Question

能否帮我翻译一下，不能用翻译器，语法要正确，谢谢啦，

本系统以AT89S52单片机为核心构建硬件平台，对焚烧炉的炉温、瓦斯气流量进行检测，同时将传感变送器输出的电流信号转换为电压信号后送入TLC2543A/D转换器件，由AT89S52进行数据的分析处理，最后输出相应的控制信号到DAC8420D/A转换器中，其输出信号经V/I转换后控制调节阀的开度，同时设计了温度超限报警电路、液晶显示电路，实现实时显示与超限报警功能。采用PID控制算法对焚烧炉的炉温进行控制，焚烧炉的炉温与瓦斯气流量组成串级控制系统，主回路采用PID控制，副回路采用PI控制。瓦斯气流量与空气流量组成单闭环比值控制系统，空气流量调节器选用PI调节，空气流量与设定值的偏差乘以比值系数K后的值作为瓦斯气流量调节器的设定值，以便使焚烧炉温度在空气流量和瓦斯气流量的影响下也能保持稳定。采用CAN总线通信方式，完成与生产装置的操作系统之间通信。
本系统实现了瓦斯气流量、空气流量、焚烧炉温度的实时检测与控制，避免了瓦斯带油、带水等对焚烧炉造成的波动，保证了燃料气的压力、流量平稳，并提高了控制运行速度，保证了生产的正常安全运行。

Answer 1

This system takes the AT89S52 single chip as the core of the hardware platform, to detect the temperature of incinerator, gas flow, and converts the current signal output sensing transmitter into the voltage signal into the TLC2543A/D converter,Analysis and processing data by AT89S52, and finally outputs the corresponding control signal to DAC8420D/A converter, the output signal of the valve opening control V/I conversion, while the design of the temperature alarm circuit, display circuit, real-time display and alarm function.Using the PID control algorithm to control the temperature of incinerator, combustion temperature and gas flow furnace composed of cascade control system, PID control is used in main circuit, PI control using the auxiliary circuit. Gas flow and air flow is composed of single closed loop ratio control system, air flow regulator with PI regulation,Deviation multiplied by the ratio coefficient K of air flow and the set value of value as the gas flow regulator setting value, so that the burning furnace temperature can remain stable in the influence of air flow and gas flow. Using CAN bus communication, complete with operating system production device communication.
This system has realized the real-time detection and control of gas flow, air flow, burning furnace temperature, avoiding the gas with oil, water, due to the incinerator fluctuations, to ensure the fuel gas pressure, flow smoothly, and improve the control speed, ensure the normal production operation safety.

Answer 2

This system takes the AT89S52 single chip as the core of the hardware platform, to detect the temperature of incinerator, gas flow, and converts the current signal output sensing transmitter into the voltage signal into the TLC2543A/D converter, for data analysis and processing by AT89S52, the output corresponding control signal to the DAC8420D/A converter, the output signal the valve opening control V/I conversion, while the design of the temperature alarm circuit, display circuit, real-time display and alarm function. Using the PID control algorithm to control the temperature of incinerator, combustion temperature and gas flow furnace composed of cascade control system, PID control is used in main circuit, PI control using the auxiliary circuit. Gas flow and air flow is composed of single closed loop ratio control system, air flow regulator with PI regulation, multiplying the deviation ratio coefficient K of air flow and the set value of value as the gas flow regulator setting value, so that the burning furnace temperature can remain stable in the influence of air flow and gas flow under the. Using CAN bus communication, complete with operating system production device communication.

This system has realized the real-time detection and control of gas flow, air flow, burning furnace temperature, avoiding the gas with oil, water, due to the incinerator fluctuations, to ensure the fuel gas pressure, flow smoothly, and improve the control speed, ensure the normal production operation safety.

Answer 3

这么长，是专业英语吧。