Intelligent telephone

• US 4,503,288 A
• Filed: 08/31/1981
• Issued: 03/05/1985
• Est. Priority Date: 08/31/1981
• Status: Expired due to Fees

• Current Assignee: Information Machines Corporation
• Original Assignee: Novation LLC (Vizient, Inc.)
• Inventors: Kessler, Bayard F.
• Primary Examiner(s): George, Keith E.
• Application Number:
  US06/298,105
• Time in Patent Office: 1,282 Days
• Field of Search: 179/2 DP, 179/90 B, 179/90 BD, 179/5 P, 179/6.13, 179/6.04, 179/84 T, 179/2 TC, 179/99 P, 179/2 A
• US Class Current: 379/88.16
• CPC Class Codes: H04M 1/2745 using static electronic memories, e.g. chips
• CPC Class Codes: H04M 11/00 Telephonic communication systems specially adapted for combination with other electrical systems
• CPC Class Codes: H04M 11/066 Telephone sets adapted for data transmision

Abstract

A microprocessor based telephone like device which includes all of the functions of any ordinary telephone, the functions of a data terminal and many additional functions to provide a highly useful voice and data communications and control device for both professional and personal use. The system generally includes a provision for direct connection and acoustic coupling to a phone line for ordinary voice communications or for data communications through a modem. A full alphanumeric keyboard coupled with a significant buffer memory and a one line display in the terminal provide for buffering of incoming and outgoing data as well as the display thereof. Inasmuch as the microprocessor based system is a bus oriented system, a great variety of controllers and communications devices and interfaces may be coupled thereto to provide a large array of data and voice communications and control capabilities.

Claims

1. A self contained portable communication system for coupling to a telephone line comprising:

a keyboard terminal housing;

a microprocessor located within said keyboard terminal housing;

real time means, coupled to said microprocessor;

a keyboard located on said keyboard terminal housing and having a plurality of alphanumeric data entry keys comprising a full alphanumeric key set in a nonorthogonal typewriter array in communication with said microprocessor;

memory means located within said key board terminal housing and in communication with said microprocessor for storing a program for controlling the operation of said microprocessor;

random access memory means in communication with said microprocessor for temporary storage of data;

telephone line interface means for coupling to a phone line, said telephone line interface means being means for receiving electrical signals from and providing electrical signals to a phone line, including an off hook signal to maintain a phone line connection;

a telephone handset having a speaker for converting electrical signals to audio signals and a microphone for converting audio signals to electrical signals to be provided to said phone line;

a one line display means, mounted in said keyboard terminal housing and coupled to said microprocessor;

at least one appliance control device in communication with said microprocessor and in communication with at least one appliance;

whereby a user may depress data entry keys to enter data into said random access memory to cause said microprocessor to compute the cost of a telephone call placed through said communication system and to display the total cost on the display at the end of the phone call.

2. The communication system according to claim 1 wherein depression of a preselected set of data entry keys instructs said communication system and said at least one appliance control device to turn said at least one applicance on and off repeatedly upon receipt of an incoming telephone call and to keep said at least one appliance turned on after said call has been answered until the user of said communication system hangs up at which time said at least one applicance is turned off.

3. The communication system of claim 1 wherein depression of any data entry key during a preselected time span of a twenty four hour day will instruct the communication system to place a telephone call to a preselected number.

4. The communication system according to claim 1 further comprising a message recording and playback mechanism, coupled to said microprocessor, whereby user depression of a preselected set of data entry keys will instruct said communication system, between preselected times of the day, to answer incoming calls without ringing and to transmit a preselected message in response to said incoming calls and to receive and store an incoming message.

5. The communication system according to claim 4 wherein depression of a preselected set of data entry keys will instruct said system to automatically dial a preselected telephone number and transmit a preselected message.

6. The communication system according to claim 4 wherein depression of a preselected set of data entry keys will instruct said system to place a telephone call to each telephone number between two preselected numbers and on connection of each call, or on passage of a specified time thereafter, to turn on a preselected applicance, and on passage of a preselected time after connection of the call, or when the call is disconnected, to turn off said preselected appliance.

7. A system comprising first and second communication systems, each having:

a keyboard terminal housing;

a microprocessor located within said keyboard terminal housing;

a real time means coupled to said microprocessor;

a keyboard located on said keyboard terminal housing and having a plurality of alphanumeric data entry keys in communication with said microprocessor;

memory means located within said keyboard terminal housing and in communication with said microprocessor for storing a program for controlling the operation of said microprocessor;

random access memory means in communication with said microprocessor for temporary storage of data;

telephone line interface means for coupling to a phone line, said telephone line interface means being means for receiving electrical signals from and providing electrical signals to a phone line, including an off hook signal to maintain a phone line connection;

a telephone handset having a speaker for converting electrical signals to audio signals and a microphone for converting audio signals to electrical signals to be provided to said phone line;

a one line display means, mounted in said keyboard terminal housing and coupled to said microprocessor; and

a speech synthesizer including a speech synthesizer speaker located within said keyboard terminal housing and in electrical communication with said microprocessor;

whereby depression of a data entry key will enter data to said microprocessor, which data may thereafter be converted by said speech synthesizer to tones of synthesized speech and transmitted over said speech synthesizer speaker;

said first communication system being in communication with said second communication system wherein depression of a preselected set of data entry keys by a user of said first communication system will instruct said first communication system to place a telephone call to a particular person normally present at said second communication system and causes said second communication system to page said particular person by emitting a preselected sound, rather than a normal telephone ring, to inform said particular person that the call is intended for said particular person, and to deliver a preselected message when said call is answered.

8. A self contained communication system comprising:

a keyboard terminal housing;

a microprocessor located within said keyboard terminal housing;

a real time means coupled to said microprocessor;

a keyboard located on said keyboard terminal housing and having a plurality of alphanumeric data entry keys in communication with said microprocessor;

memory means located within said keyboard terminal housing and in communication with said microprocessor for storing a program for controlling the operation of said microprocessor;

random access memory means in communication with said microprocessor for temporary storage of data;

telephone line interface means for coupling to a phone line, said telephone line interface means being means for receiving electrical signal from and providing electrical signals to a phone line, including an off hook signal to maintain a phone line connection;

a telephone handset having a speaker for converting electrical signals to audio signals and a microphone for converting audio signals to electrical signals to be provided to said phone line;

a one line display means, mounted in said keyboard terminal housing and coupled to said microprocessor; and

a speech synthesizer including a speech synthesizer speaker located within said keyboard terminal housing and in electrical communication with said microprocessor;

whereby depression of a data entry key will enter data to said microprocessor, which data may thereafter be converted by said speech synthesizer to tones of synthesized speech and transmitted over said speech synthesizer speaker, and wherein depression of a preselected set of data entry keys will instruct said communication system, between preselected times of the day, to automatically answer incoming telephone calls by transmitting a preselected sound and then terminating the call.

9. A self contained communication system comprising:

a keyboard terminal housing;

a microprocessor located within said keyboard terminal housing;

a real time means coupled to said microprocessor;

a keyboard located on said keyboard terminal housing and having a plurality of alphanumeric data entry keys in communication with said microprocessor;

memory means located within said keyboard terminal housing and in communication with said microprocessor for storing a program for controlling the operation of said microprocessor;

random access memory means in communication with said microprocessor for temporary storage of data;

telephone line interface means for coupling to a phone line, said telephone line interface means being means for receiving electrical signals from and providing electrical signals to a phone line, including an off hook signal to maintain a phone line connection;

a telephone handset having a speaker for converting electrical signals to audio signals and a microphone for converting audio signals to electrical signals to be provided to said phone line;

a one line display means, mounted in said keyboard terminal housing and coupled to said microprocessor; and

a speech synthesizer including a speech synthesizer speaker located within said terminal housing and in electrical communication with said microprocessor;

whereby depression of a data entry key will enter data to said microprocessor, which data may thereafter be converted by said speech synthesizer to tones of synthesized speech and transmitted over said speech synthesizer speaker, and wherein depression of a preselected set of data entry keys will instruct

said communication system between preselected times of day to answer incoming calls without ringing and transmit a preselected message to the calling party and to receive and store any incoming message.

10. A self contained communication system comprising:

a keyboard terminal housing;

a microprocessor located within said keyboard terminal housing;

a real time means coupled to said microprocessor;

a keyboard located on said keyboard terminal housing and having a plurality of alphanumeric data entry keys in communication with said microprocessor;

memory means located within said keyboard terminal housing and in communication with said microprocessor for storing a program for controlling the operation of said microprocessor;

random access memory means in communication with said microprocessor for temporary storage of data;

telephone line interface means for coupling to a phone line, said telephone line interface means being means for receiving electrical signals from and providing electrical signals to a phone line, including an off hook signal to maintain a phone line connection;

a telephone handset having a speaker for converting electrical signals to audio signals and a microphone for converting audio signals to electrical signals to be provided to said phone line;

a one line display means, mounted in said keyboard terminal housing and coupled to said microprocessor; and

a speech synthesizer including a speaker located within said keyboard terminal housing and in electrical communication with said microprocessor;

whereby depression of a data entry key will enter data to said microprocessor, which data may thereafter be converted by said speech synthesizer to tones of synthesized speech and transmitted over said speech synthesizer speaker; and

whereby depression of a preselected set of data entry keys will instruct said system to speak the identity of keys depressed and to also decode and speak coded incoming messages letter by letter or word by word if the words are stored in the said memory means.

11. The communication system according to claim 10 wherein depression of a preselected set of data entry keys will instruct said speech synthesizer speaker of said communication system to emit a preselected combination of sounds at a preselected time so as to awaken the user of said communication system.

12. The communication system according to claim 10 wherein depression of a preselected set of data entry keys will instruct said system to place a telephone call to a preselected number at a preselected time and when said call is completed emit a preselected combination of sounds.

13. The self contained communication system according to claim 10 further comprising a modem coupled to said microprocessor and to said phone line, for converting electrical signals to audio signals to be carried over phone lines through a handset, and for converting audio signals from said handset to electrical signals to be provided to said microprocessor.

14. The communication system according to claim 13 wherein the data transmission rate of said interface means is selectable.

15. The communication system according to claim 13 further comprising a printer device and a means for placing data from said microprocessor into a standard format for transmission over a directed coupled line, whereby depression of a preselected set of data entry keys will direct said system to transmit data to said printer.

16. The communication system according to claim 15 and wherein depression of a preselected sequence of data entry keys will direct said communication system to emulate a data terminal for accessing a time sharing computer system.

17. The communication system according to claim 13 wherein depression of a preselected sequence of data entry keys will direct said communication system to emulate a TWX terminal.

18. The communication system according to claim 13 wherein said display means is a single line liquid crystal display and said computer program presents a menu of operational mode control options on the display for viewing by a user, the options on the menu being displayed sequentially on said display, selection of an option being made by depression of a key representative of a corresponding option on the menu.