查询词典 in-plant system

Because of the extensive range and large quantity, local administrative organs are in a very important position in the system of governments in our country. Besides, the logistic management system of local administrative organs is an important component of the local administrative management system, which is an important guarantee of the smooth function of local governments' activities.

地方行政机关在我国的政府系统中由于范围广泛、数量巨大而处于一个非常重要的地位，而地方行政机关后勤管理体制是地方行政管理体制的重要组成部分，是地方政府职能活动顺利进行的重要保障。

This series Mo Zhaolu by one of the largest window of switching equipment the dependability of the telegraphic class that is it, of the system advocate accuse unit, power source to wait crucial module a moment to all can undertake 1:1The backup of means, without break protection system (Hitless Protection System - HPS) relied on a gender to offer the most important assurance for the Gao Ke of BDCOM S8503\8506\8510, below the circumstance that controls module redundantly in configuration, it can satisfy the most slashing dependability requirement.

本系列万兆路由交换机的最大亮点之一就是它的电信级的可靠性，系统的主控单元、电源等等要害模块均可以进行1：1方式的备份，无中断保护系统(Hitless Protection System - HPS)为BDCOM S8503\8506\8510的高可靠性提供了最重要的保证，在配置冗余控制模块的情况下，它能满足最苛刻的可靠性要求。

Hamilton principle can be used in holonomic system and intrinsical linear nonholnomic system. The formulas of them are unified. Hamiltonian action is stability in intrinsical linear nonholnomic system.

本文将Hamilton原理应用到本质线性非完整系统，首次证明了在本质线性非完整系统中，Hamilton作用量为稳定的作用量；将完整系统和本质线性非完整系统的Hamilton原理从形式和本质上统一起来。

Chapter two introduces plea bargaining system in other countries, distinguishes the system between America and Germany, between America and Italy and analyzes its applying scope and effects in inquisitorial system countries.

第二章主要介绍其他国家的辩诉交易，并比较美德、美意辩诉交易的联系和区别，分析辩诉交易制度在职权主义模式国家运用的范围与效果。

The step motor can receive digital signal directly and has the ability to response outer environment immediately and has no accumulation error, which often is used in driving system. In this driving system, open-loop control system is composed of stepping motor, which can satisfy the demand not only for control precision but also for the target of economic and practicality. On this basis , the analysis of stepping motor in power calculating and style selecting is also given.

由于步进电机能够直接接收数字量，响应速度快而且工作可靠并无累积误差，常用作数字控制系统驱动机构的动力元件，因此，在驱动装置中采用由步进电机构成的开环控制方式，这种方式既能满足控制精度的要求，又能达到经济性、实用化目的，在此基础上，对步进电机的功率计一算及选型问题经行了分析。

In the system of high precision and low speed, Because of the existence of the nonlinear friction, the static and dynamic performance of the servo system is very bad, such as stick slip, hunting, large error and so on, Because the traditional control of PID is hard to solve the nonlinear problem of the servo system, so this paper begins to introduce a new control method which is named adaptive fuzzy PID, It utilizes the rule of the fuzzy control to adjust the parameter of proportion, integral and differential on line, So this control method has some intelligence to improve the static and dynamic performance of the servo system.

在高精度、超低速伺服系统中，由于非线性摩擦环节的存在，使系统的动态及静态性能受到很大程度的影响，主要表现为低速时出现爬行现象，稳态时有较大的静差或出现极限环振荡；由于传统的PID 控制很难解决伺服系统中的非线性问题，因而不能适用于高精度、超低速伺服系统；本文通过引入模糊自适应整定PID控制，利用模糊规则在线调整比例、积分、微分环节，使系统具有一定的智能，从而非常明显的改善伺服系统的静态及动态性能。

In addition, it also can be your registry to plain text mode record, easy browsing; Also can monitor Win.ini, System.ini of keys; Also to monitor your Windows System directory and catalog documents the changes to your software manual unloading create certain conditions.

另外它还可以将您的注册表以纯文本方式记录下来，便于浏览；还可以监察 Win.ini，System.ini 中的键值；还可以监察您 Windows 目录和 System 目录中文件的变化，为您手工卸载某些软件创造条件。

The time evolution of expectation values of the basic dynamic variables in a quantum system under different effective Planck constant were compared with the exact values of the basic dynamic variables in classical system. It is found, for the regular motion, the difference comes from the quantum effect; for the chaotic motion, it comes from the dynamical effect and the destruction of the dynamical system.

通过引入等效普朗克常数，将量子系统中基本动力学变量的期望值和经典系统中基本动力学变量的精确值的时间演化行为相比较，分析了两者产生差异的因素，规则运动主要是和量子效应有关，而混沌运动则是和动力学效应有关，即与系统的动力学对称性破坏相联系。

From the altitude of the philosophy we can find the reciprocity relationship between technology and law, For the philosophy muddle in the technology system which has affected the developmentof the technology, and the ontological paradox restricted the progress of the technology, Facing this fact, we should take aspiring means to diminish the shortcoming in both system to realize the harmony progress. Only in this way can we spur the harmony development between the two system ,. accelerate the productive and realize the ultimate solicitude for human beings.

从哲学的角度来看，技术与法律之间存在着相互制约、相互影响的作用，由于技术内部存在着的哲学困惑对网络技术的发展有极大的影响，在知识产权内部存在的法理矛盾又制约了技术的发展，所以我们必须采取积极的措施以克服二者内部的弊端，实现各自的自洽性发展，这样才可能促使二者之间自洽地发展，最终达到促进生产力的发展、实现人文主义关怀的终极目标。

So This thesis maintain right mortgage right to allow thing right for hypothec that target establish or with movable property thing right of all right, its target is concrete should include farmland right to use , base right to use , natural resources right to use and allusion quatation right; in a situation that cant justify oneself in right system of the right quality , set up a system of guaranteeing central right with hypothec system of the right; house property and real estate can be differentiated the mortgage.

因此，本文主张权利抵押权是以所有权以外的不动产物权或准物权为标的而成立的抵押权，其标的具体应包括农地使用权、基地使用权、自然资源使用权和典权；在权利质权制度无法自圆其说的情况下，建立一个以权利抵押权制度为核心的权利担保制度；房产和地产可以分别抵押。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。