1) flywheel side
飞轮边
2) fioor grinder
固定磨轮机(法飞边)
3) burr
[英][bɜ:(r)] [美][bɝ]
飞边
1.
At the same time,burrs produced because of the high temperature and fluid pressure at the top layer of the workpiece.
针对厚板在搅拌摩擦焊接时下层金属焊接温度偏低、金属流动不畅、容易产生组织疏松或空洞,而上层金属因温度过高、流体压力过大而产生溢出和飞边等典型厚板焊接问题,从优化搅拌头结构的角度出发,设计出一种新型厚板焊接强力搅拌头。
2.
Aimed at the burring issues of occurring burring during injection manufacture of engineering material PPS, the material character as well as the problems required attention during mold design and the solving stops are analyzed in details.
针对工程材料PPS在注射生产中易出现飞边的问题,详细分析了材料特性及模具设计中应注意的问题及解决办法。
3.
The design technique and manufacture technology for a kind of multi-cavity,no-burr and round-section rubber sealing ring with multi-cavity and no-burr were introduced.
介绍了一种无飞边、多腔、圆截面橡胶密封圈压模的设计方法及制造技术,采用这种方法设计制造的模具结构简单、可靠 ,生产的产品质量良好。
4) flash
[英][flæʃ] [美][flæʃ]
飞边
1.
The Ways to Reduce the Flashes and Improve the Accuracy of Die castings;
减少飞边提高压铸件精度的途径吴卫黄志禄
2.
It is described briefly in this text how the flash is caused and how the flash is prevented in the die-casting process.
简述了在压铸过程中飞边产生的原因和相应的预防措施以及BP人工神经网络的基本原理和算法,利用BP人工神经网络来预测压铸件飞边的大小,从而达到优化于压铸模设计的目的。
3.
The various reasons which cause the flashes are analyzed during the process of high pressure die casting.
通过对压铸过程的分析 ,总结了产生飞边的各种原因 ,分析了刚度和热应力对产生飞边的影响 ,并提出了相应的预防措施。
5) flywheel
[英]['flaɪwi:l] [美]['flaɪ'wil]
飞轮
1.
The Application of Acoustic Emission Method on the Damage Detection to Composite Flywheels;
声发射法在复合材料飞轮试件损伤检测中的应用
2.
Structure Simulative Experiment by Using Acoustic Emission to Detect the Damage and Fracture in Composite Flywheel;
声发射检测复合材料飞轮损伤与断裂的结构模拟试验
6) flywheels
飞轮
1.
Research on magnetic bearing flywheels for attitude control of spacecraft;
空间飞行器姿态控制用磁轴承飞轮研究
2.
Extended state observer-based fault detection and recovery for flywheels;
基于扩张状态观测器的飞轮故障检测与恢复
补充资料：飞边
分子式：
CAS号：
性质：模塑过程中溢入模具合模线或脱模销等间隙处并留在塑料制件上的剩余料边。可用抛光、研磨等方法除去。这是由于阳模和阴模之间的接触面密合精度低，料量过多，余料在密封薄弱处泄漏而形成。
CAS号：
性质：模塑过程中溢入模具合模线或脱模销等间隙处并留在塑料制件上的剩余料边。可用抛光、研磨等方法除去。这是由于阳模和阴模之间的接触面密合精度低，料量过多，余料在密封薄弱处泄漏而形成。
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