运行调整

According to the characteristics of railway traffic organization in China, this paper conducts a study on the key problems in working out the adjusted train diagram by computer in automatic block districts of double-track lines.

从编制列车运行调整计划的要求出发，分析了传统的三种列车设定方法所存在的不足之处，在此基础上，提出了以组合界线列车设定法为核心内容的一整套新的理论和算法。

Hook empty-load, outward travel at low speed and extreme position limiting at max radius is 5m jib(outward R=50m,inward R=7.5m), enable one switch of the radius limiter(outward and inward travel is controlled by its parting limiter switch), when the trolleying to and extreme position limiting at max radius, enable another limiter switch(ourward and inward limiter switch), then trolley stop travel, when travel it again, the trolley just travel in the center of the jib frame.

4.4.3 幅度限位器调整(结构调整方法见外购件说明书) adjusting method for radiuslimiter(the procedures is shown as the outsourcing instructions)(1)吊钩空载，以低速档运行，向外行至距最大幅度处5 米时(向外时 R=50 米，向内时 R=7.5 米)，幅度限位器中的一个开关恰好动作(向外，向内分别由一个限位开关控制)，当小车行至最大幅度时，另外一个限位开关动作，小车停止运行，再启动时，小车只能往臂架中央运行。

Therefore, it is applicable to apply MAS technology to Train Operation Adjustment.

因此，将MAS技术应用于列车运行调整是适用的。

Thisabove results of this thesis can provide important value for optimum design and operationadjustment of pulverized coal boilers.

本文的研究结果可以用来指导锅炉的优化设计和运行调整。

In order to make the adjustment and maintenance of the original coal conveyor belt offset compensator of Mudanjiang No.2 Power Plant easy and to improve its waterproofness, a new automatic coal conveyor belt compensator is employed to achieve remote control, automatic adjustment of coal drop point and automatic compensation of conveyor belt offset, thereby improving operational reliability of conveyor belt.

输煤皮带机是火力发电厂运送燃料的主要设备。在输煤皮带长期运行过程中，皮带跑偏是一种经常发生的故障，使皮带机无法正常上煤，影响机组正常运行。因此，输煤皮带系统的皮带纠偏装置比较重要。新型输煤皮带跑偏自动调整装置的应用和改进，可针对输煤皮带的各种跑偏现象进行智能逻辑判断，达到自动调整落煤点和皮带纠偏的目的，确保输煤皮带正常运行。

Brief introduction: Based on foreign advanced PE clapboard enveloper/stacker automatic line, selecting the main procedure, this machine is designed to meet the need of domestic storage battery factories-- production without maintenance and only with clapboard enveloping function. It is easy to operate and safe to adjust. When use the machine, you should put the board on the pushing board and push to the middle part, they will go into the press roller at the same time, the interlaced veins make the plates closely together, then stack the plates. The machine can be adjusted according to user's requirement

简介：本机在国外先进的 PE 隔板包封配组自动线的基础上，选取了包封工序之精华，设计出了适应我们国内蓄电池厂生产免维护的需要，只具有隔板包封功能的比较实用的隔板包装机，为蓄电池厂生产免维护蓄电池提供了 PE 隔板包封极板的可靠手段，该机操作简便、运行调整可靠，使用时将极板放在推板上，人工将极板推到隔板中部，经压辊将夹有极板的隔板同时进入压辊、压辊的两边有压纹使隔板上下经交错的压纹牢牢的压在一起，隔板形成口袋的状、然后人工配组极板。

Permit the belt to run for several minutes and at least three full belt revolutions after idler has been adjusted to determine if additional adjustment is required.

应在 皮带运行时对前述故障区域进行调整，在拖辊调整后如还需进行额外调整，皮带应先运行至少三圈。

This information, together with the actual train movement information, is provided for the CADES (Computer Aided Dispatching Expert System) to process for solution.

在建造CADES时，根据列车调度领域知识的特点，将列调领域知识分为元级知识和领域知识，建立了层次型的知识库，将CADES的推理机设计为三级控制结构，使CADES成为一个动态的多级产生式专家系统，能够根据TMSS的信息变化自动地选择规则集和推理控制策略，问题的求解过程也能自适应于实际情况的变化，使其与列车调度员进行运行调整的复杂，灵活的思维过程更为接近。

Expert system ; simulation ; train dispatching ; schedule readjustment ; TMSS ; CADES

专家系统；模拟；列车调度；运行调整； TMSS ； CADES

Furthermore, the other focal point of train operation adjustment, to adjust train unit routing, is studied comprehensively. First the difference between the primary plan and the adjustment plan of train unit is discussed, and then the working process of making optimal adjustment plan is studied based on some adjustment principles which are set based on the adjustment goal.

动车组折返交路的调整是高速铁路列车运行调整的两个重点之一，本文对该问题进行了较为全面的研究，首先分析了动车组运用计划与调整计划的区别，然后根据调整目标制定了调整原则，在此基础上研究了动车组调整计划优化编制的工作流程。

Objective: To study the effect of polycythemia on blood oxygen saturation.

裴蕾目的：观察RBC剧增而引起的高粘血症对血氧饱和度的影响。

Based on SIMPLER algorithm in the curvilinear body-fitted coordinates, the calculations were performed for Pr=0.7, Re=10~1000 on non-orthogonal non-staggered grids which are generated by elliptic equation systems.

采用曲线坐标系下压力与速度耦合的SIMPLER算法，数值研究了周期性渐扩渐缩波纹通道内脉动流动与换热情况，流动Re数的范围为10~1000，Pr数为0.7。