Flow detector with alarm features

• US 7,969,318 B2
• Filed: 06/15/2008
• Issued: 06/28/2011
• Est. Priority Date: 06/15/2007
• Status: Expired due to Fees

• Current Assignee: Cary Frieden, Matt White
• Original Assignee: Cary Frieden, Matt White
• Inventors: Frieden, Cary, White, Matt
• Primary Examiner(s): Previl; Daniel
• Application Number:
  US12/139,503
• Publication Number:
  US 20080309503A1
• Time in Patent Office: 1,108 Days
• Field of Search: 340/606, 340/605, 340/616, 340/603, 340/609, 340/604, 340/625, 340/610, 340/623, 340618-621
• US Class Current: 340/606
• CPC Class Codes: G01M 3/26 by measuring rate of loss or gain of fluid, e.g. by pressure-responsive devices, by flow detectors

Abstract

The disclosed invention relates to detecting a flow condition in a fluid supply system. The invention is particularly useful for detecting flow in a toilet system. The flow detection device comprises a processor associated with a flow sensor. Predefined flow criteria are stored in a memory associated with said processor. When the processor detects flow through the fluid supply system, the processor uses the flow criteria to characterize the detected flow. If such flow complies with predefined flow conditions, a flow event is noted and an alert is issue. Such alert is configured according to predefined alert-criteria stored in a memory.

Claims

1. A flow detection device for detecting flow associated with a fluid source, said flow detection device comprising:

a processor enclosed by a housing configured for being associated with a fluid source;

a memory that is one of (a) electrically associated with said processor and (b) integral to said processor, wherein said memory is configured to store data representing alert-criteria and flow-criteria;

a flow sensor electrically associated with said processor and disposed within said housing at a position to allow said flow sensor to detect at least one of (a) fluid flow through said fluid source and (b) fluid flow in a fluid source;

an environment sensor electrically associated with said processor and mechanically associated with said housing and configured for generating environment sensor signals related to an environmental parameter;

an alert-generator mechanically associated with said housing wherein said alert-generator is at least one of (a) a sound generator electrically associated with said processor and configured for generating a sound based alert and (b) a visual signal generator electrically associated with said processor and configured for generating a visual based alert;

wherein said processor is configured for using said flow sensor and said flow-criteria to detect a predefined flow condition; and

wherein said processor is further configured to activated said alert-generator according to said alert-criteria for a detected flow condition.

2. A flow detection device for detecting flow as in claim 1, wherein said memory is further configured to store reset-criteria and wherein said flow detection device further comprises a first reset device associated with said housing and electrically associated with said processor and wherein said first reset device is configured for generating a first reset signal when actuated and wherein said processing device is configured to use said first reset signal and said reset-criteria to perform a task defined by said reset-criteria.

3. A flow detection device for detecting flow as in claim 2, wherein said flow detection device further comprises a second reset device disposed within said housing electrically associated with said processor and wherein said second reset device is configured for generating a second reset signal when actuated and wherein said processing device is configured to use said second reset signal and said reset-criteria to perform a task defined by said reset-criteria.

4. A flow detection device for detecting flow as in claim 3, wherein said fluid source is a household water pipe and wherein said housing further comprises at least one arm for mechanically associating said housing with said water pipe.

5. A flow detection device for detecting flow as in claim 4, wherein each of said at least one arm is configured for allowing said housing to be associated with said water pipe without interrupting the water supply.

6. A flow detection device for detecting flow as in claim 4, wherein said flow detector is an acoustic sensor configured for hearing flow through said water pipe.

7. A flow detection device for detecting flow as in claim 6, wherein said flow-criteria comprise (1) continuous flow event criteria and (2) a periodic flow event criteria.

8. A flow detection device for detecting flow as in claim 7, wherein said water pipe is the supply line for a toilet.

9. A flow detection device for detecting flow as in claim 8, wherein said periodic flow event criteria requires detecting water flow at least once every hour during a 24 hour period.

10. A flow detection device for detecting flow as in claim 8, wherein said continuous flow criteria requires detecting continuous flow for 7 minutes.

11. A flow detection device for detecting flow as in claim 1, wherein said alert-criteria comprises continuous-flow criteria and periodic-flow alert criteria.

12. A flow detection device for detecting flow as in claim 11, wherein said periodic-flow alert comprises (a) activating said visual signal generator to generate a flashing light signal, (b) activating said sound generator to generate a sound based alert, and (c) wherein said environment sensor is a light sensor and wherein said environment sensor is detecting predefined level of light before said sound based alert is activated.

13. A flow detection device for detecting water flow through a toilet, said flow detection device comprising:

a processor enclosed by a housing configured for being associated with at least one of (a) a toilet bowl and (b) a toilet tank;

a memory that is one of (a) electrically associated with said processor and (b) integral to said processor, said memory configured to store alert-criteria and flow-criteria;

a flow sensor electrically associated with said processor, said flow sensor suitably associated with said housing to allow said flow sensor to detect fluid flow through at least one of said toliet bowl and said toliet tank;

an alert-generator comprising at least one of (a) a sound generator electrically associated with said processor and configured for generating a sound based alert and a visual signal generator electrically associated with said processor and configured for generating a visual based alert;

wherein said processor is configured for using said flow sensor and said flow-criteria to detect a predefined flow condition; and

wherein said processor is further configured to activated said alert-generator according to said alert-criteria for the detected flow condition.

14. A flow detection device for detecting water flow through a toilet as in claim 13, further comprising a first reset device electrically associated with said processor and configured for generating a user-reset reset according to reset-criteria stored in said memory.

15. A flow detection device for detecting water flow through a toilet as in claim 13, further comprising a second reset device electrically associated with said processor and configured for generating an owner-reset according to reset-criteria stored in said memory.

16. A flow detection device for detecting water flow through a toilet as in claim 13, wherein said flow-criteria includes a flow condition where water flow through said toilet is detected at least once during a predefined time interval for at least one of (a) a predefined number of consecutive intervals;

and (b) a predefined-number-of-intervals during a predefined period of time.

17. A flow detection device for detecting water flow through a toilet as in claim 13, wherein said predefined time interval is 7 minutes, said predefined number of consecutive intervals is 10, said predefined-number-of-intervals is 10 and said predefined period of time is 24.

18. A flow detection device for detecting water flow in a water supply line associated with a toilet, said flow detection device comprising:

a processor enclosed by a housing, wherein said housing comprises at least one arm for mechanically associating said housing with said water supply line and wherein said processor is configured to track time to determine time-data;

a memory that is one of (a) electrically associated with said processor and (b) integral to said processor, said memory configured to store alert-criteria and flow-criteria and wherein said alert-criteria includes time-criteria;

a microphone electrically associated with said processor via an amplifier circuit, said microphone disposed in said housing so that said microphone is substantially adjacent to said water supply line;

an alert-generator comprising at least one of (a) a sound generator electrically associated with said processor and configured for generating a sound based and (b) a light generator electrically associated with said processor and configured for generating a light based alert;

wherein said processor is configured for using said microphone to listen for water flow though said water line to generate flow-data, said processor further configured to use said flow-data and said flow-criteria to detect a predefined flow condition; and

wherein said processor is further configured to activated said alert-generator when said time-data satisfies said time-criteria.

19. A flow detection device for detecting water flow in a water supply line associated with a toilet as in claim 18, further comprising a first reset device electrically associated with said processor and configured for generating an user-reset.

20. A flow detection device for detecting water flow in a water supply line associated with a toilet as in claim 19, wherein said flow-criteria comprise (1) continuous flow event criteria and (2) a periodic flow event criteria.