Granted Patent B2

US 8,758,628 · App. 12/246,343 · Granted Jun 24, 2014

Abstract

Claims (32)

1. A sensor assembly for a water softening system comprising:

a first treatment tank having a first valve assembly and a sensor probe;

a first flow meter within said first treatment tank;

a second treatment tank having a second valve assembly;

a second flow meter within said second treatment tank, wherein said first flow meter and said second flow meter are different;

a brine tank independently connected to each of said first treatment tank and said second treatment tank; and

a controller configured for communicating with said sensor probe and said first flow meter within said first treatment tank, and said second flow meter within said second treatment tank, said controller configured for communicating with said first valve assembly and said second valve assembly,

said first flow meter being configured to track a first number of gallons of fluid flowing through said first treatment tank until regeneration is necessary in said first treatment tank, and when regeneration is necessary in said first treatment tank, said controller records said first number of gallons and sends a signal to said first valve assembly to switch from a service phase to a regeneration phase, and triggers operation of said second treatment tank; and

said second flow meter being configured to track a second number of gallons of fluid flowing through said second treatment tank and, when said second number of gallons of fluid reaches said first number of gallons, said controller sends a signal to said first valve assembly to switch from said regeneration phase to said service phase and to said second valve assembly to switch from a service phase to a regeneration phase.

2. The sensor assembly of claim 1 , wherein said sensor probe includes a pair of vertically spaced electrodes configured for detecting an impedance difference of an ion exchange resin in said first treatment tank, and when said impedance reaches a predetermined level, said sensor probe sends a signal to said controller to indicate that regeneration is necessary, and triggers operation of said second treatment tank.

3. The sensor assembly of claim 1 , further including a remote display in communication with said controller for allowing control of said first valve assembly and said second valve assembly from a remote location.

4. The sensor assembly of claim 3 , wherein said remote display includes a main circuit board and a radio transmitter.

5. The sensor assembly of claim 1 , further including a modem in communication with said controller and configured for sending an electronic message providing status updates and error messages.

6. A sensor assembly for a water softening system comprising:

a first treatment tank having a first valve assembly and a sensor probe;

a first flow meter within said first treatment tank;

a second treatment tank having a second valve assembly

a second flow meter within said second treatment tank, wherein said first flow; meter and said second flow meter are different;

a brine tank independently connected to each of said first treatment tank and said second treatment tank;

a controller configured for communicating with said sensor probe and said first flow meter in said first treatment tank, and said second flow meter in said second treatment tank; said controller configured for communicating with said first valve assembly and said second valve assembly and when regeneration is necessary in said first treatment tank, said controller sends a signal to said first valve assembly to switch from a service phase to a regeneration phase, and triggers operation of said second treatment tank; and

a remote display in communication with said controller for allowing control of said first valve assembly and said second valve assembly from a remote location,

said sensor probe including a pair of vertically spaced electrodes configured for detecting an impedance difference of an ion exchange resin in said first treatment tank, and when said impedance reaches a predetermined level, said sensor probe sends a signal to said controller to indicate that regeneration is necessary, and triggers operation of said second treatment tank,

said second flow meter configured for tracking a number of gallons of fluid flowing through said second treatment tank and when said number of gallons of fluid reaches a number of gallons needed for regeneration in said first treatment tank, said controller sends a signal to said first valve assembly to switch from said regeneration phase to said service phase and to said second valve assembly to switch from a service phase to a regeneration phase.

7. The sensor assembly of claim 6 , which includes a modem in communication with said controller, said modem operable to send an electronic message for providing status updates and error messages.

8. A method for controlling a water softening system, said water softening system comprising a sensor assembly as defined by claim 1 , comprising:

providing a first treatment tank having a first valve assembly, a first flow meter and a sensor probe;

providing a second treatment tank having a second valve assembly and a second flow meter;

independently connecting a brine tank to each of said first treatment tank and said second treatment tank;

communicating with said sensor probe and said first flow meter in said first treatment tank, and said second flow meter in said second treatment tank; and

sending a message to an off-site service provider network reporting a condition of the water softening system.

9. The method of claim 8 , wherein communicating with said sensor probe and said first flow meter includes remotely communicating with said sensor probe and said first flow meter using a remote display for controlling the water softening system from a remote location.

10. The method of claim 8 , wherein said condition includes at least one of status updates and error messages related to the water softening system.

Assignments (11)