Automatic goods warehouse-in and warehouse-out system and method for three-dimensional intelligent warehouse

Abstract

The invention discloses a three-dimensional intelligent warehouse cargo automatic warehouse-in and warehouse-out system and method, and the system comprises a warehouse-in and warehouse-out system body which comprises a warehouse-in and warehouse-out form management platform, a data view arrangement platform, a condition positioning data platform, an examination and approval process platform, a real-time early warning platform, and a report analysis platform. The warehouse-in and warehouse-out form management platform is used for finely managing a warehouse-in order and a warehouse-out order, the system is based on a code-free platform, warehouse management and factories are set in a highly self-defined mode to achieve fine management and control over warehouse-in and warehouse-out, the system automatically monitors and updates the stock amount, and the accuracy and timeliness of warehouse data are ensured; if it is monitored that the inventory warning line is exceeded, automatic early warning is carried out to inform a person in charge of handling, avoiding or reducing the influence on follow-up service development, and in addition, through intelligent multi-dimensional warehouse analysis, managers are helped to rapidly master the inventory state and the flow condition, the inventory level is optimized, fund occupation is reduced, and the overall operation efficiency is improved.

Description

Technical Field

[0001] The present invention relates to the technical field of three-dimensional intelligent warehousing and picking up goods, and in particular to a three-dimensional intelligent warehousing automatic goods entry and exit system and method. Background Art

[0002] As we all know, the primary function of three-dimensional intelligent warehousing is to store and retrieve goods, so the storage capacity and storage and retrieval efficiency are factors that need to be considered when designing. Three-dimensional intelligent warehousing has a very high efficiency in storage and retrieval operations due to its use of automation, intelligence, and networking, and the entire warehouse can be unmanned. The realization of high storage and retrieval efficiency is based on its advanced storage and retrieval technology, storage and retrieval equipment, and storage and retrieval methods. When it comes to three-dimensional intelligent warehousing, the height is generally more than ten meters or twenty meters. At such a height, it is difficult to complete a complete set of storage and retrieval processes manually, and it is generally automated.

[0003] At present, the specific warehousing operation of three-dimensional intelligent warehousing is as follows: the haulier transports the goods to the entrance, and the goods are sent into the warehouse by the conveyor line. The goods enter the pallet handover area on the conveyor line, and the robot identifies the goods and places them on the designated shelf. The robot returns to the shelf and sends the pallet back to the pallet handover area. The pallet handover area is closed and the goods are safely stored. The outbound operation of three-dimensional intelligent warehousing is as follows: the goods that need to be shipped out are selected in the system, the robot automatically goes to the shelf, takes out the goods and places them on the conveyor line, the conveyor line sends the goods to the outbound port, and the haulier takes the goods away.

[0004] However, the traditional warehousing system has the following disadvantages:

[0005] The limitations of tools and information technology in traditional warehousing systems lead to the following problems when managing inventory: inventory entry and exit applications are recorded on paper and pen, and manual calculations are prone to errors and data loss; inventory management using Excel spreadsheets can only manage a small amount of data. If tens of millions of data are involved, the system is prone to jamming and difficult to operate; it is difficult to query the data of a product's entry and exit at a certain time, and a lot of time must be spent searching on paper or Excel spreadsheets. Summary of the invention

[0006] The purpose of the present invention is to provide a three-dimensional intelligent warehousing automatic entry and exit system and method for goods, so as to solve the following problems in inventory management caused by the limitations of tools and information technology in the traditional entry and exit system proposed in the above background technology: recording entry and exit applications with paper and pen, manual calculations are prone to errors and data are easily lost; using Excel tables to manage inventory can only manage a small amount of data, and if tens of millions of data are involved, the system is prone to jamming and difficult to operate; it is difficult to query the entry and exit data of a certain product at a certain time, and a lot of time is required to search on paper or Excel tables.

[0007] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: a three-dimensional intelligent warehousing automatic in-and-out system for goods, comprising an in-and-out system body, wherein the in-and-out system body comprises an in-and-out form management platform, a data view arrangement platform, a conditional positioning data platform, an approval process platform, a real-time warning platform and a report analysis platform;

[0008] The inbound and outbound form management platform is used to manage inbound and outbound orders in a refined manner, and to record and manage all inbound and outbound details throughout the entire process online;

[0009] The data view arrangement platform associates various business data according to the inbound and outbound orders to display intuitive views;

[0010] The conditional positioning data platform needs to quickly find and manage a large amount of inbound and outbound data according to business needs, and customize multiple conditions to quickly locate core data with one click;

[0011] The approval process platform automatically notifies the warehouse manager for approval and processing because the inbound and outbound warehousing is related to various businesses, such as sales, production, and purchase warehousing. After approval, the inventory table is automatically created or entered, and the business data is updated synchronously;

[0012] The real-time warning platform monitors the entire inbound and outbound business process in real time, and supports mobile phones and computers to view and manage inventory at any time;

[0013] The report analysis platform supports multiple chart analyses through an engine.

[0014] As a preferred technical solution of the present invention, the inbound and outbound form management platform includes an inbound form module, an outbound form module, an online recording module and an inbound and outbound detail module. The inbound form module includes automatically generating an inbound number, inbound reason, inbound warehouse, inbound clerk, inbound time, warehouse storage type and inbound description. The outbound form module includes automatically generating an outbound number, outbound reason, outbound warehouse, outbound clerk, outbound time, warehouse storage type and outbound description. The online recording module records the goods in the three-dimensional intelligent warehouse online. The inbound and outbound detail module includes product details, warehouse, person in charge and automatically calculates and synchronizes real-time inventory.

[0015] As a preferred technical solution of the present invention, the data view sorting platform includes an inbound and outbound order module, a management demand module, a data view module and a filtering setting module. The inbound and outbound order module displays the inbound-related production, sales and procurement business, specifically sales returns, production material returns, production warehousing and procurement warehousing. The management demand module divides these into multiple data for management and maintenance according to management needs, such as production warehousing, sales warehousing and procurement warehousing. The data view module quickly creates a new data view in the form, and the filtering setting module sets its filtering conditions, such as the procurement warehousing view filtering conditions: the warehousing reason is equal to the procurement warehousing, and the procurement warehousing data that meets the conditions is automatically filtered and classified.

[0016] As a preferred technical solution of the present invention, the conditional positioning data platform includes a query condition module and a filtering condition module. The query condition module customizes multiple query conditions according to actual needs and supports query ranges such as equal to, not equal to, equal to any one, contains, does not contain and is empty. After the filtering condition module sets the filtering condition, it is saved by default and does not need to be set again the next time the query is made. If the query condition needs to be reset, it can be reset.

[0017] As a preferred technical solution of the present invention, the approval process platform includes an associated business module, a product inventory module, an approval update module and an inventory addition module. The associated business module approves various businesses related to warehousing, such as sales, production, and procurement. The product inventory module performs procurement warehousing, production material pushing, sales returns and production warehousing on the updated material library. The approval update module recalculates material inventory, recalculates production work orders and recalculates product inventory. The inventory addition module adds material inventory table data, recalculates material inventory and adds product inventory table data.

[0018] As a preferred technical solution of the present invention, the real-time early warning platform includes a business process early warning module, an intelligent warehousing inventory module and an early warning notification module. The business process early warning module automatically creates and updates material inventory and product inventory tables according to the incoming and outgoing warehouses of each business. The intelligent warehousing inventory module monitors the inventory quantity of each material and product, and updates the inventory status in real time according to the inventory quantity. The early warning notification module notifies the person in charge as soon as possible when the inventory exceeds the warning line to handle it as soon as possible.

[0019] As a preferred technical solution of the present invention, the report analysis platform includes a report analysis module, an incoming warehouse analysis module and an outgoing warehouse analysis module. The report analysis module sets the drag fields for the production indicator graphs, scatter graphs, sunburst graphs, trend graphs, line graphs and pie charts according to actual needs, automatically generates chart analysis, monitors the real-time update of various business data, and supports quick viewing and management on computers and mobile phones. The incoming warehouse analysis module supports highly customized query conditions to quickly query the incoming warehouse type, incoming warehouse reason statistics, and returned material purchase incoming warehouse details. The outgoing warehouse analysis module monitors the outgoing warehouse process and updates the warehouse outgoing warehouse type proportion, outgoing warehouse reason, and sales and delivery details in real time.

[0020] The present invention provides a method for automatically entering and exiting goods in a three-dimensional intelligent warehouse, comprising the following steps:

[0021] Step 1: Monitor inventory status: The inbound and outbound form management platform uses automated equipment such as RFID identifiers and sensors to monitor inventory status in real time; secondly, the inventory information is connected to the order information in real time through the automated system to achieve automated order placement and outbound delivery;

[0022] Step 2: Inventory status display: The data view sorting platform displays the inventory status of the three-dimensional intelligent warehouse in real time;

[0023] Step 3: Cargo handling: After the conditions are entered into the conditional positioning data platform, the required goods are located. The approval process platform approves the handling requirements. Then, automated robots or conveyor belts are used to realize automated handling. The automated system automatically records and manages the in-and-out process.

[0024] Step 4. Cargo analysis: The report analysis platform sets the drag-and-drop fields according to actual needs and automatically generates a chart analysis of the cargo in the warehouse.

[0025] Compared with the prior art, the present invention has the following beneficial effects:

[0026] 1. The system is based on a code-free platform. Through highly customized warehouse management, the factory can achieve refined control over incoming and outgoing goods. The system automatically monitors and updates inventory to ensure the accuracy and timeliness of warehouse data.

[0027] 2. If the monitoring detects that the inventory exceeds the warning line, an automatic warning will be issued to notify the person in charge to handle it, avoiding or reducing the impact on subsequent business development. In addition, through intelligent multi-dimensional warehouse analysis, managers can quickly grasp the inventory status and flow, optimize inventory levels, reduce capital occupation and improve overall operational efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] Figure 1 It is a schematic diagram of the architecture of the storage and warehousing system of the present invention;

[0029] Figure 2 This is a schematic diagram of the architecture of the in-and-out warehouse form management platform of the present invention;

[0030] Figure 3 A schematic diagram of the architecture of the data view organization platform of the present invention;

[0031] Figure 4 This is a schematic diagram of the architecture of the conditional positioning data platform of the present invention;

[0032] Figure 5 It is a schematic diagram of the architecture of the approval process platform of the present invention;

[0033] Figure 6 This is a schematic diagram of the architecture of the real-time warning platform of the present invention;

[0034] Figure 7 This is a schematic diagram of the architecture of the report analysis platform of the present invention;

[0035] Figure 8 It is a flow chart of the present invention. DETAILED DESCRIPTION

[0036] The following will be combined with 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 making creative work are within the scope of protection of the present invention.

[0037] See also Figure 1-8 The present invention provides a three-dimensional intelligent warehousing automatic in-and-out system for goods, including an in-and-out system body, which includes an in-and-out form management platform, a data view arrangement platform, a conditional positioning data platform, an approval process platform, a real-time warning platform and a report analysis platform;

[0038] The inbound and outbound form management platform is used to manage inbound and outbound orders in a refined manner, and to record and manage all inbound and outbound details online throughout the entire process;

[0039] The data view arrangement platform associates various business data according to the inbound and outbound orders to display intuitive views;

[0040] The conditional positioning data platform needs to quickly find and manage a large amount of inbound and outbound data according to business needs, and customize multiple conditions to quickly locate core data with one click;

[0041] The approval process platform automatically notifies the warehouse manager for approval and processing because the inbound and outbound warehousing is related to various businesses, such as sales, production, and purchase warehousing. After approval, the inventory table is automatically created or entered, and the business data is updated synchronously;

[0042] The real-time early warning platform monitors the entire inbound and outbound business process in real time, and supports mobile phones and computers to view and manage inventory at any time;

[0043] The report analysis platform supports multiple chart analyses through the engine.

[0044] The inbound and outbound form management platform includes an inbound form module, an outbound form module, an online record module and an inbound and outbound detail module. The inbound form module includes the automatic generation of inbound number, inbound reason, inbound warehouse, inbound clerk, inbound time, warehouse storage type and inbound description. The outbound form module includes the automatic generation of outbound number, outbound reason, outbound warehouse, outbound clerk, outbound time, warehouse storage type and outbound description. The online record module records the goods in the three-dimensional intelligent warehouse online. The inbound and outbound detail module includes product details, warehouse, person in charge and automatically calculates and synchronizes the real-time inventory.

[0045] The data view arrangement platform includes the inbound and outbound order module, the management demand module, the data view module and the filter setting module. The inbound and outbound order module displays the inbound-related production, sales and procurement business, specifically sales returns, production material returns, production warehousing and procurement warehousing. The management demand module divides these into multiple data for management and maintenance according to management needs, such as production warehousing, sales warehousing and procurement warehousing. The data view module quickly creates a new data view in the form, and the filter setting module sets its filter conditions, such as the purchase warehousing view filter condition: the warehousing reason is equal to the purchase warehousing, and the purchasing warehousing data that meets the conditions is automatically filtered and classified.

[0046] The conditional positioning data platform includes a query condition module and a filter condition module. The query condition module customizes multiple query conditions according to actual needs and supports query ranges such as equal to, not equal to, equal to any one, contains, does not contain, and is empty. After the filter condition module sets the filter condition, it is saved by default and does not need to be set again the next time you query. If you need to reset the query condition, just reset it.

[0047] The approval process platform includes related business modules, product inventory modules, approval update modules and inventory addition modules. The related business module approves the various businesses related to the inbound and outbound operations, such as sales, production and procurement. The product inventory module performs procurement warehousing, production material push, sales returns and production warehousing for the updated material library. The approval update module recalculates material inventory, recalculates production work orders and recalculates product inventory. The inventory addition module adds material inventory table data, recalculates material inventory and adds product inventory table data.

[0048] The real-time early warning platform includes a business process early warning module, an intelligent warehousing inventory module and an early warning notification module. The business process early warning module automatically creates and updates material inventory and product inventory tables based on the incoming and outgoing warehouses of each business. The intelligent warehousing inventory module monitors the inventory quantity of each material and product, and updates the inventory status in real time based on the inventory quantity. The early warning notification module notifies the person in charge as soon as the inventory exceeds the warning line to handle it as soon as possible.

[0049] The report analysis platform includes report analysis module, warehousing analysis module and outbound analysis module. The report analysis module sets drag fields for production indicator graphs, scatter graphs, sunrise graphs, trend graphs, line graphs and pie charts according to actual needs, automatically generates chart analysis, monitors real-time updates of various business data, and supports quick viewing and management on computers and mobile phones. The warehousing analysis module supports highly customized query conditions to quickly query the warehousing type, warehousing reason statistics, and return material purchase warehousing details. The outbound analysis module monitors the outbound process and updates the warehouse outbound type ratio, outbound reason, and sales delivery details in real time.

[0050] The present invention provides a method for automatically entering and exiting goods in a three-dimensional intelligent warehouse, comprising the following steps:

[0051] Step 1: Monitor inventory status: The inbound and outbound form management platform uses automated equipment such as RFID identifiers and sensors to monitor inventory status in real time; secondly, the inventory information is connected to the order information in real time through the automated system to achieve automated order placement and outbound delivery;

[0052] Step 2: Inventory status display: The data view sorting platform displays the inventory status of the three-dimensional intelligent warehouse in real time;

[0053] Step 3: Cargo handling: After the conditions are entered into the conditional positioning data platform, the required goods are located. The approval process platform approves the handling requirements. Then, automated robots or conveyor belts are used to realize automated handling. The automated system automatically records and manages the in-and-out process.

[0054] Step 4. Cargo analysis: The report analysis platform sets the drag-and-drop fields according to actual needs and automatically generates a chart analysis of the cargo in the warehouse.

[0055] In the present invention, the warehouse entry and exit form management platform uses automated equipment such as RFID identifiers and sensors to monitor inventory status in real time; secondly, the inventory information and order information are connected in real time through the automated system to realize automated ordering and warehouse delivery; the data view sorting platform displays the inventory status of the goods in the three-dimensional intelligent warehouse in real time; the conditional positioning data platform locates the required goods after inputting the conditions, and the approval process platform approves the transportation requirements, and then, automated transportation is realized by automated robots or conveyor belts, and the warehouse entry and exit process is automatically recorded and managed through the automated system; the report analysis platform sets the drag field according to actual needs, and automatically generates a chart analysis of the goods in the warehouse.

[0056] Although the present invention has been described in detail with reference to the aforementioned embodiments, it is still possible for those skilled in the art to modify the technical solutions described in the aforementioned embodiments, or to make equivalent substitutions for some of the technical features therein. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A three-dimensional intelligent warehousing automatic storage system for goods, including a storage system body, characterized in that: The in-and-out system includes an in-and-out form management platform, a data view arrangement platform, a conditional positioning data platform, an approval process platform, a real-time warning platform and a report analysis platform; The inbound and outbound form management platform is used to manage inbound and outbound orders in a refined manner, and to record and manage all inbound and outbound details throughout the entire process online; The data view arrangement platform associates various business data according to the inbound and outbound orders to display intuitive views; The conditional positioning data platform needs to quickly find and manage a large amount of inbound and outbound data according to business needs, and customize multiple conditions to quickly locate core data with one click; The approval process platform automatically notifies the warehouse manager for approval and processing because the inbound and outbound warehousing is related to various businesses, such as sales, production, and purchase warehousing. After approval, the inventory table is automatically created or entered, and the business data is updated synchronously; The real-time warning platform monitors the entire inbound and outbound business process in real time, and supports mobile phones and computers to view and manage inventory at any time; The report analysis platform supports multiple chart analyses through an engine.

2. According to claim 1, the automatic in-and-out system for goods in a three-dimensional intelligent warehouse is characterized by: The inbound and outbound form management platform includes an inbound form module, an outbound form module, an online recording module and an inbound and outbound detail module. The inbound form module includes automatically generating an inbound number, inbound reason, inbound warehouse, inbound clerk, inbound time, warehouse storage type and inbound description. The outbound form module includes automatically generating an outbound number, outbound reason, outbound warehouse, outbound clerk, outbound time, warehouse storage type and outbound description. The online recording module records the goods in the three-dimensional intelligent warehouse online. The inbound and outbound detail module includes product details, warehouse, person in charge and automatically calculates and synchronizes real-time inventory.

3. The automatic in-and-out system for goods in a three-dimensional intelligent warehouse according to claim 1 is characterized by: The data view arrangement platform includes an inbound and outbound order module, a management requirement module, a data view module and a filter setting module. The inbound and outbound order module displays the inbound-related production, sales and procurement businesses, specifically sales returns, production material returns, production warehousing and procurement warehousing. The management requirement module divides these into multiple data for management and maintenance according to management requirements, such as production warehousing, sales warehousing and procurement warehousing. The data view module quickly creates a new data view in the form, and the filter setting module sets its filter conditions, such as the procurement warehousing view filter condition: the warehousing reason is equal to the procurement warehousing, and the procurement warehousing data that meets the conditions is automatically filtered and classified.

4. The automatic in-and-out system for goods in a three-dimensional intelligent warehouse according to claim 1 is characterized by: The conditional positioning data platform includes a query condition module and a filtering condition module. The query condition module customizes multiple query conditions according to actual needs and supports query ranges such as equal to, not equal to, equal to any one, contains, does not contain and is empty. After the filtering condition module sets the filtering condition, it is saved by default and does not need to be set again the next time the query is made. If the query condition needs to be reset, it can be reset.

5. The automatic in-and-out system for goods in a three-dimensional intelligent warehouse according to claim 1 is characterized by: The approval process platform includes an associated business module, a product inventory module, an approval update module and an inventory addition module. The associated business module approves various businesses related to warehousing, such as sales, production, and procurement. The product inventory module performs procurement warehousing, production material push, sales returns and production warehousing on the updated material library. The approval update module recalculates material inventory, recalculates production work orders and recalculates product inventory. The inventory addition module adds material inventory table data, recalculates material inventory and adds product inventory table data.

6. The automatic in-and-out system for goods in a three-dimensional intelligent warehouse according to claim 1 is characterized by: The real-time warning platform includes a business process warning module, an intelligent warehouse inventory module and a warning notification module. The business process warning module automatically creates and updates material inventory and product inventory tables according to the incoming and outgoing warehouses of each business. The intelligent warehouse inventory module monitors the inventory quantity of each material and product, and updates the inventory status in real time according to the inventory quantity. The warning notification module notifies the person in charge as soon as possible when the inventory exceeds the warning line to handle it as soon as possible.

7. The automatic in-and-out system for goods in a three-dimensional intelligent warehouse according to claim 1 is characterized by: The report analysis platform includes a report analysis module, an incoming warehouse analysis module and an outgoing warehouse analysis module. The report analysis module sets drag fields for production indicator graphs, scatter graphs, sunburst graphs, trend graphs, line graphs and pie charts according to actual needs, automatically generates chart analysis, monitors real-time updates of various business data, and supports quick viewing and management on computers and mobile phones. The incoming warehouse analysis module supports highly customized query conditions to quickly query the incoming warehouse type, incoming warehouse reason statistics, and returned material purchase incoming warehouse details. The outgoing warehouse analysis module monitors the outgoing warehouse process and updates the warehouse outgoing warehouse type proportion, outgoing warehouse reason, and sales and delivery details in real time.

8. A method for automatically loading and unloading goods in a three-dimensional intelligent warehouse according to any one of claims 1 to 7, characterized in that: The following steps are involved: Step 1: Monitor inventory status: The inbound and outbound form management platform uses automated equipment such as RFID identifiers and sensors to monitor inventory status in real time; Secondly, the inventory information and order information are connected in real time through the automated system to realize automated order placement and delivery; Step 2: Inventory status display: The data view sorting platform displays the inventory status of the three-dimensional intelligent warehouse in real time; Step 3: Cargo handling: After the conditions are entered into the conditional positioning data platform, the required goods are located. The approval process platform approves the handling requirements. Then, automated robots or conveyor belts are used to realize automated handling. The automated system automatically records and manages the in-and-out process. Step 4. Cargo analysis: The report analysis platform sets the drag-and-drop fields according to actual needs and automatically generates a chart analysis of the cargo in the warehouse.

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