实现

Apply the platform using the network communication foundation and the advanced network, constructs a security, reliable, open, the highly effective information network and the office automation, the information management computerization system, provides modernized for the control section the daily work condition and the rich comprehensive information service, the realization records management automation and work business processes the automation, enhances the office efficiency and the management level, the realization enterprise various departments daily office work standardization, the computerization, the standardization, enhancement file department file and so on copy clerk file, dossier, science and technology file, financial file manipuilities, realizes the information online inquiry, borrowing.

利用网络通讯基础及先进的网络应用平台，建设一个安全、可靠、开放、高效的信息网络和办公自动化、信息管理电子化系统，为管理部门提供现代化的日常办公条件及丰富的综合信息服务，实现档案管理自动化和办公事务处理自动化，以提高办公效率和管理水平，实现企业各部门日常业务工作的规范化、电子化、标准化，增强档案部门文书档案、人事档案、科技档案、财务档案等档案的可管理性，实现信息的在线查询、借阅。

College of Guandong Business, Guanzhou 510320, China）Abstract: Since large-scale vertical quench furnace is voluminous, whose working condition is a typically complex process with distributed parameter, nonlinear, multi-inputs/multi-outputs, close coupled variables, etc, dynamically decoupling control algorithm of temperature distributed parameter system in the furnace was presented, by which the whole system was decoupled to several subsystems and the implementation of controller was simplified. With finite difference approximation, the space and time step size was solved to ensure the convergency of finite difference approximation. After decoupling, the subsystems were controlled with self-learning PID control algorithm. The results show that the temperature control precision and homogeneity are improved; the overshoot and process in temperature rising period are reduced simultaneity.

摘 要：针对大型立式淬火炉体积庞大，工况复杂，炉内温度分布呈本征非均匀性，具有多输入/多输出、非线性、强耦合等特性，难以实现炉内温度高精度高均匀性控制目标等问题，提出一种温度分布参数系统动态解耦控制算法，其原理是：采用有限维逼近方法将对象解耦为多个独立的子系统，简化控制器的实现过程；通过分析有限维逼近方法的收敛性，获得保证收敛性的空间和时间步长应满足的条件；解耦后的子系统采用自学习PID控制算法，实现炉内温度高精度和高均匀性控制以及升温过程的快速性和小超调。

The system is perfectly realized through the four counts below:1 ^ Using configuration soft compile the person-computer interface for information management of grain depot content and the application program for data collection. This program will finish real time data collection and conversion and will dynamic come after each bam flash-locks run state and will supervise and record the run instance ^ startup or stop time 2^ Using Visual FoxPro workout report table for grain depot content informationmanagement system witch carry out database management function. 3^ Using Visual C++ workout communication program between Force Control configurable soft and aptitude instruments.(1) N Receive data from aptitude instruments.

本课题从下面四个方面实现系统要求： 1 利用组态软件Force Control 2.0编制了仓容信息管理系统的人机界面和数据采集应用程序，完成设备状态的实时采集和转换，动态跟踪各粮仓闸门的运行状态，监视并记录斗提机的运行情况、启动和停止的时间； 2 利用Visual FoxPro编制了仓容信息管理系统报表记录应用程序，实现数据库的管理功能； 3 利用Visual C++编制Force Control组态软件与智能仪表以为例的通讯程序，实现下列两项功能：(1)接收来自在线流量计的数据。

The outstanding of this study is: for system hardware design, a new voltage measuring circuit, which is used to measure the voltage of the individual battery of batteries is designed; for the functions of the new instrument, it is used to monitor the battery on-linely and real-timely not only when the battery is on floating charging but also on the course of charging and discharging with the new judging criterion of battery performance. Even more, the battery, which is good in floating charging and actually may be bad, could be found quickly by discharging for a short time periodically. The precision, automation and intelligence of the monitoring system for battery is improved greatly.

本论文工作的突出之处：在系统硬件设计方面采用了一种新的测量蓄电池组中单体电池电压的采样电路；在系统功能方面，不仅实现了对蓄电池浮充状态的实时在线检测，而且通过采用蓄电池组的均匀性判断标准实现了对蓄电池充、放电的动态过程中的性能状态实时在线检测诊断，还可以通过定期短时间放电的方法实现对蓄电池性能的快速判断，及时发现浮充状态时检测状况正常但实际己经存在故障的落后电池，极大的提高了对蓄电池检测的准确性、自动化和智能化程度。

In the device, a four-post frame was adopted, two synchronously rotating grip holders were used to realize rigidity rotation of the specimen, and the axial movement of the upper grip holder implemented the tension/compression loading. Positioning accuracy in the axis, radial and circumferential directions were achieved by adopting many advanced and delicate technologies. Measurement on the device indicated that the actual positioning accuracy of the device was better than the kinematic positioning accuracy. Evaluation test on the system indicated that the spatial resolution is better than the pixel size without considering the noise.

该装置采用了四柱式框架结构，采用上下夹头同步转动实现试件相对于框架的刚性转动；上夹头作相对于框架的轴向运动实现对试件的加载；在加载和转动装置中采用了诸多高精技术，实现了试件高精度的轴向定位、径向定位和刚性角度定位；对装置的精度检测表明其实际的定位精度优于运动学定位精度要求；对系统的计量考评初步表明，系统不计噪声的空间分辨率优于X射线CCD的像素10.9μm。

According to actual condition, a model of wall thickness of rotary kiln is established. The constant coefficients in the model, including thermal conductivity, heat transfer coefficient, Fourier coefficient and contact resistance, are closely calculated. A formula of contact resistance is draw from a great deal of data of surface and inner temperature of rotary kiln. The wall thickness of rotary kiln is simulated by MATLAB. The simulation result is transmitted from MATLAB to DELPHI through a group of interface functions compiled by VC++. The basic graphs-circle and line are analyzed by the means of the technique of Visualization in Scientific Computing and the Bresenham arithmetic, and are realized the visualization of the wall thickness. The contents of communication between master computer and slaver computer are designed and the error control technique, the idea of multi-thread and the embedded assembly language are applied to realize the temperature data transmission and graph transmission, which largely improved the speed of transmission and the reliability and stability of system.

建立了符合现场实际的回转窑壁厚数学模型；结合现场采用红外测温仪测量所得的温度数据和回转窑的实际结构数据，确定出适合该模型的定常系数(包括导热系数、换热系数、傅立叶系数、接触热阻等)，并得出与回转窑工况的相近的接触热阻公式ln=T~(0.5154)-36.7868；利用MATLAB软件仿真出回转窑壁厚，并将运算结果通过在VC++的编译环境下编译出MATLAB和DELPHI的接口函数传输到该监测系统中，实现了温度数据的转换和交换；运用科学计算可视化技术和Bresenham扫描转换算法对基本图形——圆和直线进行分析，从而实现了仿真后的壁厚数据可视化；在研究异步串行通信方式的基础上，设计了该系统上下位机功能和通信内容，并运用差错控制技术、多线程思想以及嵌入式汇编语言实现了温度数据和图形数据在上下位机之间的远程传输，提高了数据传输的速率和系统的可靠性、稳定性。

Its basic viewpoints are as follows: releasing and developing productive force is the overall goal of resolving people's livelihood and realizing people's profit;"fed and clad---well-off---modernization"as people's livelihood strategy; maintenance and development of"united and stable, energetic and lively"political situation;"Four Have"as standards of qualified socialist personnel; equal, fraternal, fair social order is the concrete goal of resolving people's livelihood and realizing people's profit; meantime, this paper gives the practical means of resolving people's livelihood and realizing people's profit, such as: speed up the development of the productive forces,"so that the people's material life may become better";"getting rich first"-"getting rich together"; stability is"China's best interests";"give education priority to develop", to improving the nation's educational level; promote democracy, strengthen the rule of law, and maintain the close ties with the masses.

其基本观点包括："解放生产力，发展生产力"是解决民生、实现民富的总体目标；"温饱"—"小康"—"现代化"的民生战略；维护和发展"安定团结、生动活泼"的政治局面；以"四有"新人为标准，培养合格的社会主义人才；建立健全平等、友爱、公平社会秩序等是解决民生、实现民富的具体目标。同时，分析了解决民生、实现民富的具体途径，如：加速发展生产力"使人民的物质生活好一些"；"先富"—"共富"；稳定是"中国的最高利益"；"教育优先发展"，立足提高全民族的文化水平；发扬民主、加强法制，密切联系群众等。

The program is to achieve the n-bit full adder, first using the door with non-realization of a family - and finally realize the full n-bit adder.

该程序实现的是n位全加器，首先用与非门实现一位全家器，最后实现n位的全加器。

The UPnP technology is typical in all home network middleware technologies. It bases on TCPIIP protocols and WEB technology, makes use of some existing network technologies and protocols, such as XML, SOAP, GENA and so on. With UPnP, a device can dynamically join a network, obtain an IP address, convey its capabilities and learn about the presence and capabilities of other devices--all automatically.

本文重点研究了UPnP技术的基本原理和实现机制，并实现了UPnP的通用设备模型，最后研究了基于UPnP协议的AV框架实现机制和技术要点，并在此基础上提出了媒体服务器中媒体内容的管理和存储以及检索的解决方案。

Then it describes the systems business structure model design, functional model design, database design, operation environment design and how to realize the whole system (including system norms, the generic technology and the key point method) based on these designs.

然后描述了系统的业务架构模型设计、功能模型设计、数据库设计和运行环境设计，以及在设计的基础是如何实现的整个系统(包括系统实现规范，系统通用技术以及关键点的实现方法)。

In the negative and interrogative forms, of course, this is identical to the non-emphatic forms.

。但是，在否定句或疑问句里，这种带有"do"的方法表达的效果却没有什么强调的意思。

Go down on one's knees;kneel down

屈膝跪下。。。下跪祈祷