Description: 油田原油大罐液位控件，做一个小项目自己开发的，有源码，参数一看就明白了！如果需要，这个液位采集程序请Email:kingysh@163.com-Oil Tank liquid level control, do a small project developed by ourselves, source, a parameter can understand it! If necessary, the Level Gathering Program please Email : kingysh@163.com Platform: |
Size: 458412 |
Author:kingysh |
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Description: 油田原油大罐液位控件，做一个小项目自己开发的，有源码，参数一看就明白了！如果需要，这个液位采集程序请Email:kingysh@163.com-Oil Tank liquid level control, do a small project developed by ourselves, source, a parameter can understand it! If necessary, the Level Gathering Program please Email : kingysh@163.com Platform: |
Size: 457728 |
Author:kingysh |
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Description: 这是一个控制水容箱液位的程序，这个是从机接收程序，由单片机从机完成。与另外的主机发送配套-This is a water capacity of tank liquid level control procedure, this is from a machine to receive programs from the MCU to complete from the machine. With another host to send supporting Platform: |
Size: 3072 |
Author:王晓亮 |
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Description: 神经PID控制在双容水箱液位控制的实验研究-Neural PID control of two-tank water level control in the experimental study Platform: |
Size: 263168 |
Author:jdlfjk |
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Description: 双容水箱水位控制系统实验报告。包括系统原理图，人机界面，程序。-Double tank water level control system test report. Including system schematics, interface, program. Platform: |
Size: 660480 |
Author:hong |
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Description: 利用动态矩阵控制算法对单容水箱的液位进行控制-Dynamic matrix control algorithm using a single tank liquid level control Platform: |
Size: 2048 |
Author:王越 |
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Description: 利用单神经元控制算法，对单容水箱的液位进行控制。-Control algorithm using a single neuron, single tank liquid level control. Platform: |
Size: 1024 |
Author:王越 |
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Description: 水箱水位调节，模糊控制，有word文档说明，在说明的基础上进行编程实现。-Tank water-level control, fuzzy control, there are word documents stated in the description on the basis of programming. Platform: |
Size: 118784 |
Author:dcj |
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Description: We have a cylindrical tank with cross-sectional area, Ac. Liquid flows in at a rate Fi and
liquid flows out at a constant rate Fo. We want to control the tank liquid level h using a level
controller to change the liquid level set height hs. The available tank liquid height is HT. The
flow rate in the tank (Fi) is proportional to the percentage that the value is opened. We call
this set flow into the tank Fis. Platform: |
Size: 299008 |
Author:hibo |
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Description: 双容水箱的液位控制问题。首先对被控对象的模型进行分析，并采用实验建模法求取模型的传递函数。其次，设计PID控制器，在Matlab/Simulink环境下建立双容水箱控制的仿真模型，对PID控制算法进行仿真研究。通过仿真实验，证明该设计方法可行性和该算法的正确性。最后完成了基于PLC的双容水箱液位控制的软硬件设计，编写了PLC梯形图实现了水箱液位的PID控制。-Dual tank water level control problems. First, the controlled object model for analysis and modeling approach using experimental strike transfer function model. Secondly, the design of PID controller, simulation model dual tank water control in Matlab/Simulink environment, PID control algorithm simulation. Simulation results show that the design feasibility and correctness of the algorithm. Finally completed the hardware and software design of PLC-based dual-tank water level control, the preparation of the PLC ladder to achieve the tank level PID control. Platform: |
Size: 1032192 |
Author:liubinbin |
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Description: RACT
In industrial control systems the liquid level is carrying its significance as the control action for level
control in tanks containing different chemicals or mixtures is essential for further control linking set levels. The
three tank level control techniques are well thought-out in our work. In conventional model for three tank liquid level,
the control was done with predictable PID control m o d e l . The auto fine-tuning performance of PID regulator
is adopted for more dependable and accurate control action which incorporate the uncertain factors also. A new
evolution function including the system adjusting tiem, rise time, onreshoot, and system error is defined. By optimizing
the PID controller and comparing the results obtained by conventional methods like Ziegler-Nichols using this
techniques method the systems time delay and performance improved. Platform: |
Size: 421888 |
Author:arash |
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Description: 针对双容水箱液位会受到外界环境干扰和内部摄动的影响，导致水箱液位出现较大波动等问题，提出将模糊控制技术与PID控制相结合的自适应水箱液位控制方法，设计出自适应模糊PID控制器。-Aiming at the problem that the level of the double-tank is affected by the disturbance of the external environment and the internal perturbation, the water level of the tank is greatly fluctuated. An adaptive tank level control method combining the fuzzy control technology with the PID control is proposed. Adaptive fuzzy PID controller. Platform: |
Size: 799744 |
Author:彼岸花 |
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Description: 利用汇编语言编写的水箱控制系统，以8051单片机为核心控制800立方米的水箱的水位，并实现了报警和手动、自动切换功能。-The use of assembly language to prepare the water tank control system, with 8051 single-chip microcomputer as the core to control the water level of 800 cubic meters of water tanks, and to achieve the alarm and manual, automatic switching function. Platform: |
Size: 74752 |
Author:杨彪 |
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Description: 概述：本范例演示水箱水位的过程模拟。过程中添加噪声、阀门死区、滞后和死区时间。液位控制器调整水箱的输入。开/关阀作为一个排水口，可点击操作。该s阀表示过程负载变化。该VI可以在自动、手动控制间切换。
操作步骤：
1.运行VI。
2.闭环中检查PID控制器，跟踪设定值。
3.改变设定值，检查控制器跟踪新设定值。
4.切换阀门HV 102（单击阀门符号），对系统应用干扰。可观察到控制器从变化中恢复。
5.改变PID增益，并观察是否能在稳态下提高其性能。
6.切换到手动模式并观察是否可以通过改变阀门LVC 101来控制水位。
7.单击停止按钮停止VI。(Summary: this example demonstrates the process simulation of water tank level. Add noise, valve dead zone, lag and dead time. The level controller adjusts the input of the water tank. The opening / closing valve is a drainage outlet and can be operated by clicking. The S valve indicates the change of the load of the process. The VI can be switched between automatic and manual control. Operation steps: 1. run VI. 2. the PID controller is checked in the closed loop, and the set value is tracked. 3. change the set value and check the controller to track the new setting value. 4. switch the valve HV 102 (click the valve symbol) to interfere with the system. The controller can be observed to recover from the change. 5. change the gain of PID and observe whether it can improve its performance under steady state.) Platform: |
Size: 20480 |
Author:lez003 |
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Search - tank control level