1) design considerations for storage
储存设计要点
2) memory design
存储设计
1.
Handel-C Software development application characteristic and common memory design problems in Handel - C program were introduced.
着重讨论了Handel-C程序的存储设计问题。
2.
This paper studies the design of IP configuration, data paths and memory design, focusing on architecture design of AAC decoder SoC based on microprocessor core.
围绕基于微处理器核的AAC解码器结构设计展开讨论,对IP定制、数据通路及存储设计进行了研究,并成功开发了一个基于微处理器核的MPEG-4AAC解码系统芯片。
3) Design essentials
设计要点
1.
Taking a 600 MW set as an example,the design essentials of large and high temperature Selective Catalytic Reduction(SCR) reactors are being explained and epitomized.
介绍了600 MW机组使用的大型高温选择性还原反应器的结构设计要点,根据流体力学分析,确定了反应器进出口、导流器、喷氨装置的结构与布置,从而在整个空间范围内有效地控制烟气速度偏差和NH3/NOx摩尔比偏差,以满足脱硝反应的要求。
2.
The design essentials of the main electrical connection,protection configuration,and general layout of the bridge conne.
对110 kV变电所两线三变桥接线模式中的电气主接线、保护配置、总平面布置等方面的设计要点进行了探讨。
3.
The paper analyses the design essentials for automatic CIP system, mainly about flow and pressure of centrifugal pump, pipe diameter, effective volume of tank, control components, etc.
本文主要针对全自动CIP系统设计过程中清洗泵流量和扬程的确定、清洗管径及罐体有效容积的确定、控制元件设置等设计要点进行了较为全面的阐述,为CIP系统的规范化设计提供了参考依据。
4) design points
设计要点
1.
On the design points of the intelligent museum
智能化博物馆的设计要点
2.
The structure and design points of hard alloy drawing combination concave die were introduced in detail and provided the reference to the similar die design.
对硬质合金拉伸凹模结构及设计要点作了详细介绍,对同类型模具设计提供了参考。
3.
Using ratch cam intermittence shut-off mechanism,keeped parts on a carrier,and shut off after punching a certain length,through the concrete example,the structure principle,working process and design points of the ratch cam intermittence shut-off mechanism were introduced.
应用棘轮凸轮间歇切断机构,将制件留在一条载体上,构成一定长度后再切断成条状,通过具体实例,从棘轮凸轮间歇切断机构结构原理、动作过程、设计要点等方面作了介绍。
5) main points of design
设计要点
1.
This paper introduced the mechanism of stable high pressure fire water supply system and discussed the main points of design including system model and component; water supply area arrangement, equipment allocation and technical parameters determination; control mode and interlock requirement.
系统地阐述了稳高压消防给水系统的工作原理,探讨了设计要点,包括系统的形式及组成;系统供水范围划分、设备配置及技术参数确定;控制方式及联锁要求。
2.
This paper briefly expounds the main points of design for drum drive system of well logging wheeled machice.
简要论述了该石油测井车电缆滚筒传动系统的设计要点。
3.
Moreover,the thesis puts forwards some main points of design of the energy efficient building partly,combining with the experience of constructing energy efficient building in europe and the situation in our country,so as to realize the target of energy saving building in China.
主要介绍了节能建筑的概念和优点,以及近年来在我国推行节能建筑的相关法规,并结合欧洲节能建筑的经验和我国实际情况提出了节能建筑的部分设计要点,从而实现我国节能建筑的目标。
6) design gist
设计要点
1.
The article sets forth the idea of the ecological protective slope, and combined with the engineering practical examples, analyzes the protective masonry requirement of sea-route protective slope, and puts forward the design gist of the ecological protective slope in sea route.
该文阐述了生态护坡的理念,并结合工程实例计算分析了航道护坡的护砌要求,提出了航道中生态护坡的设计要点。
2.
The gross structure,principle of work and design gist of High-temperature and High-pressure rotary valve in pneumatic conveying system with solid wateric were introcued.
介绍了固体物料气力输送系统高温高压旋转阀的总体结构、工作原理、设计要点及其应用效果。
3.
According to the phenomena of the old-aged population in the domestic and abroad, the paper believes that the phenomena is an important social problem, and discusses the problem of the mode, planning and architectural design for the elderly in China, and summarizes the available design gist adapted to the old-aged society.
探讨我国老龄建筑的模式、规划及建筑设计等方面的问题，总结了适应老龄社会的通用建筑设计要点。
补充资料：模具设计要点
1.一般平板成品不宜中间进胶﹐以防弯曲变形。
2.一仍般情况下STP在RP正下方。
3.当模座较大时﹐STP的间隔为150--200mm。
4.锁上下顶出板的螺丝间隔为150--200mm。
5.当有顶针在滑块下方或斜梢有靠破时﹐上下顶出板要装有强制回位机构。
6.成品拔模斜度以减胶为基准。
7.设计水路时﹐尽量不要采用水管直接接入模仁﹐而改用模进水管用"O"RING联接模仁。
8.SP尽量将其直径取大并布置在成品的正投影面积下方。
9.冷却水路三原则﹕A.快速冷却﹐ B.均匀模温﹐ C.加工方便。
10.斜梢距模具中心应取整。
11.KO孔随注口衬套的偏心而偏心﹐且注口衬套的最大倾斜角度不得大于15%%d。
12.对于二片半模﹐上固定板与母模板之间的分模行程要用机构加以控制﹐LP在公模板上必需要有注导衬套﹐一般还需要有LK开闭器。
13.处理内侧倒钩的方法一般可用斜梢﹐内侧滑块﹐剥脱板(顶出中板)﹐顶出梢应尽量避免在滑块底下﹐以免发生碰撞或干涉。
14.一般模仁超出成品轮廓20--30mm,且距
模具中心应取整﹐模板距模仁边框20--30mm,
若有滑块应考卢将模板加大﹐特别注意避免
和回位梢干涉。
15.支撑柱(SP)的摆放与脚垫间距应量保
持相等﹐使其模具保持平衡。
2.一仍般情况下STP在RP正下方。
3.当模座较大时﹐STP的间隔为150--200mm。
4.锁上下顶出板的螺丝间隔为150--200mm。
5.当有顶针在滑块下方或斜梢有靠破时﹐上下顶出板要装有强制回位机构。
6.成品拔模斜度以减胶为基准。
7.设计水路时﹐尽量不要采用水管直接接入模仁﹐而改用模进水管用"O"RING联接模仁。
8.SP尽量将其直径取大并布置在成品的正投影面积下方。
9.冷却水路三原则﹕A.快速冷却﹐ B.均匀模温﹐ C.加工方便。
10.斜梢距模具中心应取整。
11.KO孔随注口衬套的偏心而偏心﹐且注口衬套的最大倾斜角度不得大于15%%d。
12.对于二片半模﹐上固定板与母模板之间的分模行程要用机构加以控制﹐LP在公模板上必需要有注导衬套﹐一般还需要有LK开闭器。
13.处理内侧倒钩的方法一般可用斜梢﹐内侧滑块﹐剥脱板(顶出中板)﹐顶出梢应尽量避免在滑块底下﹐以免发生碰撞或干涉。
14.一般模仁超出成品轮廓20--30mm,且距
模具中心应取整﹐模板距模仁边框20--30mm,
若有滑块应考卢将模板加大﹐特别注意避免
和回位梢干涉。
15.支撑柱(SP)的摆放与脚垫间距应量保
持相等﹐使其模具保持平衡。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条