1) disk spring
碟型弹簧
1.
According to the basic technical specification of a vehicle-borne satellite communication antenna pedestal , use miniaturization and modularization as the guideline, a new drive-wire rope friction drive are selected to design a small antenna pedestal,and chosen the disk spring as tensioner of the drive system.
根据车载卫通天线座的主要技术指标,以小型化和模块化设计为指导思想,选取新型传动型式———钢丝绳摩擦传动,并选择碟型弹簧作为传动系统的张紧装置。
2) belleville spring
碟形弹簧
1.
Over the structure and process analysis to car-used ABS shell, using belleville spring to do four sides core-drawing to the products within the cylinder surface, the mold structure is simple and close, stable and reliable proved by production, the effect is remarkable, and it can be referenced by similar injection mold products.
通过对汽车ABS壳体的结构和工艺性分析,采用碟形弹簧,对产品进行圆周内四面抽芯,使模具结构简单紧凑,经生产验证,模具结构稳定可靠,效果显著,对类似产品的注射模有较好的参考价值。
3) disc spring
碟形弹簧
1.
Research and manufacture of pneumatic control disc spring safety valve;
气控碟形弹簧式安全阀的研制
2.
The deign and machining of the key components of this shock absorber is introduced,including the surface treatment of the spline mandrel,the design of disc spring and connecting housing,and the configuration of sealing and bearing.
介绍了该空气机械减震器关键零部件的设计,包括花键心轴的表面处理技术、联接筒体设计、减震源碟形弹簧组合设计、密封及支承设计。
3.
Based on the analysis of the pressing technology of disc springs, the CAD system method for the dies and moulds with disc springs was developed on the AutoCAD R14 platform by using Visual C+ +6.
在分析碟形弹簧冲压工艺的基础上 ,利用VisualC+ + 6。
4) disk spring
碟形弹簧
1.
A analysis of vertical seismic response on vertical seismic isolation system by disk spring;
碟形弹簧竖向减震装置的竖向地震反应分析
2.
A study on vertical seismic isolation system by disk spring;
碟形弹簧竖向减震装置的研究
3.
A study on vertical seismic isolation system with disk spring;
碟形弹簧竖向减震体系的分析与研究
6) stack of Belleville springs
碟形弹簧柱,盘形弹簧柱
补充资料:弹簧型硬度试验仪
分子式:
CAS号:
性质: 测材料硬度时,采用弹簧用弹性回跳法和冲击力把钢球压入试样的动载试验仪称为弹簧型硬度试验仪。试样压入凹痕的深度分可逆和不可逆两部分,可逆部分在载荷移去后发生弹性回复,因而与弹性模量和泊松比有关;不可逆部分则与试样的塑性流动有关,难以简单表示出来。
CAS号:
性质: 测材料硬度时,采用弹簧用弹性回跳法和冲击力把钢球压入试样的动载试验仪称为弹簧型硬度试验仪。试样压入凹痕的深度分可逆和不可逆两部分,可逆部分在载荷移去后发生弹性回复,因而与弹性模量和泊松比有关;不可逆部分则与试样的塑性流动有关,难以简单表示出来。
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