Washing machine overflow prevention device

A washing machine overflow prevention device comprising:

• a plug-port assembly comprising a plug, a port, and a breaker wherein the plug of the plug-port assembly is configured for inserting into an outlet coupled to an electrical circuit of a building, the port is configured for inserting a power cord plug of a washing machine for powering the washing machine, and the breaker is positioned for operationally coupling the plug of the plug-port assembly to the port;
• a switching sensor coupled to and positioned in a standpipe, the switching sensor being operationally coupled to the plug of the plug-port assembly such that the switching sensor receives power from the electrical circuit, the switching sensor being operationally coupled to the breaker wherein the switching sensor is configured for detecting a water level in the standpipe and for selectively actuating the breaker for decoupling the port from the plug of the plug-port assembly in event of a high-water level in the standpipe for preventing flooding of an area proximate to the washing machine, the switching sensor comprising:
• a housing defining an interior space,
• a microprocessor coupled to the housing and positioned in the interior space,
• a trip switch coupled to the housing and positioned in the interior space, the trip switch being operationally coupled to the microprocessor,
• a tube coupled by an upper end to the housing, the tube extending perpendicularly from a lower face of the housing, the tube having a lower end, the lower end being open,
• a coupler coupled to the housing wherein the coupler is configured for coupling the housing to an upper rim of the standpipe, the coupler comprising a clip coupled to and extending from the lower face of the housing such that the clip and the tube define a slot wherein the slot is configured for inserting a wall of the standpipe for coupling the housing to the upper rim of the standpipe,
• an upper catch coupled to and positioned in the tube, the upper catch comprising:
• an upper disc coupled to the tube and extending around an internal perimeter of the tube, the upper disc being concavely arcuate such that the upper disc extends toward the housing, and
• a first hole centrally positioned through the upper disc,
• a lower catch coupled to and positioned in the tube between the upper catch and the lower end of the tube, the lower catch comprising:
• a lower disc coupled to the tube and extending around the internal perimeter of the tube, the lower disc being concavely arcuate such that the lower disc extends toward lower end of the tube, and
• a second hole centrally positioned through the lower disc wherein the second hole is configured for passing of water through the lower disc,
• a sphere positioned in the tube between the upper catch and the lower catch wherein the sphere is configured for floating at a level of water in the standpipe, wherein the sphere is positioned for substantially sealing the first hole such that water does not pass through the first hole,
• a rod coupled to the sphere and extending through the upper catch wherein the rod is positioned for inserting through an orifice positioned in the lower face of the housing for actuating the trip switch when the sphere rises to the upper catch positioning the microprocessor for actuating the breaker for decoupling the port from the plug in event of a high-water level in the standpipe for preventing flooding of an area proximate to the washing machine, the rod being positioned through the first hole,
• a bulb coupled to the housing, the bulb being operationally coupled to the microprocessor wherein the microprocessor is positioned for actuating the bulb upon actuation of the trip switch by the rod for alerting a user to a high-water level event, the bulb comprising a red light emitting diode,
• a reset button coupled to and extending from the housing, the reset button being operationally coupled to the microprocessor, the reset button being depressible wherein the reset button is configured for depressing for resetting the trip switch after the high-water level event, and
• a counter coupled to the housing and positioned in the interior space, the counter being operationally coupled to the microprocessor wherein the counter is positioned for enumerating a number of high-water level events;
• and
• a knob coupled to the plug-port assembly, the knob being depressible, the knob being operationally coupled to the breaker wherein the knob is configured for depressing for resetting the breaker after the high-water level event for coupling the port to the plug.