Method for encoding key assignments for a data input device

• US 6,542,091 B1
• Filed: 10/01/1999
• Issued: 04/01/2003
• Est. Priority Date: 10/01/1999
• Status: Expired due to Term

• Current Assignee: Wayne Allen Rasanen
• Original Assignee: Wayne Allen Rasanen
• Inventors: Rasanen, Wayne Allen
• Primary Examiner(s): EDWARDS JR, TIMOTHY
• Application Number:
  US09/410,807
• Time in Patent Office: 1,278 Days
• Field of Search: 341/22, 400/100, 400/99, 400/489, 345/168
• US Class Current: 341/22
• CPC Class Codes: G06F 3/0219 Special purpose keyboards
• CPC Class Codes: G06F 3/0233 Character input methods

Abstract

A data input device and method of encoding key assignments for a data input system which provides for the mapping of the numerous keys, alpha, numeric, symbolic and function, found in a full-sized standard keyboard into ten data input keys. The data input system aids in reducing clutter associated with data input by incorporating all input functions to a minimum of keys. The data input system, whether depressed through a single stroke or combination, evolves data input from a complex system requiring numerous keys laid out in an unwieldy fashion into a system of single finger keys which are actuated in simple combinations. In practice, each key in the primary ten data input key of the present invention acts as a “shift key” creating user options when first depressed. Pressing a subsequent key or keys or releasing the initial depressed key will cause the desired character or function to occur.

Claims

1. A method of encoding key assignments for a data input device comprising the steps of:

providing a data input device having at least ten individual data input keys each being capable of being actuated by an operator;

encoding characters to the data input keys wherein the simultaneous actuation of no more than two data input keys is required to generate said characters;

actuating the encoded data input keys to generate the desired character;

providing a processing means for reading the encoded characters; and

wherein, to generate an alphabetic character “

a”

through “

j”

, the operator actuates the encoded data input key that corresponds to the desired alphabetic character.

2. The method as in claim 1, wherein the first data input key is encoded with the alphabetic character “

j”

, the second data input key is encoded with the alphabetic character “

i”

, the third data input key is encoded with the alphabetic character “

h”

, the fourth data input key is encoded with the alphabetic character “

g”

, the fifth data input key is encoded with the alphabetic character “

f”

, the sixth data input key is encoded with the alphabetic character “

e”

, the seventh data input key is encoded with the alphabetic character “

a”

, the eighth data key input is encoded with the alphabetic character “

b”

, the ninth data input key is encoded with the alphabetic character “

c” and

the tenth data input key is encoded with the alphabetic character “

d”

.

3. The method as in claim 1, wherein to capitalize said characters, an operator first presses and releases the fifth and sixth data input keys and thereafter actuates said encoded data input key to generate the desired character.

4. The method as in claim 1, wherein to continually capitalize said characters, an operator presses the eighth and then ninth data input keys, releases both, and thereafter actuates said encoded data input key to generate the desired character.

5. The method as in claim 1, wherein the first data input key is encoded with the characters “

r”

, “

z” and

“

1”

, the second data input key is encoded with the characters “

q”

, “

y” and

“

2”

, the third data input key is encoded with the characters “

p”

, “

x” and

“

3”

, the fourth data input key is encoded with the characters “

d”

, “

w” and

“

4”

, the fifth data input key is encoded with the character “

5”

, the sixth data input key is encoded with the character “

6”

, the seventh data input key is encoded with the characters “

k”

, “

s” and

“

7”

, the eighth data input key is encoded with the characters “

l”

, “

t” and

“

8”

, the ninth data input key is encoded with the characters “

m”

, “

u” and

“

9” and

the tenth data input key is encoded with the characters “

n”

, “

v” and

“

0”

.

6. A method of encoding key assignments for a data input device comprising the steps of:

providing a data input device having at least ten individual data input keys each being capable of being actuated by an operator'"'"'s fingers;

assigning the ten data input keys for actuation by an operator'"'"'s left pinkie, an operator'"'"'s left ring finger, an operator'"'"'s left middle finger, an operator'"'"'s left index finger, an operator'"'"'s left thumb, an operator'"'"'s right thumb, an operator'"'"'s right index finger, an operator'"'"'s right middle finger, an operator'"'"'s right ring finger and an operator'"'"'s right pinky respectively;

encoding characters and functions to the data input keys;

providing a means to prompt different menu options for the selection of characters or functions;

actuating the encoded data input keys, whether individual or combined, to select the desired menu option;

providing a processing means for reading the encoded alphabetic and numeric characters;

wherein the means to prompt different menu options is the actuation of one or more of the data input keys; and

wherein the operator selects the menu options as follows;

7. A data input device having at least ten individual data input keys each being capable of being actuated by an operator'"'"'s fingers;

wherein characters are encoded to the data input keys whereby the simultaneous actuation of no more than two data input keys is required to generate said characters;

a processing means for reading the encoded characters; and

wherein, to generate an alphabetic character “

a”

through “

j”

, the operator actuates the encoded data input key that corresponds to the desired alphabetic character.

8. The method as in claim 7, wherein the first data input key is encoded with the alphabetic character “

j”

, the second data input key is encoded with the alphabetic character “

i”

, the third data input key is encoded with the alphabetic character “

h”

, the fourth data input key is encoded with the alphabetic character “

g”

, the fifth data input key is encoded with the alphabetic character “

f”

, the sixth data input key is encoded with the alphabetic character “

e”

, the seventh data input key is encoded with the alphabetic character “

a”

, the eighth data input key is encoded with the alphabetic character “

b”

, the ninth data input key is encoded with the alphabetic character “

c” and

the tenth data input key is encoded with the alphabetic character “

d”

.

9. The method as in claim 7, wherein the first data input key is encoded with the characters “

r”

, “

z” and

“

1”

, the second data input key is encoded with the characters “

q”

, “

y” and

“

2”

, the third data input key is encoded with the characters “

p”

, “

x” and

“

3”

, the fourth data input key is encoded with the characters “

o”

, “

w” and

“

4”

, the fifth data input key is encoded with the character “

5”

, the sixth data input key is encoded with the character “

6”

, the seventh data input key is encoded with the characters “

k”

, “

s” and

“

7”

, the eighth data input key is encoded with the characters “

l ”

, “

t” and

“

8”

, the ninth data input key is encoded with the characters “

m”

, “

u” and

“

9” and

the tenth data input key is encoded with the characters “

n”

, “

v” and

“

0”

.