Air compressor unit
Described is an air compressor which can be fixed to the wall, comprising a plate which can be fixed to a wall, a supporting and containing body hinged on the plate so as to oscillate about a respective predetermined axis of oscillation, an electrically powered air compression unit housed in the supporting and containing body, a reel for winding a flexible hose for passage of the compressed air from the compression unit.
1. An air compressor which can be fixed to a wall, comprising:
a plate configured to be fixed to a wall,
a supporting and containing body hinged on the plate so as to oscillate about a respective predetermined axis of oscillation,
an electrically powered air compression unit housed in the supporting and containing body,
a winding mechanism including a reel for winding a flexible hose for passage of the compressed air from the air compression unit, the winding mechanism being mounted on the supporting and containing body;
the supporting and containing body comprising a central wall supporting the air compression unit and the winding mechanism, the air compression unit and the winding mechanism being positioned on opposite sides of the central wall;
a rotary distributor element for distribution of the compressed air, configured for transferring to the flexible hose wound around the reel compressed air generated by the air compression unit, the rotary distributor element comprising a hollow cylindrical element attached to the central wall and an external manifold in fluid communication with the cylindrical element and configured to rotate relative to the cylindrical element;
the air compression unit including:
an electric motor with a shaft extending on both a lower side and an upper side of the motor,
a lower fan keyed to the shaft on the lower side of the motor and an upper fan keyed to the shaft on the upper side of the motor such that both the lower fan and the upper fan rotate together with the shaft,
the lower fan configured to draw air from an exterior of the supporting and containing body into an interior of the supporting and containing body to cool the air compression unit, the upper fan configured to expel the air heated by the air compression unit from the interior of the supporting and containing body to the exterior of the supporting and containing body, the lower fan and the upper fan cooperating to create a flow of the air across the air compression unit.
2. The compressor according to claim 1 , wherein the reel is supported rotatably by the central wall to rotate about a respective central axis to determine winding or unwinding of the flexible hose.
3. The compressor according to claim 1 , wherein the air compression unit comprises a pumping unit operatively connected to the electric motor, wherein the supporting and containing body comprises a supporting structure, fixed to the central wall and protruding from the central wall, the supporting structure having a first portion configured to rotatably support the shaft of the electric motor, and a second portion for supporting the pumping unit.
4. The compressor according to claim 1 , wherein the supporting and containing body comprises two guards located on opposite sides of the central wall and configured to cover, respectively, the air compression unit and the winding mechanism.
5. The compressor according to claim 4 , wherein one of the two guards configured to cover the air compression unit includes a plurality of slots configured for air circulation towards and away from the air compression unit.
6. The compressor according to claim 1 , wherein the plate comprises at least one housing for pneumatic tools.
7. The compressor according to claim 6 , wherein the at least one housing is positioned in a lower portion of the plate, wherein the lower portion is shaped in a cantilever manner, in such a way that the at least one housing is spaced from the wall.
8. The compressor according to claim 1 , wherein the plate comprises at least one housing for pneumatic tools.
9. The compressor according to claim 8 , wherein the at least one housing is positioned in a lower portion of the plate, wherein the lower portion is shaped in a cantilever manner, in such a way that the at least one housing is spaced from the wall.
10. An air compressor which can be fixed to a wall, comprising:
a plate configured to be fixed to a wall,
a supporting and containing body hinged on the plate so as to oscillate about a respective predetermined axis of oscillation,
an electrically powered air compression unit housed in the supporting and containing body,
a winding mechanism including a reel for winding a flexible hose for passage of the compressed air from the air compression unit, the winding mechanism being mounted on the supporting and containing body;
the supporting and containing body comprising a central wall supporting the air compression unit and the winding mechanism, the air compression unit and the winding mechanism being positioned on opposite sides of the central wall;
the supporting and containing body comprising two guards located on opposite sides of the central wall and configured to cover, respectively, the air compression unit and the winding mechanism;
the air compression unit including:
an electric motor with a shaft extending on both a lower side and an upper side of the motor,
a lower fan keyed to the shaft on the lower side of the motor and an upper fan keyed to the shaft on the upper side of the motor such that both the lower fan and the upper fan rotate together with the shaft,
the lower fan configured to draw air from an exterior of the supporting and containing body into an interior of the supporting and containing body to cool the air compression unit, the upper fan configured to expel the air heated by the air compression unit from the interior of the supporting and containing body to the exterior of the supporting and containing body, the lower fan and the upper fan cooperating to create a flow of the air across the air compression unit.
11. The compressor according to claim 10 , wherein the reel is supported rotatably by the central wall to rotate about a respective central axis to determine winding or unwinding of the flexible hose.
12. The compressor according to claim 10 , wherein the air compression unit comprises a pumping unit operatively connected to the electric motor, wherein the supporting and containing body comprises a supporting structure, fixed to the central wall and protruding from the central wall, the supporting structure having a first portion configured to rotatably support the shaft of the electric motor, and a second portion for supporting the pumping unit.
13. The compressor according to claim 10 , wherein one of the two guards configured to cover the air compression unit includes a plurality of slots configured for air circulation towards and away from the air compression unit.
14. An air compressor which can be fixed to a wall, comprising:
a plate configured to be fixed to a wall,
a supporting and containing body hinged on the plate so as to oscillate about a respective predetermined axis of oscillation,
an electrically powered air compression unit housed in the supporting and containing body,
a winding mechanism including a reel for winding a flexible hose for passage of the compressed air from the air compression unit, the winding mechanism being mounted on the supporting and containing body;
the supporting and containing body comprising a central wall supporting the air compression unit and the winding mechanism;
a rotary distributor element for distribution of the compressed air, configured for transferring to the flexible hose wound around the reel compressed air generated by the air compression unit, the rotary distributor element comprising a hollow cylindrical element attached to the central wall and an external manifold in fluid communication with the cylindrical element and configured to rotate relative to the cylindrical element;
the air compression unit including:
an electric motor with a shaft extending on both a lower side and an upper side of the motor,
a lower fan keyed to the shaft on the lower side of the motor and an upper fan keyed to the shaft on the upper side of the motor such that both the lower fan and the upper fan rotate together with the shaft,
the lower fan configured to draw air from an exterior of the supporting and containing body into an interior of the supporting and containing body to cool the air compression unit, the upper fan configured to expel the air heated by the air compression unit from the interior of the supporting and containing body to the exterior of the supporting and containing body, the lower fan and the upper fan cooperating to create a flow of the air across the air compression unit.
15. The compressor according to claim 14 , wherein the reel is supported rotatably by the central wall to rotate about a respective central axis to determine winding or unwinding of the flexible hose.
16. The compressor according to claim 14 , wherein the air compression unit comprises a pumping unit operatively connected to the electric motor, wherein the supporting and containing body comprises a supporting structure, fixed to the central wall and protruding from the central wall, the supporting structure having a first portion configured to rotatably support the shaft of the electric motor, and a second portion for supporting the pumping unit.
17. The compressor according to claim 14 , wherein the supporting and containing body comprises two guards located on opposite sides of the central wall and configured to cover, respectively, the air compression unit and the winding mechanism.
18. The compressor according to claim 17 , wherein one of the two guards configured to cover the air compression unit includes a plurality of slots configured for air circulation towards and away from the air compression unit.
19. The compressor according to claim 14 , wherein the plate comprises at least one housing for pneumatic tools.
20. The compressor according to claim 19 , wherein the at least one housing is positioned in a lower portion of the plate, wherein the lower portion is shaped in a cantilever manner, in such a way that the at least one housing is spaced from the wall.