Jump to content

Translations:Independent Brake/2/zh-hant: Difference between revisions

From Derail Valley
Nokau (talk | contribs)
No edit summary
Nokau (talk | contribs)
No edit summary
 
Line 1: Line 1:
與貫通司軔閥的運作方式不同,單獨司軔閥不透過改變{{pll|Air Brake System Overview|軔管}}內的壓力間接驅動軔機。施加單獨司軔閥將直接以{{pll|Air Brake System Overview|主風缸}}內的壓力打入軔機,並在放鬆時直接將軔機中的空氣釋放至大氣中。兩種司軔閥控制都控制著車輛上的{{pll|Air Brake System Overview|軔缸}},因此位於較高緊軔位者將成為主導。
與貫通司軔閥的運作方式不同,單獨司軔閥不透過改變{{pll|Air Brake System Overview|軔管}}內的壓力間接驅動軔機。施加單獨司軔閥將直接以{{pll|Air Brake System Overview|主風缸}}內的壓力打入軔機,並在放鬆時直接將軔機中的空氣釋放至大氣中。兩種司軔閥控制是同車輛上的所有{{pll|Air Brake System Overview|軔缸}},因此位於較高緊軔位者將成為主導。

Latest revision as of 18:53, 12 April 2025

Information about message (contribute)
This message has no documentation. If you know where or how this message is used, you can help other translators by adding documentation to this message.
Message definition (Independent Brake)
Unlike train brakes, independent brakes bypass the {{pll|Air Brake System Overview|brake pipe}} and work with pressure in the opposite manner. They receive pressurized air from the {{pll|Air Brake System Overview|main reservoir}} directly when applied, and dump pressure into the atmosphere when released. Both train and independent brakes use the same {{pll|Air Brake System Overview|brake cylinder}}, so the dominant one is the type that is applied more.

與貫通司軔閥的運作方式不同,單獨司軔閥不透過改變軔管 內的壓力間接驅動軔機。施加單獨司軔閥將直接以主風缸 內的壓力打入軔機,並在放鬆時直接將軔機中的空氣釋放至大氣中。兩種司軔閥所控制的都是同車輛上的所有軔缸 ,因此位於較高緊軔位者將成為主導。