WO2019109705A1

WO2019109705A1 - Remotely edited card printing system

Info

Publication number: WO2019109705A1
Application number: PCT/CN2018/106391
Authority: WO
Inventors: 陈义明
Original assignee: 陈义明
Priority date: 2017-12-07
Filing date: 2018-09-19
Publication date: 2019-06-13
Also published as: CN109902769A

Abstract

Provided is a remotely edited card printing system, comprising one card printer, which is a printer mainly used for printing cards with a specific size. The card printer comprises one translator used for translating an upstream instruction into a printing instruction to print the required pattern or text on a card; one transceiver used for connecting a next-stage electronic information apparatus or cloud apparatus; one layout editor installed in the electronic information apparatus or the cloud apparatus; and one mobile phone end application program (APP), which is built in one mobile phone, wherein the function thereof is enabling a user to issue a layout editing instruction and a relevant printing instruction required to edit the card by means of the mobile phone, and the instructions are transmitted to the layout editor of the electronic information apparatus or the cloud apparatus, and then same are transmitted to the card printer by means of the electronic information apparatus or the cloud apparatus, and then the translator of the card printer translates the instructions into the printing instruction.

Description

\¥0 2019/109705 卩(:17 \2018/106391

A remote editing printing card system

[0001] The present invention relates to a card printing system, and more particularly to a card printing system for remote editing.

Background technique

[0002] As shown in FIG. 1, a card printer 10' in a prior art card system is mainly a printer for printing a card of a specific size. The card is a business card or a financial card or an electronic card, which has a specific format. The card printer 10' includes a translator 11' that translates upstream instructions into printed instructions so that the desired pattern or text is printed on the card by the printing mechanism 13' of the card printer 10' itself. The card printer 10' also includes a transceiver 12' that can be coupled to the electronic information device 100' of the next stage. The electronic information device 100' is, for example, a computer or a notebook computer. And a layout editor 20' is loaded in the electronic information device 100'. The layout editor 20' can be operated by an output input 102' built into the electronic information device 100'. The layout editor 20' allows the user to edit the layout of the desired printed card through the output input 102' of the electronic information device 100' to form a layout edit command and issue the associated print command.

[0003] These layout editing commands and print commands are transmitted to the card printer 10' via the existing transceiver 101' of the electronic information device 100'. The transceiver 12' of the card printer 10' then receives these instructions and transmits it to the translator 11' of the card printer 10' to translate the command into a printed command, thereby printing the desired pattern on the card. Or text, etc., and it is also possible to print out the required number of sheets according to the print instruction.

Summary of invention

technical problem

[0004] The above-mentioned prior art structure, the user must operate at a desktop computer having a fixed position, or must carry a notebook computer, but the notebook computer has a certain volume, and generally the network link of the notebook computer is limited, often You must be connected through an existing network.

[0005] Now that the mobile phone is already in a state of being hand-held, and through the mobile phone's eight?? Already a fairly large number of functions can be done. Therefore, the inventor hopes to achieve this function through a mobile phone, and solves the above-mentioned prior art. \¥0 2019/109705 卩(:17 \2018/106391 problem.

The present invention therefore contemplates a new remotely edited printing card system to address the above-discussed deficiencies of the prior art.

Problem solution

Technical solution

[0007] Therefore, the object of the present invention is to solve the above problems in the prior art. The present invention provides a remote editing printing card system, which converts a layout editing command and a printing instruction originally edited by an electronic information device to a mobile phone. The end is edited by the mobile app and then forwarded to the card printer for printing. So users can edit at any time on the remote application phone, without having to be limited to the location of the desktop computer, or they must carry a bulky laptop. Because the phone is light and short, and has a wireless transmission function, the overall operation is quite convenient. Users can edit jobs anytime, anywhere, regardless of time and space. The present invention can also transfer these layout editing commands and print commands directly to the card printer for printing without passing through any electronic information device. So users can edit at any time on the remote app phone.

[0008] In order to achieve the above object, the present invention provides a remote editing printing card system, comprising: a card printer, mainly for printing a card of a specific size; the card printer comprises: a translator for upstream The instructions are translated into printed instructions, so that the printing mechanism of the card printer itself prints the desired pattern or text on the card; a transceiver for signal connection with the next-level electronic information device; Installed in the electronic information device; the layout editor allows the user to edit the layout of the desired printed card to form a layout editing command, and issue the relevant print instruction; a mobile application (eight? built in In a mobile phone; the mobile terminal application can be downloaded by the holder of the mobile phone; the mobile terminal application is configured to send an instruction through the built-in transceiver end of the mobile phone and connect the transceiver end built by the electronic information device through the network; The mobile app is designed to let the user release the editing card through the built-in output of the phone. The required layout editing instruction, and the relevant printing instruction is issued; and then the transceiver end of the electronic information device is connected through the transceiver end of the mobile phone and connected to the electronic information device, and then received by the layout editor located in the electronic information device; a layout editor transmits a layout editing command and a print instruction from the mobile terminal application to the card printer through the transceiver end of the electronic information device; and when the transceiver of the card printer receives the instructions, transmits the \¥0 2019/109705 卩(:17 \2018/106391 The translator sent to the card printer to translate the command into a printed command.

[0009] The present invention also provides a remote editing printing card system, comprising: a card printer, mainly for printing a card of a specific size; the card printer comprises: a translator for transferring upstream commands Translated into a printed instruction, so that the printing mechanism of the card printer itself prints the desired pattern or text on the card; a transceiver for signal connection with the cloud device of the next stage; a layout editor, installed in In the cloud device; the layout editor allows the user to edit the layout of the required printed card to form a layout editing command, and issue the relevant print instruction; a mobile application (eight? built in a mobile phone; The mobile terminal application can be downloaded by the holder of the mobile phone; the mobile terminal application is configured to connect the command through the built-in transceiver end of the mobile phone and connect the transceiver device built in the cloud device through the network; the function of the mobile phone terminal application In order to enable the user to release the layout editing required for editing the card through the built-in output input of the mobile phone And issuing the relevant print instruction; then connecting to the transceiver of the cloud device through the transceiver end of the mobile phone and through the network, and receiving it for the layout editor located in the cloud device; then the layout editor will come from the mobile phone The layout editing command and the printing instruction of the end application are transmitted to the card printer through the transceiver end of the cloud device; when the transceiver of the card printer receives the instructions, the transceiver is transmitted to the translator of the card printer to The instruction is translated into a printed instruction.

[0010] The present invention also provides a remote editing printing card system, comprising: a card printer, mainly for printing a card of a specific size; the card printer comprises: a translator for transferring upstream commands Translated into a printed instruction, so that the printing mechanism of the card printer itself prints the desired pattern or text on the card; a transceiver for signal connection with the next level device; a layout editor, with the mobile phone end The application (eight? is installed in a mobile phone; wherein the layout editor is operated by the built-in output input of the mobile phone; the layout editor enables the user to edit the required printed card through the output input of the mobile phone Forming a layout editing command and issuing related printing instructions; the layout editing commands and printing instructions are transmitted to the card printer through the existing transceiver end of the mobile phone; and then the transceiver of the card printer receives the instructions Transmitting the translator to the card printer to translate the command into Printed instructions, so print out the required patterns or characters on the card, and print out the required number of sheets according to the print command.

Advantageous effects of the invention \¥0 2019/109705 卩(:17 \2018/106391 A brief description of the drawing

DRAWINGS

[0011] FIG. 1 is a schematic illustration of a prior art printing card system.

2 is a block diagram showing a component combination structure of a first embodiment of the present invention.

3 is another explanatory example of a block diagram of a component combination structure of the first embodiment of the present invention.

4 is a block diagram showing a component combination structure of a second embodiment of the present invention.

DESCRIPTION OF REFERENCE NUMERALS

[0016] 10-card printer; 10'-card printer; 11-translator; 11'-translator; 12-transceiver; 12'-transceiver 13-printing mechanism; 13'-printing mechanism; 20-layout editing 20'-Layout Editor;

[0017] 30 - mobile phone end application; 100 - electronic information device; 100' - electronic information device; 101 - transceiver;

[0018] 101'-transceiver; 102-output input; 102'-output input; 150-cloud device; 200-cell phone;

[0019] 201 - transceiver end; 202 - output input.

BEST MODE FOR CARRYING OUT THE INVENTION

[0020] The structural composition of the present invention, as well as the efficacies and advantages that can be produced, are described in detail below with reference to the accompanying drawings.

[0021] Referring to FIGS. 2 through 3, a first embodiment of the remotely edited printing card system of the present invention is shown, including the following components:

[0022] A card printer 10, as shown in FIG. 2, is mainly a printer for printing a card of a specific size. The card, such as a business card or financial card or electronic card, has a specific format.

[0023] The card printer 10 includes:

[0024] A translator 11, which can translate the upstream instructions into printed instructions, so that the desired pattern or text is printed on the card by the printing mechanism 13 of the card printer 10 itself.

[0025] A transceiver 12 is configured to be in signal connection with the electronic information device 100 (shown in FIG. 2) or the cloud device 150 (shown in FIG. 3) of the next stage. The electronic information device 100 is such as a computer or a notebook computer.

A layout editor 20 is installed in the electronic information device 100 or the cloud device 150. When the layout editor 20 is installed in the electronic information device 100, the layout editor 20 is operated by the output input 102 built into the electronic information device 100. The layout editor 20 allows the user to load the electronic information \¥0 2019/109705 卩(:17 \2018/106391 The output input 102 of 100 sets the layout of the required printed card to form a layout editing command, and issues the relevant print command. If the layout editor 20 is installed in The cloud device 150 must link the cloud device 150 through another device to operate the layout editor 20.

[0027] These layout editing commands and print commands are transmitted to the card printer 10 via the electronic information device 100 or the existing transceiver 101 of the cloud device 150. When the transceiver 12 of the card printer 10 receives the instructions, it is transferred to the translator 11 of the card printer 10 to translate the command into a printed command, thereby printing the desired pattern or text on the card. And so on, and it is also possible to print out the required number of sheets according to the print instruction.

[0028] A mobile terminal application (eight??) 30 is built in a mobile phone 200. The mobile terminal application 30 can be downloaded by the holder of the mobile phone 200. The mobile terminal application 30 can transmit the command through the transceiver 201 built in the mobile phone 200 and connect the electronic information device 100 or the transceiver 101 built in the cloud device 150 through the network. The network may be any network that can transmit the mobile phone 200 and the electronic information device 100 or the cloud device 150, such as a \¥ network, 30 network, 40 network, 50 network, Bluetooth network, (: network, etc.).

[0029] The function of the mobile terminal application 30 is such that the user can output the layout editing instruction required for editing the card through the built-in output terminal 202 of the mobile phone 200, and issue the relevant printing instruction. Then, the electronic information device 100 or the transceiver 10 1 of the cloud device 150 is connected to the electronic device 100 or the interface editor 20 of the cloud device 150 through the transceiver 201 of the mobile phone 200. receive.

[0030] The layout editor 20 then transmits the layout editing command and the print command from the mobile terminal application 30 to the card printer 10 via the electronic information device 100 or the transceiver 101 of the cloud device 150. The translator 11 of the card printer 10 then translates the command into a printed command, thereby printing the desired pattern or text on the card, and printing the desired number of sheets in accordance with the print command.

[0031] Therefore, the present invention mainly converts the layout editing command and the printing instruction originally edited by the electronic information device 100 to the mobile terminal through the mobile terminal application 30, and then transfers the instructions to the card printer 10. Print it. Therefore, the user can edit the remote application mobile phone 200 at any time without being limited by the location of the desktop computer, or must carry a bulky notebook computer. Since the mobile phone 200 is thin and short and has a wireless transmission function, the overall operation is quite convenient. Users can edit their work anytime, anywhere, regardless of time and space. \¥0 2019/109705 卩(:17 \2018/106391

As shown in FIG. 4, the function of the card printer 10 in this embodiment is the same as that of the above embodiment, so the details will not be described again. In this example, only the differences will be described. Wherein the system of the present invention further comprises:

[0033] A layout editor 20 is installed in a mobile phone 200 in the manner of a mobile terminal application. The layout editor 20 is operated by an output input 202 built into the mobile phone 200. The layout editor 20 The user can edit the layout of the required printed card through the output input 202 of the mobile phone 200 to form a layout editing instruction, and issue a relevant printing instruction.

[0034] These layout editing commands and print commands are transmitted to the card printer 10 through the existing transceiver 201 of the mobile phone 200. The transceiver 12 of the card printer 10 then receives the instructions and transmits it to the translator 11 of the card printer 10 to translate the command into a printed command, thereby printing the desired pattern or text on the card. And so on, and it is also possible to print out the required number of sheets according to the print instruction.

[0035] Therefore, the present invention mainly converts the layout editing command and the printing instruction originally edited by the electronic information device 100 to the mobile terminal through the mobile terminal application 30, and then directly transfers the instructions to the card printer. 10 prints without passing through any electronic information device 100. Therefore, the user can edit the remote application mobile phone 200 at any time without being limited by the location of the desktop computer, or must carry a bulky notebook computer.

[0036] In summary, the humanized thoughtful design of the present invention is quite in line with actual needs. It specifically improves the deficiencies of the prior art, and has significant breakthrough advantages over the prior art, which does have an improvement in efficacy and is not easy to achieve. The present invention has not been disclosed or disclosed in domestic and foreign literature and markets, and has complied with the provisions of the Patent Law.

The detailed description of the preferred embodiments of the present invention is not intended to limit the scope of the present invention. It should be included in the scope of protection of the present invention.

Claims

\¥0 2019/109705 卩(:17 \2018/106391 Claims

[Claim 1] A remote editing printing card system, comprising:

A card printer, primarily a printer for printing cards of a particular size; the card printer includes:

a translator for translating the upstream instructions into print instructions, and printing the desired pattern or text on the card by the printing mechanism of the card printer itself;

a transceiver for signal connection with an electronic information device of a next stage;

a layout editor installed in the electronic information device; the layout editor enables the user to edit the layout of the desired printed card to form a layout editing command, and issue a relevant print instruction;

a mobile phone application built in a mobile phone; the mobile application can be downloaded by the holder of the mobile phone; the mobile application is used to send instructions through the built-in transceiver of the mobile phone and connect through the network The transceiver end built in the electronic information device;

The function of the mobile terminal application is to enable the user to issue a layout editing instruction required for editing the card through the built-in output input end of the mobile phone, and issue a relevant printing instruction; and then connect the electronic information through the transceiver end of the mobile phone and through the network. The transceiver end of the device is received by the layout editor located in the electronic information device;

The layout editor then transmits the layout editing command and the print command from the mobile terminal application to the card printer through the transceiver end of the electronic information device; when the transceiver of the card printer receives the instructions, transmits the The translator of the card printer translates the instructions into printed instructions.

[Claim 2] The remotely edited card system of claim 1, wherein the card is selected from a business card, a financial card, or an electronic card having a specific format.

[Claim 3] The remotely edited card system of claim 1, wherein the electronic information device is a computer or a notebook computer.

[Claim 4] A remote editing printing card system, comprising:

A card printer, primarily a printer for printing cards of a particular size; the card printer includes: \¥0 2019/109705 卩(:17 \2018/106391 a translator for translating upstream instructions into printed instructions, printing the desired pattern or text on the card by the printing mechanism of the card printer itself;

a transceiver for signal connection with a cloud device of a next stage;

a layout editor installed in the cloud device; the layout editor enables the user to edit the layout of the desired printed card to form a layout editing command, and issue a related printing instruction;

a mobile phone application built in a mobile phone; the mobile application can be downloaded by the holder of the mobile phone; the mobile application is used to send instructions through the built-in transceiver of the mobile phone and connect through the network The transceiver device built in the cloud device; the function of the mobile phone application is to enable the user to issue a layout editing instruction required for editing the card through the built-in output input terminal of the mobile phone, and issue a relevant printing instruction; and then pass the mobile phone The transceiver end is connected to the transceiver end of the cloud device through a network, and is received by the layout editor located in the cloud device;

Then the layout editor transmits the layout editing command and the print instruction from the mobile terminal application to the card printer through the transceiver end of the cloud device; when the transceiver of the card printer receives the instructions, transmits the instruction to the card printer The translator of the card printer translates the instructions into printed instructions.

[Claim 5] The remotely edited card system of claim 4, wherein the card is selected from a business card, a financial card, or an electronic card having a specific format.

[Claim 6] A remote editing printing card system, comprising:

a transceiver for signal connection with a device of the next level; a layout editor installed in a mobile phone by means of a mobile phone application; and operating the layout editor through an input input built into the mobile phone; The layout editor enables the user to edit the layout of the printed card required by the output input of the mobile phone to form a layout \¥0 2019/109705 卩 (: 17 \2018/106391 series instructions, and issued the relevant print instructions;

The layout editing command and the print command are transmitted to the card printer through the existing transceiver end of the mobile phone; then the transceiver of the card printer receives the instruction and then transmits the translation to the translator of the card printer to translate the instruction The instructions are printed, so that the desired pattern or text is printed on the card, and the required number of sheets is printed according to the print instruction.

[Claim 7] The remotely edited card system of claim 6, wherein the card is selected from a business card, a financial card, or an electronic card having a specific format.