Chain storage type take-out supermarket shelf management system and method based on Internet of Things

Abstract

The invention relates to a chain storage type take-out supermarket shelf management system and method based on the Internet of Things, and belongs to the technical field of supermarket management, the management system comprises a plurality of supermarket shelves used for placing take-out packages, and the plurality of supermarket shelves are sequentially arranged side by side; the plurality of stock goods shelves are used for placing incoming goods, the stock goods shelves are arranged in a warehouse, and the plurality of stock goods shelves are sequentially arranged side by side; the take-out package management module is used for managing warehouse-in and warehouse-out of take-out packages; the incoming cargo management module is used for managing incoming cargos to enter the warehouse and get out of the warehouse; the order scanning and guiding device is wirelessly connected with the incoming goods management module and is used for scanning take-out orders and scanning incoming goods; and the package scanning and guiding device is wirelessly connected with the take-out package management module, and is used for scanning the take-out orders and scanning the warehouse-in take-out packages.

Description

Technical Field

[0001] The present invention relates to the field of supermarket management, and in particular to a chain storage type takeaway supermarket shelf management system and method based on the Internet of Things. Background Art

[0002] In the prior art, the goods entering and leaving the warehouse of a takeaway supermarket are generally compared with the paper cargo list before entering the warehouse, and the goods are marked on the paper cargo list when entering the warehouse. The efficiency of goods entering and leaving the warehouse is low, and the efficiency of picking goods according to orders is also low. The management of the entry and exit of takeaway packages in the takeaway supermarket is relatively chaotic, and the efficiency of picking up takeaway packages is low. Therefore, a chain storage takeaway supermarket shelf management system and method based on the Internet of Things is needed. Summary of the invention

[0003] In order to overcome the above-mentioned defects of the prior art, the present invention provides a chain storage type takeaway supermarket shelf management system and method based on the Internet of Things, which improves work efficiency, increases the speed of picking goods, and increases the speed of takeaway packages leaving the warehouse.

[0004] In order to achieve the above-mentioned invention object, the present invention provides a chain storage type takeaway supermarket shelf management system based on the Internet of Things, comprising:

[0005] A plurality of supermarket shelves for placing takeaway packages, wherein the plurality of supermarket shelves are arranged side by side in sequence, and the plurality of supermarket shelves are sequentially provided with supermarket shelf numbers so as to facilitate taking out the takeaway packages more quickly;

[0006] A plurality of stocking shelves for placing incoming goods, the stocking shelves are arranged in the warehouse, the plurality of stocking shelves are arranged side by side in sequence, and the plurality of stocking shelves are sequentially provided with stocking shelf numbers, so as to obtain all goods of an order more quickly;

[0007] The takeaway package management module is used to manage the incoming and outgoing takeaway packages. After the takeaway packages are in the warehouse, the order information and location information of the takeaway packages are recorded. When the takeaway packages are out of the warehouse, the outgoing takeaway packages are recorded and the supermarket shelf status information is updated to facilitate the placement of subsequent incoming takeaway packages.

[0008] The incoming goods management module is used to manage the incoming goods entering the warehouse and leaving the warehouse. After the goods enter the warehouse, the location information of the goods is recorded. When the goods leave the warehouse, the status information of the stocking shelves is updated;

[0009] The order scanning and guiding device is wirelessly connected to the incoming goods management module, and is used to scan the takeaway order, and then guide the picker to pick the goods from the stocking shelf according to the goods information on the takeaway order, complete the picking of a takeaway order, process and record the goods out of the warehouse through the incoming goods management module, and then scan and process the records through the takeaway package management module. After the picking is completed, the takeaway package is placed on the supermarket shelf, and is used to scan the incoming goods, record the incoming goods after scanning the goods, and then deliver the goods to the stocking shelf position designated to place the goods;

[0010] The package scanning and guiding device is wirelessly connected to the takeaway package management module, and is used to scan takeaway orders, obtain the takeaway driver information and related takeaway information after scanning, guide the staff to take out the goods of the same takeaway driver in sequence according to the above information, and hand them over to the courier for delivery after processing and recording by the takeaway package management module, and is used to scan incoming takeaway packages, record and guide the takeaway packages to be placed on specific supermarket shelves after scanning. For the packages of the same courier that have been scanned before, they are guided to be placed on the same supermarket shelf, so as to facilitate the collection of the takeaway packages of the same courier when leaving the warehouse.

[0011] Furthermore, the supermarket shelf includes several takeaway bins for placing takeaway packages, and several of the takeaway bins are provided with takeaway bin numbers. A first gravity sensor is provided at the bottom of any of the takeaway bins. A supermarket package display body is provided on one side of the supermarket shelf, and a takeaway shelf controller is provided in the supermarket package display body. The supermarket package display body includes a supermarket package display screen, and the supermarket package display screen and the first gravity sensor are electrically connected to the takeaway shelf controller. The supermarket package display screen is used to display the number of each takeaway bin, takeaway order information, and the weight of the takeaway goods.

[0012] Furthermore, the takeaway shelf controller is wirelessly connected to the takeaway package management module. After the takeaway package is shipped out, the first gravity sensor under the takeaway position senses and confirms that the takeaway package has been taken away, and then updates the takeaway position to a state of no takeaway package. After the takeaway package is put into the warehouse, the takeaway package is placed on the takeaway position without a package, and the takeaway package on the corresponding takeaway position is sensed by the first gravity sensor to confirm that the takeaway package has completed the storage.

[0013] Furthermore, the stocking shelf includes stocking locations for specifically placing goods, and stocking location numbers are set on some of the stocking locations. A second gravity sensor for measuring weight is provided under the stocking location, and a stocking display device body is provided on one side of the stocking shelf. A stocking shelf controller is provided in the stocking display device body, and the stocking display device body includes a stocking display screen. The stocking display screen and the second gravity sensor are electrically connected to the stocking shelf controller, and the stocking display screen is used to display the stocking location number, commodity name, and commodity weight.

[0014] Furthermore, the stocking shelf controller is wirelessly connected to the incoming goods management module. When goods enter the warehouse, the weight sensed by the second gravity sensor is used to confirm that the goods have entered the warehouse. When goods leave the warehouse, the weight sensed by the second gravity sensor is used to confirm that the goods have been taken out. The status of the stocking bin is updated through the change in weight, and then the goods status of the entire stocking shelf is updated.

[0015] Another aspect of the present invention discloses a chain storage type takeaway supermarket shelf management method based on the Internet of Things, the method comprising:

[0016] The stocked goods are put into the warehouse, and the goods are scanned by the order scanning and guidance device, and the goods information is recorded after scanning, and the goods are placed on the designated stocked shelves according to the settings;

[0017] Goods are shipped out of the warehouse. After the goods are sorted according to the order, they are scanned and shipped out in sequence. The status of the goods on the shelf is recorded and updated. After the goods are shipped out of the warehouse, the goods are packaged to complete the packaging of the takeaway packages;

[0018] When the package enters the warehouse, the takeaway package is scanned and recorded, and the takeaway package is placed on a specific supermarket shelf according to the settings, and the relevant information is updated on the supermarket package display screen;

[0019] When the package is shipped out of the warehouse, the takeaway order delivered by the same deliveryman is taken out from the supermarket shelf and scanned, and the information and status on the supermarket shelf are updated after scanning.

[0020] Compared with the prior art, the present invention has the following beneficial effects:

[0021] By setting up supermarket shelves for placing take-out packages, and cooperating with package scanning and guidance devices, guidance is provided for taking take-out packages, thereby improving the efficiency of picking up take-out packages; by setting up stock shelves for placing stock goods, and cooperating with order scanning and guidance devices, guidance is provided for picking goods on the order, thereby improving the efficiency of order picking. DETAILED DESCRIPTION

[0022] To make the purpose, technical solution and advantages of the embodiments of the present invention clearer, the technical solution in the embodiments of the present invention will be described clearly and completely below. Obviously, the described embodiments are only part of the embodiments of the invention, not all of them. The embodiments of the present invention are described below.

[0023] Example 1

[0024] A chain storage takeaway supermarket shelf management system based on the Internet of Things, comprising:

[0025] A number of supermarket shelves for placing takeaway packages, which are arranged side by side in sequence and are specifically arranged according to the area and layout of the takeaway supermarket. The supermarket shelves are numbered in sequence to facilitate taking out the takeaway packages more quickly. In addition, the supermarket shelves can also be numbered according to the number of layers;

[0026] A plurality of stocking shelves for placing incoming goods, the stocking shelves are arranged in the warehouse, the plurality of stocking shelves are arranged side by side in sequence, and the plurality of stocking shelves are sequentially provided with stocking shelf numbers, so as to obtain all goods of an order more quickly;

[0027] The takeaway package management module is used to manage the incoming and outgoing takeaway packages. After the takeaway packages are in the warehouse, the order information and location information of the takeaway packages are recorded. When the takeaway packages are out of the warehouse, the outgoing takeaway packages are recorded and the supermarket shelf status information is updated to facilitate the placement of subsequent incoming takeaway packages.

[0028] The incoming goods management module is used to manage the incoming goods entering the warehouse and leaving the warehouse. After the goods enter the warehouse, the location information of the goods is recorded. When the goods leave the warehouse, the status information of the stocking shelves is updated;

[0029] The order scanning and guiding device is wirelessly connected to the incoming goods management module, and is used to scan the takeaway order, and then guide the picker to pick the goods from the stocking shelf according to the goods information on the takeaway order. The order scanning and guiding device may include a screen for displaying information and a barcode scanner for scanning the order. After scanning, the location of each product is displayed according to the goods on the order. The optimal picking route can be calculated according to the specific location to improve the picking efficiency of a single order, complete the picking of a takeaway product, process and record the goods out of the warehouse through the incoming goods management module, and then scan and process the records through the takeaway package management module. After the picking is completed, the takeaway package is placed on the supermarket shelf, and is used to scan the incoming goods, record the incoming goods after scanning the goods, and then deliver the goods to the stocking shelf position designated to place the goods;

[0030] A package scanning and guiding device is wirelessly connected to the takeaway package management module, and is used to scan takeaway orders, obtain takeaway information and related takeaway information after scanning, guide staff to take out the goods of the same takeaway in sequence according to the above information, and hand them over to the courier for delivery after processing and recording by the takeaway package management module, and is used to scan incoming takeaway packages, record and guide the takeaway packages to be placed on specific supermarket shelves after scanning, and guide the takeaway packages to be placed on the same supermarket shelves for packages of the same courier that have been scanned before, so as to facilitate the taking of the takeaway packages of the same courier when leaving the warehouse. The package scanning and guiding device may include a screen for display and a barcode scanner for scanning takeaway packages, and may specifically display the supermarket shelves where the takeaway packages are located, so as to find the takeaway packages faster and improve the efficiency of picking up the takeaway packages;

[0031] The supermarket shelf comprises a plurality of takeaway bins for placing takeaway packages, a plurality of the takeaway bins are provided with takeaway bin numbers, a first gravity sensor is provided at the bottom of any takeaway bin, a supermarket package display body is provided on one side of the supermarket shelf, a takeaway shelf controller is provided in the supermarket package display body, the supermarket package display body comprises a supermarket package display screen, the supermarket package display screen and the first gravity sensor are electrically connected to the takeaway shelf controller, and the supermarket package display screen is used to display the number of each takeaway bin, takeaway order information, and the weight of the takeaway commodity;

[0032] The takeaway shelf controller is wirelessly connected to the takeaway package management module. After the takeaway package is out of the warehouse, the first gravity sensor under the takeaway position senses and confirms that the takeaway package has been taken away, and then updates the takeaway position to a state where there is no takeaway package. After the takeaway package is put into the warehouse, the takeaway package is placed on the takeaway position without a package, and the takeaway package on the corresponding takeaway position is sensed by the first gravity sensor to confirm that the takeaway package has been put into the warehouse.

[0033] The stocking shelf includes stocking positions for placing goods, and stocking position numbers are set on some of the stocking positions. A second gravity sensor for measuring weight is set under the stocking position. A stocking display device body is set on one side of the stocking shelf, and a stocking shelf controller is set in the stocking display device body. The stocking display device body includes a stocking display screen. The stocking display screen and the second gravity sensor are electrically connected to the stocking shelf controller. The stocking display screen is used to display the number of the stocking position, the name of the commodity, and the weight of the commodity;

[0034] The stocking shelf controller is wirelessly connected to the incoming goods management module. When goods enter the warehouse, the weight sensed by the second gravity sensor is used to confirm that the goods have entered the warehouse. When goods leave the warehouse, the weight sensed by the second gravity sensor is used to confirm that the goods have been taken out. The status of the stocking bin is updated through the change in weight, and then the goods status of the entire stocking shelf is updated.

[0035] Example 2

[0036] A chain storage takeaway supermarket shelf management method based on the Internet of Things, comprising:

[0037] When the stocked goods are put into the warehouse, the goods are scanned by the order scanning and guidance device, and the goods information is recorded after scanning. And according to the settings, such as the specific position on the stocked shelf is used to place a specific product, the goods are placed on the designated stocked shelf;

[0038] Goods are shipped out of the warehouse. After the goods are sorted according to the order, they are scanned and shipped out in sequence. The status of the goods on the shelf is recorded and updated. After the goods are shipped out of the warehouse, the goods are packaged to complete the packaging of the takeaway packages;

[0039] When the package enters the warehouse, the takeaway package is scanned and recorded, and the takeaway package is placed on a specific supermarket shelf according to the settings, and the relevant information is updated on the supermarket package display screen;

[0040] When the package is shipped out of the warehouse, the takeaway order delivered by the same deliveryman is taken out from the supermarket shelf and scanned, and the information and status on the supermarket shelf are updated after scanning.

[0041] The technical solution of the present invention is described above in conjunction with specific implementation methods, but it should be noted that the above descriptions are only for explaining the solution of the present invention and cannot be interpreted in any way as a specific limitation on the scope of protection of the invention. Based on the explanation here, those skilled in the art can think of other specific implementation methods or equivalent replacements of the present invention without creative work, and they will all fall within the scope of protection of the present invention.

Claims

1. A chain storage takeaway supermarket shelf management system based on the Internet of Things, characterized by: include: A plurality of supermarket shelves for placing takeaway packages, wherein the plurality of supermarket shelves are arranged side by side in sequence, and the plurality of supermarket shelves are sequentially provided with supermarket shelf numbers so as to facilitate taking out the takeaway packages more quickly; A plurality of stocking shelves for placing incoming goods, the stocking shelves are arranged in the warehouse, the plurality of stocking shelves are arranged side by side in sequence, and the plurality of stocking shelves are sequentially provided with stocking shelf numbers, so as to obtain all goods of an order more quickly; The takeaway package management module is used to manage the incoming and outgoing of takeaway packages. After the takeaway packages are in the warehouse, the order information and location information of the takeaway packages are recorded. When the takeaway packages are out of the warehouse, the outgoing is recorded and the supermarket shelf status information is updated to facilitate the placement of subsequent incoming takeaway packages. The incoming goods management module is used to manage the incoming goods entering the warehouse and leaving the warehouse. After the goods enter the warehouse, the location information of the goods is recorded. When the goods leave the warehouse, the status information of the stocking shelves is updated; The order scanning and guiding device is wirelessly connected to the incoming goods management module, and is used to scan the takeaway order, and then guide the picker to pick the goods from the stocking shelf according to the goods information on the takeaway order, complete the picking of a takeaway order, process and record the goods out of the warehouse through the incoming goods management module, and then scan and process the records through the takeaway package management module. After the picking is completed, the takeaway package is placed on the supermarket shelf, and is used to scan the incoming goods, record the incoming goods after scanning the goods, and then deliver the goods to the stocking shelf position designated to place the goods; The package scanning and guiding device is wirelessly connected to the takeaway package management module, and is used to scan takeaway orders, obtain the takeaway driver information and related takeaway information after scanning, guide the staff to take out the goods of the same takeaway driver in sequence according to the above information, and hand them over to the courier for delivery after processing and recording by the takeaway package management module, and is used to scan incoming takeaway packages, record and guide the takeaway packages to be placed on specific supermarket shelves after scanning. For the packages of the same courier that have been scanned before, they are guided to be placed on the same supermarket shelf, so as to facilitate the collection of the takeaway packages of the same courier when leaving the warehouse.

2. The chain storage type takeaway supermarket shelf management system based on the Internet of Things according to claim 1 is characterized in that: The supermarket shelf includes several takeaway bins for placing takeaway packages, and several of the takeaway bins are provided with takeaway bin numbers. A first gravity sensor is provided at the bottom of any of the takeaway bins. A supermarket package display body is provided on one side of the supermarket shelf, and a takeaway shelf controller is provided in the supermarket package display body. The supermarket package display body includes a supermarket package display screen. The supermarket package display screen and the first gravity sensor are electrically connected to the takeaway shelf controller. The supermarket package display screen is used to display the number of each takeaway bin, takeaway order information, and the weight of the takeaway goods.

3. The chain storage type takeaway supermarket shelf management system based on the Internet of Things according to claim 2 is characterized in that: The takeaway shelf controller is wirelessly connected to the takeaway package management module. After the takeaway package is shipped out, the first gravity sensor under the takeaway position is used to sense and confirm that the takeaway package has been taken away, and then the takeaway position is updated to a state where there is no takeaway package. After the takeaway package is put into storage, the takeaway package is placed on the takeaway position without a package, and the takeaway package on the corresponding takeaway position is sensed by the first gravity sensor to confirm that the takeaway package has completed storage.

4. The chain storage type takeaway supermarket shelf management system based on the Internet of Things according to claim 1 is characterized in that: The stocking shelf includes stocking locations for placing goods, and stocking location numbers are set on some of the stocking locations. A second gravity sensor for measuring weight is provided under the stocking location. A stocking display device body is provided on one side of the stocking shelf, and a stocking shelf controller is provided in the stocking display device body. The stocking display device body includes a stocking display screen, and the stocking display screen and the second gravity sensor are electrically connected to the stocking shelf controller. The stocking display screen is used to display the number of the stocking location, the name of the product, and the weight of the product.

5. The chain storage type takeaway supermarket shelf management system based on the Internet of Things according to claim 4 is characterized in that: The stocking shelf controller is wirelessly connected to the incoming goods management module. When goods enter the warehouse, the weight sensed by the second gravity sensor is used to confirm that the goods have entered the warehouse. When goods leave the warehouse, the weight sensed by the second gravity sensor is used to confirm that the goods have been taken out. The status of the stocking bin is updated through the change in weight, and then the cargo status of the entire stocking shelf is updated.

6. A method for managing shelves of chain storage takeaway supermarkets based on the Internet of Things, characterized in that: The method comprises: The stocked goods are put into the warehouse, and the goods are scanned by the order scanning and guidance device, and the goods information is recorded after scanning, and the goods are placed on the designated stocked shelves according to the settings; Goods are shipped out of the warehouse. After the goods are sorted according to the order, they are scanned and shipped out in sequence. The status of the goods on the shelf is recorded and updated. After the goods are shipped out of the warehouse, the goods are packaged to complete the packaging of the takeaway packages; When the package enters the warehouse, the takeaway package is scanned and recorded, and the takeaway package is placed on a specific supermarket shelf according to the settings, and the relevant information is updated on the supermarket package display screen; When the package is shipped out of the warehouse, the takeaway order delivered by the same deliveryman is taken out from the supermarket shelf and scanned, and the information and status on the supermarket shelf are updated after scanning.