Artificial board-based rechecking system for preventing wrong delivery of three-dimensional warehouse and flat warehouse

Abstract

The invention discloses a three-dimensional warehouse and flat warehouse wrong delivery prevention rechecking system based on artificial boards, which belongs to the technical field of veneer artificial board production and comprises an enterprise resource planning system for generating a delivery order and a warehouse management system for receiving the delivery order. The warehouse management system carries out inventory locking on the three-dimensional warehouse and / or the flat warehouse according to the delivery list and a preset rule, and a delivery list is formed; when the three-dimensional warehouse and / or the flat warehouse are / is delivered, the warehouse management system transfers the material inventory information to the virtual to-be-delivered area; and the consigner scans the number of the delivery order by using the PDA code scanner, scans each material label in the collected goods, compares and rechecks, and perfects the goods collection operation according to the recheck result. Through the synergistic effect of the enterprise resource planning system, the warehouse management system and the warehouse control system, the problems that a veneer artificial board picking system is large in goods collection operation difficulty, poor in goods delivery order association degree, prone to causing goods delivery errors and the like are solved.

Description

Technical Field

[0001] The invention belongs to the technical field of production of veneer artificial boards, and in particular relates to a three-dimensional warehouse and a flat warehouse based on artificial boards to prevent wrong goods from being shipped and to review the system. Background Art

[0002] Veneer panels are made of multiple layers of thin panels bonded together by a special process, and covered with a layer of exquisite decorative materials on the surface to enhance its aesthetics and practicality. Due to its excellent wear resistance, flame retardancy, easy cleaning and water resistance, veneer panels are increasingly used in the field of furniture board decoration, becoming an indispensable and important material in furniture manufacturing, interior decoration and construction industries.

[0003] In order to improve logistics efficiency and reduce delivery errors, the Chinese patent document with announcement number CN211412780U proposes an e-commerce anti-wrong picking goods flow line, including an incoming conveyor line, a picking conveyor line and a rejection conveyor line distributed in sequence along the conveying direction. By triggering the scanner to scan the label on the packaging box, the picking information of the packaging box is obtained, and the central controller associates the picking information with an unprocessed order, so that the packaging box is transported to the picking area corresponding to the goods on the order for picking, and then checked by the review scanner. This anti-wrong picking goods flow line solves the problem of wrong delivery to a certain extent. However, for veneer panels, due to the various specifications of veneer panels, many sources of materials, and wide distribution, and its production process involves the synergy of multiple systems such as ERP (enterprise resource planning system), WMS (warehouse management system) and WCS (warehouse control system), the traditional picking system has problems such as difficult collection operation, poor correlation with the delivery order, and easy delivery errors. In addition, in the storage of veneer panels, a combination of stereoscopic warehouse and flat warehouse is generally adopted. Among them, the three-dimensional warehouse can make full use of the vertical space of the warehouse, and has the advantages of automatic storage and retrieval and fast processing speed; while the flat warehouse makes full use of the building conditions of the traditional warehouse and resources such as pallet racks, which is conducive to sorting goods. In the delivery process of veneer wood-based panels, it is usually necessary to combine the three-dimensional warehouse and the flat warehouse. In actual application, the traditional picking system often encounters the situation of wrong collection, misdelivery, underdelivery, overdelivery, and mixed delivery, which not only leads to an increase in customer complaints, but also increases the cost of return and replenishment in the later stage, seriously affecting the company's operating efficiency and brand image.

[0004] Therefore, considering the characteristics of veneer artificial panels, it is necessary to design a more sophisticated verification system to prevent wrong shipments, so as to solve the problem of wrong shipments that easily occur after cross-shipment / collection between high-rise warehouses and flat warehouses. Summary of the invention

[0005] In response to the problems in the related technology, the present invention proposes a three-dimensional warehouse and flat warehouse based on artificial boards to prevent wrong shipments and review system, so as to realize comprehensive monitoring and precise management of the shipment and collection process of veneer artificial boards, and solve the technical problems such as wrong shipment that easily occurs after cross shipment / collection between three-dimensional warehouses and flat warehouses.

[0006] The technical solution of the present invention is implemented as follows: a three-dimensional warehouse and flat warehouse based on artificial boards to prevent wrong goods from being shipped and to review the system, comprising:

[0007] An enterprise resource planning system, wherein the enterprise resource planning system is used to generate a delivery note for the veneer wood-based panels, wherein the delivery note is composed of one or more sales orders;

[0008] The warehouse management system and the enterprise resource planning system establish a data interaction interface through the HTTP protocol to receive the delivery order pushed by the enterprise resource planning system; the warehouse management system locks the inventory of the three-dimensional warehouse and / or the flat warehouse according to the delivery order information and the preset rules, generates a delivery plan, and performs a complete set check to form a delivery list; the preset rules include material code, sales order number, customer code and production date; wherein the production date preset rule is matched according to the first-in-first-out rule of the stored materials;

[0009] When the three-dimensional warehouse is out of the warehouse, the warehouse management system issues the delivery task according to the delivery list, and pushes the delivery instruction to the warehouse control system using the HTTP protocol; the warehouse management system determines whether the delivery list and the three-dimensional warehouse inventory are in a whole package quantity relationship, and accordingly dispatches the warehouse control system to interact with the three-dimensional warehouse PLC to perform direct pickup and destocking or sorting and pickup operations, and transfers the material inventory information to the virtual waiting area;

[0010] When the warehouse is shipped out, find the target storage location in the locked storage location according to the delivery list, use the PDA scanner to scan the delivery order number, and then scan the material labels of the target storage location one by one to associate the documents. After confirming the delivery submission, the warehouse management system will transfer the material inventory information to the virtual waiting area;

[0011] Materials of the same delivery order are collected in the shipping area, and the delivery order number is scanned using a PDA scanner, and then the labels of each material in the collection are scanned for comparison and review, and the collection operation is improved based on the review results; the warehouse management system deducts the inventory in the virtual waiting area and writes it back to the enterprise resource planning system, which deducts the corresponding inventory and generates a sales delivery order.

[0012] The present invention generates a delivery note through an enterprise resource planning system (ERP), and establishes a data interaction interface with a warehouse management system (WMS) through the HTTP protocol, thereby achieving seamless connection from ERP to WMS, and ensuring the accuracy and timeliness of the delivery note information of the veneer wood-based panel. The WMS generates a delivery plan based on the delivery note information and performs a complete set check to form a delivery list, which helps to reduce human errors and improve the accuracy of delivery. Through the synergistic effect of the enterprise resource planning system, the warehouse management system, and the warehouse control system (WCS), the problems of the traditional veneer wood-based panel picking system, such as the difficulty of collecting goods, poor correlation with the delivery note, and easy delivery errors, are overcome.

[0013] As a further improvement of the above scheme, the three-dimensional warehouse includes a plurality of walking tracks and a stacker arranged on the walking tracks; three-dimensional shelves are arranged on both sides of the walking tracks, and a plurality of storage cells are arranged on the three-dimensional shelves; the warehouse management system obtains the delivery order of the enterprise resource planning system, and allocates the delivery inventory according to the preset rule logic judgment;

[0014] When the warehouse management system determines that the delivery list and the inventory of the three-dimensional warehouse are in a whole-package quantity relationship, the stacker moves along the walking track to the track position of the corresponding storage cell according to the allocated storage address, and controls the lifting platform of the stacker to rise and fall to the corresponding cargo position to deliver the target material in a whole package;

[0015] When the warehouse management system determines that the shipping list and the three-dimensional warehouse inventory are not in a full-package quantity relationship, it requests a robot sorting process; the warehouse management system generates a sorting instruction and pushes the sorting instruction to the warehouse control system using the HTTP protocol. The warehouse control system interacts with the three-dimensional warehouse PLC to execute the pick-up and off-shelf operation, and removes the target material from the shelf to the assigned sorting station location.

[0016] It should be noted that the three-dimensional warehouse has greatly improved the space utilization rate and cargo storage efficiency of the warehouse through highly automated settings, including walking tracks, stackers and three-dimensional shelves. The multiple storage honeycomb design on the three-dimensional shelves allows materials to be stored in an orderly manner and easy to manage. At the same time, the stacker can quickly move to the designated position along the walking track and accurately take out the target materials through the lifting platform. This process greatly shortens the time for goods to be taken off the shelves. The seamless connection between the warehouse management system and the enterprise resource planning system ensures the accuracy and timeliness of delivery information. The delivery inventory is allocated through preset rule logic judgment, especially matching according to material code, sales order number, customer code and production date (following the first-in-first-out principle), which effectively avoids the problem of inventory backlog and expired materials and improves inventory turnover. In addition, when the delivery list and the three-dimensional warehouse inventory are in a whole package quantity relationship, the stacker directly ships the whole package out of the warehouse, which simplifies the operation process and improves the efficiency of shipping. When the delivery list and the inventory are not in a whole package quantity relationship, the warehouse management system generates sorting instructions by requesting the robot sorting process, and pushes them to the warehouse control system through the HTTP protocol. It interacts with the three-dimensional warehouse PLC for commands, accurately executes the picking and shelf operations, and removes the target materials from the shelves to the assigned sorting station location, which not only ensures the accuracy of the outbound materials, but also improves the automation level of the sorting operation.

[0017] As a further improvement of the above solution, when the target material is shipped out in a package, the following process is also included:

[0018] After the whole package of target material is picked up by the stacker, it is moved to the entrance of the three-dimensional warehouse; at this time, the database of the warehouse control system deducts the corresponding inventory quantity and calls back the warehouse management system through the HTTP protocol. The database of the warehouse management system synchronously transfers the corresponding material inventory information to the virtual waiting area.

[0019] It should be noted that once the entire package of the target material is taken out by the stacker, the database of the warehouse control system immediately deducts the corresponding inventory. This instant operation ensures the accuracy of the inventory data and avoids the problem of overselling or shortage of inventory due to information lag. This is crucial to improving inventory turnover and customer satisfaction. Secondly, the HTTP protocol is used to call back the warehouse management system to achieve seamless synchronization of inventory information. This process does not require manual intervention and has a high degree of automation, which greatly reduces the possibility of human error. At the same time, the database of the warehouse management system can synchronously transfer the material inventory information to the virtual waiting area, which means that although the material has not physically left the warehouse, it has been regarded as a waiting state in the information system, which facilitates subsequent outbound operations. In addition, this information synchronization mechanism also helps to optimize warehouse management. Warehouse managers can grasp the inventory status and outbound progress of materials in real time, so as to make more accurate inventory planning and outbound arrangements. This can not only improve the operational efficiency of the warehouse, but also reduce operating costs.

[0020] As a further improvement of the above scheme, the warehouse control system generates the material receiving-shifting instruction of the RGV trolley to the three-dimensional warehouse PLC as needed according to the default outbound priority. The three-dimensional warehouse PLC controls the RGV trolley to receive the material and move it to the transmission line outside the warehouse according to the material receiving-shifting instruction; the three-dimensional warehouse PLC drives the transmission line to trigger the linkage, delivers the target material to the exit, and waits for subsequent collection and review operations.

[0021] As a further improvement of the above solution, when the target material is partially shipped out, the following process is also included:

[0022] After the target material is taken off the shelf to the sorting station, the warehouse control system executes the interactive program with the sorting robot and issues a sorting detail task; after receiving the sorting detail task, the sorting robot automatically patrols and returns to the origin for self-inspection, and then moves laterally to the pad station and automatically picks up the pad onto the RGV trolley; the sorting robot sorts and stacks one or more packages of target materials, picks up the required materials in order, forms the prepared materials, and completes the shaping on the RGV trolley.

[0023] The process of the sorting robot automatically picking up the pad and stacking the target materials realizes the automation and intelligence of material sorting. The robot can accurately sort out one or more packages of target materials according to the sorting details, and pick up the required materials in order to form the stock. This automated sorting method not only improves the sorting speed, but also reduces the difficulty and error rate of manual operation.

[0024] In addition, the sorting robot completes the shaping operation on the RGV trolley to ensure the neatness and stability of the prepared materials. This helps to smoothly handle and load the subsequent materials when they are shipped out of the warehouse, reducing the delays and errors caused by scattered materials.

[0025] As a further improvement of the above solution, the sorting detailed task includes the height, thickness, specification, total number of packages, sorting quantity, whether the remaining materials / spare materials are returned to the warehouse, the starting position of the materials and the task number of the target materials to be sorted.

[0026] As a further improvement of the above solution, after the sorting is completed, the three-dimensional warehouse PLC controls the RGV trolley to move horizontally to the transmission line outside the warehouse, and the three-dimensional warehouse PLC drives the transmission line to trigger the linkage and deliver the prepared materials to the label printing station;

[0027] The three-dimensional warehouse PLC returns the workstation load status to the warehouse control system, and the warehouse control system sends a labeling request to the warehouse management system; after receiving the labeling request, the warehouse management system instantly exchanges labeling information with the labeling machine, and the labeling machine returns the labeling completion status to the warehouse management system after labeling is completed; the warehouse management system then sends a signal from the warehouse control system to allow the transmission line to discharge materials, and the warehouse control system interacts with the three-dimensional warehouse PLC. The three-dimensional warehouse PLC controls the transmission line transmission and transports the prepared materials after labeling to the exit, waiting for subsequent collection and review operations.

[0028] As a further improvement of the above solution, after the material preparation is sorted, the database of the warehouse control system deducts the corresponding inventory quantity and calls back the warehouse management system through the HTTP protocol. The database of the warehouse management system synchronously transfers the corresponding material inventory information to the virtual waiting area;

[0029] The remaining materials after sorting are delivered to the label printing station; the three-dimensional warehouse PLC returns the station load status to the warehouse control system, and the warehouse control system sends a labeling request to the warehouse management system; after receiving the labeling request, the warehouse management system instantly exchanges labeling information with the labeling machine, and the labeling machine returns the labeling completion status to the warehouse management system after labeling is completed; both the warehouse management system and the warehouse control system allow optical barcode scanners to scan the remaining material labels to obtain label information; the warehouse control system retrieves the label information of the warehouse management system and generates a shelving and warehousing instruction; the warehouse control system interacts with the three-dimensional warehouse PLC according to the shelving and warehousing instruction, the three-dimensional warehouse PLC controls the transmission line transmission, and the stacker puts the remaining materials on the shelves and stores them in the allocated cargo space; after the shelving is completed, the warehouse control system and the warehouse management system exchange inventory information.

[0030] After the preparation and sorting of materials are completed, the warehouse control system database deducts the inventory immediately, and calls back the warehouse management system through the HTTP protocol to achieve synchronous update of inventory information. Secondly, the automatic labeling and scanning process of the remaining materials improves the efficiency and accuracy of recycling into the warehouse. Through the interaction between the three-dimensional warehouse PLC and the warehouse control system, and the instant interaction between the warehouse management system and the labeling machine, the rapid labeling of the remaining materials is realized. At the same time, the scanning process of the optical barcode scanner on the labeling of the remaining materials further ensures the accuracy of the remaining material information. Finally, this process realizes the automatic recycling of the remaining materials into the warehouse. The warehouse control system generates the shelf storage instruction according to the label information, and interacts with the three-dimensional warehouse PLC to control the transmission line drive and the stacker operation to put the remaining materials on the shelf and store them in the allocated cargo space. This process does not require human intervention, which greatly improves the efficiency and automation of recycling into the warehouse.

[0031] As a further improvement to the above scheme, the following situations are included in the improvement of cargo collection operations according to the review results:

[0032] (1) Complete delivery: If the materials shipped out of the three-dimensional warehouse and / or flat warehouse are consistent with the delivery order and the delivery area is verified to be consistent, the warehouse management system will normally deduct the inventory in the virtual waiting area and write it back to the enterprise resource planning system, and the document status of the delivery order will be changed to completed status;

[0033] (2) Shortage: The number of materials shipped from the three-dimensional warehouse and / or flat warehouse is less than the quantity on the delivery order. The delivery area will review the shortage. The warehouse management system will pop up a prompt to ask whether the shortage is small. After the delivery clerk manually confirms, he / she will submit the review result. The warehouse management system will write back to the enterprise resource planning system, deduct the inventory in the enterprise resource planning system according to the actual number of shipments, and generate a sales delivery order. The enterprise resource planning system will close the material line of the shortage on the delivery order, release the locked material inventory, and the document status of the delivery order will be changed to completed status.

[0034] (3) Over-delivery: The number of materials shipped out of the three-dimensional warehouse and / or flat warehouse exceeds the quantity on the delivery note. The delivery area will review the over-delivery. The warehouse management system will pop up a window to ask whether it is over-delivery. After the delivery clerk manually confirms, he will submit the review result. The enterprise resource planning system will add a delivery note for the corresponding material. The warehouse management system and warehouse control system will re-execute the complete delivery operation for the newly added delivery note. After the execution is completed, the document status of the delivery note will be changed to completed status.

[0035] (4) Not shipped: The warehouse management system cancels the delivery order and writes it back to the enterprise resource planning system, releasing the material inventory locked by the enterprise resource planning system. The document status of the delivery order is changed to canceled.

[0036] (5) Change delivery: When the delivery order needs to be changed, the less shipment operation is performed according to the situation (2), and the more shipment operation is performed according to the situation (3);

[0037] (6) Sales Returns: If the customer cancels the shipment after the material collection and system document flow have been completed, the warehouse management system and enterprise resource planning system will process it as a sales return. The enterprise resource planning system will generate a sales return order, and the warehouse management system will re-enter the returned materials according to the sales return order.

[0038] As a further improvement of the above solution, in case (6), the following process is also included:

[0039] After the enterprise resource planning system generates a sales return order, the enterprise resource planning system exchanges return information with the warehouse management system and sends the sales return order to the warehouse management system. The sales return order includes the original sales order number, material name, material code, customer code, customer name, sales order number and quantity;

[0040] After receiving the sales return order, the warehouse management system reminds in the form of text prompts and / or voice broadcasts; the warehouse management system prints labels according to the sales return order, replaces the old material labels, and then puts the returned materials back on the shelves in the three-dimensional warehouse or scans the codes into the flat warehouse. After the returned materials are put on the shelves in the three-dimensional warehouse or into the flat warehouse, the warehouse management system updates the material inventory information in the database, synchronizes the material inventory information to the enterprise resource planning system, and updates the inventory quantity.

[0041] Beneficial effects:

[0042] (1) Improve delivery accuracy and efficiency: Generate delivery orders through the enterprise resource planning system (ERP) and establish a data interaction interface with the warehouse management system (WMS) through the HTTP protocol, achieving seamless connection from ERP to WMS, ensuring the accuracy and timeliness of the delivery order information of the veneer wood-based panels. WMS generates a delivery plan based on the delivery order information and performs a complete set check to form a delivery list, which helps reduce human errors and improve delivery accuracy. Through the synergy of ERP, WMS, and WCS, the problems of the traditional veneer wood-based panel picking system, such as the difficulty of collecting goods, poor correlation with the delivery order, and easy delivery errors, are overcome.

[0043] (2) Optimization of inventory management: WMS locks inventory in the three-dimensional warehouse and the flat warehouse according to preset rules, which helps prevent inconsistency in inventory data and ensures inventory accuracy. When the three-dimensional warehouse and / or the flat warehouse are shipped out, the material inventory information is transferred to the virtual waiting area. The setting of this virtual inventory area provides a buffer for the transition of inventory and helps manage the liquidity of inventory.

[0044] (3) Automated and intelligent logistics operations: The warehouse control system interacts with the PLC of the three-dimensional warehouse to automatically perform the operations of picking up and removing goods from the shelves, which reduces manual operations and improves logistics efficiency. When the flat warehouse is shipped out, a PDA scanner is used to scan the code to associate the documents. This intelligent operation simplifies the manual verification process and improves the operation speed. In addition, the shipper uses a PDA scanner to scan the code for comparison and verification to ensure the consistency between the actual object and the details of the delivery order. This one-item-one-signature management method improves the accuracy of the review. Through PDA scanning and verification, the occurrence of misdelivery, underdelivery, overdelivery, and mixed delivery can be effectively prevented, ensuring the correctness of the delivery.

[0045] (4) Integration of data closed loop and financial process: WMS deducts the inventory in the virtual waiting area and writes it back to the ERP system. The ERP system deducts the corresponding inventory and generates a sales delivery order. This data closed loop ensures real-time update of inventory data. The sales delivery order is completed by writing data back to the ERP system through the interface, and the corresponding inventory in ERP is deducted, thus realizing the data closed loop of the sales delivery business module and improving the efficiency and accuracy of financial management.

[0046] (5) Tracking and management of material flow: The system for preventing wrong shipments can effectively track the flow of materials. From the generation of delivery orders by ERP to inventory management by WMS, and then to the final delivery review, each step is clearly recorded and verified, thus achieving transparent management of material flow. Through PDA code scanning and review, centralized management of goods collection is achieved, ensuring that materials under the same delivery order can be centrally managed, thus improving the efficiency of goods collection. Since the timeliness and accuracy of shipments are guaranteed, customers can receive the correct goods on time, which will significantly improve customer satisfaction and the market competitiveness of the company. BRIEF DESCRIPTION OF THE DRAWINGS

[0047] Figure 1 It is a principle block diagram of the present invention;

[0048] Figure 2 It is the layout diagram of the three-dimensional storehouse of the present invention;

[0049] Figure 3 It is the layout diagram of the flat warehouse of the present invention. DETAILED DESCRIPTION

[0050] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0051] Example:

[0052] like Figure 1-Figure 3 As shown, a three-dimensional warehouse and flat warehouse based on artificial boards to prevent wrong shipment of goods review system, including:

[0053] The enterprise resource planning system is used to generate a delivery note for veneer wood-based panels, which is composed of one or more sales orders; the warehouse management system and the enterprise resource planning system establish a data interaction interface through the HTTP protocol to receive the delivery note pushed by the enterprise resource planning system and define various fields of the delivery note details of the enterprise resource planning system. At this time, the delivery note number of the enterprise resource planning system is consistent with the delivery note number of the warehouse management system: the example is as follows:

[0054] Request address:

[0055] http: / / 192.168.1.32:7080 / ydhwms / / Services / DAs / New

[0056] Request JSON:

[0057] {"adviceDate":"2024-06-12","adviceType":0,"deadline":"2024-06-12","partnerCode":"JX030002","workshopCode":"002020 1","priority":0,"deliverAddr":"","remark":"Express","refKey":"1001R5100000002EMR5R","vbillcode":"DN002240612130","billm aker":"Name","items":[{"materialCode":"13000000001720","excessRatio":0,"rfPartne rCode":"JX030002","quantity":100,"deadline":"2024-06-12","refName":"WMS24C","refNo":"DN00224061 2130","qaStatus":1,"refItemKey":"1001R5100000002EMR5S","creceivecustid":[{"code":"JX030002"}]}]}

[0058] Response JSON:

[0059] {"data":{"recNo":"DN002240612130"},"ok":true,"result":"success"}.

[0060] The warehouse management system locks the inventory of the three-dimensional warehouse and / or the flat warehouse according to the information of the delivery note and the preset rules, generates a delivery plan, performs a complete set check, and forms a delivery list; generates a delivery note through the enterprise resource planning system (ERP), and establishes a data interaction interface with the warehouse management system (WMS) through the HTTP protocol, thereby realizing a seamless connection from ERP to WMS and ensuring the accuracy and timeliness of the delivery note information of the veneer wood-based panel. The WMS generates a delivery plan and performs a complete set check based on the delivery note information to form a delivery list, which helps to reduce human errors and improve the accuracy of shipments. Through the synergy of ERP, WMS, and WCS, the problems of the traditional veneer wood-based panel picking system, such as the difficulty of collecting goods, poor correlation with the delivery note, and easy shipment errors, are overcome.

[0061] When the three-dimensional warehouse is out of the warehouse, the warehouse management system issues the delivery task according to the delivery list, and pushes the delivery instruction to the warehouse control system using the HTTP protocol; the warehouse management system determines whether the delivery list and the three-dimensional warehouse inventory are in a whole package quantity relationship, and correspondingly schedules the warehouse control system to interact with the three-dimensional warehouse PLC to perform direct pickup or sorting and pickup operations, and transfer the material inventory information to the virtual waiting area; specifically, the warehouse control system interacts with the three-dimensional warehouse PLC to remove the target pallet number "palletNo" and the corresponding row column "locCode" of the three-dimensional warehouse. WMS locks the inventory of the three-dimensional warehouse and the flat warehouse according to preset rules, which helps prevent inconsistency in inventory data and ensures the accuracy of inventory. When the three-dimensional warehouse and / or the flat warehouse are out of the warehouse, the material inventory information is transferred to the virtual waiting area. The setting of this virtual inventory area provides a buffer for the transition of inventory and helps manage the liquidity of inventory.

[0062] The parameters of the warehouse control system's removal instruction are as follows:

[0063] {"jobID":"281474976766666","jobCode":"281474976794907WCSPalletRetrieved","eventID":"281474976710658","palletNo":"003-TAG20240909 0358","locCode":"010309","serialId":"TAG202409090358","syERPStatus":"1","retryTimes":"0","createDate":"2024-09-1808:15:47.550"}.

[0064] In this embodiment, the three-dimensional warehouse includes a plurality of walking tracks and a stacker arranged on the walking tracks; three-dimensional shelves are arranged along both sides of the walking tracks, and a plurality of storage cells are arranged on the three-dimensional shelves; the warehouse management system obtains the delivery order of the enterprise resource planning system, and allocates the delivery inventory according to the preset rule logic judgment; the preset rule includes the material code, the sales order number, the customer code and the production date; wherein the production date preset rule is matched according to the first-in-first-out rule of the stored material;

[0065] When the warehouse management system determines that the delivery list and the inventory in the three-dimensional warehouse are in a whole-package quantity relationship, the stacker moves along the walking track to the track position of the corresponding storage cell according to the allocated storage address, and controls the lifting platform of the stacker to rise and fall to the corresponding cargo position, and delivers the target material on the target pallet number in a whole package;

[0066] Specifically, according to the row of layers corresponding to the off-shelf instruction, the three-dimensional warehouse PLC controls the automatic fork on the lifting platform to automatically extend to the specified side, and controls the extension length of the automatic fork according to the feedback of the induction photoelectric position. The three-dimensional warehouse PLC controls the lifting platform to lift up, and the stacker sets the lifting height value by default (the lifting height is preset to 10-15CM). After the automatic fork senses the load, the three-dimensional warehouse PLC drives the automatic fork back to the center. The target material reaches the center line of the stacker lifting platform. Diffuse reflection sensing photoelectrics are set on the left and right sides below the stacker to avoid the material returning to the center beyond the boundary, causing collision or other risks. If the target material exceeds the boundary, it blocks the photoelectric below, and the photoelectric loses the connected electrical signal. The three-dimensional warehouse PLC returns the alarm status and specific text information, and links the indicator light to flash / beep alarm. After manual processing, the equipment can be returned to the automatic state and the board can be taken out of the warehouse. The warehouse control system interacts with the three-dimensional warehouse PLC for commands, automatically performs the operation of picking up and unloading, reduces manual operations, and improves logistics efficiency.

[0067] To be more specific, when the target material is shipped out in a package, the following processes are also included:

[0068] After the whole package of target material is picked up by the stacker, it is moved to the entrance of the three-dimensional warehouse; at this time, the database of the warehouse control system deducts the corresponding inventory quantity and calls back the warehouse management system through the HTTP protocol. The database of the warehouse management system synchronously transfers the corresponding material inventory information to the virtual waiting area.

[0069] Outbound picking parameters of the warehouse control system:

[0070] {"locCode":"010309","palletNo":"005-TAG202409090358","remark":"","serialId":"TAG202409090358","whCode":"003"}.

[0071] In this embodiment, the warehouse control system generates the material receiving-shifting instruction of the RGV trolley to the three-dimensional warehouse PLC as needed according to the default outbound priority. The three-dimensional warehouse PLC controls the RGV trolley to receive the material and move it to the transmission line outside the warehouse according to the material receiving-shifting instruction; the three-dimensional warehouse PLC drives the transmission line to trigger the linkage, delivers the target material to the exit, and waits for subsequent collection and review operations.

[0072] When the warehouse management system determines that the shipping list and the three-dimensional warehouse inventory are not in a full-package quantity relationship, it requests a robot sorting process; the warehouse management system generates a sorting instruction and pushes the sorting instruction to the warehouse control system using the HTTP protocol. The warehouse control system interacts with the three-dimensional warehouse PLC to execute the pick-up and off-shelf operation, and removes the target material from the shelf to the assigned sorting station location.

[0073] Sorting instruction parameters for warehouse management system:

[0074] {"flowld":'sP202408100001","maxHeight":150,"sortArea":"A","whCode":"003","againPickingStatus":"4"

[0075] "items":[{"goodsld:"30992000000004"goodsName":25cm particle board finished product, defective product in our factory","goodsHeight":25,"totalQuantity":6,"height":150,"palletNo":005-TAG202403180529","serialld":"TAG202403180529","sequence":1}]}.

[0076] To be more specific, when the target material is partially shipped out, the following process is also included:

[0077] After the target material is taken off the shelf to the sorting station, the warehouse control system executes the interactive program with the sorting robot and issues a sorting detail task; the sorting detail task includes the height, thickness, specification, total number of packages, sorting quantity, whether the remaining materials / prepared materials are returned to the warehouse, the starting position of the material and the task number of the target material to be sorted. After receiving the sorting detail task, the sorting robot automatically patrols and returns to the origin for self-inspection. After self-inspection, it moves horizontally to the pad station and automatically picks up the pad onto the RGV trolley; the sorting robot sorts and stacks one or more packages of target materials, picks up the required materials in order, forms the prepared materials, and completes the shaping on the RGV trolley.

[0078] In this embodiment, after the sorting is completed, the three-dimensional warehouse PLC controls the RGV trolley to move horizontally to the transmission line outside the warehouse, and the three-dimensional warehouse PLC drives the transmission line to trigger the linkage and deliver the prepared materials to the label printing station;

[0079] The three-dimensional warehouse PLC returns the workstation load status to the warehouse control system, and the warehouse control system sends a labeling request to the warehouse management system; after receiving the labeling request, the warehouse management system instantly exchanges labeling information with the labeling machine, and the labeling machine returns the labeling completion status to the warehouse management system after labeling is completed; the warehouse management system then sends a signal from the warehouse control system to allow the transmission line to discharge materials, and the warehouse control system interacts with the three-dimensional warehouse PLC. The three-dimensional warehouse PLC controls the transmission line transmission and transports the prepared materials after labeling to the exit, waiting for subsequent collection and review operations.

[0080] In this embodiment, after the material is sorted, the database of the warehouse control system deducts the corresponding inventory and calls back the warehouse management system through the HTTP protocol. The database of the warehouse management system synchronously transfers the corresponding material inventory information to the virtual waiting area; the sorted remaining materials are delivered to the label printing station; the three-dimensional warehouse PLC returns the station load status to the warehouse control system, and the warehouse control system sends a labeling request to the warehouse management system; after receiving the labeling request, the warehouse management system instantly exchanges labeling information with the labeling machine, and the labeling machine returns the labeling completion status to the warehouse management system after labeling is completed; the warehouse management system and the warehouse control system both allow optical barcode scanners to scan the remaining material labels to obtain label information; the warehouse control system retrieves the label information of the warehouse management system and generates a shelving and warehousing instruction; the warehouse control system interacts with the three-dimensional warehouse PLC according to the shelving and warehousing instruction, the three-dimensional warehouse PLC controls the transmission line transmission, and the stacker puts the remaining materials on the shelves and stores them in the allocated cargo space; after the shelving is completed, the warehouse control system and the warehouse management system exchange inventory information.

[0081] When shipping out from a flat warehouse, find the target storage location in the locked flat warehouse storage location according to the delivery list, use the PDA (Personal Digital Assistant) scanner to scan the shipping order number, and then scan the material labels of the target storage location one by one to associate the documents. After confirming the shipment submission, the warehouse management system transfers the material inventory information to the virtual waiting area. When shipping out from a flat warehouse, use the PDA scanner to scan the code for document association. This intelligent operation simplifies the manual verification process and improves the operation speed.

[0082] According to the materials of the same delivery order, the goods are collected in the delivery area, and the delivery order number is scanned with a PDA scanner, and then the labels of each material in the collection are scanned for comparison and verification, and the collection operation is improved according to the verification results; the warehouse management system deducts the inventory of the virtual waiting area and writes it back to the enterprise resource planning system, and the enterprise resource planning system deducts the corresponding inventory to generate a sales delivery order. The shipper can use a handheld PDA scanner to scan the code for comparison and verification, which ensures the consistency of the physical object and the delivery order details. This one-item-one-sign management method improves the accuracy of the verification. After the collection is completed, the materials are generally wrapped for protection. The PDA scanner can also be set on the lifting mechanism of the film packaging device. During the film packaging process of the film packaging device on the plate material, the PDA scanner rises and falls with the lifting mechanism, automatically scans each material label, and then compares and verifies. The film packaging device belongs to the prior art. For example, the announcement number CN206456592U discloses a mobile film packaging robot, which is provided with the film winding lifting mechanism to realize automatic wrapping and packaging of goods. Through PDA code scanning and verification, it is possible to effectively prevent the occurrence of mis-delivery, under-delivery, over-delivery, and mixed-up delivery, thus ensuring the correctness of delivery. WMS deducts the inventory in the virtual waiting area and writes it back to the ERP system. The ERP system deducts the corresponding inventory and generates a sales delivery order. This closed data loop ensures real-time updates of inventory data. The sales delivery order is completed by writing data back to the ERP system through the interface, deducting the corresponding inventory in ERP, thus realizing the data closed loop of the sales delivery business module and improving the efficiency and accuracy of financial management. Examples are as follows:

[0083] Request address:

[0084] http: / / 192.168.0.69:9081 / uapws / rest / WmsToERPInvpServer / receiveInvpInfo

[0085] Request JSON:

[0086] {"esbkey":"IMjKz0PN5BCdlgb3bdmKf0iWb73HJZABkL4Yc3VAkOrdRBNqpFJJ0VhbP3ph9W+QSZEl7gZh4Vza\nKPrVRgG2VwsD yw+euI0A9E / xfz7AUopC6ddtmZBKUJv77Nic0DzMF4VTVvu9UYoOVoxpbLJc7Q==","requestInfo":{"billdata":{"billitem s":[{"refNo":"DN002240612130","cqualitylevelid":"1","memo":"","nnum":100,"srcbillbid":"1001R5100000002EMR5S","itemID":"1","casscustid":"", "vbatchcode":"1","refName":"WMS24C","cmaterialoid":"13000000001720","vfree2":"","dvalidate":"","vfree3":""}],"billmaker":"test","cwarehous eid":"014","wmtype":"0","srcbillhid":"1001R5100000002EMR5R","wmcode":"DN002240612130"}},"refName":"WMS24C"}

[0087] Response JSON:

[0088] {"billid":"1001R5100000002EMSGN","issuccess":"Y","msg":"Successfully generated sales delivery order from delivery order","ERPbillcode":"","returERPode":""}.

[0089] In this embodiment, the goods collection operation is improved according to the review result, including the following situations:

[0090] (1) Complete delivery: If the materials shipped out of the three-dimensional warehouse and / or flat warehouse are consistent with the delivery order and the delivery area is verified to be consistent, the warehouse management system will normally deduct the inventory in the virtual waiting area and write it back to the enterprise resource planning system, and the document status of the delivery order will be changed to completed status;

[0091] (2) Shortage: The number of materials shipped out of the three-dimensional warehouse and / or flat warehouse is less than the number on the delivery order. The delivery area verifies the shortage. The warehouse management system pops up a prompt to ask whether the shortage is found. After the delivery clerk manually confirms, he submits the verification result. The warehouse management system writes back to the enterprise resource planning system, deducts the inventory in the enterprise resource planning system according to the actual number of shipments, and generates a sales delivery order. The enterprise resource planning system closes the material line that is short-shipped on the delivery order, releases the locked material inventory, and the document status of the delivery order is changed to completed. This situation is generally caused by the customer's temporary request for short shipment. In this case, the inventory in the enterprise resource planning system can be deducted according to the actual number of shipments to ensure real-time update of the inventory.

[0092] (3) Over-delivery: The number of materials shipped out of the three-dimensional warehouse and / or flat warehouse exceeds the quantity on the delivery note, and the delivery area verifies the over-delivery. The warehouse management system pops up a prompt to ask whether it is over-delivery. After the delivery clerk manually confirms, he submits the verification result. The enterprise resource planning system adds a delivery note for the corresponding material, and the warehouse management system and warehouse control system re-execute the complete delivery operation for the newly added delivery note. After the execution is completed, the document status of the delivery note is changed to completed status. This situation is generally caused by the customer's temporary request for over-delivery. The enterprise resource planning system adds a delivery note for the corresponding material quantity, and the warehouse management system and warehouse control system re-execute the complete delivery operation for the newly added delivery note.

[0093] (4) Not shipped: The warehouse management system cancels the delivery order and writes it back to the enterprise resource planning system, releasing the material inventory locked by the enterprise resource planning system. The document status of the delivery order is changed to canceled.

[0094] (5) Change delivery: When the delivery order needs to be changed, the less shipment operation is performed according to the situation (2), and the more shipment operation is performed according to the situation (3);

[0095] (6) Sales return: Since the execution time of the delivery order generally needs to be advanced, the delivery staff prepares the goods in advance. At this time, when the material collection and system document flow have all been completed, if the customer cancels the delivery, the warehouse management system and the enterprise resource planning system will handle it as a sales return. The enterprise resource planning system generates a sales return order, and the warehouse management system re-enters the returned materials according to the sales return order. Further specifically, it also includes the following processes: when the enterprise resource planning system generates a sales return order, the enterprise resource planning system exchanges return information with the warehouse management system and sends a sales return order to the warehouse management system. The sales return order includes the original sales order number, material name, material code, customer code, customer name, sales order number and quantity; after receiving the sales return order, the warehouse management system reminds in the form of text prompts and / or voice broadcasts; the warehouse management system prints labels according to the sales return order, replaces the old material labels, and then puts the returned materials back on the shelves in the three-dimensional warehouse or scans the codes into the flat warehouse. After the returned materials are put on the shelves in the three-dimensional warehouse or entered into the flat warehouse, the warehouse management system updates the material inventory information in the database, and synchronizes the material inventory information to the enterprise resource planning system to update the inventory quantity.

[0096] The wrong-shipping prevention and review system can effectively track the flow of materials. From the generation of delivery orders by ERP to the inventory management of WMS, and then to the final delivery review, each step has clear records and verifications, realizing transparent management of the material flow. Through PDA scanning and review, centralized management of goods collection is realized, ensuring that materials under the same delivery order can be centrally managed, improving the efficiency of goods collection. Since the timeliness and accuracy of delivery are guaranteed, customers can receive the correct goods on time, which will significantly improve customer satisfaction and the company's market competitiveness.

[0097] According to the disclosure and teaching of the above description, those skilled in the art to which the present invention belongs may also make changes and modifications to the above embodiments. Therefore, the present invention is not limited to the specific embodiments disclosed and described above, and some modifications and changes to the invention should also fall within the scope of protection of the claims of the present invention. In addition, although some specific terms are used in this specification, these terms are only for the convenience of description and do not constitute any limitation to the present invention.

Claims

1. A system for preventing wrong shipment of goods in a three-dimensional warehouse or a flat warehouse based on artificial boards, characterized in that: include: An enterprise resource planning system, wherein the enterprise resource planning system is used to generate a delivery note for the veneer wood-based panels, wherein the delivery note is composed of one or more sales orders; The warehouse management system and the enterprise resource planning system establish a data interaction interface through the HTTP protocol to receive the delivery orders pushed by the enterprise resource planning system; The warehouse management system locks the inventory of the three-dimensional warehouse and / or the flat warehouse according to the information of the delivery order and the preset rules, generates a delivery plan, performs a complete set check, and forms a delivery list; The preset rules include material code, sales order number, customer code and production date; wherein the production date preset rule is matched according to the first-in-first-out rule of the stored materials; When the three-dimensional warehouse is out of the warehouse, the warehouse management system issues the delivery task according to the delivery list, and pushes the delivery instruction to the warehouse control system using the HTTP protocol; the warehouse management system determines whether the delivery list and the three-dimensional warehouse inventory are in a whole package quantity relationship, and accordingly dispatches the warehouse control system to interact with the three-dimensional warehouse PLC to perform direct pickup and destocking or sorting and pickup operations, and transfers the material inventory information to the virtual waiting area; When the warehouse is shipped out, find the target storage location in the locked storage location according to the delivery list, use the PDA scanner to scan the delivery order number, and then scan the material labels of the target storage location one by one to associate the documents. After confirming the delivery submission, the warehouse management system will transfer the material inventory information to the virtual waiting area; Materials of the same delivery order are collected in the shipping area, and the delivery order number is scanned using a PDA scanner, and then the labels of each material in the collection are scanned for comparison and review, and the collection operation is improved based on the review results; the warehouse management system deducts the inventory in the virtual waiting area and writes it back to the enterprise resource planning system, which deducts the corresponding inventory and generates a sales delivery order.

2. According to claim 1, a three-dimensional warehouse and flat warehouse based on artificial boards to prevent wrong goods from being shipped, the system is characterized in that: The three-dimensional warehouse includes a plurality of walking tracks and a stacker arranged on the walking tracks; three-dimensional shelves are arranged on both sides of the walking tracks, and a plurality of storage cells are arranged on the three-dimensional shelves; the warehouse management system obtains the delivery order from the enterprise resource planning system and allocates the delivery inventory according to the preset rule logic judgment; When the warehouse management system determines that the delivery list and the inventory of the three-dimensional warehouse are in a whole-package quantity relationship, the stacker moves along the walking track to the track position of the corresponding storage cell according to the allocated storage address, and controls the lifting platform of the stacker to rise and fall to the corresponding cargo position to deliver the target material in a whole package; When the warehouse management system determines that the quantity relationship between the delivery list and the inventory in the three-dimensional warehouse is not a whole package, it requests the robot sorting process; The warehouse management system generates sorting instructions and pushes the sorting instructions to the warehouse control system using the HTTP protocol. The warehouse control system interacts with the three-dimensional warehouse PLC to perform the picking and unloading operations and remove the target materials from the shelves to the assigned sorting station location.

3. According to claim 2, a three-dimensional warehouse and flat warehouse based on artificial boards to prevent wrong goods from being shipped is characterized in that: When the target material is shipped out in a package, The process includes: After the whole package of target material is picked up by the stacker, it is moved to the entrance of the three-dimensional warehouse; at this time, the database of the warehouse control system deducts the corresponding inventory quantity and calls back the warehouse management system through the HTTP protocol. The database of the warehouse management system synchronously transfers the corresponding material inventory information to the virtual waiting area.

4. The system for preventing wrong shipment of goods based on three-dimensional warehouse and flat warehouse of artificial board according to claim 3 is characterized in that: The warehouse control system generates the material receiving-shifting instruction of the RGV trolley to the stereoscopic warehouse PLC as needed according to the default outbound delivery priority. The stereoscopic warehouse PLC controls the RGV trolley to receive the material and move it to the transmission line outside the warehouse according to the material receiving-shifting instruction. The stereoscopic warehouse PLC drives the transmission line to trigger the linkage, delivers the target material to the exit, and waits for subsequent collection and review operations.

5. According to claim 2, a three-dimensional warehouse and flat warehouse based on artificial boards to prevent wrong shipment of goods verification system is characterized in that: When the target material is partially shipped out, the following processes are also included: After the target material is taken off the shelf to the sorting station, the warehouse control system executes the interactive program with the sorting robot and issues a sorting detail task; after receiving the sorting detail task, the sorting robot automatically patrols and returns to the origin for self-inspection, and then moves laterally to the pad station and automatically picks up the pad onto the RGV trolley; the sorting robot sorts and stacks one or more packages of target materials, picks up the required materials in order, forms the prepared materials, and completes the shaping on the RGV trolley.

6. The system for preventing wrong shipment of goods based on three-dimensional warehouse and flat warehouse of artificial board according to claim 5 is characterized in that: The sorting detailed tasks include the height, thickness, specifications, total number of packages, sorting quantity, whether the remaining materials / spare materials are returned to the warehouse, the starting position of the materials and the task number of the target materials to be sorted.

7. The system for preventing wrong shipment of goods based on three-dimensional warehouse and flat warehouse of artificial board according to claim 6 is characterized in that: After sorting is completed, the three-dimensional warehouse PLC controls the RGV trolley to move horizontally to the transmission line outside the warehouse. The three-dimensional warehouse PLC drives the transmission line to trigger linkage and deliver the prepared materials to the label printing station; The three-dimensional warehouse PLC returns the workstation load status to the warehouse control system, and the warehouse control system sends a labeling request to the warehouse management system; After receiving the labeling request, the warehouse management system exchanges labeling information with the labeling machine in real time. After labeling is completed, the labeling machine returns the labeling completion status to the warehouse management system; the warehouse management system then sends a signal to the warehouse control system to allow the transmission line to discharge materials. The warehouse control system interacts with the three-dimensional warehouse PLC, and the three-dimensional warehouse PLC controls the transmission line transmission to transport the prepared materials after labeling to the exit, waiting for subsequent collection and review operations.

8. The system for preventing wrong shipment of goods based on three-dimensional warehouse and flat warehouse of artificial board according to claim 7 is characterized in that: After the material preparation is sorted, the database of the warehouse control system deducts the corresponding inventory quantity and calls back the warehouse management system through the HTTP protocol. The database of the warehouse management system synchronously transfers the corresponding material inventory information to the virtual waiting area; The remaining materials after sorting are delivered to the label printing station; the three-dimensional warehouse PLC returns the station load status to the warehouse control system, and the warehouse control system sends a labeling request to the warehouse management system; After receiving the labeling request, the warehouse management system exchanges labeling information with the labeling machine in real time. After the labeling is completed, the labeling machine returns the labeling completion status to the warehouse management system; the warehouse management system and the warehouse control system both allow the optical barcode scanner to scan the residual material labels to obtain the label information; the warehouse control system retrieves the label information of the warehouse management system and generates a shelf entry instruction; the warehouse control system interacts with the three-dimensional warehouse PLC according to the shelf entry instruction, the three-dimensional warehouse PLC controls the transmission line transmission, and the stacker puts the residual materials on the shelf and stores them in the assigned cargo space; After the goods are put on the shelves, the warehouse control system and the warehouse management system exchange inventory information.

9. The system for preventing wrong shipment of goods based on three-dimensional warehouse and flat warehouse of artificial board according to claim 1 is characterized in that: Improve the cargo collection operation according to the review results, including the following situations: (1) Complete delivery: If the materials shipped out of the three-dimensional warehouse and / or flat warehouse are consistent with the delivery order and the delivery area is verified to be consistent, the warehouse management system will normally deduct the inventory in the virtual waiting area and write it back to the enterprise resource planning system, and the document status of the delivery order will be changed to completed status; (2) Shortage: The materials shipped from the three-dimensional warehouse and / or flat warehouse are less than the quantity on the delivery order. The delivery area will review the shortage. The warehouse management system will pop up a window to ask whether the shortage is small. After the delivery clerk manually confirms, he / she will submit the review result. The warehouse management system writes back to the enterprise resource planning system, deducts the inventory quantity in the enterprise resource planning system according to the actual number of shipments, and generates a sales delivery document; the enterprise resource planning system closes the material line that was under-shipped in the delivery document, releases the locked material inventory quantity, and the document status of the delivery document is changed to completed status; (3) Over-delivery: The number of materials shipped out of the three-dimensional warehouse and / or flat warehouse exceeds the quantity on the delivery note. The delivery area will review the over-delivery. The warehouse management system will pop up a window to ask whether it is over-delivery. After the delivery clerk manually confirms, he will submit the review result. The enterprise resource planning system will add a delivery note for the corresponding material. The warehouse management system and warehouse control system will re-execute the complete delivery operation for the newly added delivery note. After the execution is completed, the document status of the delivery note will be changed to completed status. (4) Not shipped: The warehouse management system cancels the delivery order and writes it back to the enterprise resource planning system, releasing the material inventory locked by the enterprise resource planning system. The document status of the delivery order is changed to canceled. (5) Change delivery: When the delivery order needs to be changed, the less shipment operation is performed according to the situation (2), and the more shipment operation is performed according to the situation (3); (6) Sales Returns: If the customer cancels the shipment after the material collection and system document flow have been completed, the warehouse management system and enterprise resource planning system will process it as a sales return. The enterprise resource planning system will generate a sales return order, and the warehouse management system will re-enter the returned materials according to the sales return order.

10. The system for preventing wrong shipment of goods based on three-dimensional warehouse and flat warehouse of artificial board according to claim 9 is characterized in that: In case (6), The process includes: After the enterprise resource planning system generates a sales return order, the enterprise resource planning system exchanges return information with the warehouse management system and sends the sales return order to the warehouse management system. The sales return order includes the original sales order number, material name, material code, customer code, customer name, sales order number and quantity; After receiving the sales return order, the warehouse management system reminds in the form of text prompts and / or voice broadcasts; The warehouse management system prints labels based on the sales return order, replaces the old material labels, and then puts the returned materials back on the shelves in the three-dimensional warehouse or scans the codes into the flat warehouse. After the returned materials are put on the shelves in the three-dimensional warehouse or into the flat warehouse, the warehouse management system updates the material inventory information in the database, synchronizes the material inventory information to the enterprise resource planning system, and updates the inventory quantity.

Images