Desktop phone station with data synchronization

• US 20040234071A1
• Filed: 05/08/2003
• Published: 11/25/2004
• Est. Priority Date: 05/08/2003
• Status: Abandoned Application

• Current Assignee: Young Engineering Incorporated
• Original Assignee: Young Engineering Incorporated
• Inventors: Chung, Hyun Jin, Kim, Sang Yong, Bae, Hyon S.
• Application Number:
  US10/431,787
• Publication Number:
  US 20040234071A1
• Time in Patent Office: Days
• US Class Current: 379/419
• CPC Class Codes: H04M 1/02 Constructional features of telephone sets
• CPC Class Codes: H04M 1/0289 Telephone sets for operators
• CPC Class Codes: H04M 1/275 implemented by means of portable electronic directories
• CPC Class Codes: H04M 1/2757 by data transmission, e.g. downloading
• CPC Class Codes: H04M 1/724 User interfaces specially adapted for cordless or mobile telephones
• CPC Class Codes: H04M 1/72409 by interfacing with external accessories hands-free H04M1/60

Abstract

A desktop phone station for synchronizing desktop phone contact data with portable contact data stored in a portable data loading device. A communications port on the phone station provides a communications interface for the portable data loading device. The desktop phone station is capable of receiving the portable contact data from the portable data loading device through the communications port. A user interface is provided on the exterior of the phone. The user interface includes control buttons, one of which is a data synchronization button. When the data synchronization button is pressed, the portable contact data received through the communications port is synchronized with desktop phone contact data stored in a memory of the desktop phone station.

Claims

1. A desktop phone station for synchronizing desktop phone contact data with portable contact data stored in a portable data loading device, the desktop phone station comprising:

a casing having an interior region and an exterior region, a handset docking area formed on the exterior region of the casing;

a telephone operations unit situated in the casing interior region, the telephone operations unit including a ring module, a dialer module, and a speech module coupled to a telephone line interface mounted to the casing and accessible from the casing exterior region;

a handset communications interface mounted to the casing and accessible from the casing exterior region, the handset communications interface coupled to the speech module of the telephone operations unit;

a handset having a microphone and a speaker in communication with the handset communications interface, the handset capable of being rested on the handset docking area when not in use;

a user interface provided on the exterior region of the casing, the user interface including a plurality of control buttons, one of the control buttons being a data synchronization button, and a display mounted on the exterior region of the casing, the display capable of displaying information including the desktop phone contact data;

a memory provided in the interior region of the casing, the memory storing the desktop phone contact data;

a communications port providing a communications interface for the portable data loading device such that the communications port is capable of receiving the portable contact data from the portable data loading device;

a controller coupled to the memory and the communications interface, the controller interacting with the memory and the communications interface to synchronize the portable contact data received from the communications port with the desktop phone contact data stored in the memory responsive to the data synchronization button being pressed.

2. The desktop phone station of claim 1, the controller synchronizing the portable contact data with the desktop phone contact data by:

i) receiving a plurality of portable contact data items over the communications interface,

ii) comparing the portable contact data items with a plurality of desktop phone contact data items stored in the memory, and

iii) identifying at least one of the portable contact data items not included in the desktop phone contact data items,

iv) storing the identified at least one portable contact data item in the memory as one of the desktop phone contact data items.

3. The desktop phone station of claim 2, the desktop phone contact data and the portable contact data including a list of phone numbers and names of individuals associated with the respective phone numbers.

4. The desktop phone station of claim 1, the controller synchronizing the portable contact data with the desktop phone contact data by:

i) receiving a portable contact data item having a field over the communications interface,

ii) comparing the field of the received portable contact data item with a field of a corresponding desktop phone contact data item stored in the memory, and

iii) determining whether the fields of the corresponding portable contact data item and desktop phone contact data item have different information, and

iv) storing, when the fields of the portable contact data item and desktop phone contact data item have different information, the field of the portable contact data item as the field of the corresponding desktop phone contact data item in the memory.

5. The desktop phone station of claim 4, the fields being phone numbers.

6. The desktop phone station of claim 1, the controller synchronizing the portable contact data with the desktop phone contact data by:

i) receiving a plurality of portable contact data items over the telephone line interface, and

ii) storing the received portable contact data items in the memory as the desktop phone contact data items.

7. The desktop phone station of claim 1, the display showing a prompt message requesting the user to press the data synchronization button responsive to the communications port interfacing with the portable data loading device.

8. The desktop phone station of claim 1, the communications port having a female shape.

9. The desktop phone station of claim 1, the communications port being a serial port.

10. The desktop phone station of claim 1, the communications port being a parallel port.

11. The desktop phone station of claim 1, the communications port being a universal serial bus port.

12. The desktop phone station of claim 1, the display being a liquid crystal display.

13. The desktop phone station of claim 1, the control buttons of the user interface including a cursor key.

14. The desktop phone station of claim 1, the control buttons of the user interface including a scroll key.

15. A desktop phone system for synchronizing desktop phone contact data with portable contact data, the desktop phone system comprising:

a portable data loading device including;

a housing,

a board within the housing, the board including;

a data storage device storing the portable contact data, and

a microcontroller controlling the transfer of data to and from the mobile phone,

an input/output port in communication with the board; and

a desktop phone station including;

a casing having an interior region and an exterior region, a handset docking area formed on the exterior region of the casing,

a telephone operations unit situated in the casing interior region, the telephone operations unit including a ring module, a dialer module, and a speech module coupled to a telephone line interface mounted to the casing and accessible from the casing exterior region,

a handset communications interface mounted to the casing and accessible from the casing exterior region, the handset communications interface coupled to the speech module of the telephone operations unit,

a handset having a microphone and a speaker in communication with the handset communications interface, the handset capable of being rested on the handset docking area when not in use,

a user interface provided on the exterior region of the casing, the user interface including a plurality of control buttons, one of the control buttons being a data synchronization button, and a display mounted on the exterior region of the casing, the display capable of displaying information including the desktop phone contact data,

a memory provided in the interior region of the casing, the memory storing the desktop phone contact data,

a communications port providing a communications interface for the input/output port of the portable data loading device such that the communications port is capable of receiving the portable contact data from the portable data loading device, and

a controller coupled to the memory and the communications interface, the controller interacting with the memory and the communications interface to synchronize the portable contact data received from the communications port with the desktop phone contact data stored in the memory responsive to a data synchronization operation being initiated.

16. The desktop phone system of claim 15, the portable data loading device further comprising a selection mechanism in communication with the board enabling selection between the transfer of data from the portable data loading device or the transfer of data to the portable data loading device.

17. The desktop phone system of claim 15, the controller synchronizing the portable contact data with the desktop phone contact data by:

i) receiving a plurality of portable contact data items over the communications interface,

ii) comparing the portable contact data items with a plurality of desktop phone contact data items stored in the memory, and

iii) identifying at least one of the portable contact data items not included in the desktop phone contact data items,

iv) storing the identified at least one portable contact data item in the memory as one of the desktop phone contact data items.

18. The desktop phone system of claim 15, the controller synchronizing the portable contact data with the desktop phone contact data by:

i) receiving a portable contact data item having a field over the communications interface,

ii) comparing the field of the received portable contact data item with a field of a corresponding desktop phone contact data item stored in the memory, and

iii) determining whether the fields of the corresponding portable contact data item and desktop phone contact data item have different information, and

iv) storing, when the fields of the portable contact data item and desktop phone contact data item have different information, the field of the portable contact data item as the field of the corresponding desktop phone contact data item in the memory.

19. The desktop phone system of claim 15, the controller synchronizing the portable contact data with the desktop phone contact data by:

i) receiving a plurality of portable contact data items over the telephone line interface, and

ii) storing the received portable contact data items in the memory as the desktop phone contact data items.

20. The desktop phone system of claim 15, the display showing a prompt message requesting the user to press a data synchronization button to initiate the data synchronization operation responsive to the communications port interfacing with the portable data loading device.

21. A desktop phone system for synchronizing desktop phone contact data with portable contact data, the desktop phone system comprising:

a portable data loading device including;

a housing,

a board within the housing, the board including;

a data storage device storing the portable contact data, and

a microcontroller controlling the transfer of data to and from the mobile phone,

a selection mechanism in communication with the board enabling selection between the transfer of data from the portable data loading device or the transfer of data to the portable data loading device, the selection mechanism initiating the transfer of data when activated, and

an input/output port in communication with the board; and

a desktop phone station including;

a casing having an interior region and an exterior region, a handset docking area formed on the exterior region of the casing,

a telephone operations unit situated in the casing interior region, the telephone operations unit including a ring module, a dialer module, and a speech module coupled to a telephone line interface mounted to the casing and accessible from the casing exterior region,

a handset communications interface mounted to the casing and accessible from the casing exterior region, the handset communications interface coupled to the speech module of the telephone operations unit,

a handset having a microphone and a speaker in communication with the handset communications interface, the handset capable of being rested on the handset docking area when not in use,

a user interface provided on the exterior region of the casing, the user interface including a plurality of control buttons, and a display mounted on the exterior region of the casing, the display capable of displaying information including the desktop phone contact data,

a memory provided in the interior region of the casing, the memory storing the desktop phone contact data,

a communications port providing a communications interface for the portable data loading device such that the communications port receives the portable contact data from the portable data loading device when the transfer of data from the portable data loading device is selected and the selection mechanism activated, and

a controller coupled to the memory and the communications interface, the controller interacting with the memory and the communications interface to synchronize the portable contact data received from the communications port with the desktop phone contact data stored in the memory.

22. The desktop phone system of claim 21, one of the control buttons of the user interface being a data synchronization button, the controller synchronizing the portable contact data with the desktop phone contact data responsive to the data synchronization button being pressed.

23. The desktop phone system of claim 21 wherein the selection mechanism of the portable data loading device includes:

a first button, the first button being depressed to transfer data from the portable data loading device, and

a second button, the second button being depressed to transfer data to the portable data loading device.

24. The desktop phone system of claim 21 wherein the selection mechanism includes a single button, the single button being depressed in a first sequence to transfer data from the portable data loading device and the single button being depressed in a second sequence to transfer data to the portable data loading device.

25. The desktop phone system of claim 24 wherein the first sequence further comprises depressing the single button for an amount of time that is distinguishable from an amount of time for depressing the single button for the second sequence.

26. The desktop phone system of claim 24 wherein the first sequence further comprises depressing the single button for a number of times that is distinguishable from a number of times for depressing the single button for the second sequence.