A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A snow blower (10) for blowing snow off a surface. The snow blower (10) comprises a body (50) comprising an intake port (120); a discharge port (318); and a conduit (202) having an interior wall (212). The conduit (202) is fluidly connecting the intake port (120) to the discharge port (318). The snow blower (10) further comprises an electric circuit (114) housed by the body (50) and connected to a power source; an electric blower (104) housed by the body (50) and powered by the electric circuit (114) for drawing air from the intake port (120); and a heating coil (210) electrically connected to the electric circuit (114) and extending along a portion of the interior wall (212). The air is forced through the conduit (202), heated by the heating coil (210) and exhausted at the discharge port (318) to blow snow off the surface.
A snow blower (10) for blowing snow off a surface. The snow blower (10) comprises a body (50) comprising an intake port (120); a discharge port (318); and a conduit (202) having an interior wall (212). The conduit (202) is fluidly connecting the intake port (120) to the discharge port (318). The snow blower (10) further comprises an electric circuit (114) housed by the body (50) and connected to a power source; an electric blower (104) housed by the body (50) and powered by the electric circuit (114) for drawing air from the intake port (120); and a heating coil (210) electrically connected to the electric circuit (114) and extending along a portion of the interior wall (212). The air is forced through the conduit (202), heated by the heating coil (210) and exhausted at the discharge port (318) to blow snow off the surface.
SNOW BLOWER
NKURUNZIZA DIDIER (author)
2020-02-06
Patent
Electronic Resource
English