Point-of-sale system for programming a cellular telephone with its assigned telephone number

• US 5,465,288 A
• Filed: 06/01/1993
• Issued: 11/07/1995
• Est. Priority Date: 06/01/1993
• Status: Expired due to Fees

• Current Assignee: The Cellular Hotline Incorporated
• Original Assignee: The Cellular Hotline Incorporated
• Inventors: Nappier, Ricky L., Day, Edwin J. III, Falvey, Neil J., Longtin, John T.
• Primary Examiner(s): Kuntz, Curtis
• Assistant Examiner(s): Chernoff, Michael B.
• Application Number:
  US08/070,087
• Time in Patent Office: 889 Days
• Field of Search: 379/58, 379/59, 379/63, 379/441, 455/89, 455/90, 455/68, 455/186
• US Class Current: 455/418
• CPC Class Codes: H04W 8/265 for initial activation of new user
• CPC Class Codes: H04W 88/18 Service support devices; Network management devices

Abstract

A point-of-sale programming system for a selected one of a plurality of types and models of cellular telephone. A point-of-sale computer has an I/O port generating command and data information corresponding to the specific set of command signals and data signals required for the selected telephone to be programmed and for reading the preassigned serial number of the telephone. An interface converts the information into the specific set of command and data signals required for the selected telephone to be programmed. The interface has a telephone interface port through which the specific set of command signals and data signals are provided. The interface reads the preassigned serial number via the telephone interface port. An RS232 cable connects the I/O port of the computer and the interface. A passive cable with an RJ45 connector connects the telephone interface port of the interface and the programming port of the selected cellular telephone. The point-of-sale computer provides the system computer via modem with the preassigned serial number of the selected cellular telephone being programmed thereby permitting the system computer to verify that the selected telephone can access the CT system.

Claims

1. A system for point-of-sale programming a selected one of a plurality of types and models of cellular telephones, each type or model of telephone requiring programming by a specific set of command signals for controlling the telephone and a specific set of data signals to be stored in the telephone including data defining a telephone number to be assigned to the telephone, said data signals for programming the telephone for operation as part of a cellular telephone system, each telephone having a programming port through which data may be transferred by data signals and through which the telephone may be controlled by command signals, said system comprising:

a point-of-sale computer having an I/O port and including;

a database storing sets of command information and data information including the assigned telephone number, each set for programming a particular one of the plurality of cellular telephones;

means for identifying the particular set of command and data information in the database required for programming the selected cellular telephone; and

interface driver software for sending information via the I/O port corresponding to the particular set of command and data information;

interface means connected to the I/O port and having a telephone interface port, for sending via the telephone interface port the specific set of command signals and data signals corresponding to the information provided by the computer via the I/O port; and

means for providing the specific set of command signals and data signals to the programming port of the selected cellular telephone via the telephone interface port thereby providing the specific set of command signals and data signals via the programming port to the selected cellular telephone for programming it with the assigned telephone number.

2. The system of claim 1 wherein the I/O port comprises a RS232 standard interface.

3. The system of claim 1 wherein the programming port of the cellular telephone comprises an RJ45 port and the I/O port comprises an RS232 port.

4. The system of claim 1 wherein the database includes configuration information and wherein the computer sends via the I/O port the configuration information corresponding to the configuration of the selected telephone to be programmed, and wherein the interface means comprises a microprocessor having an input connected to the I/O port and having an output for generating the command signals and data signals, said microprocessor also having an output for generating control signals corresponding to the configuration information.

5. The system of claim 4 wherein the programming port includes a number of terminals and wherein the interface means comprises;

an array of buffers for temporarily storing the command signals, the data signals and the control signals;

an array of switches connected between the array of buffers and the terminals; and

means, responsive to the control signals, for controlling positions of the switches so that the command signals are supplied to their corresponding terminal and the data signals are supplied to their corresponding terminal.

6. The system of claim 1 wherein the interface means includes a programmable power supply controlled by the microprocessor in response to the configuration information and connected to the power input port of the selected cellular telephone.

30. The system of claim 1 wherein the database includes microcode translator information for translating the command and data information into command and data signals, and wherein the computer sends via the I/O port the microcode translator information, and wherein the interface means comprises a microprocessor executing the microcode translator and having an input connected to the I/O port and having an output for generating the command signals and the data signals corresponding to the command and data information.

31. The system of claim 4 wherein the database includes procedural information which implements the translated command and data information and converts it into command and data signals according to the configuration information.

32. The system of claim 31 wherein the procedural information specifies one or more of the following with respect to the command and data signals to be provided to the cellular telephone:

signal voltage, signal power, and signal data rate.

33. The system of claim 1 wherein the database includes configuration information defining the pin assignments and/or impedances required by the cellular telephone, and wherein the computer sends to the interface means via the I/O port the configuration information, and wherein the interface means comprises a microprocessor for executing the configuration information and having an output for generating control signals corresponding to the configuration information whereby the interface means generates command and data signals according to the required pin assignments and impedances.

34. The system of claim 1 wherein the database includes configuration information for reading variables in the cellular telephone, and wherein the computer sends to the interface means via the I/O port the configuration information, and wherein the interface means comprises a microprocessor executing the configuration information to read the variables stored in the cellular telephone.

7. A system for point-of-sale programming a selected one of a plurality of types and models of cellular telephones, each type or model of telephone requiring programming by a specific set of command signals for controlling the telephone and a specific set of data signals to be stored in the telephone including data defining a telephone number to be assigned to the telephone, said data signals for programming the telephone for operation as part of a cellular telephone system, each telephone having a programming port through which data may be transferred by data signals and through which the telephone may be controlled by command signals, said system comprising:

a point-of-sale computer having an I/O port sending command information and data information including the assigned telephone number, said information corresponding to the specific set of command signals and data signals required for the selected telephone to be programmed;

an interface converting the information into the specific set of command signals and data signals required for the selected telephone to be programmed, said interface having a telephone interface port through which the specific set of command signals and data signals are provided;

means for connecting the I/O port of the computer and the interface thereby providing the information to the interface; and

means for connecting the telephone interface port of the interface and the programming port of the selected cellular telephone thereby providing the specific set of command signals and data signals via the programming port to the selected cellular telephone for programming it with the assigned telephone number.

8. The system of claim 7 wherein the I/O port comprises a RS232 standard interface.

9. The system of claim 7 wherein the programming port of the cellular telephone comprises an RJ45 port and the I/O port comprises an RS232 port.

10. The system of claim 7 wherein the computer sends via the I/O port configuration information corresponding to the configuration of the selected telephone to be programmed, and wherein the interface means comprises a microprocessor having an input connected to the I/O port and having an output for generating the command signals and data signals, said microprocessor also having an output for generating switch control signals corresponding to the configuration information.

11. The system of claim 10 wherein the programming port includes a number of terminals and wherein the interface means comprises;

an array of buffers for temporarily storing the command signals, the data signals and the switch control signals;

an array of switches connected between the array of buffers and the terminals; and

means, responsive to the switch control signals, for controlling positions of the switches so that the command signals are supplied to their corresponding terminal and the data signals are supplied to their corresponding terminal.

12. The system of claim 7 wherein the interface means includes a programmable power supply controlled by the microprocessor in response to the configuration information and connected to the power input port of the selected cellular telephone.

13. A system for point-of-sale programming a selected one of a plurality of types and models of cellular telephones, each type or model of telephone requiring programming by a specific set of command signals for controlling the telephone and a specific set of data signals to be stored in the telephone including data defining a telephone number to be assigned to the telephone, said data signals for programming the telephone for operation as part of a cellular telephone system, each telephone having a battery compartment including a power input port for engaging a battery within the compartment for supplying electrical power to the telephone, and each telephone having a programming port in the compartment through which the telephone may be programmed, said system comprising:

point-of-sale computer means for sending information corresponding to the specific set of command signals and data signals for the selected telephone to be programmed;

interface means, connected to the computer means and having a telephone interface port, for converting the information provided by the computer means into the specific set of command signals and data signals required for the selected telephone to be programmed, said data signals including signals corresponding to the assigned telephone number, said interface means providing the specific set of command signals and data signals via the telephone interface port, said interface means including a power output port for supplying power for the selected telephone to be programmed; and

adapter means engaging the battery compartment for connecting the telephone interface port of the interface means to the programming port of the selected telephone to supply the specific set of command signals and data signals to the selected telephone to program it with the assigned telephone number, said adapter means also connecting the power output port of the interface means to the power input port to supply power to the selected telephone to power it during programming.

14. The system of claim 13 wherein the I/O port comprises a RS232 standard interface.

15. The system of claim 13 wherein the programming port of the cellular telephone comprises an RJ45 port and the I/O port comprises an RS232 port.

16. The system of claim 13 wherein the computer sends via the I/O port configuration information corresponding to the configuration of the selected telephone to be programmed, and wherein the interface means comprises a microprocessor having an input connected to the I/O port and having an output for generating the command signals and data signals, said microprocessor also having an output for generating switch control signals corresponding to the configuration information.

17. The system of claim 16 wherein the programming port includes a number of terminals and wherein the interface means comprises;

an array of buffers for temporarily storing the command signals, the data signals and the switch control signals;

an array of switches connected between the array of buffers and the terminals; and

means, responsive to the switch control signals, for controlling positions of the switches so that the command signals are supplied to their corresponding terminal and the data signals are supplied to their corresponding terminal.

18. The system of claim 13 wherein the interface means includes a programmable power supply controlled by the microprocessor in response to the configuration information and connected to the power input port of the selected cellular telephone.

19. A point-of-sale programming system for a selected one of a plurality of types and models of cellular telephone, each having a preassigned serial number and a programming port through which data may be transferred by data signals and through which the telephone may be controlled by control signals, each type or model of telephone requiring programming by a specific set of command signals for controlling the telephone and a specific set of data signals to be stored in the telephone including data defining a telephone number to be assigned to the telephone, said data signals for programming the telephone for operation, each telephone to be operated as part of a cellular telephone (CT) communicating network system having a system computer which controls the CT system operation and verifies that the cellular telephone can access the CT system through a repeater, said system comprising:

a point-of-sale computer having an I/O port generating command information and data information including the assigned telephone number, said information corresponding to the specific set of command signals and data signals required for the selected telephone to be programmed and for reading the preassigned serial number of the telephone;

an interface converting the information into the specific set of command and data signals required for the selected telephone to be programmed, said interface having a telephone interface port through which the specific set of command signals and data signals are provided, said interface reading the preassigned serial number via the telephone interface port;

means for connecting the I/O port of the computer and the interface thereby transmitting the information to the interface and the preassigned serial number to the computer;

means for connecting the telephone interface port of the interface and the programming port of the selected cellular telephone thereby providing the specific set of command signals and data signals via the programming port to the selected cellular telephone and providing the preassigned serial number to the computer via the interface; and

means for linking the computer and the system computer of the CT system so that the computer provides the system computer with the preassigned serial number of the selected cellular telephone being programmed thereby permitting the system computer to verify that the selected telephone can access the CT system.

20. A point-of-sale programming system for a selected one of a plurality of types and models of cellular telephone, each a preassigned serial number and a programming port through which data may be transferred by data signals and through which the telephone may be controlled by control signals, each type or model of telephone requiring programming by a specific set of command signals for controlling the telephone and a specific set of data signals to be stored in the telephone including data defining a telephone number to be assigned to the telephone, said data signals for programming the telephone for operation, each telephone to be operated as part of a cellular telephone (CT) communication network system having a system computer which controls the CT system operation and verifies that the cellular telephone can access the CT system through a repeater, said system comprising:

means having a port for generating the specific set of command signals and data signals required for the selected telephone to be programmed and for reading the preassigned serial number of the selected telephone;

means for connecting the port of the means and the cellular telephone thereby transmitting the specific set of command and data signals to the cellular telephone and transmitting the preassigned serial number to the means; and

means for linking the means and the system computer of the CT system so that the means provides the system computer with the preassigned serial number of the selected cellular telephone being programmed thereby permitting the system computer to verify that the selected telephone can access the CT system.

21. The system of claim 20 comprising a computer having an RS232 I/O port generating command and data information corresponding to the specific set of command signals and data signals required for the selected telephone to be programmed and for reading the preassigned serial number of the telephone;

an interface converting the information into the specific set of command and data signals required for the selected telephone to be programmed, said interface having a telephone interface port through which the specific set of command signals and data signals are provided, said interface reading the preassigned serial number via the telephone interface port;

means for connecting the I/O port of the computer and the interface thereby transmitting the information to the interface and the preassigned serial number to the computer;

means for connecting the telephone interface port of the interface and the programming port of the selected cellular telephone thereby providing the specific set of command signals and data signals via the programming port to the selected cellular telephone and providing the preassigned serial number to the computer via the interface; and

means for linking the computer and the system computer of the CT system so that the computer provides the system computer with the preassigned serial number of the selected cellular telephone being programmed thereby permitting the system computer to verify that the selected telephone can access the CT system.

22. The system of claim 20 further comprising means for storing multimedia information to assist the operator in the operation of the system and to assist a customer in the use, selection and purchase of a cellular telephone.

23. A method for point-of-sale programming a selected one of a plurality of types and models of cellular telephones, each type or model of telephone requiring programming by a specific set of command signals for controlling the telephone and a specific set of data signals to be stored in the telephone including data defining a telephone number to be assigned to the telephone, said data signals for programming the telephone for operation as part of a cellular telephone system, each telephone having a programming port through which data may be transferred by data signals and through which the telephone may be controlled by command signals, said method comprising the steps of:

identifying the particular set of command and data information required for programming the selected telephone;

sending information via an I/O port of a computer corresponding to the particular set of command information and data information including the assigned telephone number;

sending the specific set of command signals and data signals via a telephone interface port of an interface corresponding to the information provided by the computer via the I/O port; and

providing the specific set of command signals and data signals via the programming port to the particular telephone for programming it with the assigned telephone number.

24. A method of point-of-sale programming a selected one of a plurality of types and models of cellular telephones, each type or model of telephone requiring programming by a specific set of command signals for controlling the telephone and a specific set of data signals to be stored in the telephone including data defining a telephone number to be assigned to the telephone, said data signals for programming the telephone for operation as part of a cellular telephone system, each telephone having a programming port through which data may be transferred by data signals and through which the telephone may be controlled by command signals, said method comprising the steps of:

sending via an I/O port information having command information and data information including the assigned telephone number, said information corresponding to the specific set of command signals and data signals required for the selected telephone to be programmed;

connecting the telephone interface port of the interface and the programming port of the selected cellular telephone to provide the specific set of command signals and data signals via the programming port to the selected cellular telephone for programming it with the assigned telephone number;

converting the information into the specific set of command signals and data signals required for the selected telephone to be programmed; and

providing to the cellular telephone via a telephone interface port the specific set of command signals and data signals converted from the information.

25. A method of point-of-sale programming a selected one of a plurality of types and models of cellular telephones, each type or model of telephone requiring programing by a specific set of command signals for controlling the telephone and a specific set of data signals to be stored in the telephone including data defining a telephone number to be assigned to the telephone, said data signals for programming the telephone operation as part of a cellular telephone system, each telephone having a battery compartment including a power input port for engaging a battery within the compartment for supplying electrical power to the telephone, and each telephone having a programming port in the compartment through which the telephone may be programmed, said method comprising the steps of:

sending information corresponding to the specific set of command signals and data signals for the selected telephone to be programmed;

converting the information into the specific set of command signals and data signals required for the selected telephone to be programmed, said data signals including signals corresponding to the assigned telephone number;

providing the specific set of command signals and data signals via a telephone interface port;

supplying power via a power output port to the selected cellular telephone to be programmed; and

engaging an adapter means with the battery compartment for connecting the telephone interface port to the programming port of the selected telephone to supply the specific set of command signals and data signals to the selected cellular telephone to program it with the assigned telephone number, said adapter means also connecting the power output port to the power input port to supply power to the selected telephone to power it during programming.

26. A point-of-sale programming method for a selected one of a plurality of types and models of cellular telephone, each having a preassigned serial number and a programming port through which data may be transferred by data signals and through which the telephone may be controlled by control signals, each type or model of telephone requiring programming by a specific set of command signals for controlling the telephone and a specific set of data signals to be stored in the telephone including data defining a telephone number to be assigned to the telephone, said data signals for programming the telephone for operation, each telephone to be operated as part of a cellular telephone (CT) system having a system computer which controls the CT system operation and verifies that the cellular telephone can access the CT system through a repeater, said method comprising the steps of:

providing from a means to the programming port the specific set of command signals and data signals required for the selected telephone to be programmed;

reading by the means via the programming port the preassigned serial number of the selected telephone;

linking the means and the system computer of the CT system; and

providing from the means to the system computer the preassigned serial number of the selected cellular telephone being programmed thereby permitting the system computer to verify that the selected telephone can access the CT system.

27. An interface for point-of-sale programming a selected one of a plurality of types and models of devices, each type or model of device requiring programming by a specific set of command signals for controlling the device and a specific set of data signals to be stored in the device, said data signals for programming the device for operation, each device having a programming port through which data may be transferred by data signals and through which the device may be controlled by command signals, said interface for use with a system comprising:

a point-of-sale computer having an I/O port and including;

a database storing sets of command and data information, each set for programming a particular one of the plurality of devices;

means for identifying the particular set of command and data information in the database required for programming the selected device; and

interface driver software for sending information via the I/O port corresponding to the particular set of command and data information;

said interface comprising;

means connected to the I/O port and having a device interface port for sending via the device interface port the specific set of command signals and data signals corresponding to the information provided by the computer via the I/O port; and

means for providing the specific set of command signals and data signals to the programming port of the selected device via the device interface port thereby providing the specific set of command signals and data signals via the programming port to the selected device for programming it.

28. An interface for a system for point-of-sale programming a selected one of a plurality of types and models of cellular telephones, each type or model of telephone requiring programming by a specific set of command signals for controlling the telephone and a specific set of data signals to be stored in the telephone including data defining a telephone number to be assigned to the telephone, said data signals for programming the telephone for operation as part of a cellular telephone system, each telephone having a programming port through which data may be transferred by data signals and through which the telephone may be controlled by command signals, said system including a computer having an I/O port sending command and data information corresponding to the specific set of command signals and data signals required for the selected telephone to be programmed, said interface comprising:

means for converting the information into the specific set of command signals and data signals required for the selected device to be programmed, said data signals including signals corresponding to the assigned telephone number, said interface having a device interface port through which the specific set of command signals and data signals are provided;

means for connecting the I/O port of the computer and the interface thereby providing the information to the interface; and

means for connecting the device interface port of the interface and the programming port of the selected device thereby providing the specific set of command signals and data signals via the programming port to the selected device for programming it with the assigned telephone number.

29. In a system for point-of-sale programming a selected one of a plurality of types and models of devices, each type or model of device requiring programming by point-of-sale a specific set of command signals for controlling the device and a specific set of data signals to be stored in the device, said data signals for programming the device for operation as part of a device system, each device having a battery compartment including a power input port for engaging a battery within the compartment for supplying electrical power to the device, and each device having a programming port in the compartment through which the device may be programmed, said system having computer means for sending information corresponding to the specific set of command signals and data signals for the selected device to be programmed;

a point-of-sale interface comprising;

means, connected to the computer means and having a device interface port, for converting the information provided by the computer means into the specific set of command signals and data signals required for the selected device to be programmed, said converting means providing the specific set of command signals and data signals via the device interface port, said converting means including a power output port for supplying power for the selected device to be programmed; and

adapter means engaging the battery compartment for connecting the device interface port of the converting means to the programming port of the selected device to supply the specific set of command signals and data signals to the selected device to program it, said adapter means also connecting the power output port of the converting means to the power input port to supply power to the selected device to power it during programming.