Debris-collecting apparatus and method of collecting debris
Debris-collecting systems and bagging apparatus for debris-collecting systems are provided. One bagging apparatus includes a primary bag and a dust skirt configured to wrap around the primary bag. At least an inner face of the dust skirt has an electrical charge. One debris-collecting apparatus includes an input portion, a bagging portion, and a draft inducer for drawing the air and debris through the input portion and to the bagging portion. The bagging portion has a hood, a primary bag removably positioned lowerly adjacent the hood, a dust skirt configured to wrap around the primary bag, and a bagging passage for directing air and debris to the hood from the input portion. The hood has a helical configuration extending from the bagging passage toward the primary bag. At least an inner face of the dust skirt is electrically charged. A frame having at least one wheel facilitates transportation.
1. A debris-collecting apparatus, comprising:
an input portion;
a bagging portion having a hood, an air permeable bag removably positioned lowerly adjacent the hood, and a bagging passage for directing air and debris to the hood from the input portion; the hood having a helical configuration extending from the bagging passage toward the air permeable bag; the helical configuration having inner and outer perimeters; the hood inner perimeter defining an opening in the hood inside the helical configuration; the air permeable bag having an inner face;
a draft inducer to draw the air and debris through the input portion and to the bagging portion;
a mobile frame operatively coupled to the input portion, the bagging portion, and the draft inducer; and
an air permeable filter extending downwardly into the hood from the opening; the opening and the filter allowing a relatively low-pressure area to form away from the bag inner face when the draft inducer functions; a relatively high-pressure area being at the bag inner face;
wherein the helical configuration of the hood extends such that air and debris from the bagging passage travel along the helical configuration and thereafter apply a helically-oriented dislodging force to dislodge debris collected at the bag inner face.
2. The debris-collecting apparatus of claim 1 further comprising an inner boundary around which debris must pass, the inner boundary defined between the filter and the hood.
3. The debris-collecting apparatus of claim 1 , further comprising an inner boundary around which debris must pass, the inner boundary defined between the filter and the inner face of the air permeable bag.
4. The debris-collecting apparatus of claim 2 , wherein the bagging passage extends at an upward angle where the bagging passage meets the hood.
5. The debris-collecting apparatus of claim 4 , wherein the hood helical configuration passes underneath the bagging passage.
6. The debris-collecting apparatus of claim 5 , further comprising a deflecting member over the opening, the deflecting member being below an upper end of the hood helical configuration.
7. The debris-collecting apparatus of claim 1 , wherein:
the bagging passage extends at an upward angle where the bagging passage meets the hood; and
the hood helical configuration passes underneath the bagging passage.
8. The debris-collecting apparatus of claim 7 , further comprising a deflecting member over the opening, the deflecting member being below an upper end of the hood helical configuration.