1) disc cam
盘型凸轮
1.
0 and the software of SolidWork, the planar disc cam mechanism CAD system has been developed,which can realized the automatization of cam mechanism design and three-dimension entity sculpt and movement simulation.
0为开发工具并结合 Solid Work三维实体造型软件 ,开发出了平面盘型凸轮机构设计 CAD系统 ,实现了凸轮机构设计的自动化、三维实体造型与运动仿真。
2.
The production technology of disc cam with high-strength grey cast iron is summarized as follows: select appropriate chemical composition,and pay attention to the reasonable matching of elements,i.
高强度灰铸铁件盘型凸轮的生产技术可以归纳为:选取适宜的化学成分,并注意各元素之间的合理匹配,即w(C)3。
2) plate cam
盘形凸轮
1.
Analytical method to determine the basic circle radius of a plate cam with a roller follower;
确定滚子从动件盘形凸轮基圆半径的解析方法
2.
With the help of the property of instantaneous speed center and being aimed at the plate cam with a roller-swinging-follower,the author has established a set of analytic formulas for calculating both the borderline of the cam and the cutter central path.
借助速度瞬心的性质,针对摆动滚子从动件盘形凸轮,推导建立了一套既可计算凸轮廓线又可直接计算加工凸轮时的刀具中心轨迹的解析公式。
3.
The relationship between the manufacturing error of follower and cam profile and dynamic state of the follower in the plate cam mechanism was studied.
分析了移动滚子盘形凸轮机构的滚子半径误差和凸轮轮廓几何误差与从动件的位移、速度和加速度的关系。
3) disc cam
盘形凸轮
1.
The parametric automatic solid modeling of disc cam with pushing bar in UG;
基于UG的直动推杆盘形凸轮自动实体建模
2.
Design of Translating Flat-bottomed Follower Disc Cam Contour Based on UG
基于UG表达式的直动平底从动件盘形凸轮廓形设计
3.
The moving control of laser cladding on the surface of disc cam is theoretically analysed.
针对盘形凸轮激光熔覆运动控制作了理论分析,提出了为获得均匀熔覆层必须满足的条件：凸轮激光熔覆过程中离焦量不变、扫描速度恒定、激光束沿轮廓面法线照射。
4) Disk cam
盘形凸轮
1.
This paper introduces the merits of the combination of software and AutoCAD software UG and disk cam NC machining and automated programming method.
盘形凸轮机构广泛应用在自动化、半自动化机械中,凸轮机构中的关键零件——盘形凸轮的加工在机械加工中是常见的。
2.
According to the inlet requirements of the expander,disk cam mechanism is selected for its machining easy,and the follower(slide valve) movement role is sinusoidal acceleration.
根据CO2膨胀机的吸气要求,选用易于加工的盘形凸轮机构作为吸气机构,从动件(滑阀)的运动规律为正弦加速度。
5) disk cam
圆盘凸轮
1.
The design and simulation of the disk cam’s ideal profile in a wave-moving set;
波动发生器中的圆盘凸轮轮廓设计及计算仿真
6) disk cam
盘状凸轮
1.
On the condition of αmax≤[α], aimed at the minimal prime circle radius, the optimal solution of basic size of disk cam with translation follower was calculated and so the cam system with compact structure and gently weight was obtained.
在满足最大压力角αmax≤[α]的条件下,以基圆半径rb最小化为目标,求出直动从动件盘状凸轮机构基本几何尺寸的最优解,从而获得结构紧凑、重量轻的凸轮机构。
补充资料：斯盘型非离子表面活性剂
分子式：
CAS号：
性质：又称斯盘(Span)型非离子表面活性剂。脂肪酸与山梨醇在碱催化剂的作用下加热到190℃脱水酯化，得到脂肪酸山梨醇酯。再加热到250℃时，山梨醇分子内部脱水，生成脂肪酸失水山梨醇酯。是重要的乳化剂，也是纤维油剂的重要配料。在羟基上与环氧乙烷加成后，得到另一系列称为吐温(Tween)型的非离子表面活性剂。
CAS号：
性质：又称斯盘(Span)型非离子表面活性剂。脂肪酸与山梨醇在碱催化剂的作用下加热到190℃脱水酯化，得到脂肪酸山梨醇酯。再加热到250℃时，山梨醇分子内部脱水，生成脂肪酸失水山梨醇酯。是重要的乳化剂，也是纤维油剂的重要配料。在羟基上与环氧乙烷加成后，得到另一系列称为吐温(Tween)型的非离子表面活性剂。
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