CN114897459A - Directional classification sorting system based on fresh product characteristics - Google Patents
Directional classification sorting system based on fresh product characteristics Download PDFInfo
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- CN114897459A CN114897459A CN202210383408.6A CN202210383408A CN114897459A CN 114897459 A CN114897459 A CN 114897459A CN 202210383408 A CN202210383408 A CN 202210383408A CN 114897459 A CN114897459 A CN 114897459A
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Abstract
The invention discloses a directional sorting system based on fresh product characteristics, which comprises a database, a handheld positioning terminal, a processing system and a third-party order platform, wherein the specific operation flow of the directional sorting system based on the fresh product characteristics is as follows: s1: and establishing a database and corresponding to the commodity data of the network platform. This application is through the design of the processing system who sets up and the position storehouse in the database, get rid of the mode of traditional alone order, the sorting person divides the different region of management, increase the degree of familiarity to the region, acquire sorting person's position in real time through processing system, and carry out intelligence with the commodity position in the order and match, thereby reachs optimum moving route, and then reduce sorting person's moving distance, save the letter sorting time, a plurality of different regional sorting person's collaboration jointly simultaneously, further improve letter sorting efficiency.
Description
Technical Field
The invention belongs to the technical field of fresh product sorting, and particularly relates to a directional sorting system based on fresh product characteristics.
Background
The sorting operation is a distribution center which quickly and accurately sorts the commodities from a storage area or other areas according to the order requirements or a distribution plan of a customer, and carries out a sorting and centralized operation process according to a certain mode, and in the process of picking the goods, the sorting operation is divided into three sorting modes, wherein one mode is order sorting, and is a sorting mode which is used for sorting the commodities from the storage area or the sorting area according to the commodities and the quantity listed in the order by a sorting personnel for each order and then centralizes the commodities together; the second is batch picking, which is a picking mode that a plurality of orders are gathered into a batch, the order picking is carried out after the order is summed according to the categories of goods, and then the order picking is concentrated according to different customers or different orders; and the third is composite picking, which is a composite picking mode combining order sorting and batch picking, determines which orders are suitable for order sorting and which are suitable for batch picking according to the types, the quantity and the ex-warehouse frequency of the orders, and respectively adopts different picking modes, wherein the three picking modes have characteristics.
In the actual sorting operation, no matter whether order sorting, batch sorting or composite sorting is carried out, the bags are used for sorting one order by one sorter independently, one order is needed to be compared and searched when goods are searched, the sorter which is unfamiliar with goods distribution needs to consume more time, and sorting of various goods needs to reach different areas, so that the time consumption is longer, and the directional sorting system based on fresh product characteristics, which has high sorting efficiency and saves time, is provided for solving the problems.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides the directional sorting system based on the characteristics of the fresh products, which has the advantages of high sorting efficiency and time saving.
In order to achieve the purpose, the invention provides the following technical scheme: the directional classifying and sorting system based on the fresh product characteristics comprises a database, a handheld positioning terminal, a processing system and a third-party order platform, and the specific operation flow of the directional classifying and sorting system based on the fresh product characteristics is as follows:
s1: establishing a database and corresponding to the commodity data of the network platform;
s2: the third party order platform is in butt joint with the processing system, real-time data interaction is carried out, the processing system identifies the order content and compares the order content with the database to identify the information such as the type, the quantity, the position and the like of the fresh products in the order;
s3: informing a sorter of acquiring order commodity information through voice broadcasting and informing the position of the commodity after acquisition;
s4: sorting personnel obtain order data through the positioning handheld terminal, and the processing system distributes the sorting personnel to sort the commodities;
s41: dividing a placing table;
s42: dividing an optimal route according to the identified position information;
s43: sorting the commodities;
s5: after sorting, the sorter places the commodities in the specified area of the placing table and submits the finished distribution orders to the processing system, and the processing system records the orders to which the commodities belong and counts whether sorting is finished or not
S6: and the processing system detects that the order commodities to which the area belongs are all sorted, and informs the distribution personnel to take the order for distribution.
Preferably, the establishing of the database in S1 specifically includes: the hand-held information input device is used for recording the position, image, type and other parameters of all fresh products in the warehouse one by one, the recorded information is input into the database, the position library is created, the three-dimensional model is established through the input position information of all fresh products, the hand-held information input device is used for recording the position, image, type and other parameters of the fresh products, the image, type and other parameters can provide contrast parameters when the pick-up device on the placing table is used for photographing and contrasting sorted commodities, the contrast detection is convenient, meanwhile, the three-dimensional model is established in the position library, the optimal walking route can be reached by calculating the distance between the commodities in the model and a sorter when the sorter is distributed for sorting, so that the sorter can sort the commodities conveniently, and the sorter of the commodity line can also quickly find the commodities, thereby improving the sorting efficiency.
Preferably, the handheld positioning terminal in S4 can transmit the position information to the processing system in real time, the sorting staff carries the position information, the handheld positioning terminal can display the information of the commodity to be sorted and can display the optimal walking route of the sorted commodity, the handheld positioning terminal is further provided with a plurality of buttons, the buttons respectively correspond to the order distribution, the distribution stop and the order submission, the order distribution and the order stop buttons are in a continuous state after being pressed, the order submission button is in a real-time state, the sorting staff positions the commodity through the handheld positioning terminal, the handheld positioning terminal is carried with the hand, when the sorting commodity is sorted, the sorting staff can check the commodity information through the handheld positioning terminal and can check the shortest moving route, the position information of the commodity can be conveniently acquired, and the time for searching the commodity is greatly reduced, the sorting efficiency is improved, and the corresponding state can be selected according to the self condition, so that statistics and rest of a sorter are facilitated.
Preferably, the dividing of the placement table in S41 specifically operates as follows: identifying the position information of different commodities in the order through the position library which establishes the position information of all the fresh products and establishes the three-dimensional model of the positions in S1, identifying the required placing space according to the graphic data and the size data of the commodities, printing orders on the sorting table, dividing a certain range according to the identified placing space to serve as a commodity placing table, arranging a liquid crystal display screen at the bottom of the placing table, arranging transparent supporting glass at the top of the liquid crystal display screen, by identifying the graphic data and the size data of the commodities and reasonably planning the placing space, the regularity of commodity placing can be effectively improved, the confusion among different orders of commodities can be prevented, and carry out space division through liquid crystal display, have the repeatability to the division scope is more controllable, and transparent support glass can support commodity, and can not influence bottom liquid crystal display's demonstration.
Preferably, the specific way of dividing the optimal route in S42 is as follows: during sorting, different commodities are sorted separately, the optimal route is selected through the position information of the identified different commodities, sorting personnel in different areas are allocated, the position of the processing system is compared with the positions of the different commodities in a database through positioning the sorting personnel, the nearest sorting personnel are intelligently judged, the commodities in different categories are identified and classified, the distribution of commodity sorting is carried out according to the positions of the sorting personnel, the nearest moving route can be effectively identified, the shortest moving route means shortest consumed time, the sorting efficiency can be improved, the local commodities are sorted by the sorting personnel in different areas, a plurality of areas are not needed to move, the moving time is shortened, and the sorting efficiency is improved.
Preferably, after the order is submitted to the processing system in S5, the processing system detects and determines the submitted goods, a camera device is disposed above the placing table, when the order is submitted by the sorter, the camera device takes a picture of the area where the order is submitted, identifies the type of the submitted goods, compares the goods according to the order, feeds back the data to the handheld positioning terminal of the sorter when the comparison is consistent, displays the result as "order submission is correct", feeds back the data to the handheld positioning terminal of the sorter when the comparison of the order is incorrect, displays that "the goods in the order are wrong, please verify the goods again", records the data in the background, records the data as a video record for the evaluation of the sorter, can take a picture of the submitted goods by the arranged camera device, can effectively verify the goods sorted by the sorter by comparing the data base, and prevents the goods from not corresponding to the order, the accuracy of the order is improved, wrong sorting information can be recorded and used as examination, and the working fidelity of a sorter is improved.
Compared with the prior art, the invention has the following beneficial effects:
this application is through the design of the processing system who sets up and the position storehouse in the database, get rid of the mode of traditional one person one order, the sorter manages different regions separately, increase the degree of familiarity to the region, acquire sorter's position in real time through processing system, and carry out intelligent matching with the commodity position in the order, thereby reachs the optimum line of movement, and then reduce sorter's movement distance, save the letter sorting time, the cooperation is common to a plurality of sorter in different regions simultaneously, further improve letter sorting efficiency, check the commodity of sorting after the letter sorting is accomplished, check through contrasting with the information in the database, prevent that sorter carelessness from causing the error, influence the completion of order, and can carry out the achievement examination to the sorter through the record to error information, improve sorter's fidelity degree.
Detailed Description
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.
The invention provides a technical scheme that: the utility model provides a directional categorised letter sorting system based on give birth to bright product characteristics, includes database, handheld location terminal, processing system and third party order platform, and a directional categorised letter sorting system based on give birth to bright product characteristics's specific operation flow as follows:
s1: establishing a database and corresponding to the commodity data of the network platform;
s2: the third party order platform is in butt joint with the processing system, real-time data interaction is carried out, the processing system identifies the order content and compares the order content with the database to identify the information such as the type, the quantity, the position and the like of the fresh products in the order;
s3: informing a sorter of acquiring order commodity information through voice broadcasting and informing the position of the commodity after acquisition;
s4: sorting personnel obtain order data through the positioning handheld terminal, and the processing system distributes the sorting personnel to sort the commodities;
s41: dividing a placing table;
s42: dividing an optimal route according to the identified position information;
s43: sorting the commodities;
s5: after sorting, the sorter places the commodities in the specified area of the placing table and submits the finished distribution orders to the processing system, and the processing system records the orders to which the commodities belong and counts whether sorting is finished or not
S6: and the processing system detects that the order commodities to which the area belongs are all sorted, and informs the distribution personnel to take the order for distribution.
The establishment of the database in S1 specifically includes: the hand-held information input device is used for recording the position, image, type and other parameters of all fresh products in the warehouse one by one, the recorded information is input into the database, the position library is created, the three-dimensional model is established through the input position information of all fresh products, the hand-held information input device is used for recording the position, image, type and other parameters of the fresh products, the image, type and other parameters can provide contrast parameters when the pick-up device on the placing table is used for photographing and contrasting sorted commodities, the contrast detection is convenient, meanwhile, the three-dimensional model is established in the position library, the optimal walking route can be reached by calculating the distance between the commodities in the model and a sorter when the sorter is distributed for sorting, so that the sorter can sort the commodities conveniently, and the sorter of the commodity line can also quickly find the commodities, thereby improving the sorting efficiency.
Wherein, the hand-held positioning terminal in S4 can transmit position information to the processing system in real time, the sorting personnel carries the hand-held positioning terminal, the hand-held positioning terminal can display information of commodities to be sorted and can display the optimal walking route of the sorted commodities, the hand-held positioning terminal is also provided with a plurality of buttons, the buttons respectively correspond to an allocation order, a stop allocation and an order submission, the allocation order and stop order buttons are in a continuous state after being pressed, the order submission button is in a real-time state, the sorting personnel can position through the hand-held positioning terminal, the hand-held positioning terminal carries the hand-held positioning terminal, when the sorting of the commodities, the sorting personnel can check the information of the commodities through the hand-held positioning terminal and can check the shortest moving route, the position information of the commodities can be conveniently obtained, the time for searching the commodities is greatly reduced, and the sorting efficiency is improved, and the corresponding state can be selected according to the self condition, so that statistics and rest of the sorter are facilitated.
The dividing operation of the placement table in S41 is specifically as follows: identifying the position information of different commodities in the order through the position library which establishes the position information of all the fresh products and establishes the three-dimensional model of the positions in S1, identifying the required placing space according to the graphic data and the size data of the commodities, printing orders on the sorting table, dividing a certain range according to the identified placing space to be used as a commodity placing table, arranging a liquid crystal display screen at the bottom of the placing table, arranging transparent supporting glass at the top of the liquid crystal display screen, by identifying the graphic data and the size data of the commodities and reasonably planning the placing space, the regularity of commodity placing can be effectively improved, the confusion among different orders of commodities can be prevented, and carry out space division through liquid crystal display, have the repeatability to the division scope is more controllable, and transparent support glass can support commodity, and can not influence bottom liquid crystal display's demonstration.
The specific way of dividing the optimal route in S42 is as follows: during sorting, different commodities are sorted separately, the optimal route is selected through the position information of the identified different commodities, sorting personnel in different areas are allocated, the position of the processing system is compared with the positions of the different commodities in a database through positioning the sorting personnel, the nearest sorting personnel are intelligently judged, the commodities in different categories are identified and classified, the distribution of commodity sorting is carried out according to the positions of the sorting personnel, the nearest moving route can be effectively identified, the shortest moving route means shortest consumed time, the sorting efficiency can be improved, the local commodities are sorted by the sorting personnel in different areas, a plurality of areas are not needed to move, the moving time is shortened, and the sorting efficiency is improved.
Wherein, after the order is submitted to the processing system in S5, the processing system can detect and judge the submitted commodity, a camera device is arranged above the placing table, when the order is submitted by the sorter, the camera device can shoot and sample the area where the order is submitted, identify the type of the submitted commodity, compare the types of the submitted commodity according to the order, feed the types of the submitted commodity to the handheld positioning terminal of the sorter when the comparison is consistent, display the type of the order as 'order submission', when the order comparison is incorrect, feed the type of the order commodity to the handheld positioning terminal of the sorter to display 'the order commodity is incorrect, please verify the order commodity again', record the data at the same time, take the data as the examination of the sorter, shoot and record the submitted commodity through the arranged camera device, effectively verify the commodity sorted by the sorter through the comparison with the database, and prevent the condition that the commodity does not correspond to the order, the accuracy of the order is improved, wrong sorting information can be recorded and used as examination, and the working fidelity of a sorter is improved.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
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 (6)
1. The utility model provides a directional categorised letter sorting system based on give birth to bright product feature which characterized in that: the directional sorting system based on the fresh product characteristics comprises a database, a handheld positioning terminal, a processing system and a third-party order platform, and the specific operation flow of the directional sorting system based on the fresh product characteristics is as follows:
s1: establishing a database and corresponding to the commodity data of the network platform;
s2: the third party order platform is in butt joint with the processing system, real-time data interaction is carried out, the processing system identifies the order content and compares the order content with the database to identify the information such as the type, the quantity, the position and the like of the fresh products in the order;
s3: informing a sorter of acquiring order commodity information through voice broadcast and informing of a position where a commodity is placed after being acquired;
s4: sorting personnel obtain order data through the positioning handheld terminal, and the processing system distributes the sorting personnel to sort the commodities;
s41: dividing a placing table;
s42: dividing an optimal route according to the identified position information;
s43: sorting the commodities;
s5: after sorting, the sorter places the commodities in the specified area of the placing table and submits the finished distribution orders to the processing system, and the processing system records the orders to which the commodities belong and counts whether sorting is finished or not
S6: and the processing system detects that the order commodities to which the area belongs are all sorted, and informs the distribution personnel to take the order for distribution.
2. The directional sorting system according to claim 1, wherein the system further comprises: the establishment of the database in S1 specifically includes: the method comprises the steps of recording the positions, images, types and other parameters of all fresh products in a warehouse one by one through a handheld information input device, inputting the recorded information into a database, creating a position library, and establishing a three-dimensional model through the input position information of all the fresh products.
3. The directional sorting system according to claim 1, wherein the system further comprises: the handheld positioning terminal in the step S4 can transmit position information to the processing system in real time, the sorting staff carries the information, the information of commodities to be sorted can be displayed on the handheld positioning terminal and the handheld positioning terminal, and the optimal walking route of the sorted commodities can be displayed, the handheld positioning terminal is further provided with a plurality of buttons, the buttons respectively correspond to an allocation order, a stop allocation and an order submission, the allocation order and stop order buttons are pressed to be in a continuous state, and the order submission button is in a real-time state.
4. The directional sorting system according to claim 1, wherein the system further comprises: the dividing operation of the placement table in S41 is specifically as follows: the position information of different commodities in the order is identified through the position library which is used for establishing the position information of all fresh products and establishing the three-dimensional models of the positions in the S1, the required placing space is identified according to the commodity graphic data and the size data, the order is printed on the sorting table, a certain range is divided according to the identified placing space and used as a commodity placing table, the bottom of the placing table is provided with a liquid crystal display screen, and the top of the liquid crystal display screen is provided with transparent supporting glass.
5. The directional sorting system according to claim 1, wherein the system further comprises: the specific way of dividing the optimal route in S42 is as follows: during sorting, different commodities are sorted separately, the optimal route is selected through the position information of the identified different commodities and is distributed to sorting personnel in different areas, and the processing system intelligently judges the nearest sorting personnel by comparing the positions of the sorting personnel with the positions of the different commodities in the database.
6. The directional sorting system according to claim 1, wherein the system further comprises: and after an order is submitted to the processing system in the S5, the processing system can detect and judge the submitted commodity, a camera device is arranged above the placing table, the camera device can shoot and sample the area where the order is submitted when the sorter submits the order, identify the type of the submitted commodity, compare the types of the submitted commodity according to the order, feed the comparison result back to the handheld positioning terminal of the sorter when the comparison result is consistent, display the result as 'order submission correct', feed the comparison result back to the handheld positioning terminal of the sorter when the order comparison result is correct, display 'order commodity error, please verify again', and record the data in a background as the examination of the sorter.
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| CN202210383408.6A CN114897459A (en) | 2022-04-13 | 2022-04-13 | Directional classification sorting system based on fresh product characteristics |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116227518A (en) * | 2023-03-07 | 2023-06-06 | 北京极致车网科技有限公司 | File management system and method based on RFID (radio frequency identification) tag |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116227518A (en) * | 2023-03-07 | 2023-06-06 | 北京极致车网科技有限公司 | File management system and method based on RFID (radio frequency identification) tag |
| CN116227518B (en) * | 2023-03-07 | 2024-01-23 | 北京极致车网科技有限公司 | File management system and method based on RFID (radio frequency identification) tag |
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