CN112650903A - Commodity collection platform based on multi-fusion mode - Google Patents
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Abstract
The invention provides a commodity collection platform based on a multi-fusion mode, which is used for crawling commodity data by setting a network access layer fusing different access platforms, analyzing and processing the commodity data to form corresponding electronic ticket data in a data processing layer, setting different approval authorities in an application layer to approve and display the electronic ticket data. The platform realizes commodity data butt joint in a multi-supplier fusion mode, unified labeling management is carried out on commodities of each supplier through constructing a unified commodity resource pool, meanwhile, a web crawler is adopted, commodity prices are compared with main stream e-commerce regularly, the commodities with the lowest price of a user are displayed finally, the user orders and purchases, purchasing data are automatically synchronized to a supplier management end, and the supplier is responsible for delivery. The invention combines the purchasing process in the enterprise \ bank to uniformly manage the supplier, the e-commerce and the off-line merchant, thereby realizing the high efficiency and transparency of the purchasing in the enterprise \ bank.
Description
Technical Field
The invention belongs to the technical field of computers, and particularly relates to a commodity collection platform based on a multi-fusion mode.
Background
With the development of internet technology, a purchasing model of a supplier service platform has been developed primarily, but there are many imperfections in the prior art, which includes integrating a three-party supplier service system, synchronizing goods, and providing interface services to the outside (a three-party e-commerce platform) in a unified manner. Although the problem that part of three-party e-commerce platforms quickly construct commodity libraries and the supply chain management cost is reduced can be solved, the complex internal collection requirements of enterprises/banks cannot be met. The acquisition requirement in the enterprise \ bank is that the purchasing right and the auditing right are completely separated, the purchasing right sinks to each manager, but the auditing right gradually rises, and the purchasing limit of each level needs to be managed. Meanwhile, the collection mode only aims at physical commodities, standardized purchasing of offline services cannot be carried out, and the purchasing range of banks/enterprises is limited to a great extent. These directly affect the feasibility of the method for collection inside the enterprise/bank.
Although some platforms can effectively manage suppliers, it is too complicated for the management personnel in the enterprise/bank, and the ERP in the large enterprise/bank has the function of managing suppliers. The enterprise \ bank collection platform is more an enterprise internal subsystem, most of which is not communicated with an ERP system, and the enterprise \ bank is more expected to carry out unified management on commodities, invoices, logistics and after-sales, so that the purchasing efficiency of all departments in the enterprise can be effectively improved; the presentation experience of the client and the efficiency of the working personnel are improved. These also affect the feasibility of the method for collection inside the enterprise/bank.
Therefore, no patent exists in the field of related processes for enterprise \ bank internal collection, and no patent exists in the field of related processes for supplier fusion, unified commodity management, online automatic commodity collection, price comparison and the like in an enterprise \ bank internal collection platform.
Disclosure of Invention
In order to solve the technical problem, the invention provides a commodity collection platform based on a multi-fusion mode. The platform collects the commodities and performs unified management by fusing resources such as suppliers, platform merchants, service providers and the like and by means of automatic commodity collection (crawler), supplier parking, API interface docking, substitute operation and the like. By realizing the automatic price comparison (price comparison of electronic commerce platforms such as Jingdong, Suning, Tianmao and the like), the low-price commodities are automatically recommended, and the enterprise \ bank purchase cost is effectively reduced; the merchant consumes the electronic ticket package through the line, and a prepayment mode (the electronic ticket needs to pay only when the merchant consumes) is realized, so that the purchasing range is greatly enriched, and the use experience is improved; meanwhile, an enterprise/bank approval process is introduced, so that management modes such as settlement of purchasing authority and rising of approval authority are effectively realized, and the acquisition process of the enterprise/bank is more efficient, more transparent and more sunlight. Meanwhile, the types of collected products are richer, and the collected products comprise offline O2O service type commodities (electronic coupons) in addition to online physical commodities.
According to an embodiment of the invention, a commodity collection platform based on a multi-fusion mode comprises:
the system comprises a network access layer and a data processing layer, wherein the network access layer is used for fusing different access platforms and acquiring commodity data through a crawler technology, and the access platforms comprise suppliers, platform suppliers and service providers;
the data processing layer is used for analyzing and processing the acquired commodity data, comparing the price data in the commodity data through a built-in data comparison module to acquire different price corresponding tables of the same commodity, and generating corresponding electronic ticket data according to the price corresponding tables;
the application layer is used for presetting authority for checking the electronic ticket data and setting corresponding user login authority and an approval process management mode of the electronic ticket so as to form final approved electronic ticket data;
and the display layer is used for displaying the electronic ticket data generated according to the price corresponding table and the approved electronic ticket data to the user.
In one embodiment, the network access layer comprises interface modules adapted for different access networks at the front end.
In one embodiment, the data processing layer comprises:
the load balancing module is used for encrypting and storing data transmitted in the platform and transmitting the data by converting the data into a ciphertext self-identified by the platform when message data is formed;
and the monitoring module is used for monitoring all links in the platform in real time so as to ensure the safe, stable and reliable operation of each link in the platform, and simultaneously monitoring the service data in real time and backing up the service data at regular time.
In one embodiment, the data processing layer is further configured to implement high-efficiency data transmission and support high-concurrency and large-traffic data processing by implementing a manner of Redi s cache cluster, MQ event-driven cluster, Mongo replication set, or OSS static resource storage.
In one embodiment, the application layer is configured to preset a right to audit electronic ticket data, and set a corresponding user login right and an approval process management mode of an electronic ticket, so as to form final approved electronic ticket data, and further includes:
setting login rights based on different users to realize the verification or the issuance of the electronic ticket data;
and setting the approval authority and the approval and review result of the electronic ticket data according to the login authority of different users.
In one embodiment, the display layer is used for displaying the electronic ticket data generated according to the price correspondence table and the approved electronic ticket data to the user, and further comprises displaying hot commodity classification, supplier category list data, fusion offline merchant consumption and 020 service data, special commodity district data, hot redemption data and commodity price comparison data to the user.
In one embodiment, the acquisition platform further comprises a background data management layer for managing vendor data, comprising: the bank or the enterprise manages the own supplier, provides corresponding account data for the own supplier so that the supplier can maintain commodities and orders of the supplier, the bank or the supplier synchronous e-commerce platform appoints the commodities to the virtual supplier base, and synchronizes the off-line merchant electronic coupons to the virtual supplier base, meanwhile, the bank or the enterprise controls the credit limit and the purchasing limit of the supplier, and the lower purchasing department automatically executes the control of the supplier limit in the purchasing process.
In one embodiment, the approval process management mode comprises: the method comprises the steps of importing a bank or enterprise organization structure in advance, setting roles according to the organization structure, importing employees according to the roles, quickly establishing enterprise hierarchical relations, setting an approval flow on the basis, carrying out approval step by step according to each hierarchy, enabling only one approval flow to be owned by one purchasing task, and meanwhile, counting purchasing expenses and cost expenses under the current approval flow and purchasing expense data of departments according to the approval flow.
In one embodiment, the background data management layer is also used for data reconciliation and invoice management, and a supplier issues an invoice to a bank or an enterprise through the platform according to the purchased commodity statistical report.
In one embodiment, the acquisition platform further comprises a hardware device layer, wherein the hardware device layer comprises an x86 server, dynamic resource expansion is performed through virtualization, the server adopts a clustering and redundant deployment scheme to ensure high reliability and high availability of all services, and network security is ensured by automatically detecting and blocking hacker attacks, virus attacks, malicious scanning or DDOS attacks.
The invention provides a commodity collection platform based on a multi-fusion mode, which is used for crawling commodity data by setting a network access layer fusing different access platforms, analyzing and processing the commodity data at a data processing layer to form corresponding electronic ticket data, setting different approval authorities in an application layer to approve the electronic ticket data and finally displaying the electronic ticket data. The platform realizes a multi-supplier fusion mode (for platform suppliers such as Jingdong, Sunning and easy-to-strict network, API docking is adopted, for common suppliers, modes such as store entrance, self-operation and agency operation are adopted, for offline merchants, an electronic coupon packaging mode is adopted), unified commodity resource pools are constructed, commodities of all suppliers are subjected to unified labeling management, meanwhile, network crawlers are adopted, commodity prices are compared with mainstream electronic suppliers in a timing mode, the commodities with the lowest price of a user are displayed finally, the user makes an order to purchase, purchase data are automatically synchronized to a supplier management end, and the suppliers are responsible for delivery (electronic coupons are automatically delivered). Meanwhile, by combining the purchasing process in the enterprise \ bank, the supplier (commodity, inventory, logistics distribution, after-sale service and the like), the e-commerce (order, payment and the like) and the off-line merchant (electronic ticket packaging & issuing, verification and the like) are managed in a unified way, and the efficient and transparent purchasing in the enterprise \ bank is realized.
Drawings
FIG. 1: uniformly collecting an embodiment diagram based on a commodity collection platform in a multi-fusion mode;
FIG. 2: example diagram of commodity collection platform auditing process based on multi-fusion mode
Detailed Description
For the convenience of understanding, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The invention provides a commodity collection platform based on a multi-fusion mode.
In an embodiment of the invention, the platform comprises:
the system comprises a network access layer and a data processing layer, wherein the network access layer is used for fusing different access platforms and acquiring commodity data through a crawler technology, and the access platforms comprise suppliers, platform suppliers and service providers;
the data processing layer is used for analyzing and processing the acquired commodity data, comparing the price data in the commodity data through a built-in data comparison module to acquire different price corresponding tables of the same commodity, and generating corresponding electronic ticket data according to the price corresponding tables;
the application layer is used for presetting authority for checking the electronic ticket data and setting corresponding user login authority and an approval process management mode of the electronic ticket so as to form final approved electronic ticket data;
and the display layer is used for displaying the electronic ticket data generated according to the price corresponding table and the approved electronic ticket data to the user.
In this embodiment, the network access layer caches the page through the CDN, so that the processing pressure of the server is reduced, the concurrency capability of a single server is enhanced, the read-write rate of the hard disk is reduced, and the efficiency of the server is improved. Meanwhile, the network access layer comprises interface modules of which the front ends are suitable for different access networks. The multi-supplier fusion mode breaks through the traditional physical object collection single mode, and realizes the on-line and off-line whole scene product uniform purchasing mode. Traditional collection is mainly in the form of a physical gift, and the user experience is limited. The 'company' not only integrates a physical gift collecting channel, but also gets through various off-line merchant payment channels and deep on-line O2O services, forms a standard product with high competitiveness, namely an electronic ticket, and supports a collecting platform to carry out uniform purchase.
In this embodiment, as shown in fig. 1-2, taking the purchasing of the bank as an example, the unified internal collection process includes supplier cooperation, supplier check-in, commodity selection, purchasing by the use department, order approval and order acceptance based on the bank purchasing in the platform, and the accommodations include supplier docking, commodity information synchronization, commodity resource library construction, pending order generation, supplier order generation and entering into the after-sales process mode, and the specific process includes the accommodative delivery collection platform, docking with the bank supplier, configuring commodities and rights, initiating purchase and sale by the demand department, secondary approval, provincial and branch financial administration approval and order synchronous supplier approval and finally signing by the website.
In this embodiment, the data processing layer includes:
the load balancing module is used for encrypting and storing data transmitted in the platform and transmitting the data by converting the data into a ciphertext self-identified by the platform when message data is formed;
and the monitoring module is used for monitoring all links in the platform in real time so as to ensure the safe, stable and reliable operation of each link in the platform, and simultaneously monitoring the service data in real time and backing up the service data at regular time.
In this embodiment, the data processing layer is further configured to implement high-efficiency data transmission and support high-concurrency and large-traffic data processing by implementing a Redis cache cluster, an MQ event-driven cluster, a Mongo replication set, or an OSS static resource storage manner.
In this embodiment, the application layer is configured to preset a right to audit electronic ticket data, and set a corresponding user login right and an approval process management mode of an electronic ticket, so as to form final approved electronic ticket data, and further includes: setting login rights based on different users to realize the verification or the issuance of the electronic ticket data; and setting the approval authority and the approval and review result of the electronic ticket data according to the login authority of different users. The approval process management mode comprises the following steps: the method comprises the steps of importing a bank or enterprise organization structure in advance, setting roles according to the organization structure, importing employees according to the roles, quickly establishing enterprise hierarchical relations, setting an approval flow on the basis, carrying out approval step by step according to each hierarchy, enabling only one approval flow to be owned by one purchasing task, and meanwhile, counting purchasing expenses and cost expenses under the current approval flow and purchasing expense data of departments according to the approval flow.
In the embodiment of the invention, the display layer is used for displaying the electronic ticket data generated according to the price mapping table and the approved electronic ticket data to the user, and further comprises displaying hot commodity classification, supplier category list data, fusion offline merchant consumption and 020 service data, special commodity district data, hot exchange data and commodity price comparison data to the user.
In this embodiment, the acquisition platform further includes a background data management layer, configured to manage data of a provider, including: the bank or the enterprise manages the own supplier, provides corresponding account data for the own supplier so that the supplier can maintain commodities and orders of the supplier, the bank or the supplier synchronous e-commerce platform appoints the commodities to the virtual supplier base, and synchronizes the off-line merchant electronic coupons to the virtual supplier base, meanwhile, the bank or the enterprise controls the credit limit and the purchasing limit of the supplier, and the lower purchasing department automatically executes the control of the supplier limit in the purchasing process.
In this embodiment, the background data management layer is further configured to perform data reconciliation and invoice management, and the supplier issues an invoice to a bank or an enterprise through the platform according to the purchased commodity statistical report.
In this embodiment, the acquisition platform further includes a hardware device layer, where the hardware device layer includes an x86 server and performs dynamic resource expansion through virtualization, where the server adopts a clustering and redundant deployment scheme to ensure high reliability and high availability of all services, and automatically detects and blocks hacking attack, virus attack, malicious scanning or DDOS attack to ensure network security.
In the embodiment, the core function of the platform is split and micro-serviced, and a distributed independent deployment scheme is adopted, so that the system is more flexible, and has the characteristics of high reliability and high availability.
In this embodiment, background management, specification setting, and interface setting are set, specifically:
background: the full-componentization development mode and the software architecture multi-layer design strictly meet the characteristics of high cohesion and low coupling, each core module (function) is packaged into a standard component (similar to a building block), data and service are completely independent, and the functions are integrated only according to the components. The background performs unified management on data and business processes.
And (3) specification: the method has the advantages that the method has authentication specifications, service flow specifications, interface specifications, UE specifications, application development specifications and deployment specifications, and ensures the standardization, the process, the standardization, the high efficiency, the strong maintainability and the high expandability of software development and hardware deployment; the data interaction between each component, between the foreground and the background of the software and between the software and the hardware is accurate, efficient, reliable and safe.
Interface: the data transmission is realized through the definition of a standard interface, which means that the front end does not need to process more service logics (the data and the service logics are all processed in the background), and only the user interaction flow is processed in a targeted manner (the data and the service are processed in a unified way in the background)
In the embodiment of the invention, the electronic ticket data management constructed based on the platform comprises the following contents:
(1) can be quickly connected with a merchant payment system to realize issuing and acceptance of merchant electronic tickets
(2) Can realize the universal electronic ticket of multiple merchants, and realize the functions of checking and selling at any amount, checking and selling in time and checking and selling for multiple times
(3) Can synchronize the electronic ticket checking and selling data with each merchant in real time
(4) Can realize the issue and acceptance of multi-merchant and multi-type electronic tickets (discount tickets, delivery tickets, etc.)
(5) The system is completely planned and implemented according to financial-level specification standards, and ensures the data, funds and system safety of customers.
The key points of the technology of the invention are as follows:
and packaging the merchant electronic ticket into a standard commodity, and purchasing and issuing the standard commodity through the enterprise collection platform. (related to cross-legal offline payment, need to pay license plate, have no other alternatives temporarily)
The merchant electronic ticket is packaged into a prepayment mode, and the amount of money is consumed only when the merchant checks and sells, so that the purchasing cost of an enterprise is greatly reduced. (related to cross-legal offline payment, need to pay license plate, have no other alternatives temporarily)
Through the web crawler technology, dynamic update of commodity information is achieved, price comparison is automated, workload of operators is effectively reduced, and work efficiency is improved.
The online and offline suppliers, the service providers and the platform providers are fused for unified management, and unified purchasing is performed by combining the purchasing process inside an enterprise/bank, so that the purchasing process is effectively sunk, the approval process is raised, and the whole purchasing process is sunlight and transparent.
It will be evident to those skilled in the art that the embodiments of the present invention are not limited to the details of the foregoing illustrative embodiments, and that the embodiments of the present invention are capable of being embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the embodiments being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned. Furthermore, it is obvious that the word "comprising" does not exclude other elements or steps, and the singular does not exclude the plural. Several units, modules or means recited in the system, apparatus or terminal claims may also be implemented by one and the same unit, module or means in software or hardware. The terms first, second, etc. are used to denote names, but not any particular order.
Finally, it should be noted that the above embodiments are only used for illustrating the technical solutions of the embodiments of the present invention and not for limiting, and although the embodiments of the present invention are described in detail with reference to the above preferred embodiments, it should be understood by those skilled in the art that modifications or equivalent substitutions can be made on the technical solutions of the embodiments of the present invention without departing from the spirit and scope of the technical solutions of the embodiments of the present invention.
Claims (10)
1. A commodity collection platform based on a multi-fusion mode is characterized by comprising:
the system comprises a network access layer and a data processing layer, wherein the network access layer is used for fusing different access platforms and acquiring commodity data through a crawler technology, and the access platforms comprise suppliers, platform suppliers and service providers;
the data processing layer is used for analyzing and processing the acquired commodity data, comparing the price data in the commodity data through a built-in data comparison module to acquire different price corresponding tables of the same commodity, and generating corresponding electronic ticket data according to the price corresponding tables;
the application layer is used for presetting authority for checking the electronic ticket data and setting corresponding user login authority and an approval process management mode of the electronic ticket so as to form final approved electronic ticket data;
and the display layer is used for displaying the electronic ticket data generated according to the price corresponding table and the approved electronic ticket data to the user.
2. The commodity collection platform under the multi-convergence mode according to claim 1, wherein the network access layer comprises an interface module with a front end adapted to different access networks.
3. The commodity collection platform under multiple fusion modes according to claim 1, wherein the data processing layer comprises:
the load balancing module is used for encrypting and storing data transmitted in the platform and transmitting the data by converting the data into a ciphertext self-identified by the platform when message data is formed;
and the monitoring module is used for monitoring all links in the platform in real time so as to ensure the safe, stable and reliable operation of each link in the platform, and simultaneously monitoring the service data in real time and backing up the service data at regular time.
4. The commodity collection platform under the multi-fusion mode according to claim 3, wherein the data processing layer is further configured to implement high-efficiency data transmission and support high-concurrency and high-traffic data processing by implementing a Redis cache cluster, an MQ event-driven cluster, a Mongo replication set, or an OSS static resource storage manner.
5. The commodity collection platform under the multi-fusion mode according to claim 1, wherein the application layer is configured to preset a right to audit electronic ticket data, and set a corresponding user login right and an approval process management mode of an electronic ticket, so as to form final approved electronic ticket data, and further includes:
setting login rights based on different users to realize the verification or the issuance of the electronic ticket data;
and setting the approval authority and the approval and review result of the electronic ticket data according to the login authority of different users.
6. The commodity collection platform under the multi-fusion mode according to claim 1, wherein the display layer is configured to display the electronic ticket data generated according to the price mapping table and the approved electronic ticket data to the user, and further includes displaying hot commodity classification, supplier category list data, merchant consumption and 020 service data under the fusion line, special commodity region data, hot redemption data and commodity price ratio data to the user.
7. The commodity collection platform under the multi-fusion mode according to claim 1, wherein the collection platform further comprises a background data management layer for managing supplier data, comprising: the bank or the enterprise manages the own supplier, provides corresponding account data for the own supplier so that the supplier can maintain commodities and orders of the supplier, the bank or the supplier synchronous e-commerce platform appoints the commodities to the virtual supplier base, and synchronizes the off-line merchant electronic coupons to the virtual supplier base, meanwhile, the bank or the enterprise controls the credit limit and the purchasing limit of the supplier, and the lower purchasing department automatically executes the control of the supplier limit in the purchasing process.
8. The commodity collection platform under the multi-fusion mode according to claim 5, wherein the approval process management mode comprises: the method comprises the steps of importing a bank or enterprise organization structure in advance, setting roles according to the organization structure, importing employees according to the roles, quickly establishing enterprise hierarchical relations, setting an approval flow on the basis, carrying out approval step by step according to each hierarchy, enabling only one approval flow to be owned by one purchasing task, and meanwhile, counting purchasing expenses and cost expenses under the current approval flow and purchasing expense data of departments according to the approval flow.
9. The commodity collection platform under the multi-fusion mode according to claim 7, wherein the background data management layer is further used for data reconciliation and invoice management, and a supplier issues an invoice to a bank or an enterprise through the platform according to a commodity statistical statement of purchase.
10. The commodity collection platform under the multi-fusion mode according to claim 1, further comprising a hardware device layer, wherein the hardware device layer comprises an x86 server, dynamic resource expansion is performed through virtualization, wherein the server adopts a clustering and redundant deployment scheme to ensure high reliability and high availability of all services, and network security is ensured by automatically detecting and blocking hacker attacks, virus attacks, malicious scanning or DDOS attacks.
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| CN202010885089.XA CN112650903B (en) | 2020-08-28 | 2020-08-28 | Commodity collection platform based on multiple fusion modes |
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| CN202010885089.XA CN112650903B (en) | 2020-08-28 | 2020-08-28 | Commodity collection platform based on multiple fusion modes |
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| CN112650903B CN112650903B (en) | 2024-03-29 |
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