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A snow thrower having a reverse shut-off mechanism configured to deactivate voltage supplied from a power source to a motor that rotates an auger assembly. The reverse shut-off mechanism deactivates the voltage supplied in response to the snow thrower being moved or rolled in a reverse direction. Up

A snow thrower having a reverse shut-off mechanism configured to deactivate voltage supplied from a power source to a motor that rotates an auger assembly. The reverse shut-off mechanism deactivates the voltage supplied in response to the snow thrower being moved or rolled in a reverse direction. Upon movement of the snow thrower in a forwards direction to clear snow or other debris, the shut-off mechanism reactivates voltage supplied from the power source to the motor that rotates the auger assembly. This allows the snow thrower to conserve power and/or fuel when the snow thrower is not being used to clear snow or other debris.

대표청구항 ▼

1. A snow thrower, comprising: a frame;a main housing coupled to the frame and having an inlet cavity;an auger assembly disposed in the main housing and extending across the inlet cavity;a motor disposed in the main housing and coupled to the auger assembly, the motor adapted to rotate the auger ass

1. A snow thrower, comprising: a frame;a main housing coupled to the frame and having an inlet cavity;an auger assembly disposed in the main housing and extending across the inlet cavity;a motor disposed in the main housing and coupled to the auger assembly, the motor adapted to rotate the auger assembly;a wheel assembly coupled to the frame and including an axle and wheels coupled to ends of the axle for rolling the snow thrower;a shut-off mechanism coupled to the wheel assembly and adapted to: count a number of rotations of the wheels in a reverse direction, anddeactivate power to the motor in response to the number of rotations meeting or exceeding a threshold number of rotations. 2. The snow thrower of claim 1, further comprising a handle portion coupled to the frame opposite the main housing, and wherein the wheel assembly is coupled to the frame between the main housing and the handle portion. 3. The snow thrower of claim 2, further comprising a battery housing coupled to the handle portion; and a battery disposed in the battery housing and electrically connected to the motor through the shut-off mechanism. 4. The snow thrower of claim 3, wherein the battery housing and the main housing are positioned on opposite sides of a pivot point formed by the axle. 5. The snow thrower of claim 4, further comprising a switch electrically connected to the battery and the motor and adapted to activate and deactivate voltage flow from the battery to the motor. 6. The snow thrower of claim 5, wherein the shut-off mechanism is adapted to interrupt and deactivate the voltage flow from the battery to the motor in response to the wheel assembly being rotated in the reverse direction. 7. The snow thrower of claim 6, wherein the shut-off mechanism is adapted to reactivate the voltage flow from the battery to the motor in response to the wheel assembly being rotated in a forward direction. 8. The snow thrower of claim 1, wherein the threshold number of rotations is at least two. 9. A snow thrower, comprising: a frame;a main housing coupled to the frame and having an inlet cavity;an auger assembly disposed in the main housing and extending across the inlet cavity;a motor disposed in the main housing and coupled to the auger assembly, the motor adapted to rotate the auger assembly;a wheel assembly coupled to the frame and including an axle and wheels coupled to ends of the axle for rolling the snow thrower; anda shut-off mechanism coupled to the wheel assembly and including: a counter adapted to count a number of rotations of the wheels in the reverse direction; anda switch adapted to deactivate power to the motor in response to the number of rotations meeting or exceeding a threshold number of rotations. 10. The snow thrower of claim 9, wherein the threshold number of rotations is at least two. 11. The snow thrower of claim 9, wherein the switch is adapted to reactivate the power to the motor in response to the wheels being rotated in a forward direction. 12. The snow thrower of claim 9, further comprising a handle portion coupled to the frame opposite the main housing. 13. The snow thrower of claim 12, further comprising a battery housing coupled to the handle portion; and a battery disposed in the battery housing and electrically connected to the motor through the shut-off mechanism. 14. The snow thrower of claim 13, wherein the battery housing and the main housing are positioned on opposite sides of a pivot point formed by the axle. 15. A method of making a snow thrower, comprising: coupling a shut-off mechanism including a counter to a wheel axle of a snow thrower;electrically coupling the shut-off mechanism between a power source and a motor adapted to rotate an auger assembly of the snow thrower; andallowing the shut-off mechanism to interrupt and deactivate power to the motor in response to the counter indicating that the wheel axle rotated at least two revolutions in a reverse direction. 16. The method of claim 15, further comprising allowing the shut-off mechanism to reactivate the power to the motor in response to the wheel axle rotating in a forward direction. 17. The method of claim 16, further comprising allowing the shut-off mechanism to reactivate the power to the motor in response to the wheel axle rotating at least one revolution in a forward direction. 18. The method of claim 17, wherein the power source is a battery power source.