CN113222505A - Method for quickly packaging and delivering goods based on scanned SKU bar codes - Google Patents
Method for quickly packaging and delivering goods based on scanned SKU bar codes Download PDFInfo
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Abstract
The invention discloses a method for quickly packaging and delivering goods based on scanned SKU bar codes, belongs to the field of goods delivery management, and is applied to a fulfillment order process in a large-scale cross-border export e-commerce seller company. The SKU barcode scanning technology is used for solving the problems of delivery disorder and delivery error; the data acquisition module is directly in wireless connection with the barcode generation module, the data acquisition module provides commodity data for the barcode generation module, and the barcode generation module generates a first SKU barcode according to the commodity data acquired by the data acquisition module; the intelligent packaging module is used for packaging the commodities after the bar code generation module generates the first SKU bar code; the scanning module scans and verifies the first SKU bar code; when the verification is passed, the scanning module sends a verification passing signal to the intelligent updating module, and the intelligent updating module modifies the background information of the first SKU bar code and changes the background information into a second SKU bar code; and the delivery execution module is used for delivering the commodities packaged by the intelligent packaging module.
Description
Technical Field
The invention belongs to the field of goods delivery management, relates to a SKU bar code scanning technology, and particularly relates to a method for quickly packaging and delivering goods based on scanned SKU bar codes.
Background
In the cross-border e-commerce commodity trade process, an individual product is sometimes called a SKU (Chinese is translated into a minimum Stock Keeping Unit, and English is called Stock Keeping Unit for short, and is defined as the minimum available Unit for Keeping Stock control, for example, a SKU in textile usually represents specification, color and style). Of course, the concept of single product is different from the concept of 'variety' in the traditional sense, and different attributes of different commodities can be distinguished by the concept of single product, so that great convenience is provided for commodity purchasing, selling, logistics management, financial management and development of a POS system and a MIS system. The SKU management approach is accurate enough to accommodate the current logistics competition, and in fact the use of the information system has a large impact on it. Without precise coding to distinguish different SKUs of the same product, it is difficult to conduct a unit-to-SKU administration.
With the increase of the business volume and the business orders, the packer with more tasks cannot keep the accuracy of the package sending, and the problems of delivery disorder and delivery error are easily caused.
Therefore, a method for quickly packaging and delivering goods based on scanned SKU bar codes is provided.
Disclosure of Invention
In order to solve the problems existing in the scheme, the invention provides a method for quickly packaging and delivering goods based on scanned SKU bar codes.
The purpose of the invention can be realized by the following technical scheme:
a method for quickly packaging and delivering goods based on a scanned SKU bar code comprises a system for quickly packaging and delivering goods based on a scanned SKU bar code, and specifically, the system for quickly packaging and delivering goods based on a scanned SKU bar code comprises a data acquisition module, a bar code generation module, an intelligent updating module, a scanning module, an intelligent packaging module, an error alarm module, a delivery execution module and a data storage module;
the data acquisition module is directly in wireless connection with the barcode generation module, the data acquisition module provides commodity data for the barcode generation module, and the barcode generation module generates a first SKU barcode according to the commodity data acquired by the data acquisition module; the first SKU barcode has uniqueness, and the first SKU barcode and the commodity form a one-to-one relationship;
specifically, the process of generating the first SKU barcode by the barcode generation module includes the following steps:
step S1: the data acquisition module acquires commodity data of commodities, wherein the commodity data comprises commodity brands, commodity models, lengths and widths of the commodities, delivery specifications of the commodities and receiving places of the commodities, and the delivery specifications comprise bagged delivery and boxed delivery; sending the commodity data acquired by the data acquisition module to the bar code generation module;
step S2: after the bar code generation module receives the commodity data sent by the data acquisition module, the bar code generation module firstly generates a commodity identification code, and the commodity data for generating the commodity identification code comprises a commodity brand, a commodity model and the length and width of a commodity;
step S3: the bar code generation module marks the generated identification codes of the commodities respectively as i; the barcode generation module generates a first SKU barcode in conjunction with the shipping specification of the item and the recipient location of the item.
The scanning module comprises a first scanning unit and a second scanning unit; the scanning module is used for scanning SKU bar codes, and the SKU bar codes comprise a first SKU bar code and a second SKU bar code;
further, the intelligent packaging module is used for packaging the commodity after the bar code generation module generates the first SKU bar code, and specifically, the process of packaging the commodity by the intelligent packaging module mainly comprises the following decomposition steps:
step Q1: after the barcode generation module generates a first SKU barcode, sending the commodity to an intelligent packaging module according to the delivery specification of the commodity, and packaging the commodity after the intelligent packaging module receives the commodity sent by the barcode generation module;
step Q2: after the intelligent packaging module packages the commodities, the intelligent packaging module pastes a first SKU bar code on the surfaces of the packaged commodities; and the packaged goods are transported to a delivery execution module.
Furthermore, the intelligent packaging module comprises a bagged packaging unit and a boxed packaging unit.
Further, the intelligent packaging module further comprises a code scanning verification process before the packaged and packaged commodity is conveyed to the delivery execution module, and specifically, the code scanning verification process specifically comprises:
step P1: when the intelligent packaging module packages the packaged goods, the intelligent packaging module sends a first scanning signal to the scanning module; after receiving the first scanning signal, the scanning module scans and verifies the first SKU bar code;
step P2: the scanning module is linked with the first scanning unit, the first scanning unit scans the first SKU bar code to acquire information of the first SKU bar code, and the information of the first SKU bar code comprises a commodity identification code, a delivery specification of a commodity and a receiving place of the commodity;
step P3: the first scanning unit compares the obtained delivery specification of the commodity with the packaging unit of the intelligent packaging module; the packing unit of the intelligent packing module comprises a bagged packing unit and a boxed packing unit.
When the delivery specification is bagged delivery and the packing unit is a bagged packing unit or the delivery specification is boxed delivery and the packing unit is a boxed packing unit, indicating that the packing mode is correct and the verification is passed; and executing the next step;
when the delivery specification is not matched with the packaging unit, sending an error signal to the error alarm module by the first scanning unit to indicate that the verification is not passed;
step P4: the scanning module sends a verification passing signal to the intelligent updating module, the intelligent updating module modifies background information of the first SKU bar code, and notes that the verification passes are carried out after the delivery specification of the commodity; at this point, the updated first SKU barcode is changed to the second SKU barcode.
Step P5: and the intelligent packaging module conveys the packaged and packaged commodities to a delivery execution module.
Further, the delivery execution module includes a first delivery execution unit, a second delivery execution unit … …, an nth delivery execution unit; the first shipment executing unit and the second shipment executing unit … … correspond to different shipment areas, respectively.
Further, the delivery execution module is configured to perform delivery execution on the goods packaged by the intelligent packaging module, and the specific working process of the delivery execution module includes the following processes:
step T1: after the intelligent packaging module conveys the packaged and packaged commodities to the delivery execution module, the delivery execution module sends a second scanning signal to the scanning module; after receiving the second scanning signal, the scanning module scans the second SKU bar code;
step T2: the scanning module is linked with a second scanning unit, the second scanning unit scans a second SKU bar code to acquire information of the second SKU bar code, and the information of the second SKU bar code comprises a commodity identification code, a delivery specification of a commodity and a receiving place of the commodity;
step T3: the second scanning unit matches the receiving place of the obtained commodity with the delivery execution unit; the delivery execution unit comprises a first delivery execution unit, a second delivery execution unit … …, an Nth delivery execution unit;
step T4: when the receiving place of the commodity is in the first delivery execution area, the delivery execution module carries out delivery execution on the commodity through the first delivery execution unit; by analogy, when the receiving place of the commodity is in the Nth delivery execution area, the delivery execution module carries out delivery execution on the commodity through the Nth delivery execution unit; and executing the next step;
step T5: after the delivery execution module executes delivery, the scanning module sends a delivery passing signal to the intelligent updating module, the intelligent updating module modifies background information of the second SKU bar code, and notes 'delivery passing' are put in place after the delivery specification of the commodity; and sending the updated second SKU bar code to a data storage module for data storage.
Compared with the prior art, the invention has the beneficial effects that:
1. the system is provided with a bar code generation module, wherein the bar code generation module is used for generating a first SKU bar code, firstly, commodity data of a commodity are acquired through a data acquisition module, the commodity data comprise a commodity brand, a commodity model, a length and a width of the commodity, a delivery specification of the commodity and a receiving place of the commodity, and the delivery specification comprises bagged delivery and boxed delivery; then the data acquisition module sends the acquired commodity data to the bar code generation module; after the bar code generation module receives the commodity data sent by the data acquisition module, the bar code generation module firstly generates a commodity identification code, and the commodity data for generating the commodity identification code comprises a commodity brand, a commodity model and the length and width of a commodity; the bar code generation module marks the generated identification codes of the commodities respectively; the barcode generation module generates a first SKU barcode in conjunction with the shipping specification of the item and the recipient location of the item. The first SKU barcode has uniqueness, and the first SKU barcode and the commodity form a one-to-one relationship; the problem of commodity identification errors after the commodities are packed can be avoided.
2. The invention is provided with a scanning module, wherein the scanning module comprises a first scanning unit and a second scanning unit; the scanning module is used for scanning SKU bar codes, and the SKU bar codes comprise a first SKU bar code and a second SKU bar code; after the barcode generation module generates a first SKU barcode, sending the commodity to an intelligent packaging module according to the delivery specification of the commodity, and packaging the commodity after the intelligent packaging module receives the commodity sent by the barcode generation module; after the intelligent packaging module packages the commodities, the intelligent packaging module pastes a first SKU bar code on the surfaces of the packaged commodities; the packaged goods are conveyed to a delivery execution module; the intelligent packaging module comprises a bagged packaging unit and a boxed packaging unit. When the intelligent packaging module packages the packaged goods, the intelligent packaging module sends a first scanning signal to the scanning module; after receiving the first scanning signal, the scanning module scans and verifies the first SKU bar code; the scanning module is linked with the first scanning unit, the first scanning unit scans the first SKU bar code to acquire information of the first SKU bar code, and the information of the first SKU bar code comprises a commodity identification code, a delivery specification of a commodity and a receiving place of the commodity; the first scanning unit compares the obtained delivery specification of the commodity with the packaging unit of the intelligent packaging module; the packing unit of the intelligent packing module comprises a bagged packing unit and a boxed packing unit. When the delivery specification is bagged delivery and the packing unit is a bagged packing unit or the delivery specification is boxed delivery and the packing unit is a boxed packing unit, indicating that the packing mode is correct and the verification is passed; when the delivery specification is not matched with the packaging unit, sending an error signal to the error alarm module by the first scanning unit to indicate that the verification is not passed;
the scanning module sends a verification passing signal to the intelligent updating module, the intelligent updating module modifies background information of the first SKU bar code, and notes that the verification passes are carried out after the delivery specification of the commodity; at this time, the updated first SKU barcode is changed into a second SKU barcode; and the intelligent packaging module conveys the packaged and packaged commodities to a delivery execution module. A code scanning verification process is added, the commodity is confirmed after the commodity is packaged, and the delivery error caused by the commodity packaging error is avoided.
3. The system is provided with a delivery execution module, wherein the delivery execution module is used for delivering goods packaged by the intelligent packaging module, and firstly, after the packaged goods are conveyed to the delivery execution module by the intelligent packaging module, the delivery execution module sends a second scanning signal to the scanning module; after receiving the second scanning signal, the scanning module scans the second SKU bar code; the scanning module is linked with a second scanning unit, the second scanning unit scans a second SKU bar code to acquire information of the second SKU bar code, and the information of the second SKU bar code comprises a commodity identification code, a delivery specification of a commodity and a receiving place of the commodity;
then the second scanning unit matches the receiving place of the obtained commodity with a delivery execution unit; the delivery execution unit comprises a first delivery execution unit, a second delivery execution unit … …, an Nth delivery execution unit; when the receiving place of the commodity is in the first delivery execution area, the delivery execution module carries out delivery execution on the commodity through the first delivery execution unit; by analogy, when the receiving place of the commodity is in the Nth delivery execution area, the delivery execution module carries out delivery execution on the commodity through the Nth delivery execution unit;
finally, after the delivery execution module executes delivery, the scanning module sends a delivery passing signal to the intelligent updating module, the intelligent updating module modifies background information of the second SKU bar code, and notes 'delivery passing' are given after the delivery specification of the commodity; and sending the updated second SKU bar code to a data storage module for data storage. Ensuring that the problems of delivery confusion and delivery errors are not caused.
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 of a method for quick packaging and delivery of goods based on scanned SKU bar codes according to the present invention;
FIG. 2 is a functional block diagram of a scanning SKU barcode based rapid packaging and shipping system.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood 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.
Example 1:
a method for quickly packaging and delivering goods based on a scanned SKU barcode comprises the following steps:
the method comprises the following steps: the data acquisition module is directly in wireless connection with the barcode generation module, the data acquisition module provides commodity data for the barcode generation module, and the barcode generation module generates a first SKU barcode according to the commodity data acquired by the data acquisition module;
step two: the intelligent packaging module is used for packaging the commodities after the bar code generation module generates the first SKU bar code; the scanning module scans and verifies the first SKU bar code;
step three: when the verification is passed, the scanning module sends a verification passing signal to the intelligent updating module, and the intelligent updating module modifies the background information of the first SKU bar code and changes the background information into a second SKU bar code;
step four: and the delivery execution module is used for delivering the commodities packaged by the intelligent packaging module.
Example 2:
as shown in fig. 2, a method for fast packaging and shipping based on a scanned SKU barcode includes a fast packaging and shipping system based on a scanned SKU barcode, and specifically, the fast packaging and shipping system based on a scanned SKU barcode includes a data acquisition module, a barcode generation module, an intelligent update module, a scanning module, an intelligent packaging module, an error alarm module, a shipping execution module, and a data storage module;
the data acquisition module is directly in wireless connection with the barcode generation module, the data acquisition module provides commodity data for the barcode generation module, and the barcode generation module generates a first SKU barcode according to the commodity data acquired by the data acquisition module; the first SKU barcode has uniqueness, and the first SKU barcode and the commodity form a one-to-one relationship;
specifically, the process of generating the first SKU barcode by the barcode generation module includes the following steps:
step S1: the data acquisition module acquires commodity data of commodities, wherein the commodity data comprises commodity brands, commodity models, lengths and widths of the commodities, delivery specifications of the commodities and receiving places of the commodities, and the delivery specifications comprise bagged delivery and boxed delivery; sending the commodity data acquired by the data acquisition module to the bar code generation module;
step S2: after the bar code generation module receives the commodity data sent by the data acquisition module, the bar code generation module firstly generates a commodity identification code, and the commodity data for generating the commodity identification code comprises a commodity brand, a commodity model and the length and width of a commodity;
step S3: the bar code generation module marks the generated identification codes of the commodities respectively as i; the barcode generation module generates a first SKU barcode in conjunction with the shipping specification of the item and the recipient location of the item.
The scanning module comprises a first scanning unit and a second scanning unit; the scanning module is used for scanning SKU bar codes, and the SKU bar codes comprise a first SKU bar code and a second SKU bar code;
the intelligent packaging module is used for packaging the commodity after the bar code generation module generates the first SKU bar code, and particularly, the process of packaging the commodity by the intelligent packaging module mainly comprises the following decomposition steps:
step Q1: after the barcode generation module generates a first SKU barcode, sending the commodity to an intelligent packaging module according to the delivery specification of the commodity, and packaging the commodity after the intelligent packaging module receives the commodity sent by the barcode generation module;
step Q2: after the intelligent packaging module packages the commodities, the intelligent packaging module pastes a first SKU bar code on the surfaces of the packaged commodities; and the packaged goods are transported to a delivery execution module.
The intelligent packaging module comprises a bagged packaging unit and a boxed packaging unit.
The intelligent packaging module is used for conveying the packaged and packaged commodity to the delivery execution module and then comprises a code scanning verification process, and the code scanning verification process is specific:
step P1: when the intelligent packaging module packages the packaged goods, the intelligent packaging module sends a first scanning signal to the scanning module; after receiving the first scanning signal, the scanning module scans and verifies the first SKU bar code;
step P2: the scanning module is linked with the first scanning unit, the first scanning unit scans the first SKU bar code to acquire information of the first SKU bar code, and the information of the first SKU bar code comprises a commodity identification code, a delivery specification of a commodity and a receiving place of the commodity;
step P3: the first scanning unit compares the obtained delivery specification of the commodity with the packaging unit of the intelligent packaging module; the packing unit of the intelligent packing module comprises a bagged packing unit and a boxed packing unit.
When the delivery specification is bagged delivery and the packing unit is a bagged packing unit or the delivery specification is boxed delivery and the packing unit is a boxed packing unit, indicating that the packing mode is correct and the verification is passed; and executing the next step;
when the delivery specification is not matched with the packaging unit, sending an error signal to the error alarm module by the first scanning unit to indicate that the verification is not passed;
step P4: the scanning module sends a verification passing signal to the intelligent updating module, the intelligent updating module modifies background information of the first SKU bar code, and notes that the verification passes are carried out after the delivery specification of the commodity; at this point, the updated first SKU barcode is changed to the second SKU barcode.
Step P5: and the intelligent packaging module conveys the packaged and packaged commodities to a delivery execution module.
The delivery execution module comprises a first delivery execution unit, a second delivery execution unit … …, an Nth delivery execution unit; the first shipment executing unit and the second shipment executing unit … … correspond to different shipment areas, respectively.
The delivery execution module is used for delivering and executing the commodities packaged by the intelligent packaging module, and the specific working process of the delivery execution module comprises the following processes:
step T1: after the intelligent packaging module conveys the packaged and packaged commodities to the delivery execution module, the delivery execution module sends a second scanning signal to the scanning module; after receiving the second scanning signal, the scanning module scans the second SKU bar code;
step T2: the scanning module is linked with a second scanning unit, the second scanning unit scans a second SKU bar code to acquire information of the second SKU bar code, and the information of the second SKU bar code comprises a commodity identification code, a delivery specification of a commodity and a receiving place of the commodity;
step T3: the second scanning unit matches the receiving place of the obtained commodity with the delivery execution unit; the delivery execution unit comprises a first delivery execution unit, a second delivery execution unit … …, an Nth delivery execution unit;
step T4: when the receiving place of the commodity is in the first delivery execution area, the delivery execution module carries out delivery execution on the commodity through the first delivery execution unit; by analogy, when the receiving place of the commodity is in the Nth delivery execution area, the delivery execution module carries out delivery execution on the commodity through the Nth delivery execution unit; and executing the next step;
step T5: after the delivery execution module executes delivery, the scanning module sends a delivery passing signal to the intelligent updating module, the intelligent updating module modifies background information of the second SKU bar code, and notes 'delivery passing' are put in place after the delivery specification of the commodity; and sending the updated second SKU bar code to a data storage module for data storage.
The working principle of the invention is as follows: the data acquisition module is directly in wireless connection with the barcode generation module, the data acquisition module provides commodity data for the barcode generation module, and the barcode generation module generates a first SKU barcode according to the commodity data acquired by the data acquisition module; the intelligent packaging module is used for packaging the commodities after the bar code generation module generates the first SKU bar code; the scanning module scans and verifies the first SKU bar code; when the verification is passed, the scanning module sends a verification passing signal to the intelligent updating module, and the intelligent updating module modifies the background information of the first SKU bar code and changes the background information into a second SKU bar code; and the delivery execution module is used for delivering the commodities packaged by the intelligent packaging module.
In the description herein, references to the description of "one embodiment," "an example," "a specific example" or the like are intended to mean that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention. In this specification, the schematic representations of the terms used above do not necessarily refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.
The foregoing is merely exemplary and illustrative of the present invention and various modifications, additions and substitutions may be made by those skilled in the art to the specific embodiments described without departing from the scope of the invention as defined in the following claims.
Claims (6)
1. A method for quickly packaging and delivering goods based on a scanned SKU bar code is characterized by comprising a system for quickly packaging and delivering goods based on a scanned SKU bar code, wherein the system for quickly packaging and delivering goods based on a scanned SKU bar code comprises a data acquisition module, a bar code generation module, an intelligent updating module, a scanning module, an intelligent packaging module, an error alarm module, a delivery execution module and a data storage module;
the data acquisition module is directly in wireless connection with the barcode generation module, the data acquisition module provides commodity data for the barcode generation module, and the barcode generation module generates a first SKU barcode according to the commodity data acquired by the data acquisition module;
the intelligent packaging module is used for packaging the commodities after the bar code generation module generates the first SKU bar code; the scanning module scans and verifies the first SKU bar code;
when the verification is passed, the scanning module sends a verification passing signal to the intelligent updating module, and the intelligent updating module modifies the background information of the first SKU bar code and changes the background information into a second SKU bar code;
and the delivery execution module is used for delivering the commodities packaged by the intelligent packaging module.
2. The method for scanned SKU barcode based quick packaging and delivery according to claim 1, wherein the process of generating the first SKU barcode by the barcode generating module comprises the following steps:
the data acquisition module acquires commodity data of a commodity and sends the commodity data acquired by the data acquisition module to the bar code generation module;
after receiving the commodity data sent by the data acquisition module, the barcode generation module firstly generates a commodity identification code; the barcode generation module generates a first SKU barcode in conjunction with the shipping specification of the item and the recipient location of the item.
3. The method for quick packing and delivering the SKU barcode based on the scanning of claim 1, wherein the scanning module comprises a first scanning unit and a second scanning unit; the scanning module is used for scanning SKU bar codes, and the SKU bar codes comprise a first SKU bar code and a second SKU bar code.
4. The method for fast packaging and delivering the goods according to claim 1, wherein the intelligent packaging module is used for packaging the goods after the bar code generation module generates the first SKU bar code, and the process of packaging the goods by the intelligent packaging module mainly comprises the following decomposition steps:
step Q1: after the barcode generation module generates a first SKU barcode, sending the commodity to an intelligent packaging module according to the delivery specification of the commodity, and packaging the commodity after the intelligent packaging module receives the commodity sent by the barcode generation module;
step Q2: after the intelligent packaging module packages the commodities, the intelligent packaging module pastes a first SKU bar code on the surfaces of the packaged commodities; and the packaged goods are transported to a delivery execution module.
5. The method for quick packaging and delivery of goods based on scanned SKU barcodes of claim 1, wherein the intelligent packaging module comprises a bagged packaging unit and a boxed packaging unit.
6. The method for quick packaging and delivering goods according to claim 1 and based on scanned SKU barcode, wherein the intelligent packaging module further comprises a scan code verification process before the transportation of the packaged goods to the delivery execution module:
when the intelligent packaging module packages the packaged goods, the intelligent packaging module sends a first scanning signal to the scanning module; scanning and verifying the first SKU bar code;
acquiring information of a first SKU bar code, and comparing the acquired delivery specification of the commodity with a packaging unit of an intelligent packaging module by a first scanning unit; when the delivery specification is bagged delivery and the packing unit is a bagged packing unit or the delivery specification is boxed delivery and the packing unit is a boxed packing unit, indicating that the packing mode is correct and the verification is passed; the scanning module sends a verification passing signal to the intelligent updating module, and the intelligent updating module modifies the background information of the first SKU bar code and changes the background information into a second SKU bar code.
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN206734769U (en) * | 2017-02-23 | 2017-12-12 | 北京京东尚科信息技术有限公司 | A kind of intelligent automation packs producing line system |
| CN109573212A (en) * | 2018-11-28 | 2019-04-05 | 楚天科技股份有限公司 | A kind of matching process of specification and packing box |
| CN111784270A (en) * | 2020-09-07 | 2020-10-16 | 耀方信息技术(上海)有限公司 | Management system for drug ex-warehouse packaging consumables |
| CN112258289A (en) * | 2020-10-29 | 2021-01-22 | 浙江科仓智能科技有限公司 | Full-automatic intelligent packaging, delivery and sorting system and method thereof |
| CN112712379A (en) * | 2020-12-31 | 2021-04-27 | 浙江子不语电子商务有限公司 | Commodity batch management system |
-
2021
- 2021-05-08 CN CN202110500959.1A patent/CN113222505A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN206734769U (en) * | 2017-02-23 | 2017-12-12 | 北京京东尚科信息技术有限公司 | A kind of intelligent automation packs producing line system |
| CN109573212A (en) * | 2018-11-28 | 2019-04-05 | 楚天科技股份有限公司 | A kind of matching process of specification and packing box |
| CN111784270A (en) * | 2020-09-07 | 2020-10-16 | 耀方信息技术(上海)有限公司 | Management system for drug ex-warehouse packaging consumables |
| CN112258289A (en) * | 2020-10-29 | 2021-01-22 | 浙江科仓智能科技有限公司 | Full-automatic intelligent packaging, delivery and sorting system and method thereof |
| CN112712379A (en) * | 2020-12-31 | 2021-04-27 | 浙江子不语电子商务有限公司 | Commodity batch management system |
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