CN115809789A - Product packaging management system based on data analysis - Google Patents
Product packaging management system based on data analysis Download PDFInfo
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- CN115809789A CN115809789A CN202211635174.6A CN202211635174A CN115809789A CN 115809789 A CN115809789 A CN 115809789A CN 202211635174 A CN202211635174 A CN 202211635174A CN 115809789 A CN115809789 A CN 115809789A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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Abstract
The invention provides a product packaging management system based on data analysis, which comprises the following specific steps: the method comprises the steps that product information to be packaged is obtained, the product information is conveyed to an analysis and measurement module to analyze the product information to obtain analysis data, and products in the obtained analysis data are measured to obtain measurement data; transmitting the measurement data to a product package production module, and generating product package information by a product package generation module based on the measurement data and the analysis data; the package evaluation module acquires product package information, carries out product evaluation based on the acquired product package information, and selects multiple groups of package price information with highest evaluation; the invention acquires the information of the packaged product, generates the specification information of the product, generates the packaging box body by combining the specification information with the product weight information, and effectively manages the product packaging process.
Description
Technical Field
The invention relates to the technical field of product packaging, in particular to a product packaging management system based on data analysis.
Background
The data analysis means that a large amount of collected data is analyzed by using a proper statistical analysis method, and the collected data is summarized, understood and digested so as to maximally develop the function of the data and play the role of the data. Data analysis is the process of studying and summarizing data in detail to extract useful information and to form conclusions.
The mathematical basis for data analysis was established in the early 20 th century, but the advent of computers did not make practical operation possible and enabled the spread of data analysis. Data analysis is the product of a combination of mathematics and computer science.
The product package refers to a general term for decoration attached to a product by using containers, materials, auxiliary materials and the like according to a certain technical method in order to protect the product and facilitate storage and sales in the circulation process of product transportation, storage, sales and the like. The product package is not only beneficial to ensuring the safety and the product quality of special products, but also can well protect the legal rights and interests of the warehousers, transporters, sellers and consumers of the products.
In the prior art, in the process of packaging a product, a packaging box with a certain specification is set to package the product, a gap is formed between the packaging box and the product to be packaged in the packaging process, so that the waste of packaging box manufacturing materials is caused, the specification of the packaging box cannot be determined based on the acquisition of product information, and the product is packaged, so that the product packaging management system based on data analysis is provided.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide a product packaging management system based on data analysis, which is based on the acquisition of packaging product information, acquires the specification information of a product according to the product information, generates a corresponding packaging box body by combining the specification information with product weight information, and selects the most appropriate product packaging box by combining a product manufacturing price value in a voting mode, thereby realizing the effective management of the product packaging process.
In order to realize the purpose, the invention is realized by the following technical scheme: a product packaging management system based on data analysis comprises a product data acquisition module, an analysis and measurement module, a product packaging generation module, a packaging evaluation module, a material calculation module, a packaging management module and a server; the product data acquisition module, the analysis and measurement module, the product package generation module, the package evaluation module, the material calculation module and the package management module are respectively in data connection with the server;
the product data acquisition module acquires product information to be packaged, transmits the product information to the analysis and measurement module to analyze the product information to obtain analysis data, and measures products in the obtained analysis data to obtain measurement data;
transmitting the measurement data to a product package production module, and generating product package information by a product package generation module based on the measurement data and the analysis data;
the package evaluation module acquires product package information, performs product evaluation based on the acquired product package information, and selects three groups of product package price information with the highest evaluation;
the packaging price information and the product packaging information are transmitted to a material calculation module, and the material calculation module calculates materials required by the product to obtain use data of the manufactured materials;
the material usage data is transmitted to a packaging management module that packages the product based on the material usage data.
Further, the product information comprises product shape information, product weight information and product bottom surface picture information, the product shape information is the picture information of the front surface or the back surface, the left surface or the right surface, and the proportion size of the picture information to the product is 1: n, analyzing the information of the two pictures through an analysis and measurement module, acquiring the longest distance between the two pictures to obtain a first distance value and a second distance value, and acquiring the weight value of the measured product according to the weight information of the product; and defining the first distance value, the second distance value, the weight value and the actual height value of the product as measurement data, and transmitting the measurement data to the packaging production module.
Further, obtain the marginal point of two directions about in the first picture, acquire bottom both ends point and top end point, acquire the top distance according to top both ends point, acquire bottom distance value according to bottom both ends point, make the first line segment that top one end point is on a parallel with the bottom, make the second line segment that bottom one point is on a parallel with first line segment, do the perpendicular line segment between first line segment and the second line segment, measure perpendicular line segment, be 1 based on picture information and product proportion size: n, acquiring the actual height value of the product, and setting the actual height value of the product as follows: CPSJGDz; setting the distance between two top end points as DBJL1, the distance between two bottom end points as dbJL1, making a left edge point as a straight line parallel to the bottom, making a line segment perpendicular to the straight line with one left end of the bottom, setting the distance between a vertical point and the left edge point as x1, forming a bevel edge with a vector of the left edge point and the left edge point, measuring the distance value of the bevel edge to obtain a bevel edge distance value A1, obtaining an included angle between the bevel edge and the line segment, recording the included angle as alpha 1, making a straight line parallel to the bottom with the right edge point, making a line segment perpendicular to the straight line with one right end of the bottom, setting the distance between the vertical point and the left edge point as s1, forming a bevel edge with a vector of the right edge point, measuring the distance value to obtain a distance value as B1, obtaining an included angle between the bevel edge and the line segment as alpha 2; according to the sine formula of the trigonometric function, the following results are obtained: sin α 1= x1/A1; sin α 2= s1/B1; from this, the distance value of x1 from s1 is derived.
Further, based on the shape information of the first picture, if an included angle between the edge point in the left direction and the edge point in the right direction and the included angle between the straight lines in the bottom part are acute angles, then a value x1 or s1 is a negative value, and then the distance between the edge point in the left direction and the edge point in the right direction is obtained as follows: dbJL1-x1-s1; if the included angle between the edge points in the left direction and the right direction and the straight line at the bottom is an acute angle, the value of x1 or s1 is a positive value, and the distance between the edge points in the left direction and the right direction is obtained as follows: dbJL1+ x1+ s1;
if the contained angle between left edge point and the bottom straight line is the acute angle, the contained angle between right edge point and the bottom straight line is the obtuse angle, then is the negative value at value x1 dereferencing, and s1 dereferencing is positive value, then the distance of the edge point of two directions about reacing is: dbJL1-x1+ s1;
if the contained angle between left edge point and the bottom straight line is the obtuse angle, the contained angle between right edge point and the bottom straight line is the acute angle, then is positive value at the value x1 value, and s1 value is the negative value, then the distance that reachs the edge point of controlling two directions is: dbJL1+ x1-s1;
the distance of the edge points in the left direction and the right direction is compared with DBJL1 and dbJL1, the maximum value is obtained, and the maximum distance value is set as: ZDJLz1: according to the proportion of the picture information to the product being 1: and n, acquiring an actual distance value, and defining the actual distance value as a first distance value of the product.
Further, acquiring edge points in the left direction and the right direction in a second picture, acquiring a top distance according to the top two end points, acquiring a bottom distance value according to the bottom two end points, setting the distance between the top two end points to be DBJL2, the distance between the bottom two end points to be dbJL2, making a left edge point to be a straight line parallel to the bottom, making a line segment perpendicular to the straight line with one end on the left side of the bottom, setting the distance between the perpendicular point and the left edge point to be x2, forming a bevel edge with the vector of the left edge point on the left side of the bottom and the vector of the left edge point, measuring the distance value of the bevel edge to obtain A2, acquiring an included angle between the bevel edge and the line segment to be alpha 3, making a straight line parallel to the bottom with the edge point on the right side of the bottom, setting the distance between the perpendicular point and the left edge point to be s2, forming the vector of the right edge point on the right side of the bottom and the right edge point, measuring the distance value of the bevel edge to obtain a distance value of the bevel edge to be B2, acquiring an included angle between the bevel edge and the line segment to be alpha 4; according to the sine formula of the trigonometric function, the following results are obtained: sin α 3= x2/A2; sin α 4= s2/B2; from this, the distance value of x2 from s2 is derived.
Further, based on the shape information of the second picture, if the included angle between the edge points in the left and right directions and the bottom straight line is an acute angle, the value x2 or s2 is a negative value, and the distance between the edge points in the left and right directions is obtained as follows: dbJL2-x2-s2; if the contained angle between the marginal point of controlling two directions and the bottom straight line is the acute angle, then be the positive value at value x2 or s2 dereferencing, then the distance that reachs the marginal point of controlling two directions is: dbJL2+ x2+ s2;
if the contained angle between left edge point and the bottom straight line is the acute angle, the contained angle between right edge point and the bottom straight line is the obtuse angle, then is the negative value at value x2 value, and s2 value is positive value, then the distance of the edge point of two directions about reacing is: dbJL2-x2+ s2;
if contained angle between left edge point and the bottom straight line is the obtuse angle, contained angle between right edge point and the bottom straight line is the acute angle, then is the positive value at the value x2 value, and the s2 value is the negative value, then the distance of the edge point of two directions about reacing is: dbJL2+ x2-s2;
the distance of the edge points in the left direction and the right direction is compared with DBJL2 and dbJL2, the maximum value is obtained, and the maximum distance value is set as: ZDJLz2: according to the proportion of the picture information to the product being 1: and n, acquiring an actual distance value, and defining the actual distance value as a second distance value of the product.
Further, the packaging production module receives the first distance value, the second distance value and the actual height value of the product, which are respectively defined as the length, the width and the height of the packaging box body, and the packaging production module obtains the thickness and the hardness of the packaging box according to the weight value of the product; and generating a plurality of groups of packaging picture information according to the length, width and height numerical values of the packaging box body and the thickness and hardness of the packaging box, defining the generated plurality of groups of packaging picture information as packaging information, and conveying the packaging information to a packaging evaluation module.
Further, the package evaluation module comprises an evaluation unit, a release unit, a display unit and an acquisition unit; the evaluation unit receives a first distance value, a second distance value and an actual height value of a product in product packaging information, multiple groups of packaging picture information in the product packaging information are published through the publishing unit, the display unit displays the multiple groups of packaging picture information published by the publishing unit, an evaluator votes for one group of packaging pictures in the multiple groups of packaging picture information through the evaluation unit, the evaluators complete voting in sequence, the acquisition unit acquires three groups of most voted product packaging price information, and the acquired packaging price information is transmitted to the material calculation module.
Further, the material calculation module receives product packaging information to calculate the total packaging area of the product, and when the total packaging area is obtained, the areas of the front surface and the rear surface of the box body are the same, the areas of the left surface and the right surface are the same, and the areas of the upper surface and the lower surface are the same, so that the total packaging area value is obtained;
the material calculation module receives the package price information, and respectively obtains the price values in the package price information of the three groups of products which vote most, wherein the price values of the obtained areas are respectively: jg1, jg2, and jg3;
respectively obtaining the material area value utilized by the packaged product when the three groups of products are packaged, if the surface shape of the material is in a round shape, obtaining the diameter of the circle, and if the surface shape of the material is in a square shape, obtaining the side length of the square material, and multiplying the side length by the side length;
calculating the material area value of the first group of product packages, the material area value of the second group of product packages and the material area value of the third group of product packages;
the material area values for the first group of product packages were set as: DYMLSz; the material area values for the second group of product packages were: DEMFSz; the material area values for the third group of product packages were: DSMJSz;
it should be noted that: when the product is packaged, besides the box body, a small shape is manufactured on the surface of the box body according to the attractiveness of the product, so that the attractiveness is improved, when the area of a round material is calculated, the round material needs to be cut into square materials, and when the area of the round material is calculated, the square material is calculated according to an area formula for calculating the square material;
calculating the price values of the first group of product packages, the second group of product packages and the third group of product packages;
defining the price values of the first group of product packages, the second group of product packages and the third group of product packages as material use data, and transmitting the use data to a package management module.
Further, the package management module receives the price values of the first group of product packages, the second group of product packages and the third group of product packages of the material use data, arranges the three groups of product packages in a descending order, selects the minimum value, and correspondingly determines corresponding package picture information.
The invention has the beneficial effects that:
1. the invention acquires the specification information of the product according to the product information based on the acquisition of the information of the packaged product, generates a corresponding packaging box body by combining the specification information with the product weight information, and selects the most appropriate product packaging box by combining the product manufacturing price value in a voting way, thereby realizing the effective management of the product packaging process.
2. According to the invention, the ratio of the product picture information to the actual size of the product is obtained, the edge points on the picture information are obtained according to the picture information, the bottom edge point and the side edge points of the picture are taken as line segments to form a triangle, the distance of the middle edge point of the product is obtained based on a cosine formula, the maximum distance value is obtained for the product packaging box by comparing the distance value with the top distance value and the bottom distance value of the product, and then the product is packaged.
Drawings
Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:
FIG. 1 is a schematic block diagram of a product packaging management system based on data analysis according to the present invention;
FIG. 2 is a diagram of the method steps of a product package management system based on data analysis according to the present invention.
Detailed Description
In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.
In the present invention, please refer to fig. 1 and fig. 2, a product packaging management system based on data analysis includes a product data acquisition module, an analysis and measurement module, a product packaging generation module, a packaging evaluation module, a material calculation module, a packaging management module and a server; the product data acquisition module, the analysis and measurement module, the product package generation module, the package evaluation module, the material calculation module and the package management module are respectively in data connection with the server;
the product data acquisition module acquires product information to be packaged, transmits the product information to the analysis and measurement module to analyze the product information to obtain analysis data, and measures products in the obtained analysis data to obtain measurement data;
the product information comprises product shape information, product weight information and product bottom surface picture information, the product shape information is the picture information of two faces on the left or right before or after the product is placed, and the picture information and the product proportion size are 1: n, carry out the analysis to two picture information through analysis and measurement module, acquire the marginal point of controlling two directions in the first picture, acquire bottom both ends point and top end point, acquire the top distance according to top both ends point, acquire bottom distance value according to bottom both ends point, do the first line segment that top one end point is on a parallel with the bottom, do the second line segment that bottom one point is on a parallel with first line segment, do the vertical line segment between first line segment and the second line segment, measure vertical line segment, be 1 based on picture information and product proportion size: n, acquiring an actual height value of the product, and setting the actual height value of the product as follows: CPSJGDz; setting the distance between two top end points as DBJL1, the distance between two bottom end points as dbJL1, making a left edge point as a straight line parallel to the bottom, making a line segment perpendicular to the straight line with one left end of the bottom, setting the distance between a vertical point and the left edge point as x1, forming a bevel edge with a vector of the left edge point and the left edge point, measuring the distance value of the bevel edge to obtain a bevel edge distance value A1, obtaining an included angle between the bevel edge and the line segment, recording the included angle as alpha 1, making a straight line parallel to the bottom with the right edge point, making a line segment perpendicular to the straight line with one right end of the bottom, setting the distance between the vertical point and the left edge point as s1, forming a bevel edge with a vector of the right edge point, measuring the distance value to obtain a distance value as B1, obtaining an included angle between the bevel edge and the line segment as alpha 2;
according to the sine formula of the trigonometric function, the following results are obtained: sin α 1= x1/A1; sin α 2= s1/B1; thus obtaining the distance value between x1 and s1;
based on the shape information of the first picture, if the included angle between the marginal point of controlling two directions and the bottom straight line is the acute angle, then be the negative value at value x1 or s1 value, then the distance that reachs the marginal point of controlling two directions is: dbJL1-x1-s1; if the included angle between the edge points in the left direction and the right direction and the straight line at the bottom is an acute angle, the value of x1 or s1 is a positive value, and the distance between the edge points in the left direction and the right direction is obtained as follows: dbJL1+ x1+ s1;
if the contained angle between left edge point and the bottom straight line is the acute angle, the contained angle between right edge point and the bottom straight line is the obtuse angle, then is the negative value at value x1 dereferencing, and s1 dereferencing is positive value, then the distance of the edge point of two directions about reacing is: dbJL1-x1+ s1;
if the contained angle between left edge point and the bottom straight line is the obtuse angle, the contained angle between right edge point and the bottom straight line is the acute angle, then is positive value at the value x1 value, and s1 value is the negative value, then the distance that reachs the edge point of controlling two directions is: dbJL1+ x1-s1;
the distance of the edge points in the left direction and the right direction is compared with DBJL1 and dbJL1, the maximum value is obtained, and the maximum distance value is set as: ZDJLz1: according to the proportion of the picture information to the product being 1: n, acquiring an actual distance value, and defining the actual distance value as a first distance value of the product;
acquiring edge points in the left direction and the right direction in a second picture, acquiring a top distance according to the top two end points, acquiring a bottom distance value according to the bottom two end points, setting the distance between the top two end points to be DBJL2, setting the distance between the bottom two end points to be dbJL2, making a left edge point as a straight line parallel to the bottom, making a line segment perpendicular to the straight line with one end on the left side of the bottom, setting the distance between the perpendicular point and the left edge point to be x2, forming a bevel edge with the left edge point vector at one end on the left side of the bottom, measuring the bevel edge distance value to obtain A2, acquiring an included angle between the bevel edge and the line segment to be recorded as alpha 3, making a straight line parallel to the bottom with the right edge point at one end on the right side of the bottom, setting the distance between the perpendicular point and the left edge point to be s2, forming a bevel edge with the right edge point vector at the right side of the bottom and the right edge point as a bevel edge, measuring the distance value to obtain a distance value to obtain B2, acquiring an included angle between the bevel edge and the line segment to be recorded as alpha 4;
according to the sine formula of the trigonometric function, the following results are obtained: sin α 3= x2/A2; sin α 4= s2/B2; thus obtaining the distance value between x2 and s2;
based on the shape information of the second picture, if the included angle between the edge point of the left and right directions and the bottom straight line is an acute angle, then the value x2 or s2 is a negative value, and then the distance of the edge point of the left and right directions is obtained as follows: dbJL2-x2-s2; if the included angle between the edge point in the left direction and the edge point in the right direction and the straight line at the bottom is an acute angle, the value of x2 or s2 is a positive value, and the distance between the edge point in the left direction and the edge point in the right direction is obtained as follows: dbJL2+ x2+ s2;
if the contained angle between left edge point and the bottom straight line is the acute angle, the contained angle between right edge point and the bottom straight line is the obtuse angle, then is the negative value at value x2 value, and s2 value is positive value, then the distance of the edge point of two directions about reacing is: dbJL2-x2+ s2;
if the contained angle between left edge point and the bottom straight line is the obtuse angle, the contained angle between right edge point and the bottom straight line is the acute angle, then is positive value at the value x2 value, and s2 value is the negative value, then the distance that reachs the edge point of controlling two directions is: dbJL2+ x2-s2;
the distance of the edge points in the left direction and the right direction is compared with DBJL2 and dbJL2, the maximum value is obtained, and the maximum distance value is set as: ZDJLz2: according to the proportion of the picture information to the product being 1: n, acquiring an actual distance value, and defining the actual distance value as a second distance value of the product;
acquiring a weight value of a measured product according to the product weight information;
defining the first distance value, the second distance value, the weight value and the actual height value of the product as measurement data, and transmitting the measurement data to a packaging production module;
wherein, it needs to be stated that: n is the magnification ratio numerical value of the product in the picture and the measured product;
transmitting the measurement data to a product package production module, and generating product package information by a product package generation module based on the measurement data and the analysis data;
the packaging production module receives the first distance value, the second distance value and the actual height value of the product, and the first distance value, the second distance value and the actual height value are respectively defined as the length, the width and the height of the packaging box body, and the packaging production module obtains the thickness and the hardness of the packaging box according to the weight value of the product; generating a plurality of groups of packaging picture information according to the length, width and height shape numerical values of the packaging box body and the thickness and hardness of the packaging box, defining the generated plurality of groups of packaging picture information as packaging information, and transmitting the packaging information to a packaging evaluation module;
the package evaluation module acquires product package information, carries out product evaluation based on the acquired product package information, and selects three groups of product package price information with the highest evaluation;
it should be noted that: the package evaluation module comprises an evaluation unit, a release unit, a display unit and an acquisition unit;
the evaluation unit receives product packaging information, issues multiple groups of packaging picture information in the product packaging information through the issuing unit, the display unit displays the multiple groups of packaging picture information issued by the issuing unit, an evaluator votes for one group of packaging pictures in the multiple groups of packaging picture information through the evaluation unit, the evaluators complete voting in sequence, the acquisition unit acquires three groups of product packaging price information which are most voted, and the acquired packaging price information is transmitted to the material calculation module;
the packaging price information and the product packaging information are transmitted to a material calculation module, and the material calculation module calculates the materials required by the product to obtain the use data of the manufactured materials;
the material calculation module receives the product packaging information to calculate the total packaging area of the product, and sets a first distance value as: DYJLz; the second distance value is: DEJLz; the actual height value of the product is as follows: CPSJGDz; the total packaging area is as follows: BZZMJz;
when the area of the box body is obtained, the areas of the front surface and the back surface of the box body are the same, the areas of the left surface and the right surface are the same, and the areas of the upper surface and the lower surface are the same, so that the total area value of the package is obtained; specifically, see the following formula:
BZZMJz＝2×DYJLz×DEJLz+2×CPSJGDz×DYJLz+2×CPSJGDz×DEJLz；
the material calculation module receives the package price information, and respectively obtains the price values in the package price information of the three groups of products which vote most, wherein the price values of the obtained areas are respectively: jg1, jg2, and jg3;
respectively obtaining the material area value utilized by the packaged product when the three groups of products are packaged, if the surface shape of the material is in a round shape, obtaining the diameter of the circle, and if the surface shape of the material is in a square shape, obtaining the side length of the square material, and multiplying the side length by the side length;
calculating the material area value of the first group of product packages, the material area value of the second group of product packages and the material area value of the third group of product packages;
the material area values for the first group of product packages were set as: DYMLSz; the material area values for the second group of product packages were: DEMFSz; the material area values for the third group of product packages were: DSMJSz;
it should be noted that: when the product is packaged, besides the box body, a small shape is manufactured on the surface of the box body according to the attractiveness of the product, so that the attractiveness is improved, when the area of a round material is calculated, the round material needs to be cut into square materials, and when the area of the round material is calculated, the square material is calculated according to an area formula for calculating the square material;
calculating the price values of the first group of product packages, the second group of product packages and the third group of product packages;
setting the price value of the first group of product packages as: DYJGSz; the price values for the second group of product packages are: DEJGSz; the price values for the third group of product packages are: DSJGSz; the specific request is given by the following formula:
the price value of the first group of product packages is solved:
DYJGSz＝(BZZMJz+DYMJSz)×DYJGSz；
the value of the price of the second group of product packages is solved:
DEJGSz＝(BZZMJz+DEMJSz)×DEJGSz；
and solving the price value of the third group of product packages:
DSJGSz＝(BZZMJz+DSMJSz)×DSJGSz；
defining the obtained price values of the first group of product packages, the second group of product packages and the third group of product packages as material use data;
the material usage data is transmitted to a packaging management module, which packages the product based on the material usage data.
The packaging management module receives the price values of the first group of product packages, the second group of product packages and the third group of product packages of the material use data, arranges the three groups of values in a descending order, selects the minimum value and correspondingly determines corresponding packaging picture information.
The invention discloses a product packaging management system based on data analysis, which comprises the following steps:
step S1: the product data acquisition module acquires product information to be packaged, transmits the product information to the analysis and measurement module to analyze the product information to obtain analysis data, and measures products in the obtained analysis data to obtain measurement data;
wherein: the product information includes product shape information, product weight information and product bottom surface picture information, and product shape information is the product before or after when placing, the picture information of two faces on the left or right, and picture information and product proportion size are 1: n;
when the analysis and measurement module carries out measurement and analysis on the two picture information, the specific steps are as follows:
step S11: acquiring edge points in the left direction and the right direction in a first picture, acquiring two bottom end points and a top end point of the top, acquiring a top distance according to the two top end points, and acquiring a bottom distance value according to the two bottom end points;
step S12: make the first line segment that top endpoint is on a parallel with the bottom, make the second line segment that bottom one point is on a parallel with first line segment, do the perpendicular line segment between first line segment and the second line segment, measure perpendicular line segment, be 1 based on picture information and product proportion size: n, acquiring an actual height value of the product, and setting the actual height value of the product as follows: CPSJGDz; setting the distance between two top end points as DBJL1 and the distance between two bottom end points as dbJL1;
step S13: making a left edge point and a straight line parallel to the bottom, making a line segment perpendicular to the straight line with one end of the left side of the bottom, setting the distance between the perpendicular point and the left edge point as x1, forming a bevel edge by a point on the left side of the bottom and a vector of the left edge point, and measuring a distance value of the bevel edge to obtain a distance value of the bevel edge as A1;
step S14: acquiring an included angle between the bevel edge and the line segment, recording the included angle as alpha 1, drawing a straight line parallel to the bottom at the edge point on the right side, drawing a line segment perpendicular to the straight line at one end on the right side of the bottom, and setting the distance between the perpendicular point and the edge point on the left side as s1;
step S15: forming a bevel edge by a point on the right side of the bottom and a right edge point vector, measuring a bevel edge distance value to obtain a bevel edge distance value B1, and acquiring an included angle between the bevel edge and a line segment, and recording the included angle as alpha 2;
step S16: according to the sine formula of the trigonometric function, the following results are obtained: sin α 1= x1/A1; sin α 2= s1/B1; thus obtaining the distance value between x1 and s1;
step S17: based on the shape information of the first picture, if the included angle between the edge point in the left direction and the edge point in the right direction and the included angle between the straight lines in the bottom part are acute angles, the value of x1 or s1 is a negative value, and the distance of the edge point in the left direction and the right direction is obtained as follows: dbJL1-x1-s1; if the included angle between the edge points in the left direction and the right direction and the straight line at the bottom is an acute angle, the value of x1 or s1 is a positive value, and the distance between the edge points in the left direction and the right direction is obtained as follows: dbJL1+ x1+ s1;
if the contained angle between left edge point and the bottom straight line is the acute angle, the contained angle between right edge point and the bottom straight line is the obtuse angle, then is the negative value at value x1 dereferencing, and s1 dereferencing is positive value, then the distance of the edge point of two directions about reacing is: dbJL1-x1+ s1;
if the contained angle between left edge point and the bottom straight line is the obtuse angle, the contained angle between right edge point and the bottom straight line is the acute angle, then is positive value at the value x1 value, and s1 value is the negative value, then the distance that reachs the edge point of controlling two directions is: dbJL1+ x1-s1;
the distance of the edge points in the left direction and the right direction is compared with DBJL1 and dbJL1, the maximum value is obtained, and the maximum distance value is set as: ZDJLz1: according to the proportion of the picture information to the product being 1: n, acquiring an actual distance value, and defining the actual distance value as a first distance value of the product;
step S18: repeating the steps S11-S17 to obtain a second distance value;
step S2: transmitting the measurement data to a product package production module, and generating product package information by a product package generation module based on the measurement data and the analysis data;
when the package information is acquired, the following is specific:
the packaging production module receives the first distance value, the second distance value and the actual height value of the product, and the first distance value, the second distance value and the actual height value are respectively defined as the length, the width and the height of the packaging box body;
the packaging production module acquires the thickness and the hardness of the packaging box according to the weight value of the product; generating a plurality of groups of packaging picture information according to the length, width and height shape values of the packaging box body in combination with the thickness and hardness of the packaging box;
and defining the generated multiple groups of packaging picture information as packaging information, and transmitting the packaging information to a packaging evaluation module.
And step S3: the package evaluation module acquires product package information, carries out product evaluation based on the acquired product package information, and selects three groups of product package price information with the highest evaluation;
when the product evaluation is carried out on the packaging information, the specific steps are as follows:
step S31: the evaluation unit receives the product packaging information and issues a plurality of groups of packaging picture information in the product packaging information through the issuing unit;
step S32: the display unit displays the information of the plurality of groups of packaged pictures issued by the issuing unit;
step S33: the evaluation personnel vote a group of package pictures in the information of the multiple groups of package pictures through the evaluation unit, the plurality of evaluation personnel complete the voting in sequence, the acquisition unit acquires the package price information of the three groups of products which vote most, and the acquired package price information is transmitted to the material calculation module.
And step S4: the packaging price information and the product packaging information are transmitted to a material calculation module, and the material calculation module calculates the materials required by the product to obtain the use data of the manufactured materials; the material usage data is transmitted to a packaging management module, which packages the product based on the material usage data.
The above formulas are all calculated by taking the numerical value of the dimension, the formula is a formula of the latest real situation obtained by collecting a large amount of data and performing software simulation, the preset parameters in the formula are set by the technicians in the field according to the actual situation, if the weight coefficient and the scale coefficient exist, the set size is a specific numerical value obtained by quantizing each parameter, the subsequent comparison is convenient, and as for the size of the weight coefficient and the scale coefficient, the proportional relation between the parameter and the quantized numerical value is not influenced.
In the above embodiments of the present application, the descriptions of the respective embodiments have respective emphasis, and for parts that are not described in detail in a certain embodiment, reference may be made to related descriptions of other embodiments.
The above-mentioned embodiments are only specific embodiments of the present invention, which are used for illustrating the technical solutions of the present invention and not for limiting the same, and the protection scope of the present invention is not limited thereto, although the present invention is described in detail with reference to the foregoing embodiments, those skilled in the art should understand that: any person skilled in the art can modify or easily conceive the technical solutions described in the foregoing embodiments or equivalent substitutes for some technical features within the technical scope of the present disclosure; such modifications, changes or substitutions do not depart from the spirit and scope of the embodiments of the present invention, and they should be construed as being included therein. Therefore, the protection scope of the present invention shall be subject to the protection scope of the appended claims.
Claims (10)
1. A product packaging management system based on data analysis is characterized by comprising a product data acquisition module, an analysis and measurement module, a product packaging generation module, a packaging evaluation module, a material calculation module, a packaging management module and a server; the product data acquisition module, the analysis and measurement module, the product package generation module, the package evaluation module, the material calculation module and the package management module are respectively in data connection with the server;
the product data acquisition module acquires product information to be packaged, transmits the product information to the analysis and measurement module to analyze the product information to obtain analysis data, and measures products in the obtained analysis data to obtain measurement data;
transmitting the measurement data to a product package production module, and generating product package information by a product package generation module based on the measurement data and the analysis data;
the package evaluation module acquires product package information, carries out product evaluation based on the acquired product package information, and selects three groups of product package price information with the highest evaluation;
the packaging price information and the product packaging information are transmitted to a material calculation module, and the material calculation module calculates materials required by the product to obtain use data of the manufactured materials;
the material usage data is transmitted to a packaging management module that packages the product based on the material usage data.
2. The product packaging management system based on data analysis of claim 1, wherein the product information includes product shape information, product weight information and product bottom picture information, the product shape information is picture information of the front or back, left or right two faces of the product when the product is placed, and the picture information and product proportion size is 1: n, analyzing the information of the two pictures through an analysis and measurement module, acquiring the longest distance between the two pictures to obtain a first distance value and a second distance value, and acquiring the weight value of the measured product according to the weight information of the product; and defining the first distance value, the second distance value, the weight value and the actual height value of the product as measurement data, and transmitting the measurement data to the packaging production module.
3. The product packaging management system based on data analysis as claimed in claim 2, wherein the edge points in the left and right directions in the first picture are obtained, the bottom two end points and the top end point are obtained, the top distance is obtained according to the top two end points, the bottom distance value is obtained according to the bottom two end points, the first line segment with the top end point parallel to the bottom is made, the second line segment with the bottom point parallel to the first line segment is made, the vertical line segment between the first line segment and the second line segment is made, the vertical line segment is measured, and the ratio of the picture information to the product is 1: n, acquiring the actual height value of the product, and setting the actual height value of the product as follows: CPSJGDz; setting the distance between two top end points as DBJL1, the distance between two bottom end points as dbJL1, making a left edge point as a straight line parallel to the bottom, making a line segment perpendicular to the straight line with one left end of the bottom, setting the distance between a vertical point and the left edge point as x1, forming a bevel edge with a vector of the left edge point and the left edge point, measuring the distance value of the bevel edge to obtain a bevel edge distance value A1, obtaining an included angle between the bevel edge and the line segment, recording the included angle as alpha 1, making a straight line parallel to the bottom with the right edge point, making a line segment perpendicular to the straight line with one right end of the bottom, setting the distance between the vertical point and the left edge point as s1, forming a bevel edge with a vector of the right edge point, measuring the distance value to obtain a distance value as B1, obtaining an included angle between the bevel edge and the line segment as alpha 2; according to the sine formula of the trigonometric function, the following results are obtained: sin α 1= x1/A1; sin α 2= s1/B1; from this, the distance value of x1 from s1 is derived.
4. The product packaging management system based on data analysis of claim 3, wherein based on the shape information of the first picture, if an included angle between the edge points in the left and right directions and the bottom straight line is an acute angle, a value x1 or s1 is a negative value, and then the distance between the edge points in the left and right directions is obtained as follows: dbJL1-x1-s1; if the included angle between the edge points in the left direction and the right direction and the straight line at the bottom is an acute angle, the value of x1 or s1 is a positive value, and the distance between the edge points in the left direction and the right direction is obtained as follows: dbJL1+ x1+ s1;
if the contained angle between left edge point and the bottom straight line is the acute angle, the contained angle between right edge point and the bottom straight line is the obtuse angle, then is the negative value at value x1 dereferencing, and s1 dereferencing is positive value, then the distance of the edge point of two directions about reacing is: dbJL1-x1+ s1;
if the contained angle between left edge point and the bottom straight line is the obtuse angle, the contained angle between right edge point and the bottom straight line is the acute angle, then is positive value at the value x1 value, and s1 value is the negative value, then the distance that reachs the edge point of controlling two directions is: dbJL1+ x1-s1;
the distance of the edge points in the left direction and the right direction is compared with DBJL1 and dbJL1, the maximum value is obtained, and the maximum distance value is set as: ZDJLz1: according to the proportion of the picture information to the product being 1: and n, acquiring an actual distance value, and defining the actual distance value as a first distance value of the product.
5. The product packaging management system based on data analysis according to claim 2, wherein the edge points in the left and right directions in the second picture are obtained, the bottom two end points and the top end point are obtained, the top distance is obtained according to the top two end points, the bottom distance value is obtained according to the bottom two end points, the distance between the top two end points is set to be DBJL2, the distance between the bottom two end points is DBJL2, the left edge point is made to be a straight line parallel to the bottom, the left end of the bottom is made to be a line segment perpendicular to the straight line, the distance between the perpendicular point and the left edge point is set to be x2, the bottom left edge point vector is formed into a beveled edge, the beveled edge distance value is measured to be A2, the included angle between the beveled edge and the line segment is obtained and is written as α 3, the right edge point is made to be a straight line parallel to the bottom, the right end of the bottom is made to be a line segment perpendicular to the straight line, the perpendicular to the perpendicular point and the left edge point is set to be s2, the right edge point vector is formed into a bottom right edge point, the beveled edge distance value is measured and the beveled edge distance value is written as α 2, the beveled edge is measured to be B, the beveled edge distance value is written as a 4, the beveled edge point is obtained and the included angle is written as B; according to the sine formula of the trigonometric function, the following results are obtained: sin α 3= x2/A2; sin α 4= s2/B2; from this, the distance value of x2 from s2 is derived.
6. The product packaging management system based on data analysis of claim 5, wherein based on the shape information of the second picture, if the included angle between the edge points in the left and right directions and the bottom straight line is an acute angle, the value x2 or s2 is a negative value, and the distance between the edge points in the left and right directions is obtained as follows: dbJL2-x2-s2; if the included angle between the edge point in the left direction and the edge point in the right direction and the straight line at the bottom is an acute angle, the value of x2 or s2 is a positive value, and the distance between the edge point in the left direction and the edge point in the right direction is obtained as follows: dbJL2+ x2+ s2;
if contained angle between left edge point and the bottom straight line is the acute angle, contained angle between right edge point and the bottom straight line is the obtuse angle, then is the negative value at the value x2 value, and the s2 value is the positive value, then the distance of the edge point of two directions about reacing is: dbJL2-x2+ s2;
if the contained angle between left edge point and the bottom straight line is the obtuse angle, the contained angle between right edge point and the bottom straight line is the acute angle, then is positive value at the value x2 value, and s2 value is the negative value, then the distance that reachs the edge point of controlling two directions is: dbJL2+ x2-s2;
the distance of the edge points in the left direction and the right direction is compared with DBJL2 and dbJL2, the maximum value is obtained, and the maximum distance value is set as: ZDJLz2: according to the proportion of the picture information to the product being 1: and n, acquiring an actual distance value, and defining the actual distance value as a second distance value of the product.
7. The product package management system based on data analysis of claim 1, wherein the package production module receives the first distance value, the second distance value and the actual height value of the product, which are respectively defined as the length, width and height of the package box, and obtains the thickness and hardness of the package box according to the weight value of the product; and generating a plurality of groups of packaging picture information according to the length, width and height numerical values of the packaging box body and the thickness and hardness of the packaging box, defining the generated plurality of groups of packaging picture information as packaging information, and conveying the packaging information to a packaging evaluation module.
8. The product packaging management system based on data analysis is characterized in that the packaging evaluation module comprises an evaluation unit, a release unit, a display unit and an acquisition unit; the evaluation unit receives a first distance value, a second distance value and an actual height value of a product in product packaging information, multiple groups of packaging picture information in the product packaging information are published through the publishing unit, the display unit displays the multiple groups of packaging picture information published by the publishing unit, an evaluator votes for one group of packaging pictures in the multiple groups of packaging picture information through the evaluation unit, the evaluators complete voting in sequence, the acquisition unit acquires three groups of most voted product packaging price information, and the acquired packaging price information is transmitted to the material calculation module.
9. The product packaging management system based on data analysis according to claim 1, wherein the material calculation module receives product packaging information to calculate the total packaging area of the product, and when the calculation is performed, the areas of the front surface and the rear surface of the box body are the same, the areas of the left surface and the right surface are the same, and the areas of the upper surface and the lower surface are the same, so that the total packaging area value is calculated;
the material calculation module receives the package price information, and respectively acquires price values in the package price information of the three groups of products which vote most, wherein the acquired area price values are respectively as follows: jg1, jg2, and jg3;
respectively obtaining the material area values used for packaging the products except the packaged products when the three groups of products are packaged, if the surface shape of the material is in a round shape, obtaining the diameter of the circle, and if the surface shape of the material is in a square shape, obtaining the side length of the square material;
calculating the material area value of the first group of product packages, the material area value of the second group of product packages and the material area value of the third group of product packages;
the material area values for the first group of product packages were set as: DYMLSz; the material area values for the second group of product packages were: DEMFSz; the material area values for the third group of product packages were: DSMJSz;
it should be noted that: when the product is packaged, besides the box body, a small shape is manufactured on the surface of the box body according to the attractiveness of the product, so that the attractiveness is improved, when the area of a round material is calculated, the round material needs to be cut into square materials, and when the area of the round material is calculated, the square material is calculated according to an area formula for calculating the square material;
calculating the price values of the first group of product packages, the second group of product packages and the third group of product packages;
defining the price values of the first group of product packages, the second group of product packages and the third group of product packages as material use data, and transmitting the use data to a package management module.
10. The product package management system based on data analysis of claim 9, wherein the package management module receives material usage data of price values of a first group of product packages, price values of a second group of product packages, and price values of a third group of product packages, arranges the three groups of values in a descending order, selects the smallest value, and determines corresponding package picture information accordingly.
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