Question

有没有英语好的？？帮我翻译一下这段文字。不要使用百度、谷歌或软件直接翻译，那样不通顺，求英语高人

在工业生产中，温度、流量、压力和液位是工业生产最常见的过程变量。其中，温度是一个非常重要的过程变量。在工业生产中，导热油作为工业加热过程的传热介质，其温度的控制质量高低，将会直接影响产品的质量与生产效率。本文主要设计导热油温度控制系统。
本文分析了导热油温度控制系统工作原理，并根据工艺要求，采用导热油温度与蒸汽流量的选择控制方案。本设计采用WZPB-230温度变送器、JY-LUGB流量变送器采集温度与流量，并完成执行器的选型。该监控系统以AT89S52单片机为系统核心控制器，对蒸汽流量与导热油温度进行检测，并将检测数据经过AD转换器传送给单片机，由单片机进行数据的处理与分析。最后输出相应的控制信号到DA转换器中，根据DA转换器输出值的大小控制调节阀的开度，控制过程利用PID控制算法完成。系统采用CAN总线实现了与生产装置的上位机之间的通信。同时本设计实现了键盘设定、显示、报警等功能。文中对系统的控制过程进行了深入的分析，最终实现导热油温度的良好控制。
通过改善系统控制方案导热油温度控制系统具有响应快、稳定性好、可靠性高,控制精度好等特点，对工业控制起到了现实意义。

Answer 1

In industrial production, temperature, flow, pressure and liquid level of industrial production is the most common process variables. Among them, the temperature is a very important process variables. In industrial production, heat conduction oil as heat transfer medium industry heating process, control the quality of its temperature, will affect the quality and production efficiency of products directly. In this paper, the main design of heat conducting oil temperature control system. This paper analyzes the heat conducting oil temperature control system principle of work, and according to the process requirements, through the heat conducting oil temperature and steam flow control scheme. This design uses the WZPB-230 temperature transmitter, JY-LUGB transmitter acquisition of temperature and flow, and complete the actuator selection. The monitoring system based on AT89S52 microcontroller as the core controller of the system, the steam flow were detected with heat conducting oil temperature, and the detecting data through the AD converter is transmitted to the single chip, for data processing and analysis by the microcontroller. The final output of the corresponding control signal to the DA converter, DA converter control according to the size of the output value of the valve opening, control algorithm is completed by PID. The system uses CAN bus to realize the communication between PC and production device. At the same time, keyboard, display, alarm and other functions of the design implementation. In-depth analysis of control process of the system are, ultimately achieve good heat conducting oil temperature control. By improving the control system of oil temperature control system for thermal conductivity has fast response, good stability, high reliability, control accuracy and good features, the realistic significance to the industrial control. .

望采纳~

追问

这根本不通顺，语法结构不对，这是用百度翻译直接翻译过来的吧，这个不对，如果你的英语还不错的话能不能将这段文字按语法重新组合一下，再给我一份，如果大致对的话我会采纳的

Answer 2

In a production process, the most common variables are temperature, flux,and liquid level. Among them, temperature is very important. The control of temperature of conduction oil, working as a medium in heatng process determines the quality and efficient. This paper focuses on the desin of conduction oil temperature-control system(COTCS).
This paper has analized the operating principle of COTCS, and adopted the Selective Control of Conduction Oil and Stem Flow program according to the requirement. In this program, WZPB temperature transmitter and JY-LUGB flow transmitter are used for flow and temperature collection, and finalize the selective control. AT89S52 SCM is applied as central controller to monitor the steam flow and temperature and send the data to SCM for analyzing after beening transvered by AD. Final signal will be used for adjusting the valve according the value sent bt AD. The control process can be completed by PID. Adoption of CAN in system enables the communication between upper computers and the keyboard setting, display and alarm at the same time. the context has expounded deep the control process to make manoeuvre possible.
By upgrading this system to a more efficient, statable, reliable, accurate level has a significant contribution to the industrial control.

希望采纳和加分，给鼓励，因为对术语的不熟悉，可能错误，忘理解。

Answer 3

In industrial production, temperature, flow, pressure and liquid level is the most common industrial production process variables. Among them, the temperature is a very important process variables. In industrial production, heat conduction oil as heat transfer medium industrial heating process, the temperature control of the quality of high and low, will directly affect the quality of the products and production efficiency. This article mainly thermal oil temperature control system design.
This paper analyzes the working principle of the thermal oil temperature control system, and according to the technological requirements, using the choice of thermal oil temperature and steam flow control solutions. This design adopts the WZPB - 230 temperature transmitter, JY - LUGB flow transmitter to collect temperature and flow rate, and complete the selection of actuators. The monitoring system of AT89S52 single chip microcomputer as the system core controller, to test the steam flow and heat conduction oil temperature, and the detecting data transmitted to the microcontroller through the AD converter, by single-chip microcomputer for data processing and analysis. Corresponding control signal output to the DA converter, according to the size of the DA converter output value control of valve opening, control is accomplished by PID control algorithm. System adopts CAN bus to realize the communication between upper machine and production device. At the same time, this design has realized the keyboard Settings, display, alarm, etc. This paper carried on the thorough analysis of the system control process, finally realizes the good control of thermal oil temperature.
By improving the system control scheme thermal oil temperature control system has fast response, good stability, high reliability, good control precision, has played a significant realistic meaning in industrial control Have the practical significance.