Mopping assembly for a mobile robot
A robot cleaning system for mopping floors is disclosed. The mopping assembly includes a reservoir with a dispenser for outputting fluid to a cleaning cloth. The rate at which fluid is dispensed is regulated with an air inlet in contact with the cleaning cloth. When the cloth is dry, more fluid is dispensed. When the cloth is damp, less fluid is dispensed. The dispenser in the exemplary embodiment also includes a wick configured to conduct the cleaning fluid directly to the cleaning cloth.
1. A mopping assembly for a robotic cleaning system, the mopping assembly comprising:
a fastener for securing a cleaning cloth; and
a reservoir for holding fluid, the reservoir comprising:
a dispenser for outputting fluid from the reservoir to the cleaning cloth; and
an air inlet;
wherein the dispenser and the air inlet are located on a same side of the reservoir and wherein the dispenser comprises at least one slit and a wick incorporated into a removable cap for refilling the reservoir, the wick configured to contact the cleaning cloth and the at least one slit is configured to secure the wick.
2. The mopping assembly of claim 1 , wherein the dispenser comprises a wick configured to contact the cleaning cloth.
3. The mopping assembly of claim 2 , wherein the dispenser further comprises at least one slit for securing the wick.
4. The mopping assembly of claim 3 , wherein the dispenser comprises at least two parallel slits through which the wick is folded.
5. The mopping assembly of claim 2 , wherein the wick and the air inlet are at the same height when the robotic cleaning system is in an upright storage orientation.
6. The mopping assembly of claim 1 , wherein the air inlet comprises a hole less than one millimeter in diameter.
7. The mopping assembly of claim 1 , wherein the fastener comprise hook and loop fasteners.
8. The mopping assembly of claim 1 , further comprising one or more drop sensors.
9. The mopping assembly of claim 8 , wherein the one or more drop sensors are configured to sense a drop through the cleaning cloth.
10. The mopping assembly of claim 1 , further comprising the cleaning cloth, wherein the cleaning cloth comprises a first portion with long strands for wicking fluid and a lower portion with looping strands for effective scrubbing.
11. The mopping assembly of claim 1 , wherein the dispenser and the air inlet are located on a bottom side of the reservoir.
12. The mopping assembly of claim 11 , wherein the air inlet is in contact with the cleaning cloth.
13. The mopping assembly of claim 12 , wherein wetness of the cleaning cloth regulates a rate at which the fluid is dispensed from the reservoir.
14. A mopping assembly for a robotic cleaning system, the mopping assembly comprising:
a reservoir for holding fluid;
a dispenser for outputting fluid from the reservoir to a cleaning cloth,
wherein the dispenser comprises at least one slit and a wick incorporated into a removable cap for refilling the reservoir, wherein the wick is configured to contact the cleaning cloth and the at least one slit is configured to secure the wick; and
an air inlet in proximity to the cleaning cloth;
wherein fluid is dispensed in proportion to air admitted into the reservoir.
15. The mopping assembly of claim 14 , wherein the dispenser and the air inlet are located on a bottom side of the reservoir.
16. The mopping assembly of claim 14 , wherein the dispenser comprises a at least one wick protruding from a bottom side of the reservoir.
17. A mopping assembly for a robotic cleaning system, the mopping assembly comprising:
a fastener for securing a cleaning cloth; and
a reservoir for holding fluid, the reservoir comprising:
a dispenser for outputting fluid from the reservoir to the cleaning cloth; and
an air inlet;
wherein the dispenser and the air inlet are located on a same side of the reservoir and the dispenser comprises:
a wick configured to contact the cleaning cloth;
at least two parallel slits through which the wick is folded, wherein at least one of the two parallel slits is configured to secure the wick.
18. The mopping assembly of claim 17 , further comprising a removable cap, the removable cap comprising the at least two parallel slits and the wick.
19. The mopping assembly of claim 17 , further comprising a drop sensor configured to sense a drop through the cleaning cloth.
20. The mopping assembly of claim 17 , wherein the dispenser and the air inlet are located on a bottom side of the reservoir.
21. The mopping assembly of claim 17 , further comprising a cleaning cloth, wherein the cleaning cloth comprises a first portion having a first type of strands configured to wick fluid and a second portion with a second type of strands configured to scrub, where the first type of strands are of a different physical configuration than the second type of strands.
22. A mopping assembly for a robotic cleaning system, the mopping assembly comprising:
a reservoir for holding fluid;
a dispenser for outputting fluid from the reservoir to a cleaning cloth, wherein the dispenser comprises:
a wick configured to contact the cleaning cloth;
at least two parallel slits through which the wick is folded, wherein at least one of the two parallel slits is configured to secure the wick; and
an air inlet in proximity to the cleaning cloth;
wherein fluid is dispensed in proportion to air admitted into the reservoir.
23. The mopping assembly of claim 22 , wherein the dispenser and the air inlet are located on a bottom side of the reservoir.
24. The mopping assembly of claim 22 , wherein the dispenser comprises at least one wick protruding from a bottom side of the reservoir.