Barcode-guided information processing system and barcode-guided information processing method

Abstract

A barcode-guided information processing system and method are disclosed. The barcode-guided information processing system includes an information medium and a server. The information medium includes at least one edit label indicating an edit address and at least one barcode label having a data pattern. The data pattern indicates a read address. The server includes a storage unit and a main control unit. The storage unit has at least one storage area. The main control unit, upon receiving an edit request from an external device, grants the external device an edit permission corresponding to the at least one storage area, allowing the external device to write a file to the at least one storage area. The main control unit also enables a smart scanning device to open the file via the read address guidance, thereby facilitating the promotion or sharing of the file.

Claims

1. A barcode-guided information processing system, comprising: an information medium including at least one edit label and at least one barcode label, the at least one edit label indicating an edit address, the at least one barcode label having a top surface, three positioning patterns fixed to the top surface, and a data pattern fixed to the top surface and disposed between the positioning patterns, the data pattern indicating a read address; and a server including a storage unit and a master control unit electrically connected to the storage unit, the storage unit having at least one storage area corresponding to the data pattern of the at least one barcode label, the at least one storage area corresponding to the read address, wherein... The main control unit is used to receive an editing request generated by the external device according to the editing address and corresponding to the at least one storage area from an external device, and then grant an editing permission corresponding to the at least one storage area to the external device so that the external device can write a file in the at least one storage area. The main control unit is used to enable a smart scanning device to open the file located in the at least one storage area via the read address guide.

2. The barcode-guided information processing system as described in claim 1, wherein, One of the positioning patterns is spaced apart from another of the positioning patterns along a first direction, and the other one of the positioning patterns is spaced apart from yet another of the positioning patterns along a second direction substantially perpendicular to the first direction. The at least one barcode label also has a plurality of dotted raised dots fixed to the top surface and arranged between the positioning patterns.

3. The barcode-guided information processing system as described in claim 1, wherein, The information medium also includes a release paper for attaching the at least one barcode label, the at least one barcode label having an attachment surface opposite the top surface for attaching the release paper.

4. The barcode-guided information processing system as described in claim 1, wherein, The storage unit stores multiple descriptive information. The main control unit has an artificial intelligence decision-making module and a two-stage playback module. The artificial intelligence decision-making module is used to receive a captured image corresponding to the data pattern from the intelligent scanning device, and to generate descriptive category information corresponding to the data pattern based on the captured image. The descriptive category information indicates one of the descriptive information. The two-stage playback module is used to allow the intelligent scanning device to select and open one of the descriptive information through the descriptive category information, and to allow the intelligent scanning device to open the file located in the at least one storage area through the read addressing guidance.

5. The barcode-guided information processing system as described in claim 1, wherein, The main control unit has an artificial intelligence decision-making module and an application calling module. The artificial intelligence decision-making module is used to receive a captured image corresponding to the data pattern from the intelligent scanning device, and generate an introduction category information and a task category information corresponding to the data pattern based on the captured image. The application calling module is used to open a task program pre-installed on the intelligent scanning device and bound to the task category information via the task category information.

6. A barcode-guided information processing method, implemented by means of an information medium, an external device, a smart scanning device, and a server signal-connected to the external device and the smart scanning device, wherein the information medium includes at least one edit tag for indicating an edit address, and at least one barcode tag, the at least one barcode tag having a data pattern for indicating a read address, the server including a storage unit and a master control unit electrically connected to the storage unit, the storage unit having at least one storage area corresponding to the data pattern of the at least one barcode tag, the barcode-guided information processing method comprising the following steps: (A) generating an edit request corresponding to the at least one storage area by the external device according to the edit address; (B) receiving the edit request generated by the external device by the master control unit, generating an edit permission corresponding to the at least one storage area according to the edit request, and granting the edit permission to the external device by the master control unit; (C) Using the editing permission of the external device, a file is written to the at least one storage area; and (D) The file located in the at least one storage area is opened by the smart scanning device via the read address guide.

7. The barcode guidance information processing method as described in claim 6, wherein the intelligent scanning device is equipped with a web browser, wherein, In step (D), the data pattern is scanned by the smart scanning device to obtain the read address, and then the web browser opens the file located in the at least one storage area via the read address.

8. The barcode guidance information processing method as described in claim 6, wherein the intelligent scanning device is equipped with a reading program corresponding to the server, wherein, In step (D), the data pattern is scanned by the smart scanning device to obtain the read address, and then the reading program opens the file located in the at least one storage area through the read address guidance.

9. The barcode guidance information processing method as described in claim 6, wherein the main control unit has an artificial intelligence decision-making module and a two-stage playback module, and the storage unit stores a plurality of introductory information, wherein, The barcode guidance information processing method further includes steps (E) to (H) between steps (C) and (D). In step (E), the intelligent scanning device sends a captured image corresponding to the data pattern to the artificial intelligence decision-making module. In step (F), the artificial intelligence decision-making module generates introductory category information corresponding to the data pattern based on the captured image, and the introductory category information indicates one of the introductory information. In step (G), the intelligent scanning device selects and opens one of the introductory information through the two-segment playback module. In step (D), the intelligent scanning device guides the opening of the file corresponding to the read address through the two-segment playback module.

10. The barcode-guided information processing method as described in claim 6, wherein the main control unit has an artificial intelligence decision-making module and an application invocation module, wherein, The barcode guidance information processing method further includes steps (H) to (J) between steps (C) and (D). In step (H), the smart scanning device sends a captured image corresponding to the data pattern to the artificial intelligence decision-making module. In step (I), the artificial intelligence decision-making module generates an introductory category information and a task category information corresponding to the data pattern based on the captured image. In step (J), the application calling module opens a task program pre-installed on the smart scanning device and bound to the task category information via the task category information.

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