1) micro inchworm mechanism
蠕动式微进给机构
2) micrometer feed mechanism
微动进给机构
3) creep feed
蠕动进给
1.
In order to get low surface roughness and high material remove rate, basic research on the optimization of process parameters in creep feed ultrasonic grinding engineering ceramics was conducted.
为了在加工中获得良好的表面质量和大的材料去除率,本文开展了蠕动进给超声磨削工程陶瓷参数优化的基础研究。
2.
The mode of the maximal undeformed chip thickness was constructed at the condition of small grinding wheel,big cutting depth and creep feed.
建立了超声磨削在小直径磨轮、大切深、蠕动进给条件下单颗磨粒最大切深模型;对ZrO2陶瓷进行蠕动进给机械磨削和蠕动进给超声磨削对比试验,考察了磨削参数对磨削力的影响。
4) micro-feed mechanism
微进给机构
1.
Dynamic analysis of micro-feed mechanism in high-speed roller grinding machine;
高速轧辊磨床微进给机构动力学分析
2.
On the basis of a special micro-feed mechanism, which is driven by a simple cam, a new polar coordinate interpolation algorithm, which is based on affine transformation, is presented.
在由凸轮驱动机械式微进给机构的基础上,利用仿射变换构建了一种新型的极坐标插补算法,可实现任意非圆轴的加工成形。
3.
Nowadays, micro-feed mechanism is more and more widely used in the field of ultra-precision machining to achieve accurate micro-displacement, and it has already become a key technology in the field of ultra-precision machining.
目前,微量进给机构被广泛应用于超精密加工中,以实现刀具的精确微小位移,高精度的微进给机构已经成为超精密加工领域的关键技术之一。
5) Micro Feed Mechanism
微进给机构
1.
PID control of micro feed mechanism based on magnetic levitation technology;
磁悬浮微进给机构的PID控制
6) two-dimensional deviT
微量进给机构
补充资料：肠蠕动和肠蠕动波
肠蠕动和肠蠕动波
peristalsis and peristaltic wave
患者仰卧，显露出全腹，检查者观察其腹部外形，可发现特殊的局限性腹壁膨隆或肿物。其为位置不定的鼓胀现象，大小不一，长短不等。有的为局部鼓包，有的具肠管外形。触之表面光滑、质软、囊感。叩诊多呈鼓音，此即肠形。肠形上有时可见不规则的波动，有的间或出现，有的此起彼伏，即肠蠕动波。
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