DISASTER ALERT DISPLAY (DAD) EMERGENCY AND NATURAL DISASTER WARNING SYSTEM THAT AUTOMATICALLY DETECTS IF PEOPLE ARE CAUGHT IN AN EMERGENCY OR DISASTER, DETERMINES IF THEY ARE OK, AND NOTIFIES THEIR EMERGENCY CONTACTS

• US 20090309742A1
• Filed: 06/11/2008
• Published: 12/17/2009
• Est. Priority Date: 06/11/2008
• Status: Abandoned Application

• Current Assignee: Jillian Alexander, Scott Benedict Alexander
• Original Assignee: Jillian Alexander, Scott Benedict Alexander
• Inventors: Alexander, Scott Benedict, Alexander, Jillian
• Application Number:
  US12/137,383
• Publication Number:
  US 20090309742A1
• Time in Patent Office: Days
• US Class Current: 340/601
• CPC Class Codes: G08B 21/10 responsive to calamitous events, e.g. tornados or earthquakes
• CPC Class Codes: G08B 27/006 with transmission via telephone network

Abstract

One embodiment of an emergency alert system consisting of a data collector (102) that collects data from one or more data sources, a website (103) that collects information from customers, a central database (114) that stores all the information in the system, an alert engine (115) that figures out what alerts need to be sent and transmits those alerts to the correct devices, and mechanisms that allow users to receive alerts (116, 117 119, and 120). The website component (103) of the emergency alert system allows customers to create accounts, register devices such as mobile phones and computers, register email addresses, and register a list of emergency contacts. The data collector component (102) of the alert system receives and saves alerts from one or more data sources and the alert engine (115) transmits those alerts to customers. In advanced alert devices capable of knowing their current position (116 and 117), alerts are transmitted on those devices if the devices are near or in the area of effect of the alert. If the device detects that it is within the area of effect of the alert, it asks the customer if he/she is OK and transmits that response to the emergency alert system along with the current position of the device. Alerts are also sent to the customer'"'"'s emergency contacts notifying them that the customer has been affected by an emergency and relaying that customer'"'"'s current status and position. Other embodiments are described and shown.

Claims

1. A method of determining whether or not the device the method is running on is within the area of effect of an alert, comprising:

(a) providing a device running the method that is capable of;

(1) determining its current location,

(2) communicating with an emergency alert system,

(b) receiving alert messages that include;

(1) the nature of the actual alert,

(2) the area of effect of the alert,

(3) the expiration time or duration of the alert,

(c) providing a memory controller which will;

(1) store information from new alert messages,

(2) remove information pertaining to expired alert messages once they have expired,

(d) determining if the current location is within the boundaries of the area of effect of an alert,

(e) providing a notification means to notify a human operator when the current location is within the area of effect of an alert,

whereby the method causes said device running the method to notify said operator when said device is within the area of effect of an alert.

2. The method of claim 1 wherein:

(a) said device running the method is a mobile phone capable of determining its approximate current position and capable of communicating with an alert system through an internet enabled mobile phone network,

(b) said notification means is;

(1) an audible alarm emitted by said mobile phone,

(2) a written message describing the alert and shown on a display screen on said mobile phone,

3. The method of claim 1 wherein:

(a) said device running the method is an automobile navigation system capable of communicating with an alert system through a satellite link,

(b) said notification means is;

(1) an audible alarm transmitted through an audio system in said automobile,

(2) an annotation of the area of effect of the alert on the display map of said navigation system,

(3) a written message shown at the bottom of the display of said navigation system,

4. The method of claim 1 wherein:

(a) said device running the method is a laptop computer capable of determining its approximate current position and capable of communicating with an alert system through an internet connection,

(b) said notification means is;

(1) an audible alarm emitted by said laptop computer,

(2) a written message describing the alert and shown in an application window on said laptop computer,

5. The method of claim 1 wherein:

(a) said device running the method is a specialized stand alone alert device capable of communicating with an alert system through a mobile phone internet network,

(b) said notification means is;

(1) an audible alarm emitted by said stand alone alert device,

(2) a written message describing the alert and shown on a display screen on said stand alone alert device,

6. The method of claim 1 wherein:

(a) providing a central server

(b) providing a means for the method to send messages to said central server

whereby the method causes said device running the method to notify said operator when said device is within the area of effect of an alert, and the method notifies said central server that the device is within the area of effect of an alert.

7. The method of claim 6 whereby the method also sends the position of the device to said central server while the device running the method is within the area of effect of an alert.

8. The method of claim 6 wherein:

(a) providing a display to ask a human operator of the device what the status of that human operator is.

(b) providing an input device to retrieve a response from said human operator regarding the status of said human operator.

whereby the method also asks the human operator what said human operator'"'"'s status is, retrieves a response, and forwards said response, including no response, to said central server.

9. The method of claim 6 wherein:

(a) providing a display to ask a human operator of the device what the status of that human operator is.

(b) providing an input device to retrieve a response from said human operator regarding the status of said human operator.

whereby the method also sends the position of the device to said central server while the device running the method is within the area of effect of an alert, and the method asks the human operator what said human operator'"'"'s status is, retrieves a response, and forwards said response, including no response, to said central server.

10. The method of claim 9 wherein:

(a) said method has a panic feature wherein;

(1) said human operator of said device is provided with an input means to initiate a panic alert,

(2) said human operator of said device is provided with an input means to cancel a panic alert,

(3) said panic alerts are treated as if they are an alert type in which the device is within the area of effect of that alert,

whereby the method also sends a panic alert to said central server when said human operator initiates a panic alert through said provided input means, and the position of the device and status of said human operator is sent to said central server.

11. The method of claim 9 wherein:

(a) the location, speed, and direction of the alert event is relayed by the alert system to the device.

(b) The application running on the device calculates how long it will take until the alert event reaches the location of the device.

(c) The application displays and continuously updates the time until the alert event reaches the location of the device.

Whereby the method also displays a countdown of when the alert event will reach the location of the device.

12. The method of claims 10 and 11 whereby the method contains both the panic feature and the countdown feature.

13. The method of claim 12 wherein:

(a) said device is a mobile phone running the method

(b) said central server is a web server

whereby the method retrieves alert messages and compares the alert locations to the current location of the mobile phone, emits an audible alarm if the mobile phone is within the area of effect of an alert, displays alert details on the mobile phone screen, and asks the human operator to press the 1 key on the mobile phone'"'"'s keypad if said operator is ok, and to press any other key if said operator is not ok, and the response, including no response, and position of the mobile phone are transmitted to the central web server using the mobile phone'"'"'s internet connection.

14. The method of claim 12 wherein:

(a) said device is a navigation system running the method

(b) said central server is a web server

whereby the method retrieves alert messages and compares the alert locations to the current location of the navigation system, emits an audible alarm if the navigation system is within the area of effect of an alert, displays alert details on the navigation system screen, and asks the human operator to use the navigation system'"'"'s user interface to indicate whether or not said human operator is ok, and the response, including no response, and position of the navigation system are transmitted to the central web server using the internet connection of a mobile phone.

15. The method of claim 12 wherein:

(a) said device is a personal computer running the method

(b) said central server is a web server

whereby the method retrieves alert messages and compares the alert locations to the current location of the computer, emits an audible alarm if the computer is within the area of effect of an alert, pops up a dialog box with details of the alert, and asks the human operator to click either an ok button or a not ok button, and the position of the computer and the status of the human operator, including no response, are transmitted to the central web server using the internet connection of the computer.

16. The method of claim 12 wherein:

(a) said device is a specialized alert device running the method,

(b) said central server is a web server,

whereby the method retrieves alert messages and compares the alert locations to the current location of the alert device, emits an audible alarm if the alert device is within the area of effect of an alert, displays the details of the alert on the display of the device, asks the human operator to press either an ok button or a not ok button, and the position of the alert device and the status of the human operator, including no response, are transmitted to the central web server using the internet connection of the alert device.

18. The machine of claim 14 wherein:

(a) said device running the method is a mobile phone capable of determining its approximate current position and capable of communicating with an alert system through an internet enabled mobile phone network,

(b) said notification means is;

(1) an audible alarm emitted by said mobile phone,

(2) a written message describing the alert and shown on a display screen on said mobile phone,

63. The method of claim 62, wherein:

(a) said central server is connected to the internet,

(b) said registered devices are mobile phones, such as in claim 13,

(c) providing a website user interface for;

(1) registering users

(2) registering devices

(3) registering emergency contacts

64. The method of claim 62, wherein:

(a) said central server is connected to the internet,

(b) said registered devices are navigation systems in automobiles, such as in claim 14,

(c) providing an intranet user interface for human operators at the automobile company producing the automobiles with said navigation systems for;

(1) registering users

(2) registering devices

(3) registering emergency contacts

65. The method of claim 62, wherein:

(a) said central server is connected to the internet,

(b) said registered devices are mobile phones such as in claim 13, navigation systems in automobiles, such as in claim 14, and other devices,

(c) providing both a publicly accessible website to register mobile phones and other devices, and an intranet user interface for human operators at automobile companies to register navigation systems, users, and emergency contacts.

70. The machine of claim 69, comprising:

(a) said central server is connected to the internet,

(b) said registered devices are mobile phones, such as in claim 13,

(c) comprising a website user interface for;

(1) registering users

(2) registering devices

(3) registering emergency contacts

71. The machine of claim 69, comprising:

(a) said central server is connected to the internet,

(b) said registered devices are navigation systems in automobiles, such as in claim 14,

(c) comprising an intranet user interface for human operators at the automobile company producing the automobiles with said navigation systems for;

(1) registering users

(2) registering devices

(3) registering emergency contacts

72. The machine of claim 69, comprising:

(a) said central server is connected to the internet,

(b) said registered devices are mobile phones, such as in claim 13, navigation systems in automobiles, such as in claim 14, and other devices,

(c) comprising both a publicly accessible website and an intranet user interface for human operators at automobile companies for;

(1) registering users

(2) registering devices

(3) registering emergency contacts

17. A machine for determining whether or not it is within the area of effect of an alert, comprising:

(a) a device capable of;

(1) determining its current location,

(2) communicating with an emergency alert system,

(b) a memory controller which will;

(1) store information from new alert messages,

(2) remove information pertaining to expired alert messages once they have expired,

(c) a notification means to notify a human operator when the current location is within the area of effect of an alert that has not expired,

(d) an emergency alert system that transmits alerts to said device,

whereby said device notifies said operator when said device is within the area of effect of an unexpired alert.

19. The machine of claim 17 wherein:

(a) said device running the method is an automobile navigation system capable of communicating with an alert system through a satellite link,

(b) said notification means is;

(1) an audible alarm transmitted through an audio system in said automobile,

(2) an annotation of the area of effect of the alert on the display map of said navigation system,

(3) a written message shown at the bottom of the display of said navigation system,

20. The machine of claim 17 wherein:

(a) said device running the method is a laptop computer capable of determining its approximate current position and capable of communicating with an alert system through an internet connection,

(b) said notification means is;

(1) an audible alarm emitted by said laptop computer,

(2) a written message describing the alert and shown in an application window on said laptop computer,

21. The machine of claim 17 wherein:

(a) said device running the method is a specialized stand alone alert device capable of communicating with an alert system through a mobile phone internet network,

(b) said notification means is;

(1) an audible alarm emitted by said stand alone alert device,

(2) a written message describing the alert and shown on a display screen on said stand alone alert device,

22. The machine of claim 17 comprising:

(a) a central server

(b) a means to send messages to said central server

whereby said device notifies said operator when said device is within the area of effect of an alert, and the device notifies said central server that the device is within the area of effect of an alert.

23. The machine of claim 22 whereby the machine also sends the position of the device to said central server while the device is within the area of effect of an alert.

24. The machine of claim 22 comprising:

(a) a display to ask a human operator of the device what the status of that human operator is.

(b) an input device to retrieve a response from said human operator regarding the status of said human operator.

whereby the machine also asks the human operator what the status of said human operator is, retrieves a response from said human operator, and forwards said response, including no response, to said central server.

25. The machine of claim 22 comprising:

(a) a display to ask a human operator of the device what the status of that human operator is.

(b) an input device to retrieve a response from said human operator regarding the status of said human operator.

whereby the machine also sends the position of the device to said central server while the device is within the area of effect of an alert, and the device asks the human operator what said human operator'"'"'s status is, retrieves a response, and forwards said response, including no response, to said central server.

26. The machine of claim 25 wherein:

(a) said machine has a panic feature consisting of;

(1) an input means to allow said human operator to initiate a panic alert,

(2) an input means to allow said human operator to cancel a panic alert,

(3) said panic alerts are treated as if they are an alert type in which the device is within the area of effect of that alert,

whereby the machine also sends a panic alert to said central server when said human operator initiates a panic alert through said provided input means, and the position of the device and status of said human operator is sent to said central server.

27. The machine of claim 25 wherein:

(a) said machine has a countdown feature consisting of;

(1) providing the location, direction, and speed of the alert event,

(2) providing the time until the event reaches the location of the device is calculated,

(3) a display that indicates the continuously updated time until the event reaches the location of the device,

Whereby the machine also displays a countdown of when the alert event will reach the location of the device.

28. The machine of claims 26 and 27 whereby the machine contains both the panic feature and the countdown feature.

29. The machine of claim 28 wherein:

(a) said device is a mobile phone

(b) said central server is a web server

whereby the mobile phone retrieves alert messages and compares the alert locations to the current location of the mobile phone, emits an audible alarm if the mobile phone is within the area of effect of an alert, displays alert details on the mobile phone screen, and asks the human operator to press the 1 key on the mobile phone'"'"'s keypad if said operator is ok, and to press any other key if said operator is not ok, and the response, including no response, and position of the mobile phone are transmitted to the central web server using the mobile phone'"'"'s internet connection.

30. The method of claim 28 wherein:

(a) said device is a navigation system running the method

(b) said central server is a web server

whereby the machine retrieves alert messages and compares the alert locations to the current location of the navigation system, emits an audible alarm if the navigation system is within the area of effect of an alert, displays alert details on the navigation system screen, and asks the human operator to use the navigation system'"'"'s user interface to indicate whether or not said human operator is ok, and the response, including no response, and position of the navigation system are transmitted to the central web server using the internet connection of a mobile phone.

31. The machine of claim 28 wherein:

(a) said device is a personal computer

(b) said central server is a web server

whereby the machine retrieves alert messages and compares the alert locations to the current location of the computer, emits an audible alarm if the computer is within the area of effect of an alert, pops up a dialog box with details of the alert, and asks the human operator to click either an ok button or a not ok button, and the position of the computer and the status of the human operator, including no response, are transmitted to the central web server using the internet connection of the computer.

32. The machine of claim 28 wherein:

(a) said device is a specialized alert device,

(b) said central server is a web server,

whereby the machine retrieves alert messages and compares the alert locations to the current location of the alert device, emits an audible alarm if the alert device is within the area of effect of an alert, displays the details of the alert on the display of the device, asks the human operator to press either an ok button or a not ok button, and the position of the alert device and the status of the human operator, including no response, are transmitted to the central web server using the internet connection of the alert device.

33. A method of tracking devices that are within the area of effect of an alert comprising:

(a) providing a storage means which stores;

(1) contact details for each registered device,

(2) the current location of each registered device,

(3) the area of effect of currently active alerts,

(b) providing an alert system that;

(1) collects alert information,

(2) stores the area of effect of currently active alerts in said storage means,

(c) providing registered devices that;

(1) determines the current location of said registered device,

(2) stores current location of said registered device in said storage means,

(d) providing a device registration means which a human operator can use to register said registered devices,

whereby said tracking method compares the area of effect of each active alert in said storage means with the current location of each registered device in said storage means to calculate which registered devices are within the area of effect of each active alert, resulting in an active list of devices currently within the area of effect of an alert.

34. The method of claim 33 wherein:

(a) said device registration means is a website providing a user interface for device registration,

(b) said storage means is a centralized database server,

(c) said registered devices are mobile phones capable of calculating their approximate current location and capable of connecting to the internet,

(d) said registered devices transmit their current locations to said storage means using an internet connection.

35. A method of tracking devices that are within the area of effect of an alert, comprising:

(a) providing a central server running the method,

(b) providing registered devices that;

(1) receive alerts from an emergency alert system,

(2) determine whether or not the device is within the area of effect of an alert,

(3) transmit to said central server whether or not said device is within the area of effect of an alert,

(c) providing a device registration means which a human operator can use to register said registered devices,

(d) providing a storage means which stores;

(1) contact details for each said registered device,

(2) whether or not each said registered device is in the area of effect on an active alert,

whereby the device tracking method receives status messages from said registered devices indicating whether or not each device is in the area of effect of an alert, and the device tracking method saves the status of each registered device in said storage means, resulting in an active list of devices currently within the area of effect of an alert.

36. The method of claim 35 wherein:

(a) said device registration means is a website providing a user interface for device registration,

(b) said storage means is a centralized database server,

(c) said registered devices are mobile phones capable of calculating their approximate current location that receive alert messages from an emergency alert system,

(d) said central server running the method is a web server capable of receiving messages from said mobile phones over the internet.

37. The method of claim 35 wherein:

(a) said device registration means is an intranet providing a user interface for employees of an automobile company to register navigation systems on automobiles manufactured by said automobile company,

(b) said storage means is a centralized database server,

(c) said registered devices are navigation systems in automobiles manufactured by said company, and said navigation systems are capable of;

(1) calculating their current location,

(2) receiving alert messages from an emergency alert system,

(3) broadcasting information to said central server using a mobile phone data network,

41. The machine of claim 36 wherein:

(a) said device registration means is a website providing a user interface for device registration,

(b) said storage means is a centralized database server,

(c) said registered devices are mobile phones capable of calculating their approximate current location that receive alert messages from an emergency alert system,

(d) said central server is a web server capable of receiving messages from said alert devices over the internet.

38. A machine for tracking devices that are within the area of effect of an alert, comprising:

(a) a storage means which stores;

(1) contact details for each registered device,

(2) the current location of each registered device,

(3) the area of effect of currently active alerts,

(b) an alert system that;

(1) collects alert information,

(2) stores the area of effect of currently active alerts in said storage means,

(c) registered devices that;

(1) determines the current location of said registered device,

(2) stores current location of said registered device in said storage means,

(d) a device registration means which a human operator can use to register said registered devices,

whereby the area of effect of each active alert in said storage means is compared with the current location of each registered device in said storage means to calculate which registered devices are within the area of effect of each active alert, resulting in an active list of devices currently within the area of effect of an alert.

39. The machine of claim 38 wherein:

(a) said device registration means is a website providing a user interface for device registration,

(b) said storage means is a centralized database server,

(c) said registered devices are mobile phones capable of calculating their approximate current location and capable of connecting to the internet,

(d) said registered devices transmit their current locations to said storage means using an internet connection.

40. A machine for tracking devices that are within the area of effect of an alert, comprising:

(a) a central server,

(b) registered devices that;

(1) receive alerts from an emergency alert system,

(2) determine whether or not the device is within the area of effect of an alert,

(3) transmit to said central server whether or not said device is within the area of effect of an alert,

(c) a device registration means which a human operator can use to register said registered devices,

(d) a storage means which stores;

(1) contact details for each said registered device,

(2) whether or not each said registered device is in the area of effect on an active alert,

whereby the device tracking machine receives status messages from said registered devices indicating whether or not each device is in the area of effect of an alert, and the device tracking machine saves the status of each registered device in said storage means, resulting in an active list of devices currently within the area of effect of an alert.

42. The machine of claim 40 wherein:

(a) said device registration means is an intranet providing a user interface for employees of an automobile company to register navigation systems on automobiles manufactured by said automobile company,

(b) said storage means is a centralized database server,

(c) said registered devices are navigation systems in automobiles manufactured by said company, and said navigation systems are capable of calculating their approximate current location and receive alert messages from an emergency alert system,

(d) said central server receives messages from said navigation systems over the data network of a mobile phone network.

43. A method of tracking the positions of registered devices while they are in the area of effect of an active alert, comprising:

(a) providing a central server running the method,

(b) providing registered devices that;

(1) receive alerts from an emergency alert system,

(2) determine whether or not the device is within the area of effect of an alert,

(3) transmit to said central server their current positions while in the area of effect of an alert,

(c) providing a device registration means which a human operator can use to register said registered devices,

(d) providing a storage means which stores;

(1) contact details for each said registered device,

(2) the position of registered devices within the area of effect of active alerts,

whereby the device position tracking method receives current position messages from said registered devices while said registered devices are within the area of effect of an active alert, but without having knowledge of positions when said devices are not in the area of effect of an active alert, resulting in a list of positions of devices within the area of effect of active alerts without intruding on the privacy of human operators of said devices when said devices are not within the area of effect of an active alert.

44. The method of claim 43 wherein:

(a) said device registration means is a website providing a user interface for device registration,

(b) said storage means is a centralized database server,

(c) said registered devices are mobile phones capable of calculating their approximate current location that receive alert messages from an emergency alert system,

(d) said central server running the method is a web server capable of receiving messages from said mobile phones over the internet.

45. The method of claim 43 wherein:

(a) said device registration means is an intranet providing a user interface for employees of an automobile company to register navigation systems on automobiles manufactured by said automobile company,

(b) said storage means is a centralized database server,

(c) said registered devices are navigation systems in automobiles manufactured by said company, and said navigation systems are capable of;

(1) calculating their current location,

(2) receiving alert messages from an emergency alert system,

(3) broadcasting information to said central server using a mobile phone data network,

46. The method of claim 43 wherein:

(a) said device registration means is both a website accessible to the public and an intranet providing a user interface for employees of an automobile company to register navigation systems on automobiles manufactured by said automobile company,

(b) said storage means is a centralized database server,

(c) said registered devices are mobile phones, navigation systems in automobiles manufactured by said company, and other devices all of which are capable of;

(1) calculating their current location,

(2) receiving alert messages from an emergency alert system,

(3) broadcasting information to said central server using some form of internet connection,

47. A machine for tracking the positions of registered devices while they are within the area of effect of an active alert comprising:

(a) a central server,

(b) registered devices that;

(1) receive alerts from an emergency alert system,

(2) determine whether or not the device is within the area of effect of an alert,

(3) transmit to said central server their current positions while in the area of effect of an alert,

(c) a device registration means which a human operator can use to register said registered devices,

(d) a storage means which stores;

(1) contact details for each said registered device,

(2) whether or not each said registered device is in the area of effect on an active alert,

whereby the device tracking machine receives status messages from said registered devices indicating whether or not each device is in the area of effect of an active alert, and the device tracking machine saves the status of each registered device in said storage means, resulting in a list of devices currently within the area of effect of an active alert.

48. The machine of claim 47 wherein:

(a) said device registration means is a website providing a user interface for device registration,

(b) said storage means is a centralized database server,

(c) said registered devices are mobile phones capable of calculating their approximate current location that receive alert messages from an emergency alert system,

(d) said central server is a web server capable of receiving messages from said alert devices over the internet.

49. The machine of claim 47 wherein:

(a) said device registration means is an intranet providing a user interface for employees of an automobile company to register navigation systems on automobiles manufactured by said automobile company,

(b) said storage means is a centralized database server,

(c) said registered devices are navigation systems in automobiles manufactured by said company, and said navigation systems are capable of calculating their approximate current location and receive alert messages from an emergency alert system,

(d) said central server receives messages from said navigation systems over the data network of a mobile phone network.

50. The machine of claim 47 wherein:

(a) said device registration means is both a website accessible to the public and an intranet providing a user interface for employees of an automobile company to register navigation systems on automobiles manufactured by said automobile company,

(b) said storage means is a centralized database server,

(c) said registered devices are mobile phones, navigation systems in automobiles manufactured by said company, and other devices all of which are capable of;

(1) calculating their current location,

(2) receiving alert messages from an emergency alert system,

(3) broadcasting information to said central server using some form of internet connection,

51. A method of tracking the status of human operators of registered devices while they are in the area of effect of an active alert, comprising:

(a) providing a central server running the method,

(b) providing registered devices that;

(1) receive alerts from an emergency alert system,

(2) determine whether or not the device is within the area of effect of an alert,

(3) provide a display to ask the human operator of said device what the current status is of said human operator,

(4) provide an input means which a human operator can use to indicate the current status of said human operator,

(4) transmit to said central server the status response of said human operator while said device is in the area of effect of an alert,

(c) providing a device registration means which a human operator can use to register said registered devices,

(d) providing a storage means which stores;

(1) contact details for each said registered device,

(2) whether or not the human operators of registered devices within the area of effect of an alert are harmed, unharmed, or there is no response,

whereby the method of tracking the status of human operators of registered devices receives human operator status messages from said registered devices while said registered devices are within the area of effect of active alerts, resulting in a list of human operator statuses of devices within the area of effect of active alerts, making it possible to determine which human operators need emergency assistance.

52. The method of claim 51 wherein:

(a) said device registration means is a website providing a user interface for device registration,

(b) said storage means is a centralized database server,

(c) said registered devices are mobile phones that;

(1) are capable of calculating their approximate current location

(2) receive alert messages from an emergency alert system,

(3) display a question on said mobile phone'"'"'s display screen asking the human operator whether or not said human operator is harmed when the mobile phone is within the area of effect of an alert,

(4) receive a response from human operator using the mobile phone'"'"'s keypad,

(5) transmit response from human operator, including a no response code if there is no response, to said central server,

(d) said central server running the method is a web server capable of receiving messages from said mobile phones over the internet.

53. The method of claim 51 wherein:

(a) said device registration means is an intranet providing a user interface for employees of an automobile company to register navigation systems on automobiles manufactured by said automobile company,

(b) said storage means is a centralized database server,

(c) said registered devices are navigation systems in automobiles manufactured by said company, and said navigation systems are capable of;

(1) calculating their current location,

(2) receiving alert messages from an emergency alert system,

(3) display a question on said navigation system'"'"'s display screen asking the human operator whether or not said human operator is harmed when the navigation system is within the area of effect of an alert,

(4) receive a response from human operator using the navigation system'"'"'s user interface controls,

(5) transmit response from human operator, including a no response code if there is no response, to said central server.

54. The method of claim 51 wherein:

(a) said device registration means is both a publicly accessible website to register mobile phones and other devices, and an intranet providing a user interface for employees of an automobile companies to register navigation systems on automobiles manufactured by said automobile company,

(b) said storage means is a centralized database server,

(c) said registered devices are mobile phones, navigation systems in automobiles, and other devices capable of;

(1) calculating their current location,

(2) receiving alert messages from an emergency alert system,

(3) display a question on the display screen of said device asking the human operator whether or not said human operator is harmed when the device is within the area of effect of an alert,

(4) receive a response from human operator using the user interface controls of said device,

(5) transmit response from human operator, including a no response code if there is no response, to said central server.

56. The machine of claim 51 wherein:

(a) said device registration means is a website providing a user interface for device registration,

(b) said storage means is a centralized database server,

(c) said registered devices are mobile phones that;

(1) are capable of calculating their approximate current location

(2) receive alert messages from an emergency alert system,

(3) display a question on said mobile phone'"'"'s display screen asking the human operator whether or not said human operator is harmed when the mobile phone is within the area of effect of an alert,

(4) receive a response from human operator using the mobile phone'"'"'s keypad,

(5) transmit response from human operator, including a no response code if there is no response, to said central server,

(d) said central server is a web server capable of receiving messages from said mobile phones over the internet.

58. The machine of claim 51 wherein:

(a) said device registration means is both a publicly accessible website for registering mobile phones and other devices, and an intranet providing a user interface for employees of automobile companies to register navigation systems on automobiles manufactured by said automobile company,

(b) said storage means is a centralized database server,

(c) said registered devices are mobile phones, navigation systems in automobiles, and other devices that are capable of;

(1) calculating their current location,

(2) receiving alert messages from an emergency alert system,

(3) display a question on the display of said device asking the human operator whether or not said human operator is harmed when said device is within the area of effect of an alert,

(4) receive a response from human operator using the user interface controls of said device,

(5) transmit response from human operator, including a no response code if there is no response, to said central server.

55. A machine for tracking the status of human operators of registered devices while they are in the area of effect of an active alert, comprising:

(a) a central server running the method,

(b) registered devices that;

(1) a means of receiving alerts from an emergency alert system,

(2) a means of determining whether or not the device is within the area of effect of an alert,

(3) display to ask the human operator of said device what the current status of said human operator is,

(4) an input means which a human operator can use to indicate the current status of said human operator,

(4) a means to transmit to said central server the status response of said human operator while said device is in the area of effect of an alert,

(c) a device registration means which a human operator can use to register said registered devices,

(d) a storage means which stores;

(1) contact details for each said registered device,

(2) whether or not the human operators of registered devices within the area of effect of an alert are harmed, unharmed, or there is no response,

whereby the machine for tracking the status of human operators of registered devices receives human operator status messages from said registered devices while said registered devices are within the area of effect of active alerts, resulting in a list of human operator statuses of devices within the area of effect of active alerts, making it possible to determine which human operators need emergency assistance.

57. The machine of claim 55 wherein:

(a) said device registration means is an intranet providing a user interface for employees of an automobile company to register navigation systems on automobiles manufactured by said automobile company,

(b) said storage means is a centralized database server,

(c) said registered devices are navigation systems in automobiles manufactured by said company, and said navigation systems are capable of;

(1) calculating their current location,

(2) receiving alert messages from an emergency alert system,

(3) display a question on said navigation system'"'"'s display screen asking the human operator whether or not said human operator is harmed when the navigation system is within the area of effect of an alert,

(4) receive a response from human operator using the navigation system'"'"'s user interface controls,

(5) transmit response from human operator, including a no response code if there is no response, to said central server.

62. The method of claim 61, wherein:

(a) providing the registered devices have a panic feature wherein;

(a) providing a user interface to initiate a panic alert,

(b) providing a user interface to cancel a panic alert,

Whereby in addition to the functionality of claim 57, the registered devices may send a panic alert along with a device location and status of human operator, and the method running on said central server notifies each emergency contact and relays the position of the device and the status of the human operator of said device to each emergency contact.

59. A method of notifying the emergency contact lists of registered users when said users are affected by an alert, comprising:

(a) providing an alert system,

(b) providing a list of registered users,

(c) providing a means for determining whether or not each registered user is within the area of effect of an alert,

(d) providing a list of emergency contacts for each registered user,

(e) providing a means to contact each emergency contact,

whereby the method of notifying emergency contacts notifies each emergency contact for each registered user within the area of effect of an alert using the provided means to contact each emergency contact, resulting in emergency contacts being notified when a registered user is within the area of effect of an alert.

60. The method of claim 59, wherein:

(a) providing a central server that runs the method of notifying the emergency contacts,

(b) the provided means for determining whether or not each registered user is within the area of effect of an alert is through registered devices which;

(1) are connected to said alert system,

(2) are able to determine whether or not they are in the area of effect of an alert,

(3) transmit whether or not the device is within the area of effect of an alert to said central server,

61. The method of claim 59, wherein:

(a) providing a central server that runs the method of notifying the emergency contacts,

(b) the provided means for determining whether or not each registered user is within the area of effect of an alert is through registered devices which;

(1) are connected to said alert system,

(2) are able to determine whether or not they are in the area of effect of an alert,

(3) transmit whether or not the device is within the area of effect of an alert to said central server,

(4) transmit the location of the device to said central server while the device is within the area of effect of an alert,

(5) transmit the status of the human operator of the device to said central server while the device is within the area of effect of an alert,

Whereby the registered devices receive alerts from an alert system and automatically notify the central server when a registered device is within the area of effect of an alert, and transmit to said central server the location of the device and the status of the human operator, and the method running on said central server notifies each emergency contact and relays the position of the device and the status of the human operator of said device to each emergency contact.

66. A machine for notifying the emergency contact lists of registered users when said users are affected by an alert, comprising:

(a) an alert system,

(b) a list of registered users,

(c) a means for determining whether or not each registered user is within the area of effect of an alert,

(d) a list of emergency contacts for each registered user,

(e) a means to contact each emergency contact,

whereby the machine for notifying emergency contacts notifies each emergency contact for each registered user within the area of effect of an alert using the provided means to contact each emergency contact, resulting in emergency contacts being notified when a registered user is within the area of effect of an alert.

67. The machine of claim 66, wherein:

(a) a central server notifies the emergency contacts,

(b) the means for determining whether or not each registered user is within the area of effect of an alert is through registered devices which;

(1) are connected to said alert system,

(2) are able to determine whether or not they are in the area of effect of an alert,

(3) transmit whether or not the device is within the area of effect of an alert to said central server,

68. The machine of claim 66, wherein:

(a) a central server notifies the emergency contacts,

(b) the means for determining whether or not each registered user is within the area of effect of an alert is through registered devices which;

(1) are connected to said alert system,

(2) are able to determine whether or not they are in the area of effect of an alert,

(3) transmit whether or not the device is within the area of effect of an alert to said central server,

(4) transmit the location of the device to said central server while the device is within the area of effect of an alert,

(5) transmit the status of the human operator of the device to said central server while the device is within the area of effect of an alert,

Whereby the registered devices receive alerts from an alert system and automatically notify the central server when a registered device is within the area of effect of an alert, and transmit to said central server the location of the device and the status of the human operator, and said central server notifies each emergency contact and relays the position of the device and the status of the human operator of said device to the emergency contact.

69. The machine of claim 68, comprising:

(a) the registered devices have a panic feature comprising;

(a) a user interface to initiate a panic alert,

(b) a user interface to cancel a panic alert,

Whereby in addition to the functionality of claim 68, the registered devices may send a panic alert along with a device location and status of human operator, and the method running on said central server notifies each emergency contact and relays the position of the device and the status of the human operator of said device to each emergency contact.