Intelligent control method, device and computer equipment for background color printing

Abstract

The present invention relates to the technical fields of signal transmission, data recognition, artificial intelligence generated content and printing, and provides an intelligent control method, device and computer equipment for background color printing. By configuring a printing type database, a question model and a reply model, a human-computer interaction interface is generated according to the answer mode limitations of the printing type database and the reply model. In response to the user's selection of specific options in the printing type menu options and the reply mode menu options of the human-computer interaction interface, an intelligent question and answer limitation list for background color printing is generated and sent to a generative artificial intelligence model. The generative artificial intelligence model generates a background color printing standard for a specific printing type that meets the answer mode limitation based on the background color printing intelligent question and answer limitation list, and then generates an editable printing control module based on the background color printing standard for the specific printing type and transmits it to a manual review end for processing, thereby reducing printing costs, improving the efficiency of background color printing, and improving the stability of printing quality.

Description

Technical Field

[0001] The present invention relates to the technical fields of signal transmission, data recognition, artificial intelligence content generation and printing, and in particular to an intelligent control method, device and computer equipment for background color printing. Background Art

[0002] Background color printing refers to the printing technology of covering a large area of ​​the substrate (such as paper, plastic, metal, etc.) with color during the printing process to create a uniform background or base color as the background color. This background color can provide a unified tone and background for the subsequent pattern printing, so that the subsequent printed pattern, text or image is more prominent and clear. In practice, background color printing involves a wide variety of printing types. For example, in packaging printing, it is necessary to print the background color on the packaging material to enhance the visual effect of the packaging and increase the attractiveness of the product. For another example, in label printing, it is necessary to print the background color on the label to make the label more eye-catching and enhance the brand image. Background color printing requires uniform color coverage and no color difference to ensure that the subsequent printed pattern or text is clear and distinct. In different types of background color printing, it is required to select the right type of ink to ensure the printing quality, and it is also required to adjust the various parameters of the printing end (such as printing pressure, demolding speed, demolding distance and printing gap, etc.) to adapt to different substrates and ink characteristics. At present, the control of these printing details is mainly done manually, with complicated procedures. Not only is the efficiency low and the cost high, but the printing quality is also highly volatile, which is not conducive to the control of printing quality.

[0003] In summary, the existing background color printing has technical problems such as low efficiency, high cost, large fluctuation in printing quality, and is not conducive to the control of printing quality. Summary of the invention

[0004] In view of the above-mentioned deficiencies in the prior art, the present invention provides an intelligent control method, device and computer equipment for background color printing, so as to reduce costs, improve the efficiency of background color printing and enhance the stability of printing quality.

[0005] In a first aspect, the present invention provides an intelligent control method for background color printing, comprising:

[0006] A printing type database, a question model and a response model are configured, wherein the printing type database includes multiple printing types, the question model includes professional questions corresponding to the background color printing standards of substrates of different printing types in the multiple printing types, and the response model is a definition of the answer mode for the professional questions;

[0007] generating a human-computer interaction interface according to the printing type database and the answer mode definition, the human-computer interaction interface comprising printing type menu options set for the plurality of printing types and reply mode menu options set for the answer mode definition;

[0008] In response to the user's selection of a specific option in the printing type menu option and the reply mode menu option, a background color printing intelligent question and answer limitation list is generated and sent to the generative artificial intelligence model; the generative artificial intelligence model generates a background color printing standard for the specific printing type that meets the limitation of the answer mode according to the background color printing intelligent question and answer limitation list;

[0009] According to the background color printing standard of the specific printing type, an editable printing control module is generated and transmitted to the manual review end for confirmation or modification and editing, and the confirmed or modified background color printing standard of the specific printing type is obtained and transmitted to the printing end to control the background color printing.

[0010] In a second aspect, the present invention provides an intelligent control device for background color printing, applying the above-mentioned intelligent control method for background color printing, and the intelligent control device for background color printing comprises:

[0011] A type and question-answer configuration module, used to configure a printing type database, a question model, and a response model, wherein the printing type database includes a plurality of printing types, the question model includes professional questions corresponding to the base color printing standards of substrates of different printing types among the plurality of printing types, and the response model is a definition of the answer mode for the professional questions;

[0012] A human-computer interaction interface generation module, configured to generate a human-computer interaction interface according to the printing type database and the answer mode definition, wherein the human-computer interaction interface includes printing type menu options set for the plurality of printing types and reply mode menu options set for the answer mode definition;

[0013] The background color printing standard intelligent generation module is used to respond to the user's selection of the specific options in the printing type menu option and the reply mode menu option, generate a background color printing intelligent question and answer limit list and send it to the generative artificial intelligence model; the generative artificial intelligence model generates the background color printing standard of the specific printing type that meets the limit of the answer mode according to the background color printing intelligent question and answer limit list;

[0014] The background color printing standard review module is used to generate an editable printing control module based on the background color printing standard of the specific printing type and transmit it to the manual review end for confirmation or modification, and obtain the confirmed or modified background color printing standard of the specific printing type, and transmit it to the printing end to control the background color printing.

[0015] In a third aspect, the present invention provides a computer device, comprising a memory and a processor, wherein the memory stores a computer program, and when the computer program is executed by the processor, the intelligent control method for background color printing is implemented.

[0016] Compared with the prior art, the present invention has the following beneficial effects:

[0017] The present invention provides an intelligent control method, device and computer equipment for background color printing, which configure a printing type database, a question model and a reply model, wherein the printing type database includes multiple printing types, the question model includes professional questions about the background color printing standards of substrates of different printing types in the multiple printing types, and the reply model is a reply mode definition for the professional questions. A human-computer interaction interface is generated according to the printing type database and the reply mode definition, and the human-computer interaction interface includes printing type menu options set for the multiple printing types and reply mode menu options set for the answer mode definition, and responds to the user's questions about the printing type database and the reply mode definition. The selection of specific options in the printing type menu option and the reply mode menu option generates a background color printing intelligent question and answer limitation list and sends it to the generative artificial intelligence model; the generative artificial intelligence model generates the background color printing standard of the specific printing type that meets the definition of the answer mode according to the background color printing intelligent question and answer limitation list, and generates an editable printing control module according to the background color printing standard of the specific printing type and transmits it to the manual review end for confirmation or modification, and obtains the confirmed or modified background color printing standard of the specific printing type, which is transmitted to the printing end to control the background color printing, thereby reducing printing costs, improving the efficiency of background color printing, and improving the stability of printing quality. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] The drawings described herein are used to provide a further understanding of the present invention and constitute a part of the present invention. The exemplary embodiments of the present invention and their description are used to explain the present invention and do not constitute an improper limitation of the present invention. Some specific embodiments of the present invention will be described in detail in an exemplary and non-restrictive manner with reference to the drawings. The same reference numerals in the drawings indicate the same or similar components or parts. It should be understood by those skilled in the art that these drawings are not necessarily drawn to scale. In the drawings:

[0019] Figure 1 It is a flow chart of an intelligent control method for background color printing according to an embodiment of the present invention;

[0020] Figure 2 It is a structural schematic diagram of an intelligent control device for background color printing according to an embodiment of the present invention;

[0021] Figure 3 It is a structural schematic diagram of a computer device according to an embodiment of the present invention. DETAILED DESCRIPTION

[0022] In order to enable those skilled in the art to better understand the scheme of the present invention, the technical scheme in the embodiment of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiment of the present invention. Obviously, the described embodiment is only an embodiment of a part of the present invention, not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work should fall within the scope of protection of the present invention.

[0023] See also Figure 1 The embodiment of the present invention provides an intelligent control method for background color printing, comprising the following steps:

[0024] S101, configuring a printing type database, a question model, and a response model, wherein the printing type database includes multiple printing types, the question model includes professional questions corresponding to the base color printing standards of substrates of different printing types among the multiple printing types, and the response model is a definition of the answer mode for the professional questions;

[0025] S102, generating a human-computer interaction interface according to the printing type database and the answer mode definition, wherein the human-computer interaction interface includes printing type menu options set for the multiple printing types and reply mode menu options set for the answer mode definition;

[0026] S103, in response to the user's selection of a specific option in the printing type menu option and the reply mode menu option, generating a background color printing intelligent question and answer limitation list and sending it to the generative artificial intelligence model; the generative artificial intelligence model generates a background color printing standard for the specific printing type that meets the limitation of the answer mode according to the background color printing intelligent question and answer limitation list;

[0027] S104, generating an editable printing control module according to the background color printing standard of the specific printing type and transmitting it to the manual review end for confirmation or modification, obtaining the confirmed or modified background color printing standard of the specific printing type and transmitting it to the printing end to control the background color printing.

[0028] It should be noted that the standards for background printing of substrates of different printing types are different. In production practice, if the standards for background printing of substrates of different printing types are determined solely by manual experience, the subjective risk is too great, and it is difficult to control the quality stability of background printing. In step S101, by configuring a printing type database, the printing type database includes a variety of printing types, and the standards for background printing of substrates of each printing type are set with professional questions about the standards for background printing, so as to give answers to the generative artificial intelligence model in subsequent steps, thereby using the answers of the generative artificial intelligence model as a basis for subsequent background printing control, improving the efficiency and objectivity of background printing control, and improving the quality stability of background printing. In addition, the response model is limited to the answer mode for the professional questions, thereby providing an answer mode for professional questions, ensuring that the answers generated by the subsequent generative artificial intelligence model are consistent and accurate, and at the same time conform to the reading and analysis habits of the manual review end.

[0029] It should also be noted that in step S102, by configuring the human-computer interaction interface, the user can conveniently select a specific printing type and answer mode, thereby reducing the complexity of the operation and improving the efficiency of the operation. In addition, for the multiple printing types, step S102 sets a printing type menu option, and for the answer mode limitation, step S102 sets a reply mode menu option. The user can only select the specific set options to input, and cannot enter at will, thereby ensuring the standardization of the user's input, facilitating the subsequent processing of the generative artificial intelligence model, and avoiding errors caused by inconsistent or inaccurate input. At the same time, the human-computer interaction interface can be adaptively changed according to different printing types and answer modes to improve flexibility and applicability. It is understandable that the user can simplify the operation steps and reduce the user's learning curve by selecting through menu options. At the same time, standardized options can reduce user input errors and improve the accuracy of input data.

[0030] It should also be noted that in step S103, in response to the user's selection, a list of background color printing intelligent questions and answers is generated, and then the list of intelligent questions and answers is sent to the generative artificial intelligence model. The generative artificial intelligence model can generate the background color printing standard of the specific printing type that meets the answer mode limitation according to the background color printing intelligent question and answer limitation list, thereby utilizing the powerful processing power of the artificial intelligence model to improve the efficiency and accuracy of the generated standard. Among them, the background color printing standard of the specific printing type generated by the artificial intelligence model meets the answer mode limitation, such as answering in a table mode, so as to meet the usage habits of the manual review end and improve the efficiency and friendliness of the background color printing control. It can be understood that the generative artificial intelligence model refers to an artificial intelligence model that generates new data or content using machine learning technology, especially generative adversarial networks (GANs), variational autoencoders (VAEs) or natural language processing models based on deep learning (such as GPT-3, GPT-4). For example, ChatGPT.

[0031] It should also be noted that in step S104, based on the background color printing standard of the specific printing type generated by the generative artificial intelligence model, an editable printing control module is generated and transmitted to the manual review end for confirmation or modification and editing, which is convenient for manual review and ensures that the background color printing standard of the specific printing type generated by the generative artificial intelligence model can be further optimized and confirmed. The editable printing control module is transmitted to the manual review end, allowing the on-site printing expert to confirm or modify it to ensure that the final standard is reliable and accurate. It can be understood that in the prior art, the on-site printing expert needs to manually judge the background color printing standard of each printing type, while in this embodiment, the on-site printing expert can review and control it at the manual review end, which not only greatly improves efficiency, but also fully combines manual experience and machine judgment to improve the accuracy of background color printing control, thereby reducing the volatility of background color printing quality, which is beneficial to the quality control of background color printing.

[0032] In some preferred embodiments, the multiple printing types include: packaging printing, label printing, book and magazine printing, advertising printing and commercial stationery printing. It should be noted that for different printing types, there will be different background color printing standards. Among them, packaging printing is widely used in the packaging of various products, such as food, daily necessities, electronic products, etc. Different packaging materials (such as cartons, plastics, metals, etc.) have different requirements for background color printing. Packaging printing needs to consider the ink absorption, surface smoothness and reaction to color of the material. In addition, label printing is used for product labels, barcodes, etc., and the clarity and durability of color and information must be ensured. Label materials are diverse, such as paper labels, plastic labels, etc., and different materials have different requirements for background color printing. In addition, book and magazine printing involves a large amount of text and pictures, and has strict requirements on color and texture. Paper type, printing method, etc. will affect the final printing effect. In addition, advertising printing is used for outdoor billboards, leaflets, posters, etc., and bright colors and clear images must be maintained in various environments. The standard for background color printing needs to take into account factors such as light resistance and weather resistance. In addition, commercial stationery printing includes the printing of letterheads, business cards, folders, etc. These printed products need to show a professional image and have high requirements on color and texture.

[0033] In some preferred embodiments, the professional questions about the background color printing standards of the substrate for packaging printing include questions about the thickness of the packaging material, color consistency requirements, ink type, printing pressure, demolding speed, demolding distance, and printing gap. In addition, the professional questions about the background color printing standards of the substrate for label printing include questions about label material, adhesion performance, printing pressure, demolding speed, demolding distance, and printing gap. In addition, the professional questions about the background color printing standards of the substrate for book and magazine printing include questions about paper type, color consistency requirements, ink type, printing pressure, demolding speed, demolding distance, and printing gap. In addition, the professional questions about the background color printing standards of the substrate for advertising printing include questions about substrate type, color saturation requirements, ink type, printing pressure, demolding speed, demolding distance, and printing gap. In addition, the professional questions about the background color printing standards of the substrate for commercial stationery printing include questions about paper type, ink type, printing pressure, demolding speed, demolding distance, and printing gap.

[0034] It should be noted that for packaging printing, the thickness of the packaging material affects the rigidity and printing performance of the material, which is related to the setting of printing pressure. Color consistency requirements can ensure the uniform color of packaging printed products and improve the market appeal of products. Different inks are suitable for different materials, affecting adhesion and durability. Appropriate printing pressure ensures uniform transfer of ink and avoids image blur. Demolding speed and distance affect the efficiency and quality of ink transfer during printing. The printing gap affects image clarity and color saturation. In this embodiment, through professional questions about the background color printing standard of the substrate of the packaging printing, the refined background color printing standard answered by the generative artificial intelligence model can be obtained to ensure the consistent printing quality of different packaging materials and reduce color difference and printing defects. In addition, for label printing, the label material affects the selection of ink and the printing method. Adhesion performance can ensure that the label adheres firmly in different environments. Appropriate printing pressure ensures uniform transfer of ink and avoids image blur. Demolding speed and distance affect the efficiency and quality of ink transfer during printing. The printing gap affects image clarity and color saturation. In this embodiment, through professional questions about the background color printing standards of the substrate for label printing, the refined background color printing standards answered by the generative artificial intelligence model can be obtained, and the printing parameters can be obtained in a targeted manner to ensure the clarity and durability of the label. In addition, for book and magazine printing, different papers have different ink absorbency and surface properties, which affect the printing effect. The color consistency requirement can ensure the consistency of the color of the inner pages of books and magazines and improve the reading experience. Different inks are suitable for different papers, which affects the printing effect and durability. Appropriate printing pressure ensures uniform transfer of ink and avoids image blur. The stripping speed and distance affect the efficiency and quality of ink transfer during the printing process. The printing gap affects the image clarity and color saturation. In this embodiment, through professional questions about the background color printing standards of the substrate for book and magazine printing, the refined background color printing standards answered by the generative artificial intelligence model can be obtained, and the printing parameters can be obtained in a targeted manner to ensure the printing quality and consistency of books and magazines. For advertising printing, different advertising materials have different requirements for inks and printing methods. Advertisements require highly saturated colors to attract attention. Different inks affect color saturation and durability. Appropriate printing pressure ensures uniform transfer of ink and avoids blurred images. The stripping speed and distance affect the efficiency and quality of ink transfer during the printing process. The printing gap affects image clarity and color saturation. In this embodiment, through professional questions about the background color printing standards of the substrate for advertising printing, the refined background color printing standards answered by the generative artificial intelligence model can be obtained, and the printing parameters can be obtained in a targeted manner to ensure the visual effect and durability of the advertisement. In addition, for commercial stationery printing, different papers have different requirements for inks and printing methods. The ink type can ensure color consistency and durability. Appropriate printing pressure ensures uniform transfer of ink and avoids blurred images. The stripping speed and distance affect the efficiency and quality of ink transfer during the printing process.The printing gap affects the image clarity and color saturation. In this embodiment, by asking professional questions about the background color printing standard of the substrate for the advertisement printing, the detailed background color printing standard answered by the generative artificial intelligence model can be obtained, and the printing parameters can be obtained in a targeted manner to ensure the professionalism and consistency of the commercial stationery.

[0035] It should be noted that during the printing process, film stripping involves removing the protective film or covering film, which directly affects the ink transfer efficiency and printing quality. If the protective film is not removed correctly, the ink may not be evenly transferred to the substrate, resulting in printing quality problems. If the film stripping speed is not appropriate, the ink may be stretched or damaged during the film removal process, affecting the integrity and clarity of the printed pattern. The film stripping distance determines the size of the gap between the film and the substrate, which directly affects the ink transfer effect. If the distance is not appropriate, the ink may flow unevenly during the film removal process, affecting the printing quality.

[0036] In some preferred embodiments, the answer mode is limited to answering in a table mode and explaining in a text description mode. It should be noted that for professional questions about the background color printing standards of substrates with different printing types, the answer of the artificial intelligence generative model is a refined background color printing standard. The refined background color printing standard usually contains multiple parameters and standards. This information can be displayed in an orderly manner in a table form, which is convenient for users to compare different parameters. Users can quickly locate and read relevant information, thereby improving work efficiency. In addition, the refined background color printing standard may require detailed background information and explanations, which can be fully displayed through text descriptions. Users can obtain comprehensive background information, technical details and specific cases, and have an in-depth understanding of the printing standards.

[0037] In some further preferred embodiments, after obtaining the confirmed background color printing standard of the specific printing type, a local printing control database is created according to the confirmed background color printing standard of the specific printing type. When the user selects the specific option in the printing type menu option again, the confirmed background color printing standard of the specific printing type in the local printing control database is matched according to the specific option in the printing type menu option, and transmitted to the printing end to control the background color printing; after obtaining the modified background color printing standard of the specific printing type, the modified background color printing standard of the specific printing type is returned to the generative artificial intelligence model, prompting the modified background color printing standard of the specific printing type returned by the generative artificial intelligence model to be the correct background color printing standard of the specific printing type. It should be noted that in this embodiment, when the user selects the specific option again, the confirmed standard can be matched directly from the local printing control database without the need for complex manual selection and confirmation each time, thereby reducing the number of interactions required by the user, making printing control more convenient and efficient, and the user can complete printing settings and control faster, reducing waiting time. It should be noted that in this embodiment, by creating a local printing control database, the frequency of calling the generative artificial intelligence model for processing each time can be reduced, the load of computing and data processing can be reduced, and the consumption of server and network resources can be reduced. In addition, the local database can quickly respond to the user's choice and directly provide the confirmed printing standard. By directly transmitting the standard to the printing end through the local database, real-time control and adjustment can be achieved, and user selection and printing control requirements can be responded to more quickly, thereby improving operational efficiency. At the same time, through the confirmed standards, the local database can ensure that the standards are consistent for each printing, reduce errors and variations, and thus ensure the stability and consistency of the background color printing quality. It should also be noted that by transmitting the modified standards back to the generative artificial intelligence model and providing the correct standards as a reference, the generative artificial intelligence model can continuously learn and improve through the feedback mechanism, thereby improving its ability to generate responses to the background color printing standards of substrates of different printing types.

[0038] In a further preferred embodiment, according to the background printing standard of the specific printing type, an editable printing control module is generated and transmitted to the manual review end for confirmation or modification and editing, which may include: receiving the background printing standard of the specific printing type generated by the generative artificial intelligence model; parsing the background printing standard of the specific printing type generated by the generative artificial intelligence model to obtain standard background printing control parameters; creating an editable template containing all the standard background printing control parameters according to the standard background printing control parameters, the editable template including parameter fields and editing interfaces; transmitting the editable template to the working interface of the manual review end, and the manual review end confirms or modifies. It should be noted that in this embodiment, by parsing the background printing standard of the specific printing type generated by the generative artificial intelligence model into specific control parameters, it is convenient for subsequent processing and editing, and convenient for manual review and editing. In addition, by creating an editable template containing all standard background printing control parameters, all control parameters can be displayed uniformly to ensure the integrity and standardization of information. At the same time, the editing interface allows the manual review end to modify the parameters, thereby improving the efficiency of manual review and modification, and ensuring that the modified parameters can be applied in a timely manner. In addition, when the editable template is transmitted to the work interface of the manual review end, the editable template can be quickly and safely transmitted to the manual review end through the internal system to ensure timely review. The manual review end can easily access and edit the transmitted template to improve the smoothness of the workflow. Among them, the fast transmission mechanism ensures that the review end can receive the editable template in time, shortening the response time. The convenient access and editing functions can improve the work efficiency of the manual review end and ensure the timely confirmation and application of printing standards.

[0039] Embodiment 2

[0040] See also Figure 1 , Figure 2 This embodiment provides an intelligent control device for background color printing, and applies the above-mentioned intelligent control method for background color printing. The intelligent control device for background color printing includes:

[0041] A type and question-answer configuration module, used to configure a printing type database, a question model, and a response model, wherein the printing type database includes a plurality of printing types, the question model includes professional questions corresponding to the base color printing standards of substrates of different printing types among the plurality of printing types, and the response model is a definition of the answer mode for the professional questions;

[0042] A human-computer interaction interface generation module, configured to generate a human-computer interaction interface according to the printing type database and the answer mode definition, wherein the human-computer interaction interface includes printing type menu options set for the plurality of printing types and reply mode menu options set for the answer mode definition;

[0043] The background color printing standard intelligent generation module is used to respond to the user's selection of the specific options in the printing type menu option and the reply mode menu option, generate a background color printing intelligent question and answer limit list and send it to the generative artificial intelligence model; the generative artificial intelligence model generates the background color printing standard of the specific printing type that meets the limit of the answer mode according to the background color printing intelligent question and answer limit list;

[0044] The background color printing standard review module is used to generate an editable printing control module based on the background color printing standard of the specific printing type and transmit it to the manual review end for confirmation or modification, and obtain the confirmed or modified background color printing standard of the specific printing type, and transmit it to the printing end to control the background color printing.

[0045] It should be noted that, in the present embodiment, by configuring a printing type database, a question model and a reply model, the printing type database includes a plurality of printing types, the question model includes professional questions corresponding to the background color printing standards of substrates of different printing types among the plurality of printing types, the reply model is an answer mode limitation for the professional questions, a human-computer interaction interface is generated according to the printing type database and the answer mode limitation, the human-computer interaction interface includes printing type menu options set for the plurality of printing types and reply mode menu options set for the answer mode limitation, in response to the user's selection of specific options in the printing type menu options and the reply mode menu options, a background color printing intelligent question and answer limitation list is generated and sent to the generative artificial intelligence model; the generative artificial intelligence model generates the background color printing standard of the specific printing type that meets the answer mode limitation according to the background color printing intelligent question and answer limitation list, generates an editable printing control module according to the background color printing standard of the specific printing type, and transmits it to the manual review end for confirmation or modification and editing, obtains the confirmed or modified background color printing standard of the specific printing type, and transmits it to the printing end to control the background color printing, thereby reducing the printing cost, improving the efficiency of the background color printing, and improving the stability of the printing quality.

[0046] Embodiment 3

[0047] See also Figure 1 , Figure 2 , Figure 3The present embodiment provides a computer device, including a memory and a processor, wherein the memory stores a computer program, and when the computer program is executed by the processor, the computer program implements the above-mentioned intelligent control method for background color printing, by configuring a printing type database, a question model, and a response model, wherein the printing type database includes a plurality of printing types, the question model includes professional questions about background color printing standards of substrates of different printing types among the plurality of printing types, and the response model is a definition of an answer mode for the professional questions, and a human-computer interaction interface is generated according to the printing type database and the definition of the answer mode, wherein the human-computer interaction interface includes printing type menu options set for the plurality of printing types and a response mode for the response mode. A limited reply mode menu option is set, in response to the user's selection of the printing type menu option and the specific option in the reply mode menu option, to generate a background color printing intelligent question and answer limitation list and send it to the generative artificial intelligence model; the generative artificial intelligence model generates the background color printing standard of the specific printing type that meets the definition of the answer mode according to the background color printing intelligent question and answer limitation list, and generates an editable printing control module according to the background color printing standard of the specific printing type and transmits it to the manual review end for confirmation or modification, and obtains the confirmed or modified background color printing standard of the specific printing type, which is transmitted to the printing end to control the background color printing, thereby reducing printing costs, improving the efficiency of background color printing, and improving the stability of printing quality.

[0048] It should be pointed out that the above embodiments are only preferred specific implementation modes of the present invention, and the protection scope of the present invention is not limited thereto. Any changes or substitutions that can be easily thought of by any technician familiar with the technical field within the technical scope disclosed by the present invention should be covered within the protection scope of the present invention. The protection scope of the present invention should be based on the protection scope of the claims.

Claims

1. An intelligent control method for background color printing, characterized in that: include: A printing type database, a question model and a response model are configured, wherein the printing type database includes multiple printing types, the question model includes professional questions corresponding to the background color printing standards of substrates of different printing types in the multiple printing types, and the response model is a definition of the answer mode for the professional questions; generating a human-computer interaction interface according to the printing type database and the answer mode definition, the human-computer interaction interface comprising printing type menu options set for the plurality of printing types and reply mode menu options set for the answer mode definition; In response to the user's selection of a specific option in the printing type menu option and the reply mode menu option, a background color printing intelligent question and answer limitation list is generated and sent to the generative artificial intelligence model; the generative artificial intelligence model generates a background color printing standard for the specific printing type that meets the limitation of the answer mode according to the background color printing intelligent question and answer limitation list; According to the background color printing standard of the specific printing type, an editable printing control module is generated and transmitted to the manual review end for confirmation or modification and editing, and the confirmed or modified background color printing standard of the specific printing type is obtained, and transmitted to the printing end to control the background color printing; after obtaining the confirmed background color printing standard of the specific printing type, a local printing control database is created according to the confirmed background color printing standard of the specific printing type, and when the user selects a specific option in the printing type menu option again, the confirmed background color printing standard of the specific printing type in the local printing control database is matched according to the specific option in the printing type menu option, and transmitted to the printing end to control the background color printing; after obtaining the modified background color printing standard of the specific printing type, the modified background color printing standard of the specific printing type is returned to the generative artificial intelligence model, prompting that the modified background color printing standard of the specific printing type returned by the generative artificial intelligence model is the correct background color printing standard of the specific printing type.

2. The intelligent control method for background color printing according to claim 1, characterized in that: The various printing types include: packaging printing, label printing, book and magazine printing, advertising printing, and commercial stationery printing.

3. The intelligent control method for background color printing according to claim 2, characterized in that: The professional questions about the base color printing standards of the packaging printing substrate include questions about the thickness of the packaging material, color consistency requirements, ink type, printing pressure, film stripping speed, film stripping distance and printing gap.

4. The intelligent control method for background color printing according to claim 2, characterized in that: The professional questions about the base color printing standard of the label printing substrate include questions about the label material, adhesion performance, printing pressure, demolding speed, demolding distance and printing gap.

5. The intelligent control method for background color printing according to claim 2, characterized in that: The professional questions about the base color printing standards of the substrates for book and magazine printing include questions about paper type, color consistency requirements, ink type, printing pressure, film stripping speed, film stripping distance and printing gap.

6. The intelligent control method for background color printing according to claim 2, characterized in that: The professional questions about the base color printing standards of the substrate for advertising printing include questions about the substrate type, color saturation requirements, ink type, printing pressure, film stripping speed, film stripping distance and printing gap.

7. The intelligent control method for background color printing according to claim 2, characterized in that: The professional questions about the base color printing standards of the substrate for commercial stationery printing include questions about paper type, ink type, printing pressure, film stripping speed, film stripping distance and printing gap.

8. The intelligent control method for background color printing according to any one of claims 1 to 7, characterized in that: The answer mode definition includes answering in a table mode and explaining in a text description mode.

9. An intelligent control device for background color printing, characterized in that: The intelligent control method for background color printing according to any one of claims 1 to 8 is applied, wherein the intelligent control device for background color printing comprises: A type and question-answer configuration module, used to configure a printing type database, a question model, and a response model, wherein the printing type database includes a plurality of printing types, the question model includes professional questions corresponding to the base color printing standards of the substrates of different printing types in the plurality of printing types, and the response model is a definition of the answer mode for the professional questions; A human-computer interaction interface generation module, configured to generate a human-computer interaction interface according to the printing type database and the answer mode definition, wherein the human-computer interaction interface includes printing type menu options set for the plurality of printing types and reply mode menu options set for the answer mode definition; The background color printing standard intelligent generation module is used to respond to the user's selection of the specific options in the printing type menu option and the reply mode menu option, generate a background color printing intelligent question and answer limit list and send it to the generative artificial intelligence model; the generative artificial intelligence model generates the background color printing standard of the specific printing type that meets the limit of the answer mode according to the background color printing intelligent question and answer limit list; The background color printing standard review module is used to generate an editable printing control module based on the background color printing standard of the specific printing type and transmit it to the manual review end for confirmation or modification, and obtain the confirmed or modified background color printing standard of the specific printing type, and transmit it to the printing end to control the background color printing.

10. A computer device comprising a memory and a processor, wherein the memory stores a computer program, wherein: When the processor runs the computer program, the computer program implements the intelligent control method for background color printing as described in any one of claims 1 to 8.

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