从而进行各单元设计，总体调试。
Thus various units design and the overall debugging are made.
还示出将该刷单元设计用于手动牙刷刷柄。
The brush unit design is also shown applied to a manual toothbrush handle.
标准逻辑单元，存储电路设计及输入输出单元设计。
内容的选择、脚本编写、屏幕和教学单元设计，以及课件评价和文字资料等问题。
This pa per includes content choosing, script programming, screen and teaching unit design, the courseware evaluation and printed materials.
设计中灵活运用了场地环境设计法、母题单元设计法和借鉴了传统建筑设计手法。
Site design and unit design method were flexibly employed and traditional culture and design methods used for reference.
而主题单元设计既符合新课改精神的教学模式，又符合科学探究性课程的设计要求。
Theming module designing is the way of teaching, which is not only in line with the new curriculum reform, but also the concept of research-based learning.
在内部，建筑单元设计现代简约，通过落地窗获得最大化的视野并延续与外部的连接。
Inside, units are designed with modern simplicity, maximizing views with floor-to-ceiling Windows and continuing the connection to outside.
这一虚拟环境涉及产品开发、生产计划、装配分析、单元设计和操作仿真等多个方面。
This environment includes various manufacturing activities such as product development, production planning, assembly analysis, workplace design, operation simulation etc.
给出了风切变场反演方法，并根据各个单元设计的具体参数对系统的总体探测性能进行了分析。
Finally, the wind shear-field retrieval method is introduced and the overall performance of the designed system is analyzed by using the designed parameters of each unit.
介绍基于CAN总线技术的船舶航行数据记录仪信息采集系统结构、功能及信息采集单元设计。
In this paper, the author introduces the structure and design idea of the data acquisition system of voyage data recorder of ship based on the technology of CAN bus.
选取并修改了一个单元设计实例应用于平台，示范了基于主题教学的数字化主题单元设计思想。
We choose one thematic unit instruction plan example demonstrate the use of digital theme based instruction design platform.
论述了一种结构精简且高效的浮点数蝶形运算单元设计，单元内部模块的使用效率接 近100%。
This paper presents an efficient design of butterfly unit with simplified structure. The occupating coefficient of inner modules of the unit is almost 100%.
轮毂单元设计成有内法兰和外法兰，内法兰用螺栓固定在驱动轴上，外法兰将整个轴承安装在一起。
Wheel hub unit is designed with an inner flange and the outer flange and the inner flange bolted on the driving shaft, the bearing outer flange mounted together.
本文探讨了监控网络的分层分布结构和单元设计，提出了基于CAN现场总线的实时监控系统的实现方法。
This paper discusses the layered distributed structure and unit design of the monitor network, and studies the method of realization of the real time ability on the base of CAN fieldbus.
在前人工作的基础上，本文着重对有源集成天线的单元设计方法和如何抑制有源集成天线的谐波辐射进行了研究。
Based on the work of the formers, this paper gives emphasis on the research of some problems about the design method and the harmonics suppression of the active integrated antenna (AIA).
其次，分析了感应测井技术的基本原理和井下仪器的整体电路结构，为后续的电路单元设计提供了一定的理论依据。
Secondly, the principle of induction logging technique and the entire architecture of downhole tool are analyzed in details, which can provide definite theory foundation for subsequent circuit design.
利用差分平衡结构的S2I存储单元设计了平衡s2i积分器，并在此基础上设计出一种平衡差分结构的二阶调制器。
A balanced S2I integrator is designed in favor of this circuit. Then, a differential balanced second-order modulator is devised based on the integrator.
此外还详细介绍了硬件系统中的滤波电路设计、信号采集电路设计、显示按键单元设计、开关量输入及输出单元设计等。
In addition, details of the hardware system filter circuit design, signal acquisition circuit design, display design of Key modules, digital input and output cell design.
本文作者根据上海某纺织机械厂进行成组加工车间设计的要求，提出了一种计算机辅助成组加工车间生产单元设计的新方法。
This paper deals with a new method of computer aided group production unit design based on the requirement of a textile machinery factory in Shanghai.
第三部分，借鉴C·亚历山大教授所著《建筑模式语言》的研究方法，编制适应当代新医学模式的城市大型医院护理单元设计模式语言。
Part III. The introduction of the design mode language for nursing unit design in contemporary large-scale urban hospitals, based upon the methods advanced in Architecture Mode Language by C.
其次，围绕着TMS320C32核心处理单元设计了运动控制系统的存储模块，PC-DSP数据交换模块，D/A输出模块等各部分的电路组成。
Secondly, we designed the module in detail around TMS320C32, the core of control system, such as external storage module, PC-DSP data switch module, D/A output module.
详细阐述配送中心的储运单元设计、总体规模与能力规划、储区与储运模式规划、工艺流程设计以及基于EIQ - PCB的储区能力规划等原理和方法。
The basic storage unit design, the overall capacity planning, storage area planning, process flow designing, and storage area capacity planning based on EIQ-PCB etc are expounded.
在论文的第三部分，对移动通信枢纽建筑在选址和总图布局，功能单元设计，平面空间组合设计，单元造型设计，外部空间设计等方面，进行了探讨和归纳总结。
The third part of the article conclude the points of mobile communication center building design, such as the site plan position , function cell, space combination, saving energy and security.
介绍一种基于16位单片机DSPIC33FJ64GP710为主控芯片的32路AR-TU-M32型遥测单元设计原理，以及该产品主要技术指标与应用案例。
The design principle, main technology specification and application of 32-channel ARTU-M32 telemetry unit based on 16 bit DSPIC33FJ64GP710 were introduced.
介绍一种基于16位单片机DSPIC33FJ64GP710为主控芯片的32路AR-TU-M32型遥测单元设计原理，以及该产品主要技术指标与应用案例。
The design principle, main technology specification and application of 32-channel ARTU-M32 telemetry unit based on 16 bit DSPIC33FJ64GP710 were introduced.
应用推荐