carriage and process for the operation of a metal
spinning machine
    • 金属纺纱机托架和金属纺纱机操作过程
    • US4747284A
    • 1988-05-31
    • US19825
    • 1987-02-27
    • Robert Hudson
    • Robert Hudson
    • B21D22/16
    • B21D22/16
    • A forming wheel carriage for a CNC controlled metal spinning machine having a forming wheel post arranged to be movable relative to a second slide, and a process for operation of the metal spinning machine. During operation the forming wheel post is attached relative to the second slide by means of a ball flexibly mounted on the second slide engaged into a recess of the forming wheel post. The ball deflects backwards during overload, and the forming wheel with the forming wheel post can deflect immediately relative to the second slide. The forming wheel post deflects within a horizontal plane in accordance with a pre-selected force independent of the direction of the overload force. The force can be changed during an overload at a relief valve by means of a control unit by way of a control line. This manner of attachment of the forming wheel post allows for an automatic registering of the spindle tool contour. The contour is recorded point by point. This entails the repeated passage of the wheel with minimal push against the spindle tool. In addition, the positioning means serves as an overload check and emergency shut off switch.
    • 一种用于CNC控制金属纺丝机的成型轮托架,具有布置成可相对于第二滑动件移动的成形轮柱,以及金属纺丝机的操作过程。 在操作期间,成形轮柱通过柔性地安装在接合到成形轮柱的凹部中的第二滑块上的球相对于第二滑块安装。 球在过载期间向后偏转,并且具有成型轮柱的成型轮可相对于第二滑块立即偏转。 成型轮柱根据与过载力方向无关的预选力,在水平面内偏转。 可以通过控制线通过控制单元在安全阀过载期间改变力。 成形轮柱的这种连接方式允许主轴工具轮廓的自动对准。 轮廓是逐点记录的。 这就意味着轮子的重复通过对主轴工具进行最小的推动。 此外,定位装置用作过载检查和紧急切断开关。
    • 10. 发明申请
    • Air/oil mist lubrication system and method of use
    • 空气/油雾润滑系统及使用方法
    • US20060060425A1
    • 2006-03-23
    • US10943290
    • 2004-09-17
    • Curtis RichardsonRobert Hudson
    • Curtis RichardsonRobert Hudson
    • F16N7/34
    • F16N7/34
    • Lubrication systems and methods for selectively lubricating bearings in a backup energy system (e.g., a compressed air storage system or a thermal and compressed air storage system) with an air/oil mixture are provided. The lubrication system may provide different levels of lubrication based on the operational status (e.g., standby mode or emergency power generation mode) of the backup system. For example, during periods of inactivity (e.g., standby mode), the lubrication system may intermittently apply the air/oil mixture to the bearings to compensate for oil burn-off and to ensure efficient transfer of power during backup power system startup. When the backup system is activated, the lubrication system may continuously apply the air/oil mixture to the bearings at a rate determined by the loading on the backup system.
    • 提供了用于在具有空气/油混合物的备用能量系统(例如,压缩空气存储系统或热和压缩空气存储系统)中选择性润滑轴承的润滑系统和方法。 润滑系统可以基于备用系统的操作状态(例如,待机模式或应急发电模式)来提供不同程度的润滑。 例如,在不活动期间(例如,待机模式)期间,润滑系统可以间歇地将空气/油混合物施加到轴承以补偿油燃烧并且确保在备用电力系统启动期间有效地传递电力。 当备用系统被激活时,润滑系统可以以空气/油混合物连续地以由备用系统上的负载确定的速率将轴承加到轴承中。