Snowthrower discharge assembly clearance method and apparatus for facilitating same

A discharge chute subapparatus for use with a snowthrower having a selectively operable discharge impeller, said subapparatus including a clean-out feature for allowing the clearance of snow from within said subapparatus, said subapparatus comprising:

• a latch member configured to be operably connected to said discharge chute;
• a shield including a shield latch portion, said shield movably attached relative to said discharge chute and configured to be moved between at least two positions, namely a first shielding position in which said shield positions a barrier portion proximate said discharge chute, and a second clearing position in which said barrier portion is moved further away from said discharge chute than it was in said first position;
• a shield latch pin including an elongate latching portion configured to provide at least two functions, the first function being as a latch pin configured to engage said latch member and said latch portion of said shield such that said chute and said shield are detachably latched together such that said shield is in said first shielding position, and the second function of said latch pin being to provide a clean-out device when removed from said latching position and when said shield is moved to said second clearing position;
• and
• a safety switch configured to sense when said shield latch pin is in place, said safety switch configured to preclude operation of said discharge impeller should said safety switch sense that said shield latch pin is not in said latching position.

A method for clearing snow from a snowthrower discharge chute having a discharge opening, said method comprising the steps of:

• providing a discharge chute having a shield movable from a shielding to a non-shielding position;
• providing a shield latch pin in a latched position such that said shield is latched in said shielding position relative to said chute by said shield latch pin;
• removing said latch pin such that said shield is unlatched relative to said chute;
• moving said shield from said shielding position to said non-shielding position;
• and
• while said shield is unlatched relative to said chute, using said latch pin as a tool for clearing said discharge chute by inserting said shield latch pin into said discharge opening of said snowthrower discharge chute to dislodge snow therefrom.

A method for clearing snow from a snowthrower including an engine for driving an impeller such that snow is discharged through a snowthrower discharge chute having a discharge opening, said method comprising the steps of:

• providing a discharge chute having a shield movable from a shielding to a non-shielding position;
• providing a shield latch pin in a latched position such that said shield is latched in said shielding position relative to said chute by said shield latch pin;
• providing a switch for sensing when said shield is in said shielding position and when it is not in said shielding position, said switch configured to cause said engine to stop driving said impeller when said switch senses said shield is not in said shielding position;
• removing said latch pin such that said shield is unlatched relative to said chute;
• moving said shield from said shielding position to said non-shielding position such that switch causes said impeller to stop;
• and
• using said latch pin as a tool for clearing said discharge chute by inserting said shield latch pin into said discharge opening of said snowthrower discharge chute to dislodge snow therefrom.

A method for clearing snow from a snowthrower including an engine for driving an impeller such that snow is discharged through a snowthrower discharge chute having a discharge opening, said method comprising the steps of:

• providing a discharge chute having a shield movable from a shielding to a non-shielding position;
• providing a shield latch pin in a latched position such that said shield is latched in said shielding position relative to said chute by said shield latch pin;
• providing a switch for sensing when said latch pin is in said latched position and when it is not in said latched position, said switch configured to cause said engine to stop driving said impeller when said switch senses said latch pin is not in said latched position;
• removing said latch pin such that switch causes said impeller to stop moving and such that said shield is unlatched relative to said chute;
• moving said shield from said shielding position to said non-shielding position;
• and
• while said shield is in said non-shielding position, using said latch pin as a tool for clearing said discharge chute by inserting said shield latch pin into said discharge opening of said snowthrower discharge chute to dislodge snow therefrom.