研究了新型的粉末固化炉结构,以实现输送系统的吊装结构放置在固化炉外部,使得固化炉在升温和工作过程中吊装输送系统的钢结构保持车间内常温的状态,以降低能源消耗,减少固化炉的热量浪费。优化后的结构主要由柔性连接组件和柔性密封组件组成,简单可靠,小巧,可实现热胀冷缩补偿,柔性化程度较高。结合热压通风原理,探讨了结构优化前后炉体的能源消耗计算对比,该结构造价低,运行维护成本低,在实际应用中可明显提升能源利用率。

Powder curing oven structure is investigated in this article.Purpose is to realize the hoisting structure of the conveying system to be placed outside the curing foven.The steel structure of the hoisting and conveying system of the curing oven is kept in the normal temperature state in the workshop during the heating and working process,so as to reduce the energy consumption and the heat waste of the curing Oven.The optimized structure is mainly composed of flexible connection components and flexible sealing components,which are simple,reliable,compact,and can realize thermal expansion and contraction compensation,with a high degree of flexibility.Combining with the principle of stack ventilation,calculation of energy consumption is compared before and after structure optimization.The structure has low material cost and maintenance cost,it can significantly improve energy utilization in applications.