絞り流量計の英語

水素ガス等の低分子ガスであっても簡便に精密な流量調節が可能で、しかも特段の設置場所を要さないガス流量絞りユニット、また、このガス流量絞りユニットを用いた流量調節システム、分析計、及びこのガス流量絞りユニットの簡便な調整方法を提供する。例文帳に追加

To provide a gas flow rate throttling unit capable of simply regulating a precise flow rate even with respect to a low-molecular gas such as a hydrogen gas or the like and requiring no special installation place, and to provide a flow rate regulating system using this gas flow rate throttling unit, an analyzer and a simple adjusting method of the gas flow rate throttling unit. - 特許庁

減圧弁７０の減圧調整は、工場設備Ｌへの圧縮空気の供給で生ずる圧力よりも低い所定圧力以下を確保するようになされ、可変絞り８０の絞り調整は、流量計２０の計測範囲の下限流量に対応する絞り度合いを確保するようになされる。例文帳に追加

The pressure reduction adjustment of the pressure reducing valve 70 is performed so as to ensure a prescribed pressure or less lower than the pressure generated by the supply of compressed air to the factory facility L, and the throttle adjustment of the variable throttle 80 is performed so as to ensure a throttle degree corresponding to the lower flow rate limit of the measuring range of the flowmeter 20. - 特許庁

空気流量計（ＡＦＭ）のセンサボディは、絞り流路２３の高さ方向の中央側から両側に向かって絞り流路２３の幅を徐々に減少させる流路絞り部２２を備えている。例文帳に追加

A sensor body of an air flow meter (AFM) is equipped with a flow channel diaphragm part 22 which gradually reduces width of a diaphragm flow channel 23 from the center side of the height direction of the diaphragm flow channel 23 toward both sides. - 特許庁

主空気通路１５５の発熱抵抗体式空気流量測定装置１００よりも上流側に絞り１５７を設けて低流量側における計測空気流量範囲を拡大する。例文帳に追加

By providing a throttle 157 on a farther upstream side than the heating resistor type air flow rate measuring device 100 of a main air passageway 155, the measurable air flow rate range on its low flow rate side is extended. - 特許庁

コンプレッサ１０からの圧縮空気を流量計２０、減圧弁７０及び可変絞り８０を通し漏出させる状態にて、減圧弁７０の減圧調整及び可変絞り８０の絞り調整をし、流量計２０を通り流れる圧縮空気を分流し、減圧弁７０及び可変絞り８０を通し漏出するとともに工場設備Ｌに供給する。例文帳に追加

The pressure reduction adjustment of a pressure reducing valve 70 and the throttle adjustment of a variable throttle 80 are performed in a state where compressed air from a compressor 10 is leaked through the flowmeter 20, the pressure reducing valve 70 and the variable throttle 80, and the compressed air passing through the flowmeter 20 is branched and supplied to a factory facility L while leaking through the pressure reducing valve 70 and the variable throttle 80. - 特許庁

そして、流量制御用のために、絞りに空気を流通させたときに計測される差圧ΔＰ１を初期値ΔＰ１（０）と比較する。例文帳に追加

Then, pressure difference ΔP1 measured when air is circulated to the restrictor is compared with the initial value ΔP1(0) for flow rate control. - 特許庁

ベンチュリー流量計２４の計測値に基づいて、制御機構２６により回転式絞り機構２３を制御することにより、炉心１３における冷却材１４Ａの流量を調整する。例文帳に追加

By controlling the rotary restrictors 23 with controlling mechanisms 26 on the basis of values measured by the Venturi flowmeter 24, the flow rate of the coolant 14A in the core 13 is regulated. - 特許庁

差圧式流量計の絞り構造は、流体の流路となる管路に対し別途独立して構成されたベンチュリー管形状の絞り構造体１を管路内に配置したものである。例文帳に追加

With the constriction structure of the differential type flowmeter, a constriction structure 1 in a Venturi tube shape that is composed separately from and independently of a pipeline that becomes the channel of fluid is arranged in the pipeline. - 特許庁