General-purpose electronic telephone station set

• US 4,291,198 A
• Filed: 06/28/1979
• Issued: 09/22/1981
• Est. Priority Date: 06/28/1979
• Status: Expired due to Term

• Current Assignee: Bell Telephone Laboratories, Inc. (Nokia Corporation)
• Original Assignee: Bell Telephone Laboratories, Inc. (Nokia Corporation)
• Inventors: Hagelbarger, David W., Kubik, Peter S., Anderson, Robert V., Bayer, Douglas L.
• Primary Examiner(s): Brigance, Gerald L.
• Application Number:
  US06/053,099
• Time in Patent Office: 817 Days
• Field of Search: 340/711, 340/712, 340/706, 178/18, 179/2 DP, 179/90 AN, 179/2 TV, 179/90 B, 179/18 B, 364/200, 364/900
• US Class Current: 379/93.17
• CPC Class Codes: G06F 3/04892 Arrangements for controlling cursor position based on codes indicative of cursor displacements from one discrete location to another, e.g. using cursor control keys associated to different directions or using the tab key arrangements for controlling cursor position based on coordinate signals G06F3/038
• CPC Class Codes: H04M 1/2747 Scrolling on a display
• CPC Class Codes: H04M 11/066 Telephone sets adapted for data transmision
• CPC Class Codes: Y10S 379/914 Programmable telephone component
• CPC Class Codes: Y10S 379/915 Soft key

Abstract

The power of computer-based services is made available to telephone subscribers by a telephone station set (10) including a telephone handset (17) for audio transduction, a video output display screen (13) and manual input key facilities (16,20,23) coupled for interaction by a data processing facility (43). All of those elements are included in a common station set housing for programmable interaction under control of the station set user. The input key facilities include a full ASCII key set, additional buttons (30-32) for signaling standard computer service functions, and keys (16) for user selection of predetermined different text portions of the display screen. Also shown are various electrical and mechanical features which facilitate the combining of the functional parts into the common housing and illustrative processes (FIGS. 8-12) for demonstrating the programmable facility interaction.

Claims

1. A general-purpose electronic telephone station set for use in conjunction with a host computer (40) and having plural user-controllable operations, said set including transducers (17) for audio input/output of received or transmitted signal information, a display screen (13) for video output of information, a keyboard (20) including a plurality of keys for manual input of signal information, and data processing means (43) for electrically intercoupling the keyboard, the screen, and the transducers for programmable interaction, the improvement comprising

plural function keys (16) arrayed along at least one side of the screen in positions corresponding to different line positions on the screen, said function keys being coupled to said data processing means for inclusion in said programmable interaction, and

said data processing means including

means, responsive to signals from said host computer, for displaying in text on said screen an initial set (140) of user-selectable choices of station set operations, such choices including at least one called station calling mode (CALL BY TYPING),

means, responsive to actuation of at least one of said function keys, for sending to said host computer signals identifying such one key, and

means, responsive to signals from said host computer directing the one of said calling modes corresponding to the identified function key, to produce signals identifying said called station.

2. The station set in accordance with claim 1 in which said processing means comprises

means (FIG. 10 LABEL KEY) for generating a text label on said screen adjacent to at least one of said plural function keys, and

means (FIG. 12), responsive to set user actuation of the last-mentioned one plural function key, for recurrently flashing a predetermined character of a label adjacent thereto prior to generation of a new label in response to the key actuation for informing the user that the key actuation has been recognized.

3. The station set in accordance with claim 1 in which

a voice signal circuit port (21) and a data signal circuit port (22) are provided,

means (HS1, HS2) are provided for user-controllably connecting said transducers to said voice signal port,

means (HS5) are provided for coupling to said processing means signals indicating the state of said connecting means,

means (89, 90) are provided for continuously coupling said processing means to send and receive signals through said data port with respect to said host computer, and

said processing means includes means (FIG. 10 LABEL KEY), responsive to signals received via said data port, for actuating said screen to display information corresponding to such data port signals.

4. The station set in accordance with claim 1 in which

means (90) are provided for coupling data signals into and out of said station said with respect to said processing means, said coupling means comprising

means (118) for coupling keyboard output signals from said processing means directly back to said processing means for controlling said display screen,

means (110) for coupling signals received from external to said station set for controlling said display screen, and

means (RM/LOC and 116) for selectively actuating only one of said direct signal coupling means or said external signal coupling means.

5. The station set in accordance with claim 1 in which

said plurality of keys in said keyboard includes

an ASCII key set (20) for outputting a predetermined set of selectable characters representing respective, different ones of a predetermined set of letters, numbers, and functions, and

additional keys (30-32) for outputting from each such additional key a signal corresponding to a respective predetermined information processing function of said host computer, and

said data processing means includes means (FIG. 15 translation) for translating each of said additional key output signals to a predetermined respective character recognized by said host computer for said corresponding function.

6. The station set in accordance with claim 1 in which a common housing (11,12), is provided for holding the aforesaid elements of such set.

7. The station set in accordance with claim 6 in which

said housing includes a hood portion (12) framing said display screen and

said display screen is recessed into said hood portion for limiting the viewing field therefor.

8. The station set in accordance with claim 7 in which

said housing further includes a base portion (11),

said display screen is included in a cathode ray tube mounted in a semirigid frame (119) secured in said housing base portion,

said keyboard rests on a shoulder portion (120) in walls of said housing base portion adjacent to said cathode ray tube with an edge of said keyboard engaging said display screen along a lower portion thereof, said keyboard being of sufficient size to cause a deflection of said frame upon insertion of the keyboard into a rest position on said shoulders thereby causing said keyboard to engage the wall of said housing at a keyboard edge opposite to the edge engaging the display screen,

said hood portion substantially entirely encloses said cathode ray tube except for the display screen portion thereof and is secured to said base portion of said housing, and

a flexible bezel (115) is provided for masking upper and side edges of said display screen portion and engaging adjacent edges on said hood portion, said display screen portion of said cathode ray tube, and opposite end portions of said tube-engaging edge of said keyboard for interlocking all of such hood, screen, and keyboard in stable positions in said housing.

9. The station set in accordance with claim 6 in which

said audio transducers are included in a telephone handset (17),

said housing has a depth and width which are each less than one and one-half times the length of said handset, and

said housing has a height which is less than the length of said handset.

10. The station set in accordance with claim 1 in which

means (56) are provided for electrically representing an identification number for said set, and

said processing means includes means (FIG. 13 RETURN STATUS) for transmitting to said host computer a data message including signals representing the status of predetermined set operational features including said identification number.

11. The set in accordance with claim 1 in which there are provided

a voice signal input-output port (21) and a data signal input-output port (22),

means for coupling said transducers to said voice signal port for sending and receiving voice signals,

means (47,80), controlled by said processing means, for coupling signal information from said keyboard to said voice signal port for sending dialing signals, and

means (89), responsive to said processing means, for coupling said keyboard and screen to said data signal port to send and receive data signals.

12. The station set in accordance with claim 1 in which

said screen is of sufficient line and character size to display a page-type array of text, and

said keyboard is a typewriting type keyboard in which any given actuation of a key corresponds to a discrete information character or function.

13. The station set in accordance with claim 1 in which

said one calling mode is a dial-by-menu mode,

a voice signal port (21) is provided for coupling said signal information into and out of said set with respect to said transducers, and

said processing means includes means, responsive to signals from said host computer, for outputting by way of said voice signal port signals representing numerical characters identifying said called station as identified by a particular combination of a display of user choices and actuation of one of said function keys.

14. The station set in accordance with claim 1 in which

at least one fixed function, display action key (23) is provided to produce, on actuation of each such key, a different predetermined display effect which is independent of the information content of the display.

15. The station set in accordance with claim 14 in which

signals from said host represent predetermined parts of hierarchically organized information wherein each hierarchical level, except the highest level, includes at least one block of detailed information associated with a single predetermined information element of the next higher hierarchical level, and

said processing means includes means, responsive to actuation of both a predetermined one of said fixed function display action keys and one of said plural function keys, for causing said host computer to traverse the displayed information to a different hierarchical level of stored information associated with displayed information in a screen line position corresponding to the one actuated function key.

16. The station set in accordance with claim 14 in which said processing means includes

means responsive to actuation of a predetermined fixed function display action key for cooperating with said host computer to display on said screen a text explanation of the user choices available with information displayed at the time when such predetermined display action key was actuated.

17. The station set in accordance with claim 1 in which said processing means includes

means, responsive to signals from said host computer, displaying on at least one additional text display of set-user-selectable choice of set operations or data.

18. A general-purpose electronic telephone station set for use in conjunction with a host computer (40), said set including transducers (17) for audio input/output of received or transmitted signal information, a display screen (13) for video output of information, a keyboard (20) including a plurality of keys for manual input of signal information, and data processing means (43) for electrically intercoupling the keyboard, the screen, and the transducers for programmable interaction, the improvement comprising

plural function keys (16) arrayed along at least one side of the screen in positions corresponding to different line positions on the screen, said function keys being coupled to said data processing means for inclusion in said interaction,

said plurality of keys in said keyboard includes

a key set (20) for outputting a predetermined set of selectable characters representing, respectively, different ones of a predetermined set of letters, numbers, and functions, and

additional keys (30-32) for outputting from each such key a signal corresponding to a respective predetermined information processing function available in said host computer, and

said data processing means includes means (FIG. 15 translation) for determining from said host characters said host recognizes as requests for said processing functions and translating each said additional key output signal to a corresponding one of said host characters.

19. The station set in accordance with claim 18 in which

said keyset selectable characters include at least one character which is also one of said additional key characters corresponding to a processing function, and

said data processing means includes means (FIG. 14 HARD KEY CHAR.) for recognizing actuation of a key set key corresponding to said one character and prepending to such character a predetermined control character (Table II, line B=3) to indicate actuation of the last-mentioned key rather than one of said additional keys.

20. The station set in accordance with claim 18 in which

said processing means includes means (54) for coupling said plural function keys to said data processing means to provide signals uniquely designating user selection of a corresponding discrete line portion of text on said screen.

21. The station set in accordance with claim 18 in which said keyboard further includes

further plurality of function keys (23) coupled to said data processing means for indicating, when actuated, user selection of a predetermined type of display action.

22. A general-purpose electronic telephone station set for use in conjunction with a host computer (40), said set including transducers (17) for audio input/output of received or transmitted signal information, a display screen (13) for video output of information, a keyboard (20) including a plurality of keys for manual input of textual information, and data processing means (43) for electrically intercoupling the keyboard, the screen, and the transducers for programmable interaction, the improvement comprising

plural function keys (16) arrayed along at least one side of the screen in positions corresponding to different line positions on the screen, said function keys being coupled to said data processing means for inclusion in said interaction, and

said data processing means includes means (FIG. 14 CONTROL CHARACTER) for translating an output of any of said plural function keys to any selectable one of plural textual characters and assembling such one character into a data message, for said host computer, along with a predetermined operational prefixal character (STX) and a predetermined operational suffixal end-of-message character (CR).

23. The station set in accordance with claim 22 in which

means (90), coupled to said processing means, are provided for communicating with a host computer at least to receive signals representing for display information corresponding to actuation of one of said function keys, the reception thereof possibly being delayed for a substantial time after actuation of such one key, and

said processing means comprises

means (FIG. 10 LABEL KEY), responsive to said display information signals, for generating a text label on said screen adjacent to at least one of said plural function keys, and

means (FIG. 12), responsive to set user actuation of said one plural function key, for recurrently flashing, during said time, a predetermined character of a label adjacent to such key at the time of actuation for informing the user that the key actuation has been recognized.

24. A general-purpose electronic telephone station set including transducers (17) for audio input/output of received or transmitted signal information, and a display screen (13) for video output of information, the improvement comprising

a keyboard (20) including a plurality of keys for manual input of signal information,

plural function keys (16) arrayed along at least one side of the screen in positions corresponding to different line positions on the screen,

data processing means (43) in the set for electrically intercoupling the keyboard, the function keys, the screen, and the transducers for programmable interaction,

said display screen being a part of a cathode ray tube display means including beam deflection controlling coils (118) coupled to said tube, one set of such coils being operable in the audible frequency range, and

hybrid coupling transformer coils (76) for coupling output and input portions of said transducers to an analog signal input/output port (21) of said station set, said transformer coils being oriented with respect to said controlling coils to produce minimum deflection signal noise in said transducers.

25. A general-purpose electronic telephone station set including transducers (17) for audio input/output of received or transmitted signal information, and a display screen (13) for video output of information, the improvement comprising

a keyboard (20) including a plurality of keys for manual input of signal information,

plural function keys (16) arrayed along at least one side of the screen in positions corresponding to different line positions on the screen,

data processing means (43) in the set for electrically intercoupling the keyboard, the function keys, the screen, and the transducers for programmable interaction,

said display screen being a part of a cathode ray tube display means including inductive ray deflection controlling means (118) coupled to said tube, and operable in the audible frequency range, and

hybrid coupling transformer coils (76) for coupling output and input portions of said transducers to an analog signal input/output port (21) of said station set, said transformer coils being oriented so that the mutual inductance with said inductive ray deflection controlling means is at a minimum level.