TWI724446B - Data conversion and transmission system and method - Google Patents

Abstract

A data conversion and transmission system and method. The data conversion and transmission method includes the following steps: a barcode display step for a data providing device to display multiple barcodes corresponding to a file data to a data receiving device; and a decoding and recombination step to enable the data to be received The device reads the bar codes, decodes each bar code to obtain a corresponding data part, and reconstructs the decoded data part into the file data. Through the data providing device, the file data is processed into multiple bar codes, and the data receiving device can decode the bar codes and reorganize the data parts to form the functional design of the file data. When the devices have no communication with each other, the file data is transmitted through the data conversion transmission method.

Description

Data conversion and transmission system and method

The present invention relates to a data processing system and method, in particular to a data format conversion and transmission system and method.

The current method of data transmission between two electronic devices is nothing more than to connect the two electronic devices with signals, such as wireless communication technologies such as Bluetooth, wifi, and mobile communication networks, or directly connected by signal lines, so once When wireless communication and wired communication are not possible or inconvenient between these electronic devices, data transmission cannot be carried out. Therefore, how to perform data transmission without the need for two electronic devices to communicate with each other still remains to be resolved.

Therefore, the purpose of the present invention is to provide a data conversion and transmission system that can improve at least one of the disadvantages of the prior art.

Therefore, the data conversion transmission system of the present invention is suitable for the transmission of a file data. The data conversion and transmission system includes a data providing device and a data receiving device. The data providing device includes a display module and a data conversion and transmission module. The data conversion and transmission module includes a transmission control unit that can control the display module to display multiple bar codes corresponding to the file data. The data receiving device includes a barcode reading module that can be used to read each barcode displayed by the display module, and a decoding and recombining module. The decoding and recombination module includes a decoding unit that can decode each barcode read by the barcode reading module to obtain the corresponding data part, and a decoding unit that can recombine the data parts obtained by the decoding unit to form the The data reorganization unit of the file data.

Therefore, the data conversion and transmission system of the present invention is suitable for implementation in a data providing device and a data receiving device through electronic circuits, firmware and/or software programs, and can be used to control the data providing device to send a file data to the data receiving device . The data providing device has a display module, and the data receiving device has a barcode reading module that can read barcodes. The data conversion and transmission system includes a data conversion and transmission module and a decoding and recombination module. The data conversion transmission module includes a transmission control unit for controlling the display module of the data providing device to display a plurality of bar codes corresponding to the file data. The decoding and recombining module includes a decoding unit that can decode each barcode read by the barcode reading module of the data receiving device to obtain a data part, and a decoding unit that can obtain the data parts Reorganize to form the data reorganization unit of the file data.

Another object of the present invention is to provide a data conversion transmission module that can improve at least one of the disadvantages of the prior art.

Therefore, the data conversion transmission module of the present invention is suitable for being implemented in a data providing device through electronic circuits, firmware and/or software programs, and can control the data providing device to send a file data to a data receiving device without signal connection . The data conversion and transmission module includes a data segmentation unit, a bar code generation unit, and a transmission control unit. The data dividing unit can be used to divide the file data into multiple data parts. The barcode generating unit can be used to convert each data part into a one-dimensional or two-dimensional barcode to obtain a plurality of barcodes corresponding to the data parts. The transmission control unit can control the data providing device to display the barcodes on the data receiving device.

Another object of the present invention is to provide a data conversion and transmission method that can improve at least one of the disadvantages of the prior art.

Therefore, the data conversion and transmission method of the present invention is suitable for the transmission of a file data, and includes the following steps: a bar code display step, enabling a data providing device to display multiple bar codes corresponding to a file data to a data receiving device; and decoding and reorganizing The step is to make the data receiving device read the bar codes, decode each bar code to obtain a corresponding data part, and recombine the decoded data parts into the file data.

Therefore, the data conversion and transmission method of the present invention is suitable for the transmission of a file data, and includes the following steps: a data segmentation step, a data providing device divides the file data into a plurality of sequentially arranged data parts; a data conversion step , Make the data providing device convert each data part into a one-dimensional or two-dimensional bar code to obtain a plurality of barcodes corresponding to the data parts; and the data display step makes the data providing device The barcodes are displayed for a data receiving device to read and decode to reorganize the data.

The effect of the present invention is that the function design of the data conversion and transmission module of the data providing device and the decoding and recombination module of the data receiving device can be used when the data providing device and the data receiving device have no communication with each other. Next, through the data conversion and transmission method, the two devices are used to transmit the file data.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same numbers.

Referring to FIGS. 1 and 3, the embodiment of the data conversion transmission system of the present invention includes a data providing device 3 and a data receiving device 4 that can transmit a file 900 when communication is not possible.

The data providing device 3 can be a mobile phone, a tablet computer, a notebook computer or other electronic equipment with image display function. The data providing device 3 includes a display module 31 and a data conversion and transmission module 32 for controlling the display module 31 to display images and in the form of electronic circuits, firmware and/or software programs. The data conversion and transmission module 32 includes a data segmentation unit 321, a barcode generation unit 322, and a transmission control unit 323.

With reference to FIG. 6, the data dividing unit 321 is operable to divide the file data 900 into a plurality of data parts 901. During implementation, the data amount of the data parts 901 can be the same or different.

The barcode generating unit 322 can convert each data part 901 into a one-dimensional or two-dimensional barcode 902 according to the barcode conversion procedure of the preset barcode specification, and obtain a plurality of data parts 901 respectively. The corresponding barcode 902. The one-dimensional barcode 902 is, for example, but not limited to, a Code 128 barcode, and the two-dimensional barcode 902 is, for example, but not limited to, PDF417 barcode, GS1 Data Matrix, GS1 QR code, Han Xin code, and color barcode.

The transmission control unit 323 has a built-in predetermined arrangement rule. According to the predetermined arrangement rule, the arrangement sequence of the barcodes 902 will be rearranged to obtain a barcode group, and the display module 31 will be driven at a certain time interval or indefinite. The bar codes 902 of the bar code group are sequentially displayed in the time interval. The time interval is, for example, but not limited to 0.1 second or 0.5 second.

Referring to FIGS. 1, 2 and 4, the data receiving device 4 includes a casing 40, and a sensing module 41, a barcode reading module 42 and a decoding and recombining module 43 installed in the casing 40.

The casing 40 has a groove 401 with an opening facing upwards and covered by a piece of transparent glass 402, which can be used for stacking and positioning the data providing device 3 on the top side thereof.

The sensing module 41 is embedded and exposed on the outer surface of the casing 40, and can be used to sense whether the data providing device 3 has been placed on the casing 40, and will sense that the data providing device 3 has been placed When positioning, the barcode reading module 42 and the decoding and recombining module 43 are triggered to start.

In this embodiment, the sensing module 41 is a light sensor, which senses whether the data providing device 3 is placed or positioned through whether it is shielded. However, in implementation, in other embodiments of the present invention, the The sensing module 41 can also be changed to a light-reflective sensor that senses the detection light reflected by the data providing device 3, or a light-blocking sensor that can block the detection light by the data providing device 3. A sensor, or a microswitch that can be placed and positioned against the data providing device 3, because there are many ways to detect whether the data providing device 3 is placed in a specific position of the casing 40, therefore, the above-mentioned sensing is not used in implementation. The measurement type is limited.

The barcode reading module 42 is installed in the groove 401 and can be triggered to read each barcode 902 displayed by the data providing device 3 upwards through infrared scanning or image capturing.

In this embodiment, the casing 40 is designed to allow the data providing device 3 to be placed and positioned with the display module 31 facing downwards, and the barcode reading module 42 can read the data facing upwards The barcode 902 displayed by the device 3 is provided, but when implemented, in another embodiment of the present invention, the casing 40 can also be designed for the display module 31 of the data providing device 3 to be placed upward The barcode reading module 42 is designed to read the barcode 902 displayed by the data providing device 3 downward. Since the casing 40 cooperates with the barcode reading module 42 to read the barcodes 902 displayed by the data providing device 3, there are many structural types, so the implementation is not limited to the above-mentioned structural types.

The decoding and recombination module 43 is signally connected to the barcode reading module 42 and can be activated by the sensing module 41. The decoding and recombination module 43 includes a decoding unit 431 and a data recombination unit 432.

The decoding unit 431 can decode and restore each barcode 902 read by the barcode reading module 42 into a corresponding data portion 901 according to the barcode specification decoding program preset by the barcode generating unit 322 of the data providing device 3 . The data reorganization unit 432 also presets the predetermined arrangement rule, and according to the predetermined arrangement rule, rearranges the arrangement order of the data parts 901 decoded by the decoding unit 431, and restores the data parts 901 to the correct arrangement order. , And reorganize the data parts 901 that have been restored to the correct arrangement order to form the file data 900.

When the data conversion and transmission system of the present invention is used, after the user 700 selects the file data 900 to be transmitted by operating the data providing device 3, he can operate the data conversion and transmission module 32 and then place the data providing device 3 in At a specific position of the data receiving device 4, by touching the sensing module 41, the barcode reading module 42 and the decoding and recombining module 43 of the data receiving device 4 can be triggered to start the file data 900 transfer jobs.

Referring to FIGS. 3, 5, and 6, the data conversion and transmission method used by the data conversion and transmission system of the present invention for the transmission of the file data 900 includes the following steps:

Data segmentation step 81. The data conversion transmission module 32 of the data providing device 3 divides a file data 900 to be transmitted into a plurality of data parts 901 arranged in sequence.

Barcode conversion step 82. The data conversion and transmission module 32 of the data providing device 3 converts each data part 901 into a barcode 902 according to a predetermined barcode specification to obtain a plurality of barcodes 902.

Bar code display step 83. Make the data conversion transmission module 32 of the data providing device 3 rearrange the sequence of the barcode 902 according to the predetermined arrangement rule to obtain the barcode group, and control the display module 31 to sequentially display the barcode group的 These bar codes 902.

Referring to FIGS. 1, 2, and 4, at this time, the user 700 can place the data providing device 3 at a specific position of the data receiving device 4 so that the display module 31 faces the barcode reading module 42. During implementation, in order to ensure that the barcode reading module 42 can correctly read all barcodes 902, the display module 31 will be controlled to repeatedly display the barcodes 902 of the barcode group twice, but during implementation, it can also be displayed only once .

Referring to Figures 3, 4, 5, and 6, decoding and recombination step 84. After the sensing module 41 of the data receiving device 4 senses that the data providing device 3 has been positioned on the casing 40, it triggers the activation of the barcode reading module 42 and the decoding and recombination module 43. The decoding and recombination step includes the following sub-steps: a decoding sub-step 941 and a recombination sub-step 942. In the decoding sub-step 941, the barcode reading module 42 will start to read each barcode 902 displayed by the display module 31, and the decoding and recombination module 43 will read each barcode read by the barcode reading module 42 The barcode 902 is decoded to restore the corresponding data portion 901. In the reorganization sub-step 842, the decoding and reorganization module 43 rearranges the data parts 901 in reverse order according to the predetermined arrangement rule, and reorganizes the data parts 901 to restore the file data 900.

Through the data providing device 3, a file data 900 can be divided into a plurality of data parts 901, and then the data parts 901 can be converted into a plurality of barcodes 902, and the barcodes 902 can be displayed for the data receiving device 4 to read and receive. , Make the data receiving device 4 decode the bar codes 902 to obtain the data parts 901, and reorganize the data parts 901 to restore the file data 900 to the data conversion transmission method design, which can be used in the data providing device 3 and The data receiving device 4 transmits the file data 900 without the need for signal connection and communication with each other.

Referring to FIGS. 3, 4, 6, and 7, in this embodiment, the data conversion and transmission module 32 of the data providing device 3 rearranges the barcodes 902 through the transmission control unit 323 according to the predetermined arrangement rule to form the The barcode group, and the decoding and reorganization module 43 of the data receiving device 4 rearranges the data parts 901 obtained by decoding according to the predetermined arrangement rule and then reorganizes to obtain the file data 900.

However, when implemented, in another embodiment of the present invention, the transmission control unit 323 of the data conversion transmission module 32 can be changed to directly integrate the barcodes 902 generated by the barcode generation unit 322 into A barcode group, and then, according to a predetermined display order rule different from the arrangement sequence, the display module 31 is controlled to sequentially display the barcodes 902 of the barcode group. At the same time, the decoding and reorganization module 43 rearranges the data parts 901 obtained by decoding according to the predetermined display order rule, and then reassembles the data parts 901 into the file data 900.

Referring to FIGS. 3, 4, 6, and 8, in yet another embodiment of the present invention, the transmission control unit 323 and the data reorganization unit 432 do not arrange the barcodes 902 and arrange the reorganization according to the predetermined arrangement rule The data part 901 is necessary, and it is not necessary to display the barcode 902 and arrange and reorganize the data part 901 according to the predetermined display order rule. In implementation, the barcode generating unit 322 of the data conversion and transmission module 32 can be designed to generate barcodes 902 of multiple barcode specifications. Each barcode specification has a specification parameter. The barcode generating unit 322 has a built-in barcode with multiple specifications. The barcode conversion rule constituted by the parameter arrangement allows the barcode generating unit 322 to convert the data part 901 into a plurality of barcodes 902 of corresponding barcode specifications with the same specification parameter arrangement sequence according to the order of the specification parameters of the barcode conversion rule The transmission control unit 323 aggregates the barcodes 902 generated by the barcode generation unit 322 to form the barcode group, and controls the display module 31 to sequentially display the barcodes 902 of the barcode group. The decoding unit 431 of the decoding and recombination module 43 decodes the corresponding barcode 902 read by the barcode reading module 42 according to the order of the specifications and parameters of the barcode conversion rule, and decodes the corresponding barcode 902 read by the barcode reading module 42 with the decoding program corresponding to the barcode specification. Corresponding to the data part 901, the data reorganization unit 432 then reorganizes the data parts 901 into the file data 900 to complete the file data 900 transmission.

With the above-mentioned two data conversion and transmission method designs, the data providing device 3 and the data receiving device 4 can also be used to transmit the file data 900 without communicating with each other.

In addition, it must be particularly noted that in the above embodiment, the data providing device 3 is driven to display the barcode 902 one by one for the data receiving module 4 to read. However, when implemented, in other implementation aspects of the present invention In this case, the data providing device 3 can also display two or more barcodes 902 in sequence for reading.

In summary, through the functional design of the data conversion and transmission module 32 of the data providing device 3 and the decoding and recombination module 43 of the data receiving device 4, the data providing device can be enabled by the data conversion and transmission method. 3 and the data receiving device 4 complete the transmission of the file data 900 without communicating with each other. And it can further cooperate with the design of the predetermined arrangement rule, the predetermined display order rule, and the bar code conversion rule to produce an encryption effect for the bar codes 902 of the bar code group, so that even if the bar codes 902 are obtained by others, they cannot be reorganized and obtained correctly. The content of the file data 900 can further improve the data transmission security of the data conversion and transmission system. It is a very innovative data conversion and transmission system and method design. Therefore, the purpose of the invention can indeed be achieved.

However, the above are only examples of the present invention. When the scope of implementation of the present invention cannot be limited by this, all simple equivalent changes and modifications made in accordance with the scope of the patent application of the present invention and the content of the patent specification still belong to Within the scope covered by the patent of the present invention.

3·········Data Providing Device 31······Display Module 32······ Data Conversion and Transmission Module 321·····Data Segmentation Unit 322····· Barcode Generating Unit 323····· Transmission Control Unit 4········Data receiving device 40······Chassis 401····· Groove 402····· Transparent glass 41······ Sensing Module 42······ Barcode Reading Module 43······ Decoding Recombination Module 431····· Decoding Unit 432····· Data Reorganization Unit 700·····Users 81~84·· Step 841, 842, sub-steps 900····· File Information 901·····Information section 902····· Barcode

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: Figure 1 is a perspective view of an embodiment of the data conversion and transmission system of the present invention; Figure 2 is a perspective view of a data providing device of the embodiment stacked on a data receiving device; Figure 3 is a functional block diagram of the data providing device of the embodiment; Figure 4 is a functional block diagram of the data receiving device of the embodiment; Figure 5 is a flow chart of the steps of a data conversion and transmission method of this embodiment; Figure 6 is a schematic diagram of the process of generating and displaying barcodes by the data conversion and transmission method; Fig. 7 is a view similar to Fig. 6 illustrating another way of generating and displaying barcodes according to this embodiment; and Fig. 8 is a view similar to Fig. 6 illustrating another way of generating and displaying a bar code in this embodiment.

81······Data segmentation steps 82······ Barcode conversion steps 83······Barcode display steps 84······ Decoding and Reorganization Steps 841····· Decoding sub-step 842····· Reorganization sub-step

Claims (30)

A data conversion transmission system is suitable for the transmission of a file data, and includes: a data providing device, including a display module, and a data conversion transmission module, the data conversion transmission module includes a transmission control unit, the The transmission control unit arranges multiple bar codes corresponding to the file data according to a predetermined arrangement rule to form a bar code group, and controls the display module to sequentially display the bar codes of the bar code group; and a data receiving device, It includes a barcode reading module that can read every barcode displayed by the display module, and a decoding and recombination module, the decoding and recombination module includes a barcode reading module that can read every barcode Decoding is performed to obtain a decoding unit corresponding to the data part, and a data reorganization unit that rearranges and reorganizes the data parts obtained by the decoding unit according to the predetermined arrangement rule to form the file data. The data conversion and transmission system according to claim 1, wherein the data providing device further includes a data dividing unit for dividing the file data into a plurality of data parts, and a data dividing unit for converting each data part into one One-dimensional or two-dimensional bar codes are used to obtain bar code generating units of the bar codes. The data conversion transmission system according to claim 2, wherein the barcode generation unit has built-in specifications of multiple barcode specifications, and has a barcode conversion rule composed of a variety of specification parameter arrangements, and the barcode generation unit will follow the barcode The sequence of the specification parameters of the conversion rule is to convert the data part into the corresponding bar code rule with the same specification parameter sequence Bar code, the transmission control unit will aggregate the bar codes generated by the bar code generation unit to form a bar code group, and control the display module to sequentially display the bar codes of the bar code group, and the decoding unit will follow The order of the specification parameters of the barcode conversion rule is to decode the corresponding barcode read by the barcode reading module by the decoding procedure of the corresponding barcode specification to obtain the corresponding data part. A data conversion transmission system is suitable for the transmission of a file data, and includes: a data providing device, including a display module, and a data conversion transmission module, the data conversion transmission module includes a transmission control unit, the The transmission control unit will aggregate multiple barcodes corresponding to the file data to form a barcode group, and will control the display module to sequentially display the barcodes of the barcode group according to a predetermined display order rule; and a data receiving device , Including a bar code reading module that can read each bar code displayed by the display module, and a decoding and recombining module, the decoding recombination module includes a bar code reading module that can read each The barcode is decoded to obtain a decoding unit corresponding to the data part, and a data reorganization unit that rearranges and reorganizes the data parts obtained by the decoding unit according to the predetermined display order rule to form the file data. The data conversion and transmission system according to claim 4, wherein the data providing device further includes a data dividing unit for dividing the file data into a plurality of data parts, and a data dividing unit for converting each data part into one One-dimensional or two-dimensional barcodes to obtain the barcode generation of these barcodes unit. The data conversion transmission system according to claim 5, wherein the barcode generation unit has built-in specifications of multiple barcode specifications, and has a barcode conversion rule composed of a variety of specification parameter arrangements, and the barcode generation unit will follow the barcode The sequence of the specification parameters of the conversion rule is to convert the data parts into corresponding barcode specifications with the same specification parameter sequence sequence. The transmission control unit will integrate the barcodes generated by the barcode generation unit to form a barcode Group, and will control the display module to sequentially display the barcodes of the barcode group. The decoding unit will arrange the barcode according to the order of the specification parameters of the barcode conversion rule, and use the barcode corresponding to the barcode specification to decode the barcode. The corresponding barcode read by the reading module is decoded to obtain the corresponding data part. A data conversion and transmission system is suitable for implementation in a data providing device and a data receiving device through electronic circuits, firmware and/or software programs, and can be used to control the data providing device to send a file data to the data receiving device. The data The providing device has a display module, the data receiving device has a barcode reading module that can read barcodes, the data conversion transmission system includes: a data conversion transmission module, including a transmission control unit, the transmission control unit will Arrange multiple barcodes corresponding to the file data according to a predetermined arrangement rule to form a barcode group, and control the display module to sequentially display the barcodes of the barcode group; and a decoding and recombination module, including a barcode group Each barcode read by the barcode reading module of the data receiving device is decoded to obtain a data The decoding unit of the data part, and a data reorganization unit that rearranges and reorganizes the data parts obtained by the decoding unit according to the predetermined arrangement rule to form the file data. The data conversion and transmission system according to claim 7, wherein the data conversion and transmission module further includes a data dividing unit for dividing the file data into a plurality of data parts, and a data dividing unit for converting each data part A one-dimensional or two-dimensional bar code is formed to obtain the bar code generating unit of the bar code. The data conversion transmission system according to claim 8, wherein the barcode generation unit has built-in specifications of multiple barcode specifications, and has a barcode conversion rule composed of a variety of specification parameter arrangements, and the barcode generation unit will follow the barcode The sequence of the specification parameters of the conversion rule is to convert the data parts into corresponding barcode specifications with the same specification parameter sequence sequence. The transmission control unit will integrate the barcodes generated by the barcode generation unit to form a barcode Group, and will control the display module to sequentially display the barcodes of the barcode group. The decoding unit will arrange the barcode according to the order of the specification parameters of the barcode conversion rule, and use the barcode corresponding to the barcode specification to decode the barcode. The corresponding barcode read by the reading module is decoded to obtain the corresponding data part. A data conversion and transmission system is suitable for implementation in a data providing device and a data receiving device through electronic circuits, firmware and/or software programs, and can be used to control the data providing device to send a file data to the data receiving device. The data The providing device has a display module, the data receiving device has a barcode reading module that can read barcodes, and the data transfer The conversion transmission system includes: a data conversion transmission module, including a transmission control unit, the transmission control unit will aggregate multiple barcodes corresponding to the file data to form a barcode group, and will control the display according to a predetermined display order rule The module sequentially displays the bar codes of the bar code group; and a decoding and recombination module, including a bar code that can decode each bar code read by the bar code reading module of the data receiving device to obtain a data part A decoding unit, and a data reorganization unit that rearranges and reorganizes the data parts obtained by the decoding unit according to the predetermined display order rule to form the file data. The data conversion and transmission system according to claim 10, wherein the data conversion and transmission module further includes a data dividing unit for dividing the file data into a plurality of data parts, and a data dividing unit for converting each data part A one-dimensional or two-dimensional bar code is formed to obtain the bar code generating unit of the bar code. The data conversion transmission system according to claim 11, wherein the barcode generation unit has built-in specifications of multiple barcode specifications, and has a barcode conversion rule composed of a variety of specification parameter arrangements, and the barcode generation unit will follow the barcode The sequence of the specification parameters of the conversion rule is to convert the data parts into corresponding barcode specifications with the same specification parameter sequence sequence. The transmission control unit will integrate the barcodes generated by the barcode generation unit to form a barcode Group, and will control the display module to display the barcodes of the barcode group in sequence, and the decoding unit will arrange the order of the specifications according to the barcode conversion rule to solve the corresponding barcode specifications The code program decodes the corresponding barcode read by the barcode reading module to obtain the corresponding data part. A data conversion and transmission module, suitable for implementation in a data providing device through electronic circuits, firmware and/or software programs, which can control the data providing device to send a file data to a data receiving device without a signal connection. The conversion transmission module includes: a data dividing unit for dividing the file data into multiple data parts; a bar code generating unit for converting each data part into a one-dimensional or two-dimensional bar code To obtain a plurality of barcodes corresponding to the data parts; and a transmission control unit, which arranges the barcodes generated by the barcode generating unit according to a predetermined arrangement rule to form a barcode group, and controls the data providing device Display the barcodes of the barcode group in sequence. The data conversion transmission module according to claim 13, wherein the barcode generation unit has built-in specification parameters of multiple barcode specifications, and has a barcode conversion rule composed of multiple specification parameter arrangements, and the barcode generation unit will The sequence of the specification parameters of the barcode conversion rule is to convert the data parts into corresponding barcode specifications with the same specification parameter sequence sequence. The transmission control unit will aggregate the barcodes generated by the barcode generation unit to form one The bar code group, and will control the data providing device to display the bar codes of the bar code group in sequence. A data conversion and transmission module, suitable for being implemented in a data providing device through electronic circuits, firmware and/or software programs, and capable of controlling the data providing The device sends a file data to a data receiving device without signal connection. The data conversion and transmission module includes: a data dividing unit for dividing the file data into multiple data parts; a bar code generating unit for dividing Each data part is converted into a one-dimensional or two-dimensional barcode to obtain a plurality of barcodes corresponding to the data parts; and a transmission control unit will integrate the barcodes generated by the barcode generating unit to A bar code group is formed, and the data providing device is controlled to sequentially display the bar codes of the bar code group according to a predetermined display order rule. The data conversion transmission module according to claim 15, wherein the barcode generation unit has built-in specification parameters of multiple barcode specifications, and has a barcode conversion rule composed of multiple specification parameter arrangements, and the barcode generation unit will The sequence of the specification parameters of the barcode conversion rule is to convert the data parts into corresponding barcode specifications with the same specification parameter sequence sequence. The transmission control unit will aggregate the barcodes generated by the barcode generation unit to form one The bar code group, and will control the data providing device to display the bar codes of the bar code group in sequence. A data conversion transmission method is suitable for the transmission of a file data, and includes the following steps: a bar code display step, a data providing device arranges multiple bar codes corresponding to the file data according to a predetermined arrangement rule to form a bar code group, And sequentially display the barcodes of the barcode group to a data receiving device; and The decoding and reorganization step enables the data receiving device to read the barcodes, decode each barcode to obtain a corresponding data part, and make the data receiving device rearrange and reorganize the decoded data parts according to the predetermined arrangement rule To form the file information. The data conversion and transmission method according to claim 17, which further includes the following steps before the barcode display step: a data segmentation step, which causes the data providing device to segment the file data into a plurality of sequentially arranged data parts; And the data conversion step enables the data providing device to convert each data part into a one-dimensional or two-dimensional bar code to obtain the bar codes. The data conversion and transmission method according to claim 18, wherein the data conversion step is to enable the data providing device to convert and process the data parts into the barcodes of a plurality of different barcode specifications. The data conversion and transmission method according to claim 19, wherein each barcode specification has a corresponding specification parameter, and the data conversion step is to make the data providing device according to a barcode conversion rule composed of multiple specification parameter arrangements. The barcode display step is to make the data providing device integrate the barcodes to create the barcode group, and convert the data parts into barcodes of corresponding barcode specifications with the same specification parameter arrangement sequence, and the barcode display step is to make the data providing device aggregate the barcodes to create the barcode group, and The barcodes of the barcode group will be displayed in sequence, and the decoding and recombination step is to make the data receiving device arrange the order according to the specifications of the barcode conversion rule, and use the decoding process of the corresponding barcode specification to read the corresponding barcode Decode to get the corresponding data part. A data conversion and transmission method, suitable for the transmission of a file It includes the following steps: bar code display step, which enables a data providing device to compile multiple bar codes corresponding to the file data to create a bar code group, and make the data providing device to a data receiving device according to a predetermined display order rule Display the barcodes of the barcode group in sequence; and the decoding and recombination step enables the data receiving device to read the barcodes, decode each barcode to obtain a corresponding data part, and make the data receiving device display according to the predetermined The sequence rules rearrange and reorganize these data parts to form the file data. The data conversion and transmission method described in claim 21 further includes the following steps before the bar code display step: a data division step, which causes the data providing device to divide the file data into a plurality of sequentially arranged data parts; and data The conversion step enables the data providing device to convert each data part into a one-dimensional or two-dimensional bar code to obtain the bar codes. The data conversion and transmission method according to claim 22, wherein the data conversion step is to enable the data providing device to convert the data parts into the barcodes of a plurality of different barcode specifications. The data conversion and transmission method according to claim 23, wherein each barcode specification has a corresponding specification parameter, and the data conversion step is to make the data providing device according to a barcode conversion rule composed of multiple specification parameter arrangements. The barcode display step is to make the data providing device integrate the barcodes to create the barcode group, and convert the data parts into barcodes of corresponding barcode specifications with the same specification parameter arrangement sequence, and the barcode display step is to make the data providing device aggregate the barcodes to create the barcode group, and The barcodes of the barcode group will be displayed in sequence, The decoding and recombination step enables the data receiving device to decode the corresponding barcode read by the decoding program of the corresponding barcode specification according to the sequence of the specification parameters of the barcode conversion rule to obtain the corresponding data part. A data conversion and transmission method is suitable for the transmission of a file data, and includes the following steps: a data dividing step, a data providing device divides the file data into a plurality of sequentially arranged data parts; a data conversion step makes the The data providing device converts each data part into a one-dimensional or two-dimensional barcode to obtain a plurality of barcodes corresponding to the data parts; and the barcode display step enables the data providing device to perform a predetermined The arrangement rules arrange the bar codes to form a bar code group, and the data providing device sequentially displays the bar codes of the bar code group for a data receiving device to read, decode and reorganize the data. The data conversion and transmission method according to claim 25, wherein the data conversion step is to enable the data providing device to convert the data parts into the barcodes of a plurality of different barcode specifications. The data conversion and transmission method according to claim 26, wherein each barcode specification has a corresponding specification parameter, and the data conversion step is to make the data providing device according to a barcode conversion rule composed of multiple specification parameter arrangements. The order of the specification parameters is converted, and the data part is converted into barcodes with the corresponding barcode specifications in the order of the same specification parameters. A method of data conversion and transmission, which is suitable for the transmission of a file and includes the following steps: The data segmentation step enables a data providing device to divide the file data into a plurality of sequentially arranged data parts; the data conversion step enables the data providing device to convert each data part into a one-dimensional or two-dimensional type Barcodes, and obtain a plurality of barcodes corresponding to the data parts; and the barcode display step is to make the data providing device aggregate the barcodes to create a barcode group, and make the data providing device follow a predetermined display order rule The barcodes of the barcode group are sequentially displayed for a data receiving device to read, decode and reorganize the data. The data conversion and transmission method according to claim 28, wherein the data conversion step is to enable the data providing device to convert the data parts into the barcodes of a plurality of different barcode specifications. The data conversion and transmission method according to claim 29, wherein each barcode specification has a corresponding specification parameter, and the data conversion step is to make the data providing device according to a barcode conversion rule composed of a plurality of specification parameter arrangements. The order of the specification parameters is converted, and the data part is converted into barcodes with the corresponding barcode specifications in the order of the same specification parameters.

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