求翻译：水箱液位监控控制系统主要是根据外界因素的变化，诸如出水阀门的开度、外部用户用水量的变化等因素，对水箱中的液位值进行实时的采集，通过入水调节阀进行实时自动调节，以此使水箱液位保持恒定的状态。目前，关于液位监控控制系统设计方法有很多，本次设计提出利用组态软件MCGS(监视与控制通用系统)、PLC可编程序控制器、可控调节阀及远程数据采集/控制模块作为核心，实现对系统的远程监控及应用数据库对相关参数进行有效的管理，是系统变得更加形象有效。组态技术使计算机控制技术综合发展的结果，使技术成熟化的标志。由于组态技术的介入，计算机控制系统的应用速度大大加快了。采用组态控制技术的计算机控制系统最大的特点是从硬件设计到软件开发都具有组态性，因此系统的可靠性和开发速度提高了，开发难度却下降了。利用组态软件对双溶液位控制系统进行进行监控系统设计。是什么意思？

Tank level monitoring and control system is mainly based on changes in external factors, such as opening of the outlet valve, external users change of water consumption and other factors, the fluid level in the tank for real-time acquisition, through into the water control valve automatically adjust in real time, to keep the tank liquid level constant state. Currently, there are many methods on the liquid-level monitoring and control system design, this design made use of configuration software MCGS (General system of monitoring and control), PLC programmable controller, control valve and remote data acquisition/control module as a core, enabling the remote monitoring system and application of database on parameters related to the effective management, is the system became more effective. Configuration technology make the results of the comprehensive development of computer control technology, make technology logo. Due to the intervention of configuration technology, significantly speed up the application of computer control system. Using configuration-control technology of computer control system from hardware design to software development is the biggest feature of configuration, system reliability and faster development, developing difficulty has declined. Application of configuration software in dual-monitor system design of liquid level control system.