load controller的例句大全

Load controller is a energy-saving equipment for induction motors.

负载控制器是一种感应电动机节能装置。

A single neurons PID speed controller and a direct generalized predictive control load controller are designed to control the speed and the load respectively.

分别利用单神经元PID技术和直接广义预测控制技术设计了车速控制器和负荷控制器。

The Dynamic Control Speciality Analysis of DGN Hydraulic Load Controller

DGN液压加载控制器的闭环动态控制特性分析

DGN hydraulic load controller is an instrument for engineering test on rock and soil.

DGN液压加载控制器是用于岩土工程测试的仪器。

Experiment results indicated that the servo controller possesses the characteristics of good speed control performance and anti-load-disturbance ability.

实验结果表明，所设计的伺服驱动控制器具有良好的速度控制能力和抗负载扰动能力。

A fuzzy sliding mode controller with load adaptation is designed for the slow subsystem, and an optimal controller is desinged to stabilize the fast subsystem.

首先，采用奇异摄动将系统分为慢变和快变两个子系统。然后，对慢变子系统采用负载自适应模糊滑模控制，快变子系统采用最优控制。

The Aero-tyre test-bed is an important equipment for the test of static capabilities of Aero-tyre. This paper presents an combined load test-bed for aero-tyre that is based on PLC ( Programmable Logical Controller) control system.

飞机机轮径侧向联合载荷试验系统是检验飞机机轮静态性能的重要试验设备，介绍了飞机机轮径侧向联合载荷试验台及基于可编程控制器（PLC）集成的控制系统的研制。

A typical solar streetlight system consists of a photovoltaic cell, a load, a controller and a battery, which is the most easily damaged.

典型的太阳能路灯系统是由光伏电池、蓄电池、负载和控制器组成，其中蓄电池是最容易受损和消耗的环节。

by experiments, it is proved that the vehicle controller can achieve the basic cruise control feature in no-load case of pure electric vehicles.

通过实验验证了所设计的整车控制器可以实现空载情况下对纯电动汽车基本行驶控制功能。

The controller combines PID algorithm with a neural network which can optimize the PID parameters dynamically on line, this makes the load system gain fine close-loop characteristics and adaptability which guarantees the performance test to various types of starters quickly and accurately.

该控制器将PID算法与神经网络学习技术相结合，通过在线优化PID参数，提高了负载的闭环特性和自适应能力，保障了对多种型号起动机的参数检测快速、准确。

To realize the starter performance testing of switch, no load, load and brake, a two-layer computer-controlling testing system is developed, which is based on the testing theory of the automobile starter and composed of the industrial control computer and the programmable logic controller.

本文根据汽车起动机性能测试要求，开发出由工控机和可编程逻辑控制器（PLC）构成的两级计算机控制的测试系统，实现了起动机开关性能、空载性能、负载性能以及制动性能测试。

The load current is handled directly by the controller through semiconductor switching devices.

负荷电流由调节器通过半导体开关元件直接控制.

simulation results show that the presented controller can realize positioning no static error, no overshoot and rapid elimination of the load swing simultaneously.

仿真结果表明，该算法对起重机定位无静差、无超调，同时迅速消除负载的摆动。

hierarchical sliding mode controller is designed to control trolley position and load swing. zero vibration and zero vibration derivative time delay filter are designed to further reduce residual vibration of the load.

利用分层滑模控制器来控制起重机小车位移和负载摆动，分别设计零振动型和零振动微分型时滞滤波器进一步减小负载的残留振荡，使系统具有良好的动态性能和强鲁棒性。

it is proposed a fuzzy logic-based anti-swing and position control of overhead cranes considering the nonlinearity and uncertainty of the crane model, where two fuzzy controller are designed to control the trolley position and to load swing separately.

针对起重机模型的非线性和不确定性，设计了一种基于模糊的起重机的定位和防摆控制方法，利用两个模糊控制器对小车的位置和负载的摆动分别进行控制。

Hardware Design of Clean Energy Vehicle Management System Controller and HIL System of Artificial Load

清洁能源汽车整车控制器硬件设计及模拟负载硬件在环仿真系统

In this paper, the interaction between both loops of the load control system in Boiler Follow Mode is studied, and a controller parameter setting method based on the concept of the equivalent plant and the closed multivariable system characteristic equation is proposed.

本文分析了锅炉跟随方式的锅炉-汽机单元机组负荷控制系统两回路的相互影响。同时提出了以等效被调对象的概念和闭环多变量系统的特征方程式为依据的调节器参数的整定法。

Multi-centralized control: The controller can be a focus of many central control console, according to system load and run-time units decide the host job status.

多机集中控制：用一台集中控制器可以对多台主机进行集中控制，根据系统负荷及个单元运行时间决定主机工作状态。

The control strategy for APFs' switching coordinated by upper controller is designed, which can ensure APFs switch according to actual load harmonic currents and impact slightly to system.

设计了由上层控制器进行协调控制的APF投切控制策略，保证能根据实际负荷谐波电流投切APF。

The semi-physical simulation system is established to test the position and load control system, the results show that the established mathematical model is reasonable and the controller meet the demand of the whole system design.

为验证所设计控制器的效果，建立了半实物仿真系统，对位置控制系统与载荷控制系统进行了检验。结果表明本论文建立的系统数学模型是合理的，控制器满足系统要求。