System and method for determining base unit position of a cordless handset

1. A method for sensing a physical position of a cordless handset with respect to a base unit, the method executed by a device in communication with the base unit over a communication network, the base unit connected to the communication network via a communication line, the method comprising:

initializing a dataset of measured line currents, the dataset of measured line currents comprising line current measurements generated by measuring a current flow through the communication line connecting the base unit to the communication network;

receiving a line extension number for use in determining the position of an associated cordless handset;

accessing stored on-base-unit and off-base-unit line currents;

determining if the cordless handset is positioned on the base unit based on a comparison of the stored on-base-unit and off-base-unit line currents to the line current measurements generated by measuring the current flow through the communication line connecting the base unit to the communication network, the communication line comprising of a rear pair and a middle pair, and wherein determining if the cordless handset is positioned on the base unit further includes:

measuring the rear pair current;

determining if the rear pair current is within a pre-defined range of the on-base-unit line current;

in response to determining that the rear pair current is within a predefined range of the on-base-unit line current, setting a flag to indicate that the handset is in contact with the base unit; and

in response to determining that the rear pair current is not within a predefined range of the on-base-unit line current, measuring the middle pair current;

determining if the middle air current is within a pre-defined ran e of the on-base-unit line current;

in response to determining that the middle pair current is within a predefined range of the on-base-unit line current, setting the flag to indicate that the handset is in contact with the base unit; and

in response to determining that the handset is in contact with the base unit, proceeding with a desired task.

2. The method according to claim 1 , wherein initializing a dataset includes:

measuring an on-base-unit and an off-base-unit line current; and

storing the measured on-base-unit and off-base-unit line currents.

3. The method according to claim 1 , further including, in response to determining that both the rear pair current and the middle pair current are not within a predefined range of the on-base-unit line current, setting a flag to indicate that the handset is not in contact with the base unit.

4. The method according to claim 1 , wherein proceeding with the desired task includes checking a guest out of a hotel.

5. The method according to claim 1 , wherein proceeding with the desired task includes checking a patient out of a hospital.

6. A system for sensing a physical position of a cordless handset with respect to a base unit, said system comprising:

a memory;

an input/output (I/O) unit configured to communicate with a communications network; and

a processing unit in communication with said memory, I/O unit, and configured to:

initialize a dataset of measured line currents, the dataset of measured line currents comprising line current measurements generated by measuring a current flow through a communication line connecting the base station to a communication network;

receive a line extension number for use in determining the position of an associated cordless handset;

access stored on-base-unit and off-base-unit line currents;

determine if the cordless handset is positioned on the base unit based on a comparison of the stored on-base-unit and off-base-unit line currents to the line current measurements generated by measuring the current flow through the communication line connecting the base unit to the communication network, the communication line comprising of a rear pair and a middle pair, and wherein determining if the cordless handset is positioned on the base unit further includes:

measuring the rear pair current;

determining if the rear pair current is within a pre-defined range of the on-base-unit line current;

in response to determining that the rear pair current is within a predefined range of the on-base-unit line current, setting a flag to indicate that the handset is in contact with the base unit; and

in response to determining that the rear pair current is not within a predefined range of the on-base-unit line current, measuring the middle pair current;

determining if the middle pair current is within a pre-defined range of the on-base-unit line current;

in response to determining that the middle pair current is within a predefined range of the on-base-unit line current, setting the flag to indicate that the handset is in contact with the base unit; and

in response to determining that the handset is in contact with the base unit, proceeding with a desired task.

7. The system according to claim 6 , wherein in initializing a dataset, the processing unit is further configured to:

measure an on-base-unit and an off-base-unit line current; and

store the measured on-base-unit and off-base-unit line currents.

8. The system according to claim 6 , further configured to, in response to determining that both the rear pair current and the middle pair current are not within a predefined range of the on-base-unit line current, set a flag to indicate that the handset is not in contact with the base unit.

9. The system according to claim 6 , wherein in proceeding with the desired task, the processing unit is further configured to include checking a guest out of a hotel.

10. The system according to claim 6 , wherein in proceeding with the desired task, the processing unit is further configured to include checking a patient out of a hospital.