Filter device with magnetic floater to stop overflow
A filter device and methods of use thereof are provided. The filter device may include a pitcher for removably engaging with a base in fluid communication with a fluid source. The pitcher may include a magnetic float assembly, and the base may include a sensor, e.g., a Reed switch, for detecting when a magnetic float of the magnetic float assembly is within a detectable range of the sensor. Upon detection of the magnetic float within the detectable range by the sensor, a controller of the filter device may instruct a pump to pump fluid from the fluid source, through a filtration system of the filter device, and into the pitcher. When the pitcher is full of fluid, the magnetic float will be out of the detectable range of the sensor, such that fluid will stop being transferred from the fluid source to the pitcher.
1. A filter device comprising:
a pitcher comprising:
a pitcher body configured to hold liquid;
a lid configured to cover the pitcher body, and comprising an inlet; and
a magnetic float assembly comprising a magnetic float configured to move responsive to a level of fluid within the pitcher body;
a base configured to removeably receive the pitcher such that a geometry of the pitcher is configured to be aligned with a geometry of the base in an aligned configuration, the base comprising:
an outlet;
a pump operatively coupled to a fluid source, wherein the geometry of the base comprises a protrusion configured to be slidably received by a groove of the lid in the aligned configuration; and
a sensor comprising a detectable range, and configured to detect the magnetic float in the aligned configuration when the magnetic float is within the detectable range; and
circuitry operatively coupled to the pump and the sensor, and configured to cause the pump to transfer fluid from the fluid source to the pitcher body via the outlet and the inlet only when the sensor detects the magnetic float within the detectable range.
2. The filter device of claim 1 , wherein the lid is configured to removeably cover the pitcher body.
3. The filter device of claim 2 , wherein the pitcher body comprises a spout, and wherein the lid comprises an alignment feature configured to be received by the spout to align the lid and the pitcher body and to prevent rotational movement of the lid relative to the pitcher body.
4. The filter device of claim 3 , wherein the alignment feature comprises a pair of nubs.
5. The filter device of claim 1 , wherein the magnetic float assembly is coupled to lid.
6. The filter device of claim 5 , wherein the lid comprises a surface vertically extending from the lid toward the pitcher body, and wherein the magnetic float assembly is coupled to the surface.
7. The filter device of claim 6 , wherein the surface comprises a plurality of engagers configured to retain the magnetic float assembly.
8. The filter device of claim 6 , wherein the surface comprises a geometry that corresponds to an inner surface of the pitcher body.
9. The filter device of claim 1 , wherein the magnetic float assembly comprises a frame configured to slidably receive the magnetic float.
10. The filter device of claim 1 , wherein the magnetic float is configured to move between a minimum position and a maximum position responsive to the level of fluid within the pitcher body, and wherein, in the maximum position, the magnetic float is not within the detectable range.
11. The filter device of claim 1 , wherein the magnetic float is configured to float on fluid within the pitcher body.
12. The filter device of claim 1 , wherein the base comprises a receptacle comprising the fluid source.
13. The filter device of claim 1 , wherein the geometry of the base comprises a cavity configured to receive a spout of the pitcher body in the aligned configuration.
14. The filter device of claim 1 , wherein the geometry of the base comprises an inwardly concaving surface configured to receive a cylindrical outer surface of the pitcher body in the aligned configuration.
15. The filter device of claim 1 , wherein the groove comprises a first receiving portion and a second locking portion configured to prevent at least some movement of the pitcher relative to the base in the aligned configuration.
16. The filter device of claim 1 , wherein the outlet is disposed on the protrusion, and the inlet is disposed in the groove, such that the inlet is in fluid communication with the outlet in the aligned configuration.
17. A method for providing filtered fluid, the method comprising:
receiving, by a base, a pitcher such that a geometry of the pitcher is aligned with a geometry of the base in an aligned configuration, wherein the pitcher includes a lid, and wherein the geometry of the base comprises a protrusion configured to be slidably received by a groove of the lid in the aligned configuration;
detecting, by a sensor, whether a magnetic float coupled to the pitcher is within a detectable range of the sensor, the magnetic float configured to move responsive to a level of fluid within the pitcher;
causing, by a controller, a pump to transfer fluid from a fluid source to the pitcher when the magnetic float is within the detectable range of the sensor; and
ceasing, by the controller, transfer of fluid from the fluid source to the pitcher via the pump when the magnetic float is not within the detectable range of the sensor.
18. The method of claim 17 , wherein receiving, by the base, the pitcher such that the geometry of the pitcher is aligned with the geometry of the base in an aligned configuration comprises slidably receiving the protrusion of the base by the groove of the lid of the pitcher.
19. The method of claim 17 , wherein the magnetic float is configured to move between a minimum position and a maximum position responsive to the level of fluid within the pitcher, and wherein, in the maximum position, the magnetic float is not within the detectable range.