WO2018090203A1 - 条码扫描控制系统及设备 - Google Patents

条码扫描控制系统及设备 Download PDF

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Publication number
WO2018090203A1
WO2018090203A1 PCT/CN2016/105958 CN2016105958W WO2018090203A1 WO 2018090203 A1 WO2018090203 A1 WO 2018090203A1 CN 2016105958 W CN2016105958 W CN 2016105958W WO 2018090203 A1 WO2018090203 A1 WO 2018090203A1
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Prior art keywords
barcode
bar code
data
data processing
mode
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PCT/CN2016/105958
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English (en)
French (fr)
Inventor
肖莉
Original Assignee
肖莉
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Application filed by 肖莉 filed Critical 肖莉
Priority to PCT/CN2016/105958 priority Critical patent/WO2018090203A1/zh
Publication of WO2018090203A1 publication Critical patent/WO2018090203A1/zh

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    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06KGRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K7/00Methods or arrangements for sensing record carriers, e.g. for reading patterns
    • G06K7/10Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation

Definitions

  • the invention relates to a barcode scanning technology, in particular to a barcode scanning control system and device.
  • the bar code also known as the bar code
  • the application of bar codes has been greatly developed.
  • the bar code can indicate the country of manufacture, manufacturer, product name, date of manufacture, book classification number, start and end of mail, category, date, etc., and thus in many fields such as commodity circulation, book management, post and telecommunications management, banking system, etc. Both have been widely used.
  • bar code scanning devices used by supermarkets, express delivery companies, etc. are generally connected to a computer, and all use predetermined functions (for example, outbound scanning or inbound scanning or inventory scanning, etc.), that is, a fixed workstation (a cashier station,
  • the bar code scanning device of the courier company receiving the recording station, etc. usually sends the scanned parsed data to the computer connected thereto, so that the computer performs the corresponding out according to the received scan data and the attributes of the fixed station.
  • predetermined functions for example, outbound scanning or inbound scanning or inventory scanning, etc.
  • a fixed workstation a cashier station
  • the bar code scanning device of the courier company receiving the recording station, etc. usually sends the scanned parsed data to the computer connected thereto, so that the computer performs the corresponding out according to the received scan data and the attributes of the fixed station.
  • a bar code scanning control system running in a bar code scanning device including a scanning unit, the system comprising:
  • the mode analysis module is configured to detect and receive a barcode data processing mode selection instruction sent by the user by using a mode selection physical button or a mode selection virtual button, and detecting that the user selects through a mode After selecting the bar code data processing mode selection command sent by the physical button or the mode selection virtual button, analyzing the bar code data processing mode corresponding to the mode selection physical button or the mode selection virtual button, the bar code data processing mode includes a first bar code data processing mode.
  • the barcode parsing module is configured to detect and receive a barcode data scanning instruction sent by the user by using a barcode scanning physical button or a barcode scanning virtual button after the analyzed barcode data processing mode is the first barcode data processing mode, and detecting the user After scanning the bar code data scanning command sent by the physical button or the bar code scanning virtual button by the bar code, detecting and receiving the bar code data scanned and decoded by the scanning unit in real time;
  • a mode processing module configured to add the received barcode data to the first data of the background server in real time or periodically after receiving the barcode data from the scanning unit, to record that the product corresponding to the barcode data has been processed by the first barcode data .
  • a barcode scanning device includes a processing unit, and a barcode scanning control system, a communication unit, a storage unit, a scanning unit, and an input/output unit connected to the processing unit;
  • the input/output unit is configured to input a user instruction, and output response data indicating that the barcode scanning device inputs the user instruction;
  • the communication unit is configured to communicate with a predetermined terminal or a background server;
  • the storage unit is configured to store the barcode scanning control system and operation data of the barcode scanning control system
  • the scanning unit is configured to scan and decode barcode data, and send the decoded barcode data to the barcode scanning control system for processing;
  • the processing unit is configured to call and execute the barcode scanning control system to perform the following steps:
  • the bar code data processing mode includes a first bar code data processing mode
  • the analyzed barcode data processing mode is the first barcode data processing mode, detecting and receiving a barcode data scanning instruction sent by the user through the barcode scanning physical button or the barcode scanning virtual button, and detecting that the user scans through the barcode After the physical button or the barcode scans the barcode data scanning instruction issued by the virtual button, the bar code data scanned and decoded by the scanning unit is detected and received in real time;
  • the received barcode data is added in real time or at a time. Adding to the first data of the background server, the first barcode data processing has been performed to record the product corresponding to the barcode data.
  • the present invention associates different bar code data processing modes with physical button or virtual button mapping, so that the same bar code scanning device can implement different bar code data processing modes, which is simple in operation and high in accuracy, and at the same time, realizes Integrated use of multiple scanning functions.
  • FIG. 1 is a hardware structural diagram of a first embodiment of a barcode scanning device of the present invention.
  • FIG. 2 is a functional block diagram of the bar code scanning control system of FIG. 1 of the present invention.
  • FIG. 3 is a hardware structural diagram of a second embodiment of a barcode scanning device of the present invention.
  • FIG. 4 is a flowchart of a specific implementation of an embodiment of a barcode scanning control method according to the present invention.
  • FIG. 1 is a hardware structural diagram of a first embodiment of a barcode scanning device according to the present invention.
  • the barcode scanning device 1 includes a processing unit 10, a barcode scanning control system 11, a communication unit 12, a storage unit 13, a display unit 15, and one or more indicator lights 16 (four in the figure)
  • the input unit 18 includes a bar code scanning physical button and one or more mode selection physical buttons (not shown), each of the mode selection physical buttons corresponding to one or more predetermined bar code data processing modes,
  • the predetermined barcode data processing mode includes a first barcode data processing mode, a second barcode data processing mode, a fourth barcode data processing mode, and/or a third barcode data processing mode.
  • the number of the mode selection physical buttons is consistent with the number of predetermined bar code data processing modes, the mode selection physical buttons are in one-to-one correspondence with the predetermined bar code data processing mode; in other implementations of the present invention
  • one of the mode selection physical buttons may correspond to a plurality of predetermined bar code data processing modes, and the same mode selects different operation modes of the physical buttons (for example, different consecutive compression times in a fixed time) corresponding to different bar code data processing.
  • the mode is not described herein, and those skilled in the art are aware that the mode selects the physical button in a one-to-many manner with the bar code data processing mode.
  • Corresponding to the formula, and the mode selection physical button corresponding to the bar code data processing mode in a one-to-one manner are all within the scope of implementation of the embodiments of the present invention.
  • the communication unit 12 is configured to communicate with a predetermined terminal (eg, a mobile phone, a tablet, etc.) or a background server (eg, a supermarket server, a courier server, etc.), and the communication unit 12 may include a wifi module (via the wifi module).
  • a predetermined terminal eg, a mobile phone, a tablet, etc.
  • a background server eg, a supermarket server, a courier server, etc.
  • the communication unit 12 may include a wifi module (via the wifi module
  • the mobile network communicates with the background server
  • the Bluetooth module which can communicate with the mobile phone through the Bluetooth module
  • the GPRS module the GPRS module can communicate with the background server via the mobile internet.
  • the storage unit 13 is configured to store the barcode scanning control system 11 and the operational data of the barcode scanning control system 11.
  • the display unit 15 is configured to display a human-computer interaction interface for the user to input an instruction, and output response data indicating the barcode scanning device 1 to the user instruction.
  • the indicator light 16 is used to emit an indicator light to indicate the currently active barcode data processing mode.
  • the number of the indicator lights 16 is consistent with the number of predetermined bar code data processing modes, and the different indicator lights 16 emit different indicator lights, and the indicator lights 16 are combined with the predetermined bar code data processing mode.
  • the indicator light 16 corresponding to the first bar code data processing mode emits an indication light of a corresponding color (eg, green); in the present invention
  • the number of the indicator lights 16 is consistent with the number of preset barcode data processing modes (eg, the first barcode data processing mode and the second barcode data processing mode) (the number of preset barcode data processing modes is less than predetermined)
  • the number of bar code data processing modes) the different indicator lights 16 emit different indicator lights, and the indicator lights 16 correspond one-to-one with the preset bar code data processing mode.
  • the scanning unit 17 is for scanning and decoding barcode data, and transmits the decoded barcode data to the barcode scanning control system 11 for processing.
  • the scanning unit 17 is configured with a decoding chip that performs hardware decoding on a barcode (for example, a one-dimensional code, a two-dimensional code, etc.); in other embodiments of the present invention, the scanning unit 17 is configured with image capturing.
  • a unit for example, a camera
  • a barcode decoding software module the image capturing unit is configured to perform image capturing on a barcode
  • the barcode decoding software module is configured to decode the captured barcode image.
  • the barcode scanning control system 11 includes a mode analysis module 110, a barcode parsing module 111, and a mode processing module 112.
  • the processing unit 10 is configured to call and execute the barcode scanning control system 11 to perform the following steps:
  • the mode analysis module 110 detects and receives a barcode data processing mode selection command sent by the user through the mode selection physical button, and analyzes the barcode data processing mode selection instruction sent by the user after selecting a physical button through a mode.
  • the mode selects a bar code data processing mode corresponding to the physical button, and the bar code data processing mode includes a first bar code data processing mode;
  • the barcode parsing module 111 detects and receives the barcode data scanning instruction sent by the user through the barcode scanning physical button, and detects that the user scans the physicality through the barcode. After the bar code data scanning command sent by the button, the bar code data scanned and decoded by the scanning unit 17 is detected and received in real time;
  • the mode processing module 112 adds the received bar code data to the first data of the background server in real time or periodically, to record that the product corresponding to the bar code data has performed the first bar code data. Processing (for example, the department store supermarket products have been processed by the first bar code data, the courier company accepts the customer's parcel delivery, and the warehousing).
  • the barcode data processing mode further includes a second barcode data processing mode
  • the processing unit 10 calls and executes the barcode scanning control system 11, and further performs the following steps:
  • the bar code parsing module 111 detects and receives the bar code data scanning instruction sent by the user through the bar code scanning physical button, and detects that the user scans the physical button through the bar code. After the barcode data scanning instruction is sent, the barcode data scanned and decoded by the scanning unit 17 is detected and received in real time;
  • the mode processing module 112 deletes the received barcode data from the first data of the background server in real time or at a time, or sequentially or periodically receives the received barcode data from the background server. The data is deleted and the barcode data is added to the second data of the background server to record that the product corresponding to the barcode data has been processed by the second barcode data.
  • the input unit 18 further includes processing the completed physical button (the processing completion physical button may select one of the physical buttons for the mode, or may be different from other physical buttons), the strip
  • the code data processing mode further includes a third bar code data processing mode, the processing unit 10 calls and executes the bar code scanning control system 11, and further performs the following steps:
  • the barcode parsing module 111 detects and receives the barcode data scanning instruction sent by the user through the barcode scanning physical button, and detects that the user scans the physical button through the barcode. After the barcode data scanning instruction, the bar code data scanned and decoded by the scanning unit 17 is detected and received in real time;
  • the mode processing module 112 analyzes whether the barcode data is in the first data of the background server;
  • barcode data processing does not pass the identification
  • the bar code data without the identifier and the bar code data with the third bar code data not passing the identification are filtered out from the first data of the background server, and A third barcode data processing report is generated based on the filtered barcode data.
  • the input unit 18 further includes a processing completion physical button and a queue selection physical button (for example, a up button, a down button, etc., the queue selection physical button may select one of physical buttons for the mode, or Different from other physical buttons, the barcode data processing mode further includes a fourth barcode data processing mode.
  • the processing unit 10 calls and executes the barcode scanning control system 11, and further performs the following steps:
  • the bar code parsing module 111 If the analyzed bar code data processing mode is the fourth bar code data processing mode, the bar code parsing module 111 generates a selection queue for the bar code data of the history scan according to the scan time sequence and displays it through the display unit 15 for the user to select the physics through the queue. Pressing the button to select the barcode data to be processed by the fourth barcode data;
  • the mode processing module 112 After the user selects a barcode data to be processed by the fourth barcode data, the mode processing module 112, after receiving the processing completion instruction issued by the user through the processing to complete the physical button, performs barcode data processing on the fourth barcode data.
  • the fourth bar code data processing After the user selects a barcode data to be processed by the fourth barcode data, the mode processing module 112, after receiving the processing completion instruction issued by the user through the processing to complete the physical button, performs barcode data processing on the fourth barcode data. The fourth bar code data processing.
  • the application scenario of the barcode scanning device 1 (for example, a barcode scanning scene in which the product performs the second barcode data processing, and a barcode scanning scenario in which the product performs the first barcode data processing) can be freely adjusted, and the input unit 18 further includes a system.
  • the parameter customizes the physical button (for example, the system parameter custom physical button may select one of the physical buttons for the mode, or may be different from other physical buttons), and the processing unit 10 calls and executes the bar code scanning control system 11 , also perform the following steps:
  • the mode analysis module 110 If the system parameter customization instruction issued by the user through the system parameter custom physical button is received, the mode analysis module 110 generates and displays a barcode data processing mode custom operation interface, and the barcode data processing mode custom operation interface includes each barcode. a data processing mode, and a physical button mapping setting box corresponding to each bar code data processing mode, for the user to select a corresponding mode to select a physical button based on each of the physical button mapping setting boxes (for example, in one embodiment, each bar code data processing mode Arranged in a preset order, each bar code data processing mode corresponds to a physical button mapping setting box.
  • mapping data of each bar code data processing mode and mode selection physical button saves and enables the mapping relationship between the currently set bar code data processing mode and the mode selection physical button. data.
  • the application scenario of the barcode scanning device 1 is ensured (for example, the barcode scanning scene and product of the second barcode data processing are performed by the product)
  • the bar code scanning scenario of a code data processing can be freely adjusted while ensuring the security of the adjustment, and the unauthorized person is prevented from performing unauthorized modification on the mapping relationship data between the mode selection physical button and the bar code data processing mode
  • the input unit 18 further includes System parameters custom physical buttons (eg, the system parameters custom physical buttons can select one of the physical buttons for the mode, or can be different from other physical buttons) and the permission data input unit (eg, 0-9 numeric buttons) , fingerprint collection unit, voice collection and recognition unit, etc.
  • the processing unit 10 calls And executing the barcode scanning control system 11, the following steps are also performed:
  • the mode analysis module 110 detects and receives the permission data input by the user (for example, password, fingerprint, sound) through the permission data input unit. Grain, etc.);
  • the barcode data processing mode custom operation interface includes each barcode data processing mode, and a physical button mapping setting box corresponding to each barcode data processing mode, for the user to
  • Each of the physical button mapping setting boxes sets a corresponding mode selection physical button (for example, in one embodiment, each bar code data processing mode is arranged in a preset order, and each bar code data processing mode corresponds to a physical button mapping setting box, and the setting is performed. Press the mode to select the physical button in the order of the order, and after setting a physical button mapping setting box, automatically jump to the setting of the physical button mapping setting box of the next order, and set a physical button mapping setting box. If a mode is selected to select a physical button, the identifier of the mode selection physical button is entered in the physical button mapping setting box, so as to implement the barcode data processing mode corresponding to the physical button mapping setting box and the mode selection physical button. Mapping);
  • mapping data of each bar code data processing mode and mode selection physical button saves and enables the mapping relationship between the currently set bar code data processing mode and the mode selection physical button.
  • the processing unit 10 calls and executes the barcode scanning control system 11, and further performs the following steps:
  • the mode analysis module 110 receives, from a predetermined terminal or server, mapping relationship data between the barcode data processing mode to be updated and the mode selection physical button;
  • the barcode scanning device 1 disclosed in the present invention can be applied to various industries, for example, the warehousing industry, the logistics industry, the medical industry, the retail industry, etc., among which:
  • the first barcode data processing mode is a barcode data storage mode
  • the second barcode data processing mode is a barcode data delivery mode
  • the third barcode data processing mode is a barcode data inventory mode.
  • the fourth barcode data processing mode is a barcode data deletion mode
  • the first bar code data processing mode is a bar code data piece-to-piece receiving mode (ie, a mode in which the logistics company picks up the piece and scans the logistics document bar code data for formal delivery)
  • the second bar code The data processing mode is a barcode data receipt confirmation mode (ie, a logistics company scans the logistics document barcode data to formally confirm the completion mode of the carrier after transferring the item to the customer)
  • the third barcode data processing mode is a barcode data inventory mode ( That is, the logistics company performs inventory of the items that have not been carried out, scans the logistics document barcode data to generate the inventory data mode
  • the fourth barcode data processing mode is the barcode data deletion mode;
  • the first barcode data processing mode is a barcode data pharmacy storage mode (ie, a mode of scanning drug barcode data to confirm drug storage after the medicine arrives), and the second barcode data processing mode
  • the third bar code data processing mode is a bar code data inventory mode (ie: drugs in the pharmacy) Performing an inventory, scanning the barcode data of the medicine to generate a pattern of the inventory data)
  • the fourth barcode data processing mode is a barcode data deletion mode
  • the first barcode data processing mode is a barcode data commodity storage mode (ie, a mode of scanning commodity barcode data to confirm the commodity storage after the product arrives), and the second barcode data processing mode
  • the third bar code data processing mode is the bar code data inventory mode (ie: for the in-stock product) The inventory, the mode of scanning the barcode data in the library to generate the inventory data
  • the fourth barcode data processing mode is a barcode data deletion mode.
  • the processing unit 10 is configured to call and execute the barcode scanning control system 11 to perform the following steps:
  • the bar code data processing mode analyzed is bar code data storage mode, detecting and receiving a bar code data scanning instruction sent by the user through the bar code scanning physical button, and detecting the bar code data sent by the user scanning the physical button through the bar code After the scan command, the bar code data scanned and decoded by the scanning unit 17 is detected and received in real time;
  • the received barcode data is added to the inbound data of the background server in real time or periodically to record the product storage corresponding to the barcode data.
  • the barcode data processing mode further includes a barcode data delivery mode
  • the processing unit 10 calls and executes the barcode scanning control system 11, and further performs the following steps:
  • the analyzed barcode data processing mode is the barcode data delivery mode
  • the barcode data scanning instruction sent by the user through the bar code scanning physical button is detected and received, and the barcode data scanning instruction issued by the user scanning the physical button through the barcode is detected. After that, the bar code data scanned and decoded by the scanning unit 17 is detected and received in real time;
  • the received barcode data is deleted from the inbound data of the background server in real time or at a time, or the received barcode data is deleted from the inbound data of the background server in real time or at a time.
  • the bar code data is added to the outbound data of the background server to record the product outbound corresponding to the bar code data.
  • the input unit 18 further includes processing the completed physical button (the processing completion physical button may select one of the physical buttons for the mode, or may be different from other physical buttons), and the barcode data processing mode further includes a barcode In the data inventory mode, the processing unit 10 calls and executes the barcode scanning control system 11, and further performs the following steps:
  • the analyzed barcode data processing mode is the barcode data inventory mode
  • the barcode data scanning instruction sent by the user through the barcode scanning physical button is detected and received, and after detecting the barcode data scanning instruction issued by the user scanning the physical button through the barcode And detecting and receiving the barcode data scanned and decoded by the scanning unit 17 in real time;
  • the barcode data is received from the scanning unit 17, it is analyzed whether the barcode data is in the background server. In the warehousing data;
  • the barcode data is in the inbound data of the background server, generating an inventory pass identifier for the barcode data, or generating an uninventory identifier for the barcode data if the barcode data is not in the inbound data of the background server;
  • the barcode data without the identifier and the barcode data with the unincorporated identifier are filtered out from the inbound data of the background server, and based on the filtered Barcode data generates an inventory report.
  • the input unit 18 further includes a processing completion physical button and a queue selection physical button (for example, a up button, a down button, etc., the queue selection physical button may select one of physical buttons for the mode, or Different from other physical buttons, the barcode data processing mode further includes a barcode data deletion mode, and the processing unit 10 calls and executes the barcode scanning control system 11, and further performs the following steps:
  • the bar code data processing mode of the analysis is the bar code data deletion mode
  • the bar code data of the history scan is generated in the scan time order and displayed by the display unit 15, and the user selects the physical button through the queue to select the bar code to be deleted. data;
  • the bar code data to be deleted is sent out from the background server and/or the inbound data. Deleted.
  • FIG. 3 is a hardware structural diagram of a second embodiment of a barcode scanning device according to the present invention.
  • the barcode scanning device 1' (replaced in the figure, after all, is different from 1) is basically similar to the barcode scanning device 1 in the first embodiment, and the main difference is that touch input/display is adopted.
  • the unit 19 is substituted for the input unit 18 and the display unit 15 in the bar code scanning device 1.
  • the touch input/display unit 19 is configured to provide a human-computer interaction interface for the user to input an instruction based on the human-computer interaction interface, and output response data indicating the barcode scanning device 1 to the user instruction.
  • the touch input/display unit 19 includes a touch input unit and a display unit, and the touch input unit is used for touch input in the touch sensing area of the human-machine interaction interface. Display list The element is a display unit with a touch panel.
  • the human-computer interaction interface includes a barcode scanning virtual button and one or more mode selection virtual buttons (not shown), the barcode scanning virtual button and the mode selection virtual button and the barcode scanning in the first embodiment of the present invention Physical buttons and mode selection The physical button functions are the same and are not described here. In addition, it can be understood that any physical button in the first embodiment can be replaced by an analog button on the touch input/display unit 19.
  • FIG. 4 is a flowchart of a specific implementation of an embodiment of a barcode scanning control method according to the present invention. This method is applicable to the barcode scanning device 1 of FIG. 1 or 2.
  • step S10 the mode analysis module 110 detects and receives a barcode data processing mode selection command sent by the user through the mode selection physical button or the mode selection virtual button, and detects that the user selects a physical button or a mode selection virtual button through a mode.
  • the bar code data processing mode selection instruction the bar code data processing mode corresponding to the mode selection physical button or the mode selection virtual button is analyzed, and the bar code data processing mode includes a first bar code data processing mode.
  • Step S11 the barcode parsing module 111 detects and receives the barcode data scanning instruction sent by the user through the barcode scanning physical button or the barcode scanning virtual button after the analyzed barcode data processing mode is the first barcode data processing mode, and detects After the barcode scanning command issued by the user scans the physical button or the barcode scanning virtual button by the barcode, the barcode data scanned and decoded by the scanning unit 17 is detected and received in real time.
  • Step S12 after receiving the barcode data from the scanning unit 17, the mode processing module 112 adds the received barcode data to the first data of the background server in real time or periodically, to record that the product corresponding to the barcode data has been first. Bar code data processing.
  • the barcode data processing mode further includes a second barcode data processing mode
  • the barcode scanning control method further comprising the following steps (not shown):
  • the barcode parsing module 111 detects and receives the barcode sent by the user through the barcode scanning physical button or the barcode scanning virtual button.
  • the data scanning instruction detects and receives the barcode data scanned and decoded by the scanning unit 17 in real time after detecting the barcode data scanning instruction issued by the user by scanning the physical button or the barcode scanning virtual button;
  • the mode processing module 112 After receiving the barcode data from the scanning unit 17, the mode processing module 112 deletes the received barcode data from the first data of the background server in real time or at a time, or sequentially or periodically receives the received barcode data from the background server. The data is deleted and the barcode data is added to the second data of the background server to record that the product corresponding to the barcode data has been processed by the second barcode data.
  • the barcode data processing mode further includes a third barcode data processing mode
  • the barcode scanning control method further comprising the following steps (not shown):
  • the barcode parsing module 111 detects and receives a barcode data scanning instruction sent by the user through the barcode scanning physical button or the barcode scanning virtual button, and detects that the user passes After the bar code scans the physical button or the barcode scanning command issued by the bar code scanning virtual button, the bar code data scanned and decoded by the scanning unit 17 is detected and received in real time;
  • the mode processing module 112 After receiving the barcode data from the scanning unit 17, the mode processing module 112 analyzes whether the barcode data is in the first data of the background server; if the barcode data is in the first data of the background server, generates the barcode data.
  • the third barcode data is processed by the identifier, or if the barcode data is not in the first data of the background server, the third barcode data is not processed by the barcode data processing; if the user receives the physical button or the processing is completed by the processing After the processing completion instruction issued by the virtual button, the barcode data without any identifier and the barcode data with the third barcode data processing not passing the identification are filtered out from the first data of the background server, and the barcode data generated based on the selected barcode data is generated. Three-code data processing report.
  • the barcode data processing mode further includes a fourth barcode data processing mode
  • the barcode scanning control method further comprising the following steps (not shown):
  • the bar code parsing module 111 After the bar code data processing mode is the fourth bar code data processing mode, the bar code parsing module 111 generates a selection queue for the bar code data of the history scan according to the scan time sequence and displays it through the display unit 15 or the touch input/display unit 19. For the user to select physical buttons or teams through the queue Column selection virtual button selects barcode data to be processed by the fourth barcode data;
  • the bar code data to be processed by the fourth bar code data is from the background.
  • the second data of the server and/or the first data is deleted.
  • the application scenario of the barcode scanning device 1 is performed (for example, the product has performed the second barcode data processing barcode scanning scene, The product has been subjected to the first barcode data processing barcode scanning scene) and can be freely adjusted.
  • the barcode scanning control method further includes the following steps (not shown in the figure):
  • the mode analysis module 110 After receiving the system parameter customization instruction issued by the user through the system parameter custom physical button or the system parameter custom virtual button, the mode analysis module 110 generates and displays a barcode data processing mode custom operation interface, and the barcode data processing mode is self-defined.
  • the definition operation interface includes each barcode data processing mode, and a physical button mapping setting box or a virtual button mapping setting box corresponding to each barcode data processing mode, for the user to select a physical button according to each physical button mapping setting box, or , for the user to set a corresponding mode selection virtual button based on each of the virtual button mapping setting boxes;
  • mapping data of each barcode data processing mode and mode selection physical button or mode selection virtual button saves and enables the currently set barcode data processing mode and mode selection.
  • the physical button or mode selects the mapping relationship data of the virtual button.
  • the application scenario of the bar code scanning device 1 is ensured (for example, the product has performed the second bar code data processing bar code scanning).
  • the scene and the product have been subjected to the first bar code data processing bar code scanning scenario), which can be freely adjusted while ensuring the security of the adjustment, and preventing unauthorized persons from performing unauthorized modification on the mapping relationship data between the mode selection physical button and the bar code data processing mode.
  • the barcode scanning control method further includes the following steps (not shown in the figure):
  • the mode analysis module 110 After receiving the system parameter customization instruction issued by the user through the system parameter custom physical button, the mode analysis module 110 detects and receives the number of permission input by the user through the permission data input unit. According to (for example, passwords, fingerprints, voiceprints, etc.);
  • the barcode data processing mode custom operation interface is generated and displayed, and the barcode data processing mode custom operation interface includes each barcode data processing mode.
  • a physical button mapping setting box or a virtual button mapping setting box corresponding to each barcode data processing mode where the user selects a physical button according to each physical button mapping setting box, or is configured for the user to map based on each of the virtual buttons. Setting a box to set a corresponding mode to select a virtual button;
  • mapping data of each barcode data processing mode and mode selection physical button or mode selection virtual button saves and enables the currently set barcode data processing mode and mode selection.
  • the physical button or mode selects the mapping relationship data of the virtual button.
  • the barcode scanning control method further comprises the following steps (not shown in the figure):
  • the mode analysis module 110 receives, from a predetermined terminal or server, mapping data of a bar code data processing mode to be updated and a mode selection physical button or a mode selection virtual button; saves and enables the received bar code data processing mode and mode selection physical button or The mode selects the mapping relationship data of the virtual key.

Abstract

本发明提供了一种条码扫描控制系统及设备,该系统通过将不同条码数据处理模式与物理按键或者虚拟按键的映射关联,使得同一个条码扫描设备可以实现不同的条码数据处理模式,操作简便、准确率高,同时,实现多种扫描功能的整合使用。

Description

条码扫描控制系统及设备 技术领域
本发明涉及一种条码扫描技术,尤其涉及一种条码扫描控制系统及设备。
背景技术
条码,又叫条形码,是由美国的N.T.Woodland在1949年首先提出的。近年来,随着计算机应用的不断普及,条码的应用得到了很大的发展。例如,条码可以标出商品的生产国、制造厂家、商品名称、生产日期、图书分类号、邮件起止地点、类别、日期等信息,因而在商品流通、图书管理、邮电管理、银行系统等许多领域都得到了广泛的应用。
目前,超市、快递公司等使用的条码扫描设备一般都与电脑连接使用,都采用预定的功能(例如,出库扫描或者入库扫描或者盘点扫描等),即一个固定工位(收银工位、快递公司收件录单工位等)的条码扫描设备通常将扫描解析的数据发送给与之相连的电脑,以供所述电脑根据接收的扫描数据和所述固定工位的属性进行相应的出库、入库或者盘点等记录,若要改变该条码扫描设备的功能则需要利用计算机并通过软件进行工位属性的预设置,操作繁琐、容易出错,同时,无法做到多种扫描功能的整合使用。
发明内容
鉴于以上内容,有必要提供一种条码扫描控制系统及设备,以在同一个条码扫描设备上实现不同的条码数据处理模式,使得操作简便、准确率高的同时,实现多种扫描功能的整合使用。
一种条码扫描控制系统,该系统运行于包括扫描单元的条码扫描设备中,该系统包括:
模式分析模块,用于侦测并接收用户通过模式选择物理按键或者模式选择虚拟按键发出的条码数据处理模式选择指令,并在侦测到用户通过一个模式选 择物理按键或者模式选择虚拟按键发出的条码数据处理模式选择指令后,分析该模式选择物理按键或者模式选择虚拟按键对应的条码数据处理模式,所述条码数据处理模式包括第一条码数据处理模式。
条码解析模块,用于在分析的条码数据处理模式为第一条码数据处理模式后,侦测并接收用户通过条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元扫描并解码的条码数据;及
模式处理模块,用于在从该扫描单元接收到条码数据后,实时或者定时将接收的条码数据添加到后台服务器的第一数据中,以记录该条码数据对应的产品已进行第一条码数据处理。
一种条码扫描设备,该条码扫描设备包括处理单元,及与该处理单元连接的条码扫描控制系统、通信单元、存储单元、扫描单元及输入/输出单元;
该输入/输出单元用于输入用户指令,并输出显示该条码扫描设备对输入的用户指令的响应数据;
该通信单元用于与预先确定的终端或后台服务器通信连接;
该存储单元用于存储该条码扫描控制系统,及该条码扫描控制系统的运行数据;
该扫描单元用于扫描并解码条码数据,并将解码的条码数据发送给该条码扫描控制系统进行处理;
该处理单元用于调用并执行该条码扫描控制系统,以执行如下步骤:
A、侦测并接收用户通过模式选择物理按键或者模式选择虚拟按键发出的条码数据处理模式选择指令,并在侦测到用户通过一个模式选择物理按键或者模式选择虚拟按键发出的条码数据处理模式选择指令后,分析该模式选择物理按键或者模式选择虚拟按键对应的条码数据处理模式,所述条码数据处理模式包括第一条码数据处理模式;
B、若分析的条码数据处理模式为第一条码数据处理模式,则侦测并接收用户通过条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元扫描并解码的条码数据;
C、若从该扫描单元接收到条码数据,则实时或者定时将接收的条码数据添 加到后台服务器的第一数据中,以记录该条码数据对应的产品已进行第一条码数据处理。
相较现有技术,本发明通过将不同条码数据处理模式与物理按键或者虚拟按键的映射关联,使得同一个条码扫描设备可以实现不同的条码数据处理模式,操作简便、准确率高,同时,实现多种扫描功能的整合使用。
附图说明
图1为本发明条码扫描设备第一实施例的硬件结构图。
图2为本发明图1中的条码扫描控制系统的功能模块图。
图3为本发明条码扫描设备第二实施例的硬件结构图。
图4为本发明条码扫描控制方法一实施例的具体实施流程图。
具体实施方式
如图1所示,为本发明条码扫描设备第一实施例的硬件结构图。在本实施例中,该条码扫描设备1包括处理单元10、条码扫描控制系统11、通信单元12、存储单元13、显示单元15、一个或多个指示灯16(图中以四个为例)、扫描单元17及输入单元18。
该输入单元18包括一个条码扫描物理按键和一个或多个模式选择物理按键(图中未示出),每个所述模式选择物理按键对应一个或多个预先确定的条码数据处理模式,所述预先确定的条码数据处理模式包括第一条码数据处理模式、第二条码数据处理模式、第四条码数据处理模式及/或第三条码数据处理模式。在本实施例中,所述模式选择物理按键的数量与预先确定的条码数据处理模式的数量一致,所述模式选择物理按键与预先确定的条码数据处理模式一一对应;在本发明的其他实施例中,一个所述模式选择物理按键可以对应多个预先确定的条码数据处理模式,同一个模式选择物理按键的不同操作方式(例如,固定时间内不同的连续按压次数)对应不同的条码数据处理模式,在此不做赘述,本领域技术人员当知,将模式选择物理按键以一对多的方式与条码数据处理模 式进行对应,及将模式选择物理按键以一对一的方式与条码数据处理模式进行对应,均属于本发明实施例的实施范围。
该通信单元12用于与预先确定的终端(例如,手机、平板电脑等)或后台服务器(例如,超市服务器、快递公司服务器等)通信连接,该通信单元12可以包括wifi模块(通过wifi模块可以经移动互联网与后台服务器通信)、蓝牙模块(通过蓝牙模块可以与手机进行近距离通信)及/或GPRS模块(通过GPRS模块可以经移动互联网与后台服务器通信)。
该存储单元13用于存储该条码扫描控制系统11,及该条码扫描控制系统11的运行数据。
该显示单元15用于显示人机交互界面,以供用户输入指令,且输出显示该条码扫描设备1对用户指令的响应数据。
该指示灯16用于发出指示光,以标示当前生效的条码数据处理模式。在本实施例中,该指示灯16的数量与预先确定的条码数据处理模式的数量一致,不同的指示灯16发出不同颜色的指示光,该指示灯16与预先确定的条码数据处理模式一一对应,例如,当用户按压代表第一条码数据处理模式的模式选择物理按键后,与第一条码数据处理模式对应的指示灯16会发出对应颜色的指示光(例如,绿色);在本发明的其他实施例中,该指示灯16的数量与预设条码数据处理模式(例如,第一条码数据处理模式及第二条码数据处理模式)的数量一致(预设条码数据处理模式的数量小于预先确定的条码数据处理模式的数量),不同的指示灯16发出不同颜色的指示光,该指示灯16与预设条码数据处理模式一一对应。
该扫描单元17用于扫描并解码条码数据,并将解码的条码数据发送给该条码扫描控制系统11进行处理。在本实施例中,该扫描单元17配置有对条码(例如,一维码、二维码等)进行硬件解码的解码芯片;在本发明的其他实施例中,该扫描单元17配置有影像捕获单元(例如,相机)和条码解码软件模块,该影像捕获单元用于对条码进行影像捕获,该条码解码软件模块用于对捕获的条码影像进行解码。
请进一步参阅图2,该条码扫描控制系统11包括模式分析模块110、条码解析模块111及模式处理模块112。该处理单元10用于调用并执行该条码扫描控制系统11,以执行如下步骤:
A、采用模式分析模块110侦测并接收用户通过模式选择物理按键发出的条码数据处理模式选择指令,并在侦测到用户通过一个模式选择物理按键发出的条码数据处理模式选择指令后,分析该模式选择物理按键对应的条码数据处理模式,所述条码数据处理模式包括第一条码数据处理模式;
B、若分析的条码数据处理模式为第一条码数据处理模式,条码解析模块111则侦测并接收用户通过条码扫描物理按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元17扫描并解码的条码数据;
C、若从该扫描单元17接收到条码数据,模式处理模块112则实时或者定时将接收的条码数据添加到后台服务器的第一数据中,以记录该条码数据对应的产品已进行第一条码数据处理(例如,百货超市产品已进行第一条码数据处理、快递公司接受客户的包裹投递揽件入库等)。
优选地,所述条码数据处理模式还包括第二条码数据处理模式,该处理单元10调用并执行该条码扫描控制系统11,还执行如下步骤:
若分析的条码数据处理模式为第二条码数据处理模式,该条码解析模块111则侦测并接收用户通过条码扫描物理按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元17扫描并解码的条码数据;
若从该扫描单元17接收到条码数据,该模式处理模块112则实时或者定时将接收的条码数据从后台服务器的第一数据中删除,或者,实时或者定时将接收的条码数据从后台服务器的第一数据中删除并将该条码数据添加到后台服务器的第二数据中,以记录该条码数据对应的产品已进行第二条码数据处理。
优选地,该输入单元18还包括处理完成物理按键(所述处理完成物理按键可以为所述模式选择物理按键中的一个,也可以与其他物理按键不同),所述条 码数据处理模式还包括第三条码数据处理模式,该处理单元10调用并执行该条码扫描控制系统11,还执行如下步骤:
若分析的条码数据处理模式为第三条码数据处理模式,条码解析模块111则侦测并接收用户通过条码扫描物理按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元17扫描并解码的条码数据;
若从该扫描单元17接收到条码数据,模式处理模块112则分析该条码数据是否在后台服务器的第一数据中;
若该条码数据在后台服务器的第一数据中,则为该条码数据生成第三条码数据处理通过标识,或者,若该条码数据不在后台服务器的第一数据中,则为该条码数据生成第三条码数据处理不通过标识;
若接收到用户通过该处理完成物理按键发出的处理完成指令,则从后台服务器的第一数据中筛选出未带任何标识的条码数据及带有第三条码数据处理不通过标识的条码数据,并基于筛选出的条码数据生成第三条码数据处理报告。
优选地,该输入单元18还包括处理完成物理按键及队列选择物理按键(例如,上翻键、下翻键等,所述队列选择物理按键可以为所述模式选择物理按键中的一个,也可以与其他物理按键不同),所述条码数据处理模式还包括第四条码数据处理模式,该处理单元10调用并执行该条码扫描控制系统11,还执行如下步骤:
若分析的条码数据处理模式为第四条码数据处理模式,条码解析模块111则为历史扫描的条码数据按照扫描时间顺序生成选择队列并通过该显示单元15进行显示,供用户通过所述队列选择物理按键选择待第四条码数据处理的条码数据;
在用户选择了一个待第四条码数据处理的条码数据后,模式处理模块112若收到用户通过所述处理完成物理按键发出的处理完成指令后,对该待第四条码数据处理的条码数据进行第四条码数据处理。
优选地,为了保证模式选择物理按键与条码数据处理模式的映射关系数据 可控,使得该条码扫描设备1的应用场景(例如,产品进行第二条码数据处理的条码扫描场景、产品进行第一条码数据处理的条码扫描场景)可以自由调整,该输入单元18还包括系统参数自定义物理按键(例如,所述系统参数自定义物理按键可以为所述模式选择物理按键中的一个,也可以与其他物理按键不同),该处理单元10调用并执行该条码扫描控制系统11,还执行如下步骤:
若收到用户通过所述系统参数自定义物理按键发出的系统参数自定义指令,模式分析模块110则生成并显示条码数据处理模式自定义操作界面,该条码数据处理模式自定义操作界面包括各个条码数据处理模式,及各个条码数据处理模式对应的物理按键映射设置框,供用户基于各个所述物理按键映射设置框设置对应的模式选择物理按键(例如,在一个实施例中,各个条码数据处理模式按预设顺序排列,每个条码数据处理模式对应一个物理按键映射设置框,设置时按照所述排列顺序依次按压模式选择物理按键,在一个物理按键映射设置框设置完毕后,自动跳转到下一顺序的物理按键映射设置框的设置,在对一个物理按键映射设置框进行设置时,若按压一个模式选择物理按键,则会在该物理按键映射设置框中录入该模式选择物理按键的标识,以实现将该物理按键映射设置框对应的条码数据处理模式与该模式选择物理按键映射);
在用户基于所述条码数据处理模式自定义操作界面,设置完成各个条码数据处理模式与模式选择物理按键的映射关系数据后,保存并启用当前设置的条码数据处理模式与模式选择物理按键的映射关系数据。
优选地,为了保证模式选择物理按键与条码数据处理模式的映射关系数据可控,使得在保证该条码扫描设备1的应用场景(例如,产品进行第二条码数据处理的条码扫描场景、产品进行第一条码数据处理的条码扫描场景)可以自由调整的同时保证调整的安全性,防止无权限人员对模式选择物理按键与条码数据处理模式的映射关系数据进行非授权性修改,该输入单元18还包括系统参数自定义物理按键(例如,所述系统参数自定义物理按键可以为所述模式选择物理按键中的一个,也可以与其他物理按键不同)及权限数据输入单元(例如,0—9数字按键、指纹采集单元、语音采集和识别单元等),该处理单元10调用 并执行该条码扫描控制系统11,还执行如下步骤:
若收到用户通过所述系统参数自定义物理按键发出的系统参数自定义指令,模式分析模块110则通过所述权限数据输入单元侦测并接收用户输入的权限数据(例如,密码、指纹、声纹等);
将接收的权限数据与预先存储的基准权限数据进行比对验证;
若验证不通过,则拒绝响应该系统参数自定义指令;
若验证通过,则生成并显示条码数据处理模式自定义操作界面,该条码数据处理模式自定义操作界面包括各个条码数据处理模式,及各个条码数据处理模式对应的物理按键映射设置框,供用户基于各个所述物理按键映射设置框设置对应的模式选择物理按键(例如,在一个实施例中,各个条码数据处理模式按预设顺序排列,每个条码数据处理模式对应一个物理按键映射设置框,设置时按照所述排列顺序依次按压模式选择物理按键,在一个物理按键映射设置框设置完毕后,自动跳转到下一顺序的物理按键映射设置框的设置,在对一个物理按键映射设置框进行设置时,若按压一个模式选择物理按键,则会在该物理按键映射设置框中录入该模式选择物理按键的标识,以实现将该物理按键映射设置框对应的条码数据处理模式与该模式选择物理按键映射);
在用户基于所述条码数据处理模式自定义操作界面,设置完成各个条码数据处理模式与模式选择物理按键的映射关系数据后,保存并启用当前设置的条码数据处理模式与模式选择物理按键的映射关系数据
优选地,该处理单元10调用并执行该条码扫描控制系统11,还执行如下步骤:
模式分析模块110从预先确定的终端或服务器接收待更新的条码数据处理模式与模式选择物理按键的映射关系数据;
保存并启用接收的条码数据处理模式与模式选择物理按键的映射关系数据。
进一步地,需要说明的是,本发明揭露的条码扫描设备1可以应用于多个行业领域,例如,仓储行业、物流行业、医疗行业、零售行业等,其中:
1、针对仓储行业,所述第一条码数据处理模式为条码数据入库模式,所述第二条码数据处理模式为条码数据出库模式,所述第三条码数据处理模式为条码数据盘点模式,所述第四条码数据处理模式为条码数据删除模式;
2、针对物流行业,所述第一条码数据处理模式为条码数据揽件收件模式(即:物流公司揽件收件后,扫描物流单据条码数据以正式承运的模式),所述第二条码数据处理模式为条码数据收货确认模式(即:物流公司在向客户转交物品后,扫描物流单据条码数据以正式确认承运完成的模式),所述第三条码数据处理模式为条码数据盘点模式(即:物流公司将未承运完成的物品进行盘点,扫描物流单据条码数据以生成盘点数据的模式),所述第四条码数据处理模式为条码数据删除模式;
3、针对医疗行业,所述第一条码数据处理模式为条码数据药房入库模式(即:药品到货后,扫描药品条码数据以确认药品入库的模式),所述第二条码数据处理模式为条码数据药房出库模式(即:药品交给患者时,扫描药品条码数据以确认药品出库的模式),所述第三条码数据处理模式为条码数据盘点模式(即:对药房中的药品进行盘点,扫描药品条码数据以生成盘点数据的模式),所述第四条码数据处理模式为条码数据删除模式;
4、针对零售行业,所述第一条码数据处理模式为条码数据商品入库模式(即:商品到货后,扫描商品条码数据以确认商品入库的模式),所述第二条码数据处理模式为条码数据商品出库模式(即:商品销售给客户时,扫描商品条码数据以确认商品出库的模式),所述第三条码数据处理模式为条码数据盘点模式(即:对在库商品进行盘点,扫描在库商品条码数据以生成盘点数据的模式),所述第四条码数据处理模式为条码数据删除模式。
为了更好的阐述本发明的发明思想,使得本发明的技术方案更容易理解,以下以仓储行业为例,进行本发明技术方案的实例说明:
该处理单元10用于调用并执行该条码扫描控制系统11,以执行如下步骤:
A、侦测并接收用户通过模式选择物理按键发出的条码数据处理模式选择指令,并在侦测到用户通过一个模式选择物理按键发出的条码数据处理模式选择 指令后,分析该模式选择物理按键对应的条码数据处理模式,所述条码数据处理模式包括条码数据入库模式;
B、若分析的条码数据处理模式为条码数据入库模式,则侦测并接收用户通过条码扫描物理按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元17扫描并解码的条码数据;
C、若从该扫描单元17接收到条码数据,则实时或者定时将接收的条码数据添加到后台服务器的入库数据中,以记录该条码数据对应的产品入库。
优选地,所述条码数据处理模式还包括条码数据出库模式,该处理单元10调用并执行该条码扫描控制系统11,还执行如下步骤:
若分析的条码数据处理模式为条码数据出库模式,则侦测并接收用户通过条码扫描物理按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元17扫描并解码的条码数据;
若从该扫描单元17接收到条码数据,则实时或者定时将接收的条码数据从后台服务器的入库数据中删除,或者,实时或者定时将接收的条码数据从后台服务器的入库数据中删除并将该条码数据添加到后台服务器的出库数据中,以记录该条码数据对应的产品出库。
优选地,该输入单元18还包括处理完成物理按键(所述处理完成物理按键可以为所述模式选择物理按键中的一个,也可以与其他物理按键不同),所述条码数据处理模式还包括条码数据盘点模式,该处理单元10调用并执行该条码扫描控制系统11,还执行如下步骤:
若分析的条码数据处理模式为条码数据盘点模式,则侦测并接收用户通过条码扫描物理按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元17扫描并解码的条码数据;
若从该扫描单元17接收到条码数据,则分析该条码数据是否在后台服务器 的入库数据中;
若该条码数据在后台服务器的入库数据中,则为该条码数据生成盘点通过标识,或者,若该条码数据不在后台服务器的入库数据中,则为该条码数据生成未入库标识;
若接收到用户通过该处理完成物理按键发出的处理完成指令,则从后台服务器的入库数据中筛选出未带任何标识的条码数据及带有未入库标识的条码数据,并基于筛选出的条码数据生成盘点报告。
优选地,该输入单元18还包括处理完成物理按键及队列选择物理按键(例如,上翻键、下翻键等,所述队列选择物理按键可以为所述模式选择物理按键中的一个,也可以与其他物理按键不同),所述条码数据处理模式还包括条码数据删除模式,该处理单元10调用并执行该条码扫描控制系统11,还执行如下步骤:
若分析的条码数据处理模式为条码数据删除模式,则为历史扫描的条码数据按照扫描时间顺序生成选择队列并通过该显示单元15进行显示,供用户通过所述队列选择物理按键选择待删除的条码数据;
在用户选择了一个待删除的条码数据后,若收到用户通过所述处理完成物理按键发出的处理完成指令后,将该待删除的条码数据从后台服务器的出库数据及/或入库数据中删除。
如图3所示,为本发明条码扫描设备第二实施例的硬件结构图。在本实施例中,该条码扫描设备1’(图中改下标号,毕竟跟1还是不同的)与第一实施例中的条码扫描设备1基本相似,主要区别在于:采用触控输入/显示单元19来代替条码扫描设备1中的输入单元18和显示单元15。
该触控输入/显示单元19用于提供人机交互界面,以供用户基于该人机交互界面触控式输入指令,且输出显示该条码扫描设备1对用户指令的响应数据。在本实施例中,该触控输入/显示单元19包括触控输入单元和显示单元,所述触控输入单元用于在所述人机交互界面的触控感应区的触控式输入,所述显示单 元为带触控面板的显示单元。该人机交互界面包括一个条码扫描虚拟按键和一个或多个模式选择虚拟按键(图中未示出),所述条码扫描虚拟按键及模式选择虚拟按键与本发明第一实施例中的条码扫描物理按键及模式选择物理按键功能相同,在此不在累述。另外,可以理解,所述第一实施例中的任何物理按键均可采用触控输入/显示单元19上的模拟按键替代。
如图4所示,为本发明条码扫描控制方法一实施例的具体实施流程图。该方法适用于图1或图2的条码扫描设备1。
以下是结合本实施例逐步实现对条码扫描设备1进行条码扫描控制的详细步骤。
步骤S10,该模式分析模块110侦测并接收用户通过模式选择物理按键或者模式选择虚拟按键发出的条码数据处理模式选择指令,并在侦测到用户通过一个模式选择物理按键或者模式选择虚拟按键发出的条码数据处理模式选择指令后,分析该模式选择物理按键或者模式选择虚拟按键对应的条码数据处理模式,所述条码数据处理模式包括第一条码数据处理模式。
步骤S11,该条码解析模块111在分析的条码数据处理模式为第一条码数据处理模式后,侦测并接收用户通过条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元17扫描并解码的条码数据。
步骤S12,该模式处理模块112在从该扫描单元17接收到条码数据后,实时或者定时将接收的条码数据添加到后台服务器的第一数据中,以记录该条码数据对应的产品已进行第一条码数据处理。
优选地,在本发明的其他实施例中,所述条码数据处理模式还包括第二条码数据处理模式,该条码扫描控制方法还包括以下步骤(图中未示出):
该条码解析模块111在分析的条码数据处理模式为第二条码数据处理模式后,侦测并接收用户通过条码扫描物理按键或者条码扫描虚拟按键发出的条码 数据扫描指令,并在侦测到用户通过该条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元17扫描并解码的条码数据;
该模式处理模块112在从该扫描单元17接收到条码数据后,实时或者定时将接收的条码数据从后台服务器的第一数据中删除,或者,实时或者定时将接收的条码数据从后台服务器的第一数据中删除并将该条码数据添加到后台服务器的第二数据中,以记录该条码数据对应的产品已进行第二条码数据处理。
优选地,在本发明的其他实施例中,所述条码数据处理模式还包括第三条码数据处理模式,该条码扫描控制方法还包括以下步骤(图中未示出):
该条码解析模块111在分析的条码数据处理模式为第三条码数据处理模式后,侦测并接收用户通过条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元17扫描并解码的条码数据;
该模式处理模块112在从该扫描单元17接收到条码数据后,分析该条码数据是否在后台服务器的第一数据中;若该条码数据在后台服务器的第一数据中,则为该条码数据生成第三条码数据处理通过标识,或者,若该条码数据不在后台服务器的第一数据中,则为该条码数据生成第三条码数据处理不通过标识;若接收到用户通过处理完成物理按键或者处理完成虚拟按键发出的处理完成指令,则从后台服务器的第一数据中筛选出未带任何标识的条码数据及带有第三条码数据处理不通过标识的条码数据,并基于筛选出的条码数据生成第三条码数据处理报告。
优选地,在本发明的其他实施例中,所述条码数据处理模式还包括第四条码数据处理模式,该条码扫描控制方法还包括以下步骤(图中未示出):
该条码解析模块111在分析的条码数据处理模式为第四条码数据处理模式后,为历史扫描的条码数据按照扫描时间顺序生成选择队列并通过该显示单元15或者触控输入/显示单元19进行显示,供用户通过队列选择物理按键或者队 列选择虚拟按键选择待第四条码数据处理的条码数据;
在用户选择了一个待第四条码数据处理的条码数据后,若收到用户通过处理完成物理按键或者处理完成虚拟按键发出的处理完成指令后,将该待第四条码数据处理的条码数据从后台服务器的第二数据及/或第一数据中删除。
优选地,为了保证模式选择物理按键或者模式选择虚拟按键与条码数据处理模式的映射关系数据可控,使得该条码扫描设备1的应用场景(例如,产品已进行第二条码数据处理条码扫描场景、产品已进行第一条码数据处理条码扫描场景)可以自由调整,该条码扫描控制方法还包括以下步骤(图中未示出):
该模式分析模块110在收到用户通过系统参数自定义物理按键或者系统参数自定义虚拟按键发出的系统参数自定义指令后,生成并显示条码数据处理模式自定义操作界面,该条码数据处理模式自定义操作界面包括各个条码数据处理模式,及各个条码数据处理模式对应的物理按键映射设置框或者虚拟按键映射设置框,供用户基于各个所述物理按键映射设置框设置对应的模式选择物理按键,或者,供用户基于各个所述虚拟按键映射设置框设置对应的模式选择虚拟按键;
在用户基于所述条码数据处理模式自定义操作界面,设置完成各个条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据后,保存并启用当前设置的条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据。
优选地,为了保证模式选择物理按键或者模式选择虚拟按键与条码数据处理模式的映射关系数据可控,使得在保证该条码扫描设备1的应用场景(例如,产品已进行第二条码数据处理条码扫描场景、产品已进行第一条码数据处理条码扫描场景)可以自由调整的同时保证调整的安全性,防止无权限人员对模式选择物理按键与条码数据处理模式的映射关系数据进行非授权性修改,该条码扫描控制方法还包括以下步骤(图中未示出):
该模式分析模块110在收到用户通过所述系统参数自定义物理按键发出的系统参数自定义指令后,通过权限数据输入单元侦测并接收用户输入的权限数 据(例如,密码、指纹、声纹等);
将接收的权限数据与预先存储的基准权限数据进行比对验证;
若验证不通过,则拒绝响应该系统参数自定义指令,或者,若验证通过,则生成并显示条码数据处理模式自定义操作界面,该条码数据处理模式自定义操作界面包括各个条码数据处理模式,及各个条码数据处理模式对应的物理按键映射设置框或者虚拟按键映射设置框,供用户基于各个所述物理按键映射设置框设置对应的模式选择物理按键,或者,供用户基于各个所述虚拟按键映射设置框设置对应的模式选择虚拟按键;
在用户基于所述条码数据处理模式自定义操作界面,设置完成各个条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据后,保存并启用当前设置的条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据。
优选地,该条码扫描控制方法还包括以下步骤(图中未示出):
该模式分析模块110从预先确定的终端或服务器接收待更新的条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据;保存并启用接收的条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据。
最后所应说明的是,以上实施例仅用以说明本发明的技术方案而非限制,尽管参照较佳实施例对本发明进行了详细说明,本领域的普通技术人员应当理解,可以对本发明的技术方案进行修改或等同替换,而不脱离本发明技术方案的精神和范围。

Claims (14)

  1. 一种条码扫描控制系统,其特征在于,该系统运行于包括扫描单元的条码扫描设备中,该系统包括:
    模式分析模块,用于侦测并接收用户通过模式选择物理按键或者模式选择虚拟按键发出的条码数据处理模式选择指令,并在侦测到用户通过一个模式选择物理按键或者模式选择虚拟按键发出的条码数据处理模式选择指令后,分析该模式选择物理按键或者模式选择虚拟按键对应的条码数据处理模式,所述条码数据处理模式包括第一条码数据处理模式;
    条码解析模块,用于在分析的条码数据处理模式为第一条码数据处理模式后,侦测并接收用户通过条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元扫描并解码的条码数据;及
    模式处理模块,用于在从该扫描单元接收到条码数据后,实时或者定时将接收的条码数据添加到后台服务器的第一数据中,以记录该条码数据对应的产品已进行第一条码数据处理。
  2. 如权利要求1所述的条码扫描控制系统,其特征在于,所述条码数据处理模式还包括第二条码数据处理模式,其中:
    该条码解析模块还用于在分析的条码数据处理模式为第二条码数据处理模式后,侦测并接收用户通过条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元扫描并解码的条码数据;
    该模式处理模块还用于在从该扫描单元接收到条码数据后,实时或者定时将接收的条码数据从后台服务器的第一数据中删除,或者,实时或者定时将接收的条码数据从后台服务器的第一数据中删除并将该条码数据添加到后台服务器的第二数据中,以记录该条码数据对应的产品已进行第二条码数据处理。
  3. 如权利要求1所述的条码扫描控制系统,其特征在于,所述条码数据处理模式还包括第三条码数据处理模式,其中:
    该条码解析模块还用于在分析的条码数据处理模式为第三条码数据处理模式后,侦测并接收用户通过条码扫描物理按键或者条码扫描虚拟按键发出的条 码数据扫描指令,并在侦测到用户通过该条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元扫描并解码的条码数据;
    该模式处理模块还用于在从该扫描单元接收到条码数据后,分析该条码数据是否在后台服务器的第一数据中;若该条码数据在后台服务器的第一数据中,则为该条码数据生成第三条码数据处理通过标识,或者,若该条码数据不在后台服务器的第一数据中,则为该条码数据生成第三条码数据处理不通过标识;若接收到用户通过处理完成物理按键或者处理完成虚拟按键发出的处理完成指令,则从后台服务器的第一数据中筛选出未带任何标识的条码数据及带有第三条码数据处理不通过标识的条码数据,并基于筛选出的条码数据生成第三条码数据处理报告。
  4. 如权利要求1所述的条码扫描控制系统,其特征在于,所述条码数据处理模式还包括第四条码数据处理模式,其中:
    该条码解析模块还用于在分析的条码数据处理模式为第四条码数据处理模式后,为历史扫描的条码数据按照扫描时间顺序生成选择队列并通过该显示单元或者触控输入/显示单元进行显示,供用户通过队列选择物理按键或者队列选择虚拟按键选择待第四条码数据处理的条码数据;
    该模式处理模块还用于在用户选择了一个待第四条码数据处理的条码数据后,若收到用户通过处理完成物理按键或者处理完成虚拟按键发出的处理完成指令,则对该待第四条码数据处理的条码数据进行第四条码数据处理。
  5. 如权利要求1所述的条码扫描控制系统,其特征在于,该模式分析模块还用于:
    在收到用户通过系统参数自定义物理按键或者系统参数自定义虚拟按键发出的系统参数自定义指令后,生成并显示条码数据处理模式自定义操作界面,该条码数据处理模式自定义操作界面包括各个条码数据处理模式,及各个条码数据处理模式对应的物理按键映射设置框或者虚拟按键映射设置框,供用户基于各个所述物理按键映射设置框设置对应的模式选择物理按键,或者,供用户基于各个所述虚拟按键映射设置框设置对应的模式选择虚拟按键;
    在用户基于所述条码数据处理模式自定义操作界面,设置完成各个条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据后,保存并启用当前设置的条码数据处理模式与模式选择物理按键或者模式选择虚拟 按键的映射关系数据。
  6. 如权利要求1所述的条码扫描控制系统,其特征在于,该模式分析模块还用于:
    在收到用户通过所述系统参数自定义物理按键发出的系统参数自定义指令后,通过权限数据输入单元侦测并接收用户输入的权限数据,并将接收的权限数据与预先存储的基准权限数据进行比对验证;
    若验证不通过,则拒绝响应该系统参数自定义指令,或者,若验证通过,则生成并显示条码数据处理模式自定义操作界面,该条码数据处理模式自定义操作界面包括各个条码数据处理模式,及各个条码数据处理模式对应的物理按键映射设置框或者虚拟按键映射设置框,供用户基于各个所述物理按键映射设置框设置对应的模式选择物理按键,或者,供用户基于各个所述虚拟按键映射设置框设置对应的模式选择虚拟按键;
    在用户基于所述条码数据处理模式自定义操作界面,设置完成各个条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据后,保存并启用当前设置的条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据。
  7. 如权利要求1所述的条码扫描控制系统,其特征在于,该模式分析模块还用于:
    从预先确定的终端或服务器接收待更新的条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据;
    保存并启用接收的条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据。
  8. 一种条码扫描设备,其特征在于,该条码扫描设备包括处理单元,及与该处理单元连接的条码扫描控制系统、通信单元、存储单元、扫描单元及输入/输出单元;
    该输入/输出单元用于输入用户指令,并输出显示该条码扫描设备对输入的用户指令的响应数据;
    该通信单元用于与预先确定的终端或后台服务器通信连接;
    该存储单元用于存储该条码扫描控制系统,及该条码扫描控制系统的运行数据;
    该扫描单元用于扫描并解码条码数据,并将解码的条码数据发送给该条码 扫描控制系统进行处理;
    该处理单元用于调用并执行该条码扫描控制系统,以执行如下步骤:
    A、侦测并接收用户通过模式选择物理按键或者模式选择虚拟按键发出的条码数据处理模式选择指令,并在侦测到用户通过一个模式选择物理按键或者模式选择虚拟按键发出的条码数据处理模式选择指令后,分析该模式选择物理按键或者模式选择虚拟按键对应的条码数据处理模式,所述条码数据处理模式包括第一条码数据处理模式;
    B、若分析的条码数据处理模式为第一条码数据处理模式,则侦测并接收用户通过条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元扫描并解码的条码数据;
    C、若从该扫描单元接收到条码数据,则实时或者定时将接收的条码数据添加到后台服务器的第一数据中,以记录该条码数据对应的产品已进行第一条码数据处理。
  9. 如权利要求8所述的条码扫描设备,其特征在于,该条码扫描设备包括与该处理单元连接的一个或多个指示灯,该指示灯用于发出指示光,以标示当前生效的条码数据处理模式。
  10. 如权利要求8所述的条码扫描设备,其特征在于,所述条码数据处理模式还包括第二条码数据处理模式,该处理单元调用并执行该条码扫描控制系统,还执行如下步骤:
    若分析的条码数据处理模式为第二条码数据处理模式,则侦测并接收用户通过条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元扫描并解码的条码数据;
    若从该扫描单元接收到条码数据,则实时或者定时将接收的条码数据从后台服务器的第一数据中删除,或者,实时或者定时将接收的条码数据从后台服务器的第一数据中删除并将该条码数据添加到后台服务器的第二数据中,以记录该条码数据对应的产品已进行第二条码数据处理。
  11. 如权利要求8所述的条码扫描设备,其特征在于,所述条码数据处理 模式还包括第三条码数据处理模式,该处理单元调用并执行该条码扫描控制系统,还执行如下步骤:
    若分析的条码数据处理模式为第三条码数据处理模式,则侦测并接收用户通过条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令,并在侦测到用户通过该条码扫描物理按键或者条码扫描虚拟按键发出的条码数据扫描指令后,实时侦测并接收该扫描单元扫描并解码的条码数据;
    若从该扫描单元接收到条码数据,则分析该条码数据是否在后台服务器的第一数据中;
    若该条码数据在后台服务器的第一数据中,则为该条码数据生成第三条码数据处理通过标识,或者,若该条码数据不在后台服务器的第一数据中,则为该条码数据生成第三条码数据处理不通过标识;
    若接收到用户通过该处理完成虚拟按键发出的处理完成指令,则从后台服务器的第一数据中筛选出未带任何标识的条码数据及带有第三条码数据处理不通过标识的条码数据,并基于筛选出的条码数据生成第三条码数据处理报告。
  12. 如权利要求8所述的条码扫描设备,其特征在于,所述条码数据处理模式还包括第四条码数据处理模式,该处理单元调用并执行该条码扫描控制系统,还执行如下步骤:
    若分析的条码数据处理模式为第四条码数据处理模式,则为历史扫描的条码数据按照扫描时间顺序生成选择队列并通过该输入/输出单元进行显示,供用户通过队列选择物理按键或者队列选择虚拟按键选择待第四条码数据处理的条码数据;
    在用户选择了一个待第四条码数据处理的条码数据后,若收到用户通过处理完成物理按键或者处理完成虚拟按键发出的处理完成指令后,则对该待第四条码数据处理的条码数据进行第四条码数据处理。
  13. 如权利要求8所述的条码扫描设备,其特征在于,该处理单元调用并执行该条码扫描控制系统,还执行如下步骤:
    若收到用户通过系统参数自定义物理按键或者系统参数自定义虚拟按键发 出的系统参数自定义指令,则生成并显示条码数据处理模式自定义操作界面,该条码数据处理模式自定义操作界面包括各个条码数据处理模式,及各个条码数据处理模式对应的物理按键映射设置框或者虚拟按键映射设置框,供用户基于各个所述物理按键映射设置框设置对应的模式选择物理按键,或者,供用户基于各个所述虚拟按键映射设置框设置对应的模式选择虚拟按键;
    在用户基于所述条码数据处理模式自定义操作界面,设置完成各个条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据后,保存并启用当前设置的条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据。
  14. 如权利要求8所述的条码扫描设备,其特征在于,该处理单元调用并执行该条码扫描控制系统,还执行如下步骤:
    若收到用户通过系统参数自定义物理按键或者系统参数自定义虚拟按键发出的系统参数自定义指令,则通过所述权限数据输入单元侦测并接收用户输入的权限数据,并将接收的权限数据与预先存储的基准权限数据进行比对验证;
    若验证不通过,则拒绝响应该系统参数自定义指令;
    若验证通过,则生成并显示条码数据处理模式自定义操作界面,该条码数据处理模式自定义操作界面包括各个条码数据处理模式,及各个条码数据处理模式对应的物理按键映射设置框或者虚拟按键映射设置框,供用户基于各个所述物理按键映射设置框设置对应的模式选择物理按键,或者,供用户基于各个所述虚拟按键映射设置框设置对应的模式选择虚拟按键;
    在用户基于所述条码数据处理模式自定义操作界面,设置完成各个条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据后,保存并启用当前设置的条码数据处理模式与模式选择物理按键或者模式选择虚拟按键的映射关系数据。
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