CN111062666A - Bidirectional sustainable order competition and order conversion method, medium and terminal based on block chain - Google Patents
Bidirectional sustainable order competition and order conversion method, medium and terminal based on block chain Download PDFInfo
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Abstract
The invention provides a bidirectional sustainable order competition and order conversion method, medium and terminal based on a block chain, wherein during order competition, a trading platform receives a trading mode selected by an entrusting party as an acquirer or a supplier and a sent trading request, pushes the trading mode to a bidding order of an order competition party, determines a successful order competition party, and uploads successful information of the order competition to a consensus platform; when the successful competitive list needs to transfer the order and the original successful competitive list hangs the list from the trading platform, the trading platform receives the information and hides the key information to push the information to the new competitive list, and determines the new successful competitive list from a plurality of new competitive lists meeting the competitive list conditions; after the order transferring task is completed, the transaction platform completes the settlement of the original order and the new order according to a preset settlement principle and forms the traceability of the original order and the new order. The bidirectional sustainable order competition and transfer method, the medium and the terminal based on the block chain realize flexible order competition and transfer through the transaction platform and the consensus platform, promote convenient and autonomous decision-making of transaction, and are beneficial to improving the resource allocation efficiency which appears randomly.
Description
Technical Field
The invention relates to the technical field of industrial internet, in particular to the fields of supply chain finance, supply chain management, supply chain logistics, internet of things, artificial intelligence and the like, and relates to a bidirectional sustainable order competition and transfer method, medium and terminal based on a block chain.
Background
Taking supply chain logistics as an example, in the current transportation situation, vehicles such as cars/ships are generally gathered at a place where the sources of goods are sufficient, so as to load the accumulated sources of goods. One-way logistics is satisfactory where freight and transport vehicle types are met. When the empty vehicles and ships return or return insufficient supply, the costs of the transportation companies, such as vehicle and ship oil consumption, labor cost and the like, are obviously increased, and the benefits of individuals and the transportation companies are directly influenced.
In addition, in the conventional logistics, when the driver cannot timely deliver the ordered goods to the destination for some reason, the driver needs to take the corresponding responsibility. Taking the goods midway is an obvious way to improve the transport capacity, because it is often impossible for a driver to take an order that occupies all the space of the truck. If the free space is used for carrying other goods on the way of carrying out order transportation, the transportation capacity can be effectively improved.
However, after the consignor and the bidder complete the bidding transaction, the order needs to be transferred to others at any time due to the change of conditions, capabilities and external environment for the successful bidder to complete the bidding task. Therefore, in the field of bulk cargo transportation logistics, the phenomena of order splicing, order transferring and cargo carrying in the middle often occur. But the prior art is difficult to ensure the source tracing and the stability of the order splicing, the order conversion and the partial order conversion. Therefore, how to establish a flexible single competition-single conversion machine is made into the problem which needs to be solved at present.
Disclosure of Invention
In view of the above drawbacks of the prior art, an object of the present invention is to provide a bidirectional sustainable sheet competing and transferring method, medium and terminal based on a block chain, which implement flexible sheet competing and transferring through a transaction platform and a consensus platform, thereby facilitating convenient and autonomous decision-making of transaction and facilitating improvement of randomly occurring resource allocation efficiency.
In order to achieve the above objects and other related objects, the present invention provides a bidirectional sustainable order competition and order change method based on a block chain, which is applied to a transaction platform, wherein the consensus platform comprises parameter setting, consensus algorithm, intelligent contract, allocation rule, and distribution accounting; the consensus platform and the transaction platform share local or all information and serve terminal clients including an entrusting party and an competing party together; the entrusting party and the competitive party both have two roles of a supplier and a demander, and the entrusting party or the competitive party can select one role to match with the roles of the opposite parties of the transaction to form a transaction relationship; the different bidders change orders, and the bidder serving as the consignor can select one role to match with the role of the opposite party of the transaction; the bidirectional sustainable order competition and transfer method based on the block chain comprises the following steps: when in order competition, the transaction platform receives a transaction mode selected by an entrusting party as an acquirer or a supplier and a sent transaction request, receives relevant rules of a consensus platform, hides key information and then pushes the key information to an eligible competitor as a counterparty of transaction for bidding and competing, the transaction platform or the entrusting party determines the lowest price or the best price as a successful competitor from the plurality of competitors, and successful information of the bidding and successful information is uploaded to the consensus platform; when a successful bidder needs to transfer an order, an original successful bidder selects an acquirer or a supplier role to become a new consignor and hangs the order from the trading platform under the condition of not changing the order information of the original consignor, the trading platform receives the information, hides key information and pushes the key information to a new bidder order, and the new successful bidder is determined from a plurality of new bidders meeting the order conditions; after the order transferring task is completed, the transaction platform completes the settlement of the original order and the new order according to a preset settlement principle and forms the traceability of the original order and the new order; if the contract is violated after the bill transfer task is finished, automatically executing chain compensation according to a preset compensation principle and an intelligent contract; the transaction platform, the entrusting party and each successful competing party upload the relevant information of the order transfer to the consensus platform to form the association between the original entrusting party and different successful competing parties.
In one embodiment of the invention, when the order is competing, the competing party participating in the order needs to meet the order competing condition proposed when the consignor hangs the order; if the order of the entrusting party can be decomposed into a plurality of subtask lists, and each subtask list can be independently used for hanging order entrusting, when the plurality of subtask lists respectively compete for orders successfully, a mapping relation between the entrusting party and the plurality of subtask successful bidders and a 'total-score' task relation between the order total task of the entrusting party and the plurality of subtask successful bidders are formed.
In one embodiment of the invention, when the successful bidder changes orders, based on the role change of the successful bidder, different transaction modes and corresponding bidding mechanisms and profit distribution modes are selected, and the product price, path planning, time and space conditions are adjusted to form a new order; under the condition of meeting the conditions of transferring the order and competing the order, the number of times of transferring the order is one or more times.
In an embodiment of the present invention, after the order transfer is successful, the new order and the original order form a source tracing, and a mapping relationship between the entrusting party and the policy competing party, a mapping relationship between the entrusting party-the policy competing party-the policy transferring policy competing party n of the order transferring policy competing party, and an order task completing relationship between the entrusting party and the last order transferring policy competing party are formed.
In one embodiment of the invention, when the list change is successfully performed, the supply and demand role is changed to send a list change instruction, and the original order process is suspended; if the order conversion succeeds, the transaction platform simulates that the original order task is accepted by the receiver and the original order flow is ended by default, and sends an original order settlement and profit allocation instruction; and if the order conversion is unsuccessful, the original order flow is recovered.
In one embodiment of the invention, for partial order conversion of the whole order, the successful contest party needs to form a new independent order to finish order hanging in addition to converting the supply and demand roles; the new order and the original order are only the mapping traceability relation of partial products or tasks.
In one embodiment of the invention, after a plurality of independent sectional order tasks are completed, each independent sectional order is respectively checked and calculated from the unified payment of the whole order of the entrusting party according to a preset 'one-party payment, sectional settlement and profit sharing' principle;
after the order transferring task is completed, completing fund settlement and profit allocation of the original order and the new order according to a preset 'one-single-ending' principle; the profit forming mode of the transfer order refers to a profit forming mode of the order hanging-competition order;
the profit allocation means that the profit of the trading platform is set to be quantitative according to the win-win allocation principle, the profit of the competitor and the profit of the entrustor are used as variables, and the profit of each competitor, the profit of the entrustor and the profit of the trading platform are met; and after the order settlement and the profit allocation are finished, uploading the related information to the consensus platform.
In an embodiment of the invention, when a new contestant party participates in a change to a single contestant, the compensation amount is correspondingly adjusted according to a risk evaluation mechanism of a consensus platform and fluctuation of a price of a suspended order;
in the process of completing the order competition or the order conversion task, if the successful order competition party or the order conversion competition party violates the contract, the intelligent contract respectively and automatically executes the chain indemnification of the new order and the original order according to the principle of single indemnification, and the indemnification information is recorded on the consensus platform.
The present invention provides a storage medium having stored thereon a computer program which, when executed by a processor, implements the above-described bidirectional sustainable order competition and order change method based on a blockchain.
The present invention provides a terminal, including: a processor and a memory;
the memory is used for storing a computer program;
the processor is used for executing the computer program stored by the memory so as to enable the terminal to execute the bidirectional sustainable order competition and order transfer method based on the block chain.
As described above, the bidirectional sustainable order competition and order change method, medium and terminal based on the block chain of the present invention have the following advantages:
(1) information exchange and information tracing between platforms are realized through linkage of the trading platform and the consensus platform;
(2) through a list competition-list conversion mechanism, the source tracing among orders can be formed;
(3) through matching the flexibility of order change with a trust mechanism, sustainable bidding and transferring can be formed;
(4) for two situations of 'robbed and not operated' transfer order and 'robbed and operating' transfer order in the logistics field, the path planning and the price can be adjusted under the condition of not influencing the core benefits of the original consignor, thereby ensuring the improvement of the operation capacity;
(5) the order of the logistics field entrusting party can be decomposed into a plurality of subtask lists, and each subtask list can be entrusted with the order independently; when the plurality of subtask lists compete successfully respectively, multi-mode combined transportation can be formed;
(6) by introducing the block chain technology, the information of the trading platform and the consensus platform cannot be changed and traced, and the irreversibility of the bidding-change information is ensured.
Drawings
FIG. 1 is a flow chart illustrating a block chain based bi-directional sustainable order competition and order change method according to an embodiment of the present invention;
FIG. 2 is a block chain based bi-directional persistent policy and policy change method according to an embodiment of the present invention;
fig. 3 is a schematic structural diagram of a terminal according to an embodiment of the invention.
Detailed Description
The embodiments of the present invention are described below with reference to specific embodiments, and other advantages and effects of the present invention will be easily understood by those skilled in the art from the disclosure of the present specification. The invention is capable of other and different embodiments and of being practiced or of being carried out in various ways, and its several details are capable of modification in various respects, all without departing from the spirit and scope of the present invention. It is to be noted that the features in the following embodiments and examples may be combined with each other without conflict.
It should be noted that the drawings provided in the following embodiments are only for illustrating the basic idea of the present invention, and the components related to the present invention are only shown in the drawings rather than drawn according to the number, shape and size of the components in actual implementation, and the type, quantity and proportion of the components in actual implementation may be changed freely, and the layout of the components may be more complicated.
The principle and implementation of the bidirectional sustainable order competition and change over method, medium and terminal based on blockchain of the present invention will be described in detail below, so that those skilled in the art can understand the bidirectional sustainable order competition and change over method, medium and terminal based on blockchain without creative efforts.
The bidirectional sustainable form competition and transfer method, the medium and the terminal based on the block chain realize flexible form competition and transfer through the arrangement of the transaction platform and the consensus platform, so that a dynamic vehicle can be found at any time by a random source in the field of supply chain logistics, and the transport capacity is effectively improved.
The bidirectional sustainable order competition and order conversion method based on the block chain is applied to a transaction platform. The transaction platform realizes sustainable form competition and transfer between terminal customers as a supplier and a demander through interaction with the consensus platform, so that transactions can be flexibly combined under certain conditions according to various practical application scenes, and the operation performance and benefit maximization is realized.
The consensus platform comprises parameter setting, consensus algorithm, intelligent contracts, distribution rules, distribution bookkeeping and the like. That is, the consensus platform is used for setting the constraint conditions of the user in order competition and order change. The trading platform provides an information platform for order competition and order conversion. Specifically, the consensus platform and the transaction platform share local or whole information, and serve terminal clients including an entrusting party and an competing party together. The entrusting party and the competition party have two roles of a supplier and a demander and can be switched according to scenes. The entrusting party or the competitive party can select one role to match with the role of the opposite party of the transaction to form a transaction relationship; different bidders change orders, and the bidder serving as an entrusting party can select one role to be matched with the role of the opposite party of the transaction. Due to the arrangement, sustainable order competition and order conversion are possible.
As shown in fig. 1 and 2, in one embodiment, the bidirectional sustainable policy and policy transfer method based on blockchain of the present invention includes:
and step S1, when performing order competition, the transaction platform receives the transaction mode selected by the entrusting party as an acquirer or a supplier and the issued transaction request, and after receiving the relevant rules of the consensus platform, hides the key information and then pushes the key information to the eligible bidding order of the competing party as the opposite party of the transaction, the transaction platform or the entrusting party determines the lowest price or the best price as a successful competing party from the competing parties, and the successful information of the bidding order is uploaded to the consensus platform.
Specifically, when the order is executed, the entrusting party is used as an acquirer or supplier to select a transaction mode, and a transaction request is sent to the transaction platform. In order to ensure the safety of information and the privacy of an entrusting party, the transaction platform hides the key information of the transaction request and then pushes the key information to a qualified competitor party serving as a transaction counterparty, so that the competitor party carries out quotation and order competition. And finally, the transaction platform or the entrusting party determines the lowest price or the best price as a successful party from the plurality of parties, and sends success information of the competition to the consensus platform for record, thereby completing the competition.
In an embodiment of the present invention, when the order is executed, the order-executing party participating in the order-executing needs to satisfy the order-executing condition provided by the consignor when the consignor hangs the order. One order can be used as a whole for order competition, or can be divided into a plurality of subtask orders for independent order competition. If the order of the entrusting party can be decomposed into a plurality of subtask lists, and each subtask list can be independently used for hanging order entrusting, when the plurality of subtask lists respectively compete for orders successfully, a mapping relation between the entrusting party and the plurality of subtask successful bidders and a 'total-score' task relation between a total order task of the entrusting party and the plurality of subtask successful bidders are formed, so that the overall management of the order is facilitated.
And step S2, when the successful bidder needs to transfer the order, the former successful bidder selects the role of the demander to become a new consignor and hangs the order from the trading platform under the condition of not changing the order information of the former consignor, the trading platform receives the information, hides the key information and pushes the key information to the new bidder, and the new successful bidder is determined from a plurality of new bidders meeting the order conditions.
Specifically, due to the change in status, orders need to be transferred when a successful party fails to complete the current order. At this time, the former successful bidder acts as a supplicant or a supplicant as a new consignor. In order to ensure the normal realization of the original entrusting party order, the successful entrusting party hangs the order from the trading platform under the condition of not changing the original entrusting party order information. And after receiving the new bill hanging information, the transaction platform hides the key information and pushes the key information to a new party to compete. And finally, the transaction platform or the successful list competitor determines a new successful list competitor from a plurality of new list competitors meeting list competition conditions, so that the list transfer is completed.
In an embodiment of the present invention, when the successful bidder changes orders, based on the role change of the successful bidder, different transaction modes and corresponding bidding mechanisms and profit distribution modes can be selected, and the product price, path planning, time and space conditions are adjusted to form a new order. Under the condition of meeting the conditions of transferring orders and competing orders, the number of transferring orders is one or more, thereby realizing sustainable order competition and transferring orders.
In one embodiment of the invention, when the list change is successfully performed, the supply and demand role is changed to send a list change instruction, and the original order process is suspended; if the order conversion succeeds, the transaction platform simulates that the original order task is accepted by the receiver and the original order flow is ended by default, and sends an original order settlement and profit allocation instruction; and if the order conversion is unsuccessful, the original order flow is recovered.
Step S3, after the order transferring task is completed, the transaction platform completes the settlement of the original order and the new order respectively according to a preset settlement principle and forms the tracing of the original order and the new order; if the contract is violated after the bill transfer task is finished, automatically executing chain compensation according to a preset compensation principle and an intelligent contract; the transaction platform, the entrusting party and each successful competing party upload the relevant information of the order transfer to the consensus platform to form the association between the original entrusting party and different successful competing parties.
Specifically, after the order transferring task is completed, the original order and the new order are respectively settled. And when the default condition occurs, automatically executing the compensation distribution of each party according to the tracing principle intelligent contracts.
In an embodiment of the present invention, after the order conversion is successful, the new order and the original order form a source tracing, and a mapping relationship between the entrusting party and the competing party, a "entrusting party-competing party-order conversion competing party n" of the order conversion competing party, and an order task completion relationship between the entrusting party and the last order conversion competing party are formed, so as to facilitate subsequent settlement and indemnification management. Preferably, for partial order conversion of the whole order, the successful contest party needs to form a new independent consignment order to complete order suspension besides converting the supply and demand roles; the new order and the original order are only the mapping traceability relation of partial products or tasks.
When order settlement is carried out, in one embodiment of the invention, after a plurality of independent sectional order tasks are completed, each independent sectional order is respectively checked and calculated from the unified payment of the whole order of the entrustor according to a preset 'one-party payment, sectional settlement and profit sharing' principle; after the order transferring task is completed, the fund settlement and profit distribution of the original order and the new order are completed according to a preset 'one-to-one-ending' principle, and the profit forming mode of the order transferring refers to a profit forming mode of order hanging-order competition. The profit allocation refers to setting the profit of the trading platform as a ration according to the win-win allocation principle, and the profit of the competitive party and the profit of the entrustor as variables, and meets the requirements of 'profit of each party + profit of the entrustor + profit of the trading platform'; and after the order settlement and the profit allocation are finished, uploading the related information to the consensus platform.
In an embodiment of the invention, when transferring orders, because the order hanging time is shortened, the time for completing tasks is reduced, and the fluctuation of the price of the hanging order is large, when a new bidding party participates in transferring orders and bidding orders, the compensation amount needs to be correspondingly adjusted according to the risk evaluation mechanism of the consensus platform and the fluctuation of the price of the hanging order; in the process of completing the order competition or the order conversion task, if the successful order competition party or the order conversion competition party violates the contract, the intelligent contract respectively and automatically executes the chain indemnification of the new order and the original order according to the principle of single indemnification, and the indemnification information is recorded on the consensus platform.
The block chain based bi-directional sustainable order competition and order change method of the present invention is further illustrated by the examples of supply chain logistics below.
In this embodiment, the profit of the platform is used as a ration, the profit of the competitor and the profit of the consignor are used as variables, and "profit per unit + profit of the consignor + profit of the trading platform" is satisfied.
In this embodiment, the method further comprises ranking the acquirer and the supplier respectively; and determining the profit allocation proportion of the demander according to the grade of the demander, determining the profit allocation proportion of the supplier according to the grade of the supplier and whether the logistics order is broadcasted to the supplier. That is, a rating is set for the acquirer/supplier, which affects how easy it is to get the order and the red envelope value. A higher rating is given to credited high-qualifications demanders/donors. Furthermore, the rating of a certain user may also be specified according to the actual situation.
In an embodiment of the present invention, when the requester includes two or more objects, the two or more objects collectively serve as a constraint condition, thereby completing the bidirectional sustainable order competition and order transfer based on the block chain of the present invention. For the shipper, as a vehicle demander, the cargo attribute and the requirement on the vehicle, the address of the consignee, the target freight charge and the like are constraint conditions; and as for the consignee, the consignee is used as a counterpart of the shipper, and whether the shipper is on time or not and whether the goods are damaged or not are evaluated, and information is fed back to the platform.
In an embodiment of the present invention, when the supplier is composed of two or more objects, the two or more objects are used together as a constraint condition, thereby completing the bidirectional sustainable order competition and order change based on the block chain of the present invention. Wherein, the volume, load, type, transportation time, etc. of the vehicle as the supplier element are the constraint conditions of cargo transportation; the driver as the supplier element is the constraint condition of the goods transportation, namely the qualification condition and the credibility of the driver.
The storage medium of the present invention stores thereon a computer program, which when executed by a processor implements the above-described bidirectional persistent policy competition and policy transfer method based on a blockchain. The storage medium includes: various media that can store program codes, such as ROM, RAM, magnetic disk, U-disk, memory card, or optical disk.
As shown in fig. 3, in an embodiment, the terminal of the present invention includes: a processor 31 and a memory 32.
The memory 32 is used for storing computer programs.
The memory 32 includes: various media that can store program codes, such as ROM, RAM, magnetic disk, U-disk, memory card, or optical disk.
The processor 31 is connected to the memory 32, and is configured to execute the computer program stored in the memory 32, so as to enable the terminal to execute the above-mentioned bidirectional sustainable order competition and order change method based on the blockchain.
Preferably, the Processor 31 may be a general-purpose Processor, including a Central Processing Unit (CPU), a Network Processor (NP), and the like; the integrated Circuit may also be a Digital Signal Processor (DSP), an Application Specific Integrated Circuit (ASIC), a Field Programmable Gate Array (FPGA) or other Programmable logic device, discrete Gate or transistor logic device, or discrete hardware components.
In summary, the bidirectional sustainable order competition and transfer method, medium and terminal based on the blockchain realize information exchange and information tracing between platforms through linkage of the transaction platform and the recognition platform; through a list competition-list conversion mechanism, the source tracing among orders can be formed; through matching the flexibility of order change with a trust mechanism, sustainable bidding and transferring can be formed; for two situations of 'robbed and not operated' transfer order and 'robbed and operating' transfer order in the logistics field, the path planning and the price can be adjusted under the condition of not influencing the core benefits of the original consignor, thereby ensuring the improvement of the operation capacity; the order of the logistics field entrusting party can be decomposed into a plurality of subtask lists, and each subtask list can be entrusted with the order independently; when the plurality of subtask lists compete successfully respectively, multi-mode combined transportation can be formed; by introducing the block chain technology, the information of the trading platform and the consensus platform cannot be changed and traced, and the irreversibility of the bidding-change information is ensured. Therefore, the invention effectively overcomes various defects in the prior art and has high industrial utilization value.
The foregoing embodiments are merely illustrative of the principles and utilities of the present invention and are not intended to limit the invention. Any person skilled in the art can modify or change the above-mentioned embodiments without departing from the spirit and scope of the present invention. Accordingly, it is intended that all equivalent modifications or changes which can be made by those skilled in the art without departing from the spirit and technical spirit of the present invention be covered by the claims of the present invention.
Claims (10)
1. A bidirectional sustainable form competition and change method based on block chain is applied to a transaction platform, and is characterized in that a consensus platform comprises parameter setting, a consensus algorithm, an intelligent contract, an allocation rule and distribution accounting; the consensus platform and the transaction platform share local or all information and serve terminal clients including an entrusting party and an competing party together; the entrusting party and the competitive party both have two roles of a supplier and a demander, and the entrusting party or the competitive party can select one role to match with the roles of the opposite parties of the transaction to form a transaction relationship; the different bidders change orders, and the bidder serving as the consignor can select one role to match with the role of the opposite party of the transaction;
the bidirectional sustainable order competition and transfer method based on the block chain comprises the following steps:
when in order competition, the transaction platform receives a transaction mode selected by an entrusting party as an acquirer or a supplier and a sent transaction request, receives relevant rules of a consensus platform, hides key information and then pushes the key information to an eligible competitor as a counterparty of transaction for bidding and competing, the transaction platform or the entrusting party determines the lowest price or the best price as a successful competitor from the plurality of competitors, and successful information of the bidding and successful information is uploaded to the consensus platform;
when a successful bidder needs to transfer an order, an original successful bidder selects an acquirer or a supplier role to become a new consignor and hangs the order from the trading platform under the condition of not changing the order information of the original consignor, the trading platform receives the information, hides key information and pushes the key information to a new bidder order, and the new successful bidder is determined from a plurality of new bidders meeting the order conditions;
after the order transferring task is completed, the transaction platform completes the settlement of the original order and the new order according to a preset settlement principle and forms the traceability of the original order and the new order; if the contract is violated after the bill transfer task is finished, automatically executing chain compensation according to a preset compensation principle and an intelligent contract; the transaction platform, the entrusting party and each successful competing party upload the relevant information of the order transfer to the consensus platform to form the association between the original entrusting party and different successful competing parties.
2. The bidirectional sustainable order competition and order change method based on the block chain as claimed in claim 1, wherein, during the order competition, the order competition party participating in the order competition needs to meet the order competition condition proposed by the consignor when the consignor hangs the order; if the order of the entrusting party can be decomposed into a plurality of subtask lists, and each subtask list can be independently used for hanging order entrusting, when the plurality of subtask lists respectively compete for orders successfully, a mapping relation between the entrusting party and the plurality of subtask successful bidders and a 'total-score' task relation between the order total task of the entrusting party and the plurality of subtask successful bidders are formed.
3. The block chain-based bidirectional sustainable order competition and order transfer method of claim 1, wherein when a successful bidder transfers orders, different transaction modes and corresponding order competition mechanisms and profit distribution modes are selected based on the role transition of the successful bidder, and product price, path planning, time and space conditions are adjusted to form a new order; under the condition of meeting the conditions of transferring the order and competing the order, the number of times of transferring the order is one or more times.
4. The block chain-based bidirectional sustainable order competition and order transfer method of claim 1, wherein after the order transfer is successful, the new order and the original order form a source tracing, and form a mapping relationship between the consignor and the competing party, and a mapping relationship between the consignor and the transferring competing party, and an order task completion relationship between the consignor and the last transferring competing party.
5. The block chain-based bidirectional sustainable order competition and order change method of claim 1, wherein when the competition for the order change is successful, the supply and demand role is changed to send an order change instruction, and the original order process is suspended; if the order conversion succeeds, the transaction platform simulates that the original order task is accepted by the receiver and the original order flow is ended by default, and sends an original order settlement and profit allocation instruction; and if the order conversion is unsuccessful, the original order flow is recovered.
6. The blockchain-based bidirectional sustainable order competing and transferring method of claim 1, wherein for partial order transferring of the whole order, a successful order competing party needs to form a new independent order consigning to complete order hanging in addition to the role of supply and demand changing; the new order and the original order are only the mapping traceability relation of partial products or tasks.
7. The blockchain-based bidirectional sustainable order competition and order change method according to claim 1, 2, 4 or 6,
after a plurality of independent sectional order tasks are completed, respectively accounting each independent sectional order from the unified payment of the whole order of the entrusting party according to a preset 'one-party payment, sectional settlement and profit sharing' principle;
after the order transferring task is completed, completing fund settlement and profit allocation of the original order and the new order according to a preset 'one-single-ending' principle; the profit forming mode of the transfer order refers to a profit forming mode of the order hanging-competition order;
the profit allocation means that the profit of the trading platform is set to be quantitative according to the win-win allocation principle, the profit of the competitor and the profit of the entrustor are used as variables, and the profit of each competitor, the profit of the entrustor and the profit of the trading platform are met; and after the order settlement and the profit allocation are finished, uploading the related information to the consensus platform.
8. The bidirectional sustainable form competition and order transfer method based on the blockchain as claimed in claim 1, wherein when a new party participates in the form transfer competition, the compensation amount is adjusted according to the risk assessment mechanism of the consensus platform and the fluctuation of the price of the listing;
in the process of completing the order competition or the order conversion task, if the successful order competition party or the order conversion competition party violates the contract, the intelligent contract respectively and automatically executes the chain indemnification of the new order and the original order according to the principle of single indemnification, and the indemnification information is recorded on the consensus platform.
9. A storage medium on which a computer program is stored, which program, when being executed by a processor, implements the blockchain-based bidirectional sustainable order competition and order change method according to one of claims 1 to 8.
10. A terminal, comprising: a processor and a memory;
the memory is used for storing a computer program;
the processor is configured to execute the memory-stored computer program to cause the terminal to perform the blockchain-based bidirectional sustainable order competition and order transfer method of any one of claims 1 to 8.
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