CN110414902B - E-commerce platform system based on internet - Google Patents

E-commerce platform system based on internet Download PDF

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CN110414902B
CN110414902B CN201910720298.6A CN201910720298A CN110414902B CN 110414902 B CN110414902 B CN 110414902B CN 201910720298 A CN201910720298 A CN 201910720298A CN 110414902 B CN110414902 B CN 110414902B
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钱亮
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Shanghai Qikoutan Technology Co ltd
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Abstract

The invention discloses an e-commerce platform system based on the Internet, which is used for solving the problems of low credibility and no reference value caused by the phenomenon that an e-commerce platform sells fake goods and the existing e-commerce selling commodity evaluation is not standard; the system comprises a warehousing acquisition module, a commodity sampling inspection module, a distribution and sending module, a quality inspection module, a server, a database, an examination module, a registration module, a data acquisition module, an evaluation and distribution module, a login access module and an e-commerce platform module; when the labels of the returned commodities to be checked are all true labels, the commodities to be warehoused are warehoused by the warehousing management module, so that the phenomenon that fake commodities are sold by an e-commerce platform is reduced; by evaluating and auditing the sold commodities, the user can check the evaluation of the sold commodities by accessing the after-sale information and the evaluation reliability, so that the reference value of commodity evaluation is improved.

Description

E-commerce platform system based on internet
Technical Field
The invention relates to the field of e-commerce platforms, in particular to an e-commerce platform system based on the Internet.
Background
With the development of network and intelligent technology, online payment and logistics and the like, electronic commerce and online shopping are increasingly accepted by more people, and electronic commerce platforms such as Ali baba, Taobao, Shuduo and the like are developed. The e-commerce platforms not only activate economy and bring convenience to the public, but also create significant economic income for enterprises.
However, the existing e-commerce platform is not strict in monitoring the goods sold on the internet, so that consumers can easily purchase counterfeit goods, and the evaluation of the sold goods is not checked, so that the evaluation of the goods is low in reliability and has no reference value.
In a patent "CN 107392626A an internet-based e-commerce quality management platform and method", although the e-commerce quality of a product is detected, when a consumer needs to input an identification code through the internet, integrity, execution standards, inspection and detection, product traceability and insurance information of an enterprise related to the e-commerce product are provided to the consumer; therefore, it is necessary to provide an e-commerce platform system with quality inspection to improve the quality of products sold by e-commerce.
Disclosure of Invention
The invention aims to provide an E-commerce platform system based on the Internet; the warehousing management is carried out according to the commodity quality inspection information, when the labels of the returned commodities to be sampled are both true labels, the commodities to be warehoused are warehoused by the warehousing management module, and therefore the phenomenon that fake goods are sold by an e-commerce platform is reduced; through the evaluation and audit of the sold commodities, a user can check the evaluation of the sold commodities by accessing the after-sale information and the evaluation reliability, so that the reference value of commodity evaluation is improved, and the problems that the existing e-commerce sold commodity evaluation is not standard, the reliability is low and no reference value exists are solved;
the technical problem to be solved by the invention is as follows:
(1) according to the method, the commodities which are put in storage are randomly spot-checked and reasonably distributed to be sent to quality inspection personnel, the quality inspection personnel take pictures through a mobile phone terminal and inquire a product bar code and a production date from a manufacturer, so that the commodity true and false labels are judged for a user to buy commodities for reference, the phenomenon that fake goods are sold on an e-commerce platform is reduced, and the quality of the products sold on the e-commerce platform is improved;
(2) how to distribute the after-sale evaluation of the user to quality inspection personnel for auditing, judging the reliability of the evaluation, submitting an auditing score by the quality inspection personnel, and obtaining the evaluation reliability of the after-sale evaluation through calculation; therefore, the reference value of commodity evaluation is improved, and the problems that the existing e-commerce commodity evaluation is not standard, so that the credibility is low and no reference value exists are solved;
the purpose of the invention can be realized by the following technical scheme: an e-commerce platform system based on the Internet comprises a warehousing acquisition module, a commodity sampling inspection module, a distribution and sending module, a quality inspection module, a server, a database, an assessment module, a registration module, a data acquisition module, an evaluation and distribution module, a login access module and an e-commerce platform module;
the warehousing acquisition module is used for acquiring information of commodities to be warehoused; the commodity information comprises commodity names, commodity bar codes, the quantity of commodities and commodity warehousing addresses; the warehousing acquisition module sends the acquired warehousing commodity information to the commodity spot check module; the commodity spot check module is used for selecting commodities to be spot checked and spot check quantity according to commodity information; the commodity random inspection module sends the randomly inspected commodities to the distribution and sending module; the distribution and sending module is used for distributing the commodities sampled and checked by the commodity sampling and checking module to quality control personnel, and the specific distribution steps are as follows:
the method comprises the following steps: marking the goods to be checked as Aij,i＝1、……、n；j＝1、……、n；
Step two: the commodity spot inspection module acquires quality inspection personnel and quality inspection personnel information stored in the database through the server; the quality testing personnel information comprises the name of the quality testing commodity, the address, the name and the telephone of the quality testing personnel and the quantity of the commodities to be tested by the quality testing personnel; the quantity of commodities to be quality-checked by the quality-checking personnel is the quantity of commodities left by the quality-checking personnel and not to be quality-checked;
step three: screening quality testing personnel through quality testing personnel information; screening out quality testing personnel with the names of the commodities to be sampled and inspected being the same as the names of the commodities to be inspected, and marking the quality testing personnel as the quality testing personnel to be selected;
step four: setting a person to be selected and tested as Ri; 1, … …, n; the address of the person to be inspected is recorded as DRi(ii) a The number of commodities to be inspected by the quality inspector is recorded as MRi(ii) a Setting commodity warehousing address of commodity to be sampled and checked as DAij(ii) a According to the address D of the person to be inspectedRiAnd commodity warehousing address DA of commodity to be sampledijCalculating to obtain the distance difference between the quality inspection personnel to be selected and the commodity to be sampled and marking the distance difference as JRi；
Step five: using formulas
Figure BDA0002156944740000031
Obtaining the distribution value F of the personnel to be selectedRi(ii) a B1 and b2 are fixed values of preset proportionality coefficients; λ is a correction coefficient, and the value is 0.329472;
step six: according to the distribution value F of the quality inspection personnel to be selectedRiSorting in sequence from big to small, screening out j quality inspection personnel to be selected in sequence from big to small, and marking the personnel as the selected quality inspection personnel;
step seven: respectively attaching the goods to be sampled with the quality testing personnel information printed with the selected quality testing personnel and sending the goods to the selected quality testing personnel through logistics;
the quality inspection module is used for selecting quality inspection personnel to perform quality inspection on commodities to be sampled and inspected, and the specific quality inspection steps are as follows:
the method comprises the following steps: the quality testing personnel take a picture of the commodity for 360 degrees through the mobile phone terminal to obtain a picture of the commodity;
step two: shooting a bar code, a production date and a picture of a corresponding manufacturer on a commodity package, and contacting the manufacturer by a quality inspector through a mobile phone terminal and inquiring a number corresponding to the bar code; when the manufacturer has the bar code and the corresponding production date, the bar code and the corresponding production date are sent to a quality inspector terminal; the quality testing personnel compares the corresponding bar code and date sent by the manufacturer with the bar code and date on the commodity package, and when the corresponding bar code and date sent by the manufacturer are consistent with the bar code and date on the commodity package, the quality testing personnel adds a 'commodity is true' label to the commodity; if not, the quality inspector adds a label that the commodity is false to the commodity; the picture of the commodity, the commodity are true labels and the name of the commodity is marked as commodity quality inspection information;
step three: the quality testing personnel sends the picture of the commodity, the commodity as a true label and the name of the commodity to the server through the mobile phone terminal; then the quality testing personnel send the commodities back to the commodity warehousing place through logistics;
the server receives and stores the picture of the commodity to be sampled and detected, the commodity as a true label and the name of the commodity, which are sent by the quality testing personnel, and the quantity of the commodity to be tested is reduced by one by the quality testing personnel.
Preferably, the warehousing management module is used for receiving the commodities to be subjected to the selective examination and sent back by the quality testing personnel and acquiring the labels of the commodities to be subjected to the selective examination in the server and judging the labels; and when the labels of the sent commodities to be checked are all true labels, the commodities to be warehoused are warehoused by the warehousing management module.
Preferably, the registration module is used for submitting registration information by a user through a mobile phone terminal, wherein the registration information comprises a user address, a name, a telephone and a quality inspection commodity name; the registration information is sent to the examination module by the registration module, the examination module receives the registration information to examine the user, and the specific steps are as follows:
the method comprises the following steps: the examination module sends the knowledge and the notice of the quality inspection commodities to the mobile phone terminal of the user according to the quality inspection commodity names in the registration information;
step two: the user learns the knowledge and the cautionary items of the quality control commodities through the mobile phone terminal, and sends the reserved examination time to the examination module through the mobile phone terminal, and the examination module receives the reserved examination time and sends the examination place corresponding to the reserved examination time to the mobile phone terminal of the user;
step three: when the user checks the examination place at the time of reserving the examination time, the computer sends the checked fraction to the checking module, and when the checked fraction is larger than a set threshold value, the user is qualified and a quality testing personnel number is generated; the assessment module marks the user as a quality inspector and sends the serial number of the quality inspector and the registration information to the database for storage.
Preferably, the login access module is used for performing access connection between the sales commodity and the quality inspection commodity information stored in the server; the method comprises the following specific steps:
the method comprises the following steps: a user clicks commodities sold in the e-commerce platform module through a terminal, generates a commodity access request and sends the commodity access request and the clicked sold commodities to the login access module;
step two: the login access module receives the commodity access request and accesses the server, and the server screens out quality inspection commodity information corresponding to the clicked sales commodity and sends the quality inspection commodity information to the login access module;
step three: and the login access module sends the received quality inspection commodity information to a terminal of a user.
Preferably, the data acquisition module is used for acquiring after-sale information of commodities purchased by a user at the e-commerce platform module; the after-sale information comprises order time for purchasing the commodity, the commodity name, sign-in time, character evaluation of the commodity and an after-sale photo of the commodity; the data acquisition module transmits the acquired after-sale information to the server; the server sends the received after-sale information to an evaluation distribution module; the evaluation distribution module is used for distributing the after-sale information to quality inspectors for auditing and calculating the evaluation reliability, and comprises the following specific steps:
the method comprises the following steps: acquiring quality testing personnel of corresponding commodities according to the commodity names in the after-sale information; randomly sending the after-sale information to a mobile phone terminal of a quality inspector corresponding to the commodity;
step two: the quality inspector corresponding to the commodity audits the after-sale information through the mobile phone terminal and inputs a corresponding audit score, and the audit score is marked as CRi(ii) a Quality testing personnel send the audit score to the evaluation distribution module through the mobile phone terminal;
step three: setting the number of characters evaluated by the characters of the commodity in the after-sale information as Pa; the number of after-sale photos of the commodity is recorded as Ea; the order time of the commodity is recorded as T1 a; the sign-in time is recorded as T2 a; a is 1, … …, n;
step four: using formulas
Figure BDA0002156944740000051
Obtaining evaluation reliability P; wherein f1, f2 and rho are all preset proportionality coefficients; f1>f2>ρ>1；
Step five: when the evaluation reliability P is larger than a set threshold value, sending the after-sales information and the evaluation reliability P to a login access module through a server; the login access module sends the after-sale information and the evaluation credibility P to the e-commerce platform module; the E-commerce platform module is used for selling commodities by merchants, browsing and purchasing commodities by users, displaying corresponding commodity after-sale information, evaluating credibility P and commodity quality inspection information.
The invention has the beneficial effects that:
(1) the invention avoids the phenomenon of storing and selling counterfeit goods by randomly sampling and inspecting the commodities put in storage: the warehousing acquisition module sends the acquired warehousing commodity information to the commodity random inspection module, the commodity random inspection module selects commodities to be randomly inspected and random inspection quantity according to the commodity information, and then the commodity random inspection module sends the randomly inspected commodities to the distribution and sending module; the distribution and sending module distributes the goods for the spot check to quality control personnel in sequence according to the distribution size; the quality testing personnel take pictures through the mobile phone terminal according to the commodity information and inquire the bar code and the production date of the product from a manufacturer, so that the label is added to the commodity to be inspected and the commodity quality testing information is sent to the server; the commodity warehousing management module is used for warehousing commodities to be warehoused when the labels of the returned commodities to be checked are all the commodities which are true labels, so that the phenomenon that fake commodities are sold on an e-commerce platform is reduced;
(2) the invention improves the reference value of commodity evaluation by evaluating and auditing the sold commodities: the server sends the received after-sale information to an evaluation distribution module; the evaluation distribution module obtains evaluation credibility P by using a formula; when the evaluation reliability P is larger than a set threshold value, sending the after-sales information and the evaluation reliability P to a login access module through a server; the user can check the evaluation of the sold commodities by accessing the after-sale information and the evaluation reliability, so that the reference value of commodity evaluation is improved, and the problems that the existing e-commerce sold commodity evaluation is not standard, the reliability is low and no reference value exists are solved.
Drawings
The invention will be further described with reference to the accompanying drawings.
Fig. 1 is a schematic block diagram of an internet-based e-commerce platform system of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, 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, the invention relates to an e-commerce platform system based on the internet, which comprises a warehousing acquisition module, a commodity sampling inspection module, an allocation and sending module, a quality inspection module, a server, a database, an assessment module, an entry module, a data acquisition module, an evaluation and allocation module, a login access module and an e-commerce platform module;
the warehousing acquisition module is used for acquiring information of commodities to be warehoused; the commodity information comprises commodity names, commodity bar codes, the quantity of commodities and commodity warehousing addresses; the warehousing acquisition module sends the acquired warehousing commodity information to the commodity spot check module; the commodity spot check module is used for selecting commodities to be spot checked and spot check quantity according to the commodity information; setting the number of commodities to be warehoused as X1; setting a sampling proportion coefficient as w; j ═ X1 × w; then the storeroom staff randomly chooses j commodities as the commodities to be sampled and checked;
the commodity random inspection module sends the randomly inspected commodities to the distribution and sending module; the distribution and sending module is used for distributing the commodities sampled and checked by the commodity sampling and checking module to quality control personnel, and the specific distribution steps are as follows:
the method comprises the following steps: marking the goods to be checked as Aij,i＝1、……、n；j＝1、……、n；
Step two: the commodity spot inspection module acquires quality inspection personnel and quality inspection personnel information stored in the database through the server; the quality testing personnel information comprises the name of the quality testing commodity, the address, the name and the telephone of the quality testing personnel and the quantity of the commodities to be tested by the quality testing personnel; the quantity of commodities to be quality-checked by the quality-checking personnel is the quantity of commodities left by the quality-checking personnel and not to be quality-checked;
step three: screening quality testing personnel through quality testing personnel information; screening out quality testing personnel with the names of the commodities to be sampled and inspected being the same as the names of the commodities to be inspected, and marking the quality testing personnel as the quality testing personnel to be selected;
step four: setting a person to be selected and tested as Ri; 1, … …, n; the address of the person to be inspected is recorded as DRi(ii) a The number of commodities to be inspected by the quality inspector is recorded as MRi(ii) a Setting commodity warehousing address of commodity to be sampled and checked as DAij(ii) a According to the address D of the person to be inspectedRiAnd commodity warehousing address DA of commodity to be sampledijCalculating to obtain the distance difference between the quality inspection personnel to be selected and the commodity to be sampled and marking the distance difference as JRi；
Step five: using formulas
Figure BDA0002156944740000071
Obtaining the distribution value F of the personnel to be selectedRi(ii) a B1 and b2 are fixed values of preset proportionality coefficients; λ is a correction coefficient, and the value is 0.329472; the smaller the distance difference is, the larger the distribution value is, and the easier the commodity to be sampled and inspected is to be distributed to the personnel to be selected and inspected; the smaller the number of commodities to be subjected to quality inspection of the personnel to be subjected to quality inspection is, the larger the distribution value is; the distance difference and the number of commodities to be inspected are reasonably distributed to quality inspection personnel, so that the cost is reduced, and the quality inspection efficiency is improved;
step six: according to the distribution value F of the quality inspection personnel to be selectedRiSorting in sequence from big to small, screening out j quality inspection personnel to be selected in sequence from big to small, and marking the personnel as the selected quality inspection personnel;
step seven: respectively attaching the goods to be sampled with the quality testing personnel information printed with the selected quality testing personnel and sending the goods to the selected quality testing personnel through logistics;
the quality inspection module is used for selecting quality inspection personnel to perform quality inspection on commodities to be sampled and inspected, and the specific quality inspection steps are as follows:
the method comprises the following steps: the quality testing personnel take a picture of the commodity for 360 degrees through the mobile phone terminal to obtain a picture of the commodity;
step two: shooting a bar code, a production date and a picture of a corresponding manufacturer on a commodity package, and contacting the manufacturer by a quality inspector through a mobile phone terminal and inquiring a number corresponding to the bar code; when the manufacturer has the bar code and the corresponding production date, the bar code and the corresponding production date are sent to a quality inspector terminal; the quality testing personnel compares the corresponding bar code and date sent by the manufacturer with the bar code and date on the commodity package, and when the corresponding bar code and date sent by the manufacturer are consistent with the bar code and date on the commodity package, the quality testing personnel adds a 'commodity is true' label to the commodity; if not, the quality inspector adds a label that the commodity is false to the commodity; the picture of the commodity, the commodity are true labels and the name of the commodity is marked as commodity quality inspection information;
step three: the quality testing personnel sends the picture of the commodity, the commodity as a true label and the name of the commodity to the server through the mobile phone terminal; then the quality testing personnel send the commodities back to the commodity warehousing place through logistics;
the server receives and stores the photos of the commodities to be sampled and inspected, the real labels of the commodities and the names of the commodities, which are sent by quality inspection personnel, and reduces the quantity of the commodities to be inspected by one;
the warehousing management module is used for receiving the commodities to be subjected to the selective examination and sent back by the quality testing personnel and acquiring the labels of the commodities to be subjected to the selective examination in the server and judging the labels; when the labels of the sent commodities to be checked are all true labels, the commodities to be warehoused are warehoused by the warehousing management module;
the registration module is used for submitting registration information by a user through a mobile phone terminal, wherein the registration information comprises a user address, a name, a telephone and a quality inspection commodity name; the registration information is sent to the examination module by the registration module, the examination module receives the registration information to examine the user, and the specific steps are as follows:
the method comprises the following steps: the examination module sends the knowledge and the notice of the quality inspection commodities to the mobile phone terminal of the user according to the quality inspection commodity names in the registration information;
step two: the user learns the knowledge and the cautionary items of the quality control commodities through the mobile phone terminal, and sends the reserved examination time to the examination module through the mobile phone terminal, and the examination module receives the reserved examination time and sends the examination place corresponding to the reserved examination time to the mobile phone terminal of the user;
step three: when the user checks the examination place at the time of reserving the examination time, the computer sends the checked fraction to the checking module, and when the checked fraction is larger than a set threshold value, the user is qualified and a quality testing personnel number is generated; the assessment module marks the user as a quality inspector and sends the serial number of the quality inspector and the registration information to the database for storage;
the login access module is used for performing access connection between the sales commodities and the quality inspection commodity information stored in the server; the method comprises the following specific steps:
the method comprises the following steps: a user clicks commodities sold in the e-commerce platform module through a terminal, generates a commodity access request and sends the commodity access request and the clicked sold commodities to the login access module;
step two: the login access module receives the commodity access request and accesses the server, and the server screens out quality inspection commodity information corresponding to the clicked sales commodity and sends the quality inspection commodity information to the login access module;
step three: the login access module sends the received quality inspection commodity information to a terminal of a user;
the data acquisition module is used for acquiring after-sale information of commodities purchased by a user on the E-commerce platform module; the after-sale information comprises order time for purchasing the commodity, the commodity name, sign-in time, character evaluation of the commodity and an after-sale photo of the commodity; the data acquisition module transmits the acquired after-sale information to the server; the server sends the received after-sale information to an evaluation distribution module; the evaluation distribution module is used for distributing the after-sale information to quality inspectors for auditing and calculating the evaluation reliability, and comprises the following specific steps:
the method comprises the following steps: acquiring quality testing personnel of corresponding commodities according to the commodity names in the after-sale information; randomly sending the after-sale information to a mobile phone terminal of a quality inspector corresponding to the commodity;
step two: the quality inspector corresponding to the commodity audits the after-sale information through the mobile phone terminal and inputs a corresponding audit score, and the audit score is marked as CRi(ii) a Quality testing personnel send the audit score to the evaluation distribution module through the mobile phone terminal;
step three: setting the number of characters evaluated by the characters of the commodity in the after-sale information as Pa; the number of after-sale photos of the commodity is recorded as Ea; the order time of the commodity is recorded as T1 a; the sign-in time is recorded as T2 a; a is 1, … …, n;
step four: using formulas
Figure BDA0002156944740000101
Obtaining evaluation reliability P; wherein f1, f2 and rho are all preset proportionality coefficients; f1>f2>ρ；f1*f2-ρ>1; the smaller the time difference between the order time and the delivery time of the commodity is, the greater the evaluation reliability is; the more the user evaluates the characters and the after-sale photos of the purchased commodities, the greater the evaluation credibility;
step five: when the evaluation reliability P is larger than a set threshold value, sending the after-sales information and the evaluation reliability P to a login access module through a server; the login access module sends the after-sale information and the evaluation credibility P to the e-commerce platform module; the E-commerce platform module is used for selling commodities by merchants, browsing and purchasing commodities by users, displaying corresponding commodity after-sale information, evaluating credibility P and commodity quality inspection information;
the working principle of the invention is as follows: the warehousing collection module sends the collected warehousing commodity information to the commodity random inspection module, the commodity random inspection module selects commodities to be random inspected and random inspection quantity according to the commodity information, and then the commodity random inspection module sends the random inspection commodities to the distribution and sending module; the distribution and sending module distributes the goods for the spot check to quality control personnel in sequence according to the distribution size; the quality testing personnel take pictures through the mobile phone terminal according to the commodity information and inquire the bar code and the production date of the product from a manufacturer, so that the label is added to the commodity to be inspected and the commodity quality testing information is sent to the server; the commodity warehousing management module is used for warehousing commodities to be warehoused when the labels of the returned commodities to be checked are all the commodities which are true labels, so that the phenomenon that fake commodities are sold on an e-commerce platform is reduced;
the server sends the received after-sale information to an evaluation distribution module; evaluation assignment module utilization formula
Figure BDA0002156944740000111
Obtaining evaluation reliability P; the smaller the time difference between the order time and the delivery time of the commodity is, the greater the evaluation reliability is; the more the user evaluates the characters and the after-sale photos of the purchased commodities, the greater the evaluation credibility; when the evaluation reliability P is larger than a set threshold value, sending the after-sales information and the evaluation reliability P to a login access module through a server; the user can check the evaluation of the sold commodities by accessing the after-sale information and the evaluation reliability, thereby improving the reference value of commodity evaluation and solving the problem of the existing e-commerce salesAnd the commodity evaluation is not standard, so that the credibility is low and no reference value exists.
The foregoing is merely exemplary and illustrative of the present invention and various modifications, additions and substitutions may be made by those skilled in the art to the specific embodiments described without departing from the scope of the invention as defined in the following claims.

Claims (1)

1. An e-commerce platform system based on the Internet is characterized by comprising a warehousing acquisition module, a commodity sampling inspection module, a distribution and sending module, a quality inspection module, a server, a database, an examination module, a registration module, a data acquisition module, an evaluation and distribution module, a login access module and an e-commerce platform module;
the warehousing acquisition module is used for acquiring information of commodities to be warehoused; the commodity information comprises commodity names, commodity bar codes, the quantity of commodities and commodity warehousing addresses; the warehousing acquisition module sends the acquired warehousing commodity information to the commodity spot check module; the commodity spot check module is used for selecting commodities to be spot checked and spot check quantity according to commodity information; the commodity random inspection module sends the randomly inspected commodities to the distribution and sending module; the distribution and sending module is used for distributing the commodities sampled and checked by the commodity sampling and checking module to quality control personnel, and the specific distribution steps are as follows:
the method comprises the following steps: marking the goods to be checked as Aij,i＝1、……、n；j＝1、……、n；
Step two: the commodity spot inspection module acquires quality inspection personnel and quality inspection personnel information stored in the database through the server; the quality testing personnel information comprises the name of the quality testing commodity, the address, the name and the telephone of the quality testing personnel and the quantity of the commodities to be tested by the quality testing personnel; the quantity of commodities to be quality-checked by the quality-checking personnel is the quantity of commodities left by the quality-checking personnel and not to be quality-checked;
step three: screening quality testing personnel through quality testing personnel information; screening out quality testing personnel with the names of the commodities to be sampled and inspected being the same as the names of the commodities to be inspected, and marking the quality testing personnel as the quality testing personnel to be selected;
step four: setting a person to be selected and tested as Ri; 1, … …, n; the address of the person to be inspected is recorded as DRi(ii) a The number of commodities to be inspected by the quality inspector is recorded as MRi(ii) a Setting commodity warehousing address of commodity to be sampled and checked as DAij(ii) a According to the address D of the person to be inspectedRiAnd commodity warehousing address DA of commodity to be sampledijCalculating to obtain the distance difference between the quality inspection personnel to be selected and the commodity to be sampled and marking the distance difference as JRi；
Step five: using formulas
Figure FDA0002988175770000011
Obtaining the distribution value F of the personnel to be selectedRi(ii) a B1 and b2 are fixed values of preset proportionality coefficients; λ is a correction coefficient, and the value is 0.329472;
step six: according to the distribution value F of the quality inspection personnel to be selectedRiSorting in sequence from big to small, screening out j quality inspection personnel to be selected in sequence from big to small, and marking the personnel as the selected quality inspection personnel;
step seven: respectively attaching the goods to be sampled with the quality testing personnel information printed with the selected quality testing personnel and sending the goods to the selected quality testing personnel through logistics;
the quality inspection module is used for selecting quality inspection personnel to perform quality inspection on commodities to be sampled and inspected, and the specific quality inspection steps are as follows:
the method comprises the following steps: the quality testing personnel take a picture of the commodity for 360 degrees through the mobile phone terminal to obtain a picture of the commodity;
step two: shooting a bar code, a production date and a picture of a corresponding manufacturer on a commodity package, and contacting the manufacturer by a quality inspector through a mobile phone terminal and inquiring a number corresponding to the bar code; when the manufacturer has the bar code and the corresponding production date, the bar code and the corresponding production date are sent to a quality inspector terminal; the quality testing personnel compares the corresponding bar code and date sent by the manufacturer with the bar code and date on the commodity package, and when the corresponding bar code and date sent by the manufacturer are consistent with the bar code and date on the commodity package, the quality testing personnel adds a 'commodity is true' label to the commodity; if not, the quality inspector adds a label that the commodity is false to the commodity; the picture of the commodity, the commodity are true labels and the name of the commodity is marked as commodity quality inspection information;
step three: the quality testing personnel sends the picture of the commodity, the commodity as a true label and the name of the commodity to the server through the mobile phone terminal; then the quality testing personnel send the commodities back to the commodity warehousing place through logistics;
the server receives and stores the photos of the commodities to be sampled and inspected, the real labels of the commodities and the names of the commodities, which are sent by quality inspection personnel, and reduces the quantity of the commodities to be inspected by one;
the warehousing management module is used for receiving the commodities to be subjected to the selective examination and sent back by the quality testing personnel and acquiring the labels of the commodities to be subjected to the selective examination in the server and judging the labels; when the labels of the sent commodities to be checked are all true labels, the commodities to be warehoused are warehoused by the warehousing management module;
the registration module is used for submitting registration information by a user through a mobile phone terminal, wherein the registration information comprises a user address, a name, a telephone and a quality inspection commodity name; the registration information is sent to the examination module by the registration module, the examination module receives the registration information to examine the user, and the specific steps are as follows:
the method comprises the following steps: the examination module sends the knowledge and the notice of the quality inspection commodities to the mobile phone terminal of the user according to the quality inspection commodity names in the registration information;
step two: the user learns the knowledge and the cautionary items of the quality control commodities through the mobile phone terminal, and sends the reserved examination time to the examination module through the mobile phone terminal, and the examination module receives the reserved examination time and sends the examination place corresponding to the reserved examination time to the mobile phone terminal of the user;
step three: the user examines the examination site at the appointed examination time by the computer, the computer sends the examined score to the examination module, when the examined score is larger than the set threshold value, the user is qualified, and the number of the quality inspector is generated; the assessment module marks the user as a quality inspector and sends the serial number of the quality inspector and the registration information to the database for storage;
the login access module is used for performing access connection between the sales commodity and the quality inspection commodity information stored in the server; the method comprises the following specific steps:
the method comprises the following steps: a user clicks commodities sold in the e-commerce platform module through a terminal, generates a commodity access request and sends the commodity access request and the clicked sold commodities to the login access module;
step two: the login access module receives the commodity access request and accesses the server, and the server screens out quality inspection commodity information corresponding to the clicked sales commodity and sends the quality inspection commodity information to the login access module;
step three: the login access module sends the received quality inspection commodity information to a terminal of a user;
the data acquisition module is used for acquiring after-sale information of commodities purchased by a user on the E-commerce platform module; the after-sale information comprises order time for purchasing the commodity, the commodity name, sign-in time, character evaluation of the commodity and an after-sale photo of the commodity; the data acquisition module transmits the acquired after-sale information to the server; the server sends the received after-sale information to an evaluation distribution module; the evaluation distribution module is used for distributing the after-sale information to quality inspectors for auditing and calculating the evaluation reliability, and comprises the following specific steps:
the method comprises the following steps: acquiring quality testing personnel of corresponding commodities according to the commodity names in the after-sale information; randomly sending the after-sale information to a mobile phone terminal of a quality inspector corresponding to the commodity;
step two: the quality inspector corresponding to the commodity audits the after-sale information through the mobile phone terminal and inputs a corresponding audit score, and the audit score is marked as CRi(ii) a Quality testing personnel send the audit score to the evaluation distribution module through the mobile phone terminal;
step three: setting the number of characters evaluated by the characters of the commodity in the after-sale information as Pa; the number of after-sale photos of the commodity is recorded as Ea; the order time of the commodity is recorded as T1 a; the sign-in time is recorded as T2 a; a is 1, … …, n;
step four: using formulas
Figure FDA0002988175770000041
Obtaining evaluation reliability P; wherein f1, f2 and rho are all preset proportionality coefficients; f1>f2>ρ；
Step five: when the evaluation reliability P is larger than a set threshold value, sending the after-sales information and the evaluation reliability P to a login access module through a server; the login access module sends the after-sale information and the evaluation credibility P to the e-commerce platform module; the E-commerce platform module is used for selling commodities by merchants, browsing and purchasing commodities by users, displaying corresponding commodity after-sale information, evaluating credibility P and commodity quality inspection information.
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