He became an adjustor on the production line. 他成了一名生产线上的调试员。
Shaped part: board molding machine, paper adjustor, press machine, shaped flat table and shaking motor. 成形部分:以板式成型机为主,外加调纸机、压合器、成形平台及震动电机组成。
Principle and application of high-low adjustor for numeral control flame and plasma cutting The adjuster that moves the seat up and down and from front to rear is called a four-way adjuster. 数控火焰和等离子高低调节器的原理及应用能够把座位升高、降低和向前后倾斜的调节器叫做“四维调节器”。
The only function of a successive adjustor is to adjust the completion time of its corresponding starting activity. 唯一的作用是连续调节,是调整工作的完成时间,其相应的启动活动。
The universal adjustor and the driving shaft are respectively connected with an electrical apparatus control system. 所述万向调节器和驱动轴分别连接电器控制系统。
The algorithm calculates the dynamic adjustor of3D data field to adjust the image quality dynamically by simulating and compensating the realistic effect and depth effect of the rendering image. 用数据场差分替代原数据场,计算三维数据场的动态调节因子,通过模拟补偿图像的深度感和真实感,动态地调节图像质量。
The fuzzy controllers were used to replace PID torque adjustor and PID flux adjustor of VVVF vector control system. 用模糊控制器代替VVVF矢量控制系统的PID转矩调节器和PID磁链调节器。
The insurance adjustor had to ascertain the exact value of the missing jewels. 这个保险金估算人必须核实这些丢失的珠宝的价值。
Next, we chiefly designed three-phase thyristor controllable DC power, which was abroad applied in high-power Industry-control field, the core control tache-trigger and adjustor is the research hotspot of power electric field. 重点对广泛应用于大功率工业控制领域的三相晶闸管可控直流电源进行设计,其中的核心控制环节触发器和调节器的设计是电力电子领域的研究热点。
In this system, the increment output and digital PID adjustor control arithmetic and the application of the programmable logic controller are used together. All of the technical requirements have been achieved well. 具体采用增量输出、数字式PID调节器控制算法,结合可编程控制器的应用,实现了该控制系统的各种工艺要求;
The functions of governor, current adjustor and trigger in the system are realized with flexible computer software to greatly simplify the hardware circuits and improve the precision, reliability and stability. 对系统中的调速器、电流调节器和触发器,利用灵活的计算机软件去实现其功能,不仅使硬件线路大为简化,且使整个系统的控制精度、可靠性和稳定性等大幅度地提高。
Three-dimension numerical simulation for the experiment device was carried out, obtaining the particle concentration, eroding velocity and gas-phase flow velocity under different eroding angle and adjustor diameter, which provide the reference for experiment results analysis and experiment device verification. 对设计的试验器进行了三维数值模拟,获得了不同冲刷角度和调节件直径下粒子的冲刷速度、浓度和气相速度,为试验结果的分析提供了依据,也对设计的试验器进行了验证。
The traveling and lifting mechanism have a common DC speed adjustor in the program of PLC, and makes the control system feature safer operation, more reasonable electrical circuit arrangement, easier maintenance and lower cost. 并且在PLC程序中设计了行驶&起升作业共用一个直流调速器,从而使整个控制系统安全系数高、布局合理、维护方便快捷,极大地降低了单机成本费用支出,真正做到了节能降耗。
It is important to ameliorate dynamic characteristic of the system to append a reasonable adjustor. 波动增大,要改善系统的动态性能,需要在控制系统部分增加合理的调节器。
The PI adjustor and the accurate solid-state pressure sensor are the cores of the control circuit. The close-loop feedback real time adjusting control methods achieves the high control target. 控制电路以比例积分调节器和精密固态压力传感器为核心,采用闭环反馈实时校正控制方法,较好地实现了控制目标。空间群PI;
Parameter adjustor adjusts the quantization factors and scale factor in order to improve the performance of the system. 该系统采用参数调整器在线调整传统模糊控制器的量化因子和比例因子以达到调整系统性能的目的。
The PI-adjustor algorithm adopted by this method is simple and can be easily implemented. 该方法所采用的PI调节器估算方法,简单易实现。
The Design Of Intelligent Industry Control Adjustor System Based On Fuzzy Theory 基于模糊控制理论智能工控调节器系统的设计
The thesis mainly uses genetic algorithm ( GA) to optimize PI adjustor parameters. 本论文主要应用遗传算法对PI调节器参数进行优化。
The design of rotor-speed adjustor. 转速调节器的设计。
Discuss the method of designing its speed adjustor. Fuzzy controller and PID controller combine to mark a quite precise speed adjustor with two modes. 讨论了无刷直流电机速度调节器的设计,并将模糊控制器与传统的PID控制器有机结合,组成高精度的自适应双模速度调节器。
In order to make PID Adjustor become better stability, more quick rate and higher precision. 使得PID调节器稳定性、响应速度以及精度都得到提高。
Study and Application of the Adjustor Structure for Fuel Gas 微调式燃气调节器的结构研究与应用
FUZZY-PID, PID and rotate speed adjustor with dual-closed feedback loop are adopted respectively. 整个系统是个大的闭环控制系统,包括三个控制环节:滑移率调节、刹车力矩调节和电机调速系统,本文分别采用了FUZZY-PID控制、PID控制和转速-电流双闭环调速。
Taking optimization design of adjustor as an example, the process of constructing object function, defining initial value and simulating dynamic system was discussed. 并以调节器参数最优化设计为例,论述了目标函数构造、初值确定、动态系统仿真分析的过程。
Due to the large torque ripple of direct torque control in low speed range, a torque angle adjustor based on fuzzy neural network and PI control was adopted to improve the control effect. 针对直接转矩控制低速时转矩脉动大的问题,采用基于模糊网络与PI控制结合的转矩角调节器来改进控制效果。
Because the convergent rate of GA and BPNN is very slow, PID Adjustor based on GA-BPNN can't be widely used in real-time control system. 由于GA和BPNN的寻优时收敛速度慢,使得基于GA-BPNN的PID调节器在实际控制系统中的运用受到了限制。
Applying it to controlling the lubricating oil pressure of some aero-engine fuel-pump adjustor, the experiment shows that the pro-posed controller can obtain better result and robustness than the traditional digital PID controller. 把该控制器应用于某航空发动机燃油泵调节器滑油压力控制中,实验结果表明,与传统数字PID控制器相比,该控制器具有更好的控制效果和更好的鲁棒性。
The adjustor was made up of 2 portions: the adjustive valve and the executing machine. 该调节器主要由两部分组成:调节阀和执行机构。