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1)  coal washery daily water consumption
选煤厂日用水量
1.
Applied a novel machine learning algorithm-least squares support vector machines(LSSVM) into coal washery daily water consumption times series prediction.
针对选煤厂日用水量时间序列的预测问题,提出应用最小二乘支持向量机(LSSVM)这一新的机器学习方法来实现日用水量的短期预测。
2)  daily water consumption
日用水量
1.
Equal-dimension and new information SVR forecasting model of urban daily water consumption;
城市日用水量需求预测的等维新息SVR建模方法
2.
A nonlinear combined regression model for predicting daily water consumption was developed by introducing history data of daily water consumption in time series into regression analysis model using temperature and other parameters as variables.
将时间序列中的日用水量历史数据引入以温度等作变量的回归分析模型,建立了日用水量非线性回归组合预测模型,同时为进一步提高预测精度,用4阶自回归模型对回归残差序列进行时间序列分析,建立了日用水量预测实用动态组合模型。
3)  water demand
日用水量
1.
The nonparametric multi regression model of urban daily water demand;
城市日用水量预测的非参数模型研究
2.
According to the effecting factor and the characteristic of urban daily water and the error of line model,we set up the nonparametrie multi regressive model of daily water demand.
根据城市用水量的影响因素及特点,针对传统的线性回归模型误差较大的缺点,基于核估计与局部线性估计理论,建立了城市日用水量的非参数回归预测模型。
4)  preparation plant
选煤厂
1.
The screening workshop,breaking preparement workshop,drying workshop are the place of dust concentrating in the preparation plant.
选煤厂的筛分、破碎准备车间,干燥车间是粉尘集中的地方,基本上每个生产及运输环节都有粉尘产生,且污染面大;所以,对粉尘的防治工作就显得尤为重要。
2.
The application in many preparation plants has proved the noticeable economic and social benefits it can obtain.
通过多家选煤厂的推广应用,证明该系统具有显著的经济效益和社会效益。
3.
The paper introduces it use such methods as capture noise abatement, acoustic septum, acoustic enclosure, damping vibration attenuation, wall noise reduction by absorption and etc for the main preparation plant workshops of the scond lining Coal Mine.
介绍了济宁二号煤矿选煤厂主洗车间噪声采取集气消声、隔声屏、隔声罩、阻尼减振以及墙面吸声处理等方法,显著地降低了作业场所噪声及厂区环境噪声。
5)  coal preparation plant
选煤厂
1.
Research and practice of process for slime water treatment at a coal preparation plant;
选煤厂洗水处理工艺的研究与实践
2.
Discussion on electric energy conservation in design of a coal preparation plant;
对选煤厂设计中电气节能的探讨
3.
Probing into technological design of crushing classification jigging coal washing in Hongyang coal preparation plant;
红阳矿选煤厂破碎—分级跳汰选煤工艺设计探讨
6)  coal washery
选煤厂
1.
Through analyzing various interferences occurring in the PLC monitoring system in the coal washery, this paper expounds the serous consequences probably caused by various interferences in the PLC monitoring system of the coal washery, and puts forward some concrete anti-interference measures.
通过对选煤厂PLC监控系统中出现的各种干扰现象进行分析,阐述了选煤厂PLC监控系统中各种干扰现象可能导致的严重后果,提出了具体的抗干扰措施。
2.
In the light of the features of the production of the coal washery,and from the design thought,structure and function set-up of the collective and distributive monitoring system,this paper introduces a set of collective and distributive monitoring system of the coal washery composed of the industrial controller,PLC,and touching screen,etc.
针对选煤厂的生产特点,从集散监控系统的设计思想、结构及功能设置等几方面介绍了一套由工业控制机、PLC和触摸屏等组成的选煤厂集散监控系统。
3.
Connecting with the practical application of electricity economizer in a certain coal washery, this paper sums up the experiences and results of applying this system electricity economizer.
文章介绍了系统节电技术和适合于选煤厂使用的系统节电器 ,结合某选煤厂的实际应用 ,总结了该系统节电器的使用经验及其效
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