锚爪内顶的外翻方法

船舶航行中,锚爪紧贴船壳板,处在锚穴中。但当锚链锈蚀、磨损到一定程度、或遇到其他特别情况链环不落槽时,会出现起锚后,锚爪内顶船壳板,不能绞贴船边,置入锚穴的情况。遇到这种情况,可用下列方法使其外翻。一、切勿开动锚机硬绞,以免损坏船体和锚机。可重新将锚松到水面,待锚不翻出去,再绞进,若不行,     

百日竞赛保储运 百尺杆头促管理

在取消了储运系统检查评比的情况下，长春客车厂为了防止管理滑坡，开展了百日竞赛活动，文中介绍了具体措施办法及其效果．     

内燃机车大功率柴油机电控系统试验研究

介绍了基于位置控制式的内燃机车大功率柴油机电控系统的开发和试验研究 ,进行了可靠性、抗干扰性、启动特性以及扭矩加载特性等试验 ,提出了实用化的柴油机电控系统实施方案。     

挂篮在桥梁施工中若干问题的探讨

挂篮在桥梁悬臂施工中经常运用。但指导此类施工的资料不多。该文以申嘉湖高速公路上芦墟塘大桥为工程背景，从加快施工进度、节省施工费用的角度出发，总结了挂篮在桥梁施工中的一些方法，尤其是利用空间有限元程序仿真了挂篮试吊，得出了一些有用的结论。     

Modeling Study of Planar Flexible Manipulator Undergoing Large Deformation

The planar flexible manipulator undergoing large deformation is investigated by using finite element method (FEM). Three kinds of reference frames are employed to describe the deformation of arbitrary point in the flexible manipulator, which are global frame, body-fixed frame and co-rotational frame. The rigid-flexible coupling dynamic equation of the planar flexible manipulator is derived using the Hamilton’s principle. Numerical simulations are carried out in the end of this paper to demonstrate the effectiveness of the proposed model. The simulation results indicate that the proposed model is efficient not only for small deformation but also for large deformation.     

新型防烟阀的研制和应用

该文简要地介绍了船舶空调通风系统用防烟阀的功能、应用及其改进设计。     

关于补强电务综合防雷“短板”的思考

鉴于目前电务设备防雷工作中顾此失彼,计算机设备包括TDCS、CTC、微机监测等信息设备成为电务综合防雷的新的＂短板＂,因此完善综合防雷,有的放矢地补强＂短板＂,建立全方位、分层次、高灵敏、低残压的计算机防雷系统十分必要。     

RM80型清筛机晃车处理实践及相关思考

RM80清筛机晃车对其自身行车安全造成严重隐患,且该车型晃车现象越来越普遍,成为不容忽视的问题.通过介绍四台清筛机晃车处理的实践,从处理后效果入手,反思处理方法,进行经验总结和相关思考,寻找更好的处理方案.     

RM80型清筛机晃车处理技术分析

RM80大型清筛机晃车对其自身行车安全造成严重安全隐患,并且该车型发生晃车现象越来越普遍。结合4台清筛机晃车处理的实践,分析了晃车产生的原因及处理后的效果,同时对处理方法进行了反思,并提出了处理建议,对于类似问题的处理具有一定借鉴意义。     

Design-Manufacture Interface Relationship Management in Supply Chain

As firms come under greater market pressure, the management of the inter-functional design/manufacture relationship becomes a more important competitive variable. The characteristics of the design-manufacture interface were analyzed, and several methods of the design-manufacture interface relationship management were compared. Based on theories concerned and enterprise practice, how to manage the relationship of design-manufacture interface to reduce the product cost and shorten the time-to-market was demonstrated, finally the competitive advantage was improved.