Identifying a form used for data input through stylus movement by means of a traced identifier pattern

• US 20040036681A1
• Filed: 08/23/2002
• Published: 02/26/2004
• Est. Priority Date: 08/23/2002
• Status: Abandoned Application

• Current Assignee: International Business Machines Corporation
• Original Assignee: International Business Machines Corporation
• Inventors: Sawin, David Andrew, Kluttz, Karen Ruth, Smith, Ronald Alan
• Application Number:
  US10/227,322
• Publication Number:
  US 20040036681A1
• Time in Patent Office: Days
• US Class Current: 345/173
• CPC Class Codes: G06F 3/041 Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means

Abstract

A computing system includes a user interface for supplying data by filling in a form with a marking stylus, with movement of the stylus across the paper being tracked to produce input data signals. The form includes a form identifying area in which form identifying information unique to the type of form is printed to be traced by the stylus, causing the system to recognize the type of form being filled in. After the type of form is recognized, input data from the form is stored for subsequent processing in locations determined according to the type of form. Marking within a termination area may be used to indicate completion of an individual form.

Claims

1. In a computer system having a user interface including a stylus for marking surfaces of markable media and location sensing means for detecting locations of said stylus as said stylus is moved along a surface of said markable media, a method for selecting a format for placement of data derived from said location sensing means, wherein said method comprises:

sensing a format identifying pattern of movement of said stylus along a markable medium within a format identifying area of said markable medium;

generating a format identifying data pattern representing said format identifying pattern of movement of said stylus; and

searching a data structure including a plurality of format identifying data patterns and formatting data associated with each of said format identifying data patterns for a match between said format identifying data pattern representing said pattern of movement of said stylus and a format identifying data pattern within said plurality of format identifying data patterns.

2. The method of claim 1, wherein

said markable medium includes visible indicia forming a visible pattern within said format identifying area, and

tracing said visible pattern with said stylus moves said stylus in said format identifying pattern of movement of said stylus.

3. The method of claim 2, wherein each of said format identifying data patterns comprises a sequence of characters.

4. A method for processing input data provided through a computer system user interface including a stylus for marking surfaces of markable media and location sensing means for detecting locations of said stylus as said stylus is moved along a surface of said markable media, wherein said method comprises:

sensing a plurality of input patterns of movement of said stylus along said markable medium in an area outside a termination identifying area of said markable medium;

generating a data input structure representing each of said input patterns of movement of said stylus;

storing each said data input structure;

sensing a termination pattern of movement of said stylus along said markable medium in said termination identifying area of said markable medium; and

after sensing said termination pattern of movement of said stylus along said markable medium, transmitting each said data input structure for processing.

5. The method of claim 4, wherein each said data input structure is transmitted for processing in response to sensing said termination pattern of movement of said stylus.

6. The method of claim 4, wherein said markable medium includes visible indicia forming a visible pattern within said termination identifying area, and

tracing said visible pattern with said stylus moves staid stylus in said termination pattern of movement of said stylus.

7. The method of claim 6, wherein said termination pattern of movement of said stylus is recognized as a character.

8. The method of claim 4, wherein

sensing said plurality of input patterns of movement is preceded by:

sensing a format identifying pattern of movement of said stylus along said markable medium within a format identifying area of said markable medium;

generating a format identifying data pattern representing said format identifying pattern of movement of said stylus; and

searching a data structure including a plurality of format identifying data patterns and formatting data associated with each of said format identifying data patterns for a match between said format identifying data pattern representing said pattern of movement of said stylus and a format identifying data pattern within said plurality of format identifying data patterns, and

each said data input structure is located for processing according to said formatting data associated with said format identifying data pattern representing said pattern of movement of said stylus.

9. The method of claim 8, wherein

said markable medium includes visible indicia forming a visible pattern within said format identifying area, and

tracing said visible pattern with said stylus moves said stylus in said format identifying pattern of movement of said stylus.

10. The method of claim 8, wherein each said data input structure is located for processing according to said formatting data associated with said format identifying data pattern representing said pattern of movement of said stylus after sensing said termination pattern of movement of said stylus along said markable medium.

11. The method of claim 8, wherein

said data input structure representing each of said input patterns of movement of said stylus includes representations of a number of strings of characters, and

said markable medium includes visible indicia forming a visible pattern of data range boxes surrounding locations for marking written representations of said strings of characters.

12. The method of claim 11, wherein said locations determined according to said formatting data associated with said format identifying data pattern representing said pattern of movement of said stylus correspond to locations of said data range boxes on said markable medium.

13. The method of claim 8, wherein correspondence between said locations determined according to said formatting data associated with said format identifying data pattern representing said pattern of movement of said stylus and said locations of said data range boxes on said markable medium is established according to a placement of said format identifying pattern of movement of said stylus and further according to a placement of said termination pattern of movement of said stylus.

14. A method for processing input data provided through a computer system user interface including a stylus for marking surfaces of markable media and location sensing means for detecting locations of said stylus as said stylus is moved along a surface of said markable media, wherein said method comprises:

sensing a format identifying pattern of movement of said stylus along said markable medium within a format identifying area of said markable medium;

generating a format identifying data pattern representing said format identifying pattern of movement of said stylus; and

searching a data structure including a plurality of format identifying data patterns and formatting data associated with each of said format identifying data patterns for a match between said format identifying data pattern representing said pattern of movement of said stylus and a format identifying data pattern within said plurality of format identifying data patterns,

sensing a plurality of input patterns of movement of said stylus along said markable medium in an area outside a termination identifying area of said markable medium;

generating a data input structure representing each of said input patterns of movement of said stylus; and

storing each said data input structure in a location for processing according to said formatting data associated with said format identifying data pattern representing said pattern of movement of said stylus.

15. The method of claim 14, wherein each said data input structure is stored in said location for processing before generating another data input structure.

16. The method of claim 14, additionally comprising displaying data representing said input patterns of movement of said stylus in locations determined according to said formatting data associated with said format identifying data pattern representing said pattern of -movement of said stylus.

17. The method of claim 14 wherein each of said format identifying data patterns comprises a sequence of characters.

18. The method of claim 17, wherein

said data input structure representing each of said input patterns of movement of said stylus includes encoded representations individual characters, and

said markable medium includes visible indicia forming a visible pattern of character boxes surrounding locations for marking written representations of said individual characters.

19. The method of claim 18, wherein said locations determined according to said formatting data associated with said format identifying data pattern representing said pattern of movement of said stylus correspond to locations of said character boxes on said markable medium.

20. Apparatus comprising:

a markable medium having an upper surface including a format identifying area;

a stylus having a point visibly marking said markable medium as said point is slid along said upper surface of said markable medium;

location sensing means providing a stylus location signal representing locations of said point as said point is slid along said upper surface of said markable medium;

data storage including and output data structure and an input data structure having a plurality of format identifying data patterns and formatting data associated with each of said format identifying data patterns;

processor means programmed to

generate input data patterns representing movement of said stylus along said upper surface in response to said stylus location signal, wherein said input data patterns include a format identifying data pattern representing movement of said stylus along said upper surface within said format identifying area,

search said input data structure for a match between said format identifying data pattern representing movement of said stylus along said upper surface within said format identifying area and a format identifying data pattern stored within said input data structure; and

store said input data for processing in locations according to said formatting data associated with said format identifying data pattern stored within said input data structure and associated with said format identifying data pattern representing movement of said stylus along said upper surface within said format identifying area.

21. The apparatus of claim 20, wherein

said upper surface of said markable medium additionally includes visible indicia forming a visible pattern within said format identifying area, and

tracing said visible pattern with said stylus moves said stylus in said format identifying pattern.

22. The apparatus of claim 20, wherein

said location sensing means includes a digitizer pad extending under said markable medium, and

said stylus includes circuits interacting with said digitizer pad to form a signal indicating a path of movement of said stylus along said markable medium.

23. The apparatus of claim 20, wherein

said markable medium additionally includes markings extending across said upper surface, and

said location sensing means includes a camera unit within said stylus reading said markings extending across said upper surface and a circuit generating a single indicating locations of said stylus on said upper surface in response to an output of said camera unit.

24. The apparatus of claim 20, wherein

said upper surface of said markable medium additionally includes a termination identifying area, and

said processor means is additionally programmed to:

sense a termination pattern of movement of said stylus along said markable medium along said termination identifying area; and

transmit said input data patterns for processor after sensing said termination pattern of movement of said stylus.

25. The apparatus of claim 21, wherein

said upper surface of said markable medium includes termination indicia within said termination area describing said termination pattern, and

tracing said termination pattern causes said stylus to move in said termination pattern.

26. A computer readable medium having recorded thereon program instructions causing a processor within a computing system having a user interface including a stylus for marking a surface of markable media and location sensing means for generating a stylus location signal indicating locations of said stylus as said stylus is moved along a surface of said markable media to:

generate input data patterns representing movement of said stylus along an upper surface of said markable medium in response to said stylus location signal, wherein said input data patterns include a format identifying data pattern representing movement of said stylus along said upper surface within a format identifying area,

search an input data structure for a match between said format identifying data pattern representing movement of said stylus along said upper surface within said format identifying area and a format identifying data pattern stored within said input data structure; and

store said input data for processing in locations according to formatting data associated with said format identifying data pattern stored within said input data structure and associated with said format identifying data pattern representing movement of said stylus along said upper surface within said format identifying area.

27. The computer readable medium of claim 26, wherein said program instructions additionally program said processor to:

sense a termination pattern of movement of said stylus along said markable medium within a termination identifying area; and

transmit said input data patterns for processor after sensing said termination pattern of movement of said stylus.

28. A computer data signal embodied in a carrier wave, comprising program instructions causing a processor within a computing system having a user interface including a stylus for marking a surface of markable media and location sensing means for generating a stylus location signal indicating locations of said stylus as said stylus is moved along a surface of said markable media to:

generate input data patterns representing movement of said stylus along an upper surface of said markable medium in response to said stylus location signal, wherein said input data patterns include a format identifying data pattern representing movement of said stylus along said upper surface within a format identifying area,

search an input data structure for a match between said format identifying data pattern representing movement of said stylus along said upper surface within said format identifying area and a format identifying data pattern stored within said input data structure; and

store said input data for processing in locations according to formatting data associated with said format identifying data pattern stored within said input data structure and associated with said format identifying data pattern representing movement of said stylus along said upper surface within said format identifying area.

29. The computer data signal of claim 28, wherein said program instructions additionally program said processor to:

sense a termination pattern of movement of said stylus along said markable medium within a termination identifying area; and

transmit said input data patterns for processor after sensing said termination pattern of movement of said stylus.