各个的

Researches show that the drive force characteristics of the electric tractor drive system based on series DC motor is close the ideal characteristics, the curves are concave, low speed with constant power, and high speed with constant torque; the electric tractor has large working speed under different shifts, but the extensive coincidence speed shows that the variable ratio of the gear is unreasonable; the maximum climbable gradient of this electric tractor is more than 30%, and does not need frequent shift when working for its extensive climbable gradient; there are many influence factors of continuous working time, which the more obvious factors are working speed and working load, the working time increases with the increase of the working speed and working load.2. Simulation researches on the drive characteristic of the electric tractor.

研究结果表明：基于串励直流电动机(来源：ABC21论文网www.abclunwen.com)的电动拖拉机电驱动系统的驱动力特性场接近理想驱动力特性场，其各挡下的驱动力特性是一组下凹的曲线，低速恒转矩，高速恒功率；同一行驶速度下所对应高挡驱动力大于低挡驱动力，这是由电机的调速特性决定的；电动拖拉机各个挡位下具有较广的稳定作业速度范围，但是各个挡位之间速度重合的范围较多，说明所用变速箱变速比与电动机匹配不合理；电动拖拉机最大爬坡度达到30%以上，并且各挡爬坡度变化范围较广，作业过程中不需要频繁换挡；影响电动拖拉机连续作业时间的因素较多，其中作业行驶速度和作业负荷影响最为明显，作业负荷越大，连续作业时间就越短，作业速度越快，连续作业时间就越短。2、电动拖拉机驱动特性仿真研究。

In Capital-Profit, or better Capital-Interest, Land-Rent, Labor-Wages of Labor, in this economic trinity expressing professedly the connection of value and of wealth in general with their sources, we have the complete mystification of the capitalist mode of production.

在资本-利润(或者，更好的形式是资本-利息)，土地-地租，劳动-工资中，在这个表示价值和一般财富的各个组成部分同财富的各个源泉的联系的经济三位一体中，资本主义生产方式的神秘化…这是一个着了魔的，颠倒的，倒立的着的世界。

In Capital-Profit, or better Capital-Interest, Land-Rent, Labor-Wages of Labor, in this economic trinity expressing professedly the connection of value and of wealth in general with their sources, we have the complete mystification of the capitalist mode of production.… It is an enchanted, perverted

在资本－利润（或者，更好的形式是资本－利息），土地－地租，劳动－工资中，在这个表示价值和一般财富的各个组成部分同财富的各个源泉的联系的经济三位一体中，资本主义生产方式的神秘化…这是一个着了魔的、颠倒的、倒立的着的世界。

A the intended image already know what a business card printing and membership card-making machine in black, and that business card printing and membership card making machine Profile, know that the PC or Mac magnetroheological the profile screen, in the design-side also already know they are using a printer Profile, throughout the production process, you will go through the entire archives, made after you RIP version, the resulting CIP3 throw Business card printing and membership card-making machine, to make all parts of the control of a monlchamus, at the same time in all parts of the East down the pressfirst Profile and Profile do color Proofer, lead characters, throw a simulation business card printing and membership card making machine digital proofing, and then through some mechanism of some of the Internet, whether it is a whole page or a single image is on a remote machine prediction business card printing and membership card the colors, which are the ideal structure of color management.

预定图像还来懂得给在哪一部制卡和会员卡制作机上印了，且懂得制卡和会员卡制作机的Profile、懂得PC或Mac的处事台屏幕的Profile，在安排端也还来懂得他们所搁置打印机的Profile，在合座不入产过程洋，不兵我们合座档案经过RIP之后、不拆不小版，爆发CIP3失给制卡和会员卡制作机，来怠工各个局部控墨的一个材料，同时在各个局部带不入Press Profile及Proofer Profile怠工色彩的互换，失给打样机，不离可以获得一张仿真制卡和会员卡制作机的数字打样，再透过一些Internet的一些机制，不管是整页的或是简单的图像都可以在长途的机械上展望制卡和会员卡制作不不入来的颜色，这不离是合座色彩处置的抱负架构。

At the early of the Intelligent Building development, every sub-system has a small scale and a few simple control objects which can be managed by people or half automation, but with the expanding of the sub-systems scale, more and more distributed control objects and equipments, many reduplicate signal cables for voice, data and control is laid, it becomes more difficult to manage and maintain, so it is needed to manage equipments and expand functions by the integration of all kinds of equipments and sub-systems in the building.

在智能建筑发展的初期，各个子系统规模小、控制对象少而简单，可以人工或半自动化方式维护管理建筑设备，但随着智能建筑中的各个系统规模的不断扩大、控制对象增加和设备的分散，同时建筑物内语音、数据和控制等各类信号的传输线缆大量重复的敷设等等都给管理和维护带来了极大的不便，为此需要通过建筑智能化系统集成将智能建筑中各类设备和子系统进行集成，更为方便地实现功能的扩展和设备的管理。

Finally, with all the related effective means, combined with the projcet example of Bilin Building project in QTC, it analyzes, controls and improves each link from reconnaisance and design to the construction process, completion approval and safe production. According to the actual project situation, a quality guarantee organization is formed and feasible preventive measure and countermeasure are formulated. By studying the relative factors (employee, material, machine, law, link) to manage and control the project quality, we ensure the economic and social benefit of the project investment and the realization of all indexes.

最后，结合青岛职业技术学院国际学院比邻楼工程具体实例从勘察设计、施工过程到交工验收以及安全文明生产的各个环节，运用全面质(来源：Ad2Bb3b3C论文网www.abclunwen.com)量管理和质量控制的各种有效方法加以分析、控制和改进；针对工程项目实际情况构建了质量保证组织，制定了详细的质量预防措施和对策，通过对建筑工程项目各个组成因素的研究来管理和控制建筑施工项目的质量，取得了良好的成效，极大限度地提高了该项目投资的经济效益和社会效益，保证了项目各项指标的实现，验证了全员、全过程、全项目的质量管理模式对工程质量控制所起到的良好效果。

BoYang's corporate culture,embodied in the staff team,organization,at all levels of socirty,reflected in the staff behavior and organization behavior in every detail,is our high-speed growth of the economy.constantly optimize the recent years the rapid development of the high product quality not only in the domestic sales of the establishment of a stable market network..

&创新、勤奋、诚信、感恩&的企业理念，是我们能不断成******的根本动力；科学严谨的管理体系也得到了各个合作方的充分认可博洋的企业文化，体现在员工、团队、组织、社会等各个层面，体现在员工行为和组织行为的每一个细节里，是我们对高速成***的经济、不断优化的**社会的承诺

The content includes six parts: Part one is a summary of ASP,this part has done the detailed introduction to the correlate knowledge of ASP;Part two is a summary of datebase,this part introduces how to interview datebase mostly; Part three is the analyse in demand,this part makes frondose analyse about function,performance and environmental demand for the system;Part four is a collectivity design,this part gives holistic design plan to every modules;Part five is a particular design,this part gives detailed introduction to each module's realization and design;Part six is a tag.

内容包括6个部分：第1部分是ASP概述，该部分对ASP技术的相关知识做了详细的介绍；第2部分是数据库概述，该部分主要是介绍ASP对数据库的访问；第3部分是需求分析，该部分对系统的功能，性能和环境做了具体的分析；第4部分是总体设计，该部分对系统的各个模块给出了整体的设计方案；第5部分是详细设计，该部分分别对各个功能模块的实现与设计做的详细的介绍；第6部分是结束语。

The content includes six parts: Part one is a summary of ASP,this part has done the detailed introduction to the correlate knowledge of ASP;Part two is a summary of datebase,this part introduces how to interview datebase mostly; Part three is the analyse in demand,this part makes frondose analyse about function,performance and environmental demand for the system;Part four is a collectivity design,this part gives holistic design plan to every modules;Part five is a particular design,this part gives detailed introduction to each module's realization and design;Part six is a tag.

内容包括6个部分：第一部分是ASP概述，该部分对ASP技术的相关知识做了详细的介绍；第二部分是数据库概述，该部分主要是介绍ASP对数据库的访问；第三部分是需求分析，该部分对系统的功能，性能和环境做了具体的分析；第四部分是总体设计，该部分对系统的各个模块给出了整体的设计方案；第五部分是详细设计，该部分分别对各个功能模块的实现与设计做的详细的介绍；第六部分是结束语。

There exits several MDO algorithms. But they are in our opinion either nonefficient or complicated. So we devised an algorithm called Subspace Approximation Optimization . In the SAO algorithm, the whole system is decomposed into one system-level optimization and several disciplinary optimizations so that a large and complicated problem can be divided into several easy-solving sub-problems. The coupling relationships and the coordination among disciplines are presented by equality constraints and these equality constraints are assigned to relevant disciplines. The optimums of design variables in system level optimization are transferred to discipline level optimization. The optimums of design variables in discipline level correspond to the point that is the nearest to the optimums of design variables in system level. If the optimums of design variables in system level are out of feasible region of discipline 1eve1, linear constraints can be built in the system level optimization using the design variable optimums obtained by the discipline level optimization. The system level optimization would improve the design of the whole system with these linear constraints.

目前，国内外已经发展出了多种飞机多学科设计优化算法，本文的重点是针对协同优化算法的不足，提出了子空间近似优化算法(Subspace ApproximatingOptimization，SAO)，SAO算法中，整个系统的优化问题被分解成一个系统级优化和若干学科级优化，而各个学科之间的耦合与权衡关系则被当作等式约束，这些等式约束将被分配到各个学科级优化中去，系统级优化的任务是寻找整个系统的最优解，而学科级优化的目标函数是以系统级优化分配下来的设计点为圆心的超球半径的平方，因此，如果系统级优化分配下来的设计点在学科级优化可行域内，则学科级优化目标函数为0，反之，则学科级优化的最优点是系统级优化当前设计点距离可行域最近的点。

As she looked at Warrington's manly face, and dark, melancholy eyes, she had settled in her mind that he must have been the victim of an unhappy attachment.

每逢看到沃林顿那刚毅的脸，那乌黑、忧郁的眼睛，她便会相信，他一定作过不幸的爱情的受害者。

Maybe they'll disappear into a pothole.

也许他们将在壶穴里消失