Racing bucket seat and cooling system for racing car with the same
A racing bucket seat and a cooling system for racing cars is capable of effectively suppressing the rise of a driver's body temperature, meeting safety regulations. The racing bucket seat includes a plurality of shell through holes formed in a seat shell, an outer shell fixed on the seat shell to cover the shell through holes from a rear side of the seat shell and formed with a layer-like flow passage between the outer shell and a rear surface of the seat shell, and an air intake port introducing the air into the flow passage.
1. A racing bucket seat comprising:
a seat shell having a seating surface part and a backrest part that are formed as one piece, said seat shell having formed therein a plurality of shell through holes;
a cushion member arranged at a surface side, which functions as a driver's seating surface side, of said seat shell, said cushion member having formed therein a plurality of cushion-member through holes formed at positions of said cushion member corresponding to positions of said shell through holes;
a surface material covering said cushion member;
a one piece outer shell fixed on said seat shell and covering said shell through holes from a rear surface side of said seat shell in both of the seating surface part and the backrest part, said outer shell being formed with a flow passage that is formed along a rear surface of said seat shell and between said outer shell and the rear surface of said seat shell; and
an air intake port through which air is introduced into said flow passage.
2. The racing bucket seat according to claim 1 , wherein
said shell through holes are arranged from the seating surface part to the backrest part.
3. The racing bucket seat according to claim 2 , wherein
said outer shell is arranged from the seating surface part to the backrest part.
4. The racing bucket seat according to claim 3 , wherein
said air intake port is formed at an end portion of said flow passage.
5. The racing bucket seat according to claim 4 , wherein
said air intake port comprises a plurality of air intake ports.
6. The racing bucket seat according to claim 5 , further comprising:
a cap member blocking an air intake port, through which the air is not introduced, of said plurality of air intake ports.
7. The racing bucket seat according to claim 2 , wherein
said air intake port is formed at an end portion of said flow passage.
8. The racing bucket seat according to claim 7 , wherein
said air intake port comprises a plurality of air intake ports.
9. The racing bucket seat according to claim 8 , further comprising:
a cap member blocking an air intake port, through which the air is not introduced, of said plurality of air intake ports.
10. The racing bucket seat according to claim 1 , wherein
said outer shell is arranged from the seating surface part to the backrest part.
11. The racing bucket seat according to claim 10 , wherein
said air intake port is formed at an end portion of said flow passage.
12. The racing bucket seat according to claim 11 , wherein
said air intake port comprises a plurality of air intake ports.
13. The racing bucket seat according to claim 12 , further comprising:
a cap member blocking an air intake port, through which the air is not introduced, of said plurality of air intake ports.
14. The racing bucket seat according to claim 1 , wherein
said air intake port is formed at an end portion of said flow passage.
15. The racing bucket seat according to claim 14 , wherein
said air intake port comprises a plurality of air intake ports.
16. The racing bucket seat according to claim 15 , further comprising:
a cap member blocking an air intake port, through which the air is not introduced, of said plurality of air intake ports.
17. The racing bucket seat according to claim 1 , wherein the seating surface part and the backrest part are integrally formed.
18. A cooling system adapted for a racing car, the cooling system comprising:
a racing bucket seat including:
a seat shell having a seating surface part and a backrest part that are formed as one piece, said seat shell having formed therein a plurality of shell through holes;
a cushion member arranged at a surface side, which functions as a driver's seating surface side, of said seat shell, said cushion member having formed therein a plurality of cushion-member through holes formed at positions of said cushion member corresponding to positions of said shell through holes;
a surface material covering said cushion member;
a one piece outer shell fixed on said seat shell and covering said shell through holes from a rear surface side of said seat shell in both of the seating surface part and the backrest part, said outer shell being formed with a flow passage that is formed along a rear surface of said seat shell and between said outer shell and the rear surface of said seat shell; and
air intake port through which air is introduced into said flow passage; and
an air conditioner having a first supply port and driven by a power unit to supply a cooling air to said air intake port.
19. The cooling system adapted for the racing car according to claim 18 , wherein
said air conditioner has a second supply port for supplying the cooling air to a cooling air space formed at an upper side of a helmet.
20. The cooling system adapted for the racing car according to claim 19 , wherein
said air conditioner has a third supply port for supplying the cooling air to an interior of the helmet from under the helmet.
21. The cooling system adapted for the racing car according to claim 18 , wherein
said air conditioner has a third supply port for supplying the cooling air to an interior of the helmet from under the helmet.