後段冷却器の英語

冶金炉の排ガスフード冷却器２の後段に、排ガスを冷却して粗粒ダストを回収するためのエバポレーションクーラー３を設けると共に、該エバポレーションクーラーに続き湿式集塵機４を設置してなる冶金炉の排ガス処理設備。例文帳に追加

The facility for treating the waste gas of a metallurgical furnace has an evaporation cooler 3 for recovering the dust of the coarse grains by cooling the waste gas installed in a subsequent stage of a waste-gas hood cooler 2 of the metallurgical furnace, and a wet dust-collector 4 installed after the evaporation cooler. - 特許庁

この冷媒注入装置５０は、後段圧縮要素３０から吐出される冷媒の温度を検出する温度検出器５５と、後段圧縮要素３０の圧縮室に冷却用冷媒を注入する流量調節器５３等により構成する。例文帳に追加

The refrigerant insertion device 50 is formed out of a temperature detector 55 detecting the temperature of refrigerant discharged out of the rear stage compression element 30, and of a flow rate adjuster 53 injecting cooling refrigerant into the compression chamber of the rear stage compression element 30 and the like. - 特許庁

空気調和装置１は、切換機構３を冷却運転状態に切り換えることで熱源側熱交換器４の除霜を行う逆サイクル除霜運転を行う際に、後段側インジェクション管１９を用いて、熱源側熱交換器４から利用側熱交換器６に送られる冷媒を後段側の圧縮要素に戻すものである。例文帳に追加

In the air conditioner 1, the refrigerant distributed from the heat source-side heat exchanger 4 to the utilization-side heat exchanger 6 is returned to the latter stage-side compressing element by using the latter stage-side injection pipe 19 at performing an inverse cycle defrosting operation for defrosting the heat source-side heat exchanger 4 by switching the switching mechanism 3 to a cooling operation state. - 特許庁

空気調和装置１は、二酸化炭素を冷媒として使用しており、二段圧縮式の圧縮機構２と、熱源側熱交換器４と、膨張機構５と、利用側熱交換器６と、切換機構３と、中間冷却器７と、後段側インジェクション管１９とを備えている。例文帳に追加

An air conditioner 1 uses a carbon dioxide as the refrigerant, and comprises a two-stage compression type compressing mechanism 2, a heat source-side heat exchanger 4, an expanding mechanism 5, an utilization-side heat exchanger 6, a switching mechanism 3, an intermediate cooler 7 and a latter stage-side injection pipe 19. - 特許庁

空気調和装置１では、切換機構３を冷却運転状態に切り換えることで熱源側熱交換器４の除霜を行う逆サイクル除霜運転の少なくとも初期に、第１後段側インジェクション管１８ｃを通じて後段側の圧縮要素２ｄに冷媒が戻らないようにするものである。例文帳に追加

The air conditioner 1 is adapted such that, at least in an initial stage of a reverse cycle defrosting operation which defrosts the heat source-side heat exchanger 4 by switching the switching mechanism 3 to a cooling operation state, the refrigerant does not return to a rear stage-side compression element 2d through the first rear stage-side injection pipe 18c. - 特許庁

多段圧縮式冷凍サイクルを行う冷凍装置において、中間冷却器の熱源温度が低い運転条件になった場合であっても、後段側の圧縮要素に吸入される冷媒が湿り状態になるのを防ぐ。例文帳に追加

To prevent a refrigerant sucked in a compression element of a subsequent stage side from being brought into a moist state even in an operation state that a heat source temperature of an intermediate cooler is low in a refrigeration system carrying out a multistage compression type refrigerating cycle. - 特許庁

そして、上記反応工程に加えて、熟成工程、冷却工程、中和工程、および加水工程からなる群から選択される少なくとも１つの追加工程をさらに含み、当該追加工程を反応器の後段に配置された、反応器とは異なる追加装置において行なう点に特徴を有する。例文帳に追加

In addition, adding to the reaction process, the method for manufacturing a hydrophilicity polymer further includes at least one additional process chosen from the group which consists of an aging process, a cooling process, a neutralizing process, and a hydrous process, and is characterized in that the additional process is performed in an additional apparatus which is different from the reactor and is arranged at a poststage of the reactor. - 特許庁

そして、後段圧縮要素３０で圧縮されて吐出される冷媒の温度及び圧力が予め設定された温度及び圧力より大きくなるような場合には、温度検出器５５からの信号に基づき冷流量調節器５３が動作して圧縮室に冷却用冷媒が注入される。例文帳に追加

When the temperature and pressure of refrigerant compressed by the rear stage compression element 30 so as to be discharged, are found to have been in excess of the temperature and pressure set in advance, the flow rate adjuster 53 is actuated based on a signal from the temperature detractor 55 so as to allow cooling refrigerant to be injected into the compression chamber. - 特許庁