介绍磁力式皮带速度检测器的作用、性能和使用效果。
In this paper purpose performance and effect of magnetic belt conveyors and introduced.
测速机构采用数字速度传感器测量皮带速度，精度高计量准确。
Velocimetry organization adopt digital speed sensor measuring belt speed, High precision measurement accuracy.
采用变速器和磁性离合器调整送纸皮带速度，确保送纸及输纸步距的稳定。
Magnetic Clutch to adjust the belt speed for stable feeding and spacing between blanks.
目前，我需要抓住副轴的释放手柄改变皮带速度我计算过，所以我也投了好一这样我就可以切换舒适和时尚的速度。
Being that I'll need to grab the countershaft's release handle to change belt speeds I figured that I might as well cast a nice one so I can switch speeds in comfort and style.
测速传感器选用步进电机测速形式，测速传感器向秤重仪表发出系列脉冲信号，每个脉冲代表皮带行程的一个单位，脉冲频率和皮带速度成正比。
Choose stepping motor speed sensor speed form, to speed sensor weighed instrument issued a series of pulses, Each pulse represents one of the units.
最常见的是由某种阀来完成，但这也可能是一条皮带，或者是马达速度、口径位置等等。
Most often this is in some kind of valve, but it might also be a belt of motor speed, louver position, and so on.
因此，如何提高电子皮带秤的稳定性、计量精确度和计量速度成为了急需解决的问题。
Hence, how to lift stability, measure accurateness, measure velocity of the electronic belt weighing conveyor has become the problem that is in urgent need to be resolved.
利用大小皮带轮，可以获得不同的速度。
Various speeds may be obtained by the use of large and small pulley.
理盖机、输送机、旋盖机、夹瓶皮带、速度分别调节，更加适用。
Cap arranging unit, conveying unit, cap-rotating unit, belt for bottle nipping, all of speed can be governing separately, which is more utility.
皮带运转速度可以调整，方便使用。
通过电动滚筒驱动的皮带机，如果直接起动，无法根据物料比重调节速度，无形中造成了电能的浪费，而且会缩短电动滚筒的使用寿命。
If we directly start the belt-driver which is driven by electric-roller, it can neither adjust speed according to the proportion of materials, nor prolong the life of electric-roller.
皮带机速度保护传感器是皮带输送机的一种新型且简易的设备安全保护装置。
The speed protection transducer is a new and simple equipment of safety protection device for conveyor belt.
由于传统带式输送机电气系统的启动加速度不平稳，容易引起皮带跑偏甚至撕裂皮带，造成安全事故，影响生产。
Starting speed is unsmoothed in the traditional electrical drive system, which causes the belt off tracking or split and even safty accident.
传输皮带线速度的在线测量对皮带运输系统的安全运行意义重大。
On-line measurement of Linear velocity of conveyor belt is very important to run conveyor safely.
以光电式传感器为基础，介绍了一种新颖的皮带线速度测量方法。
On the basis of photoelectric sensor, a new measuring method for Linear velocity of the belt is introduced.
论述了电子皮带秤最常见的故障及其原因，并提出了一种作者自行研制的无速度传感器的电子皮带秤的原理及实现方法。
The breakdown and reason for weight measure applying to leather belt is discussed. The principle and realizing method of weight measure applying to leather belt without speed sensor are presented.
介绍了皮带流量守恒定律，根据此定律论证了皮带松紧边拉力差导致速度差这一结论。
The flow conservation law of belt drive is introduced and the conclusion that the tension difference between the tighten belt and the looser leads to speed difference is proved.
传动皮带和磨边刀的运转速度具有调节功能，安全、高效，无须熟练工人也能有很好的打磨效果。
The rotary guide and the transport wheel with the variable speed, give to this machine the possibility to obtain a good milling operation, safe and without specialized workers.
最后通过RS- 485总线与上位机进行数据传送，实现皮带线速度的远程高精度测量。
The measured data are transmitted to host computer through RS-485 bus to realize remote high precise measurement for Linear velocity.
运行可靠，采用减速器联接皮带轮及链轮传动，并配置传动涨紧机构，保证运行速度。
The movement is reliable USES the reduction gear joint belt pulley and the sprocket feed and disposes the transmission to rise the tight organization the guarantee running rate.
运行可靠，采用减速器联接皮带轮及链轮传动，并配置传动涨紧机构，保证运行速度。
The movement is reliable USES the reduction gear joint belt pulley and the sprocket feed and disposes the transmission to rise the tight organization the guarantee running rate.
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