加热单元

加热单元的通用函数

Universal function of heater units

基于循环函数法的主导思想，通过对加热单元列能量平衡方程，构建了循环函数法的矩阵表达式，并对矩阵填写规则进行了详细阐述。

Based on the thermal balance equation of heater element , the matrix for the cyclic functional method is established and the rules to fill this matrix are represented detailedly in this paper .

利用Fuzzy控制技术对融合结果进行建模，获得模糊控制查询表，据此表控制加热单元，实现恒温供水中温度的精确控制。

The temperature results handed by batch evaluation are not influenced by some sensors destroyed . A query table of fuzzy control is given by the Fuzzy technology , and through it the heat units are controlled .

温度测量热电偶。可指定加热单元和极性符号的类型。

Temperature-measuring thermocouple . Type of heating element and polarity symbols can be specified .

单效蒸发器由一个容器或蒸发表面和一个加热单元构成。

The single-effect evaporator consists of a container or surface and a heating unit .

一种室内空气处理装置，其包含加热单元；

The utility model discloses an indoor air processing device , comprising a heating unit ;

本文自行设计了一台简单的润湿性动态测试系统，主要包括加热单元，图像采集单元和支架三个部分。

In this article , a simple dynamic testing system was designed , including the heating unit , image acquisition unit and the bracket parts .

终端加热和冷却单元

Terminal heating & cooling units

在组成现代大容量热电厂的各主要系统中，回水加热系统和单元机组是热电厂两大重要组成部分。

In modern thermo-electric plant of large capacity , the backwater heating system and the generator-transformer unit both are the most important parts .

多效蒸发器利用一个单元产生的蒸汽加热后一个单元。

The multiple-effect evaporator uses the vapour produced in one unit to heat a succeeding unit .

热电厂回水加热系统建模及单元机组协调智能控制的研究传统加热系统的工艺改造

Modeling for Backwater Heating System and Considering the Coordinated Intelligent Control for Generator-transformer Unit in Thermo-electric Plant

介绍了青泽547-2型牵伸机计算机集散控制系统三级五部份的工作原理，对加热系统、控制单元以及动力部分的常见故障进行了分析。

It introduces the operation principle of three grades and five parts of computer collecting and distributing control system of the blue and green 547-2 type draft machine . Heat system , control unit and common failure of the power part are also analyzed .

另外，加热系统均分为几个加热单元，加热腔嵌在炉体内。而原结构为一个加热单元放置在炉顶中部，统一加热。

The original construction was a complete steel structure coved by steel plates and heating chamber was placed in the top of the oven .

该工程采用太阳能加热和辅助加热，由独立单元组成，可根据养殖规模组装成50~500m3等不同规模的沼气工程。

Using solar heating and auxiliary heating , this technology was composed of independent unit and could assemble different scale biogas engineering of 50 ~ 500 m ~ 3 according to farm scale .