CN113283828B - Quick logistics distribution analysis system based on intelligent logistics - Google Patents
Quick logistics distribution analysis system based on intelligent logistics Download PDFInfo
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- G06Q10/00—Administration; Management
- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
- G06Q10/083—Shipping
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- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
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Abstract
The invention discloses a rapid logistics distribution analysis system based on intelligent logistics, and belongs to the technical field of intelligent logistics. The system comprises a cloud computing server, a privacy covering module, a distribution analysis module, a distribution process module, an information acquisition module, an intelligent processing module, a diagram placing module and an identification sending module; the output end of the privacy covering module is connected with the input ends of the cloud computing server, the distribution analysis module and the identification sending module; the output end of the cloud computing server is connected with the input ends of the information acquisition module and the identification sending module; the output end of the distribution analysis module is connected with the input end of the distribution process module; the output end of the distribution process module is connected with the input end of the information acquisition module; the output end of the information acquisition module is connected with the input end of the intelligent processing module; the output end of the intelligent processing module is connected with the input end of the graphic display placing module.
Description
Technical Field
The invention relates to the technical field of intelligent logistics, in particular to a quick logistics distribution analysis system based on intelligent logistics.
Background
The intelligent logistics is based on the Internet of things and big data, can be carried out independently, is a new ecology combining technology and logistics, can remold industry division and rebuild industrial structure in the definition of the intelligent logistics, changes industrial development modes, is the main content of the intelligent logistics, greatly improves daily life of people through a collaborative sharing innovation mode and artificial intelligence advanced technology in the intelligent logistics, and plays an immeasurable important role in the face of major emergencies and disasters.
The smart logistics are closely related to people in life, express services are provided, and nowadays, online shopping is a service which cannot be opened in daily life of people, so that a large number of express service personnel are generated; in addition, in the process of delivering express by a courier, the following situations usually occur in the process of placing an express cabinet in the express: 1. the express cabinet is full or the major possession check are full, and the express delivery person takes the express to catch up to the time just discovers this situation, leads to the express delivery person to run empty. The delivery time is wasted; 2. when express is loaded into a grid of an express cabinet, express damage can be caused due to the fact that express cannot be loaded or forcibly plugged for many times because a courier does not know the specific size and volume of the grid and only can feel subjective; 3. when the grids of the express cabinet are not enough, but some small articles or some express items of the same addressee are in different grids, no comprehensive arrangement is available, so that the express delivery person has to give up the express cabinet, and the delivery time is influenced.
Disclosure of Invention
The invention aims to provide a logistics rapid distribution analysis system based on intelligent logistics, so as to solve the problems in the background technology.
In order to solve the technical problems, the invention provides the following technical scheme: a logistics rapid distribution analysis system based on smart logistics comprises a cloud computing server, a privacy covering module, a distribution analysis module, a distribution process module, an information acquisition module, an intelligent processing module, a graphic display placing module and an identification sending module;
the output end of the privacy covering module is connected with the input ends of the cloud computing server, the distribution analysis module and the identification sending module; the output end of the cloud computing server is connected with the input ends of the information acquisition module and the identification sending module; the output end of the distribution analysis module is connected with the input end of the distribution process module; the output end of the distribution process module is connected with the input end of the information acquisition module; the output end of the information acquisition module is connected with the input end of the intelligent processing module; the output end of the intelligent processing module is connected with the input end of the graphic display placing module;
the cloud computing server is used as a cloud processing center and used for carrying out information interaction at a merchant end, a client end and an express delivery end; the privacy covering module is used for generating bar code information to cover the private information of the receiver; the distribution analysis module is used for analyzing the path of distribution of the express and planning the placement position; the distribution process module is used for monitoring related information in a distribution process; the information acquisition module is used for acquiring express basic information on the current express distribution vehicle; the intelligent processing module is used for carrying out intelligent automatic processing on the express delivery cabinet; the graphic display placing module is used for outputting a placing animation mode of the express in the lattice of the express cabinet, so that a courier can place the express conveniently; the identification and sending module is used for autonomously identifying the express entering the grid of the express cabinet and generating a short message to inform a recipient.
According to the above technical solution, the privacy overlay module includes the following units:
the system comprises a bar code generating unit, a receiving unit and a receiving unit, wherein the bar code generating unit is used for generating a bar code when express goods are delivered from a merchant, the bar code comprises addressee name information, express goods information, addressee contact information and addressee specific goods receiving address information, and the bar code is attached to an express package;
the address simplifying unit is used for simplifying the specific delivery address of the receiver, hiding the doorplate number and only keeping the name of the cell;
and the numbering unit is used for generating numbers for the express items.
Utilize certain bar code to cover privacy and the article information that can hide the addressee effectively, and the bar code possesses the function of scanning, can be discerned by cloud computing server, and the courier of delivery only need the discernment serial number can, fall the address simplification simultaneously, because the courier only need deposit it to the express delivery cabinet can, consequently only need obtain the district name, and need not know cell gate and concrete address, can avoid taking place the contact between courier and the addressee, be provided with the serial number again simultaneously, also can not let the express delivery appearance unowned condition, also can authenticate the courier simultaneously.
According to the above technical solution, the delivery analysis module includes the following units:
the distribution data unit is used for collecting information of all the express to be distributed on the same day and distributing the express to each express distribution vehicle;
the route planning unit is used for planning a travel route for each express delivery vehicle according to the address information condition;
and the address classification unit is used for classifying the address areas of the express according to the sequence of the driving paths, ensuring that the express in the same area is in the same position in the vehicle when the express is loaded, and ensuring that the storage area of the express which arrives earlier is closer to the vehicle door.
After the distribution data are obtained, the path is planned, the express cabinet which arrives earlier and the express cabinet which arrives later are obtained, so that when the express cabinet is loaded and placed, express items of the same express cabinet are placed together, the express items of the express cabinet which arrives earlier are placed beside a door, a large amount of time can be saved when the courier unloads the goods, and the rapid distribution of logistics is effectively guaranteed.
According to the above technical solution, the delivery process module includes the following units:
the positioning unit is used for positioning the position of the express delivery vehicle in real time;
the time unit is used for recording real-time;
and the transmission unit is used for carrying out information interaction with the cloud computing server and the intelligent processing module.
According to the technical scheme, the information acquisition module comprises the following units:
the quantity acquisition unit is used for acquiring the quantity conditions of large express pieces and small express pieces which need to be stored in an express cabinet to be arrived on a current express vehicle;
the volume acquisition unit is used for acquiring the volume condition of each express item to be stored in an express cabinet which is about to arrive on the current express vehicle;
and the number acquisition unit is used for acquiring the number condition of each express item to be stored in the express cabinet to be arrived on the current express vehicle.
In the information acquisition module and the distribution process module, the express delivery quantity and the basic information on the vehicle and the time and the place of the express delivery vehicle are continuously acquired, information butt joint is realized, and whether a prediction unit is started or not is carried out according to a distance threshold.
According to the technical scheme, the intelligent processing module comprises the following units:
the receiving unit is used for receiving the number information transmitted by the cloud computing server and matching the number information with the express to be arrived according to the number information;
the prediction unit is used for predicting whether all express to be arrived can be accommodated in the grids of the express cabinet according to historical data; the prediction unit is started when the distance between the express delivery vehicle and the express cabinet exceeds a threshold value A;
the emergency dispatching unit is used for starting the emergency dispatching unit when the output result of the prediction unit is 1, integrating the expressage of the same addressee, and placing the expressage in the same grid to improve the space utilization rate;
the selection unit is used for selecting a proper express cabinet grid for express delivery according to the size of the express delivery and correspondingly adjusting according to the result of the emergency dispatching unit; the express cabinet lattice is divided into a large express cabinet lattice and a small express cabinet lattice according to the size of the storage space.
According to the above technical solution, the prediction unit includes the following units:
the database is used for storing and calling historical data information;
the data processing unit is used for processing data and comprises the following steps:
s1, collecting current time and place, and calculating to obtain expected time of arriving at an express cabinet;
s2, setting the time range of the current time and the predicted time to be T, and collecting the express delivery cabinet pickup quantity in the time range every day in historical data, wherein a large-grid-opening pickup quantity set of the express delivery cabinet is recorded as C 1 ＝{x 1 ，x 2 ，x 3 ，……，x n And recording a set of quantity of taken items in a small grid of the express cabinet as C 2 ＝{y 1 ，y 2 ，y 3 ，……，y n }；
S3, according to a formula:
wherein x is i 、y i Respectively measuring the predicted quantity of the express delivery cabinet large-grid-opening pickup quantity and the predicted quantity of the express delivery cabinet small-grid-opening pickup quantity within the time range T on the same day;
s4, according to a formula:
wherein m is x 、m y The predicted idle amount of the large cell and the small cell of the express cabinet after the express vehicle arrives are respectively; m is max 、m min The idle quantities of the large cell and the small cell of the express cabinet at the current time are respectively;
the output unit is used for analyzing and comparing according to the data information provided in the distribution analysis module, and if the number of the large express items does not exceed m x But the total express quantity exceeds m x +m y If so, outputting a result 1; otherwise, result 0 is output.
The receiving unit is used for matching information, so that express delivery accuracy can be guaranteed, the situation of delivery errors can be prevented, after a threshold value is reached, the prediction unit is started, the current time and the predicted arrival time are called, a time range is formed, historical data in the range are collected, the average value of historical data is selected as the predicted delivery quantity, in actual life, people in the same cell usually have a fixed life style such as the time of going to work and the time of going to work, and therefore, a certain time rule can exist in delivery, the average value is adopted, the size of the average value is related to each data in a group of data, the change of any data can cause the change of the average value, the fluctuation of the influence degree of the average value is small, and even if abnormal behaviors which are relatively small for several times and are usually occur, the influence on the final prediction result is small; in addition, a digital judgment function is utilized to output a prediction result, if a large cell is more than a large express and a small cell is not enough, the output result is 1, an emergency dispatching unit is started, the express of some small cells can be comprehensively arranged, so that the express can be stored in a plurality of small cells, and the delivery efficiency of couriers is improved.
According to the technical scheme, the diagram placing module comprises the following units:
the volume detection unit is used for extracting volume data of the express to be put into the same grid after the emergency dispatching unit is started, and if the volume data is smaller than the current grid, the express enters the simulation modeling unit; if the current cell is larger than the current cell, replanning;
the simulation modeling unit is used for performing simulation modeling on the internal space of the lattice of the express cabinet and performing simulated express placement;
the animation placing unit generates an animation graphic according to the simulated placing mode and sends the animation graphic to the courier terminal;
the scanning unit is used for scanning and numbering by a courier by using a courier terminal, and transmitting data to the automatic unlocking unit while authenticating;
and the automatic unlocking unit is used for automatically unlocking the lattice of the express cabinet according to the scanning result of the courier.
According to the technical scheme, the animation placing unit comprises the following units:
the placing unit is used for trying to place the express cabinet according to the space of the lattice of the express cabinet by using a computer, and inputting the obtained placing sequence into the instruction unit to be used as basic animation data;
the instruction unit is used for binding a logic dynamic link library, three-dimensional animation control initial information and basic animation data based on the three-dimensional animation to obtain a three-dimensional animation generation instruction;
the acquisition unit is used for acquiring a three-dimensional animation initial model according to the three-dimensional animation generation instruction, and a control node identifier is arranged in the three-dimensional animation initial model;
the parameter unit is used for generating attribute information corresponding to the control node identification according to the three-dimensional animation control initial information and inputting the attribute information corresponding to the control node identification into the plug-in to calculate three-dimensional animation control parameter information;
and the animation generating unit drives the three-dimensional animation initial model according to the three-dimensional animation control parameter information to generate the three-dimensional animation.
In the placing process, because the couriers cannot see the conditions in the grids, the couriers cannot store the express in the express placing mode, and some couriers can continuously change the modes, which wastes time and labor; some couriers can force to fill in the express, and finally the express is damaged; therefore, a three-dimensional simulation module is set for simulating the internal situation of the lattice, the storage mode and the combination situation are analyzed by a computer, and the final result is output into an animation mode, namely, which one is put first and which is put; which one is put again, how is put, and so on; the express delivery personnel can clearly and clearly place the express delivery personnel, a large amount of time is saved, and therefore the distribution efficiency is accelerated.
According to the above technical solution, the identification transmission module includes the following units:
the identification unit is arranged in a grid of the express cabinet and used for identifying the coding information in the privacy coverage module and requesting the cloud computing server to acquire data;
and the sending unit is used for receiving the express privacy data transmitted by the cloud computing server, automatically generating short messages and sending the short messages to the mobile phone of the recipient, and reminding the recipient to timely receive the express.
The time for sending the short message by the courier is cancelled, the direct communication between the courier and the receiver is reduced, the contradiction between the courier and the receiver is effectively prevented, and meanwhile, a large amount of time can be saved, so that the effect of rapid logistics distribution is achieved.
Compared with the prior art, the invention has the following beneficial effects:
1. the privacy covering module provided by the invention can effectively cover the individual privacy of the addressee, so that the courier does not need to directly contact the addressee, and the probability of occurrence of an event that the courier steals the express or harasses the addressee is reduced;
2. according to the invention, the prediction unit can be used for predicting the idle quantity of the grids of the express delivery cabinet and the express delivery cabinet to be arrived, so that the situation that an express delivery person runs empty and delivery time is wasted is prevented, and the effect of rapid delivery is achieved;
3. according to the invention, the emergency dispatching unit is utilized to identify the express of the same addressee under the condition that the lattice of the express cabinet is very nervous, and integrate the addressees and the express into the same express cabinet, so that the behavior that the courier runs away from other express cabinets more can be reduced, and the effect of rapid delivery can be achieved;
4. the invention provides a diagram placing module, which can perform simulation modeling according to the internal form of a compartment of an express cabinet, provide animation display for placing express and can transmit the display to a courier end, so that the courier only needs to place according to a diagram method, and is more favorable for placing multiple express items of the same addressee in the same compartment after an emergency dispatching unit is started, the time waste condition caused by the subjective judgment of the courier can be reduced, and meanwhile, the express items can be prevented from being damaged due to forced blocking;
5. the identification sending module provided by the invention can automatically identify according to the serial number and the bar code, and automatically send the pickup short message by the cloud computing server, so that the operation of manually sending the short message by a courier at an express cabinet can be effectively reduced, the time of the courier is effectively saved, and the effect of rapid delivery is achieved.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:
FIG. 1 is a schematic structural diagram of a rapid logistics distribution analysis system based on intelligent logistics according to the present invention;
FIG. 2 is a schematic flow chart of a rapid logistics distribution analysis system based on intelligent logistics according to the present invention;
FIG. 3 is a schematic diagram of an embodiment of a rapid logistics distribution analysis system based on intelligent logistics;
FIG. 4 is a schematic diagram of an embodiment of a rapid logistics distribution analysis system based on intelligent logistics;
in the figure: 1. a courier 1; 2. a courier 2; 3. a courier 3; 4. a courier 4; 5. and a courier 5.
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.
Referring to fig. 1-4, the present invention provides a technical solution: as shown in fig. 1, a fast logistics distribution analysis system based on smart logistics includes a cloud computing server, a privacy covering module, a distribution analysis module, a distribution process module, an information collection module, an intelligent processing module, a diagram placement module, and an identification and transmission module;
the output end of the privacy covering module is connected with the input ends of the cloud computing server, the distribution analysis module and the identification sending module; the output end of the cloud computing server is connected with the input ends of the information acquisition module and the identification sending module; the output end of the distribution analysis module is connected with the input end of the distribution process module; the output end of the distribution process module is connected with the input end of the information acquisition module; the output end of the information acquisition module is connected with the input end of the intelligent processing module; the output end of the intelligent processing module is connected with the input end of the graphic display placing module;
the cloud computing server is used as a cloud processing center and used for carrying out information interaction at a merchant end, a client end and an express delivery end; the privacy covering module is used for generating bar code information to cover the private information of the receiver; the distribution analysis module is used for analyzing the path of distribution of the express and planning the placement position; the distribution process module is used for monitoring relevant information in a distribution process; the information acquisition module is used for acquiring express basic information on the current express distribution vehicle; the intelligent processing module is used for carrying out intelligent automatic processing on the express delivery cabinet; the graphic display placing module is used for outputting a placing animation mode of the express in the lattice of the express cabinet, so that a courier can place the express conveniently; the identification and sending module is used for automatically identifying the express entering the grid of the express cabinet and generating a short message to inform a receiver.
The privacy overlay module comprises the following units:
the system comprises a bar code generating unit, a receiving unit and a receiving unit, wherein the bar code generating unit is used for generating a bar code when express goods are delivered from a merchant, the bar code comprises addressee name information, express goods information, addressee contact information and addressee specific goods receiving address information, and the bar code is attached to an express package;
the address simplifying unit is used for simplifying the specific delivery address of the receiver, hiding the doorplate number and only keeping the name of the cell;
and the numbering unit is used for generating numbers for express items.
The distribution analysis module comprises the following units:
the distribution data unit is used for collecting information of all the express to be distributed on the day and distributing the express to each express distribution vehicle;
the route planning unit is used for planning a travel route for each express delivery vehicle according to the address information condition;
and the address classification unit is used for classifying the address areas of the express according to the sequence of the driving paths, ensuring that the express in the same area is in the same position in the vehicle when the express is loaded, and ensuring that the storage area of the express which arrives earlier is closer to the vehicle door.
The distribution process module comprises the following units:
the positioning unit is used for positioning the position of the express delivery vehicle in real time;
the time unit is used for recording real-time;
and the transmission unit is used for carrying out information interaction with the cloud computing server and the intelligent processing module.
The information acquisition module comprises the following units:
the quantity acquisition unit is used for acquiring the quantity conditions of large express pieces and small express pieces which need to be stored in an express cabinet to be arrived on a current express vehicle;
the volume acquisition unit is used for acquiring the volume condition of each express item to be stored in an express cabinet which is about to arrive on the express vehicle;
the number acquisition unit is used for acquiring the number condition of each express item required to be stored in the express cabinet to be arrived on the current express vehicle.
The intelligent processing module comprises the following units:
the receiving unit is used for receiving the number information transmitted by the cloud computing server and matching the number information with the express to be arrived according to the number information;
the prediction unit is used for predicting whether all express to be arrived can be accommodated in the grids of the express cabinet according to historical data; the prediction unit is started when the distance between the express delivery vehicle and the express cabinet exceeds a threshold value A;
the emergency dispatching unit is used for starting the emergency dispatching unit when the output result of the prediction unit is 1, integrating the expressage of the same addressee, and placing the expressage in the same grid to improve the space utilization rate;
the selection unit is used for selecting a proper express cabinet grid for express delivery according to the size of the express delivery and correspondingly adjusting according to the result of the emergency dispatching unit; the express cabinet lattice is divided into a large express cabinet lattice and a small express cabinet lattice according to the size of the storage space.
The prediction unit comprises the following units:
the database is used for storing and calling historical data information;
the data processing unit is used for processing data and comprises the following steps:
s1, collecting current time and place, and calculating to obtain expected time of arriving at an express cabinet;
s2, setting the time range of the current time and the predicted time to be T, and collecting the express delivery cabinet pickup quantity in the time range every day in historical data, wherein a large-grid-opening pickup quantity set of the express delivery cabinet is recorded as C 1 ＝{x 1 ，x 2 ，x 3 ，……，x n And recording a set of quantity of taken items in a small grid of the express cabinet as C 2 ＝{y 1 ，y 2 ，y 3 ，……，y n }；
S3, according to a formula:
wherein x is i 、y i The forecast of the quantity of the taken items of the express cabinet in the time range T on the day and the small grid of the express cabinet are respectivelyTaking a predicted quantity of the parts;
s4, according to a formula:
wherein m is x 、m y The predicted idle amount of the large cell and the small cell of the express cabinet after the express vehicle arrives are respectively; m is max 、m min The idle quantities of the large cell and the small cell of the express cabinet at the current time are respectively;
the output unit is used for analyzing and comparing the data information provided by the distribution analysis module, and if the number of the large express items exceeds m x Or the total express quantity exceeds m x +m y If so, outputting a result 1; otherwise, result 0 is output.
The diagram placing module comprises the following units:
the volume detection unit is used for extracting volume data of the express to be put into the same cell after the emergency dispatching unit is started, and if the volume data is smaller than the current cell, the express enters the simulation modeling unit; if the grid is larger than the current grid, carrying out re-planning;
the simulation modeling unit is used for performing simulation modeling on the internal space of the compartment of the express cabinet and performing simulated express placement;
the animation placing unit generates an animation graphic according to the simulated placing mode and sends the animation graphic to the courier terminal;
the scanning unit is used for scanning and numbering by a courier by using a courier terminal, and transmitting data to the automatic unlocking unit while authenticating;
and the automatic unlocking unit is used for automatically unlocking the express cabinet lattice according to the scanning result of the courier.
The animation placing unit comprises the following units:
the placing unit is used for trying to place by using a computer according to the space of the lattice of the express cabinet and inputting the obtained placing sequence into the instruction unit to be used as basic animation data;
the instruction unit is used for binding a logic dynamic link library, three-dimensional animation control initial information and basic animation data based on the three-dimensional animation to obtain a three-dimensional animation generation instruction;
the acquisition unit is used for acquiring a three-dimensional animation initial model according to the three-dimensional animation generation instruction, and a control node identifier is arranged in the three-dimensional animation initial model;
the parameter unit is used for generating attribute information corresponding to the control node identification according to the three-dimensional animation control initial information and inputting the attribute information corresponding to the control node identification into the plug-in to calculate three-dimensional animation control parameter information;
and the animation generating unit drives the three-dimensional animation initial model according to the three-dimensional animation control parameter information to generate the three-dimensional animation.
The identification sending module comprises the following units:
the identification unit is arranged in a grid of the express cabinet and used for identifying the coding information in the privacy coverage module and requesting the cloud computing server to acquire data;
and the sending unit is used for receiving the express private data transmitted by the cloud computing server, automatically generating a short message and sending the short message to a mobile phone of a recipient, and reminding the recipient to timely receive the express.
In this embodiment, the cell of the express cabinet in a certain cell is divided into 50 large cells and 120 small cells; wherein, the number of the idle grids is 12 for the idle large grids, and 60 for the small grids;
the existing batch of express is loaded at a station A, and after the express is analyzed by a delivery analysis module, the express cabinet is the first station of a delivery path, so that the express which is expected to arrive at the express cabinet for storage is placed near a vehicle door, wherein the express comprises 15 large express and 80 small express;
the discovery after utilizing the delivery process module to gather, when the time is 3 o 'clock in the afternoon, the distance between express delivery car and this express delivery cabinet reaches threshold value A, starts the prediction unit, expects that it can reach the express delivery cabinet in 4 o' clock in the afternoon, draws historical data, reachs following data:
between 3 and 4 points, the historical data set of the quantity of the express delivery cabinet taken at the large grid opening is recorded as C 1 ＝{8，12,6, 8,10,6}, and recording a collection of express delivery cabinet small-grid pickup quantities as C 2 ＝{10，12，12，8，10,8,10}；
According to the formula:
according to the formula:
because 20 is more than 15,70 is less than 80, the output result of the prediction unit is 1, when a small lattice is insufficient but a large lattice is remained, the emergency scheduling unit is started, and the same addressee is collected to obtain the following data, wherein the number of the same addressee is 5, and all the express deliveries of the same addressee are small express deliveries;
wherein, one same receiver is selected and marked as P;
p has 5 small expressage packages, the emergency dispatching unit dispatches the P in a large grid, and the P can be stored after volume measurement and calculation to meet the capacity requirement;
the simulation module carries out inductive simulation on the placing mode to generate the placing mode shown in the figure 3;
if the courier carries out subjective judgment, errors are easily caused, as shown in fig. 4;
the animation placing unit generates animations according to the placing sequence and sends the animations to the courier side;
the identification sending module identifies the express delivery information and sends the pickup short message to the receiver through the cloud computing server.
The working principle of the invention is as follows: the invention utilizes the privacy covering module to cover the privacy information of the addressee, and is provided with a simplified address and a simplified number for identification; planning a distribution path and a placing mode in the vehicle by using a distribution analysis module; monitoring the delivery live condition by utilizing a delivery process module, and transmitting information; collecting express information in the vehicle by using an information collection module; predicting the remaining grids of the express cabinet by using an intelligent processing module, and judging whether an emergency dispatching unit needs to be started or not; generating animation display for the placing mode of the express in the lattice of the express cabinet by using the graphic display placing module; the express is identified by using an identification sending module, and a short message is sent to a mobile phone of a receiver by self; and information interaction among the three ends of the merchant end, the receiver end and the courier end is realized by utilizing the cloud computing server, so that the whole system runs smoothly.
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.
Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that changes may be made in the embodiments and/or equivalents thereof without departing from the spirit and scope of the invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (1)
1. The utility model provides a quick distribution analytic system of commodity circulation based on wisdom commodity circulation which characterized in that: the system comprises a cloud computing server, a privacy covering module, a distribution analysis module, a distribution process module, an information acquisition module, an intelligent processing module, a diagram placing module and an identification sending module;
the output end of the privacy covering module is connected with the input ends of the cloud computing server, the distribution analysis module and the identification sending module; the output end of the cloud computing server is connected with the input ends of the information acquisition module and the identification sending module; the output end of the distribution analysis module is connected with the input end of the distribution process module; the output end of the distribution process module is connected with the input end of the information acquisition module; the output end of the information acquisition module is connected with the input end of the intelligent processing module; the output end of the intelligent processing module is connected with the input end of the graphic display placing module;
the cloud computing server is used as a cloud processing center and used for carrying out information interaction at a merchant end, a client end and an express delivery end; the privacy covering module is used for generating bar code information to cover the private information of the receiver; the distribution analysis module is used for analyzing the path of the distributed express and planning the placement position; the distribution process module is used for monitoring relevant information in a distribution process; the information acquisition module is used for acquiring express basic information on the current express distribution vehicle; the intelligent processing module is used for carrying out intelligent automatic processing on the express delivery cabinet; the graphic display placing module is used for outputting a placing animation mode of the express in the lattice of the express cabinet, so that a courier can place the express conveniently; the identification and sending module is used for automatically identifying the express entering the grid of the express cabinet and generating a short message to inform a receiver;
the privacy overlay module comprises the following units:
the system comprises a bar code generating unit, a receiving party receiving unit and a receiving party receiving unit, wherein the bar code generating unit is used for generating a bar code when express goods are delivered from a merchant end, the bar code comprises addressee name information, express goods information, addressee contact information and addressee specific receiving address information, and the bar code is attached to an express package;
the address simplifying unit is used for simplifying the specific delivery address of the receiver, hiding the doorplate number and only keeping the name of the cell;
the numbering unit is used for generating numbers for express items;
the distribution analysis module comprises the following units:
the distribution data unit is used for collecting information of all the express to be distributed on the same day and distributing the express to each express distribution vehicle;
the route planning unit is used for planning a travel route for each express delivery vehicle according to the address information condition;
the address classification unit is used for classifying the address areas of the express according to the sequence of the driving paths, ensuring that the express in the same area is at the same position in the vehicle when the express is loaded, and ensuring that the storage area of the express arriving earlier is closer to the vehicle door;
the distribution process module comprises the following units:
the positioning unit is used for positioning the position of the express delivery vehicle in real time;
the time unit is used for recording real-time;
the transmission unit is used for carrying out information interaction with the cloud computing server and the intelligent processing module;
the information acquisition module comprises the following units:
the quantity acquisition unit is used for acquiring the quantity condition of large express items and small express items to be stored in an express cabinet which is about to arrive on a current express vehicle;
the volume acquisition unit is used for acquiring the volume condition of each express item to be stored in an express cabinet which is about to arrive on the express vehicle;
the number acquisition unit is used for acquiring the number condition of each express item to be stored in an express cabinet to be arrived on a current express vehicle;
the intelligent processing module comprises the following units:
the receiving unit is used for receiving the number information transmitted by the cloud computing server and matching the number information with the express to be arrived according to the number information;
the prediction unit is used for predicting whether all express to be arrived can be accommodated in the grids of the express cabinet according to historical data; the prediction unit is started when the distance between the express delivery vehicle and the express cabinet exceeds a threshold value A;
the emergency dispatching unit is used for starting the emergency dispatching unit when the output result of the prediction unit is 1, integrating the expressage of the same addressee, and placing the expressage in the same grid to improve the space utilization rate;
the selection unit is used for selecting a proper express cabinet grid for express delivery according to the size of the express delivery and correspondingly adjusting according to the result of the emergency dispatching unit; the express cabinet grid is divided into an express cabinet large grid and an express cabinet small grid according to the size of the storage space;
the prediction unit comprises the following units:
the database is used for storing and calling historical data information;
the data processing unit is used for processing data and comprises the following steps:
s1, collecting current time and current place, and calculating to obtain estimated time of arriving at an express cabinet;
s2, setting the time range of the current time and the estimated time to be T, and collecting express cabinet pickup volume in the historical data within the time range every day, wherein a large-bay pickup volume set of the express cabinet is recorded as C 1 ＝{x 1 ，x 2 ，x 3 ，……，x n And recording a set of quantity of taken items in a small grid of the express cabinet as C 2 ＝{y 1 ，y 2 ，y 3 ，……，y n }；
S3, according to a formula:
wherein x is i 、y i Respectively measuring the predicted quantity of the express delivery cabinet large-grid-opening pickup quantity and the predicted quantity of the express delivery cabinet small-grid-opening pickup quantity within the time range T on the same day;
s4, according to a formula:
wherein m is x 、m y The predicted idle amount of the large cell and the small cell of the express cabinet after the express vehicle arrives are respectively; m is max 、m min The idle quantities of the large cell and the small cell of the express cabinet at the current time are respectively;
an output unit for outputting the data information provided by the distribution analysis moduleAnalyzing and comparing the information, and if the number of the large express items exceeds m x Or the total express quantity exceeds m x +m y If so, outputting a result 1; otherwise, outputting a result 0;
the diagram placing module comprises the following units:
the volume detection unit is used for extracting volume data of the express to be put into the same grid after the emergency dispatching unit is started, and if the volume data is smaller than the current grid, the express enters the simulation modeling unit; if the current cell is larger than the current cell, replanning;
the simulation modeling unit is used for performing simulation modeling on the internal space of the compartment of the express cabinet and performing simulated express placement;
the animation placing unit generates an animation graphic according to the simulated placing mode and sends the animation graphic to the courier terminal;
the scanning unit is used for scanning and numbering by a courier by using a courier terminal, and transmitting data to the automatic unlocking unit while authenticating;
the automatic unlocking unit is used for automatically unlocking the express cabinet lattice according to the scanning result of the courier;
the animation placing unit comprises the following units:
the placing unit is used for trying to place the express cabinet according to the space of the lattice of the express cabinet by using a computer, and inputting the obtained placing sequence into the instruction unit to be used as basic animation data;
the instruction unit is used for binding the logic dynamic link library, the three-dimensional animation control initial information and the basic animation data based on the three-dimensional animation to obtain a three-dimensional animation generation instruction;
the acquisition unit is used for acquiring a three-dimensional animation initial model according to the three-dimensional animation generation instruction, and a control node identifier is arranged in the three-dimensional animation initial model;
the parameter unit is used for generating attribute information corresponding to the control node identification according to the three-dimensional animation control initial information and inputting the attribute information corresponding to the control node identification into the plug-in to calculate three-dimensional animation control parameter information;
the animation generating unit drives a three-dimensional animation initial model according to the three-dimensional animation control parameter information to generate a three-dimensional animation;
the identification sending module comprises the following units:
the identification unit is arranged in a grid of the express cabinet and used for identifying the coding information in the privacy coverage module and requesting the cloud computing server to acquire data;
and the sending unit is used for receiving the express private data transmitted by the cloud computing server, automatically generating a short message and sending the short message to a mobile phone of a recipient, and reminding the recipient to timely receive the express.
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Denomination of invention: A Logistics Rapid Delivery Analysis System Based on Intelligent Logistics Effective date of registration: 20230511 Granted publication date: 20221223 Pledgee: Guiyang Rural Commercial Bank Co.,Ltd. science and technology sub branch Pledgor: Guizhou Yilin Logistics Co.,Ltd. Registration number: Y2023520000018 |