Emergency communication system

• US 20030027547A1
• Filed: 07/16/2001
• Published: 02/06/2003
• Est. Priority Date: 07/16/2001
• Status: Abandoned Application

• Current Assignee: Product Development and Marketing LLC
• Original Assignee: Product Development and Marketing LLC
• Inventors: Wade, Gerald
• Application Number:
  US09/682,056
• Publication Number:
  US 20030027547A1
• Time in Patent Office: Days
• US Class Current: 455/404.1
• CPC Class Codes: G08B 25/003 Address allocation methods and details
• CPC Class Codes: G08B 25/016 Personal emergency signalling and security systems emergency non-personal manually actuated alarm activators G08B25/12
• CPC Class Codes: H04M 1/72412 using two-way short-range wireless interfaces
• CPC Class Codes: H04M 1/72424 with manual activation of emergency-service functions

Abstract

An improved emergency communications system which provides voice communication between an emergency caller 27 and the 911 emergency response operator 28 through either a base station unit 38 or a wireless remote personal pendant 40. The system has the capability of automatically dialing the emergency phone number and can provide verification of system initialization by the use 1-800 phone numbers without the need of contacting 911 emergency operators 28. The system includes a wireless pendent 40 with automatic dialing call and voice capability that is in radio frequency communication with a base unit 38, wherein the base unit 38 can have automatic dialing call and voice capability to communicate over existing phone lines 29 to the 911 emergency response operator 28.

Claims

1. An emergency communication system for communicating between an emergency caller and an emergency response operator, comprising:

(a) a base unit comprising;

(i) a radio frequency receiver for receiving a signal;

(ii) a low frequency decoder connected to said receiver operative to determine validity of said receiver signal;

(iii) base unit circuitry including a central processing unit that receives a communication from said decoder when a valid receiver signal is present, said central processing unit stores the valid receiver signal in memory for future use, said central processing unit has stored in memory at least one emergency telephone number and is operative to generate a control signal upon receipt of the valid receiver signal;

(iv) a dial tone generator that is operative in response to the control signal from said central processing unit to generate a sequence of tones corresponding to the stored emergency telephone number;

(v) a telephone interface circuit that is operative to connect said dial tone generator to a telephone line for the purpose of completing an emergency communication; and

(b) a portable self contained wireless remote personal pendent comprising;

(i) a radio frequency transmitter for transmitting the valid signal to said base unit;

(ii) a low frequency encoder connected to said transmitter operative to generate the valid signal;

(iii) pendent circuitry to distribute operational commands to said transmitter and said encoder;

(iv) a self contained pendent electrical power supply in electrical communication with said pendent circuitry;

(iv) a pendent momentary switch connected to said pendent circuitry that is activated by the emergency caller to energize said pendent circuitry;

(v) a microphone coupled with said pendent circuitry is operative to send one way voice communications from the emergency caller through said transmitter to said receiver to be audibly received by the emergency response operator.

2. An emergency communication system according to claim 1 wherein said base unit circuitry further includes a base momentary switch that is activated by the emergency caller to generate the control signal to place said dial tone generator and said telephone interface circuit in the operative state for the purpose of completing the emergency communication to the emergency response operator.

3. An emergency communication system according to claim 2 wherein said base unit further includes circuitry to require said base momentary switch to be activated up to three consecutive times for said central processing unit to generate the control signal for initiating the emergency communication to prevent accidental or inadvertent initiation of the emergency communication by the emergency caller.

4. An emergency communication system according to claim 2 wherein said base unit circuitry further includes a speaker, a microphone, speakerphone circuitry, and a base electrical power supply to enable said base unit to operate as a hands free voice activated speakerphone to allow two way transmission of voice to voice communication between the emergency caller and the emergency response operator.

5. An emergency communication system according to claim 2 wherein said base unit circuitry further includes a means for producing a base perceptible output in response to an initialization state and activation.

6. An emergency communication system according to claim 4 wherein said base electrical power supply is a battery.

7. An emergency communication system according to claim 5 wherein said base perceptible output is a visual display.

8. An emergency communication system according to claim 5 wherein said base perceptible output is an audible display.

9. An emergency communication system according to claim 1 wherein said base unit further includes circuitry to generate override signals simultaneously with the control signal while completing the emergency communication such that the override signals cause any off hook phone on the telephone line to be disconnected, allowing the emergency communication to be completed.

10. An emergency communication system according to claim 1 wherein said base unit is contained within a common housing.

11. An emergency communication system according to claim 10 wherein said base unit housing is substantially parallelopiped in shape.

12. An emergency communication system according to claim 11 wherein said base unit housing further includes operating instruction indicia visibly disposed on said base unit housing.

13. An emergency communication system according to claim 1 wherein said base unit further includes circuitry to require said pendant momentary switch to be activated up to three consecutive times for said central processing unit to generate the control signal for initiating the emergency communication to prevent accidental or inadvertent initiation of the emergency communication by the emergency caller.

14. An emergency communication system according to claim 1 wherein said encoder has the capability for up to five hundred and twelve different signaling codes to reduce the opportunity for interference from identical signal codes when multiple emergency communication systems are in close proximity such as in apartment buildings.

15. An emergency communication system according to claim 14 wherein said encoder has circuitry to utilize digital addressing to provide a unique signal transmission address from said pendant to said base unit.

16. An emergency communication system according to claim 1 further including a pendant slide switch connected to said pendant circuitry that is operative to de-energize and energize said pendant circuitry upon manual activation.

17. An emergency communication system according to claim 1 wherein said pendant circuitry further includes a means for producing a pendent perceptible output in response to said pendent circuitry being energized.

18. An emergency communication system according to claim 17 wherein said pendent perceptible output is a visual display.

19. An emergency communication system according to claim 17 wherein said pendent perceptible output is an audible display.

20. An emergency communication system according to claim 1 wherein said pendant electrical power supply is a battery.

21. An emergency communication system according to claim 1 wherein said pendant is contained within a common housing that is adapted to be in the possession of the emergency caller at all times.

22. An emergency communication system according to claim 21 wherein said pendent housing further includes operating instruction indicia visibly disposed on said pendent housing.

23. An emergency communication system according to claim 21 wherein said pendent housing is adapted to be in the possession of the emergency caller selected from the group consisting essentially of a waist belt clip, a necklace, a bracelet, a key chain, and a pocket chain.

24. An emergency communication system according to claim 1 further including pulse width modulation circuitry in said pendant to provide consistent signal transmission strength with varying volume voice input from the emergency caller into said microphone.

25. A method of initializing and providing a functional conformation of an emergency communications system that includes a base unit and a wireless remote personal pendant without the use of an emergency response operator, comprising the steps of:

(a) connecting said base unit into a telephone system;

(b) locating said wireless remote personal pendant at a maximum operational distance from said base unit;

(c) activating a pendant momentary switch four consecutive times to send a low frequency signal to said base unit to make said base unit operative to call a pendant 1-800 telephone number for confirming said base and said pendant operation;

(d) adjusting an antenna of said base unit vertically or horizontally or locating said pendant closer to said base unit if the pendent 1-800 telephone number in step (c) is not called; and

(g) deactivating and subsequently activating the pendant to arm the pendant for future emergency communications.

26. A method of initializing and providing a functional conformation of an emergency communications system according to claim 25 including a step of confirming that said base has a slow flashing visual indication after said step of connecting said base unit into the telephone system.

27. A method of initializing and providing a functional conformation of an emergency communications system according to claim 25 including a step of activating a base momentary switch five consecutive times to make said base unit operative to call a base 1-800 telephone number for confirming said base operation after said step of connecting said base unit into the telephone system.

28. A method of initializing and providing a functional conformation of an emergency communications system according to claim 27 including a step of confirming that said base has a fast flashing visual indication after said step of activating a base momentary switch five consecutive times to make said base unit operative to call a base 1-800 telephone number.

29. A method of initializing and providing a functional conformation of an emergency communications system according to claim 25 wherein said step of deactivating and subsequently activating said pendant to arm said pendant for future emergency communications in accomplished by the use of a slide switch.

30. A method of using an emergency communications system that includes a base unit and a wireless remote personal pendant without the use of a 3rd party monitoring service by directly connecting an emergency caller with an emergency response operator, comprising the steps of:

(a) connecting said base unit into a telephone system;

(b) depressing a pendant push button three (3) times during an emergency situation;

(c) activating said pendant into a power on state;

(d) generating a radio frequency transmission from said pendant;

(e) receiving said radio frequency transmission from said pendant to said base;

(f) activating an automatic dialer in said base to place an emergency call; and

(g) initiating one way voice communication from the emergency caller to the emergency response operator.

31. A method of using an emergency communications system according to claim 30 including a step of said base verifying said pendant radio frequency transmission for said base to only place the emergency call when a matching low frequency signal code is transmitted from said pendant to said base.

32. A method of using an emergency communications system according to claim 30 including a step of said base over riding any off hook phone on a telephone line by disconnecting the off hook phone, allowing the emergency call to be placed on said telephone line.

33. A method of using an emergency communications system according to claim 30 wherein said step of initiating one way voice communication from the emergency caller to the emergency response operator can be accomplished without voice communication from the emergency caller by the emergency call being placed to an enhanced nine one one (911) emergency call system wherein the emergency response operator can determine emergency caller'"'"'s identification and location without voice communication from the emergency caller.