Data Editing#
BarCode ID#
AIM ID#
AIM is the abbreviation of Automatic Identification Manufacturers (Automatic Identification Manufacturers Association). AIM ID defines identification codes for various standard barcodes (users cannot customize AIM ID). For specific definitions, see Appendix C: AIM ID List. The Scan Engine can add this identification code in front of the barcode data after decoding. The format is: “]” + letter “C” + number “0”. For example, the AIM ID of Code 128 is “]C0”. Users can identify different barcode types through AIM ID.
* Disable# |
Enable# |
Code ID#
Users can identify different barcode types through Code ID, which uses one character for identification. For specific definitions, see Appendix B: Code ID List
* Disable# |
Enable# |
Terminator#
To help the host distinguish consecutive scan results, enable the Terminator function. The Scan Engine appends the selected Terminator to the Output Data.
Disable# |
Carriage Return and Line Feed# |
* Enter# |
TAB# |
Enter Enter# |
Prefix#
Prefix Switch#
A Prefix is a user-defined string appended before the Output Data. Scan the “Enable” Parameter Barcode to add it, or the “Disable” Parameter Barcode to remove it.
* Disable# |
Enable# |
Prefix Content Settings#
There are two methods for prefix setting. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
Add the prefix Parameter Barcode content format: >!010800XX. XX is the setting variable, XX is expressed in hexadecimal, two characters are one unit, and any shortage is filled with 0. It can be superimposed arbitrarily, and a maximum of 10-digit data prefix is supported.
For example: If you need to set the prefix character A, check the character comparison table in Appendix E. The hexadecimal value is 41, and the Parameter Barcode content is: >!01080041.
For example: if you need to set the prefix characters A B C, check the character comparison table in Appendix E. The hexadecimal values are 41 42 43, then the Parameter Barcode content is: >!010800414243.
Method two:
Scan the “Prefix Settings” Parameter Barcode
Prefix Settings#
Scan the Numeric Barcodes in pairs.
For example: if you need to set the prefix character A, check the character comparison table in Appendix E. If the hexadecimal value is 41, scan 4 and 1 respectively.
For example: if you need to set the prefix character ABC, check the character comparison table in Appendix E. The hexadecimal value is 414243, then scan 4, 1, 4, 2, 4, 3 respectively.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Suffix#
Suffix Switch#
A Suffix is a user-defined string appended after the Output Data. Scan the “Enable” Parameter Barcode to add it, or the “Disable” Parameter Barcode to remove it.
* Disable# |
Enable# |
Suffix Content Settings#
There are two methods for suffix setting. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
Add the suffix Parameter Barcode content format: >!010801XX. XX is the setting variable, XX is expressed in hexadecimal, two characters are one unit, and any shortage is filled with 0. It can be superimposed arbitrarily, and a maximum of 10 suffixes are supported.
For example: If you need to set the suffix character A, check the character comparison table in Appendix E. The hexadecimal value is 41, and the Parameter Barcode content is: >!01080141.
For example: if you need to set the suffix character ABC, check the character comparison table in Appendix E. The hexadecimal value is 414243, then the Parameter Barcode content is: >!010801414243.
Method two:
Scan the “Suffix Settings” Parameter Barcode
Suffix Settings#
Scan the Numeric Barcodes in pairs.
For example: if you need to set the suffix character A, check the character comparison table in Appendix E. If the hexadecimal value is 41, scan 4 and 1 respectively.
For example: if you need to set the suffix character ABC, check the character comparison table in Appendix E. The hexadecimal value is 414243, then scan 4, 1, 4, 2, 4, 3 respectively.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Add Prefix Based On Barcode Type#
Add Prefix Switch Based On Barcode Type#
A Prefix is a user-defined string appended before the Output Data. Scan the “Enable” Parameter Barcode to add it, or the “Disable” Parameter Barcode to remove it.
* Disable# |
Enable# |
Add Prefix Content Settings Based On Barcode Type#
There are two methods for setting the prefix content. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
Add a prefix according to the barcode type. The content format of the Parameter Barcode is: >!010806XXXX. XXXX is a setting variable. The first two XX represent the barcode type. The relevant hexadecimal value can be found according to Appendix F. The following XX is expressed in hexadecimal. Two characters are one unit. The insufficient ones are filled with 0. They can be superimposed arbitrarily. The maximum support is 10-digit data prefix.
For example: you need to set the Code 128 barcode prefix character A. According to Appendix F, the hexadecimal value of Code 128 is 01. Check the character comparison table in Appendix E. The hexadecimal value of character A is 41, so the Parameter Barcode content is: >!0108060141.
For example: you need to set the Code 128 barcode prefix characters A B C. According to Appendix F, the hexadecimal value of Code 128 is 01. Check the character comparison table in Appendix E. The hexadecimal characters of A B C are 41 42 43 respectively. Then the Parameter Barcode content is: >!01080601414243.
Method two:
Scan the “Prefix Settings” Parameter Barcode
Prefix Settings#
Set the symbology by scanning the Numeric Barcodes in pairs.
For example: you need to set a prefix for Code 128. According to the barcode type in Appendix F, the hexadecimal value of the barcode type of Code 128 is 01, then scan 0 and 1 respectively.
Set the prefix content by scanning the Numeric Barcodes in pairs.
For example: if you need to set the prefix character A, check the character comparison table in Appendix E. The hexadecimal value of character A is 41, so scan 4 and 1 respectively.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Clear Prefix by Barcode Type#
Clear the prefix that has been set. There are two methods to clear the prefix. The first method requires the user to generate a QR code, which is more flexible for more users. The second method can scan the Parameter Barcode in this manual according to the steps.
Method one:
The content format of clear prefix Parameter Barcode according to the barcode type is: >!010808XX. XX is the setting variable, XX indicates the barcode type using hexadecimal, two characters are one unit, and any shortage is filled with 0. The relevant hexadecimal values can be found in Appendix F.
For example: you need to clear the Code 128 barcode prefix. According to Appendix F, the hexadecimal value of Code 128 is 01, then the Parameter Barcode content is: >!01080801.
Method two:
Scan the “Clear Prefix” Parameter Barcode
Clear Prefix#
Clear the symbology by scanning the Numeric Barcodes in pairs.
For example: you need to clear the Code 128 prefix. According to the barcode type in Appendix F, the hexadecimal value of the barcode type of Code 128 is 01, then scan 0 and 1 respectively.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Add Suffix Based On Barcode Type#
Add Suffix Switch According To Barcode Type#
A Suffix is a user-defined string appended after the Output Data. Scan the “Enable” Parameter Barcode to add it, or the “Disable” Parameter Barcode to remove it.
* Disable# |
Enable# |
Add Suffix Content Settings According To Barcode Type#
There are two methods for setting the suffix content. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
Add a suffix according to the barcode type. The content format of the Parameter Barcode is: >!010807XXXX. Among them, XXXX is a setting variable. The first two XX represent the barcode type. The relevant hexadecimal value can be found in Appendix F. The following XX is expressed in hexadecimal. Two characters are one unit. The missing ones are filled with 0. They can be superimposed arbitrarily. The maximum support is 10-digit data suffix.
For example: you need to set the Code 128 barcode suffix character A. According to Appendix F, the hexadecimal value of Code 128 is 01. Check the character comparison table in Appendix E. The hexadecimal value of character A is 41, so the Parameter Barcode content is: >!0108070141.
For example: you need to set the Code 128 barcode suffix characters A B C. According to Appendix F, the hexadecimal value of Code 128 is 01. Check the character comparison table in Appendix E. The hexadecimal characters of A B C are 41 42 43 respectively. Then the Parameter Barcode content is: >!01080701414243.
Method two:
Scan the “Suffix Settings” Parameter Barcode
Suffix Settings#
Set the symbology by scanning the Numeric Barcodes in pairs.
For example: you need to set a suffix for Code 128. According to the barcode type in Appendix F, the hexadecimal value of the barcode type of Code 128 is 01, then scan 0 and 1 respectively.
Set the suffix content by scanning the Numeric Barcodes in pairs.
For example: if you need to set the suffix character A, check the character comparison table in Appendix E. The hexadecimal value of character A is 41, so scan 4 and 1 respectively.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Clear Suffix by Barcode Type#
Clear the suffix that has been set. There are two methods to clear the suffix. The first method requires the user to generate a QR code, which is more flexible for more users. The second method can scan the Parameter Barcode in this manual according to the steps.
Method one:
The content format of clearing the suffix Parameter Barcode according to the barcode type is: >!010809XX. XX is the setting variable, XX indicates the barcode type using hexadecimal, two characters are one unit, and any shortage is filled with 0. The relevant hexadecimal values can be found in Appendix F.
For example: you need to clear the Code 128 barcode suffix. According to Appendix F, the hexadecimal value of Code 128 is 01, then the Parameter Barcode content is: >!01080901.
Method two:
Scan the “Clear Suffix” Parameter Barcode
Clear Suffix#
Clear the symbology by scanning the Numeric Barcodes in pairs.
For example: you need to clear the suffix of Code 128. According to the barcode type in Appendix F, the hexadecimal value of the barcode type of Code 128 is 01, then scan 0 and 1 respectively.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Hide Fixed Characters#
This function can hide strings that the user does not need to output based on needs.
Hide Fixed Character Switch#
* Disable# |
Enable# |
Hide Fixed Character Settings#
There are two methods for hiding fixed character settings. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
Hide fixed character Parameter Barcode content format: >!010802XX. XX is a setting variable, XX is expressed in hexadecimal, two characters are one unit, and any shortage is filled with 0. It can be superimposed arbitrarily, with a maximum of 20 digits.
For example: if you need to set the hidden character A, check the character comparison table in Appendix E. The hexadecimal value is 41, and the Parameter Barcode content is: >!01080241.
For example: if you need to set the hidden character ABC, check the character comparison table in Appendix E. The hexadecimal value is 414243, then the Parameter Barcode content is: >!010802414243.
Method two:
Scan the “Hide Fixed Characters” Parameter Barcode
Hide Fixed Characters#
Scan the Numeric Barcodes in pairs.
For example: if you need to hide character A, check the character comparison table in Appendix E. If the hexadecimal value is 41, scan 4 and 1 respectively.
For example: If you need to hide line breaks, check the character comparison table in Appendix E. If the hexadecimal value is 0A, scan 0 and A respectively.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Keep Barcode Data Based On Length#
This function can retain the data required by the user in the barcode according to needs.
Keep Data Switch#
* Disable# |
Forward Index# |
Reverse Index# |
Note
Forward index (from the front end of the data to the starting position); reverse index (from the back end of the data to the starting position)
Keep Data Starting Position#
There are two methods for initial setting. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
The starting position Parameter Barcode content format is: >!00102AXX. XX is the setting variable, and the decimal range is 1-65535.
For example, to set the start position to 11, use the Parameter Barcode content >!00102A11..
Method two:
Scan the “Start Position” Parameter Barcode
Starting Position#
Scan the “Numeric Barcode”, starting from the number, scan the corresponding Numeric Barcode. For example, for the 11th digit, scan 1,1; for the 100th digit, scan 1,0,0.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Keep Data End Position#
There are two methods to end the settings. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
The content format of the end position Parameter Barcode is: >!00102BXX. XX is the setting variable, and the decimal range is 1-65535.
For example, to set the end position to 50, use the Parameter Barcode content >!00102B50..
Method two:
Scan the “End Position” Parameter Barcode
End Position#
Scan the “Numeric Barcode”, start from the end number, and scan the corresponding Numeric Barcode. For example, for the 50th position, scan 5,0.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Hide Barcode Data Based On Length#
This function can hide the data in the barcode that the user does not need according to the needs.
Hide Barcode Data Switch#
* Disable# |
Forward Index# |
Reverse Index# |
Note
Forward index (from the front end of the data to the starting position); reverse index (from the back end of the data to the starting position)
Hide Starting Position Of Barcode Data#
There are two methods for initial setting. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
The content format of the starting position Parameter Barcode is: >!001027XX. Among them, XX is the setting variable, and the decimal range is 1-65535.
For example, to set the start position to 11, use the Parameter Barcode content >!00102711..
Method two:
Scan the “Start Position” Parameter Barcode
Starting Position#
Scan the “Numeric Barcode”, starting from the number, scan the corresponding Numeric Barcode. For example, for the 11th digit, scan 1,1; for the 100th digit, scan 1,0,0.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Hide Barcode Data End Position#
There are two methods to end the settings. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
The content format of the end position Parameter Barcode is: >!001028XX. XX is the setting variable, and the decimal range is 1-65535.
For example, to set the end position to 50, use the Parameter Barcode content >!00102850..
Method two:
Scan the “End Position” Parameter Barcode
End Position#
Scan the “Numeric Barcode”, start from the end number, and scan the corresponding Numeric Barcode. For example, for the 11th position, scan 1,1;
For the 100th position, scan 1,0,0.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Hide Barcode Data Of Any Length Based On Barcode Type#
This function can hide data that users do not need in the barcode according to the barcode type according to the needs.
Hide Barcode Data Switch Based On Barcode Type#
* Disable# |
Forward Index# |
Reverse Index# |
Note
Forward index (from the front end of the data to the starting position); reverse index (from the back end of the data to the starting position)
Hide Data Starting Position Based On Barcode Type#
There are two methods for initial setting. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
The content format of the starting position of hidden data according to the barcode type is: >!01080AXXXX. Among them, XXXX is a setting variable. The first two XX represent the barcode type. The relevant hexadecimal value can be found according to Appendix F. The following XX is expressed in hexadecimal. Two characters are one unit. The missing ones are filled with 0. The length range is 0x0000-0xFFFF.
For example, to set the hidden-data start position for Code 128 to 11, Appendix F gives the Code 128 hexadecimal value as 01 and the hexadecimal value of 11 as 0B; use the Parameter Barcode content >!01080A010B..
Method two:
Scan the “Barcode Type and Starting Position” Parameter Barcode
Barcode Type And Starting Position#
Set the symbology by scanning the Numeric Barcodes in pairs.
For example: Code 128 needs to be hidden. According to the barcode type in Appendix F, the hexadecimal value of the barcode type of Code 128 is 01, so scan 0 and 1 respectively.
Set the start position by scanning the Numeric Barcodes in pairs.
Position values are entered in hexadecimal. For example, position 11 corresponds to 0B, so scan 0 and B; position 100 corresponds to 64, so scan 6 and 4.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Hide Data End Position Based On Barcode Type#
There are two methods to end the settings. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
The content format of the end position of the hidden data according to the barcode type is: >!01080BXXXX. XXXX is a setting variable. The first two XX represent the barcode type. The relevant hexadecimal value can be found according to Appendix F. The following XX is expressed in hexadecimal. Two characters are one unit. The insufficient ones are filled with 0. The length range is 0x0000-0xFFFF.
For example, to set the hidden-data end position for Code 128 to 100, Appendix F gives the Code 128 hexadecimal value as 01 and the hexadecimal value of 100 as 64; use the Parameter Barcode content >!01080B0164..
Method two:
Scan the “Barcode Type and End Position” Parameter Barcode
Barcode Type And End Position#
Set the symbology by scanning the Numeric Barcodes in pairs.
For example: Code 128 needs to be hidden. According to the barcode type in Appendix F, the hexadecimal value of the barcode type of Code 128 is 01, so scan 0 and 1 respectively.
Set the end position by scanning the Numeric Barcodes in pairs.
Position values are entered in hexadecimal. For example, position 11 corresponds to 0B, so scan 0 and B; position 100 corresponds to 64, so scan 6 and 4.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Hide Any Length of Leading Data by Symbology#
This feature hides any number of unwanted leading characters for the selected symbology.
Hide Leading Data by Symbology#
* Disable# |
Enable# |
Set Leading-data Length by Symbology#
There are two ways to set the length. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
The length format of data of any length hidden at the bottom of the barcode according to the barcode type is: >!01080CXXXX. Among them, XXXX is a setting variable. The first two XX represent the barcode type. The relevant hexadecimal value can be found in Appendix F. The following XX is expressed in hexadecimal. Two characters are one unit, and any shortage is filled with 0. The length range is 0x0000-0xFFFF.
For example, to hide 15 leading characters from Code 128 data, Appendix F gives the Code 128 hexadecimal value as 01 and the hexadecimal value of 15 as 0F; use the Parameter Barcode content >!01080C010F..
Method two:
Scan the “Barcode Type and Length” Parameter Barcode
Barcode Type And Length#
Set the symbology by scanning the Numeric Barcodes in pairs.
For example: Code 128 needs to be hidden. According to the barcode type in Appendix F, the hexadecimal value of the barcode type of Code 128 is 01, so scan 0 and 1 respectively.
Set the length by scanning the Numeric Barcodes in pairs.
Length values are entered in hexadecimal. For example, length 11 corresponds to 0B, so scan 0 and B; length 100 corresponds to 64, so scan 6 and 4.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Hide Any Length of Trailing Data by Symbology#
This feature hides any number of unwanted trailing characters for the selected symbology.
Hide Trailing Data by Symbology#
* Disable# |
Enable# |
Set Trailing-data Length by Symbology#
There are two ways to set the length. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
The length format of hiding any length of data at the end of the barcode according to the barcode type is: >!01080DXXXX. Among them, XXXX is a setting variable. The first two XX represent the barcode type. The relevant hexadecimal value can be found in Appendix F. The following XX is expressed in hexadecimal. Two characters are one unit, and any shortage is filled with 0. The length range is 0x0000-0xFFFF.
For example, to hide 12 trailing characters from Code 128 data, Appendix F gives the Code 128 hexadecimal value as 01 and the hexadecimal value of 12 as 0C; use the Parameter Barcode content >!01080D010C..
Method two:
Scan the “Barcode Type and Length” Parameter Barcode
Barcode Type And Length#
Set the symbology by scanning the Numeric Barcodes in pairs.
For example: Code 128 needs to be hidden. According to the barcode type in Appendix F, the hexadecimal value of the barcode type of Code 128 is 01, so scan 0 and 1 respectively.
Set the length by scanning the Numeric Barcodes in pairs.
Length values are entered in hexadecimal. For example, length 11 corresponds to 0B, so scan 0 and B; length 100 corresponds to 64, so scan 6 and 4.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Insert Custom Data#
This function can insert user-defined data at any position in the barcode data according to requirements.
Insert Custom Data Switch#
* Disable# |
Enable# |
Custom Data#
There are two methods for customizing data. The first method requires the user to generate a QR code, which tends to set up more users and is more flexible to use. The second method can scan the Parameter Barcode in this manual according to the steps.
Method one:
The content format of the custom inserted data Parameter Barcode: :>!010803XX. XX is the setting variable, XX is expressed in hexadecimal, two characters are one unit, and any shortage is filled with 0. It can be superimposed arbitrarily, and a maximum of 20 digits of custom data are supported.
For example: If you need to insert custom data A, check the character comparison table in Appendix E. The hexadecimal value is 41, and the Parameter Barcode content is: >!01080341.
For example: if you need to insert custom data ABC, check the character comparison table in Appendix E. The hexadecimal value is 414243, then the Parameter Barcode content is: >!010803414243.
Method two:
Scan the “custom data” Parameter Barcode
Custom Data#
Scan the Numeric Barcodes in pairs.
For example: If you need to insert custom data A, check the character comparison table in Appendix E. If the hexadecimal value is 41, scan 4 and 1 respectively.
For example: if you need to insert custom data ABC, check the character comparison table in Appendix E. The hexadecimal value is 414243, then scan 4, 1, 4, 2, 4, 3 respectively.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Insertion Position#
There are two methods for setting the insertion position. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
Insert the position Parameter Barcode content format: >!00102EXX. XX is the setting variable, the decimal range is 1-65535.
For example, to set the insertion position to 11, use the Parameter Barcode content >!00102E11..
Method two:
Scan the “Insert Position” Parameter Barcode
Insertion Position#
Scan the “Numeric Barcode”, insert the position, and scan the corresponding Numeric Barcode. For example, for the 11th position, scan 1,1;
For the 100th position, scan 1,0,0.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Data Replacement#
This function can replace the data in the original string with any data according to requirements.
Data Replacement Switch#
* Disable# |
Enable# |
Replaced Data Settings#
There are two methods for setting the replaced data. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
The content format of the replaced data Parameter Barcode is: >!010804XX. XX is the setting variable, and XX is expressed in hexadecimal. Two characters are one unit, and any shortage is filled with 0. It can be superimposed arbitrarily, and the maximum support is 20 digits.
For example: for the replaced data A, check the character comparison table in Appendix E. The hexadecimal value is 41, and the Parameter Barcode content is: >!01080441.
For example: for the replaced data ABC, check the character comparison table in Appendix E. The hexadecimal value is 414243, and the Parameter Barcode content is: >!010804414243.
Method two:
Scan the “replaced data” Parameter Barcode
Data To Be Replaced#
Scan the Numeric Barcodes in pairs.
For example: for the replaced data A, check the character comparison table in Appendix E. If the hexadecimal value is 41, scan 4 and 1 respectively.
For example: if the replaced data is newline, check the character comparison table in Appendix E. If the hexadecimal is 0A, scan 0 and A respectively.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Replace Data Settings#
There are two methods for replacing data settings. Method 1 requires the user to generate a QR code and is more flexible when configuring multiple values. Method 2 uses the Parameter Barcodes in this manual; scan them in the specified sequence.
Method one:
Replacement data Parameter Barcode content format: >!010805XX. XX is the setting variable, XX is expressed in hexadecimal, two characters are one unit, and any shortage is filled with 0. It can be superimposed arbitrarily, and the maximum support is 20 digits.
For example: Data A replaces the original data, check the character comparison table in Appendix E, the hexadecimal value is 41, then the Parameter Barcode content is: >!01080541.
For example: data ABC replaces the original data, check the character comparison table in Appendix E, the hexadecimal value is 414243, then the Parameter Barcode content is: >!010805414243.
Method two:
Scan the “Replace Data” Parameter Barcode
Replace Data#
Scan the Numeric Barcodes in pairs.
For example: Data A replaces the original data. Check the character comparison table in Appendix E. If the hexadecimal value is 41, scan 4 and 1 respectively.
For example: To replace the original data with newline data, check the character comparison table in Appendix E. If the hexadecimal is 0A, scan 0 and A respectively.
Scan the “OK” Parameter Barcode to complete the setup.
Sure#
Line Feed And Carriage Return#
Line feed (\n) and carriage return line feed (\r\n) are both converted to carriage return (\r).
* Disable# |
Enable# |
URL Switch#
To prevent barcodes with URL information from being mistakenly scanned when scanning product barcodes, or in some other special applications, this function can disable the recognition of barcodes with URL information as needed.
* Enable URL Code# |
Disable URL Codes# |
Invoicing Function#
In order to use this module normally in the invoicing system, users can convert and output the invoice code format by scanning the following Parameter Barcode.
Note
This function supports Alipay QR code invoicing, but does not support WeChat QR code invoicing.
Invoicing Function Switch#
* Disable# |
Enable# |
Invoice type#
* Special Ticket# |
Popular Vote# |
GS1 Rules Enabled#
Enable GS1 rules and enclose AI segments in parentheses.
* Disable# |
Enable# |