SBS塑料磨粉机工作部分为刀盘。
设计了盾构刀盘变转速液压驱动系统。
A hydraulic variable speed drive system of shield disk cutter has been designed.
其结构极其简单，主要部件为刀盘和手柄。
Its structure is extremely simple, the main components for the knife and the handle plate.
该机工作部分为刀盘。
在人力作用下，通过手柄的转动将动力传到刀盘。
Role in human, by turning the handle to power the cutter reached.
独特的刀盘设计，使筒状薄膜卷切断更准确可靠。
The special cutter head designing, make the film-rolling cut more exactly and reliably.
通过方差分析得知，刀盘转速对试验结果影响高度显著。
By the analysis of variance, learning that cutter-disk speed of rotation has highly significant influence on test result.
刀盘所受载荷是刀盘结构设计及其性能分析的基本依据。
The load of the cutter head is the basic basis for structure design and performance analysis.
本文的研究为等高齿弧齿锥齿轮的刀盘设计提供理论基础。
The purpose of this paper is to provide the theoretical basis for designing high-tooth spiral bevel gear cutter head.
结果表明采用电液比例控制技术可以实现刀盘的调速要求；
The techniques of hydraulic control of shield tunneling machine are also described.
现有气门铰刀是固定的，一套铰刀的刀头(刀盘)多达十多只。
The existing valve reamer is stationary, and more than ten bits (cutter heads) of one set of reamers are arranged.
这样减少了刀盘负荷，提高磨粉效率，又能使粉料得到均匀冷却。
This reduces the knife dish load, and improve efficiency, and grinding can make powder get uniform cooling.
工作部件由刀盘和立式松土刀组成，分为两组，由减速齿轮带动。
The working component is composed of capstan and the vertical loosing knife, divided into two groups, by reducing gear impetus.
系列盘式削片机由机座、刀盘、进料口、罩壳、电控系统等部分组成。
The series of disc chippers is made up of seat, cutter disc, feed inlet port, shell, electric control system, etc.
与地质参数相关的刀盘选型以及刀盘的设计准则是刀盘设计的基本问题。
The type selection of cutter head associated to geological parameters and the rule of cutter head designing are the basic problems.
所以研究盾构刀具切削土壤的机理对于盾构刀盘的设计有着重要的意义。
Hence, research of the shield cutters cutting soilmechanism plays a very important role in the design of shield cutting pan.
论述弧齿锥齿轮的两个重要参数——轮齿收缩型式和刀盘直径的正确选择。
The paper describes the selection of two important design parameters-tooth ta-per and cutter diameter.
弧齿锥齿轮刮削刀盘采用了斜角切削，在刮削过程中工作角度发生了变化。
The scraping cutter is used with an oblique Angle to cut a gear, and the working Angle is changed during scraping.
当产形齿轮与被加工齿轮啮合，刀盘、产形轮和轮坯的运动具有相同线速度。
During shape gear was toothed with gear machined, the movement of cutter head, shape wheel and wheel blank had same thread speed.
本文的研究工作对于土压平衡式盾构机刀盘参数的适应性设计具有指导意义。
The study of this paper makes a great sense to the adaptive research of the cutterhead for EPB.
全断面岩石掘进机(TBM)的破岩效率主要受刀盘设计和岩体特征的影响。
The cutterhead and rock mass characteristics affect the excavation efficiency of full face rock tunnel boring machine (TBM) strongly.
在使用前，必须先打开开关，使刀盘转动后，再从头把加工物体向前推移切削。
Before use, must open the switch first, make the knife dish after turn move again from the beginning process the object to changed to slice to pare before.
本文分别对带、轴、刀片、刀盘等进行设计计算，对轴承、键等元件进行了选择。
In this paper, the tape, axis, blade and cutter disk are designed and calculated and the components of axle bearing and bond are selected.
这些成果可为以后盾构机刀盘的设计提供参考，为盾构机施工提供一定的指导作用。
All these results can be used for reference for future design of shield head, and can be used for guiding the construction of shield machine.
该方法是通过刀盘一面旋转，一面平移可形成产形齿条(媒介齿条)的原理来实现的。
While the cutter rotating and moving at one time, and forming the medium gear, gears machining was implemented with this method.
密封舱压力的设置和控制直接关系到开挖地层的稳定、刀盘刀具的磨损和盾构掘进效率。
The pressure balance control between the chamber and the ground at the excavation face is the key for tunneling safely and efficiently.
重点研究了盾构刀盘在切削过程中负载冲击和刀盘卡死产生的原因以及冲击带来的影响。
The impact load and its effect as well as the reason of cutterhead deadlocking were mainly studied.
速度比较大、刀盘倾角较小、振幅与频率较小、刀片数量为4把时可以获得较小的破头率。
We'll acquire the small broken rate when speed ratio is big, the angle of knife dish is small, amplitude and frequency is small, the number of blade is 4.
刀盘设计是全断面岩石隧道掘进机(TBM)的设计关键，是影响其掘进性能的决定性因素。
Being a crucial factor in influencing the performance of Full Face Rock Tunnel Boring Machine (TBM), the cutterhead design is one of the key issues of TBM.
刀盘设计是全断面岩石隧道掘进机(TBM)的设计关键，是影响其掘进性能的决定性因素。
Being a crucial factor in influencing the performance of Full Face Rock Tunnel Boring Machine (TBM), the cutterhead design is one of the key issues of TBM.
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