1) Torpedo Wedge Ring Connection
鱼雷楔环联接
2) Wedge Ring Connection
航行器楔环联接
3) Torpedo bolt connection
鱼雷螺钉联接
4) wedge joint
楔联接
5) circular wedgy scarf joint
圆楔面联接
1.
Giving examples of its application in the design of curve eccentric clamp mechanisms, circular wedgy scarf joints and relieving shaped cutters and so on, this paper illuminates its application prospect in many fields of mechanical design and manufacturing engineering.
由此出发,以对数螺线在曲线偏心夹紧机构设计、圆楔面联接、铲齿成形刀具等方面的应用为例,阐明了它在机械设计与制造工程领域中的应用前景。
6) torpedo receiver
鱼雷接收机
1.
Traditional methods used for measuring torpedo receiver weak-signal are to connect the weak-signal to the instrument with the wire,then the acquisition board collects signal,and the root means square(RMS) of signal is computed with the formula.
传统的鱼雷接收机弱信号测量方法是将弱信号通过导线引入测量仪器,直接利用采集板采集信号,再通过有效值计算公式计算得来,这种方法由于测量导线过长和放大器底噪声等带来的干扰问题,导致测量误差过大、测量精度不高。
补充资料：楔联接
用楔将被联接件联成一体的可拆联接（见图），主要用于传递轴向力，也可传递扭矩。楔联接分为松联接和紧联接两种。松楔无斜度，松配在楔孔中,只能传递单向的轴向力。紧楔一边或两边有斜度,装配时将楔打紧，各联接件间有装配应力存在，能互相挤紧成为一体，因而能传递反复作用的轴向力。紧楔斜度必须保证楔能自锁于楔孔中。楔联接已逐渐被螺纹联接或其他联接所代替。
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