CN112700191A - Novel warehouse management method - Google Patents
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Abstract
The invention discloses a novel warehouse management method, which comprises the following steps: creating a system and model: building a loading warehouse management system, simultaneously creating a warehouse three-dimensional model, and butting the warehouse management system with the warehouse three-dimensional model, wherein the contents of the warehouse three-dimensional model comprise: the method comprises the following steps of (1) cargo information, a three-dimensional cargo storage position, the quantity of cargos, the size of the residual space of a warehouse and the available position of the warehouse; warehousing preparation: the goods to be warehoused are conveyed to the door of a warehouse through the warehousing trolley, whether the goods to be warehoused carry the NFC electronic tags or not is checked, and if the goods to be warehoused do not carry the NFC electronic tags, the standby NFC electronic tags are pasted; the three-dimensional model of the warehouse established by the invention can display the three-dimensional coordinates of the goods, can know the precise position information of the details of the goods in time, is convenient for a user to carry, and adopts the combined mode of the three-dimensional model of the warehouse and a warehouse management system, so that the goods information is updated more timely, and the problem of goods information change can be found in time.
Description
Technical Field
The invention relates to the technical field of warehouse management, in particular to a novel warehouse management method.
Background
With the vigorous development of the logistics industry, goods warehouses become larger and larger, the structure is more and more complex, the quantity is more and more, goods stored in the warehouses are more various, warehouse management methods are continuously updated, but the current warehouse management methods do not have detailed three-dimensional positioning information for the goods, the goods storage positions cannot be quickly found in the goods warehouse-out and warehouse-moving processes, the goods information is easily updated disorderly, troubles are brought to the goods management, and a novel warehouse management method is provided for solving the problems.
Disclosure of Invention
The invention aims to provide a novel warehouse management method, which solves the problems that the existing warehouse management method does not have detailed three-dimensional positioning information on goods, the goods storage position cannot be quickly found in the goods delivery and moving processes, the goods information is easily updated disorderly, and the management of the goods is troublesome.
In order to achieve the purpose, the invention provides the following technical scheme: a novel warehouse management method comprises the following steps:
step 1: creating a system and model: building a loading warehouse management system, simultaneously creating a warehouse three-dimensional model, and butting the warehouse management system with the warehouse three-dimensional model, wherein the contents of the warehouse three-dimensional model comprise: the method comprises the following steps of (1) cargo information, a three-dimensional cargo storage position, the quantity of cargos, the size of the residual space of a warehouse and the available position of the warehouse;
step 2: warehousing preparation: the goods to be warehoused are conveyed to the door of a warehouse through the warehousing trolley, whether the goods to be warehoused carry the NFC electronic tags or not is checked, and if the goods to be warehoused do not carry the NFC electronic tags, the standby NFC electronic tags are pasted;
and step 3: and (4) label warehousing: scanning an NFC electronic tag adhered to the surface of goods to be warehoused by using a code scanner at the door of a warehouse, reading information of the goods to be warehoused from the NFC electronic tag of the goods to be warehoused, transmitting the information of the goods to a warehouse management system and a three-dimensional model of the warehouse in real time, and generating corresponding virtual images of the goods on corresponding shelves in the three-dimensional model of the warehouse;
and 4, step 4: loading goods on a goods shelf: then, the goods are transported to the side of the goods shelf, NFC electronic tags of the goods are scanned by a scanner on the goods shelf, then the goods are placed at corresponding positions of the goods shelf, and serial number position information of the goods storage goods shelf is synchronously transmitted to a warehouse management system and a warehouse three-dimensional model in real time;
and 5: and (4) cargo delivery: and scanning the goods out of the warehouse again when the goods are out of the warehouse, synchronously updating corresponding information to the warehouse management system and the warehouse three-dimensional model in real time through the scanner, and updating corresponding goods information in real time through databases in the warehouse management system and the warehouse three-dimensional model.
Preferably, in the step 1, the warehouse management system comprises professional warehouse management software, a code scanner for entering and exiting a warehouse, a trolley for entering and exiting a warehouse, a shelf and a scanner on the shelf, and the warehouse management software is connected with the three-dimensional model of the warehouse and is updated synchronously in real time.
Preferably, in step 1, the specific step of creating a warehouse three-dimensional model includes: obtaining basic data information of a warehouse according to a design drawing of the warehouse and a scanning mode of using equipment and the like, generating a three-dimensional model of the warehouse through computer software, and selecting a certain position of the warehouse as a three-dimensional coordinate origin of the warehouse; the shelf label code is scanned and a three-dimensional coordinate value of the shelf in the warehouse is input, data information such as shelf label code information and the three-dimensional coordinate value is synchronously transmitted to the warehouse management system and the three-dimensional warehouse model in real time, and a shelf virtual image corresponding to the coordinate position is generated in the three-dimensional warehouse model based on the transmitted data information.
Preferably, in step 3, the information of the goods to be warehoused includes production time information, classification information and manufacturer information of the goods to be warehoused, and various letter links of the same goods are bound.
Preferably, in step 3, a system time is generated when the code scanner at the door of the warehouse responds to the goods to be warehoused, and the system time is the warehousing time of the warehoused goods.
Preferably, in step 4, the scanner on the shelf may change the cargo information in the warehouse management system and the warehouse three-dimensional model, and after the information is transmitted to the warehouse three-dimensional model, the warehouse three-dimensional model space diagram is updated according to the changed information.
Preferably, in the step 4, the three-dimensional model of the warehouse judges whether the information of the goods on the shelves in the warehouse is changed in real time, and if the information of the goods on the shelves is changed, the three-dimensional model of the warehouse synchronizes the changed information to the warehouse management software.
Preferably, in step 4, the warehouse three-dimensional model and the cargo information inside the warehouse management software may be updated with each other, and the cargo information includes: number of goods and kind of goods.
Preferably, in the step 5, when the warehouse management system and the warehouse three-dimensional model update the goods information, whether the goods are delivered from the warehouse or the goods are replaced by the goods placement shelf is judged in time.
Compared with the prior art, the invention has the beneficial effects that: the three-dimensional model of the warehouse established by the invention can display the three-dimensional coordinates of the goods, so that a user can know the precise position information of the details of the goods in time, and the transportation of the user is facilitated.
Detailed Description
The present invention will now be described in more detail by way of examples, which are given by way of illustration only and are not intended to limit the scope of the present invention in any way.
The invention provides a technical scheme that: a novel warehouse management method comprises the following steps:
step 1: creating a system and model: building a loading warehouse management system, simultaneously creating a warehouse three-dimensional model, and butting the warehouse management system with the warehouse three-dimensional model, wherein the contents of the warehouse three-dimensional model comprise: the method comprises the following steps of (1) cargo information, a three-dimensional cargo storage position, the quantity of cargos, the size of the residual space of a warehouse and the available position of the warehouse;
step 2: warehousing preparation: the goods to be warehoused are conveyed to the door of a warehouse through the warehousing trolley, whether the goods to be warehoused carry the NFC electronic tags or not is checked, and if the goods to be warehoused do not carry the NFC electronic tags, the standby NFC electronic tags are pasted;
and step 3: and (4) label warehousing: scanning an NFC electronic tag adhered to the surface of goods to be warehoused by using a code scanner at the door of a warehouse, reading information of the goods to be warehoused from the NFC electronic tag of the goods to be warehoused, transmitting the information of the goods to a warehouse management system and a three-dimensional model of the warehouse in real time, and generating corresponding virtual images of the goods on corresponding shelves in the three-dimensional model of the warehouse;
and 4, step 4: loading goods on a goods shelf: then, the goods are transported to the side of the goods shelf, NFC electronic tags of the goods are scanned by a scanner on the goods shelf, then the goods are placed at corresponding positions of the goods shelf, and serial number position information of the goods storage goods shelf is synchronously transmitted to a warehouse management system and a warehouse three-dimensional model in real time;
and 5: and (4) cargo delivery: and scanning the goods out of the warehouse again when the goods are out of the warehouse, synchronously updating corresponding information to the warehouse management system and the warehouse three-dimensional model in real time through the scanner, and updating corresponding goods information in real time through databases in the warehouse management system and the warehouse three-dimensional model.
The first embodiment is as follows:
creating a system and model: building a loading warehouse management system, simultaneously creating a warehouse three-dimensional model, and butting the warehouse management system with the warehouse three-dimensional model, wherein the contents of the warehouse three-dimensional model comprise: the method comprises the following steps of (1) cargo information, a three-dimensional cargo storage position, the quantity of cargos, the size of the residual space of a warehouse and the available position of the warehouse; warehousing preparation: the goods to be warehoused are conveyed to the door of a warehouse through the warehousing trolley, whether the goods to be warehoused carry the NFC electronic tags or not is checked, and if the goods to be warehoused do not carry the NFC electronic tags, the standby NFC electronic tags are pasted; and (4) label warehousing: scanning an NFC electronic tag adhered to the surface of goods to be warehoused by using a code scanner at the door of a warehouse, reading information of the goods to be warehoused from the NFC electronic tag of the goods to be warehoused, transmitting the information of the goods to a warehouse management system and a three-dimensional model of the warehouse in real time, and generating corresponding virtual images of the goods on corresponding shelves in the three-dimensional model of the warehouse; loading goods on a goods shelf: then, the goods are transported to the side of the goods shelf, NFC electronic tags of the goods are scanned by a scanner on the goods shelf, then the goods are placed at corresponding positions of the goods shelf, and serial number position information of the goods storage goods shelf is synchronously transmitted to a warehouse management system and a warehouse three-dimensional model in real time; and (4) cargo delivery: and scanning the goods out of the warehouse again when the goods are out of the warehouse, synchronously updating corresponding information to the warehouse management system and the warehouse three-dimensional model in real time through the scanner, and updating corresponding goods information in real time through databases in the warehouse management system and the warehouse three-dimensional model.
Example two:
in the first embodiment, the following steps are added:
in the step 1, the warehouse management system comprises professional warehouse management software, a code scanning instrument for warehouse entry and exit, a warehouse entry and exit trolley, a goods shelf and a scanner on the goods shelf, wherein the warehouse management software is connected with the warehouse three-dimensional model and is updated synchronously in real time, so that a user can operate the warehouse management system conveniently.
Creating a system and model: building a loading warehouse management system, simultaneously creating a warehouse three-dimensional model, and butting the warehouse management system with the warehouse three-dimensional model, wherein the contents of the warehouse three-dimensional model comprise: the method comprises the following steps of (1) cargo information, a three-dimensional cargo storage position, the quantity of cargos, the size of the residual space of a warehouse and the available position of the warehouse; warehousing preparation: the goods to be warehoused are conveyed to the door of a warehouse through the warehousing trolley, whether the goods to be warehoused carry the NFC electronic tags or not is checked, and if the goods to be warehoused do not carry the NFC electronic tags, the standby NFC electronic tags are pasted; and (4) label warehousing: scanning an NFC electronic tag adhered to the surface of goods to be warehoused by using a code scanner at the door of a warehouse, reading information of the goods to be warehoused from the NFC electronic tag of the goods to be warehoused, transmitting the information of the goods to a warehouse management system and a three-dimensional model of the warehouse in real time, and generating corresponding virtual images of the goods on corresponding shelves in the three-dimensional model of the warehouse; loading goods on a goods shelf: then, the goods are transported to the side of the goods shelf, NFC electronic tags of the goods are scanned by a scanner on the goods shelf, then the goods are placed at corresponding positions of the goods shelf, and serial number position information of the goods storage goods shelf is synchronously transmitted to a warehouse management system and a warehouse three-dimensional model in real time; and (4) cargo delivery: and scanning the goods out of the warehouse again when the goods are out of the warehouse, synchronously updating corresponding information to the warehouse management system and the warehouse three-dimensional model in real time through the scanner, and updating corresponding goods information in real time through databases in the warehouse management system and the warehouse three-dimensional model.
Example three:
in the second embodiment, the following steps are added:
in step 1, the concrete steps of creating a warehouse three-dimensional model are as follows: obtaining basic data information of a warehouse according to a design drawing of the warehouse and a scanning mode of using equipment and the like, generating a three-dimensional model of the warehouse through computer software, and selecting a certain position of the warehouse as a three-dimensional coordinate origin of the warehouse; the shelf label code is scanned and the three-dimensional coordinate value of the shelf in the warehouse is input, data information such as shelf label code information and the three-dimensional coordinate value is synchronously transmitted to the warehouse management system and the three-dimensional warehouse model in real time, and a shelf virtual image corresponding to the coordinate position is generated in the three-dimensional warehouse model based on the transmitted data information, so that a user can accurately observe the position of the goods.
Creating a system and model: building a loading warehouse management system, simultaneously creating a warehouse three-dimensional model, and butting the warehouse management system with the warehouse three-dimensional model, wherein the contents of the warehouse three-dimensional model comprise: the method comprises the following steps of (1) cargo information, a three-dimensional cargo storage position, the quantity of cargos, the size of the residual space of a warehouse and the available position of the warehouse; warehousing preparation: the goods to be warehoused are conveyed to the door of a warehouse through the warehousing trolley, whether the goods to be warehoused carry the NFC electronic tags or not is checked, and if the goods to be warehoused do not carry the NFC electronic tags, the standby NFC electronic tags are pasted; and (4) label warehousing: scanning an NFC electronic tag adhered to the surface of goods to be warehoused by using a code scanner at the door of a warehouse, reading information of the goods to be warehoused from the NFC electronic tag of the goods to be warehoused, transmitting the information of the goods to a warehouse management system and a three-dimensional model of the warehouse in real time, and generating corresponding virtual images of the goods on corresponding shelves in the three-dimensional model of the warehouse; loading goods on a goods shelf: then, the goods are transported to the side of the goods shelf, NFC electronic tags of the goods are scanned by a scanner on the goods shelf, then the goods are placed at corresponding positions of the goods shelf, and serial number position information of the goods storage goods shelf is synchronously transmitted to a warehouse management system and a warehouse three-dimensional model in real time; and (4) cargo delivery: and scanning the goods out of the warehouse again when the goods are out of the warehouse, synchronously updating corresponding information to the warehouse management system and the warehouse three-dimensional model in real time through the scanner, and updating corresponding goods information in real time through databases in the warehouse management system and the warehouse three-dimensional model.
Example four:
in the third embodiment, the following steps are added:
in step 3, the information of the goods to be warehoused comprises production time information, classification information and manufacturer information of the goods to be warehoused, various letter links of the same goods are bound, a code scanner at the door of a warehouse generates system time when responding to the goods to be warehoused, the system time is warehousing time of the goods to be warehoused, the information can be updated in time, and information confusion is avoided.
Creating a system and model: building a loading warehouse management system, simultaneously creating a warehouse three-dimensional model, and butting the warehouse management system with the warehouse three-dimensional model, wherein the contents of the warehouse three-dimensional model comprise: the method comprises the following steps of (1) cargo information, a three-dimensional cargo storage position, the quantity of cargos, the size of the residual space of a warehouse and the available position of the warehouse; warehousing preparation: the goods to be warehoused are conveyed to the door of a warehouse through the warehousing trolley, whether the goods to be warehoused carry the NFC electronic tags or not is checked, and if the goods to be warehoused do not carry the NFC electronic tags, the standby NFC electronic tags are pasted; and (4) label warehousing: scanning an NFC electronic tag adhered to the surface of goods to be warehoused by using a code scanner at the door of a warehouse, reading information of the goods to be warehoused from the NFC electronic tag of the goods to be warehoused, transmitting the information of the goods to a warehouse management system and a three-dimensional model of the warehouse in real time, and generating corresponding virtual images of the goods on corresponding shelves in the three-dimensional model of the warehouse; loading goods on a goods shelf: then, the goods are transported to the side of the goods shelf, NFC electronic tags of the goods are scanned by a scanner on the goods shelf, then the goods are placed at corresponding positions of the goods shelf, and serial number position information of the goods storage goods shelf is synchronously transmitted to a warehouse management system and a warehouse three-dimensional model in real time; and (4) cargo delivery: and scanning the goods out of the warehouse again when the goods are out of the warehouse, synchronously updating corresponding information to the warehouse management system and the warehouse three-dimensional model in real time through the scanner, and updating corresponding goods information in real time through databases in the warehouse management system and the warehouse three-dimensional model.
Example five:
in the fourth example, the following steps were added:
in step 4, cargo information in a warehouse management system and a warehouse three-dimensional model can be changed through a scanner on a shelf, after the information is transmitted to the warehouse three-dimensional model, a warehouse three-dimensional model space diagram is updated according to the changed information, the warehouse three-dimensional model judges whether the cargo information on the shelf in the warehouse is changed in real time, if the cargo information is changed, the warehouse three-dimensional model synchronizes the changed information to warehouse management software, the cargo information in the warehouse three-dimensional model and the warehouse management software can be updated mutually, and the cargo information comprises: the quantity and the type of goods can be smoothly managed, and the goods can be smoothly fed and discharged.
Creating a system and model: building a loading warehouse management system, simultaneously creating a warehouse three-dimensional model, and butting the warehouse management system with the warehouse three-dimensional model, wherein the contents of the warehouse three-dimensional model comprise: the method comprises the following steps of (1) cargo information, a three-dimensional cargo storage position, the quantity of cargos, the size of the residual space of a warehouse and the available position of the warehouse; warehousing preparation: the goods to be warehoused are conveyed to the door of a warehouse through the warehousing trolley, whether the goods to be warehoused carry the NFC electronic tags or not is checked, and if the goods to be warehoused do not carry the NFC electronic tags, the standby NFC electronic tags are pasted; and (4) label warehousing: scanning an NFC electronic tag adhered to the surface of goods to be warehoused by using a code scanner at the door of a warehouse, reading information of the goods to be warehoused from the NFC electronic tag of the goods to be warehoused, transmitting the information of the goods to a warehouse management system and a three-dimensional model of the warehouse in real time, and generating corresponding virtual images of the goods on corresponding shelves in the three-dimensional model of the warehouse; loading goods on a goods shelf: then, the goods are transported to the side of the goods shelf, NFC electronic tags of the goods are scanned by a scanner on the goods shelf, then the goods are placed at corresponding positions of the goods shelf, and serial number position information of the goods storage goods shelf is synchronously transmitted to a warehouse management system and a warehouse three-dimensional model in real time; and (4) cargo delivery: and scanning the goods out of the warehouse again when the goods are out of the warehouse, synchronously updating corresponding information to the warehouse management system and the warehouse three-dimensional model in real time through the scanner, and updating corresponding goods information in real time through databases in the warehouse management system and the warehouse three-dimensional model.
Example six:
in the fifth example, the following steps were added:
in step 5, when the warehouse management system and the warehouse three-dimensional model update the goods information, whether the goods are delivered from the warehouse or the goods are replaced by the goods placement shelf is judged in time, so that the convenience is brought to users to find problems in time, and the efficiency of goods management is ensured.
Creating a system and model: building a loading warehouse management system, simultaneously creating a warehouse three-dimensional model, and butting the warehouse management system with the warehouse three-dimensional model, wherein the contents of the warehouse three-dimensional model comprise: the method comprises the following steps of (1) cargo information, a three-dimensional cargo storage position, the quantity of cargos, the size of the residual space of a warehouse and the available position of the warehouse; warehousing preparation: the goods to be warehoused are conveyed to the door of a warehouse through the warehousing trolley, whether the goods to be warehoused carry the NFC electronic tags or not is checked, and if the goods to be warehoused do not carry the NFC electronic tags, the standby NFC electronic tags are pasted; and (4) label warehousing: scanning an NFC electronic tag adhered to the surface of goods to be warehoused by using a code scanner at the door of a warehouse, reading information of the goods to be warehoused from the NFC electronic tag of the goods to be warehoused, transmitting the information of the goods to a warehouse management system and a three-dimensional model of the warehouse in real time, and generating corresponding virtual images of the goods on corresponding shelves in the three-dimensional model of the warehouse; loading goods on a goods shelf: then, the goods are transported to the side of the goods shelf, NFC electronic tags of the goods are scanned by a scanner on the goods shelf, then the goods are placed at corresponding positions of the goods shelf, and serial number position information of the goods storage goods shelf is synchronously transmitted to a warehouse management system and a warehouse three-dimensional model in real time; and (4) cargo delivery: and scanning the goods out of the warehouse again when the goods are out of the warehouse, synchronously updating corresponding information to the warehouse management system and the warehouse three-dimensional model in real time through the scanner, and updating corresponding goods information in real time through databases in the warehouse management system and the warehouse three-dimensional model.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (9)
1. A novel warehouse management method is characterized in that: the method comprises the following steps:
step 1: creating a system and model: building a loading warehouse management system, simultaneously creating a warehouse three-dimensional model, and butting the warehouse management system with the warehouse three-dimensional model, wherein the contents of the warehouse three-dimensional model comprise: the method comprises the following steps of (1) cargo information, a three-dimensional cargo storage position, the quantity of cargos, the size of the residual space of a warehouse and the available position of the warehouse;
step 2: warehousing preparation: the goods to be warehoused are conveyed to the door of a warehouse through the warehousing trolley, whether the goods to be warehoused carry the NFC electronic tags or not is checked, and if the goods to be warehoused do not carry the NFC electronic tags, the standby NFC electronic tags are pasted;
and step 3: and (4) label warehousing: scanning an NFC electronic tag adhered to the surface of goods to be warehoused by using a code scanner at the door of a warehouse, reading information of the goods to be warehoused from the NFC electronic tag of the goods to be warehoused, transmitting the information of the goods to a warehouse management system and a three-dimensional model of the warehouse in real time, and generating corresponding virtual images of the goods on corresponding shelves in the three-dimensional model of the warehouse;
and 4, step 4: loading goods on a goods shelf: then, the goods are transported to the side of the goods shelf, NFC electronic tags of the goods are scanned by a scanner on the goods shelf, then the goods are placed at corresponding positions of the goods shelf, and serial number position information of the goods storage goods shelf is synchronously transmitted to a warehouse management system and a warehouse three-dimensional model in real time;
and 5: and (4) cargo delivery: and scanning the goods out of the warehouse again when the goods are out of the warehouse, synchronously updating corresponding information to the warehouse management system and the warehouse three-dimensional model in real time through the scanner, and updating corresponding goods information in real time through databases in the warehouse management system and the warehouse three-dimensional model.
2. The novel warehouse management method according to claim 1, wherein: in the step 1, the warehouse management system comprises professional warehouse management software, a code scanning instrument for entering and exiting a warehouse, an entering and exiting trolley, a goods shelf and a scanner on the goods shelf, wherein the warehouse management software is connected with the warehouse three-dimensional model and is synchronously updated in real time.
3. The novel warehouse management method according to claim 1, wherein: in step 1, the specific step of creating a warehouse three-dimensional model is as follows: obtaining basic data information of a warehouse according to a design drawing of the warehouse and a scanning mode of using equipment and the like, generating a three-dimensional model of the warehouse through computer software, and selecting a certain position of the warehouse as a three-dimensional coordinate origin of the warehouse; the shelf label code is scanned and a three-dimensional coordinate value of the shelf in the warehouse is input, data information such as shelf label code information and the three-dimensional coordinate value is synchronously transmitted to the warehouse management system and the three-dimensional warehouse model in real time, and a shelf virtual image corresponding to the coordinate position is generated in the three-dimensional warehouse model based on the transmitted data information.
4. The novel warehouse management method according to claim 1, wherein: in the step 3, the information of the goods to be warehoused comprises production time information, classification information and manufacturer information of the goods to be warehoused, and various letter links of the same goods are bound.
5. The novel warehouse management method according to claim 1, wherein: in the step 3, a system time is generated when the code scanner at the door of the warehouse responds to the goods to be warehoused, and the system time is the warehousing time of the warehoused goods.
6. The novel warehouse management method according to claim 1, wherein: in step 4, the scanner on the shelf can change the goods information in the warehouse management system and the warehouse three-dimensional model, and after the information is transmitted to the warehouse three-dimensional model, the warehouse three-dimensional model space diagram is updated according to the changed information.
7. The novel warehouse management method according to claim 2, wherein: in the step 4, the warehouse three-dimensional model judges whether the information of the goods on the shelves in the warehouse is changed in real time, and if the information of the goods on the shelves is changed, the warehouse three-dimensional model synchronizes the change information to the warehouse management software.
8. The novel warehouse management method according to claim 2, wherein: in step 4, the three-dimensional model of the warehouse and the cargo information in the warehouse management software may be updated, where the cargo information includes: number of goods and kind of goods.
9. The novel warehouse management method according to claim 1, wherein: and in the step 5, when the warehouse management system and the warehouse three-dimensional model update the goods information, judging whether the goods are delivered out of the warehouse or replaced by the goods placement shelf in time.
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