Environment condition detector with audible alarm and voice identifier

• US 6,600,424 B1
• Filed: 08/30/2000
• Issued: 07/29/2003
• Est. Priority Date: 01/26/1999
• Status: Expired due to Term

• Current Assignee: Gary Jay Morris
• Original Assignee: Gary Jay Morris
• Inventors: Morris, Gary Jay
• Primary Examiner(s): TONG, NINA C
• Application Number:
  US09/651,454
• Time in Patent Office: 1,063 Days
• Field of Search: 340/628, 340/692, 340/505, 340/506, 340/577, 340/632, 340/693.11, 340/539, 340/517, 340/520, 340/521, 340/522, 340/523, 340/524, 340/531, 340/532, 340/533, 340/534, 340/540, 340/584, 340/605, 340/691.1, 340/691.4, 340/693.5, 340/693.6, 340/693.7, 340/693.9, 340/286.01, 340/286.05, 340/286.11, 340/328, 340/329, 340/386.1, 340/384.3, 340/384.4, 340/384.73
• US Class Current: 340/628
• CPC Class Codes: G08B 21/12 responsive to undesired emission of substances, e.g. pollution alarms
• CPC Class Codes: G08B 25/009 Signalling of the alarm condition to a substation whose identity is signalled to a central station, e.g. relaying alarm signals in order to extend communication range
• CPC Class Codes: G08B 3/10 using electric transmission; using electromagnetic transmission
• CPC Class Codes: G08B 7/06 using electric transmission , e.g. involving audible and visible signalling through the use of sound and light sources

Abstract

Due to the presence of various environmental condition detectors in the home and businesses such as smoke detectors, carbon monoxide detectors, natural gas detectors, etc., each having individual but similar sounding alarm patterns, it can be difficult for occupants of such dwellings to immediately determine the specific type of environmental condition that exists during an alarm condition. The present invention comprises an environmental condition detector using both tonal pattern alarms and pre-recorded voice messages to indicate information about the environmental condition being sensed. Single-station battery-powered and 120VAC detectors are described as are multiple-station interconnected 120VAC powered detectors. The pre-recorded voice messages describe the type of environmental condition detected or the location of the environmental condition detector sensing the condition, or both, in addition to the tonal pattern alarm. Provisions are made for multi-lingual pre-recorded voice messages.

Claims

1. A self-contained ambient condition detector comprising:

an ambient condition sensor;

control electronics coupled to the sensor and responsive thereto, in response to a predetermined ambient condition, a user unalterable, pre-stored, audible, alarm identifying tonal output pattern is emitted wherein the pattern includes a plurality of spaced apart predetermined silent intervals bounded by pluralities of spaced apart tones wherein the tones are interrupted and are spaced apart from one another by silent intertonal spacing intervals of a common duration and wherein the common duration is always shorter than each of the silent intervals and where the control electronics includes voice output circuitry, the voice circuitry includes a factory pre-stored, user unalterable, verbal alarm-type output message, the pre-stored message is associated with the tonal output pattern and verbalizes the respective alarm type and where the control electronics, in response to the predetermined ambient condition, emits the audible tonal pattern and repetitively emits the verbal alarm-type message in respective silent intervals,

wherein the voice circuitry includes solid state storage circuitry for the pre-stored verbal message, a second sensor coupled to the control electronics, and a second condition warning audible message stored in the solid state storage circuitry, and a common housing which carries the sensors, the electronics, the output circuitry and a power supply.

2. A detector as in claim 1 wherein in response to sensing the second condition, the control electronics repetitively emits the second warning verbal message.

3. A detector as in claim 2 wherein the ambient condition sensor is selected from a class which includes a fire sensor, and a gas sensor.

4. A detector as in claim 3 wherein the second sensor is selected from a class which includes a fire sensor, and a gas sensor.

5. A self-contained ambient condition detector comprising:

an ambient condition sensor;

control electronics coupled to the sensor and responsive thereto wherein in response to a predetermined ambient condition, a user unalterable, pre-stored, audible, alarm identifying tonal output pattern is emitted, the pattern includes a plurality of spaced apart predetermined silent intervals bounded by pluralities of spaced apart tones, the tones are interrupted and are spaced apart from one another by silent intertonal spacing intervals of a common duration and wherein the common duration is always shorter than each of the silent intervals and wherein the control electronics includes voice output circuitry, the voice circuitry includes a factory pre-stored, user unalterable, verbal alarm-type output message where the pre-stored message is associated with the tonal output pattern and verbalizes the respective alarm type and wherein the control electronics, in response to the predetermined ambient condition, emits the audible tonal pattern and repetitively emits the verbal alarm-type message in respective silent intervals;

a common housing for the sensor, the electronics, the output circuitry and a power supply, wherein the sensor is a fire sensor and the pre-stored verbal message specifies a fire to reinforce a respective tonal output pattern indicative of sensed fire;

wherein the fire indicating tonal output pattern defines groups of substantially identical output tones with a common intertonal spacing of the common duration and where the silent intervals are at least twice as long as the common duration; and

which includes at least one pre-stored verbal counterpart to the pre-stored verbal message wherein the pre-stored verbal message and the verbal counterpart are in first and second different languages.

6. A detector as in claim 5 which includes a manually operable, language specifying element.

7. A detector comprising:

a housing;

a fire sensor carried by the housing;

a control element coupled to the sensor wherein the element includes circuitry for detecting a fire;

an alarm indicating audible output device coupled to the control element wherein the control element, in response to a detected fire, drives the output device to repetitively emit interrupted groups of fire alarm indicating tones wherein the members of the groups are spaced apart from one another by a first time interval and wherein groups are spaced apart by silent, longer second time intervals;

semiconductor storage for at least a word indicative of fire wherein in response to a detected fire the control element repetitively injects the stored fire indicating word into only the second time intervals between groups of fire alarm indicating tones, wherein the tonal patterns are predefined, and not user alterable and wherein the output word is pre-stored at manufacture and not user alterable;

the housing also carries a power supply and is installable by a user as a self-contained unit; and

which includes a second condition sensor and an associated verbal, condition warning phrase stored in the semiconductor storage.

8. A detector as in claim 7 wherein the control element emits the associated verbal condition warning phrase in response to a predetermined output from the second sensor.

9. An apparatus comprising:

a first detector having;

a housing;

at least one ambient condition sensor carried by the housing;

a control element, carried by the housing and coupled to the sensor, for establishing the presence of a local alarm condition;

a wired input/output port coupled to the control element wherein the port and control element receive signals from other detectors, or, transmit signals to other detectors;

an audible output device, coupled to the control element and responsive thereto for emitting at least one user unalterable prescribed, alarm specifying, audible tonal pattern, activated in response to one of, the presence of a local alarm condition or a received signal indicating an alarm condition at a displaced detector, wherein some of the tones are spaced apart from one another by a first time interval and wherein others of the tones are closer together;

a manually settable location specifying member, coupled to the control element whereby a user can specify a location at which the housing is installed; and

voice annunciating circuitry and a plurality of stored, user unalterable verbal outputs identifying at least a plurality of locations for specifying an alarm location wherein in response to one of, an established local alarm condition, or received signals from another detector, the voice annunciating circuitry verbally outputs at least one of an alarm type message, or, an alarm location message repetitively in at least some of the first intervals, such that where a local alarm condition has been detected, at least one of, the location established by the manually settable member, or, the type of alarm is verbalized, and where alarm indicating signals have been received, at least one of the alarm type at the detector transmitting the signals, or, the location specified by the settable member of the detector transmitting the signals is verbalized.

10. An apparatus as in claim 9 wherein the ambient condition sensor comprises at least one of a fire sensor and a gas sensor.

11. An apparatus as in claim 10 wherein the control element includes a programmed processor and at least one pre-stored tonal output pattern indicative of the sensed ambient condition.

12. An apparatus as in claim 11 which includes a second pre-stored tonal output pattern indicative of a second sensed ambient condition.

13. An apparatus as in claim 10 which includes at last a second detector, substantially identical to the first detector and coupled therewith via the input/output ports, wherein in response to the first detector establishing the presence of a local alarm condition and sending alarm and location indicating signals to the second detector whereby the second detector emits the prescribed audible tonal pattern identifying the alarm type and during at least some of the first intervals, and verbalizes the location specified by the location specifying member of the first detector.

14. An apparatus as in claim 13 wherein the detectors each include at least one, prestored, alarm type indicating message wherein the second detector, in response to the received alarm and location indicating message, from the first detector, verbalizes the type of alarm condition local to the first detector during at least some of the first intervals.

15. An apparatus as in claim 13 wherein each detector includes a power supply.

16. An apparatus as in claim 15 wherein the supply includes a connector for engaging an exterior source of energy.

17. An apparatus as in claim 15 wherein the input/output ports each exhibit a connector coupling one of a coded signal between detectors, or a plurality of signals between detectors.

18. An apparatus as in claim 17 wherein input/output ports for coupling a coded signal between detectors comprise a plurality of conductors for coupling electrically coded signals between detectors.

19. An apparatus as in claim 18 wherein the plurality comprises two conductors.

20. An apparatus as in claim 17 wherein the input/output ports for coupling a plurality of signals between detectors comprise a plurality of conductors for carrying uncoded electrical signals between detectors.

21. An apparatus as in claim 13 which includes circuitry in the detectors for encoding and decoding the alarm and location indicating signals.

22. An apparatus as in claim 9 which includes a second, different sensor and wherein the voice annunciating circuitry outputs another user unalterable message, wherein the another message describes a second type of sensed ambient condition such that the message is emitted during periods of silence in a prescribed, user unalterable tonal alarm pattern indicative of the second type of sensor.

23. An environmental condition detector using pre-recorded voice messages to indicate the location of an environmental condition detected in a region comprising:

(a) at least one sensor for detecting the presence of an environmental condition in the region wherein the sensor comprises a type selected from a group including a smoke sensor, a carbon monoxide sensor, a natural gas sensor, a propane sensor, and any multiple combination of the sensors;

(b) an electronic storage device for storing user unalterable pre-recorded voice messages wherein at least some of the messages represent different locations;

(c) a selecting device for a user to select one of the pre-recorded voice messages to represent the location of the detector in the region;

(d) an electronic circuit coupled to the at least one sensor, and the devices for activation of an audible alarm device which emits user unalterable prescribed groups of pulsating, audible output tonal patterns for the duration of the sensed environmental condition, wherein groups of patterns are spaced apart by predetermined silent periods, wherein the electronic circuit repeatedly emits selected pre-recorded user unalterable voice messages that verbally describe the location of the detected environmental condition, as specified by the selecting device, for the duration of detection thereof wherein the selected pre-recorded voice message is repeatedly emitted during at least some of the silent periods; and

(e) a housing which carries the sensor, the electronic circuit, the electronic storage device, the alarm device and the selecting device.

24. A method for providing environmental condition detection for a building comprising:

(a) providing a plurality of detectors for a building having one or more distinctive regions;

(b) setting a selectable coding element to define each detector'"'"'s installation location in the building whereupon a detector sensing an environmental condition emits a prescribed audible tonal pattern alarm and a user unalterable pre-recorded voice message which verbally describes the installation location of the detector sensing an environmental condition, during the periods of silence in the tonal pattern emitted by that detector, for the duration of the environmental condition; and

(c) interconnecting a minimum of two environmental condition detectors forming an environmental condition detection system such that the interconnected detectors respond to one detector which is sensing an environmental condition whereby all other interconnected detectors emit substantially the same tonal pattern alarm and pre-recorded voice message as those emitted by the environmental condition detector sensing the environmental condition.

25. The method of claim 24 wherein said method comprises emitting a pre-recorded voice message that verbally describes the type of environmental condition detected, for the duration of the detection of the said environmental condition, such that the pre-recorded voice message is repetitively emitted during at least some periods of silence in the prescribed audible tonal pattern alarm.

26. The method of claim 24 wherein said method comprises providing an environmental condition detector selected from a group which includes a smoke detector, a carbon monoxide detector, a natural gas detector, a propane detector, and any multiple combination of these environmental condition detector types.

27. An apparatus comprising:

a first detector having;

a housing;

at least one ambient condition sensor carried by the housing;

circuitry, carried by the housing and coupled to the sensor, for establishing the presence of a local alarm condition;

a wired input/output port coupled to the circuitry wherein the port and circuitry receive signals from other detectors, or, transmit signals to other detectors;

an audible output device, coupled to the circuitry and responsive thereto for emitting at least one user unalterable prescribed, alarm specifying, audible tonal pattern, activated in response to one of, the presence of a local alarm condition or a received signal indicating an alarm condition at a displaced detector, wherein some of the tones are spaced apart from one another by a first time interval and wherein others of the tones are closer together; and

wherein the circuitry includes voice annunciating circuits and at least one of a stored, user unalterable verbal alarm type output, and, a plurality of stored, user unalterable verbal outputs identifying at least a plurality of locations for specifying an alarm location wherein where a local alarm condition has been detected, at least one of, the alarm type or alarm location is verbalized, and where alarm indicating signals have been received, at least one of the alarm type at the detector transmitting the signals, or, the alarm location is verbalized.

28. An apparatus as in claim 27 wherein the ambient condition sensor comprises at least one of a fire sensor and a gas sensor.

29. An apparatus as in claim 28 wherein the circuitry includes a programmed processor and at least one pre-stored tonal output pattern indicative of the sensed ambient condition.

30. An apparatus as in claim 29 which includes a second pre-stored tonal output pattern indicative of a second sensed ambient condition.

31. An apparatus as in claim 28 which includes at least a second detector, substantially identical to the first detector and coupled therewith via the input/output ports, wherein in response to the first detector establishing the presence of a local alarm condition and sending an alarm indicating signal to the second detector, the second detector emits the prescribed audible tonal pattern identifying the alarm type and during at least some of the first intervals, and verbalizes at least one of the type of alarm at the first detector or the location thereof.

32. An apparatus as in claim 27 which includes a second, different sensor and wherein the voice annunciating circuits output another user unalterable message, wherein the another message describes a second type of sensed ambient condition such that the message is emitted during periods of silence in a prescribed, user unalterable tonal alarm pattern indicative of the second type of sensor.

33. An apparatus as in claim 27 wherein each detector includes a power supply.

34. An apparatus as in claim 27 wherein the input/output ports each include a connector coupling one of a coded signal between detectors, or a plurality of signals between detectors.

35. An apparatus as in claim 34 wherein input/output ports for coupling a coded signal between detectors comprise at least one conductor for coupling electrically coded signals between detectors.

36. An apparatus as in claim 34 wherein the input/output ports for coupling a plurality of signals between detectors comprise a plurality of conductors for carrying uncoded electrical signals between detectors.

37. An environmental condition detector which uses pre-recorded voice messages to indicate the location of an environmental condition detected in a region comprising:

at least one sensor for detecting the presence of an environmental condition in the region wherein the sensor comprises a type selected from a group including a fire sensor, a carbon monoxide sensor, a natural gas sensor, a propane sensor, and any multiple combination of the sensors;

an electronic storage device for storing user unalterable pre-recorded voice messages wherein at least some of the messages represent different locations;

an electrical signal to select one of the pre-recorded voice messages to represent the location of the detector in the region;

an electronic circuit coupled to the at least one sensor, and the device for activation of an audible alarm device which emits user unalterable prescribed groups of pulsating, audible output tonal patterns for the duration of the sensed environmental condition, wherein groups of patterns are spaced apart by predetermined tonal silent periods, wherein the electronic circuit repeatedly verbalizes the selected, pre-recorded, user unalterable location message during at least some of the silent periods; and

a housing which carries the sensor, the electronic circuit, the electronic storage device, and the alarm device.

38. A detector as in claim 37 wherein one of the pre-recorded voice messages specifies an alarm type and wherein the electronic circuit verbalizes the alarm type during some of the tonal silent periods.

39. A method for providing environmental condition detection for a building comprising:

(a) providing a plurality of detectors for a building having one or more distinctive regions;

(b) interconnecting the detectors with at least one conductor;

(c) sensing an environmental condition at a detector and emitting a prescribed audible tonal alarm pattern and a user unalterable pre-recorded voice message which verbally describes the type of environmental condition, during the periods of silence in the tonal pattern emitted by that detector, for the duration of the environmental condition; and

wherein all other interconnected detectors emit substantially the same tonal alarm pattern and pre-recorded voice message as emitted by the detector sensing the environmental condition.

40. The method of claim 39 wherein a pre-recorded voice message that verbally describes the location of the sensed environmental condition is repetitively emitted during at least some periods of silence in the emitted tonal pattern at all interconnected detectors.

41. The method of claim 39 which includes providing an environmental condition detector selected from a group which includes a fire detector, a carbon monoxide detector, a natural gas detector, a propane detector, and any multiple combination of the detector types.