CN116050970A - Supply chain management system and method of heterogeneous cooperation platform - Google Patents
Supply chain management system and method of heterogeneous cooperation platform Download PDFInfo
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Abstract
The invention discloses a supply chain management system and a supply chain management method of a different-industry cooperation platform, wherein the supply chain management system comprises a central processing unit, an order monitoring module, a supplier terminal, an order processing unit, a logistics supplier terminal, a logistics tracking unit, a seller terminal, a commodity inspection feedback unit, a backup database and a database management unit.
Description
Technical Field
The invention belongs to the technical field of supply chain management systems, and particularly relates to a supply chain management system and method of a heterogeneous cooperation platform.
Background
The different industry cooperation refers to the horizontal cooperation relationship that industries are not in an upstream-downstream vertical relationship, but have the purpose of co-marketing and mutual benefits, and the brand image and the name gas of the two parties are used for gathering the customer sources of more face groups, so that win-win market benefits are created, the different industry cooperation is the combination of business subjects in different industries and different levels, the combination of business subjects in different levels in the same industry can also be the combination of business subjects in different levels, the competition exists between the business subjects, the cooperation win-win exists, the common goal of the business subjects in different industry cooperation is realized, and the different industry cooperation is a very ideal mode to combine the business subjects in different industries and different levels together.
With the popularization of the live broadcast industry, live broadcast and carried goods form a new marketing mode, and most of the main broadcasting goods sources also need to be shipped through a middle storage cabin or a supplier, because the channels are more, the traditional orders are in single-line connection, in the process, a management platform is not used for uniformly managing the buyers, suppliers and logistics, and backup management cannot be carried out, so that the orders are easy to be confused, unnecessary troubles are caused, and the supply-demand cooperation relationship is influenced.
Disclosure of Invention
The present invention is directed to a supply chain management system and method for a heterogeneous collaboration platform, which solve the above-mentioned problems in the related art.
In order to solve the problems, the invention provides a technical scheme that:
a supply chain management system of a heterogeneous cooperation platform comprises a central processing unit, an order monitoring module, a supplier terminal, an order processing unit, a logistics business terminal, a logistics tracking unit, a vendor terminal, a checking feedback unit, a backup database and a database management unit, wherein the supplier terminal, the logistics business terminal and the vendor terminal are all in communication connection with the central processing unit, and the central processing unit is in communication connection with the order monitoring unit
The system comprises a module, an order processing unit, an order monitoring module, a commodity circulation tracking unit, a commodity inspection feedback unit, a central processing unit, a backup database and a database management unit, wherein the output end of the provider terminal is electrically connected with the order processing unit;
the central processing unit is a main control end of the system and is used for receiving and transmitting the execution control instruction;
the supplier terminal is used for receiving the goods list, and the order processing unit is used for identifying and distributing the goods list;
the order monitoring module is used for comparing the distribution information with the goods list for orders and feeding back information;
the logistics business terminal is used for receiving a delivery instruction of the central processing unit, and the logistics tracking unit is used for monitoring delivery logistics in real time;
the seller terminal is used for sending out a goods purchase list, and the goods checking feedback unit is used for checking and feeding back the received goods;
the backup database is used for classifying and storing order information, shipping information and logistics information of each user;
the database management unit is used for authorizing the user identity and issuing the authority of checking the backup database.
Preferably, the order processing unit comprises an order receiving module, an IP address grabbing module, a content identifying module, a distribution authorization module and a delivery feedback module;
the order receiving module is used for receiving order information from the provider terminal and sending the order information to the IP address grabbing module;
the IP address grabbing module is used for grabbing the IP serial number on the order and judging the seller terminal according to the grabbing IP address;
the content identification module is used for scanning and binarizing the order and identifying the order
A bill of goods;
the goods allocation authorization module is used for detecting inventory and sending an authorization instruction according to the goods list;
the delivery feedback module is used for feeding back delivery information to the order monitoring module.
Preferably, the logistics tracking unit comprises a vehicle authentication module, a GPS positioning module, a road condition detection module, a time timing module and a real-time communication module;
the vehicle authentication module is used for pairing the vehicle and the driver information and confirming the logistics vehicle;
the GPS positioning module is used for positioning the vehicle-mounted GPS according to the vehicle-mounted GPS and grasping the state of the logistics vehicle in real time;
the road condition detection module is used for detecting the road condition information in front and the residual mileage through vehicle navigation;
the time timing module is used for judging the arrival time according to the remaining mileage and road condition information;
the real-time communication module is used for feeding back information of logistics tracking to the central processing unit in real time.
Preferably, the goods checking feedback unit comprises a receipt receiving module, a content comparing module, a goods scanning module, a missing judging module and a goods receiving feedback module;
the receipt receiving module is used for distributing the information list from the supplier terminal and sending the information list to the content comparing module;
the content comparison module is used for comparing the distribution order information with the purchase goods order;
the goods scanning module is used for scanning the bar codes on goods through the terminal to acquire goods information;
the missing judging module is used for judging whether goods are missed or damaged through comparison of the content comparison module;
and the receiving feedback module is used for sharing the actual information of the arrival to the central processing unit.
Preferably, the backup database comprises an order acquisition module, a backup compression module, a backup storage module and a sub-storage module;
the order acquisition module is used for receiving each purchase order, each shipping order and each logistics order;
the backup compression module is used for independently compressing each accepted order; the backup storage module is used for carrying out centralized control management on the plurality of sub storage modules; the sub-storage module is used for independently storing according to the IP of each order.
Preferably, the database management unit comprises a permission configuration library, a permission configuration module, a user login module, a user permission acquisition module and a user operation authorization module;
the authority configuration library is used for uniformly managing all authorized user information;
the permission configuration module is used for performing level configuration adjustment on the permission of the user;
the user login module is used for providing a window for user login and collecting login information of a login user;
the user authority acquisition module is used for acquiring the authority level of the login user;
the user operation authorization module is used for approving the request of the user for checking the backup database.
A method of supply chain management for a heterogeneous collaboration platform, comprising the steps of:
s1, a seller terminal sends an goods list to be purchased to a central processing unit, the goods list is sent to a provider terminal through the central processing unit, an order is processed through an order processing unit, delivery information is fed back to an order monitoring module, if the delivery information is correct, the goods is normally delivered, and if the delivery information is inconsistent with the goods list, the provider terminal is informed to adjust;
s2, the central processing unit informs the logistics business terminal of delivering goods, the logistics vehicle is monitored in real time through the logistics tracking unit, the position and the navigation road condition information of the logistics vehicle are determined, the delivery time is judged according to the road condition information, the information is shared to the central processing unit in real time, and the logistics information can be shared to the vendor terminal by the central processing unit;
s3, after the goods are received by the seller terminal, checking the goods by the goods checking feedback unit, if the goods are consistent with the goods orders, finishing the distribution, and if the goods have missing, damaged and misplaced conditions, transmitting information to the supplier terminal through the central processing unit, and further carrying out reissue and exchange;
s4, capturing order information through the backup database, and sending the information according to different IP addresses of each merchant
The information is stored in the corresponding hard disk, the user is authorized and managed through the database management unit, and verification is carried out on personnel calling the backup database, so that the verification of the user on the order is satisfied.
The beneficial effects of the invention are as follows: the central processing unit is used for uniformly managing the supplier terminal, the logistics business terminal and the vendor terminal, so that the accuracy of shipping can be improved, logistics can be monitored, the vendor terminal can control shipping information and logistics in real time, three parties can be uniformly managed, the flow of the whole different industry cooperation supply and demand can be optimized, orders of each user can be independently stored through the backup database, further follow-up checking is facilitated, the users are authorized through the database management unit, leakage of customer data can be prevented, and privacy of the customer orders can be ensured.
Drawings
For ease of illustration, the invention is described in detail by the following detailed description and the accompanying drawings. FIG. 1 is a general flow topology of the present invention;
FIG. 2 is a topology of an order processing unit of the present invention;
FIG. 3 is a topology of a logistics tracking unit of the present invention;
FIG. 4 is a topology of a checkstand feedback unit of the present invention;
FIG. 5 is a topology of a backup database of the present invention;
FIG. 6 is a topology of a database management unit of the present invention;
FIG. 7 is a flow chart of a supply chain management method of the present invention.
Detailed Description
As shown in fig. 1-7, the present embodiment adopts the following technical scheme:
examples
The utility model provides a supply chain management system of different industry cooperation platform, includes central processing unit, order monitoring module, supplier terminal, order processing unit, commodity circulation merchant terminal, commodity circulation tracking unit, vendor terminal, inspection feedback unit, backup database and database management unit, supplier terminal, commodity circulation merchant terminal, vendor terminal all are connected with central processing unit communication, central processing unit is connected with order monitoring module communication, the output electric connection of supplier terminal has order processing unit, order
The system comprises a single processing unit, an order monitoring module, a commodity circulation tracking unit, a commodity inspection feedback unit, a central processing unit, a backup database and a database management unit, wherein the single processing unit is in communication connection with the order monitoring module;
unified management of vendor terminals, logistics merchant terminals and vendor terminals by a central processing unit
The system has the advantages that the system can improve the accuracy of delivery, monitor logistics, further enable a seller terminal to control delivery information and logistics in real time, simultaneously manage three parties in a unified way, optimize the flow of supply and demand of the whole different industry cooperation, store orders of each user independently through a backup database, further facilitate subsequent checking, authorize the user through a database management unit, prevent customer data from leaking, and ensure privacy of customer orders;
the central processing unit is a main control end of the system and is used for receiving and transmitting the execution control instruction;
the supplier terminal is used for receiving the goods list, and the order processing unit is used for identifying and distributing the goods list;
the order monitoring module is used for comparing the distribution information with the goods list for orders and feeding back information;
the logistics business terminal is used for receiving a delivery instruction of the central processing unit, and the logistics tracking unit is used for monitoring delivery logistics in real time;
the seller terminal is used for sending out a goods purchase list, and the goods checking feedback unit is used for checking and feeding back the received goods;
the backup database is used for classifying and storing order information, shipping information and logistics information of each user;
the database management unit is used for authorizing the user identity and issuing the authority of checking the backup database.
The order processing unit comprises an order receiving module, an IP address grabbing module, a content identifying module, a distribution authorization module and a delivery feedback module;
the order receiving module is used for receiving order information from the provider terminal and sending the order information to the IP address grabbing module;
the IP address grabbing module is used for grabbing the IP serial number on the order and judging the seller terminal according to the grabbing IP address;
the content identification module is used for scanning and binarizing the order and identifying an item list of the order;
the goods allocation authorization module is used for detecting inventory and sending an authorization instruction according to the goods list;
the delivery feedback module is used for feeding back delivery information to the order monitoring module.
The logistics tracking unit comprises a vehicle authentication module, a GPS positioning module, a road condition detection module, a time timing module and a real-time communication module;
the vehicle authentication module is used for pairing the vehicle and the driver information and confirming the logistics vehicle;
the GPS positioning module is used for positioning the vehicle-mounted GPS according to the vehicle-mounted GPS and grasping the state of the logistics vehicle in real time;
the road condition detection module is used for detecting the road condition information in front and the residual mileage through vehicle navigation;
the time timing module is used for judging the arrival time according to the remaining mileage and road condition information;
the real-time communication module is used for feeding back information of logistics tracking to the central processing unit in real time.
The goods checking feedback unit comprises a receipt receiving module, a content comparison module, a goods scanning module, a missing judging module and a goods receiving feedback module;
the receipt receiving module is used for distributing the information list from the supplier terminal and sending the information list to the content comparing module;
the content comparison module is used for comparing the distribution order information with the purchase goods order;
the missing judging module is used for judging whether goods are missed or damaged through comparison of the content comparison module;
the goods scanning module is used for scanning bar codes on goods through the terminal machine to acquire the goods
Product information;
and the receiving feedback module is used for sharing the actual information of the arrival to the central processing unit.
The backup database comprises an order acquisition module, a backup compression module, a backup storage module and a sub-storage module;
the order acquisition module is used for receiving each purchase order, each shipping order and each logistics order;
the backup compression module is used for independently compressing each accepted order;
the backup storage module is used for carrying out centralized control management on the plurality of sub storage modules;
the sub-storage module is used for independently storing according to the IP of each order.
The database management unit comprises a permission configuration library, a permission configuration module, a user login module, a user permission acquisition module and a user operation authorization module;
the authority configuration library is used for uniformly managing all authorized user information;
the permission configuration module is used for performing level configuration adjustment on the permission of the user;
the user login module is used for providing a window for user login and collecting login information of a login user;
the user authority acquisition module is used for acquiring the authority level of the login user;
the user operation authorization module is used for approving the request of the user for checking the backup database.
A method of supply chain management for a heterogeneous collaboration platform, comprising the steps of:
s1, a seller terminal sends an goods list to be purchased to a central processing unit, the goods list is sent to a provider terminal through the central processing unit, an order is processed through an order processing unit, delivery information is fed back to an order monitoring module, if the delivery information is correct, the goods is normally delivered, and if the delivery information is inconsistent with the goods list, the provider terminal is informed to adjust;
s2, the central processing unit informs the logistics business terminal of delivering goods, the logistics vehicle is monitored in real time through the logistics tracking unit, the position and navigation road condition information of the logistics vehicle are determined, the delivery time is judged according to the road condition information, the information is shared to the central processing unit in real time, and the central processing unit can send logistics information
The information is shared to the terminal of the seller;
s3, after the goods are received by the seller terminal, checking the goods by the goods checking feedback unit, if the goods are consistent with the goods orders, finishing the distribution, and if the goods have missing, damaged and misplaced conditions, transmitting information to the supplier terminal through the central processing unit, and further carrying out reissue and exchange;
s4, order information is captured through the backup database, the information is stored in the corresponding hard disk according to different IP addresses of each merchant, authorization management is conducted on a user through the database management unit, verification is conducted on personnel accessing the backup database, and verification of the order by the user is met.
Examples
The method comprises the steps that a seller terminal sends an inventory of goods to be purchased to a central processing unit, the inventory of goods is sent to a provider terminal through the central processing unit, an order receiving module receives order information from the provider terminal and sends the order information to an IP address grabbing module, the IP address grabbing module grabs an IP serial number on an order, judges the seller terminal according to the IP address, scans and binarizes the order through a content identification module, identifies the inventory of goods, sends the inventory of goods to a goods distribution authorization module, then detects the inventory, sends a goods distribution authorization instruction if the inventory meets the requirement, feeds back goods distribution information to an order monitoring module through a goods distribution feedback module, normally delivers goods if the goods delivery information is correct, and informs the provider terminal to adjust if the goods delivery information is inconsistent with the inventory of goods;
the central processing unit informs the logistics business terminal to deliver goods, the vehicle authentication module pairs the vehicle and driver information, confirms the logistics vehicle, positions the logistics vehicle according to a vehicle-mounted GPS (global positioning system), grasps the logistics vehicle state in real time, cooperates with the vehicle-mounted navigation detection front road condition information and the residual mileage through the road condition detection module, cooperates with the time timing module to judge the arrival time according to the residual mileage and the road condition information, and then feeds back logistics tracking information to the central processing unit in real time through the real-time communication module, and the central processing unit can share the logistics information to the vendor terminal;
after the goods are received by the seller terminal, the receipt receiving module receives the goods allocation information list from the supplier terminal and sends the goods allocation information list to the content comparison module, the goods allocation order information is compared with the purchased goods order through the content comparison module, and the missing judgment module judges whether the goods are missed or not through the content comparison module
The method comprises the steps of issuing and damaging, wherein actual information of arriving goods is shared to a central processing unit through a goods receiving feedback module, if goods are consistent with goods orders, the delivery is finished, and if the goods have missing, damaged and misplaced conditions, the information is transmitted to a supplier terminal through the central processing unit, so that reissue and exchange are carried out;
each purchase order, each delivery order and each logistics order are received through the order acquisition module, each received order is independently compressed through the backup compression module, and the backup storage module controls the plurality of sub-storage modules to independently store according to the IP of each order;
and uniformly managing all authorized user information through the authority configuration library, carrying out level configuration adjustment on the authority of the user by matching with the authority configuration module, providing a window for user login by the user login module when the backup database information is required to be checked, collecting the login information of the login user, acquiring the authority level of the login user through the user authority acquisition module if the identity information is verified, and carrying out approval on the request of the user for checking the backup database according to the job level by the user operation authorization module.
While embodiments of the present invention have been shown and described, it will be apparent to those of ordinary skill in the art that
Rather, it will be understood that various changes, modifications, substitutions and alterations can be made to these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (7)
1. The supply chain management system of the heterogeneous cooperation platform is characterized by comprising a central processing unit, an order monitoring module, a supplier terminal, an order processing unit, a commodity circulation business terminal, a commodity circulation tracking unit, a seller terminal, a commodity inspection feedback unit, a backup database and a database management unit, wherein the supplier terminal, the commodity circulation business terminal and the seller terminal are all in communication connection with the central processing unit, the central processing unit is in communication connection with the order monitoring module, the output end of the supplier terminal is electrically connected with the order processing unit, the order processing unit is in communication connection with the order monitoring module, the output end of the commodity circulation business terminal is in communication connection with the commodity inspection tracking unit, the output end of the seller terminal is in communication connection with the commodity inspection feedback unit, the output end of the central processing unit is electrically connected with the backup database, and the output end of the backup database is electrically connected with the database management unit;
the central processing unit is a main control end of the system and is used for receiving and transmitting the execution control instruction;
the supplier terminal is used for receiving the goods list, and the order processing unit is used for identifying and distributing the goods list;
the order monitoring module is used for comparing the distribution information with the goods list for orders and feeding back information;
the logistics business terminal is used for receiving a delivery instruction of the central processing unit, and the logistics tracking unit is used for monitoring delivery logistics in real time;
the seller terminal is used for sending out a goods purchase list, and the goods checking feedback unit is used for checking and feeding back the received goods;
the backup database is used for classifying and storing order information, shipping information and logistics information of each user;
the database management unit is used for authorizing the user identity and issuing the authority of checking the backup database.
2. The supply chain management system of a heterogeneous collaboration platform of claim 1, wherein the order processing unit comprises an order receiving module, an IP address grabbing module, a content identification module, a shipment authorization module, and a shipment feedback module;
the order receiving module is used for receiving order information from the provider terminal and sending the order information to the IP address grabbing module;
the IP address grabbing module is used for grabbing the IP serial number on the order and judging the seller terminal according to the grabbing IP address;
the content identification module is used for scanning and binarizing the order and identifying an item list of the order;
the goods allocation authorization module is used for detecting inventory and sending an authorization instruction according to the goods list;
the delivery feedback module is used for feeding back delivery information to the order monitoring module.
3. The supply chain management system of a heterogeneous collaboration platform as claimed in claim 1, wherein the logistics tracking unit comprises a vehicle authentication module, a GPS positioning module, a road condition detection module, a time counting module and a real-time communication module;
the vehicle authentication module is used for pairing the vehicle and the driver information and confirming the logistics vehicle;
the GPS positioning module is used for positioning the vehicle-mounted GPS according to the vehicle-mounted GPS and grasping the state of the logistics vehicle in real time;
the road condition detection module is used for detecting the road condition information in front and the residual mileage through vehicle navigation;
the time timing module is used for judging the arrival time according to the remaining mileage and road condition information;
the real-time communication module is used for feeding back information of logistics tracking to the central processing unit in real time.
4. The supply chain management system of a heterogeneous collaboration platform of claim 1, wherein the inspection feedback unit comprises a receipt receiving module, a content comparison module, a goods scanning module, a missing judgment module, and a receipt feedback module;
the receipt receiving module is used for distributing the information list from the supplier terminal and sending the information list to the content comparing module;
the content comparison module is used for comparing the distribution order information with the purchase goods order;
the goods scanning module is used for scanning bar codes on goods through the terminal machine to acquire the goods
Product information;
the missing judging module is used for judging whether goods are missed or damaged through comparison of the content comparison module;
and the receiving feedback module is used for sharing the actual information of the arrival to the central processing unit.
5. The supply chain management system of a heterogeneous collaboration platform of claim 1, wherein the backup database comprises an order acquisition module, a backup compression module, a backup storage module, and a sub-storage module;
the order acquisition module is used for receiving each purchase order, each shipping order and each logistics order;
the backup compression module is used for independently compressing each accepted order;
the backup storage module is used for carrying out centralized control management on the plurality of sub storage modules;
the sub-storage module is used for independently storing according to the IP of each order.
6. The supply chain management system of a heterogeneous collaboration platform as claimed in claim 1, wherein the database management unit comprises a rights configuration library, a rights configuration module, a user login module, a user rights acquisition module, and a user operation authorization module;
the authority configuration library is used for uniformly managing all authorized user information;
the permission configuration module is used for performing level configuration adjustment on the permission of the user;
the user login module is used for providing a window for user login and collecting login information of a login user;
the user authority acquisition module is used for acquiring the authority level of the login user;
the user operation authorization module is used for approving the request of the user for checking the backup database.
7. A method of supply chain management for a heterogeneous collaboration platform, comprising the steps of:
s1, a seller terminal sends an inventory of goods to be purchased to a central processing unit, the inventory of goods is sent to a supplier terminal through the central processing unit, an order is processed through an order processing unit, delivery information is fed back to an order monitoring module, if the delivery information is correct, the goods are normally delivered, and if the goods are delivered
If the information is inconsistent with the goods list, notifying the supplier terminal to adjust;
s2, the central processing unit informs the logistics business terminal of delivering goods, the logistics vehicle is monitored in real time through the logistics tracking unit, the position and the navigation road condition information of the logistics vehicle are determined, the delivery time is judged according to the road condition information, the information is shared to the central processing unit in real time, and the logistics information can be shared to the vendor terminal by the central processing unit;
s3, after the goods are received by the seller terminal, checking the goods by the goods checking feedback unit, if the goods are consistent with the goods orders, finishing the distribution, and if the goods have missing, damaged and misplaced conditions, transmitting information to the supplier terminal through the central processing unit, and further carrying out reissue and exchange;
s4, order information is captured through the backup database, the information is stored in the corresponding hard disk according to different IP addresses of each merchant, authorization management is conducted on a user through the database management unit, verification is conducted on personnel accessing the backup database, and verification of the order by the user is met.
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