Apparatus to confirm correct meter sizing
A meter register of the type having a sealed register body, and a member adapted to measure liquid flow through the meter and an antenna mounted within the register body is improved by providing a microprocessor adapted to have a calculated water meter maximum flow rate and a minimum flow rate defined as the meter flow rate range. The member co-acts with the microprocessor to determine flow rate, and the microprocessor is adapted to forward a signal to the antenna when the flow rate of the meter is outside, or within, the meter flow rate range, and the antenna transmits the signal to the water utility that the meter is not properly sized, or is properly sized, respectively.
1. A meter comprising a first portion configured to permit fluid to pass from an inlet pipe to an outlet pipe, and a second portion comprising a member and a microprocessor, wherein the member is configured to measure a volume of fluid passing through the first portion and co-acts with the microprocessor to determine a flow rate of fluid based on a change in the volume of fluid passing through the first portion,
the microprocessor having a programmed criteria defined to determine in real time if the meter is a correctly sized meter, by determining, using the microprocessor, whether the flow rate of fluid passed through the first portion satisfies the programmed criteria while the volume of fluid passes from the inlet pipe through the first portion to the outlet pipe.
2. The meter as claimed in claim 1 , wherein the meter is a utility meter.
3. The meter as claimed in claim 2 , wherein the utility meter is a water meter.
4. The meter as claimed in claim 1 , wherein the programmed criteria includes a predetermined volume value, wherein the microprocessor determines whether the volume of fluid passed through the first portion exceeds the predetermined volume value over a predetermined time interval, and wherein the microprocessor issues a signal based on whether the volume of fluid passed through the first portion exceeded the predetermined volume value.
5. The meter as claimed in claim 1 , wherein the programmed criteria includes a predetermined flow rate value, wherein the microprocessor determines whether a flow rate of fluid passed through the first portion is below the predetermined flow rate value, and wherein the microprocessor issues a signal based on whether the flow rate of fluid passed through the first portion was below the predetermined flow rate value.
6. The meter as claimed in claim 1 , wherein the programmed criteria includes a predetermined flow rate value, wherein the microprocessor determines whether a flow rate of fluid passed through the first portion exceeds the predetermined flow rate value, and wherein the microprocessor issues a signal based on whether the flow rate of fluid passed through the first portion exceeded the predetermined flow rate value.
7. The meter as claimed in claim 6 , wherein the microprocessor determines whether the flow rate of fluid passed through the first portion exceeded the predetermined flow rate value a predetermined number of times, and wherein the microprocessor issues the signal based on whether the flow rate of fluid passed through the first portion exceeded the predetermined flow rate value the predetermined number of times.
8. The meter as claimed in claim 6 , wherein the microprocessor determines whether the flow rate of fluid passed through the first portion exceeded the predetermined flow rate value over a predetermined time interval, and wherein the microprocessor issues the signal based on whether the flow rate of fluid passed through the first portion exceeded the predetermined flow rate value over the predetermined time interval.
9. The meter as claimed in claim 6 , wherein the microprocessor determines whether the flow rate of fluid passed through the first portion exceeded the predetermined flow rate value a predetermined number of times over a predetermined time interval, and wherein said microprocessor issues the signal based on whether the flow rate of fluid passed through the first portion exceeded the predetermined flow rate value the predetermined number of times over the predetermined time interval.
10. The meter of claim 1 , wherein the first portion is a meter body and the second portion is a meter register.
11. A method of confirming whether an installed meter is a correctly sized meter, comprising the steps of:
determining a flow rate of fluid passing from an inlet pipe through a first portion of an installed meter based on a change in volume of fluid passing through the first portion, the first portion of the installed meter co-acting with a second portion of the installed meter, wherein the second portion is configured to measure the change in volume of fluid passing through the first portion; and
determining in real time whether the flow rate of fluid passed through the first portion satisfies a programmed criteria defined in a microprocessor that is part of the installed meter to determine if the installed meter is a correctly sized meter while the volume of fluid passes from the inlet pipe through the first portion to a pipe of a building.
12. The method as claimed in claim 11 , wherein a signal is issued if the installed meter is a correctly sized meter.
13. The method as claimed in claim 11 , wherein a signal is issued if the installed meter is an incorrectly sized meter.
14. The method as claimed in claim 11 , wherein the programmed criteria includes a predetermined volume value, wherein the microprocessor determines whether the volume of fluid passed through the first portion exceeds the predetermined volume value over a predetermined time interval, and wherein the microprocessor issues a signal based on whether the volume of fluid passed through the first portion exceeded the predetermined volume value.
15. The method as claimed in claim 11 , wherein the programmed criteria includes a predetermined flow rate value, wherein the microprocessor determines whether the flow rate of fluid passed through the first portion is below the predetermined flow rate value, and wherein the microprocessor issues a signal based on whether the flow rate of fluid passed through the first portion was below the predetermined flow rate value.
16. The method as claimed in claim 11 , wherein the programmed criteria includes a predetermined flow rate value, wherein the microprocessor determines whether the flow rate of fluid passed through the first portion exceeds the predetermined flow rate value, and wherein the microprocessor issues a signal based on whether the flow rate of fluid passed through the first portion exceeded the predetermined flow rate value.
17. The method as claimed in claim 16 , wherein the microprocessor determines whether the flow rate of fluid passed through the first portion exceeded the predetermined flow rate value a predetermined number of times, and wherein the microprocessor issues the signal based on whether the flow rate of fluid passed through the first portion exceeded the predetermined flow rate value the predetermined number of times.
18. The method as claimed in claim 16 , wherein the microprocessor determines whether the flow rate of fluid passed through the first portion exceeded the predetermined flow rate value over a predetermined time interval, and wherein the microprocessor issues the signal based on whether the flow rate of fluid passed through the first portion exceeded the predetermined flow rate value over the predetermined time interval.
19. The method as claimed in claim 16 , wherein the microprocessor determines whether the flow rate of fluid passed through the first portion exceeded the predetermined flow rate value a predetermined number of times over a predetermined time interval, and wherein the microprocessor issues the signal based on whether the flow rate of fluid passed through the first portion exceeded the predetermined flow rate value the predetermined number of times over the predetermined time interval.
20. A meter as claimed in claim 1 , wherein the meter further comprises an antenna coupled to the microprocessor that transmits signals corresponding to a first signal and a second signal issued by the microprocessor,
wherein the microprocessor determines the volume of fluid passed through the first portion and issues the first signal to indicate the volume of fluid passed through the first portion, and
wherein the microprocessor issues the second signal based on whether the programmed criteria is satisfied.
21. The method of claim 11 , further comprising:
issuing a first signal from the microprocessor to indicate a measured volume of fluid passed through the first portion;
issuing a second signal from the microprocessor based on whether the programmed criteria is satisfied; and
transmitting signals generated by the microprocessor through an antenna.
22. The method of claim 11 , wherein the first portion is a meter body and the second portion is a meter register.