CN109523204B - Three-dimensional warehouse management system and method - Google Patents
Three-dimensional warehouse management system and method Download PDFInfo
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- CN109523204B CN109523204B CN201811140039.8A CN201811140039A CN109523204B CN 109523204 B CN109523204 B CN 109523204B CN 201811140039 A CN201811140039 A CN 201811140039A CN 109523204 B CN109523204 B CN 109523204B
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Abstract
The invention discloses a three-dimensional warehouse management system, which comprises a bar code management end, a warehouse management end, a system management end and an ERP interface end; through having set up the storage management end, the goods operation flow condition in the storage has been taken notes to the overall process, has taken notes the inside operating condition of storage such as close the case, unpack, close the stack, tear open the stack, move the case, move the stack, has realized the three-dimensional management of storage information overall process in the true sense. The invention realizes the accurate management requirements of the whole processes of warehousing, moving, ex-warehouse and the like of a warehouse, provides a three-dimensional warehouse management system and a method, and realizes the packaging and warehousing of finished single products, ex-warehouse according to sales orders, tail box unpacking and box assembling management, warehouse moving, stack disassembling and moving management, inventory management and the like, thereby solving the management problems that after the products in the existing warehouse are unpacked and box assembled, and the stacks are moved, the positions of some products are difficult to search, the first-in first-out of the same kind of products can not be realized, and even the products are overstocked.
Description
Technical Field
The invention relates to the field of warehouse management, in particular to a three-dimensional warehouse management system and a three-dimensional warehouse management method.
Background
At present, many enterprises in China have ERP systems, the ERP considers links such as production, inventory, transportation and shipment as a whole, and although a warehouse management module is provided, the warehouse management is not careful due to the facts that the ERP systems are started from the whole, finished warehousing is carried out according to production orders, warehouse delivery is carried out according to sales orders and the like.
In practical warehouse management practices, in addition to the quantity of stored products, warehouse management personnel also need to pay attention to the storage positions of the products, especially some types of products, and after some reworking or some sales orders are delivered, the products which are not delivered from the tail box need to be changed into original packaging boxes and even placed on new pallets and shelves, and such irregular changes are frequent for warehouse management and increase the difficulty of warehouse management. Sometimes, the product is delivered, a sufficient number of products are found on the account, but a plurality of products are hard to find, sometimes, in order to meet the requirements of customers, only a plurality of products can be produced again to deliver the product, the product is accumulated in a warehouse, and the benefit of an enterprise is influenced.
Therefore, it is necessary to design a three-dimensional warehouse management system with the functions of splitting and packing cases to realize the precise management of the whole processes of warehouse entry, warehouse moving, warehouse exit and the like.
Disclosure of Invention
The invention provides a three-dimensional warehouse management system and a three-dimensional warehouse management method, and aims to solve the problems that the warehouse management can not realize the processes of warehouse entry, warehouse moving, warehouse exit and the like, and the three-dimensional accurate management of the whole processes of unpacking, box combination, stack disassembly and stack combination in a warehouse at present.
In order to achieve the purpose, the invention provides a three-dimensional warehouse management system, which comprises a bar code management end, a warehouse management end, a system management end and an ERP interface end;
the bar code management terminal realizes that a user can print the bar codes of the packaging box, the pallet and the goods shelf in an appointment mode or in real time, and manages the printing records of the bar codes; searching and adding the information of the packing box, and regenerating or modifying the information of the packing box; checking, searching and adding pallet information; checking, searching and adding information of a storage rack; the warehouse management terminal scans bar codes to check information of the packing cases, the pallets and the warehouse shelf, generates new packing cases and pallets, and performs warehouse operation on finished single products; finding out the corresponding pallet and packing box according to the distribution positions of the delivery order and the delivery products, and scanning the bar code for delivery; disassembling the tail box, disassembling and combining other packing boxes, combining and moving the stack of the pallet which is not fully placed, and recording the whole process of change; the method comprises the steps of inquiring data and storage positions in real time by scanning bar codes of a packing box, a pallet and a storage position shelf, and inquiring information of stored articles in the storage positions in real time; the system management terminal realizes the graphical display of the distribution of the storage racks, the pallets and the packing boxes; managing product information, finished order information, sales order information, customer information and the like which are synchronized by ERP; managing information of a packing box, a pallet and a storage shelf of a warehouse; information management of a warehousing note and an unqualified product transferring rework warehousing note, a delivery note, a return note and an inventory adjustment note of the product; managing the authority of the system user;
and the ERP interface terminal reads information such as product information, finished order information, sales order information, customer information and the like from the ERP system and sends the information to the system management system, and data information stored by the system management terminal is synchronized into the EPR system according to user operation.
The invention also provides a warehouse management method based on the three-dimensional warehouse management system, which comprises the following steps of judging the user purpose, judging the current operation type according to the user operation received by the system, entering the warehouse entry step if the current operation is the warehouse entry operation, entering the warehouse exit step if the current operation is the warehouse exit operation, entering the unpacking and assembling step if the current operation is the unpacking and assembling operation, entering the stacking and assembling step if the current operation is the unpacking and assembling operation, and entering the checking step if the current operation is the checking operation;
and warehousing, wherein a bar code management end generates a packaging box bar code according to user operation, a warehousing management end generates a pallet bar code according to the packaging box bar code, a system management end generates a warehousing note and sends the warehousing note to a warehousing management end, and the warehousing management end acquires the use condition of the goods shelf and finishes warehousing the goods shelf.
The warehouse-out step, the system management end generates the shipment quantity according to the user operation, selects the product packing boxes and pallet position information meeting the conditions and sends the product packing boxes and pallet position information to the warehouse management end, the warehouse management end sends the shipment product packing boxes to the designated positions, and the system management end checks the shipment quantity to complete the shipment operation;
unpacking and assembling, namely receiving user operation by the warehouse management end, judging whether the user is unpacking and assembling operation or box moving operation or stack moving operation at present according to the user operation, if the user is unpacking and assembling operation at present, acquiring the number of moved boxes and moved boxes, selecting other boxes or generating new boxes, and finishing destroying empty boxes; if the current operation of the user is a box moving operation, scanning a box bar code needing to be moved and a pallet bar code put in the box bar code, and determining that the box moving is finished; if the current operation of the user is the stack moving operation, scanning the moving pallet bar code and the shelf bar code, and confirming that the stack moving is finished;
a step of disassembling and assembling the stacks, in which the warehousing management end receives user operation, judges whether the user is currently in the process of disassembling the stacks or assembling the stacks according to the user operation, and if the user is currently in the process of disassembling the stacks, the warehousing management end acquires pallet bar codes and box bar codes which need to be disassembled, cancels original bar codes and produces new bar codes, and finishes the warehousing operation of the new bar codes; if the current operation of the user is the stack combining operation, the warehouse management terminal acquires the information of the combined pallet, produces a new pallet and moves the new pallet to a new goods shelf to finish the operation;
and checking, wherein the storage management end receives user operation, scans the goods shelf bar code, the pallet bar code and the packaging box bar code, acquires pallet quantity information, packaging box quantity information, product types and quantity information, compares the acquired information with actual information, and acquires a comparison result to finish comparison.
Compared with the prior art, the three-dimensional warehouse management system and the design method disclosed by the invention have the advantages that informatization is realized in the whole processes of warehouse entry of finished single product packages, warehouse exit according to sales orders, tail box unpacking and assembling, warehouse moving and stack moving and the like, so that real-time accurate inventory, real-time auxiliary goods finding, real-time inventory checking and first-in first-out principle goods output are realized. Particularly, by arranging the storage management terminal, the whole process records the operation flow condition of goods in the storage, and records the operation conditions inside the storage such as case closing, case removing, stack closing, stack removing, case moving, stack moving and the like, thereby realizing the three-dimensional management of the whole process of the storage information in real sense. The invention aims to solve the problems in the existing warehouse management technology, and aims at the enterprise warehouse, particularly a stereoscopic warehouse to meet the requirement of accurate management in the whole process of warehouse entry, warehouse moving, warehouse exit and the like.
Drawings
FIG. 1 is a system block diagram of a three-dimensional warehouse management system according to the present invention;
FIG. 2 is a flow chart of warehousing steps of a warehousing management method based on a three-dimensional warehousing management system according to the present invention;
FIG. 3 is a flowchart illustrating the warehouse-out step of the warehouse management method based on the three-dimensional warehouse management system according to the present invention;
FIG. 4 is a flowchart of the steps of assembling and disassembling the warehouse based on the three-dimensional warehouse management system according to the present invention;
FIG. 5 is a flowchart of the stacking and unstacking steps of the warehousing management method based on the stereoscopic warehousing management system according to the invention;
fig. 6 is a flowchart illustrating the checking steps of the warehouse management method based on the three-dimensional warehouse management system according to the present invention.
Detailed Description
As shown in fig. 1, the three-dimensional warehouse management system of the present invention is characterized in that it comprises a barcode management terminal, a warehouse management terminal, a system management terminal and an ERP interface terminal; the bar code management terminal realizes that a user can print the bar codes of the packaging box, the pallet and the goods shelf in an appointment mode or in real time, and manages the printing records of the bar codes; searching and adding the information of the packing box, and regenerating or modifying the information of the packing box; checking, searching and adding pallet information; checking, searching and adding information of a storage rack; the warehouse management terminal scans bar codes to check information of the packing cases, the pallets and the warehouse shelf, generates new packing cases and pallets, and performs warehouse operation on finished single products; finding out the corresponding pallet and packing box according to the distribution positions of the delivery order and the delivery products, and scanning the bar code for delivery; disassembling the tail box, disassembling and combining other packing boxes, combining and moving the stack of the pallet which is not fully placed, and recording the whole process of change; the method comprises the steps of inquiring data and storage positions in real time by scanning bar codes of a packing box, a pallet and a storage position shelf, and inquiring information of stored articles in the storage positions in real time; the system management terminal realizes the graphical display of the distribution of the storage racks, the pallets and the packing boxes; managing product information, finished order information, sales order information, customer information and the like which are synchronized by ERP; managing information of a packing box, a pallet and a storage shelf of a warehouse; information management of a warehousing note and an unqualified product transferring rework warehousing note, a delivery note, a return note and an inventory adjustment note of the product; managing the authority of the system user; and the ERP interface terminal reads information such as product information, finished order information, sales order information, customer information and the like from the ERP system and sends the information to the system management system, and data information stored by the system management terminal is synchronized into the EPR system according to user operation.
As shown in fig. 1, the barcode management terminal includes a packaging box barcode printing module, a pallet barcode printing module, a shelf barcode printing module and a barcode printing management module; the packaging box bar code printing module is used for printing a packaging box bar code and storing packaging box bar code information for a user to check the packaging box information; the pallet bar code printing module is used for printing a pallet bar code and storing pallet bar code information for a user to check the pallet information; the goods shelf bar code printing module is used for printing the bar codes of the containers, storing the bar code information of the containers and allowing a user to check the information of the containers; the bar code printing management module manages all printed bar codes at the bar code management end.
As shown in fig. 1, the warehouse management terminal includes an information display module, an information search module, a barcode generation module, a box moving and stack moving module, a box stack operation module, a document creation module, an inventory management module, and the information display module scans barcode display information and operable content; the information searching module is used for searching information such as products, packing boxes, pallets and the like; the bar code generating module generates bar codes of the box and the pallet; the box moving and stack moving module records the data change condition when the packing box or the pallet is moved and records the box moving and stack moving operation; the box stack operation module records data change conditions during box assembling, box disassembling, stack assembling and stack disassembling operations and records box assembling, box disassembling, stack assembling and stack disassembling operations; the bill creating module is used for creating an outgoing bill, a return bill and a warehousing bill; and the inventory management module is used for checking pallet information, packing box information and product information.
As shown in fig. 1, the system management terminal includes a distribution display module, a product information management module, an in-out warehouse document management module, a customer information management module, a shelf information management module, a packing box information management module, and a user authority management module, wherein the distribution display module provides a distribution position display image for the position distribution of a packing box, a pallet, and a shelf; the warehousing and ex-warehouse bill management module is used for storing and managing warehousing and ex-warehouse bill information; the client information management module is used for storing and managing client information; the shelf information management module is used for storing and managing shelf information; the packing box information management module is used for storing and managing packing box information; and the user authority management module is used for storing and managing the user authority information.
The invention also provides a warehouse management method based on the three-dimensional warehouse management system, which comprises the following steps of judging the user purpose, judging the current operation type according to the user operation received by the system, entering the warehouse entry step if the current operation is the warehouse entry operation, entering the warehouse exit step if the current operation is the warehouse exit operation, entering the unpacking and assembling step if the current operation is the unpacking and assembling operation, entering the stacking and assembling step if the current operation is the unpacking and assembling operation, and entering the checking step if the current operation is the checking operation;
and warehousing, wherein a bar code management end generates a packaging box bar code according to user operation, a warehousing management end generates a pallet bar code according to the packaging box bar code, a system management end generates a warehousing note and sends the warehousing note to a warehousing management end, and the warehousing management end acquires the use condition of the goods shelf and finishes warehousing the goods shelf.
The warehouse-out step, the system management end generates the shipment quantity according to the user operation, selects the product packing boxes and pallet position information meeting the conditions and sends the product packing boxes and pallet position information to the warehouse management end, the warehouse management end sends the shipment product packing boxes to the designated positions, and the system management end checks the shipment quantity to complete the shipment operation;
unpacking and assembling, namely receiving user operation by the warehouse management end, judging whether the user is unpacking and assembling operation or box moving operation or stack moving operation at present according to the user operation, if the user is unpacking and assembling operation at present, acquiring the number of moved boxes and moved boxes, selecting other boxes or generating new boxes, and finishing destroying empty boxes; if the current operation of the user is a box moving operation, scanning a box bar code needing to be moved and a pallet bar code put in the box bar code, and determining that the box moving is finished; if the current operation of the user is the stack moving operation, scanning the moving pallet bar code and the shelf bar code, and confirming that the stack moving is finished;
a step of disassembling and assembling the stacks, in which the warehousing management end receives user operation, judges whether the user is currently in the process of disassembling the stacks or assembling the stacks according to the user operation, and if the user is currently in the process of disassembling the stacks, the warehousing management end acquires pallet bar codes and box bar codes which need to be disassembled, cancels original bar codes and produces new bar codes, and finishes the warehousing operation of the new bar codes; if the current operation of the user is the stack combining operation, the warehouse management terminal acquires the information of the combined pallet, produces a new pallet and moves the new pallet to a new goods shelf to finish the operation;
and checking, wherein the storage management end receives user operation, scans the goods shelf bar code, the pallet bar code and the packaging box bar code, acquires pallet quantity information, packaging box quantity information, product types and quantity information, compares the acquired information with actual information, and acquires a comparison result to finish comparison.
As shown in fig. 2, the warehousing step includes a step of S11, where the stereoscopic warehousing management system determines that the current user operation is a warehousing operation, the barcode management end obtains production order information through an ERP interface end, generates a package barcode according to the production order information, and prints the package barcode, so that the package barcode is fixed on the package; s12, acquiring loading information of the tail box, judging whether the tail box is full, if so, entering a warehousing step S14, and if not, entering a warehousing step S13; s13, the warehousing management end modifies the product quantity of the tail box or closes the tail box with the packing boxes of other production lists of the same type; s14, the warehouse management terminal scans the bar code of the packing box, generates a pallet bar code according to the bar code of the packing box and sends the pallet bar code to the bar code management unit for printing, so that the pallet bar code is fixed on the pallet; s15, the system management end generates a warehousing order and sends the warehousing order to a warehousing management module, the warehousing management module acquires the use condition of a shelf on the warehousing order, if the shelf is empty, the warehousing is confirmed, and if the shelf is not empty, the shelf is modified to be warehoused; and S16, the ERP port acquires the warehousing data recorded by the system management end and synchronizes to the ERP system under the operation of a user.
As shown in fig. 3, the step of warehouse-out includes the following steps, S21, where the stereoscopic warehouse management system determines that the current user operation is warehouse-out operation, the system end obtains a sales order and a shipment quantity through an ERP interface end, generates a shipment order according to the sales order and the shipment quantity, and selects product packing boxes and pallet position information meeting conditions to send to the warehouse management end; s22, the warehouse management terminal performs stack moving and stacking operation according to the product packing box and pallet position information selected by the system management terminal, so that the discharged product packing box is moved to a designated position; s23, acquiring the loading information of the packing box to judge whether the box needs to be unpacked, if the box needs to be unpacked, entering an unpacking and assembling step, taking out partial products of the tail box and packaging the partial products into a packing box, generating a new packing box for the residual products or assembling the residual products with other packing boxes, and if the box does not need to be unpacked, entering a step S24; s24, the system management end obtains the goods checking information, and finishes the shipment if the goods checking information is confirmed to be correct, S25, the ERP port obtains the shipment data recorded by the system management end and synchronizes to the ERP system under the operation of a user.
As shown in fig. 4, the step of unpacking and assembling includes the following steps, S31, where the stereoscopic warehouse management system determines that the current user operation is an unpacking and assembling operation, the warehouse management end receives the user operation, and determines, according to the user operation, whether the user is an unpacking and assembling operation, a box moving operation, or a stack moving operation, if the current user operation is an unpacking and assembling operation, step S32 is entered, if the current user operation is a box moving operation, step S33 is entered, and if the current user operation is a stack moving operation, step S34 is entered; s32, the warehousing management terminal acquires the information of the moved boxes and the moved quantity, selects other boxes or generates new boxes, acquires the box moving condition, and confirms that the operation of destroying the empty boxes is completed after all the boxes are moved out; s33, the warehousing management terminal acquires a box bar code required to be moved and a pallet bar code required to be put in, acquires the putting condition of the box, and confirms that the operation is finished after the box is put in; s34, the warehouse management terminal acquires the pallet bar code required to be moved and the shelf bar code required to be put in, acquires the putting condition of the pallet, and confirms that the operation is completed after the pallet is put in.
As shown in fig. 5, the step of unstacking and stacking includes, S41, the stereoscopic warehousing management system determining that the current user operation is a unstacking and stacking operation, the warehousing management end receiving the user operation, determining whether the user is a unstacking operation or a stacking operation according to the user operation, if the user is the unstacking operation, entering step S42, and if the user is the stacking operation, entering step S43; s42, the warehouse management terminal acquires a pallet bar code needing to be disassembled and a box bar code needing to be disassembled on the pallet, cancels the original pallet bar code and produces a new pallet bar code, so that the new pallet bar code is fixed on the new pallet, acquires the placing condition of the disassembled box on the new pallet, and confirms that the box needing to be disassembled is placed on the new pallet and then completes the operation; s43, the warehouse management terminal acquires the information of the combined pallets, produces new pallet bar codes, fixes the new pallet bar codes on the new pallets, acquires the putting condition of the pallets needing to be combined on the new shelf, and confirms that the pallets needing to be combined are put on the new shelf to complete the operation.
As shown in fig. 6, the checking step includes the following steps, S51, the warehouse management end receives user operation, scans the shelf bar code to check the pallet number; s52, the warehousing management end receives user operation, scans the pallet bar code and checks the number of the packing boxes; s53, the warehousing management end receives user operation, scans the bar codes of the packing boxes and checks the types and the quantity of the products; and S54, the warehousing management terminal acquires the bar code information and compares the bar code information with the actual information to complete the checking operation.
While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention.
Claims (9)
1. The warehouse management method of the three-dimensional warehouse management system is characterized in that the three-dimensional warehouse management system comprises a bar code management end, a warehouse management end, a system management end and an ERP interface end;
the bar code management terminal realizes that a user can print the bar codes of the packaging box, the pallet and the goods shelf in an appointment mode or in real time, and manages the printing records of the bar codes; searching and adding the information of the packing box, and regenerating or modifying the information of the packing box; checking, searching and adding pallet information; checking, searching and adding information of a storage rack;
the warehouse management terminal scans bar codes to check information of the packing cases, the pallets and the warehouse shelf, generates new packing cases and pallets, and performs warehouse operation on finished single products; finding out the corresponding pallet and packing box according to the distribution positions of the delivery order and the delivery products, and scanning the bar code for delivery; disassembling the tail box, disassembling and combining other packing boxes, combining and moving the stack of the pallet which is not fully placed, and recording the whole process of change; the method comprises the steps of inquiring data and storage positions in real time by scanning bar codes of a packing box, a pallet and a storage position shelf, and inquiring information of stored articles in the storage positions in real time;
the system management terminal realizes the graphical display of the distribution of the storage racks, the pallets and the packing boxes; managing product information, finished order information, sales order information, customer information and the like which are synchronized by ERP; managing information of a packing box, a pallet and a storage shelf of a warehouse; information management of a warehousing note and an unqualified product transferring rework warehousing note, a delivery note, a return note and an inventory adjustment note of the product; managing the authority of the system user;
the ERP interface end reads information such as product information, finished order information, sales order information and customer information from an ERP system and sends the information to a system management system, and data information stored by the system management end is synchronized into the EPR system according to user operation;
the warehousing management method comprises the following steps,
a user purpose judging step, namely judging the current operation type according to the user operation received by the system, entering a warehousing step if the current operation is warehousing operation, entering a ex-warehousing step if the current operation is ex-warehousing operation, entering a unpacking and assembling step if the current operation is unpacking and assembling operation, entering a stacking and assembling step if the current operation is unpacking and assembling operation, and entering an inventory step if the current operation is inventory operation;
a warehousing step, in which the bar code management terminal generates a packaging box bar code according to user operation, the warehousing management terminal generates a pallet bar code according to the packaging box bar code, the system management terminal generates a warehousing note and sends the warehousing note to the warehousing management terminal, and the warehousing management terminal acquires the use condition of the goods shelf and finishes warehousing the goods shelf;
the warehouse-out step, the system management end generates the shipment quantity according to the user operation, selects the product packing boxes and pallet position information meeting the conditions and sends the product packing boxes and pallet position information to the warehouse management end, the warehouse management end sends the shipment product packing boxes to the designated positions, and the system management end checks the shipment quantity to complete the shipment operation;
unpacking and assembling, namely receiving user operation by the warehouse management end, judging whether the user is unpacking and assembling operation or box moving operation or stack moving operation at present according to the user operation, if the user is unpacking and assembling operation at present, acquiring the number of moved boxes and moved boxes, selecting other boxes or generating new boxes, and finishing destroying empty boxes; if the current operation of the user is a box moving operation, scanning a box bar code needing to be moved and a pallet bar code put in the box bar code, and determining that the box moving is finished; if the current operation of the user is the stack moving operation, scanning the bar code of the moving pallet and the bar code of the goods shelf which is put in, and confirming that the stack moving is finished;
a step of disassembling and assembling the stacks, in which the warehousing management end receives user operation, judges whether the user is currently in the process of disassembling the stacks or assembling the stacks according to the user operation, and if the user is currently in the process of disassembling the stacks, the warehousing management end acquires pallet bar codes and box bar codes which need to be disassembled, cancels original bar codes and produces new bar codes, and finishes the warehousing operation of the new bar codes; if the current operation of the user is the stack combining operation, the warehouse management terminal acquires the information of the combined pallet, produces a new pallet and moves the new pallet to a new goods shelf to finish the operation;
and checking, wherein the storage management end receives user operation, scans the goods shelf bar code, the pallet bar code and the packaging box bar code, acquires pallet quantity information, packaging box quantity information, product types and quantity information, compares the acquired information with actual information, and acquires a comparison result to finish comparison.
2. The warehouse management method of the stereoscopic warehouse management system according to claim 1, wherein the barcode management terminal comprises a packing box barcode printing module, a pallet barcode printing module, a shelf barcode printing module and a barcode printing management module,
the packaging box bar code printing module is used for printing a packaging box bar code and storing packaging box bar code information for a user to check the packaging box information;
the pallet bar code printing module is used for printing a pallet bar code and storing pallet bar code information for a user to check the pallet information;
the goods shelf bar code printing module is used for printing the bar codes of the containers, storing the bar code information of the containers and allowing a user to check the information of the containers;
the bar code printing management module manages all printed bar codes at the bar code management end.
3. The warehouse management method of the stereoscopic warehouse management system according to claim 1, wherein the warehouse management terminal comprises an information display module, an information search module, a bar code generation module, a box moving and stack moving module, a box stack operation module, a document creation module, and an inventory management module,
the information display module scans bar code display information and operable contents;
the information searching module is used for searching information such as products, packing boxes, pallets and the like;
the bar code generating module generates bar codes of the box and the pallet;
the box moving and stack moving module records the data change condition when the packing box or the pallet is moved and records the box moving and stack moving operation;
the box stack operation module records data change conditions during box assembling, box disassembling, stack assembling and stack disassembling operations and records box assembling, box disassembling, stack assembling and stack disassembling operations;
the bill creating module is used for creating an outgoing bill, a return bill and a warehousing bill;
and the inventory management module is used for checking pallet information, packing box information and product information.
4. The warehouse management method of the stereoscopic warehouse management system according to claim 1, wherein the system management terminal comprises a distribution display module, a product information management module, an in-out warehouse document management module, a customer information management module, a shelf information management module, a packing case information management module, a user authority management module,
the distribution display module provides a distribution position display image for the position distribution of the packing box, the pallet and the goods shelf; the warehousing and ex-warehouse bill management module is used for storing and managing warehousing and ex-warehouse bill information;
the client information management module is used for storing and managing client information;
the shelf information management module is used for storing and managing shelf information;
the packing box information management module is used for storing and managing packing box information;
and the user authority management module is used for storing and managing the user authority information.
5. The warehouse management method of the stereoscopic warehouse management system according to claim 1, wherein the warehousing step comprises the steps of,
s11, the three-dimensional warehousing management system judges that the current user operation is warehousing operation, the bar code management end obtains production order information through an ERP interface end, and generates and prints a packaging box bar code according to the production order information to fix the packaging box bar code on a packaging box;
s12, acquiring loading information of the tail box, judging whether the tail box is full, if so, entering a warehousing step S14, and if not, entering a warehousing step S13;
s13, the warehousing management end modifies the product quantity of the tail box or closes the tail box with the packing boxes of other production lists of the same type;
s14, the warehouse management terminal scans the bar code of the packing box, generates a pallet bar code according to the bar code of the packing box and sends the pallet bar code to the bar code management unit for printing, so that the pallet bar code is fixed on the pallet;
s15, the system management end generates a warehousing order and sends the warehousing order to a warehousing management module, the warehousing management module acquires the use condition of a shelf on the warehousing order, if the shelf is empty, the warehousing is confirmed, and if the shelf is not empty, the shelf is modified to be warehoused;
and S16, the ERP interface end acquires the warehousing data recorded by the system management end and synchronizes to the ERP system under the operation of a user.
6. The warehouse management method of the stereoscopic warehouse management system according to claim 1, wherein the step of going out of the warehouse comprises the steps of,
s21, the three-dimensional warehouse management system judges that the current user operation is warehouse-out operation, the system management end obtains a sales order and a shipment quantity through an ERP interface end, generates a shipment order according to the sales order and the shipment quantity, and selects product packing boxes and pallet position information meeting conditions to send to the warehouse management end;
s22, the warehouse management terminal performs stack moving and stacking operation according to the product packing box and pallet position information selected by the system management terminal, so that the discharged product packing box is moved to a designated position;
s23, acquiring the loading information of the packing box to judge whether the box needs to be unpacked, if the box needs to be unpacked, entering an unpacking and assembling step, taking out partial products of the tail box and packaging the partial products into a packing box, generating a new packing box for the residual products or assembling the residual products with other packing boxes, and if the box does not need to be unpacked, entering a step S24;
s24, the system management end obtains the goods checking information and finishes the shipment if the goods checking information is confirmed to be correct;
and S25, the ERP interface end obtains the shipment data recorded by the system management end and synchronizes the shipment data to the ERP system under the operation of a user.
7. The warehouse management method of the stereoscopic warehouse management system according to claim 1, wherein the unpacking and assembling step comprises the following steps,
s31, the three-dimensional warehouse management system judges whether the current user operation is an unpacking and assembling operation, the warehouse management end receives the user operation, judges whether the user is the unpacking and assembling operation or a box moving operation or a stack moving operation according to the user operation, if the current user operation is the unpacking and assembling operation, the step S32 is entered, if the current user operation is the box moving operation, the step S33 is entered, and if the current user operation is the stack moving operation, the step S34 is entered;
s32, the warehousing management terminal acquires the information of the moved boxes and the moved quantity, selects other boxes or generates new boxes, acquires the box moving condition, and confirms that the operation of destroying the empty boxes is completed after all the boxes are moved out;
s33, the warehousing management terminal acquires a box bar code required to be moved and a pallet bar code required to be put in, acquires the putting condition of the box, and confirms that the operation is finished after the box is put in;
s34, the warehouse management terminal acquires the pallet bar code required to be moved and the shelf bar code required to be put in, acquires the putting condition of the pallet, and confirms that the operation is completed after the pallet is put in.
8. The warehouse management method of the stereoscopic warehouse management system according to claim 1, wherein the step of unstacking and stacking comprises the steps of,
s41, the three-dimensional warehouse management system judges whether the current user operation is a stack disassembling and assembling operation, the warehouse management end receives the user operation, judges whether the user operation is the stack disassembling operation or the stack assembling operation currently according to the user operation, if the user operation is the stack disassembling operation currently, the step S42 is entered, and if the user operation is the stack assembling operation currently, the step S43 is entered;
s42, the warehouse management terminal acquires a pallet bar code needing to be disassembled and a box bar code needing to be disassembled on the pallet, cancels the original pallet bar code and produces a new pallet bar code, so that the new pallet bar code is fixed on the new pallet, acquires the placing condition of the disassembled box on the new pallet, and confirms that the box needing to be disassembled is placed on the new pallet and then completes the operation;
s43, the warehouse management terminal acquires the information of the combined pallets, produces new pallet bar codes, fixes the new pallet bar codes on the new pallets, acquires the putting condition of the pallets needing to be combined on the new shelf, and confirms that the pallets needing to be combined are put on the new shelf to complete the operation.
9. The warehouse management method of the stereoscopic warehouse management system according to claim 1, wherein the checking step comprises the steps of,
s51, the warehouse management end receives user operation, scans the bar code of the goods shelf to check the quantity of the pallet;
s52, the warehousing management end receives user operation, scans the pallet bar code and checks the number of the packing boxes;
s53, the warehousing management end receives user operation, scans the bar codes of the packing boxes and checks the types and the quantity of the products;
and S54, the warehousing management terminal acquires the bar code information and compares the bar code information with the actual information to complete the checking operation.
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| CN110503375A (en) * | 2019-08-23 | 2019-11-26 | 广州凯晟信息科技有限公司 | Storage management method, device and computer readable storage medium |
| CN112270516A (en) * | 2020-10-27 | 2021-01-26 | 深圳效率科技有限公司 | Warehouse management system |
| CN112561420A (en) * | 2020-11-18 | 2021-03-26 | 常熟市宏华外贸包装有限责任公司 | Pallet tracking management method |
| CN112561445A (en) * | 2020-12-23 | 2021-03-26 | 南京熊猫电子股份有限公司 | Large goods storage management system and method |
| CN114154927A (en) * | 2021-11-19 | 2022-03-08 | 深圳市坤同智能仓储科技有限公司 | Large-capacity commodity billboard management system and method |
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