1) girder of stretch out and draw back
伸缩梁
1.
After having been used for four years an Chaohua Coal Mine,the most part front board of girder of stretch out and draw back of ZFS3600-17/28 type combined mining trestle have been broken,the base flexural and deformate.
ZFS36 0 0— 17 2 8综放支架在超化矿井下使用 4a后 ,伸缩梁前端板大部分切断 ,底座弯曲变形。
2) inner telescopic girder
内伸缩梁
1.
The influence law of horizontal and vertical gaps between inner telescopic girder and canopy on telescopic girder movement is found by simulation on ZY9400/28/62shield support.
通过对ZY9400/28/62型掩护式液压支架内伸缩梁的运动进行仿真研究,得出伸缩梁与顶梁之间横向和纵向间隙对内伸缩梁运动的影响规律;根据模拟支架压架试验工况,对内伸缩梁进行应力分析。
3) flex
伸缩
1.
Based on the application condition and the character of the similar device, a safety accommodation ladder, which can flex, fold and lift automatically, can be electric and manual operated, is designed for medium or small sized watercraft to berth at a wharf in storm or in ebb and flow by the use of the Pro/E and ANSYS.
该设备具有伸缩、折叠与起升功能,可电动和手动操作,能适应船艇靠泊时大风浪及涨落潮环境。
2.
Firstly the introduction of collecting high-tree fruits in alien was made ,according to the actual condition and the requirement of collecting fruits in china,a new type of machine which can collecting high-tree fruits flexiblely was desighed, and the structure parameter of the machine was confirmed .
介绍了国内的高枝果实的采摘情况,根据我国的实际情况及采果要求,设计出了一种新型的可伸缩式高枝采果器,并确定了采果器的结构参数。
4) expansion
伸缩
1.
To lay the cable along the bridge successfully,the technical problems such as bridge expansion and vibration,and grounding should be solved.
洋山深水港110 kV变电站的电源线路是敷设于东海大桥的箱梁内的两回110 kV 630 mm2交联电缆,是目前世界上最长的敷设于桥梁的高压电缆,详尽介绍了在东海大桥电缆工程设计时,应对桥梁伸缩、振动,以及如何处理电缆金属护套的接地等技术难题所采取的措施。
2.
The advantages of rigid UPVC pipe are introduced and according to expansion, fixing, noise and other practical questions corresponding preventive and control measures are proposed.
介绍了硬质聚氯乙烯排水管 (UPVC排水管 )的诸多优点 ,从UPVC排水管的伸缩、固定及噪音方面 ,就其在实际使用中存在的具体问题作了分析 ,提出了一些防治措
3.
The paper introduced the maintenance procedure of bridge expansion joints and discussed its importance.
介绍东山过境高速公路桥梁伸缩缝维修经过,说明伸缩缝养护在桥梁养护中的重要性。
5) magnetostriction
磁致伸缩
1.
The study of anisotropy parameters of new magnetostriction material Tb_(0.27)Dy_(0.73)Fe_(1.95);
新型稀土磁致伸缩材料Tb_(0.27)Dy_(0.73)Fe_(1.95)的各向异性参数研究
2.
Martensitic transformation and magnetostriction in Ni_(52)Mn_(23)Ga_(24.5)Sm_(0.5) alloy;
Ni_(52)Mn_(23)Ga_(24.5)Sm_(0.5)合金的马氏体相变和磁致伸缩性能
3.
Giant magnetostriction of melt_spun Fe_(85) Ga_(15) ribbons;
甩带Fe_(85)Ga_(15)合金的巨磁致伸缩研究
6) expansion joint
伸缩缝
1.
Several measures to improve the quality of installing expansion joint in highway bridge;
提高公路桥梁伸缩缝安装质量的几项措施
2.
Operating principle of Maole expansion joint in Xiushui Bridge and its installation;
秀水大桥毛勒伸缩缝的工作原理及其安装
3.
Study on wall cracks at expansion joints and reinforcement treatment;
伸缩缝处墙体开裂原因分析及加固处理
参考词条
补充资料：安梁堡梁氏大宅
安梁堡梁氏大宅位于广东省高州市曹江镇安梁堡村。距离高州市中心约13公里，是典型的中西艺术交融，富有时代代表性的民国民居建筑。大宅是当地著名乡坤梁普埙、梁普篪兄弟的旧居，建成于1947年，占地面积达一万一千多平方米，建筑面积达四千多平方米。主体建筑分为东、西两宅，分别由前楼、后楼和侧楼组成，前楼一层，后楼三层，侧楼二层，前后楼之间有天井，并通过多条走廊相互贯通，连为一体。在功能分布上，后楼是主楼，是梁府家庭成员的生活起居住宅，前楼是雇工住宅和生活服务区，侧偻用于储存食物和物品。大宅还配套有花园、水井、池塘、厕所、猪舍、牛栏、码头等设施。大宅整体是中国传统的楼阁式，同时配合了西式的走廊和装饰。大宅的排水系统也别具一格，落到大宅的雨水通过管道进入天井中的大水池，水池水满后才往外排泄，因此，水池常年储满水，可备发生火灾时使用。大宅主体建筑对外的墙体上，每间隔一定的距离，就开有射击孔和瞭望窗，和大宅四周的围墙、护卫角楼组成了坚固的防御系统，从而使大宅成为一座集防卫、住宅、贮藏于一体等综合使用功能的建筑。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。