To provide the structure of a cargo deck for vehicle where circulation of air is favorable and there is no projection in the front deck and in rear deck, and enables the separate temperature control of without front deck and the rear deck increasing the height of the cargo deck.
The interior of the cargo deck 1 for a vehicle is divided by a middle partition wall 2 into a front deck 3 and a rear deck 4. A bulkhead 5, a partition wall, a front wall 1a, a left sidewall, and a right sidewall 1e form a space part 4A to accommodate an evaporator 4a. The air current from the evaporator gets in the front deck 3 from the blowout port provided at the upper part of the bulkhead 5, and gets in the space part from the suction port provided at the lower part of the bulkhead 5 via the interior. On the other hand, the air current from the evaporator 4a gets in the rear deck 4 from the blowout outer duct 4d provided at the upper part of the cargo deck 1 for a vehicle, and gets in the space 4A from the suction outer duct 4g provided at the lower part of the cargo deck 1 for a vehicle via the interior of the rear deck 4, and refluxes. The floor of the cargo deck is lined with seven T-shaped keystones 7.
YANAGIHARA KENICHI
YAMAMOTO KUNIO
YAMANO HIDEKI
INOUE YOSHIO
