To provide an auxiliary machinery support structure for a vehicle suppressing temperature rise of the auxiliary machinery and properly absorbing impact at collision of the vehicle while certainly supporting the auxiliary machinery at a usual time.
The auxiliary machinery 10 is supported on the vehicle through a heat-shielding member 20 for shielding heating air h from a radiator 5. The heat-shielding member 20 is fixed to a shroud member 2 at a front part mounting part 22 and is supported on a cross member 9 at a rear part mounting part 40. The rear part mounting part 40 is provided with a slit part 24 formed on the heat-shielding member 20 and extending in a longitudinal direction; a staple 45 vertically penetrating through a rear part side of the slit part 24, supporting the heat-shielding member 20 on the cross member 9 and made relatively movable along the slit part 24 by a predetermined or more load in a longitudinal direction; and a hiding member 30 supported on the cross member 9 with the heat-shielding member 20 by the staple 45 and hiding the slit part 24 such that the auxiliary machinery 10 is hidden in the state that the slit part 24 is seen from a radiator 5 side.
Takao Ito
Jiro Higuchi
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