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CN-122022912-A - Deflation type consumption partner digital certificate issuing and distributing system and method based on multi-role incentive

CN122022912ACN 122022912 ACN122022912 ACN 122022912ACN-122022912-A

Abstract

The invention discloses a system and a method for issuing and distributing deflation type consumption partner digital certificates based on multi-role incentive, and belongs to the technical field of blockchain digital assets and consumption incentive. The system dynamically triggers and deflation the digital certificates to be released to six associated roles of a consumer, a merchant, a new drawing party, an achievement party, a development party, an operator and the like according to the consumption behaviors of the consumer by anchoring the consumption partnership of the merchant, adopts a multi-node issuing mechanism, has fixed total issuing quantity, and forms a deflation model by multiplying the proportion of the digital certificate release quantity of each node and the required anchoring partnership of the commodity node by node (namely 1:1,2:1, 4:1.), and the invention also discloses a counter-feeding gold value-added method and a node value quantization algorithm based on the released digital certificates, realizes the multiparty sharing of the consumption value, the scarcity guarantee of the digital certificates and the transparent calculation of the internal value of the digital certificates, effectively stimulates each participator in the consumption ecology and promotes the ecological virtuous circle.

Inventors

  • ZOU LIANXI

Assignees

  • 杭州檄琳钦数字科技有限公司

Dates

Publication Date
20260512
Application Date
20260131

Claims (8)

  1. 1. A multi-role incentive-based deflation type consumption partner digital certificate issuing and distributing method, which is characterized by comprising the following steps: s1, setting a fixed total number of digital certificates, and dividing the digital certificates into a preset number of continuous issuing nodes, wherein each node plans to issue the fixed number of digital certificates; S2, responding to the consumption behavior of the consumer at the merchant, and acquiring a consumption partner corresponding to the consumption behavior and yielded by the merchant; S3, according to the current digital certificate, accumulating the release total amount to be located at the release node ( Natural number), determining the release proportion of the current node Wherein Indicating that every 1 unit of digital evidence released requires anchoring A consumption partner of the unit; S4, calculating and generating the total amount of the releasable digital certificates according to the release proportion R of the consumption partner and the current node; s5, synchronously releasing the total amount of the releasable digital certificates calculated in the S4 according to a preset first fixed proportion distribution rule, wherein the six role parties comprise a consumer party, a merchant party, a new drawing party, an achievement party, a development party and an operator party.
  2. 2. The method for issuing and distributing a deflation-type consumption partner digital certificate based on multi-role incentive according to claim 1, wherein the first fixed-ratio distribution rule is that 20% of consumption partner is corresponding to digital certificates released to a consumer side, 20% is corresponding to digital certificates released to a merchant side, 10% is corresponding to digital certificates released to a new drawing party, 10% is corresponding to digital certificates released to an diagonalization side, 30% is corresponding to digital certificates released to a rubbing side, and 10% is corresponding to digital certificates released to an operator side, and the number of specific digital certificates distributed to each role side is calculated according to a release ratio R of a current node.
  3. 3. The method for issuing and distributing deflation type consumption partner digital certificates based on multi-role incentive as claimed in claim 1, further comprising the steps of S6, feeding gold for value increase, in particular: extracting a second fixed proportion part from the business yielding consumption partner corresponding to each consumption behavior, and injecting the second fixed proportion part into a separate back feeding Jin Zengzhi pool for providing value added benefits for the released digital certificate, wherein the second fixed proportion is 36%.
  4. 4. The method for issuing and distributing deflation type consumption partner digital certificates based on multi-role incentive according to claim 1, further comprising S7, node value quantization, in particular for the first step The node, its theoretical basic value of every digital certificate that corresponds Is determined by the following algorithm: wherein A natural number of 1 to 100.
  5. 5. The method for issuing and distributing the digital certificates of the deflation-type consumption partner based on multi-role incentive as claimed in claim 1, wherein in the step S5, when the association method of any role party fails to be determined immediately, the digital certificates distributed to the role party are temporarily locked and transferred to a pool to be confirmed, and after the preset association condition is met and the identity binding of the corresponding role is completed, the corresponding number of digital certificates are released from the pool to be confirmed to the bound role account.
  6. 6. A multi-role incentive-based deflation digital certificate issuing and distribution system for use in implementing the method of any one of claims 1-5, comprising a node management module, a transaction triggering and acquisition module, a certificate release calculation engine, a multi-role distribution module, and an asset management module; The node management module is used for configuring the total amount of the digital certificates, node division and release proportion rules of each node; the transaction triggering and collecting module is used for capturing consumption behaviors and associating corresponding merchant yielding consumption partner data; the credential release calculation engine is used for calculating the current node according to the current node And release ratio Calculating a total amount of digital vouchers releasable based on the single-consumption partner; The multi-role distribution module is internally provided with the first fixed proportion distribution rule and is used for distributing the calculated releasable certificates to six corresponding role accounts; The asset management module is used for managing the distribution circulation of the digital certificates, the fund collection and operation of the back feeding fund value-added pool and recording the value parameters of each node.
  7. 7. The multi-role incentive-based deflation consumption partner digital voucher issuing and distribution system of claim 6 further comprising a node value reporting module for dynamically calculating and reporting the theoretical basic value of digital vouchers for each issuing node, current and historical And performing data interaction with the asset management module, and updating the value parameters in real time.
  8. 8. A computer readable storage medium, on which a computer program is stored, which computer program, when being executed by a processor, implements the method according to any of claims 1-5.

Description

Deflation type consumption partner digital certificate issuing and distributing system and method based on multi-role incentive Technical Field The invention relates to the technical field of blockchain digital assets and consumption incentives, in particular to a system and a method for issuing and distributing deflation type consumption partner digital certificates based on multi-role incentives. Background The traditional consumption point or rebate mode is generally unidirectional and static, is only beneficial to consumers or partial recommenders, is difficult to deeply bind multiple benefits of merchants, promoters, servers and the like, and has limited ecological activity. Meanwhile, conventional digital certificates often result in value dilution due to unlimited increases. The prior art lacks a solution that systematically motivates the consumer ecological full-link role and ensures digital voucher scarcity and value-increasing potential through rigorous economic models. Disclosure of Invention The invention aims to overcome the defects of the prior art and provides a digital certificate system and a method which can excite multiple roles in a consumer ecology, have deflation characteristics and have quantifiable value. To achieve the above object, a method for issuing and distributing deflation-type consumption partner digital certificates based on multi-role incentive is characterized by comprising the following steps: s1, setting a fixed total number of digital certificates, and dividing the digital certificates into a preset number of continuous issuing nodes, wherein each node plans to issue the fixed number of digital certificates; S2, responding to the consumption behavior of the consumer at the merchant, and acquiring a consumption partner corresponding to the consumption behavior and yielded by the merchant; s3, determining the release proportion of the current node according to the release node N (N is a natural number) where the accumulated release total of the current digital certificate is located WhereinRepresenting a consumption partner requiring an anchor unit per 1 unit of digital voucher released; S4, calculating and generating the total amount of the releasable digital certificates according to the release proportion R of the consumption partner and the current node; s5, synchronously releasing the total amount of the releasable digital certificates calculated in the S4 according to a preset first fixed proportion distribution rule, wherein the six role parties comprise a consumer party, a merchant party, a new drawing party, an achievement party, a development party and an operator party. Preferably, the first fixed proportion distribution rule is that 20% of the consumption partner corresponds to the digital certificate released to the consumer side, 20% corresponds to the digital certificate released to the merchant side, 10% corresponds to the digital certificate released to the new drawing party, 10% corresponds to the digital certificate released to the diagonalization side, 30% corresponds to the digital certificate released to the rubbing party, and 10% corresponds to the digital certificate released to the operator side, wherein the number of the specific digital certificates distributed to each role side is calculated according to the release proportion R of the current node. Preferably, the method also comprises the step of S6, and the step of feeding gold in a back way is specifically as follows: extracting a second fixed proportion part from the business yielding consumption partner corresponding to each consumption behavior, and injecting the second fixed proportion part into a separate back feeding Jin Zengzhi pool for providing value added benefits for the released digital certificate, wherein the second fixed proportion is 36%. Preferably, the method also comprises S7 and node value quantification, specifically for the first stepThe node, its theoretical basic value of every digital certificate that correspondsIs determined by the following algorithm: wherein A natural number of 1 to 100. Preferably, in the step S5, when the association method of any character party fails to be determined immediately, the digital certificate allocated to the character party is temporarily locked and transferred to a pool to be confirmed, and after a preset association condition is satisfied and identity binding of the corresponding character is completed, the corresponding number of digital certificates are released from the pool to be confirmed to the bound character account. A multi-role incentive-based deflation type consumption partner digital voucher issuing and distribution system for implementing the method of any one of the above, comprising a node management module, a transaction triggering and collecting module, a voucher release computing engine, a multi-role distribution module and an asset management module; The node management module is used for configuring the tota