mPERS with internal conversion of GPS

1. A personal emergency response device, comprising:

an emergency response unit having:

a switch movable between active and inactive positions;

a transmitter to establish a call over a communications network;

call module means responsive to the switch being in the active position for initiating a call via the transmitter to a 911 emergency service operator directly in a manner that enables voice communication and responsive to the switch being moved into the inactive position for terminating the established call;

a global positioning means for receiving global coordinate information pertaining to a location of the emergency response unit;

location means for accessing memory with the received location information that corresponds to the received global coordinate information, the location information being of the emergency response unit;

message means, which is responsive to retrieval of the location information of the emergency response unit by the location means, for forming a message accordingly that contains the retrieved location information and for sending the message via the transmitter over the communication network to the 911 emergency service operator at least at an end of the initiated call; and

call termination prevention means for temporarily overriding attempts at ending the call by maintaining the established the call at least until the message is transmitted to the 911 emergency service operator, despite completion of attempts otherwise needed to end the call by movement of the switch from the active position to the inactive position.

2. The device of claim 1 , wherein the emergency response unit is configured to communicate with the remote sources wirelessly during the call to ascertain location information of the unit so as to form the message, said remote sources being selected from the group consisting of:

at least one online mapping Internet site that provides the ascertained location information based on a global positioning system (GPS) tracking module that is configured to receive GPS signals and calculate coordinates accordingly;

cell tower network devices whose triangulation therewith based on signal strength provides the ascertained location information; and

any combination thereof.

3. The device of claim 1 , wherein the unit has means responsive to manual activation to send the message during the call to the 911 emergency service operator before the end of the call.

4. A personal emergency response device, comprising:

a remote unit having a switch movable between active and inactive positions and having a transmitter that emits a signal wirelessly in response to the switch moving from the inactive position to the active position; and

a base station responsive to receipt of the signal to establish a call with a 911 emergency service operator directly so as to enable voice communication over a communication network, the base station being configured to transmit a message to the 911 emergency service operator that contains location information pertaining to at least one of the remote unit and the base station at an end of the call and to prevent the call from terminating prior to transmission of the message to the 911 emergency service operator despite completion of attempts otherwise needed to end the call by moving the switch from the active position to the inactive position and despite efforts by the 911 emergency service operator to terminate the call, at least one of the base station and the remote unit having a global positioning system (GPS) tracking module that is configured to receive GPS signals pertaining to global coordinate information accordingly, the base station being configured to ascertain the location information by accessing memory with the global coordinate information to retrieve the location information that corresponds to the global coordinate information so as to form the message accordingly that contains the location information.

5. The device of claim 4 , wherein the base station accesses remote sources wirelessly during the call to ascertain location information of the unit so as to form the message, said remote sources being selected from the group consisting of:

at least one online mapping Internet site that provides the ascertained location information based on a global positioning system (GPS) tracking module that is configured to receive GPS signals and calculate coordinates accordingly;

cell tower network devices whose triangulation therewith based on signal strength provides the ascertained location information; and

any combination thereof.

6. The device of claim 4 , wherein at least one of the base station and the remote unit has means responsive to manual activation to trigger sending of the message during the call to the 911 emergency service operator before the end of the call.