Method and system for automatically designing drawing of packaging carton

Abstract

The invention relates to the technical field of artificial intelligence, and discloses a packaging carton drawing automatic design method and system, which comprises a target object information input module, a packaging carton automatic design module, a design size information output module, a manufacturing size correction analysis module, a three-dimensional graph conversion matching module and a matching result output module. Target object information input by a user is received, the type of the carton is determined, the internal size design unit establishes a size calculation mathematical model to calculate the internal size of the packaging carton, and the external size design unit obtains the external size of the packaging carton based on the internal size of the packaging carton calculated by the internal size design unit. By manufacturing a size correction model, performing correction analysis on the internal size and the external size of the packaging carton, generating a three-dimensional graph and performing matching processing on the graph, the automatic design method quickly adjusts design parameters according to different design requirements, and generates diversified design schemes.

Description

Technical Field

[0001] The present invention relates to the field of artificial intelligence technology, and more particularly to a method and system for automatically designing packaging carton drawings. Background Art

[0002] In the fierce market competition, cost control is the key to the survival and development of enterprises. The price of packaging materials accounts for the main part of the cost of packaging boxes. Therefore, improving the utilization rate of cardboard has become an important way for enterprises to reduce costs. Automatic design technology optimizes design solutions and reduces waste generation, thereby improving the utilization rate of cardboard and reducing production costs. Automatic design technology reduces the impact of packaging cartons on the environment by optimizing carton structure and reducing material waste. This design method that conforms to the concept of environmental protection helps enterprises establish a good image in the market and win the favor of consumers.

[0003] However, in actual applications, designers often need to modify and adjust the packaging carton drawings multiple times to ensure that the final design drawings can meet production needs. Therefore, data processing and correction analysis in the design process are particularly important. Without correction analysis of the data, errors, outliers or inconsistencies in the original data will be amplified or accumulated in the subsequent analysis process, resulting in large deviations in the final analysis results, affecting the quality and production efficiency of the packaging cartons. Summary of the Invention

[0004] In order to overcome the above-mentioned defects of the prior art, the present invention provides a system for automatically designing packaging carton drawings to solve the problems existing in the above-mentioned background technology.

[0005] The present invention provides the following technical solution: a system for automatically designing packaging carton drawings, comprising: a target object information input module, a packaging carton automatic design module, a design dimension information output module, a manufacturing dimension correction analysis module, a three-dimensional graphic conversion and matching module, and a matching result output module;

[0006] The target object information input module is used to receive the target object information input by the user, determine the carton type, and transmit the target object information to the packaging carton automatic design module, and transmit the carton type to the design size information output module;

[0007] The automatic packaging carton design module includes an internal dimension design unit and an external dimension design unit, which establishes a dimension calculation mathematical model based on the target object information transmitted by the target object information input module to calculate the internal dimension and external dimension of the packaging carton, and transmits the internal dimension and external dimension to the design dimension information output module;

[0008] The design dimension information output module receives the internal and external dimensions transmitted by the packaging carton automatic design module, determines the carton processing parameters according to the carton type transmitted by the target object information input module, and transmits them to the manufacturing dimension correction analysis module;

[0009] The manufacturing dimension correction analysis module establishes a manufacturing dimension correction model based on the carton processing parameters transmitted by the design dimension information output module, performs correction analysis on the internal and external dimensions output by the design dimension information output module, and transmits the corrected and analyzed data to the three-dimensional graphics conversion and matching module;

[0010] The three-dimensional graphics conversion and matching module receives the corrected and analyzed data transmitted by the manufacturing size correction and analysis module to generate a three-dimensional graphics, performs matching processing on the graphics, and transmits the matching results to the matching result output module;

[0011] The matching result output module receives the matching result transmitted by the three-dimensional graphic conversion matching module and outputs the matching result to the user terminal.

[0012] Preferably, in the target object information input module, the target object information input by the user includes the maximum size of the target object, the number of target objects arranged in the horizontal direction, the gap distance between the target objects in the horizontal direction, the number of target objects arranged in the vertical direction, and the gap distance between the target objects in the vertical direction. The paper box types include folding paper boxes and pasting paper boxes, and the paper box material parameters are determined according to different paper box types.

[0013] Preferably, in the automatic design module of the packaging box, the internal dimension design unit establishes a dimension calculation mathematical model based on the target object information transmitted by the target object information input module to calculate the internal dimension of the packaging box; the external dimension design unit calculates the external dimension of the packaging box based on the internal dimension of the packaging box calculated by the internal dimension design unit.

[0014] Preferably, the internal dimension design unit establishes a dimension calculation mathematical model based on the target object information transmitted by the target object information input module to calculate the internal dimensions of the packaging carton. The specific contents are as follows:

[0015] Step S01: Calculate the internal dimensions of the packaging carton in the horizontal direction. The calculation formula is: S x =maxS x ×N x +d x (N x -1), where S x Indicates the horizontal internal size of the packaging carton, maxS x Indicates the maximum horizontal size of the target object, N xIndicates the number of target objects arranged in the horizontal direction, d x Indicates the horizontal clearance distance of the target object;

[0016] Step S02: Calculate the internal dimensions of the packaging carton in the vertical direction. The calculation formula is: S y =maxS y ×N y +d y (N y -1), where S y Indicates the internal size of the packaging carton in the vertical direction, maxS y Indicates the maximum size of the target object in the vertical direction, N y Indicates the number of target objects arranged in the vertical direction, d y Indicates the vertical clearance distance of the target object.

[0017] Preferably, the external dimension design unit calculates the external dimension of the packaging carton based on the internal dimension of the packaging carton calculated by the internal dimension design unit. Specifically, the external dimension design unit calculates the external dimension of the packaging carton as follows:

[0018] Step S01: Calculate the external dimensions of the packaging carton in the horizontal direction. The calculation formula is: Z x =S x +n x ×h, where Z x Indicates the horizontal external dimensions of the packaging carton, n x Indicates the number of line board layers between the horizontal inner and outer dimension limits, and h represents the thickness of the packaging carton;

[0019] Step S02: Calculate the external dimensions of the packaging carton in the vertical direction. The calculation formula is: Z y =S y +n y ×h, where Z y Indicates the external dimensions of the packaging carton in the vertical direction, n y Indicates the number of line board layers between the size limits of the inner and outer dimensions in the vertical direction.

[0020] Preferably, in the design size information output module, the carton processing parameters are determined according to the carton type transmitted by the target object information input module, and the parameters include error values of the packaging carton design dimensions preset according to different carton types.

[0021] Preferably, in the manufacturing dimension correction analysis module, a manufacturing dimension correction model is established based on the carton processing parameters transmitted by the design dimension information output module, and the specific contents of the correction analysis of the internal dimensions and external dimensions output by the design dimension information output module are as follows:

[0022] Step S01: Establish a manufacturing dimension correction model and calculate the correction coefficient of the internal dimension. The calculation formula is: where α s Indicates the correction factor for internal dimensions, ΔS x Indicates the error value of the internal dimension of the packaging carton in the horizontal direction according to the preset carton type, ΔS y Indicates the error value of the internal dimension of the packaging carton in the vertical direction according to the preset carton type;

[0023] Step S02: Establish a manufacturing dimension correction model and calculate the correction coefficient of the external dimension. The calculation formula is: where α z Indicates the correction factor for external dimensions, ΔZ x Indicates the error value of the external dimension of the packaging carton in the horizontal direction according to the preset carton type, ΔZ y Indicates the error value of the external dimension of the packaging carton in the vertical direction according to the preset carton type;

[0024] Step S03: After correction analysis, the inner dimension of the packaging carton in the horizontal direction is α s ×S x , the internal dimension of the packaging carton in the vertical direction is α s ×S y , the horizontal external dimension of the packaging carton is α z ×Z x , the outer dimension of the packaging carton in the vertical direction is α z ×Z y .

[0025] Preferably, the three-dimensional graphics conversion and matching module receives the internal dimension α of the packaging carton in the horizontal direction after correction analysis transmitted by the manufacturing dimension correction analysis module. s ×S x , the internal dimension of the packaging carton in the vertical direction α s ×S y , the horizontal external dimension of the packaging carton α z ×Z x , the external dimension of the packaging carton in the vertical direction α z ×Z y ,Use 3D modeling software to generate 3D graphics, and evaluate the matching results based on the feature point matching rate. The calculation formula of the feature point matching rate is: Where P represents the feature point matching rate, p1 represents the number of successfully matched feature points, and p 总 Indicates the total number of feature points;

[0026] The feature point matching rate P is compared with the preset matching threshold ΔP. If the feature point matching rate P is greater than or equal to the preset matching threshold ΔP, the evaluation result is a successful match. If the feature point matching rate P is less than the preset matching threshold ΔP, the evaluation result is an unsuccessful match.

[0027] Preferably, the matching result output module receives the matching result transmitted by the three-dimensional graphic conversion matching module, outputs the matching result to the user terminal, retains the successfully matched packaging carton data, performs a secondary analysis on the unsuccessfully matched packaging carton data, and adjusts the parameters.

[0028] A method for automatically designing a packaging carton drawing comprises the following steps:

[0029] Step S1: receiving target object information input by the user and determining the paper box type;

[0030] Step S2: establishing a dimension calculation mathematical model based on the target object information to calculate the inner dimension and outer dimension of the packaging carton;

[0031] Step S3: determining the carton processing parameters according to the carton type;

[0032] Step S4: Establish a manufacturing dimension correction model and perform correction analysis on internal and external dimensions;

[0033] Step S5: receiving the corrected and analyzed data to generate a three-dimensional graph, and performing matching processing on the graph;

[0034] Step S6: Output the matching result to the user terminal.

[0035] Technical effects and advantages of the present invention:

[0036] The present invention is provided with a target object information input module, a packaging carton automatic design module, a design dimension information output module, a manufacturing dimension correction analysis module, a three-dimensional graphics conversion and matching module and a matching result output module. The module receives the target object information input by the user, determines the type of the carton, and the internal dimension design unit establishes a dimension calculation mathematical model to calculate the internal dimension of the packaging carton. The external dimension design unit calculates the external dimension of the packaging carton based on the internal dimension of the packaging carton calculated by the internal dimension design unit. Through the manufacturing dimension correction model, the internal and external dimensions of the packaging carton are corrected and analyzed to generate a three-dimensional graphic, and the graphic is matched. The automatic design method quickly adjusts the design parameters according to different design requirements and generates diversified design schemes. According to the structural characteristic parameters of the object to be packaged and the material parameters of the cardboard, the dimensions of each component of the packaging carton are accurately calculated, thereby realizing the optimal allocation of resources. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] Figure 1 Flowchart of a system for automatic design of packaging carton drawings.

[0038] Figure 2 This is a flowchart of a method for automatically designing packaging carton drawings. DETAILED DESCRIPTION

[0039] The technical solutions of the present invention will be described clearly and completely below in conjunction with the drawings in the present invention. In addition, the forms of the various structures described in the following embodiments are merely examples. The method and system for automatic design of packaging carton drawings involved in the present invention are not limited to the various structures described in the following embodiments. All other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0040] like Figure 1 As shown, the present invention provides a system for automatic design of packaging carton drawings, comprising: a target object information input module, a packaging carton automatic design module, a design dimension information output module, a manufacturing dimension correction analysis module, a three-dimensional graphic conversion and matching module, and a matching result output module;

[0041] The target object information input module is used to receive the target object information input by the user, determine the carton type, and transmit the target object information to the packaging carton automatic design module, and transmit the carton type to the design size information output module. The user inputs the target object information through a graphical interface or text input method, and the system will determine the carton type based on the input information;

[0042] The automatic packaging carton design module includes an internal dimension design unit and an external dimension design unit, which establishes a dimension calculation mathematical model based on the target object information transmitted by the target object information input module to calculate the internal dimension and external dimension of the packaging carton, and transmits the internal dimension and external dimension to the design dimension information output module;

[0043] The design dimension information output module receives the internal and external dimensions transmitted by the packaging carton automatic design module, determines the carton processing parameters according to the carton type transmitted by the target object information input module, and transmits them to the manufacturing dimension correction analysis module;

[0044] The manufacturing dimension correction analysis module establishes a manufacturing dimension correction model based on the carton processing parameters transmitted by the design dimension information output module, performs correction analysis on the internal and external dimensions output by the design dimension information output module, and transmits the corrected and analyzed data to the three-dimensional graphics conversion and matching module;

[0045] The three-dimensional graphics conversion and matching module receives the corrected and analyzed data transmitted by the manufacturing size correction and analysis module to generate a three-dimensional graphics, performs matching processing on the graphics, and transmits the matching results to the matching result output module;

[0046] The matching result output module receives the matching result transmitted by the three-dimensional graphic conversion matching module and outputs the matching result to the user terminal.

[0047] In this embodiment, it should be specifically explained that in the target object information input module, the target object information input by the user includes the maximum size of the target object, the number of target objects arranged in the horizontal direction, the gap distance between the target objects in the horizontal direction, the number of target objects arranged in the vertical direction, and the gap distance between the target objects in the vertical direction. The paper box types include folding paper boxes and pasting paper boxes, and the paper box material parameters are determined according to different paper box types.

[0048] In this embodiment, it should be specifically explained that in the automatic design module of the packaging box, the internal dimension design unit establishes a dimension calculation mathematical model based on the target object information transmitted by the target object information input module to calculate the internal dimension of the packaging box; the external dimension design unit calculates the external dimension of the packaging box based on the internal dimension of the packaging box calculated by the internal dimension design unit.

[0049] In this embodiment, it should be specifically explained that the internal dimension design unit establishes a dimension calculation mathematical model based on the target object information transmitted by the target object information input module to calculate the internal dimensions of the packaging paper box as follows:

[0050] Step S01: Calculate the internal dimensions of the packaging carton in the horizontal direction. The calculation formula is: S x =max S x ×N x +d x (N x -1), where S x Indicates the horizontal internal size of the packaging carton, maxS x Indicates the maximum horizontal size of the target object, N x Indicates the number of target objects arranged in the horizontal direction, d x Indicates the horizontal clearance distance of the target object;

[0051] Step S02: Calculate the internal dimensions of the packaging carton in the vertical direction. The calculation formula is: S y =maxS y ×N y +d y (N y -1), where S yIndicates the internal size of the packaging carton in the vertical direction, maxS y Indicates the maximum size of the target object in the vertical direction, N y Indicates the number of target objects arranged in the vertical direction, d y Indicates the vertical clearance distance of the target object.

[0052] In this embodiment, it should be specifically explained that the specific content of the external dimensions of the packaging paper box obtained by the external dimension design unit based on the internal dimensions of the packaging paper box calculated by the internal dimension design unit is as follows:

[0053] Step S01: Calculate the external dimensions of the packaging carton in the horizontal direction. The calculation formula is: Z x =S x +n x ×h, where Z x Indicates the horizontal external dimensions of the packaging carton, n x Indicates the number of line board layers between the horizontal inner and outer dimension limits, and h represents the thickness of the packaging carton;

[0054] Step S02: Calculate the external dimensions of the packaging carton in the vertical direction. The calculation formula is: Z y =S y +n y ×h, where Z y Indicates the external dimensions of the packaging carton in the vertical direction, n y Indicates the number of line board layers between the size limits of the inner and outer dimensions in the vertical direction.

[0055] In this embodiment, it should be specifically explained that, in the design size information output module, the carton processing parameters are determined according to the carton type transmitted by the target object information input module, and the parameters include error values of the packaging carton design dimensions preset according to different carton types.

[0056] In this embodiment, it should be specifically explained that, in the manufacturing dimension correction analysis module, a manufacturing dimension correction model is established based on the carton processing parameters transmitted by the design dimension information output module, and the specific contents of the correction analysis of the internal dimensions and external dimensions output by the design dimension information output module are as follows:

[0057] Step S01: Establish a manufacturing dimension correction model and calculate the correction coefficient of the internal dimension. The calculation formula is: where α s Indicates the correction factor for internal dimensions, ΔS x Indicates the error value of the internal dimension of the packaging carton in the horizontal direction according to the preset carton type, ΔS y Indicates the error value of the internal dimension of the packaging carton in the vertical direction according to the preset carton type;

[0058] Step S02: Establish a manufacturing dimension correction model and calculate the correction coefficient of the external dimension. The calculation formula is: where α z Indicates the correction factor for external dimensions, ΔZ x Indicates the error value of the external dimension of the packaging carton in the horizontal direction according to the preset carton type, ΔZ y Indicates the error value of the external dimension of the packaging carton in the vertical direction according to the preset carton type;

[0059] Step S03: After correction analysis, the inner dimension of the packaging carton in the horizontal direction is α s ×S x , the internal dimension of the packaging carton in the vertical direction is α s ×S y , the horizontal external dimension of the packaging carton is α z ×Z x , the outer dimension of the packaging carton in the vertical direction is α z ×Z y .

[0060] In this embodiment, it should be specifically explained that the three-dimensional graphics conversion and matching module receives the internal dimension α of the packaging carton in the horizontal direction after correction and analysis transmitted by the manufacturing dimension correction and analysis module. s ×S x , the internal dimension of the packaging carton in the vertical direction α s ×S y , the horizontal external dimension of the packaging carton α z ×Z x , the external dimension of the packaging carton in the vertical direction α z ×Z y , using 3D modeling software to generate a 3D graphic, extracting feature points of the 3D graphic, comparing the feature points of the 3D graphic with those of a template graphic, and calculating a matching rate between the feature points of the 3D graphic and the feature points of the template graphic, wherein the template graphic represents an ideal standard graphic automatically derived based on target object information, and evaluating the matching result based on the feature point matching rate, wherein the feature point matching rate is calculated as follows: Where P represents the feature point matching rate, p1 represents the number of successfully matched feature points, and p 总 Indicates the total number of feature points;

[0061] The feature point matching rate P is compared with the preset matching threshold ΔP. If the feature point matching rate P is greater than or equal to the preset matching threshold ΔP, the evaluation result is a successful match. If the feature point matching rate P is less than the preset matching threshold ΔP, the evaluation result is an unsuccessful match.

[0062] In this embodiment, it should be specifically explained that the matching result output module receives the matching result transmitted by the three-dimensional graphic conversion and matching module, outputs the matching result to the user terminal, retains the packaging carton data that has been successfully matched, performs a secondary analysis on the packaging carton data that has not been successfully matched, and adjusts the parameters;

[0063] Users can view the matching results through the terminal and make further adjustments and optimizations. For packaging carton data that is not successfully matched, the system provides a secondary analysis function to help users find the problem and adjust relevant parameters to improve the matching success rate.

[0064] like Figure 2 As shown, in this embodiment, it should be specifically explained that a method for automatically designing a packaging carton drawing includes the following steps:

[0065] Step S1: receiving target object information input by the user and determining the paper box type;

[0066] Step S2: establishing a dimension calculation mathematical model based on the target object information to calculate the inner dimension and outer dimension of the packaging carton;

[0067] Step S3: determining the carton processing parameters according to the carton type;

[0068] Step S4: Establish a manufacturing dimension correction model and perform correction analysis on internal and external dimensions;

[0069] Step S5: receiving the corrected and analyzed data to generate a three-dimensional graph, and performing matching processing on the graph;

[0070] Step S6: Output the matching result to the user terminal.

[0071] In this embodiment, it should be specifically explained that the difference between this embodiment and the prior art lies in that this embodiment receives the target object information input by the user and determines the type of carton by providing a target object information input module, a packaging carton automatic design module, a design dimension information output module, a manufacturing dimension correction analysis module, a three-dimensional graphics conversion and matching module and a matching result output module. The internal dimension design unit establishes a dimension calculation mathematical model to calculate the internal dimension of the packaging carton. The external dimension design unit calculates the external dimension of the packaging carton based on the internal dimension of the packaging carton calculated by the internal dimension design unit. Through the manufacturing dimension correction model, the internal and external dimensions of the packaging carton are corrected and analyzed to generate a three-dimensional graphic, and the graphic is matched. The automatic design method quickly adjusts the design parameters according to different design requirements and generates a variety of design schemes. According to the structural characteristic parameters of the object to be packaged and the material parameters of the cardboard, the dimensions of each component of the packaging carton are accurately calculated, thereby realizing the optimal allocation of resources.

[0072] Finally: The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the scope of protection of the present invention.

[0073] The above description is merely a specific embodiment of the present application, but the scope of protection of the present application is not limited thereto. Any changes or substitutions that can be easily conceived by a person skilled in the art within the technical scope disclosed in this application should be included in the scope of protection of this application. Therefore, the scope of protection of this application should be based on the scope of protection of the claims.

Claims

1. A system for automatically designing packaging carton drawings, characterized by: include: Target object information input module, packaging carton automatic design module, design dimension information output module, manufacturing dimension correction analysis module, 3D graphics conversion and matching module, and matching result output module; The target object information input module is used to receive the target object information input by the user, determine the carton type, and transmit the target object information to the packaging carton automatic design module, and transmit the carton type to the design size information output module; The automatic packaging carton design module includes an internal dimension design unit and an external dimension design unit, which establishes a dimension calculation mathematical model based on the target object information transmitted by the target object information input module to calculate the internal dimension and external dimension of the packaging carton, and transmits the internal dimension and external dimension to the design dimension information output module; The design dimension information output module receives the internal and external dimensions transmitted by the packaging carton automatic design module, determines the carton processing parameters according to the carton type transmitted by the target object information input module, and transmits them to the manufacturing dimension correction analysis module; The manufacturing dimension correction analysis module establishes a manufacturing dimension correction model based on the carton processing parameters transmitted by the design dimension information output module, performs correction analysis on the internal and external dimensions output by the design dimension information output module, and transmits the corrected and analyzed data to the three-dimensional graphics conversion and matching module; The three-dimensional graphics conversion and matching module receives the corrected and analyzed data transmitted by the manufacturing size correction and analysis module to generate a three-dimensional graphics, performs matching processing on the graphics, and transmits the matching results to the matching result output module; The matching result output module receives the matching result transmitted by the three-dimensional graphic conversion matching module and outputs the matching result to the user terminal.

2. The system for automatically designing packaging carton drawings according to claim 1, characterized in that: In the target object information input module, the target object information input by the user includes the maximum size of the target object, the number of target objects arranged in the horizontal direction, the gap distance between the target objects in the horizontal direction, the number of target objects arranged in the vertical direction, and the gap distance between the target objects in the vertical direction. The paper box type includes folding paper boxes and pasting paper boxes, and the paper box material parameters are determined according to different paper box types.

3. The system for automatically designing packaging carton drawings according to claim 1, characterized in that: In the automatic packaging carton design module, the internal dimension design unit establishes a dimension calculation mathematical model based on the target object information transmitted by the target object information input module to calculate the internal dimension of the packaging carton; The external dimension design unit obtains the external dimension of the packaging carton based on the internal dimension of the packaging carton calculated by the internal dimension design unit.

4. The system for automatically designing packaging carton drawings according to claim 3, characterized in that: The internal dimension design unit establishes a dimension calculation mathematical model based on the target object information transmitted by the target object information input module to calculate the internal dimensions of the packaging carton. The specific contents are as follows: Step S01: Calculate the internal dimensions of the packaging carton in the horizontal direction. The calculation formula is: S x =max S x ×N x +d x (N x -1), where S x Indicates the horizontal internal size of the packaging carton, maxS x Indicates the maximum horizontal size of the target object, N x Indicates the number of target objects arranged in the horizontal direction, d x Indicates the horizontal clearance distance of the target object; Step S02: Calculate the internal dimensions of the packaging carton in the vertical direction. The calculation formula is: S y =maxS y ×N y +d y (N y -1), where S y Indicates the internal size of the packaging carton in the vertical direction, maxS y Indicates the maximum size of the target object in the vertical direction, N y Indicates the number of target objects arranged in the vertical direction, d y Indicates the vertical clearance distance of the target object.

5. The system for automatically designing packaging carton drawings according to claim 3, characterized in that: The specific content of the external dimension design unit calculating the external dimension of the packaging carton based on the internal dimension design unit calculating the internal dimension of the packaging carton is as follows: Step S01: Calculate the external dimensions of the packaging carton in the horizontal direction. The calculation formula is: Z x =S x +n x ×h, where Z x Indicates the horizontal external dimensions of the packaging carton, n x Indicates the number of line board layers between the horizontal inner and outer dimension limits, and h represents the thickness of the packaging carton; Step S02: Calculate the external dimensions of the packaging carton in the vertical direction. The calculation formula is: Z y =S y +n y ×h, where Z y Indicates the external dimensions of the packaging carton in the vertical direction, n y Indicates the number of line board layers between the size limits of the inner and outer dimensions in the vertical direction.

6. The system for automatically designing packaging carton drawings according to claim 1, characterized in that: In the design size information output module, the carton processing parameters are determined according to the carton type transmitted by the target object information input module, and the parameters include error values of the packaging carton design dimensions preset according to different carton types.

7. The system for automatically designing packaging carton drawings according to claim 1, characterized in that: In the manufacturing dimension correction analysis module, based on the carton processing parameters transmitted by the design dimension information output module, a manufacturing dimension correction model is established, and the specific contents of the correction analysis of the internal dimensions and external dimensions output by the design dimension information output module are as follows: Step S01: Establish a manufacturing dimension correction model and calculate the correction coefficient of the internal dimension. The calculation formula is: where α s Indicates the correction factor for internal dimensions, ΔS x Indicates the error value of the internal dimension of the packaging carton in the horizontal direction according to the preset carton type, ΔS y Indicates the error value of the internal dimension of the packaging carton in the vertical direction according to the preset carton type; Step S02: Establish a manufacturing dimension correction model and calculate the correction coefficient of the external dimension. The calculation formula is: Among them ɑ z Indicates the correction factor for external dimensions, ΔZ x Indicates the error value of the external dimension of the packaging carton in the horizontal direction according to the preset carton type, ΔZ y Indicates the error value of the external dimension of the packaging carton in the vertical direction according to the preset carton type; Step S03: After correction analysis, the inner dimension of the packaging carton in the horizontal direction is α s ×S x , the internal dimension of the packaging carton in the vertical direction is α s ×S y , the horizontal external dimension of the packaging carton is α z ×Z x , the outer dimension of the packaging carton in the vertical direction is α z ×Z y .

8. The system for automatically designing packaging carton drawings according to claim 1, characterized in that: The three-dimensional graphics conversion and matching module receives the internal dimension α of the packaging carton in the horizontal direction after correction analysis transmitted by the manufacturing dimension correction analysis module. s ×S x , the internal dimension of the packaging carton in the vertical direction α s ×S y , the horizontal external dimension of the packaging carton α z ×Z x , the external dimension of the packaging carton in the vertical direction α z ×Z y ,Use 3D modeling software to generate 3D graphics, and evaluate the matching results based on the feature point matching rate. The calculation formula of the feature point matching rate is: Where P represents the feature point matching rate, p1 represents the number of successfully matched feature points, and p 总 Indicates the total number of feature points; The feature point matching rate P is compared with the preset matching threshold ΔP. If the feature point matching rate P is greater than or equal to the preset matching threshold ΔP, the evaluation result is a successful match. If the feature point matching rate P is less than the preset matching threshold ΔP, the evaluation result is an unsuccessful match.

9. The system for automatically designing packaging carton drawings according to claim 1, characterized in that: The matching result output module receives the matching result transmitted by the three-dimensional graphic conversion matching module, outputs the matching result to the user terminal, retains the packaging carton data that has been successfully matched, performs a secondary analysis on the packaging carton data that has not been successfully matched, and adjusts the parameters.

10. A method for automatically designing packaging carton drawings, used in a system for automatically designing packaging carton drawings according to any one of claims 1 to 9, characterized in that: The following steps are involved: Step S1: receiving target object information input by the user and determining the paper box type; Step S2: establishing a dimension calculation mathematical model based on the target object information to calculate the inner dimension and outer dimension of the packaging carton; Step S3: determining the carton processing parameters according to the carton type; Step S4: Establish a manufacturing dimension correction model and perform correction analysis on internal and external dimensions; Step S5: receiving the corrected and analyzed data to generate a three-dimensional graph, and performing matching processing on the graph; Step S6: Output the matching result to the user terminal.

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