Handheld surface cleaner
Various illustrative handheld surface cleaners and methods of using handheld surface cleaners are provided. In an exemplary implementation, the handheld surface cleaner is configured to use suction to draw debris into the handheld surface cleaner. The suction also causes air to be drawn into the handheld surface cleaner. The handheld surface cleaner is configured to separate the air and the debris on board the handheld surface cleaner to allow the air to exit the handheld surface cleaner and to allow the debris to be collected in the handheld surface cleaner for later disposal.
1 . A cleaning system, comprising:
a surface cleaner comprising:
an inlet through which debris and air is configured to be suctioned into the surface cleaner,
a separator proximal to the inlet, having an outlet opening, having a plurality of holes formed in a sidewall of the separator, and having a plurality of covers, each one of the plurality of covers being associated with at least one of the plurality of holes, and
a motor configured to drive rotation of the separator;
wherein the rotation of the separator is configured to:
cause the plurality of covers to move from a closed position, in which each of the plurality of covers closes the associated at least one of the plurality of holes, to an open position, in which each of the plurality of covers does not close the associated at least one of the plurality of holes,
separate the debris from the air by directing the debris radially outward through the plurality of holes, and
direct the air out of the separator through the outlet opening; and
the rotation of the separator stopping is configured to:
cause the plurality of covers to move from the open position to the closed position.
2 . The cleaning system of claim 1 , wherein each of the plurality of covers in the closed position provides a fluid seal of the associated at least one of the plurality of holes.
3 . The cleaning system of claim 1 , wherein each of the plurality of covers is attached to the separator along a single edge of the respective cover.
4 . The cleaning system of claim 1 , wherein each of the plurality of covers is flexible.
5 . The cleaning system of claim 4 , wherein the separator is rigid.
6 . The cleaning system of claim 1 , wherein the outlet opening is at a proximal end of the separator; and
the separator includes an inlet opening at a distal end of the separator, and the inlet opening is configured to allow the debris and air to enter the separator through the inlet opening.
7 . The cleaning system of claim 1 , wherein the sidewall of the separator extends from an inlet opening to the outlet opening.
8 . The cleaning system of claim 1 , wherein the surface cleaner further comprises a tank having a cavity configured to contain and store therein the debris that is directed radially outward through the plurality of holes.
9 . The cleaning system of claim 8 , wherein the surface cleaner further comprises an air exit hole configured to allow the air that is directed out of the separator through the outlet opening to exit to external atmosphere.
10 . The cleaning system of claim 1 , wherein the surface cleaner further comprises at least one of:
a first filter upstream of the separator, and
a second filter downstream of the separator.
11 . The cleaning system of claim 1 , wherein each one of the plurality of covers is associated with only one of the plurality of holes.
12 . A separation apparatus, comprising:
a separator comprising:
a body;
an inlet opening through which debris and air is configured to enter the separator,
an outlet opening through which the air is configured to exit the separator,
a plurality of holes formed in a sidewall of the body and through which the debris is configured to exit the separator, and
a plurality of covers, each one of the plurality of covers being configured to move from a sealed configuration, in which each of the plurality of covers seals closed at least one of the plurality of holes, to an unsealed configuration, in which each of the plurality of covers does not seal closed the associated at least one of the plurality of holes, wherein rotation of the separator is configured to cause the plurality of covers to move from the sealed configuration to the unsealed configuration; and the rotation of the separator stopping is configured to cause the plurality of covers to move from the unsealed configuration to the sealed configuration.
13 . The separation apparatus of claim 12 , further comprising a motor configured to drive the rotation of the separator.
14 . The separation apparatus of claim 12 , wherein each of the plurality of covers is attached to the body along a single edge of the respective cover.
15 . The separation apparatus of claim 12 , wherein the separator further comprises a plurality of blades positioned downstream of the inlet opening and upstream of the outlet opening.
16 . The separation apparatus of claim 12 , further comprising a surface cleaner that comprises the separator;
the surface cleaner further comprises an inlet through which the debris and the air is configured to be suctioned into the surface cleaner; and
the separator is downstream of the inlet.
17 . The separation apparatus of claim 16 , wherein the surface cleaner further comprises a motor configured to drive rotation of the separator.
18 . The separation apparatus of claim 16 , wherein the surface cleaner further comprises a tank having a cavity configured to contain and store therein the debris that enters the separator;
with the plurality of covers in the sealed configuration, an interior of the separator is not in fluid communication with the cavity through the plurality of holes; and
with the plurality of covers in the unsealed configuration, the interior of the separator is in fluid communication with the cavity through the plurality of holes.
19 . The separation apparatus of claim 16 , wherein the surface cleaner is configured to be handheld.