CN114549139B - Men's T-shirt customized digital management system - Google Patents
Men's T-shirt customized digital management system Download PDFInfo
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- CN114549139B CN114549139B CN202210205757.9A CN202210205757A CN114549139B CN 114549139 B CN114549139 B CN 114549139B CN 202210205757 A CN202210205757 A CN 202210205757A CN 114549139 B CN114549139 B CN 114549139B
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q30/00—Commerce
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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Abstract
The invention discloses a man T-shirt customization digital management system, which relates to the technical field of clothes customization management and is used for solving the problem that the existing online clothes customization can only be customized through height and weight options, so that the service cannot be better customized for a user; the customized demand information of the user is processed through the customized modeling module, when the weight difference of the user is larger than or equal to the set weight threshold value, the acquisition end is analyzed to obtain an end base value, and the corresponding human body three-dimensional scanner is reasonably selected through the end base value to acquire the physical sign parameter information of the user, so that the detailed parameters of the user are better obtained; the sign parameter information of the registered user is managed through the digital management module, so that the sign parameters of the registered user can be reasonably deleted, and the storage pressure of the server is reduced.
Description
Technical Field
The invention relates to the technical field of clothes customization management, in particular to a man T-shirt customization digital management system.
Background
For the present society, the clothing is a necessary article for everyone to decorate and protect oneself, can give oneself and family, not only for wearing, but also an identity, a life attitude, a performance of showing individual charm, and the dress customization is according to specific individual condition of the wearer, the clothing of tailor-made, single-piece preparation. Most garment shops do this business.
However, when the existing man T-shirt is customized on the internet, the existing man T-shirt can only be customized according to the height and weight options, and the data of a user cannot be obtained in detail; resulting in a failure to better customize the service to the user, resulting in a greater deviation of the customized garment from the user's desire.
Disclosure of Invention
The invention aims to provide a man T-shirt customized digital management system in order to solve the problem that the existing online clothes customization can only be realized through height and weight options, so that the service cannot be better customized for a user.
The purpose of the invention can be realized by the following technical scheme: the man T-shirt customization digital management system comprises a user side, a server and a customization side, wherein the user side is used for registering a user and submitting customization demand information to the server; the customization demand information comprises the name, the mobile phone number, the customization quantity and the current weight of the user;
the server is used for processing the customized information, generating a customized information packet and sending the customized information packet to the customizing terminal, the customizing terminal is used for receiving the customized information packet, making a corresponding T-shirt for the man according to the customized information and sending the T-shirt to a position submitted by the user terminal, and the server is characterized by comprising a customized modeling module, a database and an information processing module;
the customized modeling module is used for receiving and processing customized demand information, and the specific processing process is as follows:
identifying the name of a registered user to obtain registration information of the user, obtaining registered weight in the registration information, calculating the weight difference between the registered weight and the current weight, obtaining end group information of an acquisition end when the weight difference is greater than or equal to a set weight threshold, analyzing the end group information to obtain an end group value, and marking the acquisition end with the minimum end group value as a parameter acquisition end; sending the position data of the parameter acquisition end to a user end of a registered user;
after the user side receives the position data of the parameter acquisition end, the registered user reaches the position of the parameter acquisition end, and sign parameter acquisition is carried out on the registered user through the parameter acquisition end to obtain sign parameter information and send the sign parameter information to the customized modeling module; wherein the physical sign parameter information comprises height, waistline, arm circumference, shoulder width, arm length, chest circumference and the like;
receiving sign parameter information of a registered user, and sending T-shirt style data and a pattern style to a user side of the registered user; receiving customized style information fed back by a user, wherein the customized style information comprises style, material, patterns and the like of the T-shirt; compressing the customized style information and the physical sign parameter information to obtain an information data packet and sending the information data packet to an information processing module;
the information processing module is used for receiving the information data packet and sending the information data packet to the customizing terminal.
As a preferred embodiment of the present invention, the specific steps of analyzing the end group information are as follows:
calculating the distance between the position of the acquisition end and the position of the user end to obtain an acquisition interval, calculating the time difference between the installation time of the acquisition end and the current time to obtain the installation time of the acquisition end, acquiring the total number of registered people to be acquired by the acquisition end, normalizing the installation time, the acquisition interval and the total number of people, taking the normalized values of the installation time, the acquisition interval and the total number of people, drawing a semicircle by taking the values of the installation time and the acquisition interval as the radius, coinciding the centers of the obtained two semicircles, connecting the midpoints of arcs on the two semicircles to obtain a time-distance line, wherein a delay line of the time-distance line passes through the center of the circle, selecting the midpoint of the time-distance line, taking the midpoint of the time-distance line as a starting point, constructing a line segment perpendicular to the time-distance line by taking the value of the total number as the length to obtain a number line segment, and connecting one end of the number segment far-distance time-distance line with any end of the time-distance line to obtain a triangle, calculating the area of the triangle, extracting the numerical value of the area, and marking the numerical value of the area as a terminal base value; when the total number of people is zero, the numerical value is one.
As a preferred embodiment of the present invention, the specific steps of the information processing module sending the information data packet to the customizing terminal are as follows:
obtaining the customized information of a customized end, matching the customized information with the customized style information in the information data packet, and marking the customized end, which contains all contents of the customized style information, in the customized information as an analysis end;
obtaining customization parameters of an analysis end, wherein the customization parameters comprise a position, a total customization amount and a fixed sum value; calculating the distance difference between the position and the position of the registered user to obtain a customized distance, normalizing the customized distance, the total customized quantity and the sum value, taking the normalized values of the customized distance, the total customized quantity and the sum value, and respectively marking the values of the customized distance, the total customized quantity and the sum value as MS1, MS2 and MS 3;
substituting a preset formula MQ = (MS 2 × dg1+ MS3 × dg 2)/MS 1 × dg3 to obtain a fixed optimal value of the analysis end, wherein dg1, dg2 and dg3 are preset weight factors, and the values are 0.4, 0.5 and 0.017 respectively; marking the analysis end with the maximum fixed optimal value as a selection end, and sending the information data packet to the selection end; and the selected end receives the corresponding information data packet and then analyzes the information data packet to obtain physical sign parameter information and customized style information, and the T-shirt production is carried out according to the physical sign parameter information and the customized style information.
As a preferred embodiment of the present invention, the information processing module further includes a determination and analysis unit; the system comprises a customizing end, a customizing and analyzing unit and a processing unit, wherein the customizing and analyzing unit is used for acquiring a moment I when the customizing end receives an information data packet and a moment II corresponding to the production completion of a T-shirt, calculating the difference between the moment I and the moment II to obtain single customizing duration, summing all the single customizing durations and averaging to obtain a customizing average duration, and multiplying the customizing average duration by a preset conversion coefficient to obtain a customizing sum value of the customizing end.
As a preferred embodiment of the present invention, the server further includes a digital management module, where the digital management module is configured to manage sign parameter information of a registered user, and the specific steps are as follows:
counting the third moment when the registered user sends the customized demand information and the total times of customization; sequencing all the moments III in sequence according to time, calculating the time difference between two adjacent moments III to obtain interval duration, calculating the moment in the middle of the two adjacent moments and marking the moment as middle moment, taking the middle moment as a horizontal coordinate, and taking the interval duration as a vertical coordinate to establish a planar rectangular coordinate system, sequentially filling the numerical value of the interval duration and the corresponding middle moment in a planar rectangular coordinate coefficient to obtain a plurality of numerical points corresponding to the interval duration, sequentially connecting all the numerical points to obtain a plurality of interval connecting lines, calculating the slope of the interval connecting lines, and marking the slope of the interval connecting lines as slope one when the extension lines of the interval connecting lines and the horizontal coordinate form an obtuse angle; when the included angle between the delay line of the interval connecting line and the abscissa is an acute angle, marking the slope of the interval connecting line as a second slope; summing all the first slopes and taking the average value to obtain a first slope average value, summing all the second slopes and taking the average value to obtain a second slope average value; dividing the oblique first mean value by the oblique second mean value to obtain a fixed demand ratio;
then acquiring a time III closest to the current time, and calculating the time difference between the time III and the current time to obtain the required time; normalizing the total customization times, the fixed required proportion and the required time length, taking the values of the three after normalization processing, establishing a right-angle triangle by taking the value of the total customization times and the value of the fixed required proportion as right-angle sides of the triangle, and marking the right-angle triangle as a fixed required triangle; selecting a middle point of an inclined edge of a triangle needing to be determined, connecting the middle point of the inclined edge with the triangle needing to be determined to obtain a central line of the triangle needing to be determined, calculating the length of the central line, converting the length of the central line according to a certain proportion to obtain a numerical value of the central line, comparing the numerical value of the central line with a numerical value needing to be exhausted, and generating an information deleting signaling of a registered user and sending the information deleting signaling to a user side of the registered user when the numerical value of the central line is smaller than the numerical value needing to be exhausted; when a confirmation result sent by the user side is received within a preset time range, directly modifying the moment III nearest to the current moment into the current moment, and counting again; and deleting the physical sign parameter information of the registered user when the confirmation result is not received within a preset time range.
Compared with the prior art, the invention has the beneficial effects that:
1. the customized demand information of the user is processed through the customized modeling module, when the weight difference of the user is larger than or equal to the set weight threshold value, the acquisition end is analyzed to obtain the end base value, and the corresponding human body three-dimensional scanner is reasonably selected through the end base value to acquire the physical sign parameter information of the user, so that the detailed parameters of the user are better obtained, and the problem that the existing online clothes customization can only be customized through height and weight options, so that the user cannot be better customized for service is avoided;
2. the sign parameter information of the registered user is managed through a digital management module, and normalization processing is carried out on the total times of customization, the fixed demand occupation ratio and the required time duration, so that a right-angle triangle is established by taking the numerical value of the total times of customization and the numerical value of the fixed demand occupation ratio as a right-angle side of the triangle and is marked as a fixed demand triangle; selecting the middle point of the hypotenuse of the triangle to be determined, connecting the middle point of the hypotenuse with the triangle to be determined to obtain the central line of the triangle to be determined, calculating the length of the central line, converting the length of the central line according to a certain proportion to obtain the numerical value of the central line, comparing the numerical value of the central line with the numerical value needing to be exhausted, and generating an information deletion signaling of a registered user when the numerical value of the central line is smaller than the numerical value needing to be exhausted, so that the sign parameters of the registered user can be managed reasonably.
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In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.
FIG. 1 is a functional block diagram of the present invention;
FIG. 2 is a schematic view of the present invention.
Detailed Description
The technical solutions of the present invention will be described below clearly and completely in conjunction with the embodiments, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1-2, a customized digital management system for men's T-shirts includes a user terminal, a server and a customizing terminal;
the user side is a smart phone, a tablet computer or a desktop computer of a registered user; the customized end is a smart phone, a tablet personal computer or a desktop computer corresponding to a T-shirt manufacturer;
a registered user submits customization demand information to a server through the user, wherein the customization demand information comprises the name, the mobile phone number, the customization quantity and the current weight of the user;
the server is used for processing the customized information, generating a customized information packet and sending the customized information packet to the customizing terminal; the server comprises a registration login module, a customized modeling module, a database, an information processing module and a digital management module;
the registration login module is used for registering that a user and a T-shirt manufacturer respectively provide registration information and manufacturer information for registration; the registered information includes registered user name, age, sex, height, goods receiving address, waist, arm circumference, shoulder width, arm length, chest circumference, etc.; the manufacturer information comprises the name and the position of the manufacturer, the style, the material, the pattern and the like of the T-shirt;
the method comprises the steps that a customized modeling module receives and processes customized demand information, identifies the name of a registered user to obtain registration information of the user, obtains registered weight in the registration information, calculates the weight difference value of the registered weight and the current weight, obtains terminal group information of an acquisition end when the weight difference is larger than or equal to a set weight threshold value, analyzes the terminal group information to obtain a terminal base value, and marks the acquisition end with the minimum terminal group value as a parameter acquisition end; sending the position data of the parameter acquisition end to a user end of a registered user; the acquisition end is a human body three-dimensional scanner and is used for scanning physical sign parameters of a human body;
after the user side receives the position data of the parameter acquisition end, the registered user reaches the position of the parameter acquisition end, and sign parameter acquisition is carried out on the registered user through the parameter acquisition end to obtain sign parameter information and send the sign parameter information to the customized modeling module; wherein the physical sign parameter information comprises height, waistline, arm circumference, shoulder width, arm length, chest circumference and the like;
receiving sign parameter information of a registered user, and sending T-shirt style data and a pattern style to a user side of the registered user; receiving customized style information fed back by a user, wherein the customized style information comprises style, material, patterns and the like of the T-shirt; compressing the customized style information and the physical sign parameter information to obtain an information data packet and sending the information data packet to an information processing module;
the information processing module receives the information data packet and then sends the information data packet to the customization end, and specifically comprises the following steps: obtaining the customized information of a customized end, matching the customized information with the customized style information in the information data packet, and marking the customized end, which contains all contents of the customized style information, in the customized information as an analysis end;
obtaining customization parameters of an analysis end, wherein the customization parameters comprise a position, a total customization amount and a fixed sum value; calculating the distance difference between the position and the position of the registered user to obtain a customized distance, normalizing the customized distance, the total customized quantity and the sum value, taking the normalized values of the customized distance, the total customized quantity and the sum value, and respectively marking the values of the customized distance, the total customized quantity and the sum value as MS1, MS2 and MS 3;
substituting a preset formula MQ = (MS 2 × dg1+ MS3 × dg 2)/MS 1 × dg3 to obtain a fixed optimal value of the analysis end, wherein dg1, dg2 and dg3 are preset weight factors, and the values are 0.4, 0.5 and 0.017 respectively; marking the analysis end with the maximum fixed optimal value as a selected end, and sending the information data packet to the selected end; the selected terminal receives the corresponding information data packet and then analyzes the information data packet to obtain physical sign parameter information and customized style information, and T-shirt production is carried out according to the physical sign parameter information and the customized style information;
the customization end is used for receiving the customization information packet, making a corresponding male T-shirt according to the customization information packet and sending the corresponding male T-shirt to a position submitted by the user end;
the information processing module also comprises a determining and analyzing unit;
the method comprises the steps that a fixing and analyzing unit collects a first moment when a customizing terminal receives an information data packet and a second moment corresponding to the completion of T-shirt production, calculates the time difference between the first moment and the second moment to obtain single customizing duration, sums all the single customizing durations and averages to obtain customizing average duration, multiplies the customizing average duration by a preset conversion coefficient to obtain a fixing and value of the customizing terminal, and sends the fixing and value to a database for storage;
the digital management module manages the sign parameter information of the registered user, and the specific steps are as follows:
counting the third moment when the registered user sends the customized demand information and the total times of customization; sequencing all the moments III in sequence according to time, calculating the time difference between every two adjacent moments III to obtain interval duration, calculating the time between every two adjacent moments and marking the time as middle time, establishing a planar rectangular coordinate system by taking the middle time as a horizontal coordinate and the interval duration as a vertical coordinate, sequentially filling the numerical values of the interval duration and the corresponding middle time into planar rectangular coordinate coefficients to obtain a plurality of numerical points corresponding to the interval duration, sequentially connecting all the numerical points to obtain a plurality of interval connecting lines, calculating the slope of the interval connecting lines, and marking the slope of the interval connecting lines as slope one when the extension lines of the interval connecting lines and the horizontal coordinate form an obtuse angle; when the included angle between the delay line of the interval connecting line and the abscissa is an acute angle, marking the slope of the interval connecting line as a second slope; summing all the first slopes and taking the average value to obtain a first slope average value, summing all the second slopes and taking the average value to obtain a second slope average value; dividing the oblique first mean value by the oblique second mean value to obtain a fixed demand ratio;
then acquiring a time III closest to the current time, and calculating the time difference between the time III and the current time to obtain the required time; normalizing the total customized times, the fixed demand occupation ratio and the required time duration, taking the values of the normalized times, the fixed demand occupation ratio and the required time duration, establishing a right-angle triangle by taking the value of the total customized times and the value of the fixed demand occupation ratio as a right-angle side of the triangle, and marking the right-angle triangle as a fixed demand triangle; selecting a middle point of an inclined edge of a triangle needing to be determined, connecting the middle point of the inclined edge with the triangle needing to be determined to obtain a central line of the triangle needing to be determined, calculating the length of the central line, converting the length of the central line according to a certain proportion to obtain a numerical value of the central line, comparing the numerical value of the central line with a numerical value needing to be exhausted, and generating an information deleting signaling of a registered user and sending the information deleting signaling to a user side of the registered user when the numerical value of the central line is smaller than the numerical value needing to be exhausted; when a confirmation result sent and fed back by the user side is received within a preset time range, directly modifying the moment III nearest to the current moment into the current moment, and counting again; deleting the sign parameter information of the registered user when the confirmation result is not received within a preset time range;
when the system is used, the customized demand information of the user is processed through the customized modeling module, when the weight difference of the user is larger than or equal to a set weight threshold value, the acquisition end is analyzed to obtain an end base value, and the corresponding human body three-dimensional scanner is reasonably selected through the end base value to acquire the physical sign parameter information of the user, so that the detailed parameters of the user can be better obtained, and the problem that the existing online clothes customization can only be customized through height and weight options, so that the service cannot be better customized for the user is avoided; the digital management module manages the sign parameter information of the registered user, and normalizes the total times of customization, the fixed demand occupation ratio and the required time duration to establish a right-angle triangle by taking the numerical value of the total times of customization and the numerical value of the fixed demand occupation ratio as the right-angle side of the triangle and marking the right-angle triangle as a fixed demand triangle; selecting the middle point of the hypotenuse of the triangle to be determined, connecting the middle point of the hypotenuse with the triangle to be determined to obtain the central line of the triangle to be determined, calculating the length of the central line, converting the length of the central line according to a certain proportion to obtain the numerical value of the central line, comparing the numerical value of the central line with the numerical value needing to be timed out, and generating an information deleting signaling of a registered user when the numerical value of the central line is smaller than the numerical value needing to be timed out so as to reasonably manage the sign parameters of the registered user.
The preferred embodiments of the invention disclosed above are intended to be illustrative only. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise form disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best utilize the invention. The invention is limited only by the claims and their full scope and equivalents.
Claims (3)
1. The man T-shirt customization digital management system comprises a user side, a server and a customization side, wherein the user side is used for registering a user and submitting customization demand information to the server; the server is used for processing the customized information, generating a customized information packet and sending the customized information packet to the customized end, the customized end is used for receiving the customized information packet, making a corresponding male T-shirt according to the customized information and sending the corresponding male T-shirt to a position submitted to the user end, and the server is characterized by comprising a customized modeling module, a database and an information processing module;
the customized modeling module is used for receiving and processing customized demand information, and the specific processing process is as follows: identifying the name of a registered user to obtain registration information of the user, obtaining registered weight in the registration information, calculating the weight difference value of the registered weight and the current weight, obtaining end group information of an acquisition end when the weight difference is greater than or equal to a set weight threshold, analyzing the end group information to obtain an end group value, and marking the acquisition end with the minimum end group value as a parameter acquisition end; sending the position data of the parameter acquisition end to a user end of a registered user; after the user side receives the position data of the parameter acquisition end, the registered user reaches the position of the parameter acquisition end, sign parameter acquisition is carried out on the registered user through the parameter acquisition end to obtain sign parameter information, and the sign parameter information is sent to the customized modeling module; receiving sign parameter information of a registered user, and sending T-shirt style data and a pattern style to a user side of the registered user; the method comprises the steps of receiving customized style information fed back by a user, compressing the customized style information and physical sign parameter information to obtain an information data packet and sending the information data packet to an information processing module;
the information processing module is used for receiving the information data packet and sending the information data packet to the customizing terminal;
the specific steps of analyzing the terminal group information are as follows:
calculating the distance between the position of the acquisition end and the position of the user end to obtain an acquisition interval, calculating the time difference between the installation time of the acquisition end and the current time to obtain the installation time of the acquisition end, acquiring the total number of registered people to be acquired by the acquisition end, normalizing the installation time, the acquisition interval and the total number of people, taking the normalized values of the installation time, the acquisition interval and the total number of people, drawing a semicircle by taking the values of the installation time and the acquisition interval as the radius, coinciding the centers of the obtained two semicircles, connecting the midpoints of arcs on the two semicircles to obtain a time-distance line, wherein a delay line of the time-distance line passes through the center of the circle, selecting the midpoint of the time-distance line, taking the midpoint of the time-distance line as a starting point, constructing a line segment perpendicular to the time-distance line by taking the value of the total number as the length to obtain a number line segment, and connecting one end of the number segment far-distance time-distance line with any end of the time-distance line to obtain a triangle, calculating the area of the triangle, extracting the numerical value of the area, and marking the numerical value of the area as a terminal base value; when the total number of people is zero, the numerical value is one;
the server also comprises a digital management module, the digital management module is used for managing the sign parameter information of the registered user, and the specific steps are as follows:
counting the third moment when the registered user sends the customized demand information and the total times of customization; sequencing all the moments III in sequence according to time, calculating the time difference between two adjacent moments III to obtain interval duration, calculating the moment in the middle of the two adjacent moments and marking the moment as middle moment, taking the middle moment as a horizontal coordinate, and taking the interval duration as a vertical coordinate to establish a planar rectangular coordinate system, sequentially filling the numerical value of the interval duration and the corresponding middle moment in a planar rectangular coordinate coefficient to obtain a plurality of numerical points corresponding to the interval duration, sequentially connecting all the numerical points to obtain a plurality of interval connecting lines, calculating the slope of the interval connecting lines, and marking the slope of the interval connecting lines as slope one when the extension lines of the interval connecting lines and the horizontal coordinate form an obtuse angle; when the included angle between the delay line of the interval connecting line and the abscissa is an acute angle, marking the slope of the interval connecting line as a second slope; summing all the first slopes and taking the average value to obtain a first slope average value, summing all the second slopes and taking the average value to obtain a second slope average value; dividing the oblique first mean value by the oblique second mean value to obtain a fixed demand ratio;
then obtaining a time III closest to the current time, and calculating the time difference between the time III and the current time to obtain the required time; normalizing the total customized times, the fixed demand occupation ratio and the required time duration, taking the values of the normalized times, the fixed demand occupation ratio and the required time duration, establishing a right-angle triangle by taking the value of the total customized times and the value of the fixed demand occupation ratio as a right-angle side of the triangle, and marking the right-angle triangle as a fixed demand triangle; selecting a middle point of a hypotenuse of a triangle needing to be determined, connecting the middle point of the hypotenuse with the triangle needing to be determined to obtain a central line of the triangle needing to be determined, calculating the length of the central line, converting the length of the central line according to a certain proportion to obtain a numerical value of the central line, comparing the numerical value of the central line with a numerical value needing to be exhausted, and generating an information deleting signaling of a registered user and sending the information deleting signaling to a user side of the registered user when the numerical value of the central line is smaller than the numerical value needing to be exhausted; when a confirmation result sent and fed back by the user side is received within a preset time range, directly modifying the moment III nearest to the current moment into the current moment, and counting again; and deleting the physical sign parameter information of the registered user when the confirmation result is not received within a preset time range.
2. The men's T-shirt customized digital management system of claim 1, wherein the specific steps of the information processing module sending the information data packet to the customizing terminal are as follows:
obtaining the customized information of a customized end, matching the customized information with the customized style information in the information data packet, and marking the customized end, which contains all contents of the customized style information, in the customized information as an analysis end;
obtaining customization parameters of an analysis end, wherein the customization parameters comprise a position, a total customization amount and a fixed sum value; calculating the distance difference between the position and the position of the registered user to obtain a customized distance, carrying out normalization processing on the customized distance, the customized total number and the fixed sum value to obtain a fixed optimal value of the analysis end, marking the analysis end with the maximum fixed optimal value as a selected end, and sending an information data packet to the selected end; and the selected end receives the corresponding information data packet and then analyzes the information data packet to obtain physical sign parameter information and customized style information, and the T-shirt production is carried out according to the physical sign parameter information and the customized style information.
3. The men's T-shirt customized digital management system of claim 2, further comprising a customization and analysis unit in the information processing module; the system comprises a customizing end, a customizing and analyzing unit and a processing unit, wherein the customizing and analyzing unit is used for acquiring a moment I when the customizing end receives an information data packet and a moment II corresponding to the production completion of a T-shirt, calculating the difference between the moment I and the moment II to obtain single customizing duration, summing all the single customizing durations and averaging to obtain a customizing average duration, and multiplying the customizing average duration by a preset conversion coefficient to obtain a customizing sum value of the customizing end.
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| CN110264310A (en) * | 2019-05-30 | 2019-09-20 | 肖伯祥 | A kind of clothing pattern making method based on human body big data |
| CN111685429A (en) * | 2020-07-20 | 2020-09-22 | 上海纽兰科技有限公司 | Stay wire measuring tool and application thereof |
| CN113298908A (en) * | 2021-02-01 | 2021-08-24 | 阿里巴巴集团控股有限公司 | Electronic pattern information processing method and device and electronic equipment |
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| CN103268483B (en) * | 2013-05-31 | 2017-08-04 | 沈阳工业大学 | Palm grain identification method under open environment non-contact capture |
| CN111047386B (en) * | 2019-10-11 | 2023-06-27 | 北京优裁在线科技有限公司 | Online-based clothes customizing system and method |
| CN111026766A (en) * | 2019-12-25 | 2020-04-17 | 江西服装学院 | Human body data measurement system for remote garment customization |
| CN111091397A (en) * | 2019-12-31 | 2020-05-01 | 江西服装学院 | Digital management system based on garment customization process |
| CN114049438A (en) * | 2021-11-11 | 2022-02-15 | 江西仔衣库服饰有限公司 | Garment design system and garment design method |
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| CN110264310A (en) * | 2019-05-30 | 2019-09-20 | 肖伯祥 | A kind of clothing pattern making method based on human body big data |
| CN111685429A (en) * | 2020-07-20 | 2020-09-22 | 上海纽兰科技有限公司 | Stay wire measuring tool and application thereof |
| CN113298908A (en) * | 2021-02-01 | 2021-08-24 | 阿里巴巴集团控股有限公司 | Electronic pattern information processing method and device and electronic equipment |
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