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气压控制与液压控制同属于流体控制学科
气压控制与液压控制同属于流体控制学科.因此气压控制方式亦同液压控制歹式一样，在经工、纺织、石油、化工、冶金以及国防毒'领城中得到了广泛的应用。气压控制方式是利用各种气压元件{清如空气压编机、气缸、气马达、气阀、气压传感棍等)组成的控制系统t鹏回路就装置).通过气压控制阀(如压力控制阀、流量控制阀和方向控制阀等}来控制和调节气压系统中压缩空气的压力、流量和方向簿，以撞倒气压系统中的气压执行元件使之按规定的程序正常进行工作的一种控制方式。
Air pressure control and hydraulic control belong to the subject of fluid control, so the air pressure control method is also the same as hydraulic control, which has been widely used in industry, textile, petroleum, chemical industry, metallurgy and national defense poison's field. The pneumatic control mode is a control system t-peng loop device composed of various pneumatic components {such as air pressure knitting machine, cylinder, pneumatic motor, pneumatic valve, pneumatic sensor stick, etc.). The pressure, flow rate and direction book of compressed air in the pneumatic system are controlled and regulated by pneumatic control valves (such as pressure control valves, flow control valves and direction control valves, etc.) to knock down the gas in the pneumatic system. A control method for pressing actuators to work properly in accordance with specified procedures.
气压控制方式可分连续控制和断续控制两种.常见的气压调节仪通常周气压连续控制辈革置，可方便地用来控制位置、压力、流量、液位和温度等各种多数。
Air pressure control can be divided into continuous control and intermittent control. Common air pressure regulators are usually equipped with continuous air pressure control generations, which can be easily used to control position, pressure, flow rate, liquid level and temperature.
在技术飞速发展、能源紧张的当今世界，气压控制技术的发展必将更加迅速。随着工业的发展.它的应用也将日益扩大.同时它的性能也就必须满足气动饥饿多样化以及与饥饿电子工业快速发展的要求，处在这样的变革时期，就要求按不同予以前的观点去开发气动技术、气劫机锁和气动系统。也就是说，不仅要进行气动元件本身的研究而使之满足多样化的要求.而且为了提高系统的可靠性，降低成本，还要进行无给油化、节能化、小型化和轻量化、位置控制的高"度化，以及与电子学相结合的综合控制技术的研究。
In today's world of rapid technological development and energy shortage, the development of air pressure control technology will be more rapid. With the development of industry, its application will be tuogun.37ix.com.cngeshanban.37ix.com.cnshusongdaij.07858.net shusongdaiu.07858.net yajieji.07858.net fangbaohulu.07858.netexpanded day by day. At the same time, its performance must meet the requirements of diversification of pneumatic starvation and rapid development of starvation electronics industry. In such a period of change, it is necessary to develop pneumatic technology, pneumatic hijacking lock and pneumatic system according to different viewpoints. That is to say, it is not only necessary to study the pneumatic components themselves so as to meet the diversified requirements, but also to improve the reliability of the system and reduce the cost. It is also necessary to carry out the research of non-oil feeding, energy saving, miniaturization and lightweight, high degree of position control, and integrated control technology combined with electronics.
Air pressure control and hydraulic control belong to the subject of fluid control, so the air pressure control method is also the same as hydraulic control, which has been widely used in industry, textile, petroleum, chemical industry, metallurgy and national defense poison's field. The pneumatic control mode is a control system t-peng loop device composed of various pneumatic components {such as air pressure knitting machine, cylinder, pneumatic motor, pneumatic valve, pneumatic sensor stick, etc.). The pressure, flow rate and direction book of compressed air in the pneumatic system are controlled and regulated by pneumatic control valves (such as pressure control valves, flow control valves and direction control valves, etc.) to knock down the gas in the pneumatic system. A control method for pressing actuators to work properly in accordance with specified procedures.
气压控制方式可分连续控制和断续控制两种.常见的气压调节仪通常周气压连续控制辈革置，可方便地用来控制位置、压力、流量、液位和温度等各种多数。
Air pressure control can be divided into continuous control and intermittent control. Common air pressure regulators are usually equipped with continuous air pressure control generations, which can be easily used to control position, pressure, flow rate, liquid level and temperature.
在技术飞速发展、能源紧张的当今世界，气压控制技术的发展必将更加迅速。随着工业的发展.它的应用也将日益扩大.同时它的性能也就必须满足气动饥饿多样化以及与饥饿电子工业快速发展的要求，处在这样的变革时期，就要求按不同予以前的观点去开发气动技术、气劫机锁和气动系统。也就是说，不仅要进行气动元件本身的研究而使之满足多样化的要求.而且为了提高系统的可靠性，降低成本，还要进行无给油化、节能化、小型化和轻量化、位置控制的高"度化，以及与电子学相结合的综合控制技术的研究。
In today's world of rapid technological development and energy shortage, the development of air pressure control technology will be more rapid. With the development of industry, its application will be tuogun.37ix.com.cngeshanban.37ix.com.cnshusongdaij.07858.net shusongdaiu.07858.net yajieji.07858.net fangbaohulu.07858.netexpanded day by day. At the same time, its performance must meet the requirements of diversification of pneumatic starvation and rapid development of starvation electronics industry. In such a period of change, it is necessary to develop pneumatic technology, pneumatic hijacking lock and pneumatic system according to different viewpoints. That is to say, it is not only necessary to study the pneumatic components themselves so as to meet the diversified requirements, but also to improve the reliability of the system and reduce the cost. It is also necessary to carry out the research of non-oil feeding, energy saving, miniaturization and lightweight, high degree of position control, and integrated control technology combined with electronics.
