In Germany for coke production the classical multi chamber slot oven battery design is exclusively used.
在德国，多室槽焦炉的设计被专门用作焦炭的生产。
All of the company's all-new battery-A batteries, the new IC lithium protection board, the new touch-plated, and all products from raw materials to finished products through five quality testing procedures, all batteries have been three days 45 Degrees Celsius oven high temperature treatment, batteries and circuit boards all seized only to ensure that products manufactured before the'0'for bad, we believe that only the'quality-oriented'can we have the survival of enterprises, only to the'good faith-based'to Enterprise development.
本公司的所有电池全部采用全新A级电芯，全新IC锂电保护板，全新镀金触片，并且所有产品从原料到成品经过5道品质检验程序，所有电芯都经过3天45摄氏度的烘箱高温处理，电芯和线路板全部只检，以保证产品出厂前的`0`不良品，我们相信只有以`品质为本`才能有企业的生存，只有以`诚信为基`才能有企业的发展。
NOX content in the flue gas from coke oven battery is reduced to 350 mg/m3 or less.
焦炉燃烧废气排出的 NOX 减至350mg/m3以下。
The simulation result for the prediction of coking time in coke oven battery is provided.(6) Because of the neck and knowledge inconsistence of the first generation expert system in solving the fault diagnosis problem, some other knowledge expression models such as neural network, process principle and fuzzy semantics are combined into the knowledge base of expert system, and a new kind of expert system with deep knowledge is developed to solve the fault diagnosis problem, and related steps are provided for designing this kind of expert system. Otherwise, the expert system for fault diagnosis of coke oven battery is designed based on the characteristics of fault generation and propogation.(7) The overall mathematical model of coke oven battery is built, which is suitable to synthesize the control system. Based on the introduction of neural network and heuristic searching, a kind of heuristic optimization structure for the generalized complex industrial process is proposed.
通过焦炉装置炭化室结焦时间仿真模型的验证，证明了其有效性；（6）由于第一代专家系统在求解故障诊断命题时存在着知识获取瓶颈、知识表达不完备和不一致等困难，通过引入神经网络、过程机理和模糊语义等多种知识表达模型，开发了一类带有深层知识的故障诊断专家系统，给出了详细的设计步骤，并结合大型焦炉装置故障发生、传播的特点，设计了相应的故障诊断专家系统；（7）针对大型工业焦炉装置生产过程的特点，建立了一整套适宜于过程控制的焦炉整体数学模型，通过引入启发式搜索和人工神经元网络等技术，开发了一类适合于一般复杂工业过程的启发式优化控制策略。
Otherwise, the production scheduling problem, which is limited to plan management for coke pushing for coke oven battery, and the related expert system based strategy are presented, which considered the environment and task as motive, and process constraints and models as heuristic knowledge. The mode of expert system developed can be used to solve the generalized production scheduling problem for industrial process.(8) The integrated control system that combines process optimization and production scheduling tasks is developed successfully for coke oven battery, in which micro computer and programmable logical controller are used as hardware base, real-time multi-tasking multi-user operating system and standard control configuration software package as software base. As a result, the very nice overall control system proficiency is achieved by quite short-time development and little budget of hardware and software.
此外，本文还提出了以大型焦炉装置推焦作业计划为核心的生产调度管理命题，并开发了一类以规则基专家系统和启发式搜索技术为基础、以环境和任务为动力、以过程约束和过程模型为启发式知识、用于求解大型工业过程生产调度管理问题的启发式求解策略模式；（8）以大型焦炉装置为工业背景，以微型计算机和可编程序控制器为硬件基础，以实时多任务多用户操作系统和标准工业控制组态软件包为软件环境，成功地研制了大型焦炉装置的计算机优化控制、生产调度管理一体化系统，从而使得以较短的开发周期、较少的硬软件投资来获取较好的系统整体性能。
A battery comprises many ovens, each oven being heated indirectly by heat transferred through its refractory walls from flues on each long wall, in which coal gas is burnt under controlled conditions in air.
一套焦化设备是由许多高炉所组成的，其中每一个高炉的长壁上都安有烟道，煤气在这些烟道中在控制下在空气中燃烧，所产生的热通过其耐火壁对高炉进行间接加热。
A battery comprises many ovens, each oven being heated indirectly by heat transferred through its refractory walls from flue s on each long wall, in which coal gas is burnt under controlled conditions in air.
焦化设备是由许多高炉所组成的，其中每一个高炉的长壁上都安有烟道，煤气在这些烟道中在控制下在空气中燃烧，所产生的热通过其耐火壁对高炉进行间接加热。
Prepared coal for carbonisation is introduced into each oven from its top through charging holes from a mobile charging car that runs along the length of the battery, so that it can be located above each oven in turn.
利用围着炼焦设备运行、以便能依次定位在每一个高炉上方的自动卸料车，将准备焦化的煤从每一个高炉的顶部通过加料孔投料。
Application of Weighing System on the Charging Car for 6m Coke Oven Battery
称量系统在6m焦炉装煤车上的应用
The process flow, design calculation and effect of implementing thermal insulation toward coal bunker of coke oven battery by means of waste heat in flue gas is described in this paper.
介绍了利用焦炉烟道废气余热对煤塔实施冬季保温的工艺流程、设计计算及保温效果。
Heating control using feedforward and feedback control principle for No 3 coke oven battery of Jiuquan Iron & Steel Co
酒钢3~焦炉前馈反馈加热控制
Present state and development of computer control for coke oven battery heating process;
介绍了焦炉长时间停止加热时的保温操作措施。
Technological Improvement of Stabilizing and Increasing Coal Charging Amount of 7.63 m Coke Oven Battery
稳定与提高7.63m焦炉装煤量的技术改进
The principles and constitution of coking process management system supplied in coke oven battery No.7 and No.8 of WISCO
武钢7、8号焦炉炼焦过程管理系统
Antiseismic design for coke oven battery foundation is discussed in combination with the stipulation of the current " Antiseismic Design Standard for Structures and Buildings "(GB5019193) It's found that the accounting method of structural sketch offered in the standard is not rational.
本文对焦炉基础的抗震设计结合现行《构筑物抗震设计规范》GB5019193中的规定提出了探讨。
Discussion about Antiseismic Design for Coke Oven Battery Foundation
焦炉基础抗震设计探讨
Various advantages of Uhde GmbH in 7.63m coke oven design and production are described, by a great deal of data comparison it shows: large capacity coke oven battery occupies less actual pant space than that of conventional coke oven battery;
介绍了德国伍德公司7.63m焦炉在设计与生产上具有的各种优势，通过列举大量的数据对比表明：大容积焦炉比传统的焦炉所需实际工厂占地面积少；
Some Technological Philosophy on Engineering of Super-Large Coke Oven Battery
超大容积焦炉设计的若干技术思想
Mathematical Model for Longitudinal Temperature of Coke Oven Battery
焦炉直行温度数学模型
On No Recovery Coke Oven Battery
关于无回收炼焦炉