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2000字范文 > 管网叠压供水系统 additive pipe pressure water supply system英语短句 例句大全

管网叠压供水系统 additive pipe pressure water supply system英语短句 例句大全

时间:2020-02-19 00:57:15

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管网叠压供水系统 additive pipe pressure water supply system英语短句 例句大全

管网叠压供水系统,additive pipe pressure water supply system

1)additive pipe pressure water supply system管网叠压供水系统

1.Transient simulation ofadditive pipe pressure water supply system管网叠压供水系统的瞬态模拟

英文短句/例句

1.Discussion about the Applicability of Pump in Network Pressure-superposed Water Supply System管网叠压供水系统中水泵适用性分析

2.Study and Development of Pump-selection Software for Network Pressure-superposed Water Supply System管网叠压供水系统水泵选型软件的研究与开发

3.Reforming water supply system based on the water supply equipment of network superposition(no vacuum)利用管网叠压(无负压)供水设备改造供水系统

4.The expansion and application of terrace tube net water supply technique in the engineering管网叠压供水技术在工程上的推广应用

5.Establishment of Remote Monitoring System for Pressure Monitoring Node of Anqing Water Supply Network安庆市供水管网测压点远程监测系统的建设

6.Analysis and Application of Steady Flow of Water Supply System in Modern Garden Quarter without Vacuum Pressurized Pipe Network现代花园小区无负压管网增压稳流供水系统的分析与应用

7.Application of pipe net hydraulic model aided design of mid-way pressurized water supply system利用管网水力模型辅助设计中途加压供水系统的研究

8.The Trend Surface Analysis Study of Network Pressure in the Management and Schedule of Water Supply System;城市供水调度管理系统中管网压力的趋势面分析研究

9.Study on Network Pressure-superposition Water Supply Method and Energy Analysis on Traditional Technology of Secondary Water Supply叠压供水及传统二次供水能耗分析研究

10.Water Supply Networks Operating Condition Rechecking Based on Urban Water Supply SCADA System;基于城市供水SCADA系统的供水管网工况复核

11.The Study of Ductwork Pressure Booster Distributed Control System Based on Wireless Communication Technology;基于无线通讯技术的管网叠压装置集散监控系统的研究

12.The Detection of Leakage and Break in Water Supply Distribution Networks Based on the SCADA System;基于SCADA系统的供水管网检漏检爆

13.The Design of Remote Control System for Water Supplying Pipelines Based on GPRS;基于GPRS供水管网远程监控系统的设计

14.Water supply network dispatcher s system based on SCADA and GIS technology;基于SCADA和GIS技术的供水管网调度系统

15.Establishment and application of GIS for water supply network供水管网地理信息系统的建立与应用

16.Wireless Monitoring System for Water Supply Pipe Network Based on LPC2210基于LPC2210的供水管网无线监控系统

17.Research on the Water Supply Network Supervision System in Mine Yard矿山工业场地供水管网监测系统研究

18.Information System for Water Distribution System Based on OpenGIS基于OpenGIS的供水管网信息系统

相关短句/例句

pipenet pressure-add water supply管网叠压供水

1.A simple discussion on intelligentpipenet pressure-add water supply technology;浅议智能型管网叠压供水技术

3)terrace tube net water supply technique管网叠压供水技术

1.The expansion and application ofterrace tube net water supply technique in the engineering管网叠压供水技术在工程上的推广应用

4)water supply network system供水管网系统

1.Taking thewater supply network system in mine yard as research object, this paper analyzes the characteristics ofwater supply network system, and designs the network supervision system based on GPRS.以矿山工业场地供水管网系统为研究对象,分析了供水管网系统的特点,设计了基于GPRS的管网监测系统。

5)pipe network add-pressure water supply equipment网叠压供水设备

1.This paper analyzed the application case of the components such as anti-backflow equipment or air-pressure tank that using in thepipe network add-pressure water supply equipment.本文对管网叠压供水设备中的倒流防止器和气压罐等器件的应用情况进行分析。

6)Water Supply GIS Network Manage System供水GIS管网管理系统

延伸阅读

燃料混合管压形缩管模陕西科技大学(陕西咸阳 712081) 刘俊生 周明贵 张喜涛[摘要] 介绍了一种在机械压力机上实现较长尺寸缩管工件的成形模结构。关键词 闭合高度 缩管 脱模1 引言管材的缩管是常见的成形工艺,常用3种方法:1在缩管旋转机上进行;2在车床上旋压缩口,滚压加工;3用模具在压力机上进行。具体使用哪种方法,视工件要求而定。针对图1所示零件,采用压力机成形工艺比较合适。 根据零件尺寸,材料及计算结果,若在螺旋压力机或液压机上成形,由于工件成形所需压力很小,不能充分利用设备功率,且生产效率较低。故而选用机械压力机成形,模具设计中应重点解决由于工件缩管长度较长而引起的脱模困难,同时又要兼顾模具的闭合高度(在成形很小的情况下,模具闭合高度成为选用机床的主要因素)。2 模具结构 模具结构如图2所示。上内凹模2直接装在模柄上,夹持于滑块中,利用滑块中的打杆槽,装有上拉料黠构,上拉料结构由打料杆14,拉杆13,拉板12,螺栓8,顶杆10组成。下模板固定于工作台面,顶板9位于台面漏料孔中。其特点是:(1)利用冲床,滑块在缩门成形工序完成后拉动打料杆14,使与之连成一体顶杆10向上抬起,解决了由于工件缩口长度较长而引起的脱模困难。(2)顶板9置于工作台漏料孔中,即有效利用机床闭合高度,又减少于模具体积。3工作过程 冲床滑块上升至上死点时,穿在滑块上的打料杆14带动上拉料组件以至最高点。放管材于定位板4的定位孔中。滑块下行,定位销3导正管材上端进入上凹模2定位孔中后,滑块施轴向力于管材端面.通过模芯11进行缩口,最后通过定位板4与上内凹模进行凸台压形,模芯11和上凹模2材料选用W18Cr4v,热处理硬度61—63HRC。同时,上拉料组件也随滑块一起下降之下死点,压形,缩口完成后,随着滑块一起上升的上拉料组件中的顶杆10抬起工件,取出工件。4 效果该模具装于400kN偏心冲床(闭合高度300mm,工作台孔直径∮200mm)上,经过近十万件产品的生产,模具基本完好,满足了生产的要求。

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