spindle speed

Investigation on Rapid Recognition of Stable Cutting Spindle Speed

稳定切削主轴转速的快速识别

Machining Center with Mechanical Accuracy 3 μ m under the Spindle Speed 20 000r/ min

在20000r/min的高转速下机械精度为3μm的加工中心

The influence of tools on critical spindle speed

刀具对主轴临界速度的影响

The design of nonlinear system for spindle speed contro with the describing function is discussed.

应用描述函数，讨论了主轴转速控制非线性系统的设计方法。

Excessive spindle speed and higher drafts.

锭速过高和高牵伸。

The spindle speed, feed rate, NC program, machine switch machine time information acquisition.

实现了对主轴转速，进给速度，NC程序，机床的开关机时间的信息的采集。

An applicable method to control regenerative cutting chatter automatically based on the optimal regulation of spindle speed is introduced.

提出一种实用的通过主轴转速寻优调整对再生型切削颤振进行自动控制的方法。

The back infeed and spindle speed have little influence. Theoretical Study on Determination of Minimum Limit Back Engagement for Chip-breaking

背吃刀量、主轴转速对表面粗糙度的影响较小。确定切屑折断最小极限背吃刀量的理论探讨

Drilling axial force may decrease with the increasing of spindle speed, and the corresponding will get obviously with the increase of feed speed.

钻削轴向力随着主轴转速的增大而减小，随着进给速度的增大而相应的增大。

The results show that the vibrational response varies regularly when the spindle speed is continuously changed from low to high.

结果表明，连续改变机床主轴转速时振动响应的最低点即为不发生颤振的稳定切削点。

Among them, the influence of spindle speed to cutting force is due to the impact of the spindle speed to processing system stability.

其中，主轴转速对切削力的影响是由于主轴转速对加工系统稳定性的影响。

Control of NC Machine Tool Spindle Speed by Frequency Conversion

数控机床主轴变频调速控制

As the core of high-speed machine tool, the performance of high-speed spindle speed directly affects the cutting speed and precision of entire machine.

高速电主轴作为高速机床的核心部件，它的性能直接影响到机床加工精度。

The results of this paper are valuable and practically useful for technology of varying spindle speed cutting.

本文的研究成果对变速切削技术有一定的参考价值。

High speed and high precision machinery should have not only high spindle speed and high feeding speed, but also high spindle and feeding system acceleration.

高速高精度机床不仅要有高的主轴转速和进给速度，而且还需要具有高的主轴和进给系统运动加速度。

It also shows that the slower spindle speed and big amount of feed, the harder it can cause tool adhesion failure.

并证明切削速度越低、进给量越大，刀具的粘接破损越严重；

The ceramic removal rate can be improved by raising the reciprocal speed and spindle speed.

增大往复速度和圆周速度，可提高工程陶瓷的珩磨材料去除率。

The influence of overhang length of cutter and spindle speed on dynamic characteristics ( include natural frequency and mode shape) are studied.

分析研究了刀具悬伸出LSFH的长度、主轴转速对LSFH-刀具配合的动力特性包括固有频率和振型的影响。

Only two parameters can be modified during the real-time control process: feedrate and spindle speed.

只有两个参数可以修改，在实时控制过程：进给速度和主轴转速。

An Analysis on the Relation between Spindle Speed and Winding Tension

浅析粗纱锭速与卷绕张力的关系

With the increase of spindle speed, cutting force has slow down.

随着主轴转速增加，拐角切削力缓慢减小。

Repetitive Control and Its Applications to Variable Spindle Speed Noncircular Turning

重复控制及其在变速非圆车削中的应用

Monitoring of Milling Tool Breakage Using fluctuation Signals in the Spindle Speed

用主轴转速波动信号在线监测铣刀破损状态

Spindle Speed& Control System for STD Bus NC System

STD总线数控系统主轴实现自动变速

All spinning parameters are computer controlled including draft, count, twist direction, twist level, traverse and spindle speed.

所有纺纱参数由电脑控制，包括：牵伸、数、度方向、度水平、复动程和锭子速度。

A New Approach to Speed Measurement of Adaptive Controlled Machine Tools Spindle Speed Modulation System

在线自寻优控制机床主轴转速调速子系统转速测量新方法

With the increasing of spindle speed and feed speed, the wear and tear will gradually get fierce.

随着主轴转速和进给速度的增大，钻头的磨损会逐渐加剧。

Through single factor experiments, the effects of spindle speed and axial thrust on machining efficiency are presented.

通过单因素实验，研究了主轴转速以及轴向工作压力对加工效率的影响。

The material removal rate did not change with the processing time; however the spindle speed impacted it significant.

材料去除率不随加工时间变化，但主轴转速对其影响显著。

Experimental Study On Limit Cutting Depth by Optimal Controlling Spindle Speed

优控主轴转速系统极限切削深度