液力偶合器是用于起重机的一种配件。
在干熄焦生产中，通常采用低压变频器或液力偶合器来控制调速。
In the scorched manufacture of metallurgical coke, the shifting velocity was usually controlled by adopting low pressure frequency converter either hydrodynamic clutch.
该机主要由破碎机主体、电动机、液力偶合器、液压站、减震器等组成。
This machine is mainly composed by the main breaker, motor, fluid coupling, hydraulic station, shock absorbers and so on.
重点在考虑工作温度的条件下确定其电机、液力偶合器、风机的中心线。
It is strongly suggested that the common Central Line of the motor, hydraulic coupler and fan be determined at unit's normal operating temperature.
数百万次的应用实践已经证明福伊特液力偶合器是经济可靠的驱动装置。
Thus the turbo coupling has proven as an economical and reliable drive component more than a million times.
调速液力偶合器是一种有良好节能效果的偶合器，已被多家水泥厂所证实。
Speed regulating hydraulic coupling has a good power saving effect and has been borne out by many cement plants.
采用垂直轴联轴器和液力偶合器，起动平稳，结构紧凑，并配有慢驱装置。
Use the vertical shaft coupling and hydraulic coupler, starting smooth, compact structure, and is equipped with slow drive device.
这一模糊PID控制器对于调速型液力偶合器调速自动控制效果是比较好的。
The better effect could be achieved on the automatic control for the velocity regulation while the fuzzy PID controller is applied to the velocity-regulated liquid coupling.
但是，由于液力偶合器的传动效率低，从而带来诸如散热、能源浪费等问题。
But because of weak efficiency, there exist a lot of problems such as heat scattering, energy waste and so on.
阐述了液力偶合器在长距离胶带输送机多滚筒驱动和多头驱动中的特殊作用。
It expounded special functions of hydraulic coupling used in the drive of multi-drums and malti-ple heads mounted on long distance belt conveyer.
建立调速型液力偶合器力矩特性数学模型是分析和计算机械系统动态响应的关键。
Establishment of torque mathematic model for a variable speed turbo coupling is the key for analysis and calculation of system dynamic response.
认为主是要由于异步电机、液力偶合器、工作机“三者联合运行时”匹配不当造成。
The author believes that the questions are resulted from the combined operations of asynchronous motor hydraulic coupling and working machinery when they do not match well each other.
本文首先对调速型液力偶合器应用于泵或风机双机并联运行的调速控制系统进行研究。
First this paper research on using variable speed fluid couplings in speed regulation control system of dual pumps or fans machines running in parallel mode.
针对机械驱动钻机液力变矩器传动消耗燃油多的问题，开展了液力偶合器传动的试验。
In the light of the problem of excessive fuel consumption in hydraulic torque converter drive of mechanical drilling RIGS, experiments on the hydraulic coupling transmission are conducted.
介绍一种新型液力偶合器yoxn—6s0 10 4 A新型液力偶合器的设计原理和方法。
The design principle and method of a new type of yoxn-6s0104a type hydraulic coupler are produced in this paper.
福伊特恒充式液力偶合器和阀控调速型液力偶合器采用流体动力学原理，可实现无磨损的动力传动。
Voith start-up components include fluid couplings (turbo couplings) with constant or controlled filling. The hydrodynamic operating principle facilitates low-wear power transmission.
一种液力偶合器式联轴防滑差速器，它有两个档位功能：普通齿轮差速器档和液力偶合器联轴差速档。
A hydraulic coupler type coupling limited slip differential comprises two shift functions: a common gear differential shift and a hydraulic coupler coupling differential shift.
它采用液力偶合器、可拆式刮板链条、气动卸料闸门以及多弹簧缓冲的螺旋张紧装置等新技术、新结构。
New technology and new construction, such as hydraulic coupling, dismountable scraper chain, pneumatic discharge gate valve and screw tensioning device with multi-spring buffer are used.
主机和电动机通过液力偶合器连接，能够缩短电机起动时间，减少起动过程中的平均电流，防止动力过载。
Main machine and motor connected through the fluid coupling, it can shorten the motor start-up time, reduce the average current during start and prevent overload of the power.
理论分析、码头试验及台架试验表明，该现象是由液力偶合器固有的脱排鼓风转矩与轴系阻尼转矩大小决定的。
Theoretical analysis, onboard test and bench test show that this phenomenon is determined by natural blast torque after throw-out of Marine fluid coupling as well as damping torque of shafting.
煤气冷凝鼓风机组技术改造选用D750 -28型鼓风机，采用增速型液力偶合器调节负荷及计算机控制系统。
In a coal gas blower set for condensation were incorporated D750 28 blower and speed up hydraulic coupler to adjust load as well as computer control system.
HC系列，液力偶合器齿轮数控分度表(第4轴，非提升式)，标准模型，每1和5度索引(72d和360d)。
HC Series, CNC Hydraulic Coupling gear indexing Tables (4th axis, non-lifting type), the standard model are every 1 and 5 degrees indexing (72d and 360d).
在调速型液力偶合器工作原理的基础上，建立了调速模糊自动控制系统，介绍了系统的硬件组成及相应模糊控制器的设计过程。
Based on the basic principle of variable speed fluid couplings, this paper established the fuzzy control system. The hardware of system and the design process of fuzzy controller are introduced.
在调速型液力偶合器工作原理的基础上，建立了调速模糊自动控制系统，介绍了系统的硬件组成及相应模糊控制器的设计过程。
Based on the basic principle of variable speed fluid couplings, this paper established the fuzzy control system. The hardware of system and the design process of fuzzy controller are introduced.
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