Low-profile valve, pipeline and immersion cooling system

A pipeline comprising:

• a pipe;
• and
• a valve;
• wherein
• the valve comprises:
• a frame;
• a tube connectable to the pipe and movable relative to the frame along a direction X;
• a moving part connected to the tube and movable relative to the frame along the direction X;
• a lever rotatable around an axis perpendicular to the direction X and connected to the moving part;
• an elastic part located on the frame and connected to the lever to push the lever rotate;
• a buckle located on the frame to lock the lever from rotating;
• and
• a trigger located on the lever to push the buckle away from the lever to release the lever;
• when the trigger pushes the buckle away from the lever, the buckle releases the lever, the elastic part pushes against one end of the lever to rotate the lever, the other end of the lever pulls the moving part along the direction X, the moving part pulls the tube along the direction X together to disconnect the tube from the pipe.

An immersion cooling system, comprising:

• a tank for containing water;
• a plurality of storage devices mounted in the tank and immerged in the water;
• and
• a pipeline for circulating the water and cooling the storage devices;
• wherein
• the pipeline comprises:
• a pipe;
• and
• a valve;
• wherein
• the valve comprises:
• a frame;
• a tube connectable to the pipe and movable relative to the frame along a direction X;
• a moving part connected to the tube and movable relative to the frame along the direction X;
• a lever rotatable around an axis perpendicular to the direction X and connected to the moving part;
• an elastic part located on the frame and connected to the lever to push the lever rotate;
• a buckle located on the frame to lock the lever from rotating;
• and
• a trigger located on the lever to push the buckle away from the lever to release the lever;
• when the trigger pushes the buckle away from the lever, the buckle releases the lever, the elastic part pushes against one end of the lever to rotate the lever, the other end of the lever pulls the moving part along the direction X, the moving part pulls the tube along the direction X together to disconnect the tube from the pipe.