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CN112132604A - E-commerce platform transaction relationship management system based on AC authorization rules - Google Patents

E-commerce platform transaction relationship management system based on AC authorization rules Download PDF

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CN112132604A
CN112132604A CN202010846795.3A CN202010846795A CN112132604A CN 112132604 A CN112132604 A CN 112132604A CN 202010846795 A CN202010846795 A CN 202010846795A CN 112132604 A CN112132604 A CN 112132604A
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CN112132604B (en
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杨兆兴
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Abstract

The invention relates to an e-commerce platform transaction relationship management system based on an AC authorization rule, which comprises a user AC relationship management module, an AC authorization management module, an AC value feedback module and an AC relationship business management module; the invention provides a benefit driving mechanism through the AC relationship established among users and the AC value feedback function related to the AC codes, improves the transaction requirements and transaction enthusiasm of the users, enhances the network expansion kinetic energy of the user relationship, constructs a platform user number increasing mechanism, and continuously increases the activity of the platform users.

Description

E-commerce platform transaction relationship management system based on AC authorization rules
Technical Field
The invention belongs to the field of transaction systems, and particularly relates to an e-commerce platform transaction relationship management system based on an AC authorization rule.
Background
With the development of the mobile internet convergence technology and the cloud server technology, the industry services in the mobile internet come out endlessly; meanwhile, the development of the mobile internet commodity transaction service is also driven by the progress of the remote payment technology, and various internet transaction platforms are developed, such as Taobao, Amazon, Jingdong and the like; correspondingly, the selling minimum units of all platforms are mainly shops, but in the prior art, a user transaction relationship management system designed for an e-commerce platform is not provided, and a network management system for making a special identifier for a user transaction relationship, expanding the transaction relationship on the basis of the special identifier and increasing the transaction amount of the transaction platform and the user activity is lacked.
Disclosure of Invention
The invention aims to solve the problem that the existing transaction relation system lacks a network management system which makes a special identifier for a user transaction relation, expands the transaction relation on the basis of the special identifier and increases the transaction amount and the user activity of a transaction platform, and provides an e-commerce platform transaction relation management system based on an AC authorization rule, which comprises the following steps:
a user AC relation management module for managing AC relation of user, judging AC relation condition, and if user u authorized by ACiCopying the AC code to a user u to establish an AC relationshipjWhen it is considered to be ujHold uiAC code of ujHold uiWhen the AC code performs user registration, social relationship establishment or transaction completion in the platform, the user uiWith user ujEstablishing AC relationships
Figure BDA0002643317850000011
The AC relation is a triple formed by two user identifications and an AC code;
the AC authorization management module is used for carrying out condition judgment according to an AC authorization rule, carrying out AC authorization judgment on qualified user pairs, and authorizing an AC code with a unique identifier for the user meeting the judgment condition, and is connected with the AC value feedback module and the AC relation service management module so as to enable the AC code to complete data exchange with the AC value feedback module and the AC relation service management module;
the AC value feedback module is connected with the AC authorization management module and the AC relation service management module so as to enable the AC value feedback module to complete real-time data exchange with the AC authorization management module and the AC relation service management module; the AC value feedback module is used for judging the condition of AC value calculation, calculating the AC value when the condition is met, and judging the attribution of the AC value;
the AC relation business management module is connected with the user AC relation management module, the AC authorization management module and the AC value feedback module and used for finishing data exchange with the user AC relation management module, the AC authorization management module and the AC value feedback module in real time.
Further, the AC relation established by the user AC relation management module comprises two types,
type 1: when the user holding the AC code is the AC code attribution user, for the user uiWith user uj，uiHeld AC code CuiIs attributed to uiThe user AC relationship management module records the AC relationship as a triple
Figure BDA0002643317850000021
Type 2: when the user holding the AC code is not the AC code attribution user, the user identification ujWith user identity uk，ujHeld AC code CuiNot to ujThe user AC relationship management module records the AC relationship as
Figure BDA0002643317850000022
Further, the AC authorization management module is internally provided with a user set U (U)1,u2...un) n1, 2.. n, for recording user information, the AC code has uniqueness, cannot be repeated, and only belongs to one user, user uiIs recorded as CuiUser ujIs recorded as Cuj(ii) a The AC authorization management module is internally provided with an AC authorization user set uACUsed for recording authorized user information; the AC authorization management module comprises two authorization modes when authorizing the AC code,
mode 1, when the user
Figure BDA0002643317850000031
And user uiWhen the transaction total Pi is greater than or equal to a preset consumption parameter X1, wherein X1 is a preset value, the AC code authorization unit authorizes the user uiAttributed to AC set of authorized users uACAnd simultaneously, the AC code authorization unit grants the AC code Cu of the unique identification of the userj；
Mode 2, when user ui,uj,ukSatisfy ui∈uACAnd u isiHas an AC code of Cui，
Figure BDA0002643317850000032
Then user ujObtaining AC authorization, the AC code authorization unit authorizes the user ujAttributed to AC set of authorized users uACAnd simultaneously, the AC code authorization unit grants the AC code Cu of the unique identification of the userj。
Further, the timing relationship when the AC authorization module performs AC authorization on the user in the mode 2 is as follows:
step one, the user AC relation management module establishes a user uiWith user ujAC relationship of (1):
Figure BDA0002643317850000033
step two, the user AC relation management module establishes a user ujWith user ukAC relationship of (1):
Figure BDA0002643317850000034
step three, when the step (1) and the step (2) are completed, the AC authorization rule is satisfied, and the AC authorization management module carries out authorization on the user ujAuthorization at the same time ujThe user obtains the AC code Cu of the unique identifier granted by the AC authorization management modulej。
Further, when the AC value feedback module calculates the AC value, the AC value feedback module calculates according to the following formula,
Figure BDA0002643317850000035
wherein,
Figure BDA0002643317850000036
representation belonging to the AC code Cu1Identified occurrence AC relationship
Figure BDA0002643317850000037
User u of1The value of (a) of (b),
Figure BDA00026433178500000311
representing the AC value trading coefficient and P the trading price.
Further, the AC value feedback module calculates the timing relationship of the AC value as follows,
when user u1With user u2Has an AC relationship of
Figure BDA0002643317850000038
User u2Upon completion of a transaction, the AC value feedback module calculates an AC value
Figure BDA0002643317850000039
And will AC value
Figure BDA00026433178500000310
Home subscriber u1；
When user u2With user u3Has an AC relationship of r23＝(u2，u3，Cu2) User u2Upon completion of a transaction, the AC value feedback module calculates an AC value
Figure BDA0002643317850000041
And AC value
Figure BDA0002643317850000042
Home subscriber u2。
Further, the AC value feedback module performs AC value attribution judgment according to the users who have established the AC relationship;
when user u1With user u2Has an AC relationship of
Figure BDA0002643317850000043
AC code is Cu1The AC value feedback module determines that the AC value is
Figure BDA0002643317850000044
The home subscriber is u1；
When user u2With user u3Has an AC relationship of
Figure BDA0002643317850000045
AC code is Cu1The AC value feedback module determines that the AC value is
Figure BDA0002643317850000046
The home subscriber is u1；
When user u2With user u4Has an AC relationship of
Figure BDA0002643317850000047
AC code is Cu2The AC value feedback module determines that the AC value is
Figure BDA0002643317850000048
The home subscriber is u2。
Further, the AC relationship service management module is provided with a data acquisition unit inside an AC commodity selling unit, and is used for listing different commodities on the shelves according to the users with different priority levels; the data acquisition unit is internally provided with a promotional commodity type matrix L (L1, L2, L3.. Ln), wherein L1 represents a first type of promotional commodity, L2 represents a second type of promotional commodity, and L3 represents a third type of promotional commodity.. Ln represents an nth type of promotional commodity; the data acquisition unit acquires information of C1 and C2 in a user priority level matrix C (C1, C2, C3 and C4) in real time to generate a commodity proportion matrix U (U1, H1, U2, H2.. Un, Hn), wherein U1 represents a first type commodity matrix, H1 represents proportions of the first type commodity matrix, U2 represents a second type commodity matrix, H2 represents proportions of the second type commodity,. Un represents an nth type commodity, and Hn represents proportions of the nth type commodity; the AC commodity selling unit selects corresponding types of commodities and proportion shelving commodities from a promotional commodity type matrix L (L1, L2, L3.. Ln) according to a commodity proportion matrix U (U1, H1, U2, H2.. Un, Hn).
Further, the AC relationship service management module is provided with a commodity information matrix S (S1, S2, S3.. Sn) in an AC coupon unit, where S1 represents a first commodity information matrix, S2 represents a second commodity information matrix, S3 represents a third commodity information matrix, and.. Sn represents an nth commodity information matrix; for the ith commodity information matrix Si (Si1, Si2, Si3), i is 1,2, 3,. n, where Si1 represents the ith commodity first offer level matrix, Si2 represents the ith commodity second offer level matrix, Si3 represents the ith commodity third offer level matrix, and Si4 represents the ith commodity fourth offer level matrix; for the ith commodity nth offer level matrix Sin (Sin1, Sin2), n is 1,2, 3, 4, wherein Sin1 represents the ith commodity nth offer level minimum judgment value, and Sin2 represents the ith commodity nth offer level maximum judgment value; when a user purchases a commodity, the AC preferential unit firstly judges whether the user is in a user information matrix P (P1, P2.. Pn) of an e-commerce platform, if so, the user information is acquired, secondly, judges whether the user is authorized by an AC code, and if so, the AC value authorized by the user is acquired; thirdly, judging the commodity discount grade according to the AC value of the user; when the user is judged, the AC privilege unit compares the user AC value with the judgment value of the ith commodity nth privilege level area to judge the user privilege level; when the AC preferential unit judges the commodity preferential level, the AC value of the user is compared with the judgment value of the nth preferential level area of the ith commodity to judge the user preferential level,
when the user purchases the ith commodity, if the AC value of the user is greater than Si11 and less than Si12, the judgment module judges that the commodity is the first privilege level, and calculates the price of the commodity purchased by the user according to the privilege level;
when the user purchases the ith commodity, if the AC value of the user is greater than Si21 and less than Si22, the judgment module judges that the commodity is the first privilege level, and calculates the price of the commodity purchased by the user according to the privilege level;
when the user purchases the ith commodity, if the AC value of the user is greater than Si31 and less than Si32, the judgment module judges that the commodity is the third preference level, and calculates the price of the commodity purchased by the user according to the preference level;
when the user purchases the ith commodity, if the AC value of the user is greater than Si41 and less than Si42, the judgment module judges that the commodity is the first privilege level, and calculates the price of the commodity purchased by the user according to the privilege level.
Further, the AC coupon unit is internally provided with a push unit for determining user priority, and internally provided with a user priority matrix C (C1, C2, C3, C4), wherein C1 represents a first priority user, C2 represents a second priority user, C3 represents a third priority user, and C4 represents a fourth priority user; for the ith priority level user matrix Ci (Ci1, Ci2.. Cin), i is 1,2, n, where Ci1 represents the commodity type purchased most frequently by the ith level first user, Ci2 represents the commodity type purchased most frequently by the ith level second user, Cin represents the commodity type purchased most frequently by the ith level nth user, and the AC coupon unit, when determining the user priority level,
when the user is authorized with the AC value and has an AC relationship with other users, the pushing unit divides the user into a first priority level and records the user information into the priority level matrix C;
when the user is authorized with the AC value and does not have AC relation with other users, the pushing unit divides the user into a second priority level and records the user information into the priority level matrix C;
when the user is not authorized with the AC value and has an AC relationship with other users, the pushing unit divides the user into a third priority level and records the user information into the priority level matrix C;
when the user is not authorized with the AC value and has no AC relationship with other users, the pushing unit divides the user into a fourth priority level and records the user information into the priority level matrix C.
Compared with the prior art, the method has the technical effects that the platform provides a benefit driving mechanism through the AC relationship established among users and the AC value feedback function related to the AC codes, the transaction requirements and the transaction enthusiasm of the users are improved, the network expansion kinetic energy of the user relationship is enhanced, a platform user number increasing mechanism is established, the activity of the platform users is continuously increased, the AC codes with unique identification are provided for the users through an AC authorization mechanism, the AC codes and the attributive users of the AC codes are in one-to-one correspondence, the AC authorization rule provides a kinetic energy mechanism for the users to expand the transaction relationship network, and the users are driven to establish the AC relationships, so that the number of the platform users is increased. Meanwhile, the AC value feedback function provides a benefit driving mechanism to drive users to improve the transaction activity and the transaction amount of the platform, and the AC authorization process is only related to 3 users; the AC authorization relations among all groups of users meeting the AC authorization rule are mutually independent; the attribution of the AC value is irrelevant to the AC authorization relation and only relevant to the unique identification user to which the AC code belongs, so that the identification of the user is facilitated, and the system can conveniently perform different processing on the user.
Particularly, the AC authorization module of the invention authorizes the AC code to the user when the user is authorized
Figure BDA0002643317850000071
And user uiWhen the transaction total Pi is more than or equal to a preset consumption parameter X1, the AC code authorization unit authorizes the user uiAttributed to AC set of authorized users uACAnd simultaneously, the AC code authorization unit grants the AC code Cu of the unique identification of the userj，
When user ui,uj,ukSatisfy ui∈uACAnd u isiHas an AC code of Cui，
Figure BDA0002643317850000072
The user obtains the AC authorization, and the AC code authorization unit authorizes the user ujAttributed to AC set of authorized users uACMeanwhile, the AC code authorization unit grants the AC of the unique identification of the userCode Cuj(ii) a The authorization process needs the user to consume on the platform or draw up a new user, and improves the demand of the client on the AC code to improve the platform transaction amount, the activity and the platform user amount by combining the AC relation service management module arranged in the invention; the AC code authorized by the AC authorization module is unique and unchangeable, has identification performance for the client, and is convenient to give different degrees of preference to the client according to the AC code and the AC value.
Particularly, the AC value authorization unit of the AC authorization module of the invention calculates the AC value of the user authorized by the existing AC code, the AC value is determined according to the transaction price and the transaction coefficient, the transaction amount of the client is indirectly reflected through the AC value, and a new identifier is applied to the user, thereby facilitating the system to carry out different treatments on the user.
Particularly, the preferential commodities arranged in the AC commodity selling unit are only opened to the authorized user, the corresponding types and proportions of commodities on the upper shelf are determined according to the priority level of the customer, and the priority level of the customer is determined according to the AC value, so that the requirement degree of the customer on the AC value is improved, and the user transaction amount and the user activity of the platform are further improved by combining the authorization process of the AC code.
Particularly, the AC privilege unit of the invention firstly judges whether the customer has the AC value, determines the priority level of the customer according to the range of the AC value, and applies different privileges to the customer according to the priority level of the customer, thereby improving the demand degree of the customer for the AC code, and further improving the liveness transaction amount and the user amount of the platform by combining the authorization process of the AC code.
Drawings
Fig. 1 is a block diagram of a structure of an e-commerce platform transaction relationship management system based on AC authorization rules according to an embodiment of the present invention;
FIG. 2 is a timing diagram illustrating AC authorization rules according to an embodiment of the present invention;
FIG. 3 is a schematic diagram of an AC authorization rule provided by the embodiment of the present invention;
FIG. 4 is a timing diagram illustrating the calculation of AC values according to an embodiment of the present invention;
FIG. 5 is a schematic diagram illustrating the calculation of AC values according to an embodiment of the present invention;
fig. 6 is a schematic diagram of the method according to the embodiment of the present invention.
Detailed Description
The above and further features and advantages of the present invention are described in more detail below with reference to the accompanying drawings.
Preferred embodiments of the present invention are described below with reference to the accompanying drawings. It should be understood by those skilled in the art that these embodiments are only for explaining the technical principle of the present invention, and are not intended to limit the scope of the present invention.
It should be noted that in the description of the present invention, the terms of direction or positional relationship indicated by the terms "upper", "lower", "left", "right", "inner", "outer", etc. are based on the directions or positional relationships shown in the drawings, which are only for convenience of description, and do not indicate or imply that the device or element must have a specific orientation, be constructed in a specific orientation, and be operated, and thus, should not be construed as limiting the present invention.
Furthermore, it should be noted that, in the description of the present invention, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood by those skilled in the art according to specific situations.
Referring to fig. 1, which is a block diagram of a structure of an e-commerce platform transaction relationship management system based on AC authorization rules according to an embodiment of the present invention, the e-commerce platform transaction relationship management system based on AC authorization rules according to the embodiment includes,
a user AC relation management module for managing AC relation of user, judging AC relation condition, and if user u authorized by ACiCopying the AC code to a user u to establish an AC relationshipjWhen it is considered to be ujHold uiAC code of ujHold uiWhen the AC code performs user registration, social relationship establishment or transaction completion in the platform, the user uiWith user ujEstablishing AC relationships
Figure BDA0002643317850000091
The AC relation is a triple formed by two user identifications and an AC code;
the AC authorization management module is used for carrying out condition judgment according to an AC authorization rule, carrying out AC authorization judgment on qualified user pairs, and authorizing an AC code with a unique identifier for the user meeting the judgment condition, and is connected with the AC value feedback module and the AC relation service management module so as to enable the AC code to complete data exchange with the AC value feedback module and the AC relation service management module;
the AC value feedback module is connected with the AC authorization management module and the AC relation service management module so as to enable the AC value feedback module to complete real-time data exchange with the AC authorization management module and the AC relation service management module; the AC value feedback module is used for judging the condition of AC value calculation, calculating the AC value when the condition is met, and judging the attribution of the AC value;
the AC relation business management module is connected with the user AC relation management module, the AC authorization management module and the AC value feedback module and used for finishing data exchange with the user AC relation management module, the AC authorization management module and the AC value feedback module in real time.
Specifically, the user AC relationship management module is configured to manage an AC relationship of a user, perform AC relationship condition determination, and determine a user u authorized by an ACiCopying the AC code to a user u to establish an AC relationshipjWhen it is considered to be ujHold uiAC code of ujHold withuiWhen the AC code performs user registration, social relationship establishment or transaction completion in the platform, the user uiWith user ujEstablishing AC relationships
Figure BDA0002643317850000101
The AC relation is a triple formed by two user identifications and an AC code; the AC relationship established by the user AC relationship management module includes two types,
type 1: the user holding the AC code is the AC code attribution user, and the user identification uiWith user identity uj，uiHeld AC code CuiIs attributed to uiAnd the AC relationship is denoted as a triplet
Figure BDA0002643317850000102
Type 2: the user holding the AC code is not the AC code home user. User identification ujWith user identity uk，ujHeld AC code CuiNot to ujThe AC relationship is expressed as
Figure BDA0002643317850000103
Specifically, the AC authorization management module is configured to perform condition determination according to an AC authorization rule, perform AC authorization determination on a qualified user pair, and authorize an AC code of a unique identifier for a user meeting a determination condition, and is connected to the AC value feedback module and the AC relationship service management module, so that the AC code, the AC value feedback module and the AC relationship service management module complete data exchange; the AC authorization management module is internally provided with a user set U (U)1,u2...un) n1, 2.. n, for recording user information, the AC code has uniqueness, cannot be repeated, and only belongs to one user, user uiIs recorded as CuiUser ujIs recorded as Cuj(ii) a The AC authorization management module is internally provided with an AC authorization user set uACUsed for recording authorized user information; when the AC authorization management module carries out authorization judgment on the AC code,
when the user is
Figure BDA0002643317850000104
And user uiWhen the transaction total Pi is greater than or equal to a preset consumption parameter X1, wherein X1 is a preset value, the AC code authorization unit authorizes the user uiAttributed to AC set of authorized users uACAnd simultaneously, the AC code authorization unit grants the AC code Cu of the unique identification of the userj；
When user ui,uj,ukSatisfy ui∈uACAnd u isiHas an AC code of Cui，
Figure BDA0002643317850000105
Then user ujObtaining AC authorization, the AC code authorization unit authorizes the user ujAttributed to AC set of authorized users uACAnd simultaneously, the AC code authorization unit grants the AC code Cu of the unique identification of the userj。
The time sequence relation when the AC authorization module performs AC authorization on the user in the mode 2 is as follows:
step one, a user uiWith user ujEstablishing an AC relationship:
Figure BDA0002643317850000111
step two, user ujWith user ukEstablishing an AC relationship:
Figure BDA0002643317850000112
step three, when the step (1) and the step (2) are completed, the AC authorization rule is satisfied, and the AC authorization management module carries out authorization on the user ujAuthorization at the same time ujThe user obtains the AC code Cu of the unique identifier granted by the AC authorization management modulej。
Specifically, referring to fig. 3, which is a schematic diagram illustrating AC authorization rules provided by the embodiment of the present invention, a user u1∈uACAnd the user
Figure BDA0002643317850000113
Has an AC relationship of
Figure BDA0002643317850000114
The AC code used is Cu1User u2And the user
Figure BDA0002643317850000115
Has an AC relationship of
Figure BDA0002643317850000116
The used AC code is Cu1Then user u1，u2，u3Satisfying AC authorization rule, the AC code authorization unit authorizes user u2Performing AC authorization to connect user u2Is attributed to UACAnd AC code Cu2Authorization to user u2Then user u2With user u4AC relationship r between24Can use user u2AC code Cu of2。
Specifically, referring to fig. 4, the AC value feedback module is connected to the AC authorization management module and the AC relationship service management module, so that the AC value feedback module, the AC authorization management module and the AC relationship service management module complete real-time data exchange; the AC value feedback module is used for judging the condition of AC value calculation, calculating the AC value when the condition is satisfied, and judging the attribution of the AC value, when the AC value feedback module calculates the AC value, the AC value is calculated according to the following formula,
Figure BDA0002643317850000117
wherein,
Figure BDA0002643317850000118
representation belonging to the AC code Cu1Identified occurrence AC relationship
Figure BDA0002643317850000119
User u of1The value of (a) of (b),
Figure BDA00026433178500001110
representing the AC value trading coefficient and P the trading price.
The timing relationship of the AC value feedback module to calculate the AC value is as follows,
when user u1With user u2Has an AC relationship of
Figure BDA00026433178500001111
User u2Upon completion of a transaction, the AC value feedback module calculates an AC value
Figure BDA0002643317850000121
And will AC value
Figure BDA0002643317850000122
Home subscriber u1。
When user u2With user u3Has an AC relationship of r23＝(u2，u3，Cu2) User u2Upon completion of a transaction, the AC value feedback module calculates an AC value
Figure BDA0002643317850000123
And AC value
Figure BDA0002643317850000124
Home subscriber u2。
Specifically, referring to fig. 5, which is a schematic diagram illustrating AC value calculation provided in the embodiment of the present invention, the AC value feedback module performs AC value attribution determination according to a user who has established an AC relationship;
when user u1With user u2Has an AC relationship of
Figure BDA0002643317850000125
AC code is Cu1The AC value feedback module is used for setting the AC value to be
Figure BDA0002643317850000126
The home subscriber is u1；
When user u2With user u3Has an AC relationship of
Figure BDA0002643317850000127
AC code is Cu1The AC value feedback module feeds the AC value as
Figure BDA0002643317850000128
The home subscriber is u1；
When user u2With user u4Has an AC relationship of
Figure BDA0002643317850000129
AC code is Cu2The AC value feedback module feeds the AC value as
Figure BDA00026433178500001210
The home subscriber is u2。
Specifically, referring to fig. 6, which is a schematic diagram illustrating features of the AC authorization method according to an embodiment of the present invention, it should be understood by those skilled in the art that the AC authorization process has two features,
the method is characterized in that: the AC authorization process is only associated with 3 users, user u2Only with user u1,u2,u3Related to u4,u5Irrelevant;
and (2) feature: the AC authorization relations among all groups of users meeting the AC authorization rule are mutually independent; when user u1，u2，u3Satisfies the AC authorization rule as user u2After the authorization is completed, u2Obtaining a unique AC code Cu2Then user u2，u4，u5Process and user u for AC authorization1，u3Irrelevant;
the AC value calculation has one feature: the AC value is attributed regardless of the AC authorization relationship, only with respect to the uniquely identified user of the AC code,
user u1And u2AC relationship r between12And u and2and u3AC relationship betweenr23The AC codes used are all Cu1Then user u2Or user u3Upon completion of the transaction, the AC value is calculated
Figure BDA00026433178500001211
All belong to user u1(ii) a When user u2AC code Cu for obtaining AC authorization and obtaining unique identification2After, user u2And u4User u4And u5AC relationship r between24、r45The AC codes used are all Cu2Then user u4Or user u5Calculated AC value upon completion of transaction
Figure BDA0002643317850000131
Figure BDA0002643317850000132
All belong to user u2And user u1Is irrelevant.
Specifically, the AC commodity AC coupon unit is configured to provide a part of special sales promotion commodities, is open only to an AC user, is provided with a determination unit therein to determine whether the user is authorized by an AC, and is provided with a data acquisition unit therein to place different commodities on shelves for users with different priority levels; the data acquisition unit is internally provided with a promotional commodity type matrix L (L1, L2, L3.. Ln), wherein L1 represents a first type of promotional commodity, L2 represents a second type of promotional commodity, and L3 represents a third type of promotional commodity.. Ln represents an nth type of promotional commodity; the data acquisition unit acquires information of C1 and C2 in a user priority level matrix C (C1, C2, C3 and C4) in real time to generate a commodity proportion matrix U (U1, H1, U2, H2.. Un, Hn), wherein U1 represents a first type commodity matrix, H1 represents proportions of the first type commodity matrix, U2 represents a second type commodity matrix, H2 represents proportions of the second type commodity,. Un represents an nth type commodity, and Hn represents proportions of the nth type commodity; the AC commodity selling unit selects corresponding types of commodities and proportion shelving commodities from a promotional commodity type matrix L (L1, L2, L3.. Ln) according to a commodity proportion matrix U (U1, H1, U2, H2.. Un, Hn).
Specifically, the AC discount unit is connected with the data storage module, receives information sent by the data storage module in real time, and determines a user discount grade according to user information and commodity information;
a commodity information matrix S (S1, S2, S3.. Sn) is arranged in the AC preferential unit, wherein S1 represents a first commodity information matrix, S2 represents a second commodity information matrix, S3 represents a third commodity information matrix, and.. Sn represents an nth commodity information matrix; for the ith commodity information matrix Si (Si1, Si2, Si3), i is 1,2, 3,. n, where Si1 represents the ith commodity first offer level matrix, Si2 represents the ith commodity second offer level matrix, Si3 represents the ith commodity third offer level matrix, and Si4 represents the ith commodity fourth offer level matrix; for the ith commodity nth offer level matrix Sin (Sin1, Sin2), n is 1,2, 3, 4, wherein Sin1 represents the ith commodity nth offer level minimum judgment value, and Sin2 represents the ith commodity nth offer level maximum judgment value; when a user purchases a commodity, the AC preferential unit firstly judges whether the user is in a user information matrix P (P1, P2.. Pn) of an e-commerce platform, if so, the user information is acquired, secondly, judges whether the user is authorized by an AC code, and if so, the AC value authorized by the user is acquired; thirdly, judging the commodity discount grade according to the AC value of the user; when the user is judged, the AC preferential unit compares the user AC value with the judgment value of the ith commodity nth preferential level area to judge the user preferential level,
when the user purchases the ith commodity, if the AC value of the user is greater than Si11 and less than Si12, the judgment module judges that the commodity is the first privilege level, and calculates the price of the commodity purchased by the user according to the privilege level;
when the user purchases the ith commodity, if the AC value of the user is greater than Si21 and less than Si22, the judgment module judges that the commodity is the first privilege level, and calculates the price of the commodity purchased by the user according to the privilege level;
when the user purchases the ith commodity, if the AC value of the user is greater than Si31 and less than Si32, the judgment module judges that the commodity is the third preference level, and calculates the price of the commodity purchased by the user according to the preference level;
when the user purchases the ith commodity, if the AC value of the user is greater than Si41 and less than Si42, the judgment module judges that the commodity is the first privilege level, and calculates the price of the commodity purchased by the user according to the privilege level;
the AC preferential unit is internally provided with a pushing unit used for determining the priority of the users, and internally provided with a user priority matrix C (C1, C2, C3 and C4), wherein C1 represents the users with the first priority, C2 represents the users with the second priority, C3 represents the users with the third priority, and C4 represents the users with the fourth priority; for the ith-priority-level user matrix Ci (Ci1, Ci2.. Cin), i is 1,2, n, where Ci1 represents the commodity type purchased most frequently by the ith-level first user, Ci2 represents the commodity type purchased most frequently by the ith-level second user, and Cin represents the commodity type purchased most frequently by the ith-level nth user;
when the user is authorized with the AC value and has an AC relationship with other users, the pushing unit divides the user into a first priority level and records the user information into the priority level matrix C;
when the user is authorized with the AC value and does not have AC relation with other users, the pushing unit divides the user into a second priority level and records the user information into the priority level matrix C;
when the user is not authorized with the AC value and has an AC relationship with other users, the pushing unit divides the user into a third priority level and records the user information into the priority level matrix C;
when the user is not authorized with the AC value and has no AC relationship with other users, the pushing unit divides the user into a fourth priority level and records the user information into the priority level matrix C.
So far, the technical solutions of the present invention have been described in connection with the preferred embodiments shown in the drawings, but it is easily understood by those skilled in the art that the scope of the present invention is obviously not limited to these specific embodiments. Equivalent changes or substitutions of related technical features can be made by those skilled in the art without departing from the principle of the invention, and the technical scheme after the changes or substitutions can fall into the protection scope of the invention.

Claims (10)

1. An e-commerce platform transaction relationship management system based on AC authorization rules, comprising:
a user AC relation management module for managing AC relation of user, judging AC relation condition, and if user u authorized by ACiCopying the AC code to a user u to establish an AC relationshipjThe AC relationship management module determines user ujHold uiWhen u is an AC code ofjHold uiWhen the AC code performs user registration, social relationship establishment or transaction completion in the platform, the user AC relationship management module judges the user uiWith user ujEstablishing AC relationships
Figure FDA0002643317840000011
The AC relation is a triple formed by two user identifications and an AC code;
the AC authorization management module is used for carrying out condition judgment according to an AC authorization rule, carrying out AC authorization judgment on qualified user pairs, and authorizing an AC code with a unique identifier for the user meeting the judgment condition, and is connected with the AC value feedback module and the AC relation service management module so as to enable the AC code to complete data exchange with the AC value feedback module and the AC relation service management module;
the AC value feedback module is connected with the AC authorization management module and the AC relation service management module so as to enable the AC value feedback module to complete real-time data exchange with the AC authorization management module and the AC relation service management module; the AC value feedback module is used for judging the condition of AC value calculation, calculating the AC value when the condition is met, and judging the attribution of the AC value;
the AC relation business management module completes data exchange with the user AC relation management module, the AC authorization management module and the AC value feedback module in real time, and comprises an AC commodity selling unit and an AC discount unit, wherein the AC commodity selling unit is used for providing part special-price sales promotion commodities and is only opened for an AC user, the AC discount unit determines a user discount grade according to user information and commodity information, and determines the price of the user when the user purchases the commodities according to the user discount grade.
2. The e-commerce platform transaction relationship management system based on the AC authorization rule of claim 1, wherein the AC relationship established by the user AC relationship management module includes two types,
type 1: when the user holding the AC code is the AC code attribution user, for the user uiWith user uj，uiHeld AC code CuiIs attributed to uiThe user AC relationship management module records the AC relationship as a triple
Figure FDA0002643317840000021
Type 2: when the user holding the AC code is not the AC code attribution user, the user ujWith user ukWhen u isjHeld AC code CuiNot to ujThe user AC relationship management module records the AC relationship as
Figure FDA0002643317840000022
3. The e-commerce platform transaction relationship management system based on the AC authorization rule as claimed in claim 1, wherein the AC authorization management module is internally provided with a user set U (U)1,u2...un) n1, 2.. n, for recording user information, the AC code has uniqueness, cannot be repeated, and only belongs to one user, user uiIs recorded as CuiUser ujIs recorded as Cuj(ii) a The AC authorization management module is internally provided with an AC authorization user set uACUsed for recording authorized user information; the above-mentionedThe AC authorization management module comprises two authorization modes when authorizing the AC code,
mode 1, when the user
Figure FDA0002643317840000023
And user uiWhen the transaction total Pi is greater than or equal to a preset consumption parameter X1, wherein X1 is a preset value, the AC code authorization unit authorizes the user uiAttributed to AC set of authorized users uACAnd simultaneously, the AC code authorization unit grants the AC code Cu of the unique identification of the userj；
Mode 2, when user ui,uj,ukSatisfy ui∈uACAnd u isiHas an AC code of Cui，
Figure FDA0002643317840000024
Then user ujObtaining AC authorization, the AC code authorization unit authorizes the user ujAttributed to AC set of authorized users uACAnd simultaneously, the AC code authorization unit grants the AC code Cu of the unique identification of the userj。
4. The system for managing e-commerce platform transaction relationship based on AC authorization rules of claim 3, wherein the time sequence relationship when the AC authorization module AC-authorizes the user in the mode 2 is:
step one, the user AC relation management module establishes a user uiWith user ujAC relationship of (1):
Figure FDA0002643317840000025
step two, the user AC relation management module establishes a user ujWith user ukAC relationship of (1):
Figure FDA0002643317840000031
step three, when the step (1) and the step (2) are completed, the AC authorization rule is satisfied, and the AC authorization management module carries out authorization on the user ujAuthorization at the same time ujThe user obtains the AC code Cu of the unique identifier granted by the AC authorization management modulej。
5. The e-commerce platform transaction relationship management system based on the AC authorization rule of claim 1, wherein when the AC value feedback module calculates the AC value, the AC value is calculated according to the following formula,
Figure FDA0002643317840000032
wherein,
Figure FDA0002643317840000033
representation belonging to the AC code Cu1Identified occurrence AC relationship
Figure FDA0002643317840000034
User u of1The value of (a) of (b),
Figure FDA0002643317840000035
representing the AC value trading coefficient and P the trading price.
6. The E-commerce platform transaction relationship management system based on the AC authorization rule of claim 5, wherein the AC value feedback module calculates the AC value according to the following sequence relationship,
when the user AC relationship management module establishes the user u1With user u2AC relationship between
Figure FDA0002643317840000036
And user u2Upon completion of a transaction, the AC value feedback module calculates an AC value
Figure FDA0002643317840000037
And will AC value
Figure FDA0002643317840000038
Home subscriber u1；
When the user AC relationship management module establishes the user u2With user u3AC relationship r between23＝(u2，u3，Cu2) And user u3Upon completion of a transaction, the AC value feedback module calculates an AC value
Figure FDA0002643317840000039
And AC value
Figure FDA00026433178400000310
Home subscriber u2。
7. The e-commerce platform transaction relationship management system based on the AC authorization rule of claim 6, wherein the AC value feedback module performs AC value attribution judgment according to users who have established an AC relationship;
when user u1With user u2Has an AC relationship of
Figure FDA00026433178400000311
AC code is Cu1The AC value feedback module determines that the AC value is
Figure FDA00026433178400000312
The home subscriber is u1；
When user u2With user u3Has an AC relationship of
Figure FDA00026433178400000313
AC code is Cu1The AC value feedback module determines that the AC value is
Figure FDA00026433178400000314
The home subscriber is u1；
When user u2With user u4Has an AC relationship of
Figure FDA0002643317840000041
AC code is Cu2The AC value feedback module determines that the AC value is
Figure FDA0002643317840000042
The home subscriber is u2。
8. The e-commerce platform transaction relationship management system based on the AC authorization rule as claimed in claim 1, wherein the AC relationship service management module is provided with a commodity information matrix S (S1, S2, S3.. Sn) in an AC coupon unit, wherein S1 represents a first commodity information matrix, S2 represents a second commodity information matrix, S3 represents a third commodity information matrix, and.. Sn represents an nth commodity information matrix; for the ith commodity information matrix Si (Si1, Si2, Si3), i is 1,2, 3,. n, where Si1 represents the ith commodity first offer level matrix, Si2 represents the ith commodity second offer level matrix, Si3 represents the ith commodity third offer level matrix, and Si4 represents the ith commodity fourth offer level matrix; for the ith commodity nth offer level matrix Sin (Sin1, Sin2), n is 1,2, 3, 4, wherein Sin1 represents the ith commodity nth offer level minimum judgment value, and Sin2 represents the ith commodity nth offer level maximum judgment value; when a user purchases a commodity, the AC preferential unit firstly judges whether the user is in a user information matrix P (P1, P2.. Pn) of an e-commerce platform, if so, the user information is acquired, secondly, judges whether the user is authorized by an AC code, and if so, the AC value authorized by the user is acquired; thirdly, judging the commodity discount grade according to the AC value of the user; when the user is judged, the AC privilege unit compares the user AC value with the judgment value of the ith commodity nth privilege level area to judge the user privilege level; when the AC preferential unit judges the commodity preferential level, the AC value of the user is compared with the judgment value of the nth preferential level area of the ith commodity to judge the user preferential level,
when the user purchases the ith commodity, if the AC value of the user is greater than Si11 and less than Si12, the judgment module judges that the commodity is the first privilege level, and calculates the price of the commodity purchased by the user according to the privilege level;
when the user purchases the ith commodity, if the AC value of the user is greater than Si21 and less than Si22, the judgment module judges that the commodity is the first privilege level, and calculates the price of the commodity purchased by the user according to the privilege level;
when the user purchases the ith commodity, if the AC value of the user is greater than Si31 and less than Si32, the judgment module judges that the commodity is the third preference level, and calculates the price of the commodity purchased by the user according to the preference level;
when the user purchases the ith commodity, if the AC value of the user is greater than Si41 and less than Si42, the judgment module judges that the commodity is the first privilege level, and calculates the price of the commodity purchased by the user according to the privilege level.
9. The e-commerce platform transaction relationship management system based on the AC authorization rule as claimed in claim 8, wherein the AC coupon unit is further internally provided with a push unit for determining user priority, and internally provided with a user priority matrix C (C1, C2, C3, C4), wherein C1 represents a first priority user, C2 represents a second priority user, C3 represents a third priority user, and C4 represents a fourth priority user; for the ith priority level user matrix Ci (Ci1, Ci2.. Cin), i is 1,2, n, where Ci1 represents the commodity type purchased most frequently by the ith level first user, Ci2 represents the commodity type purchased most frequently by the ith level second user, Cin represents the commodity type purchased most frequently by the ith level nth user, and the AC coupon unit, when determining the user priority level,
when the user is authorized with the AC value and has an AC relationship with other users, the pushing unit divides the user into a first priority level and records the user information into the priority level matrix C;
when the user is authorized with the AC value and does not have AC relation with other users, the pushing unit divides the user into a second priority level and records the user information into the priority level matrix C;
when the user is not authorized with the AC value and has an AC relationship with other users, the pushing unit divides the user into a third priority level and records the user information into the priority level matrix C;
when the user is not authorized with the AC value and has no AC relationship with other users, the pushing unit divides the user into a fourth priority level and records the user information into the priority level matrix C.
10. The e-commerce platform transaction relationship management system based on the AC authorization rule as claimed in claim 1, wherein the AC relationship business management module is provided with a data acquisition unit inside an AC commodity selling unit for putting different commodities on shelves aiming at users with different priority levels; the data acquisition unit is internally provided with a promotional commodity type matrix L (L1, L2, L3.. Ln), wherein L1 represents a first type of promotional commodity, L2 represents a second type of promotional commodity, and L3 represents a third type of promotional commodity.. Ln represents an nth type of promotional commodity; the data acquisition unit acquires information of C1 and C2 in a user priority level matrix C (C1, C2, C3 and C4) in real time to generate a commodity proportion matrix U (U1, H1, U2, H2.. Un, Hn), wherein U1 represents a first type commodity matrix, H1 represents proportions of the first type commodity matrix, U2 represents a second type commodity matrix, H2 represents proportions of the second type commodity,. Un represents an nth type commodity, and Hn represents proportions of the nth type commodity; the AC commodity selling unit selects corresponding types of commodities and proportion shelving commodities from a promotional commodity type matrix L (L1, L2, L3.. Ln) according to a commodity proportion matrix U (U1, H1, U2, H2.. Un, Hn).
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