1) compressed air system component
压缩空气系统部件
2) air system
空气系统;压缩空气系统
3) Compressed air system
压缩空气系统
1.
Based on system audit to overall compressed air system, Some typical energy saving technologies such as stabilizing supply pressure, engineering storage and promoting original central control system, are applied to improve the efficiency of overall compressed system.
本文从系统角度入手,在对某化纤厂压缩空气系统进行全面评估的基础上,结合原有系统的实际情况,综合运用稳定系统压力、增加系统储气能力、增强原有集中控制能力等技术,提高整个压缩空气系统的效率,该案例具有典型的示范作用。
2.
Considering the increased demand of plastic doors and windows at present time, with the experience of five departments design for plastics extrusion, hereafter we worked out the detailed solutions for the department of plastics extrusion, for the reference to the related designers, as designs of heating and ventilation; compressed air system and chilling system.
鉴于当今人们对塑料门窗需求量的增大,通过对5个塑料挤出型材车间的设计,将其公用工程设计整理成文,总结出塑料挤出型材车间的采暖通风设计、压缩空气系统设计、制冷系统设计的较详尽的方案,以供有关设计技术人员参考。
3.
,a pressure-control-based balance control system between supply side and de- mand side of industrial compressed air system was designed,and the theory to improve system opera- tion efficiency was also analyzed.
针对目前工业压缩空气系统应用中普遍存在的供需不平衡而导致的系统供气压力波动、系统用气负荷与压力互相影响、系统效率降低等问题,设计了一种通过控制并稳定压缩空气系统供气压力进而使压缩空气系统供应和需求达到动态平衡的控制系统,并对其提高整个压缩空气系统运行效率的原理进行了分析。
4) air compression system
空气压缩系统
1.
Related suggestion and scheme are put forward for the retrofitting of air compression system.
提出了空气压缩系统改造的相关建议和方案。
2.
Based on the practical experience,operating results and basic theory of compressor,some specific approaches are put forward to reduce energy comsuption in air compression system,used by large-middle enterprise,considering of the design,operation and maintenance.
以压缩机专业技术理论、实践工作经验和实施后的具体效果为依据 ,从空气压缩系统的设计、运行管理和维护保养等方面入手 ,分析阐述了大中型企业空气压缩系统节能降耗的一些具体途
6) air system component
空气系统部件
补充资料：潜艇压缩空气系统
潜艇压缩空气系统
submarine compressed air system
qianting yasuo kongqi Xitong潜艇压缩空气系统(submarine com-pressed air system)潜艇上用于产生、储存和输送压缩空气的设备和管路的总称。通常分为高压空气系统和中压空气系统。高压空气系统，主要用于:吹排主压载水舱内的水，使潜艇浮出水面;耐压艇体破损进水时，向舱室供气，造成反压力，便于堵漏抢救;供发射鱼雷、巡航导弹用气;艇员从水下出艇执行任务或弃艇救生时，用高压空气平衡艇体内与舷外海水压力，便于出艇等。由空气压缩机、高压空气瓶、空气管路、各种分配阀柱和其他部件等构成。压缩空气由空气压缩机生产，储存在高压空气瓶内，压力一般为15~40兆帕(巧0一400千克力/厘米2)。中压空气系统，所使用的压缩空气，来自高压空气系统。经过减压器(减压阀)减压至3.5兆帕(35千克力/厘米2)以下，主要用于向均衡系统和淡水舱供气压水，启动柴油机及保障风动工具工作等。(赵长田)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条