Compressed-air power is flexible, economical, and safe.
压缩空气动力使用灵活、经济安全。
At the moment, however, there are only two compressed-air energy-storage plants in the world (one in America and one in Germany), and neither was built to make use of wind power.
然而，截至目前，全世界仅有两个压缩空气发电站(一个在美国，另一个在德国)，但都不是利用风能来压缩空气的。
Compressed-air plants are inefficient, and so they are commercially viable only in places where the price of power varies dramatically.
压缩空气发电站效率不高，因此它只有在电价波动大的地方才具有商业可行性。
Such a vehicle would run on petrol but would use its reservoir of compressed air to boost the engine's power when needed.
这种车要靠汽油驱动，但是当需要之时可以利用储存的压缩空气来提高汽油发动机的动力。
Studies by the Electric Power Research Institute in Palo Alto, Calif., indicate that the cost of compressed-air energy storage today is about half that of lead-acid batteries.
加州PaloAlto电力科学研究院研究指出现今压缩空气能源储存的成本是铅酸蓄电池的一半左右。
Warning: Make sure to check that compressed air and power supply are disconnected before cleaning. If not, disconnect them. Organic solvent shall not be used to clean the machine.
警告：在清洗之前必须检查压缩空气和电源是否关闭。如果没有关闭，请关闭压缩空气和电源。严禁使用有机溶剂清洗机器。
Calculate electric power and volume of compressed air, if necessary put forward a plan for increase the volume.
核算公司电力、压缩空气容量需求并及时提出增容计划和申请；
Totally driven by compressed air, no need electric power at all, no need to worry about explosion, fire risk caused by electric sparks.
完全采用压缩空气为能源，不使用电，绝无爆炸，起火等潜在的安全隐患。
All the experiments indicate that compressed air power for vehicle is feasible although the total energy efficiency of this air powered engine is a little small.
试验结果表明：虽然改装机的总能量效率偏低，但内燃机使用压缩空气作动力是可行的。
The compressed air offers power for advancing, rotating and impacting. It's simple structure, individual power and easy to move.
推进、回转和冲击全部以压缩空气为动力，结构简洁、动力单一、搬迁便利。
Totally driven by compressed air, no electric power, no explosion, fire caused by electric sparks.
完全采用压缩空气为能源，不使用电，绝无爆炸，起火等潜在的安全隐患。
Compressed air is not only a work medium, but a kind of power source stored pressure energy.
提出压缩空气不仅可以作为工作介质，而且可以储存能量作为一种动力源。
Totally Driven by compressed air, no electric power, no fire or explosion risk caused by electrical spark.
完全采用压缩空气为动力，不用电，无任何电火花引起的安全隐患。
Totally Driven by compressed air, no electric power, totally no fire or explosion risk caused by electrical spark.
完全采用压缩空气为动力，不用电，无任何电火花引起的安全隐患。
Power stroke: As the fuel is compressed and the piston nears the top of the cylinder the spark plug fires and ignites the fuel and air.
作功行程：活塞处于汽缸中的上止点，火花塞点燃充分压缩后的混合气体。
Moreover NK supplies compressed air plants as well as air purification systems for working and control air applications used for shipping, offshore and onshore oil RIGS, power plants and industry.
而且NK同时供应用于船舶运输、海上和陆上汽油装备、供电站和工业的空气压缩设备和空气净化系统。
Three to five years large size foreign manufactory power supply, compressed air system, vacuum system & DI water system, management experience.
三到五年大型外资工厂电力，空压系统，真空系统、DI水维护管理经验。
Compressed air is the cutting power, little cost, safe and without damage.
以压缩空气作为切割气源，成本低，安全无危害。
Original high-quality and reasonable pneumatic air route design, coupons hot compressed air pressure control work, no external power supply, k work safety is stable and reliable.
采用优质气动原件及合理的气路设计，券压缩空气控制压烫工作，无需外接电源，工作稳定可靠安全。
Check the power before starting again, and connected to compressed air source.
在启动前再检查电源，并接通压缩空气源。
Safety Requirements for Power. Tools, Portable, Compressed-Air-Actuated Fastener Driving Tools.
动力工具。便携式压缩空气驱动的紧固件旋入工具。安全要求。
The power DT1, DT2 power, C port A, D port and exhaust ventilation, compressed air to push the piston rod oil cylinder forward, realize the preloading force state in figure 2;
DT1通电，DT2断电，C气口通气A、D气口排气、压缩空气将油压到油缸内推动活塞杆前移，实现预压出力状态如下图2；
By using compressed air as conveyance power and millet as a transport medium in horizontal Y-shaped branch pipes, the solid flow distribution characteristics of the above pipes were studied.
以压缩空气为输送介质，粒径相同而密度不同的小米和空心玻璃珠为输送物料，在水平变角度Y型分支管气力输送试验台上对气固两相的流量分配特性进行了研究。
By using compressed air as conveyance power and millet as a transport medium in horizontal Y-shaped branch pipes, the solid flow distribution characteristics of the above pipes were studied.
以压缩空气为输送介质，粒径相同而密度不同的小米和空心玻璃珠为输送物料，在水平变角度Y型分支管气力输送试验台上对气固两相的流量分配特性进行了研究。
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