CN111144805A - Product in-and-out-of-warehouse management method and system - Google Patents
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Abstract
The invention provides a product warehouse-in and warehouse-out management method, which comprises the following steps: the method comprises the steps that data of products to be warehoused are obtained on the basis of warehouse entry scanning equipment, and the data of the products to be warehoused are written into a buffer database; reading a database to be delivered, wherein the database to be delivered comprises data of products to be delivered; dividing the buffer database into an intersection product subset and a non-intersection product subset based on the intersection condition of the buffer database and the database to be exported; writing the data of the products to be stored in the buffer database into the stock database, and converting the products to be stored into stock products; setting the priority of the stock products converted by the intersection product subset into the stock products to be high; transporting the stock products converted from the warehouse-in products in the non-intersection product subset to a preset warehouse position based on the carrying robot; and when the products to be delivered from the warehouse in the database to be delivered from the warehouse need to be delivered from the warehouse, extracting the data of the corresponding inventory products based on the priority. The invention also provides a product in-out library management system.
Description
Technical Field
The invention relates to the field of logistics, in particular to a method and a system for managing product in and out of a warehouse.
Background
In the existing logistics management system, in order to take the loading efficiency of a transport vehicle and the receiving period of a customer into consideration, a warehouse is used for delivering products at fixed time points. Under intelligent warehouse system, the speed of leaving warehouse of product is very fast, the time of leaving warehouse of product is shorter, consequently, warehouse system can be listed into the database of waiting to leave warehouse with customer's order product earlier, before the transport vechicle loading, will wait to leave warehouse order product in the database once only take out again, through above embodiment, can concentrate and carry out once only shipment to the loading product, can avoid simultaneously carrying out the problem that the secondary was deposited from the product that is taken out in the warehouse, the maximize performance intelligent warehouse system's function.
In the aspect of product warehousing, a common process is that warehouse-in products are recorded and then stored in corresponding positions of a warehouse, and are taken out when the products are taken out of the warehouse.
Disclosure of Invention
The invention provides a product warehouse-in and warehouse-out management method and system, which can directly transport products required by a database to be delivered from a warehouse inlet to a warehouse outlet, simplify the delivery process of the products, reduce the transportation pressure and have good practicability.
Correspondingly, the invention provides a product warehouse-in and warehouse-out management method, which comprises the following steps:
transporting products to be warehoused to a warehouse entrance, acquiring data of the products to be warehoused based on warehouse entry scanning equipment and writing the data of the products to be warehoused into a buffer database;
reading a database to be delivered, wherein the database to be delivered comprises data of products to be delivered;
dividing the buffer database into an intersection product subset and a non-intersection product subset based on the intersection condition of the buffer database and the database to be exported;
writing data of products to be warehoused in the buffer database into an inventory database, and converting the products to be warehoused into inventory products;
setting the priority of the stock products converted from the stock products in the intersection product subset to be high;
transporting the stock products converted from the warehouse-in products in the non-intersection product subset to a preset warehouse position based on a carrying robot;
and when the products to be delivered from the warehouse in the database to be delivered from the warehouse need to be delivered from the warehouse, extracting the corresponding data of the stock products from the stock database based on the priority, and extracting the corresponding stock products to a warehouse outlet.
In an optional implementation manner, the step of obtaining data of a product to be warehoused based on the warehousing scanning device and writing the data of the product to be warehoused into the buffer database includes the following steps:
acquiring a bar code and a production batch of a product to be warehoused based on a warehousing scanning device;
generating an internal unique code of the product to be warehoused;
and writing the bar code, the production batch and the internal unique code of the product to be warehoused into a buffer database as the data of the product to be warehoused.
In an optional embodiment, the writing the data of the product to be warehoused in the buffer database into the inventory database, and the converting the product to be warehoused into the inventory product further includes the following steps:
and appointing storage positions for the warehouse entry products in the buffer database based on the inventory database, wherein the appointed storage positions of the warehouse entry products converted from the warehouse entry products in the intersection product subset are temporary storage positions, and the appointed storage positions of the warehouse entry products converted from the warehouse entry products in the non-intersection product subset are shelves in the storage area.
In an optional implementation manner, in the step of reading the database to be delivered, where the database to be delivered includes data of products to be delivered, the data of the products to be delivered is a barcode of the products to be delivered.
In an optional embodiment, when a product to be delivered from the warehouse in the database to be delivered needs to be delivered from the warehouse, extracting the data of the corresponding stock product from the stock database based on the priority, and extracting the corresponding stock product to the warehouse outlet further includes the following steps:
distributing an internal unique code for the product to be delivered out of the warehouse in the warehouse database based on the priority based on the bar code of the product to be delivered out of the warehouse in the database to be delivered out of the warehouse;
obtaining the appointed storage position of the product to be delivered out of the warehouse based on the bar code of the product to be delivered out of the warehouse and the internal unique code;
and transporting the products to be delivered from the designated storage position to a warehouse outlet based on the designated storage position.
In an alternative embodiment, the temporary storage location is located at a distance from the warehouse entrance that is less than the distance from the warehousing area to the warehouse entrance.
In an optional embodiment, when the intersection product subset is an empty set, the following steps of "writing data of products to be warehoused in the buffer database into the inventory database, converting the products to be warehoused into inventory products, setting the priority of the inventory products converted from the products to be warehoused in the intersection product subset to be high, and transporting the inventory products converted from the products to be warehoused in the non-intersection product subset to a preset warehousing position based on a transfer robot" are skipped;
and then transporting the inventory products converted from the products to be delivered into the buffer database to a preset storage position based on a carrying robot.
Accordingly, the present invention provides a product entry and exit library management system, comprising:
warehouse entry scanning equipment: the system is used for acquiring data of products to be warehoused;
a transfer robot: the system is used for transporting the inventory commodities converted from the products to be delivered to the warehouse to a specific position and transporting the products to be delivered to the warehouse to a specific position;
a central control system: comprises that
Buffering the database: the system is used for storing data of products to be warehoused;
and (3) waiting for ex-warehouse database: the system is used for storing data of products to be delivered from the warehouse;
an inventory database: for storing data of the inventory product.
The invention provides a product warehouse-in and warehouse-out management method and a product warehouse-in and warehouse-out management system, wherein data of products to be warehoused are firstly written into a buffer database, the intersection of the buffer database and the database to be warehoused is calculated in real time, the products to be warehoused are divided into an intersection product subset and a non-intersection product subset on the basis of the intersection product subset, commodities in the intersection product subset are transported to a position close to an inlet of a warehouse, so that the commodities in the intersection product subset can be directly transported to the outlet of the warehouse from the inlet of the warehouse when the products are warehoused, the work burden of a carrying robot is reduced, and the product warehouse-in and warehouse-out management system has good practicability.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a flow chart illustrating a method for product in-and-out-of-store management in an embodiment of the present invention;
fig. 2 shows a schematic structural diagram of a product entry and exit library management system according to an embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
FIG. 1 is a flow chart illustrating a method for product in-and-out-of-store management in an embodiment of the present invention;
the embodiment of the invention provides a product warehouse-in and warehouse-out management method, which is characterized by comprising the following steps:
s101: transporting products to be warehoused to a warehouse entrance, acquiring data of the products to be warehoused based on warehouse entry scanning equipment and writing the data of the products to be warehoused into a buffer database;
in the step, the products to be stored are transported to the warehouse entrance, and the products to be stored need to be scanned by the storage scanning device, so that the conversion from the entity information to the digital information is realized.
Specifically, the digital information of the product to be warehoused mainly comprises a bar code and a production batch, and specifically, the bar code can be obtained by scanning the bar code of the product. Each product has a unique bar code, and the production batch is used for identifying the production date of the product; in addition, in order to identify the same product in the same production batch, an internal unique code is usually added to the digital information; the internal unique code mainly identifies different individuals of the same product in the same production batch so as to carry out a one-to-one corresponding product identification method.
Specifically, the above-mentioned digitized information (i.e. the data of the products to be warehoused) is written into a buffer database, and the buffer database is mainly used for storing the digitized information of the warehoused commodities under the same warehousing operation.
S102: reading a database to be delivered, wherein the database to be delivered comprises data of products to be delivered;
specifically, the data of the product to be delivered is stored in the database to be delivered, specifically, the data of the product to be delivered mainly includes the barcode information of the product to be delivered, and the product in the database to be delivered is confirmed only before being taken out (that is, the data of the product actually needing to be delivered is generated in real time before being taken out, in this embodiment, the barcode of the product and the unique code inside the product are provided).
S103: dividing the buffer database into an intersection product subset and a non-intersection product subset based on the intersection condition of the buffer database and the database to be exported;
specifically, in each warehousing operation, after the data of the commodity in the same warehousing operation is acquired, and before the commodity in the same warehousing operation is carried, the intersection condition of the buffer database and the database to be exported is based.
Specifically, the specific item of the intersection condition is bar code information, and whether an intersection product exists can be obtained by performing intersection processing on the buffer database and the database to be exported.
Basically, the above intersection processing result is used as a dividing basis to divide the buffer database into an intersection product subset and a non-intersection product subset, specifically, the intersection product subset includes intersection commodities in the buffer database and the database to be exported, and the non-intersection product subset includes commodities in the buffer database except commodities in the intersection product subset.
It should be noted that the intersection product subset may be an empty set; specifically, the product in-and-out-of-warehouse management method provided by the embodiment is mainly used for performing optimization processing aiming at possible situations, and is not necessarily a step to be executed; thus, to avoid confusion of the in-and-out library process, the existence of an empty set is allowed here.
In a specific implementation, in order to simplify the processing flow, when the intersection product subset is an empty set, the following steps of "writing data of products to be warehoused in the buffer database into the inventory database, converting the products to be warehoused into inventory products, setting a priority of the inventory products converted from the products to be warehoused in the intersection product subset to be high, and transporting the inventory products converted from the products to be warehoused in the non-intersection product subset to a preset warehousing position based on a transfer robot" are skipped to be executed;
and then transporting the inventory products converted from the products to be delivered into the buffer database to a preset storage position based on a carrying robot.
S104: writing data of products to be warehoused in the buffer database into an inventory database, and converting the products to be warehoused into inventory products;
after the processing of S101 to S103, the entity information of the product to be warehoused is recorded as digital information, and warehousing operation on a physical level, that is, the commodity is transported away from the warehouse entrance, may be performed. And at the moment, the products to be warehoused are converted into stock products, the data of the products to be warehoused in the buffer database are written into the stock database, and the stock database is used for recording commodities actually stored in the warehouse.
S105: setting the priority of the stock products converted from the stock products in the intersection product subset to be high;
in order to implement the product warehouse entry and exit management method provided in this embodiment, it is necessary that, after data of products to be warehoused in the buffer database is written into the inventory database, in order to ensure that the intersection product subset can be preferentially selected during warehouse exit operations, the priority of inventory products converted by the warehouse entry products in the intersection product subset needs to be set high, specifically, for different management systems, the meaning of the priority setting is different, and the purpose is to ensure that the intersection product subset can be preferentially selected during warehouse exit operations, and specifically, the applicable means may be various, and in particular, the applicable means is adaptively changed for different warehousing systems.
S106: transporting the stock products converted from the warehouse-in products in the non-intersection product subset to a preset warehouse position based on a carrying robot;
specifically, it should be noted that, when the data of the products to be warehoused in the buffer database is written into the inventory database, the products to be warehoused are converted into inventory products, a storage position is also designated for the inventory products converted from each product to be warehoused, and the data of the storage position is written into the digitized information of the inventory products converted from the products to be warehoused.
In this embodiment, similar to the existing operation procedure, the stock products converted from the warehouse-in products in the non-intersecting product subset are transported to the preset warehouse location based on the transfer robot, and the preset warehouse location is a shelf in the warehouse area.
Additionally, the stock products converted from the warehouse entry products in the non-intersecting product subset are transported by the transfer robot to a temporary storage location disposed at a close distance from the warehouse entry.
Specifically, the temporary storage location is located a shorter distance from the warehouse entrance than the warehousing area.
S107: and when the products to be delivered from the warehouse in the database to be delivered from the warehouse need to be delivered from the warehouse, extracting the corresponding data of the stock products from the stock database based on the priority, and extracting the corresponding stock products to a warehouse outlet.
When the transport vehicle reaches the position of the warehouse and performs warehouse-out operation, the information of the products to be warehoused in the database to be warehoused is extracted, and then corresponding commodities are selected in the warehouse in a targeted mode.
When the commodities in the warehouse are selected according to the products to be delivered, the selection process of the step is actually a process of selecting the internal unique code because the number corresponding to each commodity is not one.
In step S105, the priority of the stock product converted from the stock product in the intersection product subset is set to be high, and the product with higher priority is preferentially selected in the selection process of the internal unique code.
And after the products needing to be delivered from the warehouse are confirmed, the conveying robot is driven to convey the confirmed products, the corresponding products are conveyed to a warehouse outlet, and loading and delivery operation is carried out.
Fig. 2 shows a schematic structural diagram of a product entry and exit library management system according to an embodiment of the present invention. Correspondingly, the invention also provides a product in-out library management system, which comprises:
warehouse entry scanning equipment: the system is used for acquiring data of products to be warehoused;
a transfer robot: the system is used for transporting the inventory commodities converted from the products to be delivered to the warehouse to a specific position and transporting the products to be delivered to the warehouse to a specific position;
a central control system: comprises that
Buffering the database: the system is used for storing data of products to be warehoused;
and (3) waiting for ex-warehouse database: the system is used for storing data of products to be delivered from the warehouse;
an inventory database: for storing data of the inventory product.
To sum up, the embodiment of the invention provides a product warehouse entry and exit management method and a product warehouse entry and exit management system, in the product warehouse entry and exit management method, data of products to be warehoused are firstly written into a buffer database, intersection of the buffer database and the database to be warehoused is calculated in real time, the products to be warehoused are divided into an intersection product subset and a non-intersection product subset on the basis of the intersection product subset, commodities in the intersection product subset are transported to a position close to an inlet of a warehouse, so that the commodities in the intersection product subset can be directly transported to the outlet of the warehouse from the inlet of the warehouse when the products are warehoused, the work burden of a carrying robot is reduced, and the product warehouse entry and exit management system have good practicability.
It should be noted that the product warehouse entry and exit management method is substantially the same as the existing warehouse entry and exit management method in terms of main flow, wherein the added steps do not affect the basic flow of the original warehouse entry and exit management method, and only can produce optimization under specific conditions, so that the product warehouse entry and exit management method can be used for improving various existing warehouse entry and exit management methods.
The product warehouse-in and warehouse-out management method and the system machine provided by the embodiment of the invention are described in detail, a specific example is applied in the method to explain the principle and the implementation mode of the invention, and the description of the embodiment is only used for helping to understand the method and the core idea of the invention; meanwhile, for a person skilled in the art, according to the idea of the present invention, there may be variations in the specific embodiments and the application scope, and in summary, the content of the present specification should not be construed as a limitation to the present invention.
Claims (8)
1. A product warehouse-in and warehouse-out management method is characterized by comprising the following steps:
transporting products to be warehoused to a warehouse entrance, acquiring data of the products to be warehoused based on warehouse entry scanning equipment and writing the data of the products to be warehoused into a buffer database;
reading a database to be delivered, wherein the database to be delivered comprises data of products to be delivered;
dividing the buffer database into an intersection product subset and a non-intersection product subset based on the intersection condition of the buffer database and the database to be exported;
writing data of products to be warehoused in the buffer database into an inventory database, and converting the products to be warehoused into inventory products;
setting the priority of the stock products converted from the stock products in the intersection product subset to be high;
transporting the stock products converted from the warehouse-in products in the non-intersection product subset to a preset warehouse position based on a carrying robot;
and when the products to be delivered from the warehouse in the database to be delivered from the warehouse need to be delivered from the warehouse, extracting the corresponding data of the stock products from the stock database based on the priority, and extracting the corresponding stock products to a warehouse outlet.
2. The product warehouse entry and exit management method of claim 1, wherein the step of obtaining the data of the products to be warehoused based on the warehouse entry scanning device and writing the data of the products to be warehoused into the buffer database comprises the following steps:
acquiring a bar code and a production batch of a product to be warehoused based on a warehousing scanning device;
generating an internal unique code of the product to be warehoused;
and writing the bar code, the production batch and the internal unique code of the product to be warehoused into a buffer database as the data of the product to be warehoused.
3. The product warehousing management method according to claim 2, wherein the step of writing the data of the products to be warehoused in the buffer database into the inventory database, and the step of converting the products to be warehoused into inventory products further comprises the steps of:
and appointing storage positions for the warehouse entry products in the buffer database based on the inventory database, wherein the appointed storage positions of the warehouse entry products converted from the warehouse entry products in the intersection product subset are temporary storage positions, and the appointed storage positions of the warehouse entry products converted from the warehouse entry products in the non-intersection product subset are shelves in the storage area.
4. The product warehousing and ex-warehouse management method according to claim 3, wherein in the step of reading the database to be warehoused, which includes the data of the products to be warehoused, the data of the products to be warehoused is a barcode of the products to be warehoused.
5. The product warehousing and ex-warehouse management method according to claim 4, wherein when the products to be ex-warehouse in the database to be ex-warehouse need to be ex-warehouse, the method further comprises the steps of extracting the data of the corresponding stock products from the stock database based on the priority and extracting the corresponding stock products to a warehouse outlet:
distributing an internal unique code for the product to be delivered out of the warehouse in the warehouse database based on the priority based on the bar code of the product to be delivered out of the warehouse in the database to be delivered out of the warehouse;
obtaining the appointed storage position of the product to be delivered out of the warehouse based on the bar code of the product to be delivered out of the warehouse and the internal unique code;
and transporting the products to be delivered from the designated storage position to a warehouse outlet based on the designated storage position.
6. The product entry and exit management method according to claim 3, wherein the distance between the temporary storage location and the warehouse entrance is smaller than the distance between the warehousing area and the warehouse entrance.
7. The product warehousing management method according to claim 1, wherein, when the intersection product subset is an empty set, the following steps of "writing data of products to be warehoused in the buffer database into the inventory database, converting the products to be warehoused into inventory products, setting the priority of the inventory products converted from the products to be warehoused in the intersection product subset high, and transporting the inventory products converted from the products to be warehoused in the non-intersection product subset into a preset warehousing position based on a transfer robot" are skipped;
and then transporting the inventory products converted from the products to be delivered into the buffer database to a preset storage position based on a carrying robot.
8. A product in-and-out-of-warehouse management system, the product base-of-warehouse management system comprising:
warehouse entry scanning equipment: the system is used for acquiring data of products to be warehoused;
a transfer robot: the system is used for transporting the inventory commodities converted from the products to be delivered to the warehouse to a specific position and transporting the products to be delivered to the warehouse to a specific position;
a central control system: comprises that
Buffering the database: the system is used for storing data of products to be warehoused;
and (3) waiting for ex-warehouse database: the system is used for storing data of products to be delivered from the warehouse;
an inventory database: for storing data of the inventory product.
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| CN115649727A (en) * | 2022-10-26 | 2023-01-31 | 中电投新疆能源化工集团五彩湾发电有限责任公司 | Intelligent warehouse management method and system for multi-scale articles in power plant |
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