Single hand keyboard arrays providing alphanumeric capabilities from twelve keys

• US 4,891,777 A
• Filed: 05/13/1986
• Issued: 01/02/1990
• Est. Priority Date: 05/11/1983
• Status: Expired due to Term

• Current Assignee: Laitram LLC
• Original Assignee: Laitram LLC
• Inventors: Lapeyre, James M.
• Primary Examiner(s): Malzahn, David H.
• Application Number:
  US06/862,647
• Time in Patent Office: 1,330 Days
• Field of Search: 364/706, 364/704, 364/709.15, 364/704.16, 400/482, 400/485, 400/489, 400/100, 340/365 R, 178/17 C, 341/22
• US Class Current: 708/130
• CPC Class Codes: B41J 5/10 Arrangements of keyboards , e.g. key button disposition
• CPC Class Codes: B41J 5/28 Multiple-action keys, e.g. keys depressed by two or more amounts or movable in two or more directions to effect different functions or selections
• CPC Class Codes: G06F 3/0235 using chord techniques G06F3/0234 takes precedence
• CPC Class Codes: H01H 2003/127 Details of the key cap concerning the actuation by fingernails or having provision to allow usage with long fingernails
• CPC Class Codes: H01H 2217/036 Plural multifunctional miniature keys for one symbol
• CPC Class Codes: H01H 2219/011 with integrated photo- or thermovoltaic cell as power supply
• CPC Class Codes: H03M 11/08 by operating selected combinations of multifunction keys

Abstract

A keyboard system has a keyboard geometric arrangement enriched in intersections of three keys achieved by offsetting or staggering adjacent keys. This provides a greater number of choices from a given number of keys actuable manually one, two or three at a time. The key layout permits touch typing with one hand where twelve keys provides fill alphanumeric capabilities. Finger positions conform with human hand structure and include raised ridges for identifying some of the fingerstroke key selection locations. Thus, accurate high speed typing with either hand is feasible in a telephone dial space frame. The keyboard communicates by an X by Y communication channel matrix or telephone system compatible tone signals with computers, telephones, teletypes and like utility devices. Program steps and function selection is afforded by a self-cataloged two (or more) keystroke sequence to reduce programming time and increase the number of selections possible per key. Thus, as few as four keys and four wires can afford fourteen manual selections by a single fingerstroke in a single live key mode.

This application is a continuation of Ser. No. 06/528,975 filed Sept. 2, 1983, now abandoned, which is a continuation-in-part of Ser. No. 493,613 filed May 11, 1983, now abandoned, for Contoured Touch Type Data Processing Keyboard.

Claims

1. A keyboard system comprising in combination, a plurality of manually actuable keys utilizable for manual entry of designated unique data selections such as numerical digits by strokes of a single finger of single keys, utility means comprising an electronic computer for initiating a multiplicity of different data processing operations uniquely selectable as entries by manual actuation with said single finger of said keys, communication means linking the keys to the utility means to effect said data processing operations from unique sets of keys actuated in sequence, means for establishing different ones of said operations in response to a sequence of a fixed number (X) of sequential manual actuations of said keys by said single finger, X being at least two, whereby X and only X sequential key strokes serves to select the different ones of said operations, and means for establishing a program entry mode of computer operation providing selected ones of said data processing operations as program steps in response to manual actuation of said keys thereby to actuate individual ones of said program steps in said program entry mode, thereby providing for entry of a program from the keyboard by a set of defined selection codes each consisting of a sequence of X sequential finger strokes.

2. A keyboard system as defined by claim 1 wherein the keys are on a keyboard panel accompanied by a chart layout identifying each program step by the corresponding selection codes.

3. A keyboard system as defined by claim 2 wherein at least ten manually actuable key selections are operable to enter numerical decimal digits, and said selection codes are decimal numbers of X digits.

4. The keyboard system of claim 1 further comprising

means in said computer for establishing a computer response in said program mode to fingerstroke selections of specific n digit constant length code words to initiate built-in computer instruction steps used in formulating a computer program,

and means for employing a small number n to establish a short length of code word available to encompass a predetermined schedule of instruction steps to be used, whereby the instruction steps may be entered with fewer keystrokes than with variable length descriptive words of conventional programming languages thereby saving programming time and reducing chances for error.

5. The keyboard system of claim 4 wherein the keys provide for selection of numerical digits 0 to 9, and the n digit words consist of numbers, thereby providing a numbered set of program entry instructions.

6. The keyboard system of claim 4 including means for establishing a data entry mode of the computer producing data entries in response to a single keystroke encompassing one or more keys on the keyboard.

7. The keyboard system of claim 4 including means providing adjacent the keyboard a chart catalog displaying said program entries in said schedule by corresponding ones of said constant length code words and a further associated chart identifying each instructional step with an individual legend.

8. A keyboard system having keys operable by the fingers of a single hand on a keyboard having a plurality of keys thereby to manually enter data into a data processing system, comprising in combination, said keyboard consisting of a single group of keys on the keyboard arranged within reach of said fingers with the hand in a homing position on the keys, circuit means including a data processing system responsive to produce a plurality of individual data system signal entries from the keyboard keys selectively to form entry words only from a sequence of individually selected strokes of the keys by predetermined single ones of the fingers, a geometric arrangement of said keys side-by-side providing a plurality of finger positions significantly exceeding the number of keys for selecting the entries from finger strokes of both the individual keys and a further set of virtual keys comprising side-by-side ones of two and three keys in a position for concurrent stroking by a single finger, said data processing means being coupled to the keyboard keys to receive and process signal entries entered from the keyboard keys and virtual keys by the sequence of finger strokes.

9. The keyboard system of claim 8 wherein the data system comprises means providing stored program subroutines selectable from said keys.

10. The keyboard system of claim 9 including computer means providing a programming mode of operation and stored program subroutines, and means for initiating the program subroutines in response to a fixed sequence of two sequential ones of said finger strokes.

11. The keyboard system of claim 8 having twelve keys with approximately fifty selections of individual and virtual keys, each identified as a finger selection by indicia on the keyboard.

12. The keyboard system of claim 8 wherein two adjacent keys have common sides with ridges extending upwardly to form a common finger actuation structure for finger selections requiring concurrent operation of two keys thereby to present a precisely determined position with tactile feedback at which two concurrent keys may be selected by a single fingerstroke.

13. The keyboard system of claim 8 having twelve keys arranged in a geometric array providing at least thirty nine virtual keys for producing at least fifty selections provided with means for specifying three modes of operation selectable by the keyboard including two shift key selections for changing the keyboard selections from an initial set to two respective further set of selections, thereby providing over one hundred and fifty selections.

14. The keyboard system of claim 8 wherein the keyboard has thereon visible indicia marking the finger position for each selection and identification of the keyboard functional operation afforded in that finger position.

15. The keyboard system of claim 8 having a wide key commonly spanning a plurality of columns of other keys thereby to provide a plurality of selections of two side-by-side keys concurrently stroked by a single finger, namely the wide key and an adjacent key in the respective columns spanned by the wide key.

16. The keyboard system of claim 8 having two keys meeting side-by-side at a line disposed at an angle to the columns for concurrent selection by a single fingerstroke along that line.

17. The keyboard system of claim 8 having groups of more than one key forming a single fingerstroke selection position by means of corresponding groups of key extension ridges each extending from a different key with the ridge positioned adjacent each other at positions where the corresponding keys are in side-by-side relationship thereby to be bridged by a single fingerstroke.

18. The keyboard system of claim 8 mounted on a telephone instrument wherein said data processing system is a telephone system.

19. The keyboard system of claim 8 mounted on a printer and coupled to means for operating the printer in an alphanumeric printout mode.

20. The keyboard system defined in claim 8 coupled to computer means operable to initiate different sets of data processing functions in response to keystrokes in a plurality of at least two modes, wherein the keys and virtual keys produce different functions in response to fingerstroke actuations in the different modes.

21. The keyboard system defined in claim 8 coupled to a system operable in a selectable mixed hybrid mode from said keyboard, one mode comprising the concurrent actuation of one or more keys by a single fingerstroke to produce a corresponding set of signals, and the other mode requiring the successive actuation of keys by at least two single fingerstrokes for a single entry of a signal to produce a second set of signals.

22. The keyboard system as defined in claim 8 coupled to operate a "PBX" type telephone system operable in two modes, namely in a primary keyboard mode for telephone dialling and as switchboard connection switching means operable by actuation of the keys.

23. A keyboard system as defined in claim 8 consisting of a set of four keys sharing adjacent sides arranged in a geometrical pattern with at least two common intersections of sets of three adjacent keys having sides of all three keys meeting at a common intersection of only three keys in a position accessible to a single finger overlapping the intersection to actuate all three keys simultaneously with a single fingerstroke.

24. The keyboard system defined in claim 8 consisting of four keys with four key intersections providing four single key selections and ten virtual key selections defined by different unique combinations of one, two and three keys with the keyboard layout dimensioned for unique access at each of the fourteen selections for a key stroke with a human finger.

25. The data processing keyboard system of claim 8 wherein the system is a telephone system and means coupling the keys for dialling.