PORTABLE HYDRANT METER AND SYSTEM OF USE THEREOF

• US 20080189056A1
• Filed: 04/09/2008
• Published: 08/07/2008
• Est. Priority Date: 08/08/2006
• Status: Abandoned Application

• Current Assignee: Donald S. Mccroskey, Jeremy N. Heidl
• Original Assignee: Donald S. Mccroskey, Jeremy N. Heidl
• Inventors: McCroskey, Donald S., Heidl, Jeremy N.
• Application Number:
  US12/100,041
• Publication Number:
  US 20080189056A1
• Time in Patent Office: Days
• US Class Current: 702/45
• CPC Class Codes: G01F 15/005 Valves valves in general F16K
• CPC Class Codes: G01F 15/063 using electrical means
• CPC Class Codes: G01F 15/18 Supports or connecting means for meters

Abstract

The meter system having a portable water meter that is releaseably mountable onto a discharge nozzle of the fire hydrant and a flow sensor that senses the water flow rate passing therethrough the portable water meter. A processor receives, processes, and/or stores data from the flow sensor and a satellite positioning system. The hydrant meter system further has a communication device that is adapted to transmit the processed flow signal and the processed positioning signal to a remote server system via a communication medium. The hydrant meter system allows for automated water utility resource measurements, data collection and exercise of control and notification of fire hydrant water usage.

Claims

1. A meter system for collecting and communicating flow data for water from a fire hydrant having a discharge nozzle, the system comprising:

a portable water meter releaseably mountable on the discharge nozzle of the fire hydrant;

a flow sensor configured to output a flow signal representative of the water flow rate passing therethrough the portable water meter;

a satellite positioning system;

a processor configured to;

receive the flow signal output by the flow sensor, process the flow signal to adapt the flow signal for transmission, store the processed flow signal in a data storage device,

receive satellite position determining signals output by the satellite positioning system, process the satellite position determining signals to adapt the satellite position determining signals for transmission, and store the processed positioning signal in the data storage device;

a communication device configured to transmit the processed flow signal and the processed positioning signal from the water meter via a communication medium.

2. The meter system of claim 1, wherein the water meter has a first housing, further comprising a substantially enclosed second housing mounted thereon on the first housing, and wherein at least portions of the processor and the satellite positioning system is disposed therein the second housing.

3. The meter system of claim 2, wherein at least portions of the communication device are disposed therein the second housing.

4. The meter system of claim 1, further comprising a server located remotely from the portable water meter.

5. The meter system of claim 4, wherein the communication medium operatively couples the portable water meter and to the server.

6. The meter system of claim 5, wherein the communication medium is at least one of a packet-switched network, a serial communications network, a cellular digital data modem network, a two-way pager network, a satellite network, and a wide area network.

7. The meter system of claim 5, wherein the communication device comprises a transmitter mounted to the portable water meter to transmit the processed signal data via the communication medium;

and wherein the server comprises a receiver operatively coupled to the server to receive the processed signal data via the communication medium.

8. The meter system of claim 7, wherein the portable water meter comprises a first housing having an inlet end, an opposed outlet end, and defining a conduit extending between the respective inlet and outlet ends.

9. The meter system of claim 8, further comprising a control valve constructed and arranged for mounting in the conduit of the first housing, the control valve selectively movable between an open position, in which water is allowed to flow out of the outlet end of the first housing, and a closed position, in which water cannot exit the outlet end of the first housing.

10. The meter system of claim 9, wherein the control valve is electrically coupled to the processor, and wherein the control valve is responsive to control signals received from the processor to move the control valve between the open position and the closed position.

11. The meter system of claim 10, further comprising a transmitter operatively coupled to the server to transmit a control signal to the portable water meter via the communication medium;

and wherein the communication device further comprises a receiver mounted to the portable water meter to receive the control signal from the server via the communication medium.

12. The meter system of claim 11, wherein the transmitter and receiver mounted to the portable water meter comprise a transceiver device.

13. The meter system of claim 8, further comprising a strainer, wherein the strainer is disposed therein the conduit intermediate the inlet end of the first housing and the flow sensor.

14. The meter system of claim 9, wherein the control valve is positioned intermediate the flow sensor and the outlet end of the first housing.

15. The meter system of claim 8, wherein the flow sensor comprises a magnetic rotation sensor to detect water flow therethrough the first housing.

16. The meter system of claim 2, further comprising a programming port contained within the second housing and coupled to the processor such that programming instructions and recorded information can be communicated to and from the processor from external to the second housing through the programming port.

17. The meter system of claim 1, wherein a portable water meter identification information is stored therein the data storage device, and wherein the communication device transmits the stored water meter identification information from the portable water meter via the communication medium.

18. The meter system of claim 4, wherein the server comprises a database, wherein the database comprises the predetermined geographical location of each fire hydrant for a utility service area.

19. A portable meter apparatus for a fire hydrant having a discharge nozzle, the apparatus comprising:

a housing releaseably mountable on a discharge nozzle of a fire hydrant, the housing having an inlet end, an outlet end, and defining a conduit extending there between the inlet and outlet ends;

a means for determining the flow rate therethrough the conduit;

a means for determining the geographic coordinate location information of the housing;

a processor coupled to the means for determining the flow rate and the means for determining the geographic coordinate location information; and

a means for transmitting, coupled to the processor, the flow rate signal and the geographic coordinate location of the housing remotely from the housing.

20. A meter system for a fire hydrant having a discharge nozzle, the system comprising:

a) a server system

b) a portable meter apparatus, comprising;

i) a housing mountable on a discharge nozzle of a fire hydrant,

ii) a flow configured to output a flow rate signal representative of a flow rate therethrough the housing of the portable meter apparatus;

iii) a processor adapted to receive and store the flow signal output by the flow sensor;

iv) a satellite positioning system, wherein the processor is adapted to receive satellite position determining signals, process the satellite position determining signals to adapt the satellite position determining signals for transmission, and;

v) a communication device operatively coupled to the processor that is adapted to transmit the flow signal and processed positioning signal to the server system via a communication medium