1) hanging beam
吊装梁
1.
Combined with construction example the calculation method is introduced for steam drum hoisting in steam-power plant and discussed from cross section design of hanging beam, hoisting technology and other aspects.
结合工程实例 ,介绍了火力发电厂汽包吊装计算方法 ,从吊装梁截面设计、汽包吊装工艺等方面进行了论述 ,提出了汽包吊装时的注意事项。
2) hoisting
吊装
1.
Application of dynamic large tonnage gantry crane of center hole jack to hoisting;
穿心式千斤顶动力的大吨位起重机在吊装工程中的运用
2.
Dismantlement and hoisting skill of shield-shaped machine;
浅谈盾构机拆卸及吊装技术
3) lifting
吊装
1.
Prefabrication, lifting and transmission of 18 m reinforced concrete broken-line roof truss;
18m钢筋混凝土折线形屋架预制、吊装及运输
2.
The lifting and transportation method of prestressed hollow plate in Fubi Bridge construction;
付壁大桥预应力空心板吊装运输方法
3.
Stretching,grouting and lifting of 24 m-stride prestress roof truss;
24m跨预应力屋架张拉、灌浆及吊装
4) Hoist
吊装
1.
Procedure Control and Precautions of Cable-hoisting Arch Bridge;
缆索吊装箱形拱桥的工序控制及注意事项
2.
The big sectional wind duct 7000×1000(7500×630)is welded with steel sheet δ=3mm thick,assembling and hoisting in the locale.
对于大截面风管,采用δ=3mm薄钢板进行焊接制作、现场组装和吊装。
3.
The hoisting scheme of tower crossing Hanjiang River for the No.
介绍了500kV荆门———孝感I回送电线路工程汉江大跨越段组立跨江塔的吊装方案,及对铁塔各部位受力进行分析。
5) erection
吊装
1.
Research on Erection and Installation of 195m Span Box Reinforced Concrete Arch Bridge;
195m钢筋混凝土箱形拱桥吊装施工技术研究
2.
A detailed description is given of the technique for prefabrication and erection of the 35 m small box girder.
箱梁的安装,采用了轨道平车运梁,架桥机吊装。
3.
According to the topographic situations of Houjiagou Bridge,the paper discussed how to choose reasonable, economical erection plan to construct.
根据侯家沟大桥特殊的地形状况,选用最合理、最经济的吊装方案,进行大桥的箱梁吊装。
6) lifting and erection
吊装
1.
The 228-m reinforced concrete box arch span of the main bridge of Tianchi Bridge is currently the longest span bridge of its kind in China,whose main arch rings were constructed by the precasting,lifting and erection methods.
天池大桥主桥228 m钢筋混凝土箱形拱桥是目前国内同类型桥梁之最,主拱圈采用预制吊装法施工。
2.
In the light of the characteristics of composite girders,the construction techniques and features of lifting and erection of the composite girders of Qingzhou Minjiang River Bridge are dealt with.
根据结合梁的特点,介绍青洲闽江大桥结合梁的吊装施工技术及施工特点。
3.
In this paper, the construction of the principal structure of the Bridge is presented, in which the lifting and erection of arch ribs, steel tie beams, cross beams of hangers of both upper and lower decks, cross beams of posts on arch, hollw slab girders and π deck plates are included.
介绍其主体结构的施工,主要包括拱肋的吊装、钢系梁的吊装、上层吊杆横梁的吊装、下层吊杆横梁的吊装、拱上立柱横梁的吊装、空心板梁、π形桥面板的吊装。
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。