A computer connected to an ISDN central office switch via an ISDN digital subscriber line, provides management information regarding activities of a plurality of telephone agents. The computer has shared call appearances with a number of telephone agent stations and receives shared call appearance associated messages from the switch reflecting call handling messages exchanged between the ISDN switch and each of the agent stations. The messages are interpreted by the computer, which generates station status information and management information such as the number of calls handled, average holding time per call, etc. The computer may be connected simultaneously to several central offices via ISDN subscriber lines and generate management information for a group of geographically separated agents, such as home telemarketing agents operating out of their individual homes and connected to different central offices. Based on the generated status and management information, the computer performs an incoming call management function by selecting agents connected to different switches for handling incoming calls and transmitting to the ISDN switch appropriate messages for causing the switch to transfer incoming calls to the selected agents. Additionally, the computer performs an outgoing call management function by initiating outgoing calls and causing the switch to connect an answering party to an agent, selected by the computer on any of the switches.
Method And Apparatus For Entering Alphanumeric Data Via Keypads Or Display Screens
Wayne A. Davidson - Leesburg VA, US Beth L. Davidson - Leesburg VA, US
International Classification:
H03M 11/00
US Classification:
341 22
Abstract:
A method and apparatus for entry of alphabetical characters and numeric characters using a touch pad or display screen on an electronic device (e.g., cell phone, GPS navigation system). The touch pad or display has numbers and letters displayed in an optimal arrangement to allow rapid entry of characters by depressing, touching or sliding of a finger. Electronic circuitry beneath the pad or display can detect whether the user is fully depressing, slightly touching, or sliding a finger across the pad or display. Recognition of the specific finger action indicates the specific letters, numbers, or special symbols to be entered into the device application (e.g., SMS text, email, navigation, etc.)
Wayne Davidson - Leesburg VA, US Beth Davidson - Leesburg VA, US
International Classification:
G06F 3/01 G06F 3/033 G06F 3/048
US Classification:
715702, 715863, 715773
Abstract:
A method and apparatus for improving the accuracy and usability of alphanumeric keypads and control functions on touch-screen devices by employing multi-function buttons and the actuation of multiple buttons in sequence by sliding a finger across the touch-screen. Potential applications include cell phones, smart phones, calculators, handheld scanners, gaming systems, remote controls, GPS navigation devices, and ultra small laptop computers. A first embodiment is an alphanumeric keypad for a touch-screen smart phone. In this embodiment, a modified QWERTY keypad layout is employed to allow selection of the most frequently used letters by touching the display and the selection of less frequently used letters by sliding a finger on the display. In this first embodiment, multiple letters can be entered in sequence by sliding from one button to either an adjacent or non-adjacent button. A second embodiment is a numeric keypad for entering phone numbers on a touch-screen phone.
Wayne A. Davidson - Winfield IL John P. Ernst - Warrenville IL Marybeth Herkes - Aurora IL Ram Kuppuswami - Wheaton IL Timothy A. Satalich - Warrenville IL John J. Stanaway - Wheaton IL
Assignee:
American Telephone and Telegraph Company, AT&T Bell Laboratories - Murray Hill NJ
International Classification:
H04M 342
US Classification:
379157
Abstract:
A call coverage arrangement in which coverage personnel are informed of the switch-hook status of covered terminals by way of a single two-part indicator on the coverage terminal. The two-part indicator indicates switch-hook status for any one of a number of covered terminals. The first part of the indicator identifies the covered terminal and the second part defines the switch-hook status of the identified terminal. The arrangement is flexible in providing coverage for additional terminals and in providing coverage via forwarding from any termianl, since there is no need to assign and dedicate status indicators to particular terminals.
Proximity Detection For Telecommunications Features
Wayne A. Davidson - Winfield IL Daniel H. Larson - Downers Grove IL
Assignee:
AT&T Bell Laboratories - Murray Hill NJ
International Classification:
H04M 354
US Classification:
379211
Abstract:
A switching system in which telecommunications features are improved by the use of the proximity status of a telephone station set user. The status is transmitted to the switching system over the same telephone line used for the station set. The proximity status information simply defines the presence or absence of a person to answer calls to the station set without identifying a particular person.
Wayne A. Davidson - Winfield IL Sahadat Hossain - Batavia IL
Assignee:
AT&T Bell Laboratories - Murray Hill NJ
International Classification:
H04M 1100
US Classification:
370 582
Abstract:
A computer connected to an ISDN switch via an ISDN digital subscriber line, provides management information regarding activities of a plurality of telephone agents. The computer has shared call appearances with a number of telephone agent stations and receives shared call appearance associated messages from the switch reflecting call handling messages exchanged between the ISDN switch and each of the agent stations. The messages are interpreted by the computer which generates station status information and management information such as the number of calls handled, average holding time per call, etc. The computer may be connected simultaneously to several central offices via ISDN subscriber lines and generate management information for a group of geographically separated agents, such as home telemarketing agents operating out of their individual homes and connected to different central offices.
Wayne A. Davidson - Winfield IL Diana S. Winter - Chicago IL
Assignee:
AT&T Bell Laboratories - Murray Hill NJ
International Classification:
H04J 302
US Classification:
370 581
Abstract:
A computer connected to an ISDN central office switch via an ISDN digital subscriber line, provides management information regarding activities of a plurality of telephone agents. The computer has shared call appearances with a number of telephone agent stations and receives shared call appearance associated messages from the switch reflecting call handling messages exchanged between the ISDN and each of the agent stations. The messages are interpreted by the computer, which generates station status information and management information such as the number of calls handled, average holding time per call, etc. The computer may be connected simultaneously to several central offices via ISDN subscriber lines and generate management information for a group of geographically separated agents, such as home telemarketing agents operating out of their individual homes and connected to different central offices. Based on the generated status and management information, the computer performs an incoming call management function by selecting agents connected to different switches for handling incoming calls and transmitting to the ISDN switch appropriate messages for causing the switch to transfer incoming calls to the selected agents. Additionally, the computer performs an outgoing call management function by initiating outgoing calls and causing the switch to connect an answering party to an agent, selected by the computer on any of the switches.
Wayne A. Davidson - Winfield IL Diana S. Winter - Chicago IL
Assignee:
AT&T Bell Laboratories - Murray Hill NJ
International Classification:
H04Q 1104 H04J 312 H04M 1100
US Classification:
370 62
Abstract:
A computer connected to an ISDN switch via an ISDN digital subscriber line, has shared cell appearances with a number of telephone stations connected to the switch and on the basis of shared call appearance associated messages from the switch, controls the forwarding of calls directed to the stations with which it has a shared call appearance. The associated messages are interpreted by the computer, which generates station status information. The computer responds to messages associated with predefined ones of the stations to select an alternate destination for the call and to transmit ISDN messages to the switch to cause the call to be forwarded to the selected alternate destination. Calls may be forwarded depending on call type, called number or other criteria. The computer responds to calls forwarded to it in the event that an associated station is busy and connects a holding party to the principal phone when the principal phone is no longer busy.