1)  slide structure
滑模结构
2)  slip-form
滑模
1.
Construction technique of pier s slip-form in water generating station;
水电站闸墩滑模施工技术
2.
Technical measures and filed management of slip-form construction;
滑模施工的技术措施及现场管理
3.
Buried steel pipes are adopted as the climbing pole s supporting in the slip-form.
滑模工艺采用埋入钢管作为爬杆支承,液压千斤顶产生外力克服滑升时的摩擦力、模架自重和施工荷载,将成型模架体分阶段连续提升,达到混凝土连续浇注,直至高桥墩混凝土墩身成型。
3)  sliding mode
滑模
1.
Sliding Mode Control of Moving-Mass-Center System for Terminal Guidance of Ballistic Missile;
弹道导弹末制导变质心系统的滑模变结构控制
2.
Construction technology of refuse bin sliding mode at low temperature;
矸石仓低温滑模施工技术
3.
Investigation of a novel method of saturation function for chattering reduction of sliding mode control;
抑制滑模抖振的新型饱和函数法研究
4)  slipform
滑模
1.
Optimization design of super fine sand concrete mixture for slipform paver in pavement;
滑模施工特细砂水泥路面砼配合比优化设计
2.
Considering that the slope of weir face is milder and that of energy-dissipating bucket is steeper,mass concrete casting for outlet-sluice weir face and energy-dissipating bucket adopted slipform,which could guarantee the planeness,radian and elegant appearance of the the weir and bucket.
泄洪闸堰面大体积混凝土及消力戽挑坎混凝土浇筑,由于堰面坡度较缓,而消力戽挑坎坡度较陡,采用滑模施工能保证堰体及挑坎的平整度、弧度、美观性。
3.
In connection with engineering practice, this article mainly introduces the slipforming construction techniques, including its system design, installation, construction process and essential points in quality control, as well as its application to engineering project.
文章结合工程实践,针对滑模的施工,主要介绍滑模系统的设计、滑模系统的组装、滑模的施工工艺、质量控制要点及其在工程中的应用。
5)  sliding formwork
滑模
1.
The experimental research of concrete discharge ditch sliding formwork of railway yard;
铁路站场混凝土排水沟滑模的试验研究
2.
Hydraulic sliding formwork is a construction technology that has the following advantages:high degree mechanical,speedy,occupying less area,strong overall structure,earthquake resistance,safety,low cost,environmental favorable and economical benefit.
液压滑模施工技术是一种机械化程度高、施工速度快、现场场地占用少、结构整体性强、抗震性能好、安全作业有保障、施工成本较低、环境与经济综合效益显著的一种施工技术,以其卓越的优点得到广泛的应用。
3.
The construction technology of sliding formwork have such features as quick tempo,high quality and economic effect.
滑模施工具有施工速度快、施工质量好、经济效益高等特点,本文结合工程实例,详细介绍了滑模系统的组成、创新性设计要点和施工工艺。
6)  slip form
滑模
1.
Construction project of hydraulic pressure slip form in rotundity silo;
圆形筒仓液压滑模施工方案
2.
In constructing certain project,the time limit was short,so that the slip form techniques were adopted.
在工期要求非常紧的情况下,该工程采用了滑模施工。
3.
Combined with practical application of hydraulic slip form in raw-material homogenizing storeroom construction,the author introduces design contents of slip form facility,illustrates construction method of slip form,proposes technical measures to ensure quality and safety of slip form construction,and summarizes several thoughts of slip form construction.
结合液压滑动模板在生料化库施工中的应用实例,介绍了滑模装置的设计内容,阐述了滑模的施工方法,提出了确保滑模施工安全的技术措施,总结了滑模施工的几点体会。
参考词条
补充资料：五金模中滑块通用结构及尺寸
滑块通用结构及尺寸
 1 配合部分大滑块及模板通常取外角为R1.0﹐内角取R0.8﹐如图(9)所示;小滑块及模板取外角R0.5内角取R0.3
2 图(7)(8)为滑块常用的结构形式.
   图(6)用用于滑块尺寸较小而无法设置燕尾﹐或采用图(7)(8)的形式﹐模板在滑块W方向尺寸干涉时﹐图中尺寸A,B,C,D一般最小取3mm;
3 滑块配合间隙(图中影线部分)﹕
  (1) 材料厚度大于或等于0.6时﹐模板相应单边放大间隙0.03,滑块不放间隙﹔
  (2) 材料厚度小于0.6时﹐模板相应处单边放大间隙0.02﹐滑块不放间隙﹔
  (3) 大中型滑块割共享时﹐设计者仅需绘出滑块理论形状﹐共享处的阶梯断面及间隙由加工部门自行处理﹐共享滑块配合间隙一般取0.02。
4 滑块斜角P在15度内时可任取﹔当大于15度时﹐只能取30度及45度两种﹐斜角最大不超过45度。
  滑块斜角优先选用5°﹐10°﹐30°﹐45°几种规格。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。