System for editing data collection device message data

• US 6,758,403 B1
• Filed: 09/11/2001
• Issued: 07/06/2004
• Est. Priority Date: 09/11/2001
• Status: Active Grant

• Current Assignee: PSC Scanning, Inc. (Datalogic ADC Incorporated)
• Original Assignee: PSC Scanning, Inc. (Datalogic ADC Incorporated)
• Inventors: Deloge, Stephen P., Keys, Barry, Ramsey-Macomber, Larry
• Primary Examiner(s): Lee, Michael G.
• Assistant Examiner(s): NGUYEN, KIMBERLY D
• Application Number:
  US09/954,301
• Time in Patent Office: 1,029 Days
• Field of Search: 235/462.45, 235/462.46, 235/472.02, 235/472.03
• US Class Current: 235/462.45
• CPC Class Codes: G06K 7/0008 General problems related to the reading of electronic memory record carriers, independent of its reading method, e.g. power transfer
• CPC Class Codes: G06Q 20/3552 Downloading or loading of personalisation data
• CPC Class Codes: G07F 7/1008 Active credit-cards provided with means to personalise their use, e.g. with PIN-introduction/comparison system
• CPC Class Codes: G07G 1/0045 with a code reader for reading of an identifying code of the article to be registered, e.g. barcode reader or radio-frequency identity [RFID] reader

Abstract

The invention is a data editing system for configuring a data collection device to edit decoded-out message data according to a data editing routine specified by a user programmer. In one embodiment the system includes a data collection device and a host processor assembly including a display, a user interface and a program builder program which displays on the display either representation of instructions being authored by the user-programmer or prompt messages prompting the user-programmer to information respecting requirement of the message data to be output by the data collection device. In response to information input by the user programmer, the program builder program builds a set of data editing instructions, and the set of data editing instructions are transmitted to the data collection device.

Claims

1. A method for editing message data of a data collection device, said method comprising the steps of:

loading a program builder program into a host processor assembly, said processor assembly having a user interface and a display, said program builder program prompting a user via prompt messages displayed on display to enter input data via said data input data respecting a desired output data format, and building a set of data editing instructions based on said entered input data;

loading a message data editing program into said data collection device, said message data editing program adapting said data collection device to execute said set of data editing instructions to edit decoded-out message data of said data collection device;

executing said program building program to build a set of data editing instructions in accordance with data input by said user;

transmitting said set of data editing instructions to said remote data collection device; and

executing said message data editing program to execute commands of said set of data editing instructions so that decoded out message data output by said data collection device is edited in accordance with said entered input data.

2. The method of claim 1, wherein said prompt messages displayed by execution of said program builder program prompt a programmer-user to enter data respecting a legacy data receipt program incorporated in a data receipt host.

3. The method of claim 1, wherein said prompt messages caused to be displayed by said program builder program are displayed with use of a graphical user interface.

4. The method of claim 1, wherein said transmitting step includes the step of utilizing said data collection device to decode an instructional dataform.

5. The method of claim 1, wherein said set of data editing instructions includes at least one conditional type instruction.

6. The method of claim 1, wherein said device and said set of data editing instructions are established so that said data collection device can generate intermediate data messages which are acted upon by subsequent data editing instructions.

7. The method of claim 1, wherein said set of data editing instructions include at least one conditional type instruction coupled with a control flag instruction so that a control flag recognizable by said device is raised when a data condition specified by said at least one conditional the instruction is satisfied, said device controlling at least one hardware element of said device when recognizing said control flag.

8. The method of claim 7, wherein said data collection device comprises the form factor of a gun-shaped optical reader.

9. The method of claim 7, wherein said data collection device comprises the form factor of a gun-shaped optical reader.

10. The method of claim 1, wherein said host processor assembly is a nonintegrated host processor assembly.

11. The method of claim 1, wherein said data collection device comprises a portable data terminal form factor, and wherein said host processor assembly is an integrated host processor assembly which is integrated into said data collection device.

12. A method for editing message data generated by a data collection device, comprising the steps of:

developing a set of data editing instructions using a nonintegrated host processor assembly having a display for displaying program building aiding messages, and a user interface;

transmitting said set of data editing instructions to said data collection device;

programming said data collection device so that said editing command program instructions are executed when said data collection device outputs decoded message data so that said message data is output in a form determined by said set of data editing instructions.

13. The method of claim 12, wherein said program building aiding messages displayed by said host processor assembly include representations of the set of instructions currently being authored by a user programmer.

14. The method of claim 13, wherein said displayed instructions are instructions of an intermediate assembly code language.

15. The method of claim 13, wherein said displayed instructions are instructions of a high level data editing language.

16. The method of claim 12, wherein prompt messages prompting a programmer-user to enter data respecting a legacy data receive program incorporated in a data receipt host.

17. The method of claim 16, wherein said prompt messages caused to be displayed by said program builder program are displayed with use of a graphical user interface.

18. The method of claim 12, wherein said transmitting step includes the step of utilizing said data collection device to decode an instructional dataform.

19. The method of claim 12, wherein said set of data editing instructions includes conditional type instructions.

20. The method of claim 12, wherein said device and said set of data editing instructions are established so that said data collection device can generate intermediate result image data messages stored in buffer memory locations.

21. The method of claim 12, wherein said set of data editing instruction include at least one conditional type instruction coupled with a control flag instruction so that a control flag recognizable by said device is raised when a data message satisfied a condition specified by said at least one conditional the instruction is satisfied, said device controlling at least one hardware element of said device when recognizing said control flag.

22. A data collection device, for decoding a dataform, and generating a decoded out message, said data collection device comprising:

a front end for generating electrical signals corresponding to said dataform;

a control circuit responsive to said electrical signals for providing a decoded out message corresponding to electrical signals;

a message data editing program responsive to a set of data editing instructions presented to said control circuit for editing said decoded out message prior to said decoded out message being output to an external device.

23. The data collection device of claim 22, wherein said front end includes an image sensor.

24. The data collection device of claim 22, wherein said front end includes an RF ID reading front end.

25. The data collection device of claim 22, wherein said front end is provided by a smart card reader.

26. The device of claim 22, wherein said data collection device comprises the form factor of a gun-shaped optical reader.

27. The device of claim 22, wherein said set of data editing instructions includes conditional type instruction.

28. The device of claim 22, wherein said device and said set of data editing instructions are established so that said data collection device can generate intermediate result message data messages stored in buffer memory locations.

29. The device of claim 22, wherein said set of data editing instruction include at least one conditional type instruction coupled with a control flag instructions so that a control flag recognizable by said device is raised when a condition specified by said at least one conditional the instruction is satisfied, said device controlling at least one hardware element of said device when recognizing said control flag.

30. The device of claim 22, wherein said set of instructions and said device are configured so that control circuit determines whether there is an incompatibility between said decoded out message and an expected decoded out message.

31. The device of claim 22, wherein said device is an optical reader including a photodetector element, wherein said set of instructions and said device are configured so that said control circuit actuates control of said photodetector element to capture new image data if there is an intermediate level of compatibility between said decoded out message data and said expected message data.

32. The device of claim 22, wherein said device is an optical reader, wherein said set of instructions and said device are configured so that said control circuit actuates control of said control to re-attempt decoder using a current set of image data if there is an intermediate level of incompatibility between said decoded out message data and said expected message data.

33. The device of claim 22, wherein said control circuit is adapted transmit error-containing message data to a data recipient host when said control circuit detects incompatibly decoded-out message data and experienced decoded-out message data.

34. The device of claim 22, wherein said device is an optical reader including a display, wherein said set of instructions and said device are configured so that said control circuit actuates control of said display to display an error message if there is a high but imperfect level of compatibility between said decoded out message data and said expected message data.

35. The device of claim 22, wherein said set of instructions are selected from the group consisting of report type instruction, data locating type instruction, occurrence count type instructions, sorting type instructions, character adding type instructions, flag adding type instruction, and conditional type instructions.

36. The device of claim 22, wherein said set of instruction includes a string data locator type instructions, which when executed by said control circuit causes said control circuit to locate a specified string of characters in said decoded out message.

37. The device of claim 22, wherein said set of data editing instructions includes an occurrence count type instruction which when executed by said control circuit causes said control circuit to keep a running track of the occurrence of a character or character string in said decoded out message data.

38. The device of claim 22, wherein said set of data editing instruction includes an in-message character string adding type of instruction which when executed by said control circuit causes said control circuit to add a specified character or character string within a string of characters.

39. The device of claim 22, wherein said set of data editing instructions includes a flag adding type instruction which when executed by said control circuit causes said control circuit to recognize a control flag, and to execute an action in repose to said control flag being recognized.

40. The device of claim 22, wherein said set of data editing instructions includes a conditional type instruction which when executed by said control circuit allows a subsequent data editing instruction to be executed on the occurrence of a specified condition.

41. The data collection device of claim 22, wherein said set of data editing instructions includes a conditional type instruction coupled with a report type instruction so that message data is conditionally reported on the occurrence of a specified condition.

42. The data collection device of claim 22, wherein said set of data editing instructions includes a conditional type of instruction coupled with flag adding type instruction so that a control flag recognizable by said device is conditionally executed on the occurrence of a specified condition existing relative to said decoded out message data.

43. The data collection device of claim 22, wherein said data collection device include a program selector program, for selecting at least one predetermined set of data editing instructions for execution by said message data editing program.

44. The data collection device of claim 22, wherein said device is adapted to present to a programmer a menu driver presenting a user with a plurality of data editing options, wherein selection of a certain one of said options results in said control circuit exiting a predetermined set of data editing instructions.

45. The data collection device of claim 22, wherein said device includes a display screen, and wherein said menu driver includes a menu display on said display screen.

46. A data collection device comprising:

a front end for reading data;

a control circuit connected to said front end, said control circuit decoding said data and converting said decoded data into a format selectable from a plurality of data formats;

an interface for conveying said data to a host in the selected data format, said interface is connected with said control circuit, wherein said data is pre-processed into a two-dimensional bar code data format before being converted by said control circuit into the format selectable from the plurality of data formats.

47. The data collection device of claim 46, wherein said data reading front end comprises a two-dimensional bar code reading front end.

48. The data collection device of claim 46, wherein said control circuit uses hardwire means for converting said data into the format selectable from the plurality of data formats.

49. The data collection device of claim 46, wherein said control circuit includes a program for converting said data into the format selectable from the plurality of data formats.

50. The data collection device of claim 49, wherein said control circuit includes a microprocessor to process said program.

51. The data collection device of claim 49, wherein said program is a firmware stored in a nonvolatile memory inside said control circuit and designed specifically for said control circuit in said data collection device.

52. The data collection device of claim 49, wherein said program is configured mechanically.

53. The data collection device of claim 49, wherein said program is configured electronically.

54. The data collection device of claim 49, wherein said program is configured by a user of said data collection device using a detachable computer non-wirelessly connected over a wire interface and into a wire port on a side of said control circuit.

55. The data collection device of claim 49, wherein said program is configured by a user of said data collection device using a detachable computer wirelessly connected by infrared radiation over a infrared interface and into an infrared port on a side of said control circuit.

56. The data collection device of claim 49, wherein said program is configured by wireless means.

57. The data collection device of claim 49, wherein said program is configured by instructional commands that is read by said data reading front end, which communicates said instructional commands to said program within said control circuit.

58. The data collection device of claim 57, wherein said instructional commands are in the form of instructional bar codes.

59. The data collection device of claim 57, wherein said instructional commands are in the form of instruction radio frequencies.

60. The data collection device of claim 49, wherein said program is configured automatically.

61. The data collection device of claim 49, wherein for converting said decoded data, said program uses a set of edit formats selected from the group consisting of data locators, default preambles, default postambles, last result reporting, occurrence number modifiers, IF conditionals, WHILE loops, DO WHILE loops, and fixed text.

62. The data collection device of claim 49, wherein said data locators are used to configure said program for sequencing the transmission of data to said host in any sequence required by said host.

63. The data collection device of claim 49, wherein said data locators are supplemented by preamble and postamble commands that are used to configure said program for adding information to data transmitted to said host.

64. The data collection device of claim 63, wherein said preamble and postamble commands are used to configure said program for adding information to a specific group of data transmitted to said host.

65. The data collection device of claim 64, wherein said preamble and postamble commands are used to configure said program for transmitting the added information before said data is transmitted.

66. The data collection device of claim 64, wherein said preamble and postamble commands are used to configure said program for transmitting the added information before said data is transmitted.

67. The data collection device of claim 49, wherein a set of edit formats is used to configure said program for transmitting a confirmation message if there is a match to the data being searched, said set of edit formats comprises the edit formats IF conditionals and data locators and at least one more edit formats selected from the following group of edit formats consisting of last result reporting, occurrence number modifiers, WHILE loops, DO WHILE loops, and fixed text.

68. A data collection device comprising:

a front end for reading data;

a control circuit connected to said front end, said control circuit decoding said data and converting said decoded data into a format selectable from a plurality of data formats;

an interface for conveying said data to a host in the selected data format, said interface is connected with said control circuit, wherein said data reading front end comprises a radio frequency reading front end to read radio frequency data, wherein said pre-processing of said radio frequency data into said two-dimensional bar code data format is made in a control process block within said radio frequency reading front end.

69. A data collection device comprising:

a front end for reading data;

a control circuit connected to said front end, said control circuit decoding said data and converting said decoded data into a format selectable from a plurality of data formats;

an interface for conveying said data to a host in the selected data format, said interface is connected with said control circuit, wherein said control circuit includes a program for converting said data into the format selectable from the plurality of data formats, wherein said program is configured by a user of said data collection device using a plurality of mechanical switches and a register connected with said switches and said control circuit.

70. A data collection device comprising:

a front end for reading data;

a control circuit connected to said front end, said control circuit decoding said data and converting said decoded data into a format selectable from a plurality of data formats;

an interface for conveying said data to a host in the selected data format, said interface is connected with said control circuit, wherein said control circuit includes a program for converting said data into the format selectable from the plurality of data formats, wherein said program is configured by temporarily activating said data reading front end to test for the presence of certain data type and, if said test is satisfied, then said control circuit uses a set of instructional commands already stored inside the memory of said control circuit to configure said program.

71. The data collection device of claim 70, wherein said data reading front end is a two-dimensional bar code reading front end, said test is for a certain type of two-dimensional bar code symbol.

72. A data collection device comprising:

a front end for reading data;

a control circuit connected to said front end, said control circuit decoding said data and converting said decoded data into a format selectable from a plurality of data formats;

an interface for conveying said data to a host in the selected data format, said interface is connected with said control circuit, further comprises a radio frequency reading front end and means for activating said radio frequency front end if the test is not satisfied.

73. A data collection device comprising:

a front end for reading data;

a control circuit connected to said front end, said control circuit decoding said data and converting said decoded data into a format selectable from a plurality of data formats;

an interface for conveying said data to a host in the selected data format, said interface is connected with said control circuit;

means to test for presence of a certain type of radio frequency data, and if said test for said radio frequency data is satisfied, then said control circuit uses a set of instructional commands stored inside the memory of said control circuit to configure said program for editing and formatting said radio frequency data.

74. The data collection device of claim 73, wherein said data reading front end is a radio frequency reading front end, said test is for a certain type of radio frequency data, and said instructional commands is for said radio frequency data.

75. A data collection device comprising:

a front end for reading data;

a control circuit connected to said front end, said control circuit decoding said data and converting said decoded data into a format selectable from a plurality of data formats;

an interface for conveying said data to a host in the selected data format, said interface is connected with said control circuit;

a two-dimensional bar code reading front end means for activating said two-dimensional bar code reading front end if a test is not satisfied.

76. A data collection device comprising:

a front end for reading data;

a control circuit connected to said front end, said control circuit decoding said data and converting said decoded data into a format selectable from a plurality of data formats;

an interface for conveying said data to a host in the selected data format, said interface is connected with said control circuit;

means to test for the presence of a certain type of two-dimensional bar code symbol, and if said test for said two-dimensional bar code symbol is satisfied, then said control circuit uses a set of instructional commands stored inside the memory of said control circuit to configure said program for editing and formatting said two-dimensional bar code symbol.

77. A data collection device comprising:

a front end for reading data;

a control circuit connected to said front end, said control circuit decoding said data and converting said decoded data into a format selectable from a plurality of data formats;

an interface for conveying said data to a host in the selected data format, said interface is connected with said control circuit, wherein said control circuit includes a program for converting said data into the format selectable from the plurality of data formats, wherein said data locators are used to configure said program for searching a specific section of data read by said data reading front end and send said specific section of data to said host after said specific section of data is found.

78. A data collection device comprising:

a front end for reading data;

a control circuit connected to said front end, said control circuit decoding said data and converting said decoded data into a format selectable from a plurality of data formats;

an interface for conveying said data to a host in the selected data format, said interface is connected with said control circuit, wherein said control circuit includes a program for converting said data into the format selectable from the plurality of data formats, wherein said data locators are used to configure said program for searching a plurality of specific sections of data read by said data reading front end and send said plurality of specific sections of data to said host after said sections of data are found.

79. A data collection device comprising:

a front end for reading data;

a control circuit connected to said front end, said control circuit decoding said data and converting said decoded data into a format selectable from a plurality of data formats;

an interface for conveying said data to a host in the selected data format, said interface is connected with said control circuit, wherein said data reading front end comprises a two-dimensional bar code reading front end and a radio frequency reading front end.

80. A data collection device comprising:

a front end for reading data;

a control circuit connected to said front end, said control circuit decoding said data and converting said decoded data into a format selectable from a plurality of data formats;

an interface for conveying said data to a host in the selected data format, said interface is connected with said control circuit, wherein said data reading front end comprises a two-dimensional bar code reading front end and a radio frequency reading front end.

81. A data collection device comprising:

a radio frequency reading front end including;

a radio frequency receiver for reading radio frequency data connected with said antenna;

a control process block connected with said frequency receiver;

a control circuit connected to said control process block, said control circuit comprising;

a decode process area for decoding said radio frequency data;

an edit/format process area connected to said decode process area, said edit/format process are converts said decoded data into a format selectable from a plurality of data format and;

an interface for conveying said data to a host in the selected data format, said interface is connected to said control circuit,

wherein said radio frequency data is pre-processed into a two-dimensional bar code format before being converted in the edit-format process area.

82. A data collection device comprising:

a radio frequency reading front end including;

a radio frequency receiver for reading radio frequency data connected with said antenna;

a control process block connected with said frequency receiver;

a control circuit connected to said control process block, said control circuit comprising;

a decode process area for decoding said radio frequency data;

an edit/format process area connected to said decode process area, said edit/format process are converts said decoded data into a format selectable from a plurality of data format and;

an interface for conveying said data to a host in the selected data format, said interface is connected to said control circuit,

wherein said control process block pre-processed said radio frequency data into a two-dimensional bar code data format.