Installation of a personal emergency response system

• US 7,783,278 B2
• Filed: 03/15/2006
• Issued: 08/24/2010
• Est. Priority Date: 03/15/2006
• Status: Active Grant

• Current Assignee: Lifeline Systems Company (Koninklijke Philips N.V.)
• Original Assignee: Koninklijke Philips Electronics N.V. (Koninklijke Philips N.V.)
• Inventors: Brav, Alan D., Prenovitz, William S., Hanson, Joshua A., MacIver, William G.
• Primary Examiner(s): Edouard; Patrick N
• Assistant Examiner(s): Lee; Justin Y
• Application Number:
  US11/376,035
• Publication Number:
  US 20070218866A1
• Time in Patent Office: 1,623 Days
• Field of Search: 455/404.1, 455/423, 455/425, 379/33, 379 37- 51, 713/202
• US Class Current: 455/404.1
• 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 11/04 with alarm systems, e.g. fire, police or burglar alarm systems

Abstract

A communicator for a personal emergency response system determines, when a power switch is switched on, whether the communicator has previously successfully performed at least one predetermined installation sequence. If the communicator has previously completed the installation sequence, it bypasses the installation sequence. If the communicator has not previously completed the installation sequence, it prompts the user through the installation sequence using a series of audible or text prompts. During the installation sequence, the user is prompted to perform range testing to verify the operation of a transmitter in conjunction with the communicator in the personal emergency alarm system in one or more locations.

Claims

1. A method of installing a personal emergency response system that includes a communicator operative in response to activation of a wireless transmitter to initiate a telephone call to a call center, said method comprising the steps of:

detecting a first power switch having on and off positions being switched to the on position;

in response to the detection of said first switch being switched to said on position, in a first determining step, determining whether said communicator has previously successfully completed an installation sequence;

in the event said first determining step indicates that said communicator has not previously successfully completed said installation sequence, performing said installation sequence prior to entering a monitoring mode in which said communicator is operative in response to detection of a transmission from said wireless transmitter to initiate a call to said call center, said performing step including the step of prompting a user to perform a plurality of actions and detecting when as least some of said plurality of actions have been successfully performed;

in the event said first determining step indicates that said communicator has previously successfully completed said installation sequence, bypassing said installation sequence and entering said monitoring mode; and

performing a range test sequence, said range test sequence including the steps of;

commencing a range test timer;

prompting the user to activate said wireless transmitter to generate a wireless signal;

detecting whether said wireless signal has been received at said communicator;

in the event said wireless signal has been received;

determining whether a range test timer has decremented such that a time remaining is less than a predetermined value;

in the event said range test timer has decremented such that the time remaining in said range test timer is less than the predetermined value, setting said range test timer to said predetermined value; and

in the event said range test timer expires, prompting said user to activate said wireless transmitter to initiate a call from said communicator to said call center.

2. The method of claim 1 wherein said prompting step includes the step of generating a plurality of audible prompts with a speech synthesizer under the control of a processor.

3. The method of claim 1 wherein said prompting step includes the step of generating a plurality of visual prompts on a visual display device.

4. The method of claim 3 wherein said prompting step includes the step of generating a plurality of text based visual prompts on said visual display device.

5. The method of claim 1 wherein said prompting step includes the steps of:

prompting said user to plug an AC power cord into an AC wall outlet and detecting when said AC power cord has been plugged into said AC wall outlet;

prompting said user to plug a phone cord into a phone wall jack and detecting when said phone cord has been plugged into said phone wall jack, and

generating an audible prompt employing a speech synthesizer that advises said user that said installation has been completed.

6. The method of claim 5 further including the step of starting the range test timer in response to detecting that both said AC power cord and said phone cord have been connected.

7. The method of claim 1 wherein said prompting step includes the step of activating a visual indictor disposed within a second switch at a time when said user is prompted to press the second switch to continue with the installation sequence.

8. The method of claim 7 wherein said activating step includes the step of turning said visual indicator on and off at a predetermined rate.

9. The method of claim 1 further including the step of storing an indicator in a non-volatile memory, said indicator having a first state in the event said installation sequence has not been previously successfully completed and having a second state in the event said installation sequence has been successfully completed, wherein said step of determining whether said communicator has previously successfully completed said installation sequence includes the step of testing the state of said indicator.

10. The method of claim 9 further including the step of setting said indicator to said first state prior to said detecting step.

11. The method of claim 9 further including the step of setting said indicator to said second state upon successful completion of said installation sequence.

12. The method of claim 9 further including the step of determining whether a first button is activated at the time said first switch is switched to said on position;

and at least one of

in the event said first button is activated at the time, said first switch is switched to said on position, and said indicator is in said first state, bypassing said installation sequence and entering said monitoring mode; and

in the event said first button is activated at the time, said first switch is switched to said on position, and said indicator is in said second state, setting said indicator to said first state and performing said installation sequence.

13. A method of installing a personal emergency response system that includes a communicator operative in response to activation of a wireless transmitter to initiate a telephone call to a call center, said method comprising:

storing an indicator in a non-volatile memory, said indicator having a first state in the event an installation sequence has not been previously successfully completed and having a second state in the event said installation sequence has been successfully completed;

determining whether a first button is activated at the time a first power switch is switched to an on position;

in the event said first button is activated at the time said first switch is switched to said on position and said indicator is in said second state, setting said indicator to said first state and performing said installation sequence,

performing the installation sequence including;

(a) prompting said user to perform range testing of said wireless transmitter, said range test sequence including the steps of;

commencing a range test timer,

prompting the user to activate said wireless transmitter to generate a wireless signal, and

detecting whether said wireless signal has been received at said communicator; and

(b) generating a plurality of audible prompts with a speech synthesizer under the control of a processor;

in the event said first button is activated at the time said first switch is switched to said on position and said indicator is in said first state, bypassing said installation sequence and entering said monitoring mode in which said communicator is operative in response to detection of a transmission from said wireless transmitter to initiate a call to said call center.

14. The method of claim 13 wherein said performing step includes the step of prompting a user to perform a plurality of actions and detecting when as least some of said plurality of actions have been successfully performed.

15. The method of claim 13 wherein said prompting step includes the step of prompting said user to plug an AC power cord into an AC wall outlet and detecting when said AC power cord has been plugged into said AC wall outlet.

16. The method of claim 13 wherein said prompting step includes the step of prompting said user to plug a phone cord into a phone wall jack and detecting when said phone cord has been plugged into said phone wall jack.

17. A communicator to use in a personal emergency response system, said communicator operative in response to receipt of a wireless signal from a wireless transmitter to initiate a telephone call to a call center, said communicator comprising:

a first switch on at least some power to said communicator, said first switch having an off position and an on position;

a processor operative to execute a software program, said software program operative to;

a. determine whether a predetermined installation sequence has been previously successfully completed in response to switching said first switch from said off position to said on position,

b. bypass said predetermined installation sequence in the event said processor finds as a result of said determination that said installation sequence has been successfully completed,

c. perform said predetermined installation sequence in the event said processor determines that said installation sequence has not been successfully completed,

d. provide an indication that said installation sequence has been successfully completed in response to the successful completion of said sequence, and

e. repeat steps a through d at least some of the times when said first switch is switched to said on position from said off position;

a prompting apparatus which prompts a user to perform at least one specified action during an installation sequence in response to at least one control signal issued by said processor;

circuitry in communication with said processor for detecting when said at least one specified action has been performed by said user;

said processor being operative to perform a predetermined range test sequence including;

starting a range test timer;

prompting said user to activate said wireless transmitter to generate a wireless signal;

detecting whether said wireless signal has been received at said communicator; and

in the event said wireless signal has been detected;

determining whether said range test timer has decremented to a value less than a predetermined value corresponding to a time less than a predetermined time;

in the event said range test timer has decremented to said value less than said predetermined value, setting said range test timer to said predetermined value; and

in the event said range test timer expires, controlling said prompting apparatus to prompt said user to activate said wireless transmitter to initiate a call from said communicator to said call center.

18. The communicator of claim 17 wherein said apparatus which prompts said user to perform said at least one specified action comprises:

a speech synthesizer operative to produce at least one predetermined audio prompt in response to at least one command issued by said processor.

19. The communicator of claim 18 wherein said speech synthesizer prompts said user to plug an AC power cord into an AC wall outlet;

and said detecting circuitry includes circuitry in communication with said processor to detect when said AC power cord has been plugged into said AC wall outlet.

20. The communicator of claim 19 wherein said prompting apparatus includes:

apparatus which prompts said user to plug a phone cord into a phone wall jack and said detecting circuitry includes circuitry which detects when said phone cord has been plugged into said phone wall jack.

21. The communicator of claim 20 wherein the range test timer is started in response to detecting that both said AC power cord and said phone cord have been plugged into the outlet and jack, respectively.

22. The communicator of claim 17 wherein said prompting apparatus includes:

a visual display device operative to produce at least one visual prompt to said user.

23. The communicator of claim 22 wherein said visual display device is operative in response to said at least one control signal to display at least one text message to said user.

24. The communicator of claim 17 further including:

an actuator for a second switch; and

a visual annunciator mounted within said actuator; and

said processor being operative to activate said visual annunciator mounted within said actuator at a time when said processor is controlling said prompting apparatus to indicate the actuator should be pressed to continue the installation sequence.

25. The communicator of claim 24 wherein said processor is operative to cause said visual annunciator to blink at a predetermined rate.

26. A communicator to use in a personal emergency response system, said communicator operative in response to receipt of a wireless signal from a wireless transmitter to initiate a telephone call to a call center, said communicator comprising:

a first switch for switching on at least some power to said communicator, said first switch having an off position and an on position;

a processor operative to execute a predetermined installation sequence;

a non-volatile memory containing a state indicator, said state indicator being of a first state when a predetermined installation sequence has not been previously successfully completed and being of a second state when said predetermined installation sequence has been successfully completed;

a first button having an activated state and a non-activated state, said processor being operative to determine whether said first button is in said activated state at a time when said first switch is switched from said off position to said on position, and at least one of;

in response to determining that said first button is in said activated state at a time when said first switch is switched from said off position to said on position when said state indicator is in said first state, to bypass said predetermined installation sequence and enter a monitoring mode in which said processor is operative to initiate a call to said call center in response to detection of an alarm condition, or

in response to determining that said first button is in said activated state at a time when said first switch is switched from said off position to said on position when said state indicator is in said second state, to reset said state indicator to said first state and to perform said predetermined installation sequence.

27. The communicator of claim 26 further including:

a prompting apparatus which prompts a user to perform at least one specified action during said installation sequence in response to at least one control signal issued by said processor and circuitry in communication with said processor for detecting when said at least one specified action has been performed by said user.

28. A communicator to use in a personal emergency response system, said communicator operative in response to receipt of a wireless signal from a wireless transmitter to initiate a telephone call to a call center, said communicator comprising:

a first switch switching on at least some power to said communicator, said first switch having an off position and an on position;

a first button having an activated state and a non-activated state;

a processor operative to determine whether said first button is in said activated state or said non-activated state when said first switch is switched from said off position to said on position, said processor being operative;

in response to determining that said first button is in said activated state when said first switch is switched from said off position to said on position and that a predetermined installation sequence has not been completed, to perform said predetermined installation sequence, and

in response determining that said first button is in said activated state when said first switch is switched from said off position to said on position when said predetermined installation sequence has been completed, to bypass said predetermined installation sequence and enter a monitoring mode in which said processor is operative to initiate a call to said call center in response to detection of an alarm condition.

29. The communicator of claim 28 wherein said prompting apparatus includes:

apparatus which prompts a user to plug an AC power cord into an AC wall outlet and prompts said user to plug a phone cord into a phone wall jack;

circuitry which detects when said AC power cord has been plugged into said AC wall outlet and detects when said phone cord has been plugged into said phone wall jack; and

a speech synthesizer which generates an audible prompt that advises said user that said installation has been completed in response to detecting that both said AC power cord and said phone cord have been plugged into the outlet and jack, respectively.

30. The communicator of claim 28 further including:

a non-volatile memory containing a state indicator, said state indicator being of;

a first state when said predetermined installation sequence has not been previously successfully completed, and

a second state when said predetermined installation sequence has been successfully completed; and

said processor being operative to determine whether said predetermined installation sequence has been previously successfully completed by testing the state of said state indicator.

31. The communicator of claim 30 wherein said processor is operative to set said indictor to said second state upon the successful completion of at least a first portion of said predetermined installation sequence.

32. A communicator to use in a personal emergency response system, said communicator operative in response to receipt of a wireless signal from a wireless transmitter to initiate a telephone call to a call center, said communicator comprising:

a first switch switching on at least some power to said communicator, said first switch having an off position and an on position;

a non-volatile memory containing a state indicator, said state indicator indicating;

a first state when a predetermined installation sequence has not been previously successfully completed, and

a second state when said predetermined installation sequence has been successfully completed;

whether said predetermined installation sequence has been previously successfully completed being determinable by testing the state of said state indicator;

a processor operative to;

a. in response to the first switch being switched from the off position to the on position, determining whether the state indicator is in the first state or the second state;

b. in response to determining that the state indicator is in the first state, performing the predetermined installation sequence;

c. in response to completing the predetermined installation sequence, switching the state indicator to the second state; and

d. in response to determining that the state indicator is in the second state, bypass the installation sequence and enter a monitoring mode in which said processor is operative to initiate a call to the call center in response to detection of an alarm condition

e. repeat steps a through d at least some of the times when said first switch is switched to said on position from said off position.

33. The communicator of claim 32 further including:

a power cord having a power plug configured to be plugged into a wall outlet to provide power to the communicator;

a phone cord having a phone plug configured to be plugged into a phone jack to connect the communicator with a phone system;

a circuit which detects when each of the power plug has been plugged into the outlet and the phone plug is plugged into the phone jack;

said processor being operative to control a speech synthesizer to prompt a user;

in response to switching the first switch on, to plug one of the power plug into the wall outlet and the phone plug into the phone jack,

in response to the circuit detecting that power plug and the phone jack has been plugged in to plug the other of the power plug and the phone plug in,

in response to the circuit detecting that both the power plug and the phone plug have been plugged in, to perform range testing of said wireless transmitter during said predetermined installation sequence.