CN111401986A - Commodity trading method and system of trading platform - Google Patents
Commodity trading method and system of trading platform Download PDFInfo
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q30/00—Commerce
- G06Q30/06—Buying, selling or leasing transactions
- G06Q30/0601—Electronic shopping [e-shopping]
- G06Q30/0621—Item configuration or customization
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- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/90—Details of database functions independent of the retrieved data types
- G06F16/95—Retrieval from the web
- G06F16/953—Querying, e.g. by the use of web search engines
- G06F16/9535—Search customisation based on user profiles and personalisation
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q30/00—Commerce
- G06Q30/06—Buying, selling or leasing transactions
- G06Q30/0601—Electronic shopping [e-shopping]
- G06Q30/0641—Shopping interfaces
Abstract
A commodity trading method of a trading platform comprises a first step of building a first commodity template; a second step of providing the first commodity template for a user, and acquiring a commodity purchasing template and/or a commodity supply template created by the user based on the first commodity template; a third step of extracting and auditing commodity knowledge from the commodity purchasing template and/or the commodity supply template, if the commodity purchasing template and/or the commodity supply template are not available, continuously auditing next commodity knowledge, and if the commodity purchasing template and/or the commodity supply template are available, expanding the first commodity template by utilizing the commodity knowledge to form a second commodity template; a fourth step of providing the second commodity template to a user; repeating the second to fourth steps. And a fifth step of completing the transaction based on the commodity purchasing template and/or the commodity supply template. The commodities can be well matched, and the transaction efficiency is improved; the method provides quick, simple and accurate support for intelligent transaction of multiple commodities; the data pressure of the transaction platform is reduced, and the time of a user is saved.
Description
Technical Field
The present invention relates generally to the field of commodity transaction, and more particularly, to a commodity transaction method and system for a transaction platform.
Background
In the commodity transaction of the existing E-commerce transaction platform, the main transaction mode is that a buyer inputs a purchasing requirement, a platform system extracts keywords from the transaction requirement, searches for commodities with the keywords, and pushes searched results to the buyer. In the transaction matching mode, once the supplier does not set corresponding keywords for the goods of the supplier or the keywords set by the buyer are inaccurate, the buyer can miss the high-quality products and services of the supplier, and the efficiency of transaction achievement is influenced.
In addition, when a user needs to purchase various commodities, keywords need to be searched item by item according to needs, and the commodities needing to be purchased are retrieved, when a certain commodity is limited more, the keywords sometimes interfere with one another, so that the system can not accurately identify the keywords and can not retrieve the commodities to be sold in the system; in addition, when a user needs to purchase a plurality of commodities at the same time, the labor amount for searching one commodity by one commodity is too large, and the time and the labor are consumed; when new supply occurs to the supplier and new purchasing demand occurs to the purchaser, the matching degree between the supplier and the purchaser depends on the setting of the keywords, the unification of the keywords is difficult to achieve between the demand and the supply, and the difficulty of commodity transaction achievement is higher.
How to improve the matching efficiency of commodity transaction of users in a transaction platform and reduce the workload of the users becomes a problem to be solved urgently.
Disclosure of Invention
In order to solve the above problems, the invention provides a commodity transaction method of a transaction platform, which includes a first step S1 of building a first commodity template, where the first commodity template includes a selection module and an entry module, the selection module is used for enabling a user to select a preset commodity parameter, and the entry module is used for enabling the user to enter the commodity parameter; a second step S2, providing the first commodity template for the user, and acquiring a commodity purchasing template and/or a commodity supply template created by the user based on the first commodity template; a third step S3, extracting and auditing commodity knowledge from the commodity purchasing template and/or the commodity supply template, if the commodity knowledge is not available, continuously auditing next commodity knowledge, if the commodity knowledge is available, expanding the first commodity template by utilizing the commodity knowledge to form a second commodity template; a fourth step S4 of providing the second merchandise template to the user; the second step S2 through the fourth step S4 are repeated. A fifth step S5, completing the transaction based on the goods procurement template and/or the goods supply template.
According to an embodiment of the invention, a commodity trading method of a trading platform is provided, which comprises that a user side acquires a first commodity template from the trading platform, wherein the first commodity template comprises a selection module and an entry module, the selection module is used for enabling a user to select preset commodity parameters, and the entry module comprises an entry frame with a limited format and used for enabling the user to enter required commodity parameters; creating a commodity purchasing template and/or a commodity supply template based on the first commodity template; providing the commodity purchasing template and/or the commodity supply template to a transaction platform; and repeating the above operations until the transaction is completed.
According to one embodiment of the invention, the commodity trading method of the trading platform comprises the steps that a first commodity template is set up at a trading platform end; providing the first commodity template for a user, and acquiring a commodity purchasing template and/or a commodity supply template created by the user based on the first commodity template; and completing the transaction based on the commodity purchasing template and/or the commodity supply template.
According to one embodiment of the invention, the commodity transaction method further comprises the steps that a transaction platform end extracts and audits commodity knowledge from the commodity purchasing template and/or the commodity supply template, if the commodity knowledge is unavailable, the next commodity knowledge is continuously audited, and if the commodity knowledge is available, the first commodity template is expanded by utilizing the commodity knowledge to form a second commodity template; and providing the second commodity template to a user.
According to an embodiment of the present invention, the first step S1 includes, acquiring user registration information and associated merchandise information S11; screening users according to the user registration information to obtain a user population of the commodity knowledge base; s12 commodity knowledge is extracted from the associated commodity information of the commodity knowledge base user population, and a first commodity template S13 is constructed.
According to one embodiment of the present invention, the related product information includes at least: commodity variety, metering unit, average per-batch cargo quantity, unit price average value, commodity quality, commodity qualification and famous brand.
According to an embodiment of the invention, the commodity transaction method further comprises the following steps of counting the calling times of commodity knowledge in the commodity template; setting a calling threshold value; and comparing the commodity knowledge calling times with the calling threshold value, and deleting the commodity knowledge of which the calling times are smaller than the calling threshold value in the commodity template.
According to another aspect of the invention, a system for commodity transaction of a transaction platform is provided, which comprises a commodity template building module 1, a communication module 2, a commodity template learning module 3 and a transaction matching module 4, wherein the commodity template building module 1 is used for building a first commodity template, the first commodity template comprises a selection module and an entry module, the selection module is used for enabling a user to select preset commodity parameters, and the entry module comprises an entry frame with a limited format and used for enabling the user to enter the commodity parameters; the communication module 2 is used for providing the first commodity template for a user and acquiring a commodity purchasing template and/or a commodity supply template created by the user based on the first commodity template; the commodity template learning module 3 is used for extracting and auditing commodity knowledge from the commodity purchasing template and/or the commodity supply template, if the commodity knowledge is not available, continuously auditing next commodity knowledge, and if the commodity knowledge is available, expanding the first commodity template by using the commodity knowledge to form a second commodity template; and the transaction matching module 4 is used for completing the transaction based on the commodity purchasing template and/or the commodity supply template.
According to an embodiment of the invention, the system further comprises a statistic module 5, a threshold setting module 6 and a commodity template editing module 7, wherein the statistic module 5 is used for counting the number of times of commodity knowledge calling in the commodity template; the threshold setting module 6 is used for setting a calling threshold; and the commodity template editing module 7 is used for comparing the commodity knowledge calling times with the calling threshold value and deleting the commodity knowledge of which the calling times are smaller than the calling threshold value in the commodity template.
According to one embodiment of the invention, the knowledge expression of the first commodity template is SPMB (BMk, J L DW, SPMBZMSB, SPPJSZ), wherein BMk is a commodity number, J L DW is a commodity metering unit, SPMBZMSB is a known trademark of the commodity template, and SPPJSZ is a commodity comprehensive evaluation setting.
According to one embodiment of the present invention, the user registration information includes the purchaser identity, the member application, the delivery address, the contact address, the daily purchase related item, and the purchase commodity settlement account.
According to one embodiment of the invention, the expression of the commodity purchasing template is SPCGMB (Mk, CGJ L DW, CGMBZSB, SPCGPJSZ, CGZT), wherein Mk is a commodity number, CGJ L DW is a commodity purchasing metering unit, CGMBZSB is a known trademark of the purchasing template, SPCGPJSZ is the comprehensive evaluation setting of commodity purchasing, and CGZT is a learning experience memory mark.
According to one embodiment of the invention, the commodity supply template is expressed as SPGYMB (Nr, GYJ L DW, GYSZMSB, GYSPZ L) where Nr is the supply commodity number, GYJ L DW is the commodity supply metering unit, GYMBZMSB is the supply template known trademark, GYSPZ L is the commodity supply template quality, gyzzb is the commodity supply template qualification, and GYZT is the learning experience flag.
In the invention, the transaction platform provides the commodity template for the user, and after the user fills in the commodity template to form the purchasing template or the supplying template, the purchasing party and the supplying party grasp and describe the parameters of the commodity more uniformly, so that the matching can be better carried out, and the commodity transaction efficiency is improved.
The mode of acquiring new commodity knowledge and supplementing the commodity template with the new commodity knowledge can be defined as a reproduction method, namely the commodity knowledge to be expressed by the 'commodity template' can be reproduced and derived, so that the expression forms of the comprehensive parameters, specifications, performances and index systems of the quality of commodities, the qualification of commodity suppliers and the like of purchasers and suppliers gradually tend to be normalized and standardized, and quick, simple, convenient and accurate support is provided for intelligent transaction of multiple commodities.
The invention sets a calling threshold value comprising information of calling time interval, frequency limit and the like, counts the calling of each commodity knowledge, compares the two, judges that the commodity knowledge lower than the calling threshold value is redundant, and deletes the commodity knowledge regularly, thereby reducing the data pressure of a transaction platform, simplifying a transaction interface and saving the time of a user.
Drawings
FIG. 1 is a schematic diagram of the steps of a method for trading commodities in a trading platform;
FIG. 2 is a flow chart illustrating the process of expanding the merchandise template at the transaction platform end and the user end;
FIG. 3 is a schematic diagram of the steps for building a first merchandise template;
FIG. 4 is a schematic illustration of a step of modifying a merchandise template;
FIG. 5 is a schematic diagram of a system for trading commodities of a trading platform; and
FIG. 6 is a schematic diagram of modules for modifying a merchandise template.
Detailed Description
In the following detailed description of the preferred embodiments of the invention, reference is made to the accompanying drawings that form a part hereof, and in which is shown by way of illustration, specific features of the invention, such that the advantages and features of the invention may be more readily understood and appreciated. The following description is an embodiment of the claimed invention, and other embodiments related to the claims not specifically described also fall within the scope of the claims.
Fig. 1 shows a schematic step diagram of a commodity transaction method of a transaction platform.
As shown in fig. 1, a commodity trading method of a trading platform includes a first step S1 of building a first commodity template, where the first commodity template includes a selection module and an entry module, the selection module is used for enabling a user to select a preset commodity parameter, and the entry module is used for enabling the user to enter the commodity parameter; a second step S2, providing the first commodity template for the user, and acquiring a commodity purchasing template and/or a commodity supply template created by the user based on the first commodity template; a third step S3, extracting and auditing commodity knowledge from the commodity purchasing template and/or the commodity supply template, if the commodity knowledge is not available, continuously auditing next commodity knowledge, if the commodity knowledge is available, expanding the first commodity template by utilizing the commodity knowledge to form a second commodity template; a fourth step S4 of providing the second merchandise template to the user; the second step S2 through the fourth step S4 are repeated. A fifth step S5, completing the transaction based on the goods procurement template and/or the goods supply template.
The first commodity template is a commodity template initially set by a trading platform and comprises two parts: one is a selection module set according to experience and the characteristics of the existing commodity, and the selection module comprises a plurality of selectable items, for example, a check box is arranged in front of commodity parameters, so that a user can set the parameters of the required commodity through check. The other is an entry module, which can include an entry frame with a specific format, and is used for enabling a user to enter the required commodity parameters according to the established format.
The first commodity template, the second commodity template and the like are used for providing for a user, so that the user can select and fill in the commodity template to form a commodity purchasing template or a commodity supplying template. Wherein, the purchasing party can select and fill in according to the purchasing requirement to form a commodity purchasing template; the supplier first needs to register and record the qualification and commodity on the transaction platform, and select or fill in the range of the recorded commodity to form a commodity supply template. Therefore, the commodity supply template is formed in more steps and more restrictions than the commodity purchase template. The commodity record realizes the supervision of the platform on the supplied commodities, promotes the safety of the transaction and improves the transaction quality.
And the transaction platform completes the transaction based on the commodity purchasing template and/or the commodity supply template.
The commodity knowledge refers to commodity parameters or a combination thereof that define a commodity.
In the invention, a trading platform provides a commodity template for a user, wherein the user comprises a purchasing party and a supplying party. After the user fills in the commodity template to form a purchasing template or a supplying template, the two parties of supply and demand grasp and describe parameters of the commodity more uniformly, so that matching can be better performed, and the commodity transaction efficiency is improved.
However, in commodity trading, it is not easy to construct a suitable commodity template, and a commodity template lacking necessary commodity parameters not only does not contribute to trading but also causes trading delay. Moreover, even if the commodity template is set, the original commodity template is difficult to be applied as the demand of the user changes.
The invention sets an open commodity template, namely a commodity template comprising a selection module and an entry module, on one hand, basic parameters of commodities can be preset, and users can conveniently perform simple operations such as collusion and the like to finish editing, on the other hand, an entry space with a preset format is also provided, so that parameters not contained in the basic parameters of the commodities can be customized by the users under certain rules. Namely, a rough template is built, and the template is learned from purchasers and suppliers, so that the commodity template is continuously optimized and is finally infinitely close to actual demand and supply.
In the entry module, the limitation on the commodity parameters can be set by adopting modes such as examples, rule verification and the like.
The third step S3 is to check and identify the knowledge of the commodity, which may be performed manually or by machine recognition. For example, after commodity knowledge of a certain commodity purchasing template is extracted, the commodity knowledge is compared with information in the commodity template one by one, and if the commodity exists in the commodity template, the bottom layer attribute is updated, namely, parameters of a new commodity are expanded into the original commodity template to form a new commodity template; if the commodity template does not contain the commodity, the commodity name is used as an index, and a new commodity template is created. The term "available" means that the commodity knowledge meets the above-mentioned definition, and the unavailability includes the case where the commodity knowledge is duplicated with the existing knowledge in the commodity template, and the commodity knowledge describes a logical error.
The expanding of the first commodity template by utilizing the commodity knowledge means that new commodity parameters are added into the selection module, the commodity template and the commodity purchasing template (or the commodity supply template) are logically identified, and if newly added or supplemented commodity knowledge is found, the two templates are subjected to relational algebra operation to form newly added information (knowledge), so that the workload of manual input when a subsequent user edits the commodity purchasing template and/or the commodity supply template according to the new commodity template is reduced.
The mode of acquiring new commodity knowledge and supplementing the commodity template with the new commodity knowledge can be defined as a reproduction method, namely the commodity knowledge to be expressed by the 'commodity template' can be reproduced and derived, so that the expression forms of the comprehensive parameters, specifications, performances and index systems of the quality of commodities, the qualification of commodity suppliers and the like of purchasers and suppliers gradually tend to be normalized and standardized, and quick, simple, convenient and accurate support is provided for intelligent transaction of multiple commodities.
Through the learning of commodity knowledge by a multiplication method, the commodity knowledge of the commodity template is more and more abundant, and the commodity appeal of a buyer and the commodity supply appeal response of a supplier are more and more complete and standard.
Fig. 2 is a flow chart illustrating the process of expanding the commodity template at the transaction platform end and the user end.
As shown in fig. 2, a commodity trading method for a trading platform includes that a user side obtains a first commodity template from the trading platform, the first commodity template includes a selection module and an entry module, the selection module is used for enabling a user to select preset commodity parameters, and the entry module includes an entry frame with a limited format for enabling the user to enter required commodity parameters; creating a commodity purchasing template and/or a commodity supply template based on the first commodity template; providing the commodity purchasing template and/or the commodity supply template to a transaction platform; and repeating the above operations until the transaction is completed.
The trading platform end is used for building a first commodity template; providing the first commodity template for a user, and acquiring a commodity purchasing template and/or a commodity supply template created by the user based on the first commodity template; and completing the transaction based on the commodity purchasing template and/or the commodity supply template. Extracting and auditing commodity knowledge from the commodity purchasing template and/or the commodity supply template, if the commodity knowledge is unavailable, continuously auditing next commodity knowledge, and if the commodity knowledge is available, expanding the first commodity template by utilizing the commodity knowledge to form a second commodity template; and providing the second commodity template to a user.
In the invention, after each transaction is finished, the commodity template is updated once, and the commodity template can be expanded as long as a user provides new available commodity knowledge.
For a user end, a commodity can obtain the latest commodity template in each transaction, for example, the commodity parameters in the selection module of the second commodity template are gradually increased relative to the commodity parameters of the first commodity template, so that a convenient shortcut is provided for the user to subsequently perform purchasing or supplying operations.
For the transaction platform end, the commodity transaction template provided by each user is edited and formed on the basis of the commodity template formed in the last transaction, and the main commodity parameters are the same and standardized, so that the transaction is facilitated. And the transaction platform end identifies new commodity knowledge, expands the existing commodity template by the new commodity knowledge to form a new commodity template for the user in the next transaction.
The invention obtains commodity knowledge by the self-learning mode, can construct, update and supplement the comprehensive evaluation of commodity quality, commodity supplier qualification and the like, can discover the evolution rule of the commodity knowledge, gradually forms a general expression system of rich and standard commodity knowledge and promotes the achievement of commodity transaction.
Fig. 3 shows a schematic diagram of the steps for building a first merchandise template.
As shown in fig. 3, in the merchandise transaction method, the first step S1 includes acquiring user registration information and associated merchandise information S11; screening users according to the user registration information to obtain a user population of the commodity knowledge base; s12 commodity knowledge is extracted from the associated commodity information of the commodity knowledge base user population, and a first commodity template S13 is constructed.
In the invention, the transaction platform is opened to register the user, for example, the user fills in the registration information according to the format and content of 'buyer registration' specified by the system. Types to be filled in by the buyer registration information: the buyer identity, the member application, the delivery address, the contact way, the daily purchasing related variety and the purchasing commodity settlement account.
For example: the supplier fills in the registration information according to a 'supplier registration' form specified by the system. When the supplier registers on the trading platform, the commodity knowledge of the supply commodity record in the supplier registration relation model summarizes the content in the commodity supply template, and the commodity knowledge of the commodity supply template is derived from the comprehensive information of the supply commodity record. Type of vendor registration information to fill in: supplier, supplier member, supplier inventory, supplier category, supplier address, supplier fund account information, supplier registration examination result and commodity template library establishing supplier. The commodity supply template can be realized by the following modes: the supplier opens the comprehensive information base of the supplied goods records, selects and inputs the related indexes and parameters in the supplied goods records, and edits and generates a goods supply template, wherein the goods supply template is one of the goods knowledge sources of the goods template.
The supplier registration relationship model can be set as: serial number, supplier name, supplier member level, supplier payment standard, supplier real payment annual fee, supplier record, supplier category, supplier evaluation, supplier network account, supplier password, supplier address, contact person, contact phone, electronic mail box, supplier capital account information, supplier registration examination result and commodity template library establishing supplier.
The supply commodity record relation submodel may be set as: serial number, supplier number, license number, supplier name, supplier password, commodity number, commodity name, metering unit, market price, commodity package, famous brand picture, famous brand video, supplied commodity quality, supplier qualification, update date.
The supplier proposal generic relational expression corresponding to the commodity supply template is GYSPBA (Nr, GYJ L DW, GYSZMSB, GYSPZ L), wherein Nr is supplier number,
GYJ L DW-units of measure, GYSZMSB-well known trademark, GYSPZ L-quality of supply commodity, GYSZZ-quality of supply supplier.
In the initial stage of starting the commodity template, the system operation manager preferably selects representative known trademark enterprises from the registered purchasers and suppliers as the population for creating the commodity template, and basically lays down the commodity knowledge framework structure and the expression mode of the commodity template.
The user population refers to an aggregate of users having a reference to the formation of commodity knowledge, such as: the group enterprises mainly use the known trademark enterprises, the commodity knowledge obtained from the group enterprises by a propagation method has strong credibility and wide coverage, and the formed commodity series indexes are easy to popularize and apply in the industry field.
In the invention, the commodity knowledge is derived from a commodity purchasing template and a commodity supply template. The commodity knowledge source provided by the two templates can be generated by commodity knowledge group enterprises which are preferably selected from information registered by purchasers and suppliers by a system high-level administrator.
In the preparation stage of commodity transaction data, new commodity varieties, commodity demands and commodity demand response related commodity knowledge are identified from a commodity purchase dynamic information comprehensive library and a commodity supply dynamic information comprehensive library, the acquired new commodity knowledge forms a standardized expression mode and is pushed to a commodity template knowledge library, and the circulation is repeated and learned, so that the connotation of the commodity template knowledge library is gradually increased and broadened, and the effect of supporting commodity transaction practicability is achieved.
The associated varieties are commodities frequently purchased by a buyer in daily life or commodities recorded by a supplier, and the buyer can edit (select and input) a commodity purchasing template according to the commodity knowledge expression mode of the commodity template according to the appeal of the current purchased commodity by referring to the associated variety information. The supplier can select from the recorded commodities, and edit (select, input) the commodity supply and purchase template according to the current supply intention and the commodity knowledge expression mode of the commodity template. The commodity information described by the "related variety" is: commodity variety, measurement unit, average per-batch cargo quantity, unit price average value and the like. Further, the associated variety comprehensive information can provide targeted commodity dynamic information service for advanced VIP suppliers.
In the invention, a preliminary commodity knowledge base user population is formed by screening users, and initial commodity knowledge is obtained from the supply and purchase associated varieties of the user population with reference significance to form a first commodity template, so that the first commodity template has strong credibility and wide coverage, and forms a good foundation for promoting transactions and learning and expanding commodity knowledge.
According to one embodiment of the present invention, the related product information includes at least: commodity variety, metering unit, average per-batch cargo quantity, unit price average value, commodity quality, commodity qualification and famous brand.
Fig. 4 shows a schematic diagram of the step of correcting the merchandise template.
As shown in fig. 4, the commodity transaction method further includes counting the number of times of calling commodity knowledge in the commodity template; setting a calling threshold value; and comparing the commodity knowledge calling times with the calling threshold value, and deleting the commodity knowledge of which the calling times are smaller than the calling threshold value in the commodity template.
In the invention, after each transaction is finished, the commodity template is updated to the latest state, so that the commodity parameters in the commodity template are continuously abundant, and meanwhile, the commodity parameters are redundant. For example, only a few users have special requirements, or invalid commodity knowledge is input due to negligence of the users, and although the commodity knowledge meets the basic format requirements, the commodity template contains the parameters, the commodity template has little guiding significance for commodity transaction, and the commodity template also occupies the space of the selection module.
The invention sets a calling threshold value comprising information of calling time interval, frequency limit and the like, counts the calling of each commodity knowledge, compares the two, judges that the commodity knowledge lower than the calling threshold value is redundant, and deletes the commodity knowledge regularly, thereby reducing the data pressure of a transaction platform, simplifying a transaction interface and saving the time of a user.
FIG. 5 shows a schematic diagram of a system for trading commodities of a trading platform.
As shown in fig. 5, a system for commodity transaction of a transaction platform includes a commodity template building module 1, a communication module 2, a commodity template learning module 3, and a transaction matching module 4, where the commodity template building module 1 is used for building a first commodity template, the first commodity template includes a selection module and an entry module, the selection module is used for enabling a user to select preset commodity parameters, and the entry module includes an entry frame with a limited format for enabling the user to enter the commodity parameters; the communication module 2 is used for providing the first commodity template for a user and acquiring a commodity purchasing template and/or a commodity supply template created by the user based on the first commodity template; the commodity template learning module 3 is used for extracting and auditing commodity knowledge from the commodity purchasing template and/or the commodity supply template, if the commodity knowledge is not available, continuously auditing next commodity knowledge, and if the commodity knowledge is available, expanding the first commodity template by using the commodity knowledge to form a second commodity template; and the transaction matching module 4 is used for completing the transaction based on the commodity purchasing template and/or the commodity supply template.
The commodity template building module 1 obtains commodity knowledge from related commodities of a commodity knowledge base population user at an initial stage, mainly obtains a basic structure and content of a commodity template from a commodity filing of a supplier, forms a selection module of the commodity template, and expands appropriately according to the selection module to form an input module.
The commodity purchasing template is the matching basis of commodity transaction and is one of commodity knowledge sources of the commodity template.
The invention firstly forms a commodity template, provides uniform commodity description for all users of a purchasing party and a supplying party and can promote the achievement of commodity transaction. In addition, the invention continuously carries out the multiplication and study of commodity knowledge, continuously enriches the commodity knowledge of the commodity template, gradually builds a standard and rich commodity template knowledge base, the more convenient the editing work of purchasing commodities is, and the target of supplying commodities is more accurate and reliable.
FIG. 6 shows a schematic diagram of modules for revising a merchandise template.
As shown in fig. 6, the system further includes a statistics module 5, a threshold setting module 6, and a commodity template editing module 7, where the statistics module 5 is configured to count the number of times of calling commodity knowledge in a commodity template; the threshold setting module 6 is used for setting a calling threshold; the commodity template editing module 7 is used for deleting the commodity knowledge of which the calling times are smaller than the calling threshold value in the commodity template.
The statistical module 5, the threshold setting module 6 and the commodity template editing module 7 can edit the commodity template periodically, namely delete redundant data. The judgment mode of the redundant data can be set according to the requirement, and the judgment is carried out according to the calling frequency, so that the operation interface is simplified, the time of a user is saved, and the system load is reduced.
According to one embodiment of the invention, the knowledge expression of the first commodity template is SPMB (BMk, J L DW, SPMBZMSB, SPPJSZ), wherein BMk is a commodity number, J L DW is a commodity metering unit, SPMBZMSB is a known trademark of the commodity template, and SPPJSZ is a commodity comprehensive evaluation setting.
According to one embodiment of the present invention, the user registration information includes the purchaser identity, the member application, the delivery address, the contact address, the daily purchase related item, and the purchase commodity settlement account.
According to an embodiment of the present invention, the expression of the commodity purchasing template is SPCGMB
(Mk, CGJ L DW, CGMZMSB, SPCGPJSZ, CGZT) wherein Mk is commodity number, CGJ L DW is commodity purchase metering unit, CGMZMSB is purchase template known trademark, SPCGPJSZ is commodity purchase comprehensive evaluation setting, and CGZT is learning experience memory mark.
According to one embodiment of the invention, the commodity supply template is expressed as SPGYMB (Nr, GYJ L DW, GYSZMSB, GYSPZ L) where Nr is the supply commodity number, GYJ L DW is the commodity supply metering unit, GYMBZMSB is the supply template known trademark, GYSPZ L is the commodity supply template quality, gyzzb is the commodity supply template qualification, and GYZT is the learning experience flag.
In the invention, the transaction platform provides the commodity template for the user, the user fills in the commodity template to form the purchasing template, and the purchasing template is formed based on the selection and the input of the commodity record, so that the purchasing party and the supplying party can master and describe the parameters of the commodity more uniformly, thereby better matching and improving the commodity transaction efficiency.
The mode of acquiring new commodity knowledge and supplementing the commodity template with the new commodity knowledge can be defined as a reproduction method, namely the commodity knowledge to be expressed by the 'commodity template' can be reproduced and derived, so that the expression forms of the comprehensive parameters, specifications, performances and index systems of the quality of commodities, the qualification of commodity suppliers and the like of purchasers and suppliers gradually tend to be normalized and standardized, and quick, simple, convenient and accurate support is provided for intelligent transaction of multiple commodities.
The invention sets a calling threshold value comprising information of calling time interval, frequency limit and the like, counts the calling of each commodity knowledge, compares the two, judges that the commodity knowledge lower than the calling threshold value is redundant, and deletes the commodity knowledge regularly, thereby reducing the data pressure of a transaction platform, simplifying a transaction interface and saving the time of a user.
It should be noted that the above-mentioned embodiments illustrate rather than limit the invention, and that those skilled in the art will be able to design alternative embodiments without departing from the scope of the appended claims. In the claims, any reference signs placed between parentheses shall not be construed as limiting the claim.
Claims (10)
1. A commodity transaction method of a transaction platform comprises the following steps,
the method comprises the following steps that a first commodity template is set up (S1), the first commodity template comprises a selection module and an entry module, the selection module is used for enabling a user to select preset commodity parameters, and the entry module is used for enabling the user to enter the commodity parameters;
a second step (S2) of providing the first commodity template for the user and acquiring a commodity purchasing template and/or a commodity supplying template created by the user based on the first commodity template;
a third step (S3) of extracting and auditing commodity knowledge from the commodity purchasing template and/or the commodity supply template, if not available, continuously auditing next commodity knowledge, if available, expanding the first commodity template by utilizing the commodity knowledge to form a second commodity template;
a fourth step (S4) of providing the second merchandise template to the user;
repeating the second step (S2) to the fourth step (S4).
A fifth step (S5) of completing the transaction based on the merchandise procurement template and/or the merchandise supply template.
2. A commodity transaction method of a transaction platform comprises the following steps,
user terminal
The method comprises the steps that a first commodity template is obtained from a trading platform and comprises a selection module and an entry module, wherein the selection module is used for enabling a user to select preset commodity parameters, and the entry module comprises an entry frame with a limited format and used for enabling the user to enter needed commodity parameters;
creating a commodity purchasing template and/or a commodity supply template based on the first commodity template;
providing the commodity purchasing template and/or the commodity supply template to a transaction platform;
and repeating the above operations until the transaction is completed.
3. A commodity transaction method of a transaction platform comprises the following steps,
trading platform terminal
Building a first commodity template;
providing the first commodity template for a user, and acquiring a commodity purchasing template and/or a commodity supply template created by the user based on the first commodity template;
and completing the transaction based on the commodity purchasing template and/or the commodity supply template.
4. The merchandise transaction method of claim 3, further comprising,
trading platform terminal
Extracting and auditing commodity knowledge from the commodity purchasing template and/or the commodity supply template, if the commodity knowledge is unavailable, continuously auditing next commodity knowledge, and if the commodity knowledge is available, expanding the first commodity template by utilizing the commodity knowledge to form a second commodity template;
and providing the second commodity template to a user.
5. The merchandise transaction method according to claim 1, the first step (S1) comprising,
acquiring user registration information and associated commodity information (S11);
screening users according to the user registration information to obtain a user population of the commodity knowledge base; (S12)
Commodity knowledge is extracted from the associated commodity information of the commodity knowledge base user population, and a first commodity template is constructed (S13).
6. The commodity transaction method according to claim 5, wherein the associated commodity information includes at least: commodity variety, metering unit, average per-batch cargo quantity, unit price average value, commodity quality, commodity qualification and famous brand.
7. The merchandise transaction method of claim 1, further comprising,
counting the number of times of calling commodity knowledge in the commodity template;
setting a calling threshold value;
and comparing the commodity knowledge calling times with the calling threshold value, and deleting the commodity knowledge of which the calling times are smaller than the calling threshold value in the commodity template.
8. A commodity trading system of a trading platform comprises a commodity template building module (1), a communication module (2), a commodity template learning module (3) and a trading matching module (4),
the commodity template building module (1) is used for building a first commodity template, the first commodity template comprises a selection module and an entry module, the selection module is used for enabling a user to select preset commodity parameters, and the entry module comprises an entry frame with a limited format and is used for enabling the user to enter the commodity parameters;
the communication module (2) is used for providing the first commodity template for a user and acquiring a commodity purchasing template and/or a commodity supply template which are created by the user based on the first commodity template;
the commodity template learning module (3) is used for extracting and auditing commodity knowledge from the commodity purchasing template and/or the commodity supply template, if the commodity knowledge is not available, continuously auditing the next commodity knowledge, and if the commodity knowledge is available, expanding the first commodity template by using the commodity knowledge to form a second commodity template;
and the transaction matching module (4) is used for completing the transaction based on the commodity purchasing template and/or the commodity supply template.
9. The transaction system of claim 8, further comprising,
a statistic module (5), a threshold value setting module (6) and a commodity template editing module (7),
the statistical module (5) is used for counting the calling times of commodity knowledge in the commodity template;
the threshold setting module (6) is used for setting a calling threshold;
and the commodity template editing module (7) is used for comparing the commodity knowledge calling times with the calling threshold value and deleting the commodity knowledge of which the calling times are smaller than the calling threshold value in the commodity template.
10. The merchandise transaction method of claim 1, wherein the knowledge expression of the first merchandise template is:
SPMB(BMk，JLDW，SPMBZMSB，SPPJSZ)
wherein BMk is a commodity number, J L DW is a commodity metering unit, SPMBZMSB is a known trademark of a commodity template, and SPPJSZ is the comprehensive evaluation setting of commodities.
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| CN202010128357.3A CN111401986A (en) | 2020-02-28 | 2020-02-28 | Commodity trading method and system of trading platform |
| PCT/CN2020/097365 WO2021169094A1 (en) | 2020-02-28 | 2020-06-22 | Commodity transaction method and system for transaction platform |
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