초록 ▼

A sink according to the present invention includes a sink basin having a bottom surface and a top surface with at least one side wall extending therebetween. The sink includes a divider that may be inserted into or removed from an interior area of the sink for selectively dividing the basin into mul

A sink according to the present invention includes a sink basin having a bottom surface and a top surface with at least one side wall extending therebetween. The sink includes a divider that may be inserted into or removed from an interior area of the sink for selectively dividing the basin into multiple smaller compartments. An electromagnet is positioned beneath the bottom surface of the sink and is attracted to a ferrous material on the bottom of the divider for holding the divider securely when actuated. Channels defined by the sink side wall and other sealing components establish a watertight seal between compartments when the electromagnet is actuated. The electromagnet may be connected to the residential power source and may be activated by a user or, automatically, by a sensor. When the divider is removed, the larger single basin may be used for washing larger items.

대표청구항 ▼

What is claimed is as follows: 1. A sink, comprising: a basin presenting a bottom surface spaced apart from a top surface and at least one sidewall connecting said bottom and top surfaces for defining an interior area between said bottom surface, said top surface, and said at least one sidewall; an

What is claimed is as follows: 1. A sink, comprising: a basin presenting a bottom surface spaced apart from a top surface and at least one sidewall connecting said bottom and top surfaces for defining an interior area between said bottom surface, said top surface, and said at least one sidewall; an electromagnet lowerly adjacent said basin bottom surface; and a divider sized to be received generally vertically in said basin interior area to partition said basin interior area, said divider presenting a bottom surface generally complementary to said basin bottom surface and having a ferrous material adjacent said bottom surface for selective attraction to said electromagnet. 2. The sink of claim 1, wherein: said at least one sidewall defines opposed channels; and said divider includes a configuration for selectively extending into said opposed channels when received generally vertically in said basin interior area. 3. The sink of claim 1, further comprising a gasket attached to said divider for sealing said divider to said basin when said divider is received generally vertically in said basin interior area. 4. The sink of claim 3, wherein said gasket extends along the entire said divider bottom surface. 5. The sink of claim 1, wherein said electromagnet is connected to a power source, said sink further comprising means for actuating said electromagnet. 6. The sink of claim 5, wherein said means for actuating said electromagnet includes a switch electrically connected to the power source and said electromagnet. 7. The sink of claim 5, wherein: said means for actuating said electromagnet includes a sensor adjacent said basin bottom surface; and said sensor is electrically connected to the power source and said electromagnet. 8. The sink of claim 7, wherein said sensor is selected from the group consisting of pressure sensors, water level sensors, and moisture sensors. 9. The sink of claim 1, wherein said divider has first and second sides generally complementary to said at least one sidewall of said basin when said divider is received generally vertically in said basin interior area. 10. The sink of claim 9, wherein: said at least one sidewall defines opposed channels; said divider is sized to extend into said opposed channels when received generally vertically in said basin interior area; and said divider first and second sides meet said divider bottom surface to form rounded corners complementary to rounded corners in said channels. 11. The sink of claim 10, further comprising a gasket attached to said divider for sealing said divider to said basin when said divider is received generally vertically in said basin interior area, said gasket extending along the entire said divider bottom surface and along at least a portion of said first and second divider sides. 12. The sink of claim 11, wherein: said electromagnet is connected to a power source; and said sink further comprises means for actuating said electromagnet. 13. The sink of claim 12, wherein said means for actuating said electromagnet includes at least one device selected from the group consisting of: A) a switch electrically connected to the power source and said electromagnet; and B) a sensor electrically connected to the power source and said electromagnet. 14. A sink, comprising: a basin presenting a bottom surface spaced apart from a top surface and at least one sidewall connecting said bottom and top surfaces to define an interior area between said bottom surface, said top surface, and said at least one sidewall; an electromagnet below said basin bottom surface, said electromagnet being electrically connected to a power source; a divider sized to be received in said basin interior area to partition said basin interior area, said divider presenting a bottom surface generally complementary to said basin bottom surface and having a ferrous material adjacent said bottom surface for selective attraction to said electromagnet; and means for actuating said electromagnet. 15. The sink of claim 14, wherein said means for actuating said electromagnet includes at least one device selected from the group consisting of: A) a switch electrically connected to the power source and said electromagnet; and B) a sensor electrically connected to the power source and said electromagnet. 16. The sink of claim 15, wherein said sensor is selected from the group consisting of pressure sensors, water level sensors, and moisture sensors. 17. The sink of claim 14, wherein said divider includes first and second sides that are generally complementary to said at least one sidewall of said basin when said divider is received in said basin interior area. 18. The sink of claim 17, wherein: said at least one sidewall defines opposed channels having rounded lower corners; said divider is sized to extend into said opposed channels when received in said basin interior area; and said divider first and second sides meet said divider bottom surface to form rounded corners complementary to said rounded lower corners in said channels. 19. The sink of claim 18, further comprising a gasket attached to said divider for sealing said divider to said basin when said divider is received in said basin interior area, said gasket extending along the entire said divider bottom surface and along at least a portion of said first and second divider sides. 20. The sink of claim 14, further comprising a gasket attached to said divider for sealing said divider to said basin when said divider is received in said basin interior area, said gasket extending along the entire said divider bottom surface.