Loading and unloading replenishment method and device

Abstract

The invention discloses an on-shelf and off-shelf replenishment method and device in the technical field of intelligent replenishment, and the method comprises the steps: obtaining sold commodity information in real time, generating goods bill information according to the commodity information, generating replenishment bill commodity information according to the goods bill information, and comparing the goods bill information with a preset database to obtain commodity sales information. Whether the sold commodity information is checked or not is judged according to the commodity sales information, the remaining commodities are checked accurately, whether the sold commodities are in a high-risk state or not can be checked subsequently, corresponding processing is carried out, expired dangerous commodities are prevented from being sold continuously, the commodities with small demanded quantity are subjected to corresponding off-shelf operation, and the commodity selling efficiency is improved. According to the method and the system, large selling area is prevented from being occupied, shelving and replenishment information is generated subsequently, corresponding commodities are supplied according to the shelving and replenishment information, shelving operation is automatically executed through a goods channel, manual replenishment procedures are reduced, replenishment efficiency is improved, and errors are corrected in time when replenishment errors occur in the replenishment process.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent replenishment, and specifically to a method and device for shelf replenishment and stocktaking. Background Art

[0002] An intelligent vending machine is a self-service vending device that combines artificial intelligence and Internet of Things technologies, mainly used in the new retail scenario. Intelligent vending machines are widely used in convenience stores, restaurants, public places, etc., and can adapt to different sales needs, such as shopping malls, hospitals, hotels, and schools. Traditional intelligent vending machine replenishment relies on manual operations, and there are problems such as low efficiency, large data errors, and high labor intensity in the operations of putting goods on the shelves, taking goods off the shelves, and replenishing goods. Summary of the Invention

[0003] The purpose of the present invention is to provide a method and device for shelf replenishment and stocktaking to solve the problems of low efficiency and large data errors in the operations of putting goods on the shelves and taking goods off the shelves as mentioned above.

[0004] To achieve the above purpose, the present invention provides the following technical solutions:

[0005] In the first aspect, the present invention provides a method for shelf replenishment and stocktaking, including:

[0006] Real-time obtain the information of the sold goods, generate order information according to the goods information, generate replenishment order goods information according to the order information, compare the order information with a preset database to obtain goods sales information;

[0007] Judge whether to generate inventory count order information according to the goods sales information;

[0008] If inventory count order information is generated, enter the inventory count process for the goods on sale and obtain inventory count information, record the inventory count information into the inventory count order information, and then obtain the replenishment order goods information;

[0009] If inventory count order information is not generated, directly obtain the replenishment order goods information;

[0010] Generate off-shelf order information according to the goods sales information, compare the off-shelf order information with the replenishment order information, perform the off-shelf operation on the goods included in the replenishment order information that are in the off-shelf order information, and obtain on-shelf replenishment information;

[0011] Transmit the on-shelf replenishment information to the supplier, the supplier supplies the corresponding goods, place the corresponding goods in the goods aisle, and the goods aisle performs the on-shelf operation on the corresponding goods;

[0012] Obtain on-shelf replenishment goods information, synchronously update the on-shelf replenishment goods information to the database, and generate a replenishment report.

[0013] As a further solution of the present invention: the commodity information sold is obtained in real time, the bill information is generated according to the commodity information, the replenishment list commodity information is generated according to the bill information, and the bill information is compared with a preset database to obtain the commodity sales information, including;

[0014] The database includes commodity types, commodity quantities, commodity shelf lives, and commodity external information;

[0015] The commodity information is obtained in real time through the sensor module, and the commodity information includes commodity types, commodity quantities, and commodity shelf lives. The bill information is generated according to the commodity types, commodity quantities, and commodity shelf lives;

[0016] When the commodity quantity is lower than the set quantity threshold, the replenishment list commodity information is generated;

[0017] The replenishment list information includes a replenishment priority list, where the priority list is generated according to the commodity sales quantity and the commodity shelf life, and the priority of the commodity sales quantity is greater than the priority of the commodity shelf life;

[0018] The real-time commodity quantity is compared with the preset database, and the commodity sales information is obtained by subtracting the real-time commodity quantity from the commodity quantity in the preset database.

[0019] As a further solution of the present invention: the sensor module includes a radio frequency identification module (RFID), a barcode scanning module, and a visual recognition module;

[0020] The radio frequency identification module is used to identify the commodity type information, and the commodity type information is compared with the database to identify the commodity;

[0021] The barcode scanning module is used to identify the commodity type information, and the commodity type information is compared with the database to identify the commodity;

[0022] The visual recognition module is used to identify the commodity external information, and the commodity external information is compared with the database to identify the commodity.

[0023] As a further solution of the present invention: determining whether to generate an inventory list information according to the commodity sales information, including;

[0024] If the commodity quantity in the commodity sales information is not zero, an inventory list information is generated, and an inventory procedure is performed on the commodities for sale to obtain inventory information;

[0025] The inventory procedure includes an automatic inventory procedure and a manual inventory procedure;

[0026] The automatic inventory procedure includes automatically identifying and inventorying the commodities for sale through the sensor module to obtain inventory information, and recording the inventory information into the inventory list information;

[0027] If the automatic inventory program is not enabled, the manual inventory program is used;

[0028] The manual inventory program includes manually inventorying the goods on sale by personnel to obtain inventory information and recording the inventory information into the inventory list information;

[0029] After recording the inventory information into the inventory list information, compare the shelf life of the goods on sale with the current date to obtain the inventory warrant information. If the shelf life of the goods in the inventory warrant information exceeds the current date, obtain the high-risk goods information, perform a removal operation according to the high-risk goods information, generate a high-risk return order, and then obtain the replenishment order goods information;

[0030] If the quantity of the goods in the goods sales information is zero, no inventory list information is generated, and the replenishment order goods information is directly obtained.

[0031] As a further solution of the present invention: generate a removal order information according to the goods sales information, compare the removal order information with the replenishment order information, perform a removal operation on the goods in the replenishment order information including the goods in the removal order information, and obtain the shelf replenishment information, including;

[0032] Compare the quantity value of the sold goods in the goods sales information with the set sales threshold, and generate a removal order information for the sold goods in the goods sales information that are lower than the sales threshold;

[0033] Compare the sold goods in the goods sales information that are lower than the sales threshold with the replenishment order information, perform a removal operation on the sold goods in the replenishment order information that are lower than the sales threshold, and record the removed sold goods as a removal return order;

[0034] After performing a removal operation on the goods in the replenishment order information, obtain the shelf replenishment information.

[0035] As a further solution of the present invention: the removal operation includes automatic removal and manual removal;

[0036] The automatic removal includes scanning and recording the removed sold goods through a sensor module, uploading them to the database, and automatically performing a removal operation on the scanned removed sold goods;

[0037] The manual removal includes manually scanning and recording the removed sold goods, uploading them to the database, and manually performing a removal operation on the scanned removed sold goods.

[0038] As a further solution of the present invention: transmit the shelf replenishment information to the supplier, the supplier supplies the corresponding goods, place the corresponding goods in the aisle, and the aisle performs a shelving operation on the corresponding goods, including;

[0039] The corresponding commodity is placed in the goods aisle. If the sensor module detects that the outermost end of the goods aisle is empty, the inventory commodity is automatically replenished.

[0040] The sensor module scans the corresponding commodity. If there is a new commodity for the corresponding commodity and the new commodity information of the new commodity is obtained, the new commodity information is displayed on a preset display screen for purchase operation.

[0041] As a further solution of the present invention: obtaining the information of the goods replenished on the shelves, synchronously updating the information of the goods replenished on the shelves to the database, and generating a replenishment report, including;

[0042] The replenishment report includes a replenishment completion report and a replenishment exception report;

[0043] The sensor module scans the goods after replenishment to obtain the replenishment goods information, and compares the replenishment goods information with the updated database;

[0044] If the replenishment goods information is consistent with the updated database, a replenishment completion report is output;

[0045] If the replenishment goods information is inconsistent with the updated database, a replenishment exception report is output, and an error correction instruction is generated. The error correction instruction is used for commodity review or adjustment;

[0046] The replenishment goods information includes replenishment goods type information and replenishment goods external information. The replenishment goods type information and replenishment goods external information are used to compare the type information and external information with the database for multi-dimensional data verification.

[0047] As a further solution of the present invention: further including;

[0048] Transmitting the replenishment report and commodity sales information to a remote intelligent terminal, and the remote intelligent terminal adjusts the replenishment strategy according to the replenishment report and commodity sales information;

[0049] Transmitting the updated database to the remote intelligent terminal, and real-time viewing the replenishment status and sales data analysis according to the replenishment report, commodity sales information and database;

[0050] The remote intelligent terminal is connected to an external network for remotely selecting commodities and replenishing commodities.

[0051] In a second aspect, the present invention provides a device for replenishing goods on and off the shelves. The device includes;

[0052] An acquisition module, which is used to acquire the information of the sold goods in real time, generate the invoice information according to the goods information, generate the replenishment order goods information according to the invoice information, compare the invoice information with a preset database to obtain the goods sales information;

[0053] An inventory module, which is used to judge whether to generate inventory list information according to the goods sales information;

[0054] A shelving-down module, which is used to generate shelving-down order information according to the goods sales information, compare the shelving-down order information with the replenishment order information, perform shelving-down operations on the goods included in the replenishment order information in the shelving-down order information, and obtain the restocking information for shelving;

[0055] A shelving-up module, which is used to transmit the restocking information for shelving to the supplier. The supplier supplies the corresponding goods and places the corresponding goods in the goods aisle. The goods aisle performs shelving-up operations on the corresponding goods;

[0056] A reporting module, which is used to acquire the restocking goods information for shelving, synchronously update the restocking goods information for shelving to the database, and generate a replenishment report.

[0057] Compared with the prior art, the beneficial effects of the present invention are:

[0058] 1. In the present invention, by acquiring the information of the sold goods, the invoice information is obtained, and then the replenishment order goods information and the goods sales information are obtained. According to the goods sales information, it is judged whether to inventory the sold goods information, and the remaining goods are accurately inventoried, which is convenient for subsequent inventory of whether the sold goods are in a high-risk state and corresponding processing is carried out to avoid continuous sale of expired dangerous goods. Then, according to the goods sales information that can express the sales status of the goods, the corresponding shelving-down order information is generated, and the goods with low demand are subjected to corresponding shelving-down operations to avoid occupying too much selling area. Subsequently, the restocking information for shelving is generated, and the corresponding goods are supplied according to the restocking information for shelving. The corresponding goods are placed in the goods aisle, and the shelving-up operation is performed through the goods aisle, reducing the manual replenishment process, improving the replenishment efficiency, and correcting errors in time when replenishment errors occur during the replenishment process to ensure accurate replenishment and good use effect.

[0059] 2. In the present invention, the sensor module is used to obtain the corresponding information of the commodity type, quantity, and shelf life. When the quantity of the commodity is less than the set quantity threshold of the system, the replenishment order commodity information of the corresponding commodity is generated. During the generation of the replenishment order commodity information, the factors of the commodity sales quantity and shelf life are added to generate the optimized replenishment order commodity information, so as to achieve the optimal replenishment method and maximize the revenue of the intelligent cabinet. The priority of the commodity sales quantity is higher than that of the shelf life, so that the popular commodities are replenished with higher priority. During the replenishment process, for commodities with similar sales volumes, the commodities with longer shelf life are replenished first to reduce the expiration rate of commodities and further increase the business revenue of the intelligent cabinet. BRIEF DESCRIPTION OF THE DRAWINGS

[0060] Figure 1 is a schematic flowchart of the method of the present invention;

[0061] Figure 2 is a schematic diagram of the module structure of the present invention.

[0062] In the figure: 1. Acquisition module; 2. Inventory module; 3. Removal module; 4. Shelving module; 5. Reporting module. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0063] Next, the technical solutions in the embodiments of the present invention will be clearly and completely described in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

[0064] Embodiment:

[0065] Please refer to Figure 1 , in the embodiment of the present invention, a method for shelving and replenishing goods includes:

[0066] S1: Real-time obtain the information of the sold commodities, generate the goods order information according to the commodity information, generate the replenishment order commodity information according to the goods order information, compare the goods order information with the preset database to obtain the commodity sales information;

[0067] S2: Judge whether to generate the inventory list information according to the commodity sales information;

[0068] If the inventory list information is generated, enter the inventory procedure for the sold commodities and obtain the inventory information, record the inventory information into the inventory list information, and then obtain the replenishment order commodity information;

[0069] If the inventory list information is not generated, directly obtain the replenishment order commodity information;

[0070] S3: Generate out-of-stock order information based on the commodity sales information, compare the out-of-stock order information with the replenishment order information, perform out-of-stock operations on the commodities included in the replenishment order information that are also in the out-of-stock order information, and obtain the shelf replenishment information;

[0071] S4: Transmit the shelf replenishment information to the supplier. The supplier supplies the corresponding commodities and places the corresponding commodities in the aisle, and the aisle performs the shelf placement operation on the corresponding commodities;

[0072] S5: Obtain the shelf replenishment commodity information, synchronously update the shelf replenishment commodity information to the database, and generate a replenishment report.

[0073] Specifically, in this method, the sold commodity information is obtained to get the order information, and then the replenishment order commodity information and the commodity sales information are obtained. Whether to take inventory of the sold commodity information is judged according to the commodity sales information, and the remaining commodities are accurately inventoried, which is convenient for subsequent checking whether the sold commodities are in a high-risk state and corresponding processing is carried out to avoid continuous sale of expired dangerous commodities. Then, the corresponding out-of-stock order information is generated according to the commodity sales information that can express the sales status of the commodities, and the commodities with low demand are subjected to corresponding out-of-stock operations to avoid occupying too much selling area. Subsequently, the shelf replenishment information is generated, and the corresponding commodities are supplied according to the shelf replenishment information. The corresponding commodities are placed in the aisle, and the shelf placement operation is performed through the aisle, reducing the manual replenishment process, improving the replenishment efficiency. When replenishment errors occur during the replenishment process, corrections are made in a timely manner to ensure accurate replenishment, and the use effect is good.

[0074] Preferably, the sold commodity information is obtained in real time, the order information is generated according to the commodity information, the replenishment order commodity information is generated according to the order information, and the order information is compared with the preset database to obtain the commodity sales information, including;

[0075] The database includes commodity types, commodity quantities, commodity shelf lives, and commodity external information;

[0076] The commodity information is obtained in real time through the sensor module. The commodity information includes commodity types, commodity quantities, and commodity shelf lives, and the order information is generated according to the commodity types, commodity quantities, and commodity shelf lives;

[0077] When the commodity quantity is lower than the set quantity threshold, replenishment order commodity information is generated;

[0078] The replenishment order information includes a replenishment priority list, where the priority list is generated according to the commodity sales quantity and the commodity shelf life, and the commodity sales quantity priority is greater than the commodity shelf life priority;

[0079] Compare the real-time commodity quantity with the preset database, and the commodity sales information is obtained by subtracting the real-time commodity quantity from the commodity quantity in the preset database.

[0080] Specifically, the database stores product information, including but not limited to product categories, quantities, shelf lives, and external product information, facilitating subsequent data comparison and matching in the database;

[0081] The sensor module is used to obtain corresponding information on product categories, quantities, and shelf lives. When the product quantity is less than the set quantity threshold of the system, a replenishment order product information for the corresponding product is generated. During the generation of the replenishment order product information, factors such as product sales quantity and shelf life are added to generate optimized replenishment order product information, so as to achieve the optimal replenishment method and maximize the revenue of the smart cabinet;

[0082] Furthermore, the priority of product sales quantity is higher than that of shelf life, enabling the replenishment of popular products with higher priority. During the replenishment process, for products with similar sales volumes, products with longer shelf lives are replenished first, reducing the product expiration rate and further increasing the business revenue of the smart cabinet, with good usage effects.

[0083] Preferably, the sensor module includes a radio frequency identification module (RFID), a barcode scanning module, and a visual recognition module;

[0084] The radio frequency identification module is a technology that uses radio waves for non-contact automatic identification and data exchange. When the RFID system operates, the antenna of the reader emits specific radio wave signals to activate nearby RFID tags. These tags reflect or backscatter these signals, which contain the identification information of the tags. The reader receives these reflected signals, decodes them, and transmits the data to the application program for processing, enabling quick non-contact identification of product categories;

[0085] The visual recognition module includes cameras. Multiple groups of cameras are set up. After shooting through multiple groups of cameras and fitting the taken photos, the corresponding external product information is obtained, enabling visual recognition of products and providing multiple recognition methods;

[0086] The radio frequency identification module is used to identify product category information and compare the product category information with the database to identify the product;

[0087] The barcode scanning module is used to identify product category information and compare the product category information with the database to identify the product;

[0088] The visual recognition module is used to identify external product information and compare the external product information with the database to identify the product.

[0089] Specifically, multi-dimensional data acquisition is carried out through the radio frequency identification module (RFID), the barcode scanning module, and the visual recognition module, enabling the rapid acquisition of multi-dimensional information of products, facilitating subsequent comparison of the acquired multi-dimensional information with the database, and facilitating the quick and accurate identification of products, with good usage effects.

[0090] Preferably, it is determined whether to generate inventory list information according to commodity sales information, including;

[0091] If the quantity of the commodity in the commodity sales information is not zero, inventory list information is generated, and the commodities on sale enter the inventory process to obtain inventory information;

[0092] The inventory process includes an automatic inventory process and a manual inventory process;

[0093] The automatic inventory process includes automatically identifying and inventorying the commodities on sale through a sensor module to obtain inventory information and recording the inventory information into the inventory list information;

[0094] If the automatic inventory process is not enabled, the manual inventory process is used;

[0095] The manual inventory process includes manually inventorying the commodities on sale by personnel to obtain inventory information and recording the inventory information into the inventory list information;

[0096] After recording the inventory information into the inventory list information, the commodity shelf life of the commodities on sale is compared with the current date to obtain inventory list information. If the commodity shelf life in the inventory list information exceeds the current date, high-risk commodity information is obtained, the delisting operation is performed according to the high-risk commodity information, and a high-risk return order is generated. Then, the replenishment order commodity information is obtained;

[0097] If the quantity of the commodity in the commodity sales information is zero, inventory list information is not generated, and the replenishment order commodity information is directly obtained.

[0098] Specifically, it is determined whether to generate inventory list information according to commodity sales information. After all the commodities in the intelligent vending cabinet are sold out, there are no commodities to be inventoried, and the replenishment order commodity information is directly obtained for subsequent replenishment. When there are commodities in the intelligent vending cabinet, that is, when the quantity of the commodity in the commodity sales information is not zero, the inventory process is executed and recorded into the inventory list information. The quantity, type, etc. of the sold commodities are checked, and whether the sold commodities exceed the shelf life is inventoried. The sold commodities that exceed the shelf life are listed as high-risk commodity information. According to the high-risk commodity information, the corresponding commodities are delisted, and a high-risk return order is generated. The delisted commodities are correspondingly generated with a high-risk return order for subsequent return processing;

[0099] Furthermore, the inventory process includes an automatic inventory process and a manual inventory process. The automatic inventory process saves the inventory process and improves the inventory efficiency. The manual inventory process can be selected. Enabling the manual inventory process for manual inventory is applicable to various usage environments.

[0100] Preferably, a removal order information is generated according to the commodity sales information, the removal order information is compared with the replenishment order information, the commodities included in the replenishment order information and also in the removal order information are subject to a removal operation, and restocking replenishment information is obtained, including;

[0101] The quantity value of the sold commodities in the commodity sales information is compared with a set sales threshold, and the sold commodities with a quantity lower than the sales threshold in the commodity sales information are used to generate removal order information;

[0102] The sold commodities with a quantity lower than the sales threshold in the commodity sales information are compared with the replenishment order information, the sold commodities with a quantity lower than the sales threshold in the replenishment order information are subject to a removal operation, and the removed sold commodities are recorded as removal return orders;

[0103] After the commodities in the replenishment order information are subject to a removal operation, restocking replenishment information is obtained.

[0104] Specifically, according to the commodity sales information, commodities with poor sales volume, poor market response, difficult storage, etc. are used to generate removal order information, and the restocking replenishment information is optimized according to the removal order information, so as to increase the occupancy rate of best-selling commodities in the intelligent vending cabinet, optimize the overall sales amount, increase the sales profit of the intelligent vending cabinet, and have good use effects;

[0105] Furthermore, the removed sold commodities are recorded as removal return orders, which is convenient for subsequent return processing.

[0106] Preferably, the removal operation includes automatic removal and manual removal;

[0107] Automatic removal includes scanning and recording the removed sold commodities through a sensor module, uploading them to a database, and automatically performing a removal operation on the scanned removed sold commodities;

[0108] Manual removal includes manually scanning and recording the removed sold commodities, uploading them to a database, and manually performing a removal operation on the scanned removed sold commodities.

[0109] Specifically, the removal operation includes automatic removal and manual removal. Automatic removal saves the removal process and improves the removal efficiency. Manual removal is optional. When manual removal is enabled, it is through physical inventory, which is applicable to a variety of usage environments and has a wide range of applications.

[0110] Preferably, the restocking replenishment information is transmitted to the supplier, the supplier supplies the corresponding commodities, and places the corresponding commodities in the cargo channel, and the cargo channel performs a stocking operation on the corresponding commodities, including;

[0111] When the corresponding commodities are placed in the cargo channel, if the sensor module detects that the outermost end of the cargo channel is vacant, the inventory commodities are automatically replenished;

[0112] The sensor module scans the corresponding product. If there is a new product among the corresponding products, the new product information of the new product is obtained, and then the new product information is displayed on a preset display screen for purchase operations.

[0113] Specifically, the corresponding product is supplied through the shelf replenishment information, and the corresponding product is placed in the inventory box of the goods lane. The corresponding product is manually placed on the shelf for corresponding replenishment. When the sensor module detects that the outermost end of the goods lane is empty, the inventory product is automatically filled to replenish the product in a timely manner to ensure normal sales.

[0114] Furthermore, the sensor module scans the corresponding product. If the corresponding product is a new product, the new product information is displayed on a preset display screen for purchase operations.

[0115] Preferably, the shelf replenishment product information is obtained, and the shelf replenishment product information is synchronously updated to the database, and a replenishment report is generated, including;

[0116] The replenishment report includes a replenishment completion report and a replenishment exception report;

[0117] The sensor module scans the replenished product to obtain the replenishment product information, and compares the replenishment product information with the updated database;

[0118] If the replenishment product information is consistent with the updated database, a replenishment completion report is output;

[0119] If the replenishment product information is inconsistent with the updated database, a replenishment exception report is output, and an error correction instruction is generated. The error correction instruction is used for product review or adjustment;

[0120] The replenishment product information includes the replenishment product type information and the replenishment product external information. The replenishment product type information and the replenishment product external information are used to compare the type information and the external information with the database for multi-dimensional data verification.

[0121] Specifically, after the shelf replenishment is completed, the shelf replenishment product information is obtained. After each replenishment, the shelf replenishment product information is updated and synchronized to the database. After the data update is completed, the replenishment product information is compared with the database. When the data is inconsistent, a replenishment exception report is generated, and the abnormal product is reported. When a replenishment exception report is output, an error correction instruction is generated. The error correction instruction is used for product review or adjustment;

[0122] Furthermore, when a deviation in the product type, quantity or position is detected, the system triggers an alarm and generates an error correction instruction to support manual review or automatic adjustment.

[0123] Preferably, it also includes;

[0124] Transmit the replenishment report and product sales information to the remote intelligent terminal, and the remote intelligent terminal adjusts the replenishment strategy according to the replenishment report and product sales information;

[0125] Transmit the updated database to the remote intelligent terminal, and view the replenishment status and sales data analysis in real time according to the replenishment report, product sales information, and database;

[0126] The remote intelligent terminal connects to the external network to remotely select products for product replenishment.

[0127] Specifically, transmit the replenishment report and product sales information to the remote intelligent terminal, and adjust the replenishment strategy according to the replenishment report and product sales information, adjusting the replenishment category, cycle, or aisle capacity to improve the utilization rate of the intelligent vending cabinet;

[0128] The remote intelligent terminal can also view the replenishment status and sales data analysis in real time for the replenishment report, product sales information, and database, and conduct real-time observation. The remote intelligent terminal accesses the external network, lists various types of products on the network as selected products, to remotely select products for subsequent product replenishment;

[0129] Furthermore, the remote intelligent terminal includes a smartphone, a computer terminal, and a cloud system, and conducts various information interactions through the display interfaces of the smartphone, computer terminal, and cloud system to achieve the purpose of observing and selecting products.

[0130] Please refer to Figure 2 , in the embodiment of the present invention, a loading and unloading replenishment device, the device includes;

[0131] Acquisition module 1, acquisition module 1 is used to acquire the product information sold in real time, generate order information according to the product information, generate replenishment order product information according to the order information, compare the order information with the preset database to obtain product sales information;

[0132] Inventory module 2, inventory module 2 is used to judge whether to generate inventory list information according to the product sales information;

[0133] Unloading module 3, unloading module 3 is used to generate unloading order information according to the product sales information, compare the unloading order information with the replenishment order information, execute the unloading operation on the products included in the replenishment order information in the unloading order information, and obtain the loading and replenishment information;

[0134] Loading module 4, loading module 4 is used to transmit the loading and replenishment information to the supplier, the supplier supplies the corresponding products, places the corresponding products in the aisle, and the aisle executes the loading operation on the corresponding products;

[0135] Report module 5, report module 5 is used to obtain the loading and replenishment product information, synchronously update the loading and replenishment product information to the database, and generate a replenishment report.

[0136] As described above, it is only the preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any person skilled in the art within the technical scope disclosed by the present invention, according to the technical solution and inventive concept of the present invention, making equivalent substitutions or changes should be covered within the protection scope of the present invention.

Claims

1. A method for replenishing goods on and off the shelves, characterized in that, Including: Real-time obtain the information of the sold goods, generate the bill information according to the goods information, generate the replenishment order goods information according to the bill information, compare the bill information with a preset database to obtain the goods sales information; Judge whether to generate the inventory list information according to the goods sales information; If the inventory list information is generated, enter the inventory process for the goods on sale and obtain the inventory information, record the inventory information into the inventory list information, and then obtain the replenishment order goods information; If the inventory list information is not generated, directly obtain the replenishment order goods information; Generate the off-shelf order information according to the goods sales information, compare the off-shelf order information with the replenishment order information, perform the off-shelf operation on the goods included in the replenishment order information that are in the off-shelf order information, and obtain the on-shelf replenishment information; Transmit the on-shelf replenishment information to the supplier, the supplier supplies the corresponding goods, place the corresponding goods in the goods aisle, and the goods aisle performs the on-shelf operation on the corresponding goods; Obtain the on-shelf replenishment goods information, synchronously update the on-shelf replenishment goods information to the database, and generate a replenishment report.

2. The method for replenishing inventory for putting on and taking off shelves according to claim 1, wherein: The real-time obtain the information of the sold goods, generate the bill information according to the goods information, generate the replenishment order goods information according to the bill information, compare the bill information with a preset database to obtain the goods sales information, including; The database includes the goods type, the quantity of goods, the shelf life of goods and the external information of goods; Real-time obtain the goods information through the sensor module, the goods information includes the goods type, the quantity of goods and the shelf life of goods, generate the bill information according to the goods type, the quantity of goods and the shelf life of goods; When the quantity of goods is lower than the set quantity threshold, generate the replenishment order goods information; The replenishment order information includes a replenishment priority list, where the priority list is generated according to the goods sales quantity and the shelf life of goods, and the priority of the goods sales quantity is greater than the priority of the shelf life of goods; Compare the real-time quantity of goods with the preset database, and the quantity of goods in the preset database minus the real-time quantity of goods to obtain the goods sales information.

3. The method for replenishing inventory for putting on and taking off shelves according to claim 2, wherein: The sensor module includes a radio frequency identification module (RFID), a barcode scanning module and a visual recognition module; The radio frequency identification module is used to identify the goods type information, compare the goods type information with the database to identify the goods; The barcode scanning module is used to identify the goods type information, compare the goods type information with the database to identify the goods; The visual recognition module is used to identify the external information of goods, compare the external information of goods with the database to identify the goods.

4. The method for replenishing goods for putting on and taking off shelves according to claim 3, wherein: The judge whether to generate the inventory list information according to the goods sales information, including; If the quantity of goods in the goods sales information is not zero, generate the inventory list information, enter the inventory process for the goods on sale and obtain the inventory information; The inventory process includes an automatic inventory process and a manual inventory process; The automatic inventory process includes automatically identifying and inventorying the goods on sale through the sensor module to obtain the inventory information, and recording the inventory information into the inventory list information; If the automatic inventory process is not enabled, use the manual inventory process; The manual inventory program includes manually counting the goods on sale by personnel to obtain inventory information and recording the inventory information in the inventory list information; After recording the inventory information in the inventory list information, compare the shelf life of the goods on sale with the current date to obtain the inventory list information. If the shelf life of the goods in the inventory list information exceeds the current date, obtain the high-risk goods information, perform a removal operation according to the high-risk goods information, generate a high-risk return order, and then obtain the replenishment order goods information; If the quantity of goods in the goods sales information is zero, no inventory list information is generated, and the replenishment order goods information is directly obtained.

5. The replenishment method for putting away and taking out of storage according to claim 4, wherein: Generate a removal order information according to the goods sales information, compare the removal order information with the replenishment order information, perform a removal operation on the goods in the replenishment order information that includes the goods in the removal order information, and obtain the restocking information, including; Compare the quantity value of the goods sold in the goods sales information with the set sales threshold, and generate a removal order information for the goods sold below the sales threshold in the goods sales information; Compare the goods sold below the sales threshold in the goods sales information with the replenishment order information, perform a removal operation on the goods sold below the sales threshold in the replenishment order information, and record the removed goods sold as a removal return order; After performing a removal operation on the goods in the replenishment order information, obtain the restocking information.

6. The method for replenishing goods on and off the shelves according to claim 5, wherein: The removal operation includes automatic removal and manual removal; The automatic removal includes scanning and recording the removed goods sold through the sensor module, uploading them to the database, and automatically performing a removal operation on the scanned removed goods sold; The manual removal includes manually scanning and recording the removed goods sold, uploading them to the database, and manually performing a removal operation on the scanned removed goods sold.

7. The method for replenishing goods on and off the shelves according to claim 6, characterized in that: Transmit the restocking information to the supplier. The supplier supplies the corresponding goods and places the corresponding goods in the aisle. The aisle performs a stocking operation on the corresponding goods, including; When the corresponding goods are placed in the aisle, if the sensor module detects that the outermost end of the aisle is vacant, the inventory goods are automatically replenished; The sensor module scans the corresponding goods. If there are new goods among the corresponding goods and the new goods information of the new goods is obtained, the new goods information is displayed on the preset display screen for purchase operations.

8. The method for replenishing inventory for putting on and taking off shelves according to claim 7, wherein: Obtain the restocking goods information, synchronously update the restocking goods information to the database, and generate a replenishment report, including; The replenishment report includes a replenishment completion report and a replenishment exception report; The sensor module scans the goods after replenishment to obtain the replenishment goods information, and compares the replenishment goods information with the updated database; If the replenishment goods information is consistent with the updated database, output a replenishment completion report; If the replenishment goods information is inconsistent with the updated database, output a replenishment exception report and generate an error correction instruction, which is used for goods review or adjustment; The replenishment commodity information includes replenishment commodity type information and replenishment commodity external information, and the replenishment commodity type information and replenishment commodity external information are used to compare the type information and external information with the database for multi-dimensional data verification.

9. The method for replenishing goods for putting on and taking off shelves according to claim 8, wherein: It also includes; Transmitting the replenishment report and commodity sales information to the remote intelligent terminal, and the remote intelligent terminal adjusts the replenishment strategy according to the replenishment report and commodity sales information; Transmitting the updated database to the remote intelligent terminal, and real-time viewing the replenishment status and sales data analysis according to the replenishment report, commodity sales information and database; The remote intelligent terminal is connected to an external network for remotely selecting commodities and replenishing commodities.

10. An upper and lower shelf replenishment device, which applies the upper and lower shelf replenishment method according to any one of claims 1-9, characterized in that: The device includes; An acquisition module, which is used to acquire the information of the sold commodities in real time, generate order information according to the commodity information, generate replenishment order commodity information according to the order information, compare the order information with a preset database to obtain commodity sales information; An inventory module, which is used to judge whether to generate inventory list information according to the commodity sales information; A shelf removal module, which is used to generate shelf removal list information according to the commodity sales information, compare the shelf removal list information with the replenishment order information, perform a shelf removal operation on the commodities included in the replenishment order information in the shelf removal list information, and obtain shelf replenishment information; A shelf placement module, which is used to transmit the shelf replenishment information to the supplier, the supplier supplies the corresponding commodities, places the corresponding commodities in the cargo channel, and the cargo channel performs a shelf placement operation on the corresponding commodities; A reporting module, which is used to acquire the information of the replenished commodities on the shelf, synchronously update the information of the replenished commodities on the shelf to the database, and generate a replenishment report.

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