气动仪表

在过程检测方面，测量仪表已由气动仪表发展到电动模拟仪表以及智能数字化仪表。

Pneumatic instruments develop into electric instruments or intelligent digital instruments .

气动仪表工作状态的好坏，取决于气源质量的优劣。

Their working condition depends on the quality of the compressed air .

气动仪表中平面六杆机构的优化设计

Optimum Design of a Planar Six-Bar Mechanism in Air Instruments

在现代化厂矿的自动控制系统中，广泛地使用气动仪表。

The pncumatic instruments have been used widely in the auto-control system of modern plant .

在一些的应用领域中，用冷干机是达不到工艺对气源干燥度要求的，如气动仪表、电子工厂等。

In some application areas , with Leng Gan machine is not up to process on the drying air requirements , such as pneumatic instrumentation , electronic factory .

气动仪表中的干面六杆机构，通常要求主动滑块的位移与摆动从动杆的摆角之间，保持近似的线性关系。

It usually requires to keep an approximate linear relationship between the displacement of the driving slider and the angle of oscillation of the oscillating driven bar in a planar six-bar mechanism in air instruments .

KF系列气动基地式仪表的特点及其在电厂的应用

The Features of KF Series Pneumatic Field Instruments and the Application of These Instruments in Power Plants

本文介绍了B系列气动基地式调节仪表的特点及其在南京热电厂的中间试验情况。

This paper presents the features of the series B in-situ pneumatic regulating apparatus and its pilot test at Nanjing Cogeneration Powerplant .

GB/T10319-1988船舶用气动测量和控制仪表通用技术条件

General technical specifications for marine pneumatic measurement and control instruments

气动基地式调节仪表的中间试验

Pilot Test of the In-Situ Pneumatic Regulating Apparatus

压缩空气是仅次于电力的第二大动力能源，又是具有多种用途的工业气源，它被广泛应用于各种风动工具，气动设备，控制仪表及自动化装置，也被应用于科学实验中。

Compressed air is only the second largest electricity power energy , but also has many industrial uses of natural gas resources . It has been widely used in various Trolley , pneumatic equipment , instrumentation and automation control devices , and also has been used for scientific experiments .