CN113176769A - Corrugated paper process control optimization method and system based on application demand data model - Google Patents
Corrugated paper process control optimization method and system based on application demand data model Download PDFInfo
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- 238000005299 abrasion Methods 0.000 description 1
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Abstract
The invention provides a corrugated paper process control optimization method and system based on a use requirement data model. According to the invention, the purpose description information of corrugated paper package is obtained through a production order interface, further based on a purpose demand data model, the analysis of the performance requirement of corrugated paper is realized according to the purpose description information, and according to the quantized analysis value of the performance requirement, the analysis value is mapped into a corrugated paper production process link and link parameters thereof, and the optimized control of the production of each process link of corrugated paper is carried out based on the link parameters.
Description
Technical Field
The invention relates to the technical field of corrugated paper, in particular to a corrugated paper process control optimization method and system based on a use demand data model.
Background
The corrugated paper is an important packaging material, can be used as an outer packaging box, a lining, a bottom pad and the like, plays a role in buffering external force, avoiding abrasion and the like, and has wide application. Corrugated board has been used as a packaging material and has been required to have various properties such as firmness, weight, thickness, compression resistance, impact resistance, moisture absorption, and water resistance. These properties are inseparable from the process design and parameter selection at the corrugated paper production stage.
In the production stage, the process links and parameters related to the performance of the corrugated paper comprise the following aspects: (1) a base paper supply link, wherein the process parameters comprise base paper quality grade and water content; (2) a raw paper preheating link, wherein technological parameters comprise preheating time length and preheating temperature; (3) in the corrugation making step, the technological parameters comprise corrugation type and corrugation size parameters; (4) multiple preheating links, wherein the technological parameters comprise preheating time length and preheating temperature; (5) the process parameters comprise sizing amount, mucilage water content, hot pressing pressure and temperature, drying temperature and drying duration; (6) surface additional treatment, grooving, cutting and other post-treatment links, wherein the process parameters comprise surface pasting materials and grooving parameters.
In the prior art, the quantization requirements of the performance of the corrugated paper are generally determined according to a predicted fixed value or a predicted numerical range, and then parameters of each process link are determined. However, in practical applications, the performance requirements of the corrugated paper are mainly determined by the usage, and are closely related to external stress and environmental factors in the application process caused by the usage, including differences of factors such as load bearing, pressure bearing, external force extrusion and collision bearing, air humidity, temperature and the like in the practical application process, which cause the performance requirements of the applicable corrugated paper packaging material to be obviously changed.
Due to the wide applicability and the various use requirements of the corrugated paper, the setting of the performance of the corrugated paper in the prior art is often not completely matched with the use requirements, and further the parameters of the production process link of the corrugated paper cannot be adjusted adaptively.
Disclosure of Invention
In view of the above problems, the present invention provides a corrugated paper process control optimization method and system based on a usage demand data model. According to the invention, the purpose description information of corrugated paper package is obtained through a production order interface, further based on a purpose demand data model, the analysis of the performance requirement of corrugated paper is realized according to the purpose description information, and according to the quantized analysis value of the performance requirement, the analysis value is mapped into a corrugated paper production process link and link parameters thereof, and the optimized control of the production of each process link of corrugated paper is carried out based on the link parameters.
The invention provides a corrugated paper process control optimization method based on an application demand data model, which is characterized by comprising the following steps of:
obtaining the usage description information of the corrugated paper package through a production order interface;
based on the usage demand data model, the analysis of the performance requirement of the corrugated paper is realized according to the usage description information, and the accumulated influence degree of the usage demand on the performance requirement of the corrugated paper is obtained;
determining production performance parameters of each performance requirement by combining the accumulated influence degree on the basis of initial performance parameters according to the accumulated influence degree of each performance requirement;
after the production performance parameters of each performance requirement of the corrugated paper are determined, the production process links and the link parameters of the corrugated paper are determined according to the production performance parameters, and the optimized control of the production of each process link of the corrugated paper is carried out based on the link parameters.
Preferably, the usage description information has a plurality of usage reference dimensions, the usage reference dimensions including: the application type of corrugated paper package, the package bearing object information of corrugated paper package, and the logistics information of corrugated paper package.
Preferably, the usage requirement data model is represented as:
wherein the content of the first and second substances,
the cumulative impact of the ith performance requirement,
the total number of dimensions is referenced for purposes having correspondence with the ith performance requirement,
the influence degree of the j application reference dimension corresponding to the i performance requirement on the i performance requirement is reduced,
the relative weight coefficients of the influence of the dimension on the ith performance requirement are referenced for the jth use, and,
。
preferably, the influence degree is respectively influenced by each use reference dimension corresponding to the ith performance requirement
And assigning, specifically comprising: according to a preset mapping rule, mapping the influence degree assignment of the reference dimension on the ith performance requirement according to each application; determining a relative comparison matrix of the influence values of the application reference dimensions aiming at the influence values of the application reference dimensions which have corresponding relation with the ith performance requirement; and calculating a relative weight coefficient of the influence degree of the application reference dimension corresponding to the ith performance requirement according to the relative comparison matrix, and generating a relative weight coefficient set based on the relative weight coefficient.
Preferably, the initial performance parameters of the corrugated board in terms of strength, weight, thickness, compression resistance, impact resistance, moisture absorption and water resistance are expressed as
The invention also provides a corrugated paper process control optimization system based on the application demand data model, which comprises the following steps: the system comprises a production order interface, a use description information analysis module, a corrugated paper performance requirement analysis module, a production performance parameter setting module and a process link control interface;
the production order interface is connected with a corrugated paper packaging ordering party and used for obtaining an input order form from the ordering party;
the usage description information analysis module is used for obtaining usage description information of corrugated paper packaging through a production order interface;
the corrugated paper performance requirement analysis module is used for realizing analysis on the corrugated paper performance requirement according to the application description information based on the application requirement data model and obtaining the accumulated influence degree of the application requirement on the corrugated paper performance requirement;
the production performance parameter setting module is used for determining the production performance parameters of each performance requirement according to the accumulated influence degree of each performance requirement and by combining the accumulated influence degree on the basis of the initial performance parameters;
and the process link control interface is used for determining production performance parameters of each performance requirement of the corrugated paper, determining a corrugated paper production process link and link parameters thereof according to the production performance parameters, and performing optimized control on production of each process link of the corrugated paper based on the link parameters.
Preferably, the usage description information has a plurality of usage reference dimensions, the usage reference dimensions including: the application type of corrugated paper package, the package bearing object information of corrugated paper package, and the logistics information of corrugated paper package.
Preferably, the usage requirement data model is represented as:
wherein the content of the first and second substances,
the cumulative impact of the ith performance requirement,
the total number of dimensions is referenced for purposes having correspondence with the ith performance requirement,
the influence degree of the j application reference dimension corresponding to the i performance requirement on the i performance requirement is reduced,
the relative weight coefficients of the influence of the dimension on the ith performance requirement are referenced for the jth use, and,
。
preferably, the corrugated paper performance requirement analysis module respectively influences the degree of influence according to each application reference dimension corresponding to the ith performance requirement
And assigning, specifically comprising: according to a preset mapping rule, mapping the influence degree assignment of the reference dimension on the ith performance requirement according to each application; aiming at the influence values of the use reference dimensions corresponding to the ith performance requirement, determining the relative ratio of the influence values of the use reference dimensionsComparing the matrix; and calculating a relative weight coefficient of the influence degree of the application reference dimension corresponding to the ith performance requirement according to the relative comparison matrix, and generating a relative weight coefficient set based on the relative weight coefficient.
Preferably, the initial performance parameters of the corrugated board in terms of strength, weight, thickness, compression resistance, impact resistance, moisture absorption and water resistance are expressed as
The technical scheme provided by the embodiment of the invention has the beneficial effects that at least:
according to the invention, the purpose description information of corrugated paper package is obtained through a production order interface, further based on a purpose demand data model, the analysis of the performance requirement of corrugated paper is realized according to the purpose description information, and according to the quantized analysis value of the performance requirement, the analysis value is mapped into a corrugated paper production process link and link parameters thereof, and the optimized control of the production of each process link of corrugated paper is carried out based on the link parameters.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:
fig. 1 is a flowchart of a corrugated paper process control optimization method based on an application requirement data model according to an embodiment of the present invention;
fig. 2 is a flowchart of an impact assignment process in the application demand data model according to the embodiment of the present invention;
fig. 3 is a structural diagram of a corrugated paper process control optimization system based on an application requirement data model according to an embodiment of the present invention.
Detailed Description
Exemplary embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings. While exemplary embodiments of the present disclosure are shown in the drawings, it should be understood that the present disclosure may be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the disclosure to those skilled in the art.
The invention provides a corrugated paper process control optimization method and system based on a use requirement data model. According to the invention, the purpose description information of corrugated paper package is obtained through a production order interface, further based on a purpose demand data model, the analysis of the performance requirement of corrugated paper is realized according to the purpose description information, and according to the influence degree of the performance requirement, the purpose description information is mapped into a corrugated paper production process link and link parameters thereof, and the optimized control of the production of each process link of corrugated paper is carried out based on the link parameters.
Referring to fig. 1, the corrugated paper process control optimization method based on the application requirement data model comprises the following steps.
And step S101, obtaining the usage description information of the corrugated paper package through a production order interface. The corrugated paper production system obtains an order form of corrugated paper packages from an ordering party and extracts usage description information of the corrugated paper packages from additional information recorded in the order form. The usage description information has a plurality of usage reference dimensions, specifically, the usage reference dimensions of the usage description information comprise usage types of corrugated paper packages, and the usage types comprise outer packaging boxes, inner liners and bottom cushions; the purpose reference dimension of the purpose description information also comprises packaging bearing object information packaged by corrugated paper, and the packaging bearing object information represents the weight of a bearing object and the external force buffering requirement to be met by protecting the bearing object; the usage reference dimension of the usage description information further comprises logistics information of corrugated paper packages, the pressure bearing requirement and the anti-collision requirement of the corrugated paper packages can be obtained based on the logistics information, and the air temperature and humidity environment in the corrugated paper transportation and storage process can also be obtained based on the logistics information.
And S102, analyzing the performance requirement of the corrugated paper according to the use description information based on the use requirement data model, and obtaining the accumulated influence degree of the use requirement on the performance requirement of the corrugated paper.
The performance requirements of corrugated paper include firmness, weight, thickness, crush resistance, impact resistance, moisture absorption, and water resistance. The application requirement data model expresses the accumulative influence degree of each application reference dimension on the performance requirement. The usage requirement data model is expressed as:
wherein the content of the first and second substances,
the cumulative impact of the ith performance requirement,
the total number of dimensions is referenced for purposes having correspondence with the ith performance requirement,
the influence degree of the j application reference dimension corresponding to the i performance requirement on the i performance requirement is reduced,
the relative weight coefficients of the influence of the dimension on the ith performance requirement are referenced for the jth use, and,
。
in this step, the respective usage reference dimensions according to the usage description information extracted in step S101 are used
Influence degree in road demand data model
Assigning; further, according to the influence degree and the weight coefficient after the assignment
The accumulated influence degree of each application reference dimension of the application description information on each performance requirement can be calculated
。
More specifically, the influence degree is respectively influenced by each use reference dimension corresponding to the ith performance requirement
Assignment (where j =1 to
) The specific process is shown in fig. 2.
And step S1021, according to a preset mapping rule, according to each application reference dimension, mapping the influence degree assignment of the application reference dimension on the ith performance requirement. A mapping rule table is preset, and is used for defining a use reference dimension corresponding to each performance requirement, namely 1 st to 1 st performance requirements
Variety use reference dimension and influence value corresponding to dimension value of each use reference dimension
(wherein j =1 to
). For example, for the performance requirement of the corrugated paper thickness, by referring to the mapping rule table, according to the dimension value of the application type in the application reference dimension, the dimension value of the load bearing object weight and the external force cache requirement, the pressure bearing requirement and the dimension value of the anti-collision requirement, the corresponding influence value is obtained according to the dimension values respectively.
Step S1022, determining a relative comparison matrix of the influence values of the respective use reference dimensions with respect to the influence value of the use reference dimension having a correspondence with the ith performance requirement.
Wherein, the influence degree of each application reference dimension corresponding to the ith performance requirement
Value is integrated as
Degree of influence of dimension is referred to for each application
Generating a relative comparison matrix A by pairwise comparison, wherein the phasesThe formula for the comparison matrix a is as follows:
in the above-mentioned formula, the compound of formula,
indicating degree of influence
Relative degree of influence
Has the following properties:
and S1023, calculating a relative weight coefficient of the influence degree of the application reference dimension corresponding to the ith performance requirement according to the relative comparison matrix, and generating a relative weight coefficient set based on the relative weight coefficient.
The relative weight of the influence degree of the application reference dimension corresponding to the ith performance requirement is expressed by the following formula:
wherein, the row vectors of the judgment matrix A are normalized, the average value is calculated, and the relative weight coefficient is generated
The calculation formula is as follows:
and S103, determining the production performance parameters of each performance requirement by combining the accumulated influence degree on the basis of the initial performance parameters according to the accumulated influence degree of each performance requirement.
In particular, as previously described, the cumulative impact is determined for each performance requirement, e.g., the ith performance requirement
The initial performance parameters of the corrugated board in terms of strength, weight, thickness, compression resistance, impact resistance, moisture absorption and water resistance are expressed as
Wherein
Is the initial performance parameter of the ith performance requirement, the accumulated influence degree is combined according to the ith performance requirement
The performance required production performance parameter is then expressed as
. Further, the production performance parameters for each performance requirement of the corrugated paper are expressed as
And step S104, after the production performance parameters of each performance requirement of the corrugated paper are determined, the production process links and the link parameters of the corrugated paper are determined according to the production performance parameters, and the optimized control of the production of each process link of the corrugated paper is carried out based on the link parameters.
The invention presets L production process link parameter schemes aiming at the production of corrugated paper, and each of the L production process link parameter schemes comprises the related process link and link parameters thereof. And, each branch in the L production process link parameter schemesPerformance parameters respectively corresponding to the performance requirements of the corrugated paper; first, the
The performance parameters of the corrugated paper corresponding to the parameter scheme of the production process link are expressed as
Wherein
. Production performance parameters according to various performance requirements of corrugated paper
Corrugated paper performance parameters corresponding to each of the L production process link parameter schemes
Selecting a production process link parameter scheme with the highest similarity from the similarity, debugging on the basis of the scheme to obtain link parameters of the corrugated paper production process link, and performing optimized control on production of each process link of the corrugated paper based on the link parameters.
Referring to fig. 3, the present invention further provides a corrugated paper process control optimization system based on an application requirement data model, including: the system comprises a production order interface, a use description information analysis module, a corrugated paper performance requirement analysis module, a production performance parameter setting module and a process link control interface. The above interfaces and modules of the system are communicated with each other through an internet of things.
The production order interface is connected with a corrugated paper packaging ordering party, and an input order form is obtained from the ordering party; the order form includes basic information relating to the order quantity of corrugated paper, the delivery time period, the price and additional information relating to the usage type of corrugated paper, the load bearing materials, the logistics and the like.
And the corrugated paper performance requirement analysis module is used for obtaining the usage description information of the corrugated paper package through the production order interface. Aiming at an order form of corrugated paper packages obtained from an ordering party, the corrugated paper performance requirement analysis module extracts the use description information of the corrugated paper packages from the additional information recorded in the order form. The usage description information has a plurality of usage reference dimensions, specifically, the usage reference dimensions of the usage description information comprise usage types of corrugated paper packages, and the usage types comprise outer packaging boxes, inner liners and bottom cushions; the purpose reference dimension of the purpose description information also comprises packaging bearing object information packaged by corrugated paper, and the packaging bearing object information represents the weight of a bearing object and the external force buffering requirement to be met by protecting the bearing object; the usage reference dimension of the usage description information further comprises logistics information of corrugated paper packages, the pressure bearing requirement and the anti-collision requirement of the corrugated paper packages can be obtained based on the logistics information, and the air temperature and humidity environment in the corrugated paper transportation and storage process can also be obtained based on the logistics information.
The corrugated paper performance requirement analysis module is used for realizing analysis of corrugated paper performance requirements according to the use description information based on the use requirement data model and obtaining the accumulated influence degree of the use requirements on the corrugated paper performance requirements.
The performance requirements of corrugated paper include firmness, weight, thickness, crush resistance, impact resistance, moisture absorption, and water resistance. The application requirement data model expresses the accumulative influence degree of each application reference dimension on the performance requirement. The usage requirement data model is expressed as:
wherein the content of the first and second substances,
the cumulative impact of the ith performance requirement,
the total number of dimensions is referenced for purposes having correspondence with the ith performance requirement,
the influence degree of the j application reference dimension corresponding to the i performance requirement on the i performance requirement is reduced,
the relative weight coefficients of the influence of the dimension on the ith performance requirement are referenced for the jth use, and,
。
the corrugated paper performance requirement analysis module is used for analyzing the influence degree in the application demand data model according to each application reference dimension of the extracted application description information
Assigning; further, according to the influence degree after the assignment
And weight coefficient
The accumulated influence degree of each application reference dimension of the application description information on each performance requirement can be calculated
。
More specifically, the corrugated paper performance requirement analysis module respectively influences the degree according to each application reference dimension corresponding to the ith performance requirement
Assignment (where j =1 to
) The specific process comprises the following steps:
according to a preset mapping rule, mapping the influence degree of each application reference dimension on the ith performance requirementAnd (7) assigning values. A mapping rule table is preset, and is used for defining a use reference dimension corresponding to each performance requirement, namely 1 st to 1 st performance requirements
Variety use reference dimension and influence value corresponding to dimension value of each use reference dimension
(wherein j =1 to
). For example, for the performance requirement of the corrugated paper thickness, by referring to the mapping rule table, according to the dimension value of the application type in the application reference dimension, the dimension value of the load bearing object weight and the external force cache requirement, the pressure bearing requirement and the dimension value of the anti-collision requirement, the corresponding influence value is obtained according to the dimension values respectively.
And determining a relative comparison matrix of the influence values of the application reference dimensions aiming at the influence values of the application reference dimensions corresponding to the ith performance requirement.
Wherein, the influence degree of each application reference dimension corresponding to the ith performance requirement
Value is integrated as
Degree of influence of dimension is referred to for each application
Generating a relative comparison matrix A through pairwise comparison, wherein the formula of the relative comparison matrix A is as follows:
in the above-mentioned formula, the compound of formula,
indicating degree of influence
Relative degree of influence
Has the following properties:
and calculating a relative weight coefficient of the influence degree of the application reference dimension corresponding to the ith performance requirement according to the relative comparison matrix, and generating a relative weight coefficient set based on the relative weight coefficient.
The relative weight of the influence degree of the application reference dimension corresponding to the ith performance requirement is expressed by the following formula:
wherein, the row vectors of the judgment matrix A are normalized, the average value is calculated, and the relative weight coefficient is generated
The calculation formula is as follows:
the production performance parameter setting module determines the production performance parameters of each performance requirement according to the accumulated influence degree of each performance requirement on the basis of the initial performance parameters and by combining the accumulated influence degree.
In particular, the method comprises the following steps of,as previously described, the accumulated impact is determined for each performance requirement, e.g., the ith performance requirement
The initial performance parameters of the corrugated board in terms of strength, weight, thickness, compression resistance, impact resistance, moisture absorption and water resistance are expressed as
Wherein
Is the initial performance parameter of the ith performance requirement, the accumulated influence degree is combined according to the ith performance requirement
The performance required production performance parameter is then expressed as
. Further, the production performance parameters for each performance requirement of the corrugated paper are expressed as
。
And after the process link control interface determines the production performance parameters of each performance requirement of the corrugated paper, determining the production process link and the link parameters of the corrugated paper according to the production performance parameters, and performing the optimized control of the production of each process link of the corrugated paper based on the link parameters.
The invention presets L production process link parameter schemes aiming at the production of corrugated paper, and each of the L production process link parameter schemes comprises the related process link and link parameters thereof. Each of the L production process link parameter schemes respectively corresponds to the performance parameter required by the performance of each corrugated paper; first, the
The performance parameters of the corrugated paper corresponding to the parameter scheme of the production process link are expressed as
Wherein
. The process link controls the production performance parameters of the interface according to the performance requirements of the corrugated paper
Corrugated paper performance parameters corresponding to each of the L production process link parameter schemes
Selecting a production process link parameter scheme with the highest similarity from the similarity, debugging on the basis of the scheme to obtain link parameters of the corrugated paper production process link, and performing optimized control on production of each process link of the corrugated paper based on the link parameters.
Therefore, the purpose description information of corrugated paper packaging is obtained through the production order interface, analysis on the performance requirement of the corrugated paper is realized according to the purpose description information based on the purpose requirement data model, the quantized analysis value of the performance requirement is mapped into a corrugated paper production process link and link parameters thereof, and the optimized control of the production of each process link of the corrugated paper is carried out based on the link parameters.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.
Claims (10)
1. A corrugated paper process control optimization method based on an application demand data model is characterized by comprising the following steps:
obtaining the usage description information of the corrugated paper package through a production order interface;
based on the usage demand data model, the analysis of the performance requirement of the corrugated paper is realized according to the usage description information, and the accumulated influence degree of the usage demand on the performance requirement of the corrugated paper is obtained;
determining production performance parameters of each performance requirement by combining the accumulated influence degree on the basis of initial performance parameters according to the accumulated influence degree of each performance requirement;
after the production performance parameters of each performance requirement of the corrugated paper are determined, the production process links and the link parameters of the corrugated paper are determined according to the production performance parameters, and the optimized control of the production of each process link of the corrugated paper is carried out based on the link parameters.
2. The corrugated paper process control optimization method based on the application requirement data model as claimed in claim 1, wherein the application description information has a plurality of application reference dimensions, and the application reference dimensions include: the application type of corrugated paper package, the package bearing object information of corrugated paper package, and the logistics information of corrugated paper package.
3. The corrugated paper process control optimization method based on the application requirement data model as claimed in claim 2, wherein the application requirement data model is expressed as:
wherein the content of the first and second substances,
the cumulative impact of the ith performance requirement,
the total number of dimensions is referenced for purposes having correspondence with the ith performance requirement,
the influence degree of the j application reference dimension corresponding to the i performance requirement on the i performance requirement is reduced,
the relative weight coefficients of the influence of the dimension on the ith performance requirement are referenced for the jth use, and,
。
4. the corrugated paper process control optimization method based on the application requirement data model as claimed in claim 3, wherein the influence degree is respectively influenced by each application reference dimension corresponding to the ith performance requirement
And assigning, specifically comprising: according to a preset mapping rule, mapping the influence degree assignment of the reference dimension on the ith performance requirement according to each application; determining a relative comparison matrix of the influence values of the application reference dimensions aiming at the influence values of the application reference dimensions which have corresponding relation with the ith performance requirement; and calculating a relative weight coefficient of the influence degree of the application reference dimension corresponding to the ith performance requirement according to the relative comparison matrix, and generating a relative weight coefficient set based on the relative weight coefficient.
5. The method for optimizing corrugated paper process control based on the application demand data model, as claimed in claim 1, wherein the initial performance parameters of the corrugated paper in terms of the performance requirements of firmness, weight, thickness, compression resistance, impact resistance, moisture absorption and water resistance are expressed as
Wherein
Is the initial performance parameter of the ith performance requirement, the accumulated influence degree is combined according to the ith performance requirement
The performance required production performance parameter is then expressed as
；
Further, the production performance parameters for each performance requirement of the corrugated paper are expressed as
。
6. A corrugated paper process control optimization system based on an application demand data model is characterized by comprising the following steps: the system comprises a production order interface, a use description information analysis module, a corrugated paper performance requirement analysis module, a production performance parameter setting module and a process link control interface;
the production order interface is connected with a corrugated paper packaging ordering party and used for obtaining an input order form from the ordering party;
the usage description information analysis module is used for obtaining usage description information of corrugated paper packaging through a production order interface;
the corrugated paper performance requirement analysis module is used for realizing analysis on the corrugated paper performance requirement according to the application description information based on the application requirement data model and obtaining the accumulated influence degree of the application requirement on the corrugated paper performance requirement;
the production performance parameter setting module is used for determining the production performance parameters of each performance requirement according to the accumulated influence degree of each performance requirement and by combining the accumulated influence degree on the basis of the initial performance parameters;
and the process link control interface is used for determining production performance parameters of each performance requirement of the corrugated paper, determining a corrugated paper production process link and link parameters thereof according to the production performance parameters, and performing optimized control on production of each process link of the corrugated paper based on the link parameters.
7. The corrugated paper process control optimization system based on the use requirement data model as claimed in claim 6, wherein the use description information has a plurality of use reference dimensions, the use reference dimensions comprising: the application type of corrugated paper package, the package bearing object information of corrugated paper package, and the logistics information of corrugated paper package.
8. The corrugated paper process control optimization system based on the use requirement data model as recited in claim 7, wherein the use requirement data model is expressed as:
wherein the content of the first and second substances,
the cumulative impact of the ith performance requirement,
the total number of dimensions is referenced for purposes having correspondence with the ith performance requirement,
the influence degree of the j application reference dimension corresponding to the i performance requirement on the i performance requirement is reduced,
the relative weight coefficients of the influence of the dimension on the ith performance requirement are referenced for the jth use, and,
。
9. the corrugated paper process control optimization system based on the application requirement data model as claimed in claim 8, wherein the corrugated paper performance requirement analysis module respectively influences the degree of influence according to each application reference dimension corresponding to the ith performance requirement
And assigning, specifically comprising: according to a preset mapping rule, mapping the influence degree assignment of the reference dimension on the ith performance requirement according to each application; determining a relative comparison matrix of the influence values of the application reference dimensions aiming at the influence values of the application reference dimensions which have corresponding relation with the ith performance requirement; and calculating a relative weight coefficient of the influence degree of the application reference dimension corresponding to the ith performance requirement according to the relative comparison matrix, and generating a relative weight coefficient set based on the relative weight coefficient.
10. The corrugated paper process control optimization system based on the application requirement data model as claimed in claim 9, wherein the initial performance parameters of the corrugated paper in terms of firmness, weight, thickness, compression resistance, impact resistance, moisture absorption and water resistance are expressed as initial performance parameters of the corrugated paper
Wherein
Is the initial performance parameter of the ith performance requirement, and the production performance parameter setting module combines the accumulated influence degree according to the ith performance requirement
The performance required production performance parameter is then expressed as
；
Further, the production performance parameters for each performance requirement of the corrugated paper are expressed as
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