Carrier transportation system with brake valve device proximate to a carrier receiver

A transfer system for a carrier, comprising:

• a flow supply conduit;
• a flow generator in fluid communication with said flow supply conduit;
• a carrier transport tube network dimensioned for transfer reception of a carrier and having a first carrier reception chamber provided with a first carrier stop point;
• wherein said flow supply conduit feeds fluid to said first carrier reception chamber as to lift off the carrier out of the first carrier reception chamber toward a second carrier reception chamber provided with a second carrier stop point, and wherein said flow supply conduit is arranged during the lift off of the carrier as to have said flow generator, via said flow supply conduit, in a single point fluid feed communication arrangement with said carrier transport tube network,
• wherein said second reception chamber has an atmospheric air inlet associated with said second carrier reception chamber as to provide an atmospheric air driving flow behind the carrier when traveling from said second stop point to said first stop point, and said brake valve opens when the flow generator draws air from the carrier transport tube network derived from the atmospheric air inlet, and
• wherein said brake valve is positioned such that upon the carrier traveling past said brake valve toward said first stop point atmospheric air from the atmospheric air inlet is drawn through the brake valve previously opened due to air draw from the flow generator such that said brake valve is placed in a carrier braking mode.