INFRASTRUCTURE DEVICE WITH MODULAR REMOTE SENSORS

• US 20090135006A1
• Filed: 11/26/2007
• Published: 05/28/2009
• Est. Priority Date: 11/26/2007
• Status: Abandoned Application

• Current Assignee: Optimal Innovations Incorporated
• Original Assignee: Optimal Innovations Incorporated
• Inventors: Schoettle, Roland
• Application Number:
  US11/944,936
• Publication Number:
  US 20090135006A1
• Time in Patent Office: Days
• US Class Current: 340/540
• CPC Class Codes: G08B 13/00 Burglar, theft or intruder alarms
• CPC Class Codes: G08B 17/00 Fire alarms; Alarms responsive to explosion
• CPC Class Codes: G08B 19/005 combined burglary and fire alarm systems

Abstract

The present invention is directed to a system and method which allows a user to mount a utility function monitoring element in a location where the monitoring element can detect a desired stimulus, even when the mounting location is remote from an access point to the premises infrastructure wiring. In one embodiment, the monitoring element is registered with a control device mounted within a particular utility box. In such a situation, the monitoring element communicates with the utility box control device either wirelessly or via the premises electrical wiring.

Claims

1. A utility device comprising:

a first portion for electrically connecting to premises infrastructure wiring;

a second portion for electrically mating with said first portion, said second portion operable for monitoring at least one premises function via said mated relationship with said first portion; and

wherein said monitoring can be from a location physically remote from said first portion.

2. The utility device of claim 1 wherein said mated relationship is a wireless connection.

3. The utility device of claim 2 wherein said mated relationship is a direct wired relationship.

4. The utility device of claim 1 wherein said second portion is selected from the list of detectors, monitors, and sensors:

CO;

CO₂;

biohazard;

fire;

video;

audio;

messages;

alerts;

alarms;

medical condition;

data type;

access;

remote control (e.g., for TVs, radios, lighting);

media;

identification;

humidity;

barometric pressure;

weight (mass);

traffic patterns;

occupancy;

motion;

power quality;

operating cost;

power factor;

voltage;

frequency;

current;

phasor;

phase angle;

impedance;

active power;

reactive power;

energy storage;

battery condition;

priority;

proximity;

inertia;

selective audio frequency (audio recognition, e.g., voice, glass break);

selective video (visual recognition, e.g., terrorist);

flooding;

vibration;

smoke;

radiation;

ultrasound;

acoustic sound;

infrasound;

infrared;

light;

microwave;

radio frequency;

electromagnetic radiation;

nuclear radiation;

coherent radiation;

bacteria;

bio-hazards;

diseases;

poisons;

germs;

toxic materials;

air quality;

load;

stress;

material type.

5. The utility device of claim 1 wherein said at least one premises function is selected from first portion comprising:

electric light;

motion sensor, clock, temperature sensor, monitor, intercom, speaker, temperature control, humidistat, CO detector;

CO₂ detector;

biohazard detector;

fire detector;

video display;

message panel;

alert panel;

alarm panel;

medical monitor;

data access panel;

data access interface;

physical access panel;

physical access interface;

multimedia interface;

identification interface;

barometric pressure monitor;

weight (mass) monitor;

traffic pattern monitor;

occupancy monitor;

motion monitor;

power quality monitor;

operating cost monitor;

power factor monitor;

voltage monitor;

frequency monitor;

current monitor;

phasor monitor;

phase angle monitor;

impedance monitor;

active power monitor;

reactive power monitor;

energy storage monitor;

battery condition monitor;

priority monitor;

proximity monitor;

inertia monitor;

selective audio frequency monitor (audio recognition, e.g., voice, glass break);

selective video monitor (visual recognition, e.g., terrorist);

flooding monitor;

vibration monitor;

smoke monitor;

radiation monitor;

ultrasound monitor;

acoustic sound monitor;

infrasound monitor;

infrared monitor;

light monitor;

microwave monitor;

radio frequency monitor;

electromagnetic radiation monitor;

nuclear radiation monitor;

coherent radiation monitor;

bacteria monitor;

bio-hazard monitor;

disease monitor;

poison monitor;

germ monitor;

toxic material monitor;

air quality monitor;

load monitor;

stress monitor;

material type monitor.

6. A device for use in a utility box, said device comprising:

means for electrically connecting a first portion of said device to premises wiring within said utility device, and

means for allowing a second portion of said device to monitor a premises function via said electrically connected first portion, while said second portion is located remote from said utility box.

7. The utility device of claim 6 wherein said second portion is selected from the list of detectors, monitors, and sensors:

CO;

CO₂;

biohazard;

fire;

video;

audio;

messages;

alerts;

alarms;

medical condition;

data type;

access;

remote control (e.g., for TVs, radios, lighting);

media;

identification;

humidity;

barometric pressure;

weight (mass);

traffic patterns;

occupancy;

motion;

power quality;

operating cost;

power factor;

voltage;

frequency;

current;

phasor;

phase angle;

impedance;

active power;

reactive power;

energy storage;

battery condition;

priority;

proximity;

inertia;

selective audio frequency (audio recognition, e.g., voice, glass break);

selective video (visual recognition, e.g., terrorist);

flooding;

vibration;

smoke;

radiation;

ultrasound;

acoustic sound;

infrasound;

infrared;

light;

microwave;

radio frequency;

electromagnetic radiation;

nuclear radiation;

coherent radiation;

bacteria;

bio-hazards;

diseases;

poisons;

germs;

toxic materials;

air quality;

load;

stress;

material type.

8. The utility device of claim 6 further comprising:

means for allowing said function to be performed from said utility box while said second portion is remote there from.

9. A utility device comprising:

at least one removable control device adapted for mounting within a utility box, said mounting being concurrently with at least one electrical control/monitoring device selected from the list of;

electrical switch, electrical outlet socket, electric light;

motion sensor, clock, temperature sensor, monitor, intercom, speaker, temperature control, humidistat, CO detector;

CO₂ detector;

biohazard detector;

fire detector;

video display;

message panel;

alert panel;

alarm panel;

medical monitor;

data access panel;

data access interface;

physical access panel;

physical access interface;

multimedia interface;

identification interface;

barometric pressure monitor;

weight (mass) monitor;

traffic pattern monitor;

occupancy monitor;

motion monitor;

power quality monitor;

operating cost monitor;

power factor monitor;

voltage monitor;

frequency monitor;

current monitor;

phasor monitor;

phase angle monitor;

impedance monitor;

active power monitor;

reactive power monitor;

energy storage monitor;

battery condition monitor;

priority monitor;

proximity monitor;

inertia monitor;

selective audio frequency monitor (audio recognition, e.g., voice, glass break);

selective video monitor (visual recognition, e.g., terrorist);

flooding monitor;

vibration monitor;

smoke monitor;

radiation monitor;

ultrasound monitor;

acoustic sound monitor;

infrasound monitor;

infrared monitor;

light monitor;

microwave monitor;

radio frequency monitor;

electromagnetic radiation monitor;

nuclear radiation monitor;

coherent radiation monitor;

bacteria monitor;

bio-hazard monitor;

disease monitor;

poison monitor;

germ monitor;

toxic material monitor;

air quality monitor;

load monitor;

stress monitor;

material type monitor, said electrical control device adapted for becoming electrically connected to premises electrical wiring within said premises utility box;

means for allowing said removable control device to be removed from said utility box separate from a removal of any device concurrently mounted in said utility box; and

means for enabling a removed device to control a specific utility device via wireless communication with said utility box.

10. The utility device of claim 9 further comprising:

means for allowing said removable control device to become electrically physically connected to said premises wiring while said removable control device is within said utility box.

11. The utility device of claim 9 further comprising:

means for allowing said removable control device to become electrically physically connected to at least one of said electrical control devices while said removable control device is within said utility box.

12. A utility device comprising:

an electrical monitoring device selected from the list of;

electrical switch, electrical outlet socket, electric light;

motion sensor, clock, temperature sensor, monitor, intercom, speaker, temperature control, humidistat, CO detector;

CO₂ detector;

biohazard detector;

fire detector;

video display;

message panel;

alert panel;

alarm panel;

medical monitor;

data access panel;

data access interface;

physical access panel;

physical access interface;

multimedia interface;

identification interface;

barometric pressure monitor;

weight (mass) monitor;

traffic pattern monitor;

occupancy monitor;

motion monitor;

power quality monitor;

operating cost monitor;

power factor monitor;

voltage monitor;

frequency monitor;

current monitor;

phasor monitor;

phase angle monitor;

impedance monitor;

active power monitor;

reactive power monitor;

energy storage monitor;

battery condition monitor;

priority monitor;

proximity monitor;

inertia monitor;

selective audio frequency monitor (audio recognition, e.g., voice, glass break);

selective video monitor (visual recognition, e.g., terrorist);

flooding monitor;

vibration monitor;

smoke monitor;

radiation monitor;

ultrasound monitor;

acoustic sound monitor;

infrasound monitor;

infrared monitor;

light monitor;

microwave monitor;

radio frequency monitor;

electromagnetic radiation monitor;

nuclear radiation monitor;

coherent radiation monitor;

bacteria monitor;

bio-hazard monitor;

disease monitor;

poison monitor;

germ monitor;

toxic material monitor;

air quality monitor;

load monitor;

stress monitor;

material type monitor, said electrical control device(s) adapted for becoming electrically connected to premises electrical wiring within a premises utility box, said electrical connections operative to allow said control device to control utility functions; and

a renewable monitoring element mounted in conjunction with said control devices, said renewable monitoring element operative in conjunction with a monitoring device for controlling one of said utility functions.

13. The utility device of claim 12 further comprising:

means for allowing said renewable monitoring device to be removed from said utility box without separating said renewable monitoring device from said control of said utility function.

14. A method for operating a premises utility function, said method comprising:

removing at least a portion of a monitoring device from a premises utility box;

allowing a removed monitoring module to continue to monitor a premises utility function from a location remote from said utility box; and

receiving at said utility box control information from said removed monitoring portion.

15. The method of claim 14 further comprising:

positioning said monitoring module in a fixed location remote from said utility box for a period of time, said position being selected to allow said monitoring module to be in a better location to sense a stimulus than it would be in if said monitoring module were to be located at said utility box.

16. The method of claim 15 further comprising:

returning said monitoring module to said utility box for a period of time.

17. The method of claim 15 wherein said monitoring module communicates with said utility box via at least one of the following:

wirelessly, via communications over premises wiring.

18. A method for operating a premises utility function, said method comprising:

registering a monitoring module with a particular premises function monitoring device mounted within a utility box; and

allowing said registered monitoring module to control said particular premises utility function from a location remote from said utility box.

19. The method of claim 18 further comprising:

positioning said monitoring module in a fixed location remote from said utility box for a period of time, said position being selected to allow said monitoring module to be in a better location to sense a stimulus than it would be in if said monitoring module were to be located at said utility box.

20. The method of claim 18 wherein said monitoring module communicates with said utility box via at least one of the following:

wirelessly, via communications over premises wiring.

21. The method of claim 18 further comprising:

allowing said registered monitoring module to be “

tagged”

to any number of control modules.

22. The method of claim 18 further comprising:

allowing said registered control module to be “

tagged”

to any number of monitoring modules.

23. A monitoring module for use with at least one premises connected control devices, said module comprises:

an element for sensing at least one particular condition at a location remote from at least one premises mounted control device; and

means for communicating sensed conditions to said at least one said control device such that said control device can perform an electrical action with respect to a device connected to said control device.

24. The monitoring module of claim 23 further comprising:

means for tagging said module for association with at least one particular control device.