CN113269493A - Commodity distribution system and method for express counter advertisement - Google Patents
Commodity distribution system and method for express counter advertisement Download PDFInfo
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Abstract
The invention discloses a commodity distribution system for express counter advertisement, which comprises an order entry module, a logistics distribution module, an express cabinet control module and a data management module, wherein the order entry module is used for uploading transaction information of a user to the data management module, the logistics distribution module is used for generating a distribution route, updating logistics information and informing the user that commodities are sent to a designated express cabinet, the express cabinet control module is used for generating a secret key for opening the express cabinet cells to control the use of the express cabinet cells, the data management module is used for managing the order information, the express cabinet information and the logistics information, the commodity distribution system is scientific and reasonable and convenient to use, a map path unit is arranged in the logistics distribution module to shorten the distribution time and save the logistics cost, an express cabinet management unit is arranged in the data management module to record the use condition of the express cabinet cells and the express cabinet, and the most suitable storage box is recommended for the commodity, so that the storage space is saved.
Description
Technical Field
The invention relates to the technical field of express delivery cabinets, in particular to a commodity distribution system and method for express delivery counter advertisements.
Background
Along with the acceleration of urbanization process, people's living standard constantly promotes, and the network shopping has gradually become the mainstream mode of people's consumption shopping with its advantage unique such as low-priced transparent, convenient and fast, and the express delivery industry is also along with the development of network shopping is rapidly getting up, and intelligent express delivery cabinet is also in reserve. The problem that time nodes of dispatchers and consumers are asymmetric is solved to a great extent by the intelligent express cabinet, and both the dispatchers and the consumers can freely select delivery and delivery time, so that time can be saved for the consumers, and secondary and even repeated delivery of the dispatchers can be reduced. The intelligent express cabinet has obvious advantages in the aspects of improving the express delivery service efficiency, reducing the express delivery distribution cost, enhancing the user experience of consumers and the like as an innovative mode of the terminal delivery service. The existing express cabinet has some advertising information, and a user often cannot know the distribution condition of commodities in time after purchasing the commodities on the express cabinet. In addition, after a delivery person usually arrives at a courier site when the delivery person delivers the goods, the conventional express cabinet inputs related information on the express cabinet, namely a company to which the courier belongs, a site to which the courier belongs, a registered account number and a registered password, and the like, then proposes a use application, the express cabinet uploads the application information to a server, the server determines whether to agree with the application according to the use condition of the express cabinet, if so, the result is returned to the express cabinet, and the express cabinet opens a corresponding express cabinet cell according to the returned result so as to enable the courier to put the goods in, so that the delivery time is prolonged, and the delivery cost is increased. Therefore, there is an urgent need for a system and method for delivering goods for advertisement on express counter.
Disclosure of Invention
The present invention is directed to a system and a method for delivering goods for advertisement on express counters, so as to solve the problems in the background art.
In order to solve the technical problems, the invention provides the following technical scheme: a delivery system for goods for express counter advertisement comprises an order entry module, a logistics delivery module, an express cabinet control module and a data management module;
the order entry module is used for uploading transaction information of a user to the data management module and receiving feedback information of the data management module, the transaction information of the user comprises transaction commodities, transaction quantity, positions of receiving express cabinets, delivery places and first delivery time, and the feedback information comprises whether the express cabinet has idle express cabinet cells or not at the first delivery time;
the logistics distribution module is used for determining a distribution path and informing the express cabinet control module to generate a random key, and the distribution path is determined by the position of the receiving express cabinet and the delivery place;
the express cabinet control module is used for generating a random key to control the use of the express cabinet cells;
the data management module is used for storing and processing order transaction information, express cabinet information and logistics distribution information, wherein:
the order transaction information comprises commodities purchased by a user, the number of purchases, the position of the receiving express cabinet, a delivery place and first delivery time;
the express cabinet information comprises the length and the width of each cell of the express cabinet, the using times of each cell, the number of the currently used express cabinet cell and the number of the currently idle express cabinet cell;
the logistics distribution information comprises a delivery place of the commodity, a position of the harvest express delivery cabinet, an identification label of the commodity, first delivery time and time of putting the commodity into the receiving express delivery cabinet.
The user can scan the two-dimension code of the commodity on the advertisement screen of the express cabinet or directly buy a product wanted by the user on the advertisement screen, after the user places an order, the order entry module uploads the transaction information of the user to a merchant and the management unit of the express cabinet, the merchant selects the size of the express cabinet according to the package of the delivered commodity and delivers the commodity according to the appointed time, the user can observe the logistics information of the purchased commodity in real time in the delivery system, and after the commodity reaches the appointed express cabinet, the delivery system can automatically send a pickup key to the user, so that the logistics information can be observed by the user, the commodity cannot be easily taken away by others, and the commodity is lost.
Furthermore, the order entry module comprises an entry unit, a transmission unit and a receiving unit, the entry unit is used for entering transaction information of a user into the distribution system, the transaction information comprises transaction commodities, transaction quantity, positions of receiving express cabinets, delivery places and first delivery time, the transmission unit user transmits the transaction information of the user to the merchant and the data management module, the receiving unit is used for receiving feedback information of the data management module, the feedback information comprises whether the express cabinet has idle express cabinet cells or not at the first delivery time, and the number of the idle express cabinet cells is determined by data in the data management module.
The order entry module is provided with a transmission unit, the transmission unit can upload transaction information to a distribution system in time and send the transaction information to a merchant after a user places an order so as to facilitate the merchant to deliver the order in time, the order entry module is also provided with a receiving unit which can receive feedback information of the data management module, and when the express cabinet is reserved when the user expects that the commodity is delivered, the user is reminded to modify the time of the expected commodity delivery, so that the condition that no idle express cabinet boxes store the commodity when the commodity is delivered is avoided.
Furthermore, the logistics distribution module comprises a map path unit, a logistics updating unit and a delivery informing unit, wherein the map path unit determines a distribution path according to the position of the receiving express cabinet and the delivery place, the logistics updating unit is used for updating the logistics situation of commodities purchased by a user in real time, and the delivery informing unit is used for informing the user that the commodities purchased by the user are placed in a designated express cabinet so that the user can take the commodities immediately.
The map path unit of the logistics distribution module can select a proper distribution path for a user according to historical logistics information of a distribution system, so that the commodity can be delivered on time within the time appointed by the user and a merchant, the logistics updating unit in the logistics distribution module can update the logistics information of the commodity in real time, the user can know the distribution condition of the commodity at any time, the information that the commodity is delivered can be sent to the user after the commodity is placed in the express cabinet, the user is reminded that the commodity is delivered to the appointed express cabinet according to the appointed time, and the user is required to take the commodity in time.
Furthermore, the express cabinet control module comprises a lock key unit and a cell control unit, the lock key unit is used for generating a random key for each express cabinet cell of the express cabinet, the cell control unit is used for controlling the use of the express cabinet cells, and the random key is a certificate for opening the express cabinet cells by a user.
According to the invention, the lock key unit and the cell control unit are arranged to ensure one-time pad, a distributor can open the cell of the express cabinet only by scanning the identification label of the commodity by using the identification device of the express cabinet, when the distributor puts the commodity into the cell of the express cabinet, the cell of the express cabinet is closed, the express cabinet automatically generates the second unlocking key and sends the second unlocking key to the user, the user can open the cell of the express cabinet to take the commodity only by inputting the correct unlocking key, and the commodity is ensured not to be lost easily when stored in the cell of the express cabinet.
Further, the data management module comprises an order management module, an express cabinet management module and a logistics management module, the order management module is used for storing and processing order information, the order information comprises a user name of a purchased commodity, a name of the purchased commodity, the number of the purchased commodity, a position of a delivery express cabinet, a merchant and a delivery place, the express cabinet management unit is used for recording cell information of the express cabinet and use conditions of the express cabinet, the cell information of the express cabinet comprises the length and the width of each cell of the express cabinet, the use conditions of the express cabinet comprise the number of use times of the cells of the express cabinet, currently-used express cells and currently-idle express cells, the logistics management submodule is used for storing and processing logistics information in the delivery system, and the logistics distribution information comprises the delivery place of the commodity, the position of the delivery cabinet, and the position of the delivery cabinet for harvesting, The identification label of the commodity, the first delivery time and the time for putting the commodity into the receiving express cabinet.
According to the invention, the data management module is arranged to know the order information of the commodity, the use information and the logistics information of the express cabinet in time, the logistics management unit arranged in the data management module can record and analyze the logistics information of each order, and a proper distribution path is selected for a new order, and the data management module can record the use condition of the express cabinet cells, so that the use times of each express cabinet cell are ensured to be equal, the express cabinet cell is prevented from being used for multiple times, and the damage speed of the express cabinet cell is accelerated.
A method of delivering goods for express over-the-counter advertising, the method comprising the steps of:
step S1: the user browses the commodity information on the advertisement screen of the express cabinet, selects the commodity of the heart instrument to place an order, the order entry module transmits the transaction information to the data management module, the transaction information comprises the transaction commodity, the transaction quantity, the position of the receiving express cabinet, the delivery place and the first delivery time, and the step S2 is switched to;
step S2: the data processing module receives the transaction information and then transmits the transaction information to a merchant so that the merchant can receive orders to carry out commodity distribution, the merchant selects the length and the width of the express cabinet grids according to the size of a distributed commodity package, the express cabinet management unit extracts the first arrival time in the transaction information and the length and the width of the express cabinet grids selected by the merchant, whether the express cabinet grids are reserved at the first arrival time or not is judged, if the express cabinet grids are reserved at the first arrival time, a user is reminded to modify the first arrival time, and if the express cabinet grids have free express cabinet grids at the first arrival time, the step S3 is switched to;
step S3: receiving order information by a merchant, starting to distribute commodities purchased by a user, and inputting distribution time, commodity identification labels and distributor information into a data management module, dividing idle express cabinet boxes into three types by an express cabinet according to the length and width of the express cabinet boxes selected by the merchant, wherein the length and width of a first type of express cabinet box are both larger than those of the express cabinet boxes designated by the merchant, the length and width of a second type of express cabinet box are both equal to those of the express cabinet boxes designated by the merchant, the length of a third type of express cabinet box is smaller than that of the express cabinet boxes designated by the merchant or the width of the express cabinet box is smaller than that of the express cabinet boxes designated by the merchant, and turning to step S4;
step S4: after the deliverer arrives at the position of the goods receiving express cabinet, logging in an account number of the deliverer, automatically selecting a proper idle express cabinet cell for the commodity as a storage cell of the commodity by the express cabinet, taking an identification label of the delivered commodity as a first unlocking key of the commodity storage cell, and turning to the step S5;
step S5: the distributor aligns the identification label of the distributed commodity with the identification device of the express cabinet, the express cabinet automatically opens the commodity storage cell, the distributor closes the commodity storage cell after placing the commodity into the commodity storage cell, the express cabinet automatically generates a second unlocking key of the commodity storage cell, the second unlocking key is sent to the user to remind the user that the commodity arrives, so that the user can take the commodity away immediately, and the step S6 is turned;
step S6: the user inputs a second unlocking key distributed by the distribution system, the express cabinet cells are automatically opened, the user takes away commodities, the express cabinet cells are closed, and the transaction is completed.
According to the invention, when a user purchases goods according to the information on the advertising screen of the express cabinet, the distribution system provides a function of selecting delivery time for the user, the distribution system detects whether the express cabinet has idle express cabinet cells after the user selects the time of expected goods delivery, if not, the user is reminded to modify the first delivery time, the situation that the express cabinet cells are not enough due to the fact that multiple users need to use the express cabinet cells in the same time period is avoided, a merchant delivers goods according to appointed time, the distribution system provides a function of updating the goods distribution situation for the user in real time, the user can quickly know the distribution situation of the purchased goods, when the distributor puts the goods into the express cabinet cells of the appointed express cabinet, the distribution system sends the delivery information to the user, and the user can take the purchased goods in time.
Further, the first delivery time in step S1 is a delivery time agreed by the user and the merchant.
The invention provides the function of appointing the delivery time with the merchant for the user, and can avoid the resource waste caused by overlong storage time of the goods in the express delivery cabinet.
Further, in step S4, the express cabinets are divided into three types according to the length and width of the express cabinet cells selected by the merchant, three types of the available express cabinet cells respectively correspond to three candidate express cabinet cell arrays a = { a1, a2, A3, a4, a5, An }, B = { B5, C = { C5, Cj }, the express cabinet management unit counts the number of times of use of each express cabinet, reorders elements in the candidate express cabinets from low number of use to high number of use, and obtains three new candidate express cabinets AA = { 5, AA =, BB, AA = { 5, BB, AA =, BB } 5, BB, AA = { 5, AA, BB } 5, AA =, BB, AA5, BB } of the express cabinets 5, AA = { 5, BB }, AA =, BB } 5, AA = { 5, AA =, BB } 5, AA = { 5, BB } of the express cabinet management unit, 5, BB }, and 5, BB }, and so as the number of use of the new candidate cabinets 5, AA =, CC6, CC7, … and CCj, wherein n, m and j are natural numbers, An, Bm, Cj, AAn, BBm and CCj are numbers of express cabinet cells, when a deliverer arrives at a receiving express cabinet and logs in a deliverer account, the express cabinet firstly inquires whether an element exists in a candidate express cabinet cell array BB, the element is the number of the idle express delivery cabinet cell, if the element exists, the express delivery cell number corresponding to the first element is selected as the cell number of the commodity storage cabinet, when the number of the elements of the candidate express cabinet cell array CC is twice that of the candidate express cabinet cell array BB, the express cabinet cell number corresponding to the elements in the candidate express cabinet cell array CC is preferentially selected as the commodity storage cell number, and if the candidate express cabinet cell array BB is a blank array, the express cabinet directly uses the express cabinet cell number corresponding to the first element in the express cabinet cell array CC as the commodity storage cell number.
The method divides the current idle express cabinet lattices into three types according to the size of a package for delivering goods, wherein the length and the width of the first type of express cabinet lattices are both larger than the length and the width of the express cabinet lattices selected by a merchant, the length and the width of the first type of express cabinet lattices are both equal to the length and the width of the express cabinet lattices selected by the merchant, the length of the first type of express cabinet lattices is smaller than the length of the express cabinet lattices selected by the merchant or the width of the express cabinet lattices selected by the merchant, the three types of idle express cabinet lattices of the express cabinet are reordered according to the using times of the express cabinet lattices, when the delivery system monitors that the goods need to be stored, the express cabinet firstly selects the lattices matched with the goods package according to the size of the goods package as the storage lattices of the goods, avoids repeatedly opening the lattices which do not leave the goods, wastes time and increases the delivery cost, and when the lattices matched with the goods package are fewer, the express cabinet selects the storage space which is larger than the actual demand space of the goods but not larger than the goods The common cases are used as storage cases of commodities, so that the situation that the cases with large storage space are not used all the time and resource waste is caused is avoided, the three types of idle express cabinet cases of the express cabinet are reordered according to the use times of the express cabinet cases, the use times of each express cabinet case can be guaranteed to be equal, the situation that the same express cabinet case is used for multiple times is avoided, the damage speed of the express cabinet case is accelerated, and the express cabinet resource utilization maximization is guaranteed while the express cabinet is normally used.
Further, in step S4, the three candidate express cabinet cell arrays a = { a1, a2, A3, a4, a5, a6, a7, …, An }, B = { B1, B2, B3, B4, B5, B6, B7, …, Bm }, C = { C1, C2, C3, C4, C5, C6, C7, …, Cj }, where n, m, j are natural numbers, and An, Bm, Cj are numbers of express cabinet cells, the express cabinet updates the array contents in real time according to the usage of the express cabinet, automatically takes the express cabinet cell number as the last element of the corresponding express cabinet array when there is An empty express cabinet, and automatically removes the used cabinet cell from the corresponding express cabinet array when the cabinet cell is used.
The express cabinet can update the candidate express cabinet cell array in real time, the express cabinet cell number is removed from the candidate express cabinet cell array when the express cabinet cell is used, and the number of the express cabinet cell is automatically put into the corresponding candidate express cabinet cell array to wait for next use after the express cabinet cell is used, so that the express cabinet cell can be reused, and resource sharing is realized.
Further, the step S3, where the receiving of the order information by the merchant and the starting of the distribution of the commodity purchased by the user further includes:
step S501: acquiring logistics distribution information in the commodity distribution system according to the position and the delivery point of the order receiving express cabinet, wherein the logistics distribution information comprises the delivery point of the commodity, the position of the harvesting express cabinet, delivery time, a distribution route, the commodity, first delivery time and time for putting the commodity into the receiving express cabinet, and turning to step S502;
step S502: calculating the average time spent on delivering the commodities by the same delivery route, and turning to step S503; the calculation formula of the average time taken to deliver the commodities is as follows:
wherein S is the total time spent on the same distribution route, n is the total number of times of adopting the distribution route,
the average time it takes to deliver the goods for the delivery route; if it is
If the number is not a natural number, two decimal numbers are reserved by adopting a rounding method;
step S503: sorting the routes into L = { L1, L2, L3, … and Lp } according to the average time spent by each distribution route to distribute the commodities, calculating the probability of punctual delivery of the routes L = { L1, L2, L3, … and Lp } according to the first delivery time in the logistics distribution information and the time of putting the commodities into a delivery express cabinet, and turning to step S504; the calculation formula of the punctual delivery probability is as follows:
wherein P iszThe number of on-time delivery, n is the total number of times of adopting the distribution route, and Z is the probability of on-time delivery; if Z is not a natural number, reserving two decimal numbers by adopting a rounding method;
step S504: calculating a comprehensive value of the distribution route according to the average time spent by the distribution route to distribute the commodities and the probability of punctual delivery of the distribution route, and turning to step S505; the calculation formula of the comprehensive value of the distribution route is as follows:
whereinE is the comprehensive value of the distribution route,
the average time taken for the delivery of the goods for the delivery route, and Z is the probability that the delivery route will arrive on time; if E is not a natural number, reserving two decimal numbers by adopting a rounding method;
step S504: sorting the distribution route comprehensive value E in the descending order of E = { E1, E2, E3, E4, E5, … and E6}, and taking the distribution route corresponding to E1 as the distribution route of the commodity.
The invention generates the optimal distribution route according to the historical distribution information, so that the commodities can arrive on time according to the time appointed by the user and the merchant, disputes caused by logistics distribution of the buyer and the seller are reduced, and the trust of the user on the distribution system is improved, so that the user can continue to use the distribution system in the future.
Compared with the prior art, the invention has the following beneficial effects: according to the invention, a user can scan the two-dimension code of the commodity on the advertisement screen of the express cabinet or directly buy a product wanted by the user on the advertisement screen, after the user places an order, the order entry module uploads the transaction information of the user to a merchant and the management unit of the express cabinet, the merchant selects the size of the express cabinet according to the package of the delivered commodity and delivers the commodity according to the appointed time, the user can observe the logistics information of the purchased commodity in real time in a delivery system, and after the commodity reaches the appointed express cabinet, the delivery system can automatically send a pickup key to the user, so that the logistics information can be observed by the user, and the commodity cannot be easily taken away by others; the order entry module is provided with a transmission unit, the transmission unit can upload transaction information to a distribution system in time and send the transaction information to a merchant after a user places an order so that the merchant can deliver the order in time, the order entry module is also provided with a receiving unit which can receive feedback information of a data management module, and when the time of delivery of a commodity expected by the user is reserved, the user is reminded to modify the time of delivery of the expected commodity, so that the condition that no idle express cabinet cells store the commodity when the commodity is delivered is avoided; the map path unit of the logistics distribution module can select a proper distribution path for a user according to the historical logistics information of the distribution system, so that the commodity can be delivered on time within the time appointed by the user and a merchant; according to the invention, the lock key unit and the cell control unit are arranged to ensure one-time pad, a distributor can open the cell of the express cabinet only by scanning the identification label of the commodity by using the identification device of the express cabinet, when the distributor puts the commodity into the cell of the express cabinet, the cell of the express cabinet is closed, the express cabinet automatically generates the second unlocking key and sends the second unlocking key to the user, the user can open the cell of the express cabinet to take the commodity only by inputting the correct unlocking key, and the commodity is ensured not to be lost easily when stored in the cell of the express cabinet; according to the invention, the data management module is arranged to know order information of commodities, use information and logistics information of the express cabinet in time, the logistics management unit arranged in the data management module can record and analyze the logistics information of each order, a proper distribution path is selected for a new order, and the data management module can record the use condition of the express cabinet cells, so that the use times of each express cabinet cell are ensured to be equal, and the situation that one express cabinet cell is used for multiple times to accelerate the damage speed of the express cabinet cell is avoided; the invention provides the function of appointing delivery time with a merchant for the user, and can avoid the waste of resources caused by overlong storage time of commodities in the express delivery cabinet; the method divides the current idle express cabinet lattices into three types according to the size of a delivered commodity package, wherein the length and the width of one type of express cabinet lattices are both larger than the length and the width of an express cabinet lattice selected by a merchant, the length and the width of one type of express cabinet lattices are both equal to the length and the width of an express cabinet lattice selected by the merchant, the length of one type of express cabinet lattices is smaller than the length of an express cabinet lattice selected by the merchant or the width of an express cabinet lattice is smaller than the width of an express cabinet lattice selected by the merchant, and the three types of idle express cabinet lattices of the express cabinet are reordered by the express cabinet according to the using times of the express cabinet lattices, so that the using times of each lattice are equal, and the situation that the same express cabinet lattice is used for multiple times is avoided; according to the express cabinet, the candidate express cabinet cell array can be updated in real time, the express cabinet cell number is removed from the candidate express cabinet cell array when the express cabinet cell is used, and the number of the express cabinet cell is automatically placed into the corresponding candidate express cabinet cell array to wait for next use after the express cabinet cell is used, so that the express cabinet cell can be reused, and resource sharing is realized; the invention generates the optimal distribution route according to the historical distribution information, so that the commodities can arrive on time according to the time appointed by the user and the merchant, disputes caused by logistics distribution of the buyer and the seller are reduced, and the trust of the user on the distribution system is improved, so that the user can continue to use the distribution system in the future.
Drawings
FIG. 1 is a schematic diagram of a commercial distribution system for advertising at a courier counter;
FIG. 2 is a schematic flow chart of a method for delivering a commercial product for an advertising express post;
fig. 3 is a schematic flow chart of a delivery route determination process of a delivery counter advertisement commodity delivery system.
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. 1-3, the present invention provides the following technical solutions:
as shown in fig. 1, a delivery system for goods for advertisement on express counter includes an order entry module, a logistics delivery module, an express cabinet control module, and a data management module;
the order entry module is used for uploading transaction information of a user to the data management module and receiving feedback information of the data management module, the transaction information of the user comprises transaction commodities, transaction quantity, the position of a receiving express cabinet, a delivery place and first delivery time, and the feedback information comprises whether the express cabinet has idle express cabinet cells or not at the first delivery time;
the logistics distribution module is used for determining a distribution path and informing the express cabinet control module to generate a random key, and the distribution path is determined by the position of the receiving express cabinet and the delivery place;
the express cabinet control module is used for generating a random key to control the use of the express cabinet cells;
the data management module is used for storing and processing order transaction information, express cabinet information and logistics distribution information, wherein:
the order transaction information comprises commodities purchased by the user, the number of purchases, the position of the delivery express cabinet, a delivery place and first delivery time;
the express cabinet information comprises the length and the width of each cell of the express cabinet, the using times of each cell, the number of the currently used express cabinet cell and the number of the currently idle express cabinet cell;
the logistics distribution information comprises the delivery location of the commodity, the position of the harvest express delivery cabinet, the identification label of the commodity, the first delivery time and the time when the commodity is placed in the receiving express delivery cabinet.
The order entry module comprises an entry unit, a transmission unit and a receiving unit, the entry unit is used for entering transaction information of a user into the distribution system, the transaction information comprises transaction commodities, transaction quantity, the position of a receiving express cabinet, a delivery place and first delivery time, the transmission unit user transmits the transaction information of the user to a merchant and the data management module, the receiving unit is used for receiving feedback information of the data management module, the feedback information comprises whether the express cabinet has idle express cabinet cells or not at the first delivery time, and the number of the idle express cabinet cells is determined by data in the data management module.
The logistics distribution module comprises a map path unit, a logistics updating unit and a delivery informing unit, wherein the map path unit determines a distribution path according to the position of the receiving express cabinet and the delivery place, the logistics updating unit is used for updating the logistics situation of commodities purchased by a user in real time, and the delivery informing unit is used for informing the user that the purchased commodities are placed in a designated express cabinet so that the user can take the commodities immediately.
The express cabinet control module comprises a lock key unit and a cell control unit, the lock key unit is used for generating a random key for each express cabinet cell of the express cabinet, the cell control unit is used for controlling the use of the express cabinet cells, and the random key is a certificate for a user to open the express cabinet cells.
The data management module comprises an order management module, an express cabinet management module and a logistics management module, the order management module is used for storing and processing order information, the order information comprises a user name of a purchased commodity, a name of the purchased commodity, the quantity of the purchased commodity, the position of the express cabinet for receiving goods, a merchant and a delivery place, the express cabinet management unit is used for recording the cell information of the express cabinet and the use condition of the express cabinet, the information of the express cabinet comprises the length and the width of each cell of the express cabinet, the service condition of the express cabinet comprises the currently used express cells and the currently idle express cells, the logistics management submodule is used for storing and processing logistics information in the distribution system, and the logistics distribution information comprises a delivery place of goods, a position of the express cabinet for harvesting, an identification label of the goods, first delivery time and time for putting the goods into the delivery express cabinet.
As shown in fig. 2, a method for delivering a commodity for an advertisement on a delivery counter includes the following steps:
step S1: the user browses the commodity information on the advertisement screen of the express cabinet, selects the commodity of the heart instrument to place an order, the order entry module transmits the transaction information to the data management module, the transaction information comprises the transaction commodity, the transaction quantity, the position of the receiving express cabinet, the delivery place and the first delivery time, and the step S2 is switched to;
step S2: the data processing module receives the transaction information and then transmits the transaction information to a merchant so that the merchant can receive orders to carry out commodity distribution, the merchant selects the length and the width of the express cabinet grids according to the size of a distributed commodity package, the express cabinet management unit extracts the first arrival time in the transaction information and the length and the width of the express cabinet grids selected by the merchant, whether the express cabinet grids are reserved at the first arrival time or not is judged, if the express cabinet grids are reserved at the first arrival time, a user is reminded to modify the first arrival time, and if the express cabinet grids have free express cabinet grids at the first arrival time, the step S3 is switched to;
step S3: receiving order information by a merchant, starting to distribute commodities purchased by a user, and inputting distribution time, commodity identification labels and distributor information into a data management module, dividing idle express cabinet boxes into three types by an express cabinet according to the length and width of the express cabinet boxes selected by the merchant, wherein the length and width of a first type of express cabinet box are both larger than those of the express cabinet boxes designated by the merchant, the length and width of a second type of express cabinet box are both equal to those of the express cabinet boxes designated by the merchant, the length of a third type of express cabinet box is smaller than that of the express cabinet boxes designated by the merchant or the width of the express cabinet box is smaller than that of the express cabinet boxes designated by the merchant, and turning to step S4;
step S4: after the deliverer arrives at the position of the goods receiving express cabinet, logging in an account number of the deliverer, automatically selecting a proper idle express cabinet cell for the commodity as a storage cell of the commodity by the express cabinet, taking an identification label of the delivered commodity as a first unlocking key of the commodity storage cell, and turning to the step S5;
step S5: the distributor aligns the identification label of the distributed commodity with the identification device of the express cabinet, the express cabinet automatically opens the commodity storage cell, the distributor closes the commodity storage cell after placing the commodity into the commodity storage cell, the express cabinet automatically generates a second unlocking key of the commodity storage cell, the second unlocking key is sent to the user to remind the user that the commodity arrives, so that the user can take the commodity away immediately, and the step S6 is turned;
step S6: the user inputs a second unlocking key distributed by the distribution system, the express cabinet cells are automatically opened, the user takes away commodities, the express cabinet cells are closed, and the transaction is completed.
The first delivery time in step S1 is the delivery time agreed by the user and the merchant.
In the step S, the express cabinets are divided into three types according to the length and the width of the express cabinet lattices selected by a merchant, the three types of idle express cabinet lattices respectively correspond to three candidate express cabinet lattice arrays A = { A, An }, B = { B, Bm }, C = { C, Cj }, the express cabinet management unit counts the using times of each express cabinet and reorders the candidate express cabinet arrays according to the using times from low to high to obtain three new candidate express cabinet lattice arrays AA = { AA, BB = { BB, CC, = { CC, CCj, n, m }, wherein m, m } is m, j is a natural number, An, Bm, Cj, AAn, BBm and CCj are numbers of express cabinet cells, when a delivery person arrives at a delivery express cabinet and logs in An account number of the delivery person, the express cabinet firstly inquires whether An element exists in a candidate express cabinet cell array BB, the element is the number of An idle express cabinet cell, if the element exists, the express cabinet cell number corresponding to a first element is selected as a commodity storage cabinet cell number, when the candidate express cabinet cell array CC element number is twice of the candidate express cabinet cell array BB element number, the express cabinet cell number corresponding to the element in the candidate express cabinet cell array CC is preferentially selected as a commodity storage cell number, and if the candidate express cabinet cell array BB is An empty array, the express cabinet directly uses the express cabinet cell number corresponding to the first element in the express cabinet cell array CC as the commodity storage cell number.
In the step S4, three candidate express cabinet cell arrays a = { a1, a2, A3, a4, a5, a6, a7, …, An }, B = { B1, B2, B3, B4, B5, B6, B7, …, Bm }, C = { C1, C2, C3, C4, C5, C6, C7, …, Cj }, where n, m, j are natural numbers, and An, Bm, Cj are numbers of express cabinet cells, the express cabinet updates the array contents in real time according to the use condition of the express cabinet, automatically takes the express cabinet cell number as the last express element of the corresponding array when there is An empty express cabinet cell, and automatically removes the express cabinet cell number used from the corresponding array when the cabinet cell is detected to be used.
As shown in fig. 3, the step S3 where the merchant receives the order information and starts to distribute the goods purchased by the user further includes:
step S501: acquiring logistics distribution information in the commodity distribution system according to the position and the delivery point of the order receiving express cabinet, wherein the logistics distribution information comprises the delivery point of the commodity, the position of the harvesting express cabinet, delivery time, a distribution route, the commodity, first delivery time and time for putting the commodity into the receiving express cabinet, and turning to step S502;
step S502: calculating the average time spent on delivering the commodities by the same delivery route, and turning to step S503; the average time taken to deliver the goods is calculated as:
wherein S is the total time spent on the same distribution route, n is the total number of times of adopting the distribution route,
the average time it takes to deliver the goods for the delivery route; if it is
If the number is not a natural number, two decimal numbers are reserved by adopting a rounding method;
step S503: sorting the routes into L = { L1, L2, L3, … and Lp } according to the average time spent by each distribution route to distribute the commodities, calculating the probability of punctual delivery of the routes L = { L1, L2, L3, … and Lp } according to the first delivery time in the logistics distribution information and the time of putting the commodities into a delivery express cabinet, and turning to step S504; the punctual delivery probability is calculated by the following formula:
wherein P iszThe number of on-time delivery, n is the total number of times of adopting the distribution route, and Z is the probability of on-time delivery; if Z is not a natural number, reserving two decimal numbers by adopting a rounding method;
step S504: calculating a comprehensive value of the distribution route according to the average time spent by the distribution route to distribute the commodities and the probability of punctual delivery of the distribution route, and turning to step S505; the calculation formula of the comprehensive value of the distribution route is as follows:
wherein E is the integrated value of the distribution route,
the average time taken for the delivery of the goods for the delivery route, and Z is the probability that the delivery route will arrive on time; if E is not a natural number, reserving two decimal numbers by adopting a rounding method;
step S504: sorting the distribution route comprehensive value E in the descending order of E = { E1, E2, E3, E4, E5, … and E6}, and taking the distribution route corresponding to E1 as the distribution route of the commodity.
The first embodiment is as follows:
a user browses commodity information on an advertisement screen of the express cabinet, selects commodities of a mood instrument to place orders, and an order entry module transmits transaction information to a data management module, wherein the transaction information comprises transaction commodities, transaction quantity, positions of receiving express cabinets, delivery places and first delivery time;
the data processing module receives the transaction information and then transmits the transaction information to a merchant so that the merchant can receive orders to carry out commodity distribution, the length of an express cabinet cell selected by the merchant according to the size of a distributed commodity package is 30 cm, the width of the express cabinet cell is 20 cm, a first arrival time in the transaction information and the length and the width of the express cabinet cell selected by the merchant are extracted by an express cabinet management unit, and the express cabinet cell is detected to have a free express cabinet cell at the first arrival time;
the method comprises the steps that a merchant receives order information, starts to deliver commodities purchased by a user, and inputs delivery time, identification labels of the commodities and deliverer information into a data management module, an express cabinet divides idle express cabinet boxes into three types according to the length and width of the express cabinet boxes selected by the merchant, the length and width of a first type of express cabinet box are both larger than those of an express cabinet box designated by the merchant, the length and width of a second type of express cabinet box are both equal to those of the express cabinet box designated by the merchant, and the length of a third type of express cabinet box is smaller than that of the express cabinet box designated by the merchant or the width of the express cabinet box is smaller than that of the express cabinet box designated by the merchant;
extracting historical logistics distribution information in a distribution system according to the positions of the receiving express cabinets and the positions of the delivery of the merchants in the order transaction information, finding that two distribution paths exist, wherein the path L1 is used for 4 times, the distribution time is 3 days, 2 days, 3 days and 4 days, the on-time delivery time is 2 times, the path L2 is used for 4 times, the distribution time is 3 days, 2 days, 3 days and 2 days, the on-time delivery time is 3 times, and the average time spent on distributing commodities by the path L1 and the path L2 is calculated respectively:
the probability of on-time delivery of the path L1 and the path L2 is calculated respectively as follows:
the integrated values of the path L1 and the path L2 are calculated:
the minimum integrated value of the path L2 means that the distribution cost of the path L2 is the lowest, so that the commodity is distributed by taking the path L2 this time;
after arriving at the position of the goods receiving express cabinet, a deliverer logs in a deliverer account, the express cabinet automatically selects a proper idle express cabinet cell for goods as a storage cell of the goods and takes an identification label of the delivered goods as a first unlocking key of the goods storage cell;
the method comprises the steps that a distributor aligns an identification tag of a distributed commodity with an identification device of an express cabinet, the express cabinet automatically opens a commodity storage box, the distributor closes the commodity storage box after placing the commodity into the commodity storage box, the express cabinet automatically generates a second unlocking key of the commodity storage box, and the second unlocking key is sent to a user to remind the user that the commodity arrives, so that the user can take the commodity away instantly;
the user inputs a second unlocking key distributed by the distribution system, the express cabinet cells are automatically opened, the user takes away commodities, the express cabinet cells are closed, and the transaction is completed.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Claims (10)
1. The utility model provides an express delivery is commodity distribution system for sales counter advertisement which characterized in that: the distribution system comprises an order entry module, a logistics distribution module, an express cabinet control module and a data management module;
the order entry module is used for uploading transaction information of a user to the data management module and receiving feedback information of the data management module, the transaction information of the user comprises transaction commodities, transaction quantity, positions of receiving express cabinets, delivery places and first delivery time, and the feedback information comprises whether the express cabinet has idle express cabinet cells or not at the first delivery time;
the logistics distribution module is used for determining a distribution path and informing the express cabinet control module to generate a random key, and the distribution path is determined by the position of the receiving express cabinet and the delivery place;
the express cabinet control module is used for generating a random key to control the use of the express cabinet cells;
the data management module is used for storing and processing order transaction information, express cabinet information and logistics distribution information, wherein:
the order transaction information comprises commodities purchased by a user, the number of purchases, the position of the receiving express cabinet, a delivery place and first delivery time;
the express cabinet information comprises the length and the width of each cell of the express cabinet, the using times of each cell, the number of the currently used express cabinet cell and the number of the currently idle express cabinet cell;
the logistics distribution information comprises a delivery place of the commodity, a position of the harvest express delivery cabinet, an identification label of the commodity, first delivery time and time of putting the commodity into the receiving express delivery cabinet.
2. The system of claim 1 for delivering goods for post-delivery advertising, wherein: the order entry module comprises an entry unit, a transmission unit and a receiving unit, the entry unit is used for entering transaction information of a user into a distribution system, the transaction information comprises transaction commodities, transaction quantity, the position of a receiving express cabinet, a delivery place and first delivery time, the transmission unit transmits the transaction information of the user to a merchant and a data management module, the receiving unit is used for receiving feedback information of the data management module, the feedback information comprises whether the express cabinet has idle express cabinet cells at the first delivery time, and the number of the idle express cabinet cells is determined by data in the data management module.
3. The system of claim 1 for delivering goods for post-delivery advertising, wherein: the logistics distribution module comprises a map path unit, a logistics updating unit and a delivery informing unit, wherein the map path unit determines a distribution path according to the position of the receiving express cabinet and the delivery place, the logistics updating unit is used for updating the logistics situation of commodities purchased by a user in real time, and the delivery informing unit is used for informing the user that the commodities purchased by the user are placed in a designated express cabinet so that the user can take the commodities immediately.
4. The system of claim 1 for delivering goods for post-delivery advertising, wherein: the express delivery cabinet control module comprises a lock key unit and a box control unit, the lock key unit is used for generating a random key for each express delivery cabinet box of the express delivery cabinet, the box control unit is used for controlling the use of the express delivery cabinet box, and the random key is a certificate for opening the express delivery cabinet box for a user.
5. The system of claim 1 for delivering goods for post-delivery advertising, wherein: the data management module comprises an order management module, an express cabinet management module and a logistics management module, the order management module is used for storing and processing order information, the order information comprises a commodity purchasing user name, a commodity purchasing quantity, a goods receiving express cabinet position, a merchant and a delivery place, the express cabinet management unit is used for recording the information of the boxes of the express cabinet and the use condition of the express cabinet, the information of the boxes of the express cabinet comprises the length and the width of each box of the express cabinet, the use condition of the express cabinet comprises the use times of the boxes of the express cabinet, the currently used express box and the currently idle express box, the logistics management sub-module is used for storing and processing logistics information in the distribution system, and the logistics distribution information comprises the delivery place of commodities, a goods harvesting express cabinet position, an identification label of the commodities, a delivery place of the express cabinet, and a delivery place of goods, The first delivery time and the time when the goods are put into the receiving express cabinet.
6. A commodity distribution method for express counter advertisement is characterized in that: the method comprises the following steps:
step S1: the user browses the commodity information on the advertisement screen of the express cabinet, selects the commodity of the heart instrument to place an order, the order entry module transmits the transaction information to the data management module, the transaction information comprises the transaction commodity, the transaction quantity, the position of the receiving express cabinet, the delivery place and the first delivery time, and the step S2 is switched to;
step S2: the data processing module receives the transaction information and then transmits the transaction information to a merchant so that the merchant can receive orders to carry out commodity distribution, the merchant selects the length and the width of the express cabinet grids according to the size of a distributed commodity package, the express cabinet management unit extracts the first arrival time in the transaction information and the length and the width of the express cabinet grids selected by the merchant, whether the express cabinet grids are reserved at the first arrival time or not is judged, if the express cabinet grids are reserved at the first arrival time, a user is reminded to modify the first arrival time, and if the express cabinet grids have free express cabinet grids at the first arrival time, the step S3 is switched to;
step S3: receiving order information by a merchant, starting to distribute commodities purchased by a user, and inputting distribution time, commodity identification labels and distributor information into a data management module, dividing idle express cabinet boxes into three types by an express cabinet according to the length and width of the express cabinet boxes selected by the merchant, wherein the length and width of a first type of express cabinet box are both larger than those of the express cabinet boxes designated by the merchant, the length and width of a second type of express cabinet box are both equal to those of the express cabinet boxes designated by the merchant, the length of a third type of express cabinet box is smaller than that of the express cabinet boxes designated by the merchant or the width of the express cabinet box is smaller than that of the express cabinet boxes designated by the merchant, and turning to step S4;
step S4: after the deliverer arrives at the position of the goods receiving express cabinet, logging in an account number of the deliverer, automatically selecting a proper idle express cabinet cell for the commodity as a storage cell of the commodity by the express cabinet, taking an identification label of the delivered commodity as a first unlocking key of the commodity storage cell, and turning to the step S5;
step S5: the distributor aligns the identification label of the distributed commodity with the identification device of the express cabinet, the express cabinet automatically opens the commodity storage cell, the distributor closes the commodity storage cell after placing the commodity into the commodity storage cell, the express cabinet automatically generates a second unlocking key of the commodity storage cell, the second unlocking key is sent to the user to remind the user that the commodity arrives, so that the user can take the commodity away immediately, and the step S6 is turned;
step S6: the user inputs a second unlocking key distributed by the distribution system, the express cabinet cells are automatically opened, the user takes away commodities, the express cabinet cells are closed, and the transaction is completed.
7. The method of delivering goods for post-delivery advertising as claimed in claim 6, wherein: the first delivery time in step S1 is the delivery time agreed by the user and the merchant.
8. The method of delivering goods for post-delivery advertising as claimed in claim 6, wherein: in the step S4, the express cabinets divide the idle express cabinet cells into three types according to the length and width of the express cabinet cell selected by the merchant, and the three types of idle express cabinet cells respectively correspond to three candidate express cabinet cell arrays a = { a = } of the express cabinet cells1、A2、A3、A4、A5、A6、A7、…、An}、B={B1、B2、B3、B4、B5、B6、B7、…、Bm}、C={C1、C2、C3、C4、C5、C6、C7、…、CjAnd counting the use times of each express cabinet by the express cabinet management unit, reordering the elements in the candidate express cabinet array from low to high according to the use times, and obtaining three new candidate express cabinet cell arrays AA = { AA = }1、AA2、AA3、AA4、AA5、AA6、AA7、…、AAn}、BB={BB1、BB2、BB3、BB4、BB5、BB6、BB7、…、BBm}、CC={CC1、CC2、CC3、CC4、CC5、CC6、CC7、…、CCjWherein n, m, j are natural numbers, An、Bm、Cj、AAn、BBm、CCjBe the plaiting article of express delivery cabinet cellThe express cabinet firstly inquires whether an element exists in a candidate express cabinet cell array BB when a delivery person arrives at a delivery express cabinet for receiving goods and logs in a delivery person account, wherein the element is the number of a free express cabinet cell, if the element exists, the express cabinet cell number corresponding to the first element is selected as a commodity storage cabinet cell number, when the candidate express cabinet cell array CC element number is twice of the candidate express cabinet cell array BB element number, the express cabinet cell number corresponding to the element in the candidate express cabinet cell array CC is preferentially selected as the commodity storage cell number, and if the candidate express cabinet cell array BB is a null array, the express cabinet directly uses the express cabinet cell number corresponding to the first element in the express cabinet cell array CC as the commodity storage cell number.
9. The method of delivering a commodity for post-delivery advertising as claimed in claim 8, wherein: in step S4, three candidate express cabinet cell arrays a = { a = { (a) }1、A2、A3、A4、A5、A6、A7、…、An}、B={ B1、B2、B3、B4、B5、B6、B7、…、Bm}、C={ C1、C2、C3、C4、C5、C6、C7、…、CjWherein n, m, j are natural numbers, An、Bm、CjBe the serial number of express delivery cabinet cell, the express delivery cabinet is according to the in service behavior real-time update array content of express delivery cabinet, and is automatic with this express delivery cabinet cell number as the last element of corresponding array when idle express delivery cabinet cell, then the serial number that will be used express delivery cabinet cell when the express delivery cabinet is monitored the express delivery cabinet cell and is removed from the array that corresponds automatically.
10. The method of delivering goods for post-delivery advertising as claimed in claim 6, wherein: in step S3, the receiving, by the merchant, the order information and starting to distribute the commodity purchased by the user further includes:
step S501: acquiring logistics distribution information in the commodity distribution system according to the position and the delivery point of the order receiving express cabinet, wherein the logistics distribution information comprises the delivery point of the commodity, the position of the harvesting express cabinet, delivery time, a distribution route, the commodity, first delivery time and time for putting the commodity into the receiving express cabinet, and turning to step S502;
step S502: calculating the average time spent on delivering the commodities by the same delivery route, and turning to step S503; the calculation formula of the average time taken to deliver the commodities is as follows:
wherein S is the total time spent on the same distribution route, n is the total number of times of adopting the distribution route,
the average time it takes to deliver the goods for the delivery route; if it is
If the number is not a natural number, two decimal numbers are reserved by adopting a rounding method;
step S503: sorting the routes into L = { L1, L2, L3, … and Lp } according to the average time spent by each distribution route to distribute the commodities, calculating the probability of punctual delivery of the routes L = { L1, L2, L3, … and Lp } according to the first delivery time in the logistics distribution information and the time of putting the commodities into a delivery express cabinet, and turning to step S504; the calculation formula of the punctual delivery probability is as follows:
wherein P iszIs on timeThe number of delivery times, n is the total number of times of adopting the distribution route, and Z is the probability of delivery in time; if Z is not a natural number, reserving two decimal numbers by adopting a rounding method;
step S504: calculating a comprehensive value of the distribution route according to the average time spent by the distribution route to distribute the commodities and the probability of punctual delivery of the distribution route, and turning to step S505; the calculation formula of the comprehensive value of the distribution route is as follows:
wherein E is the integrated value of the distribution route,
the average time taken for the delivery of the goods for the delivery route, and Z is the probability that the delivery route will arrive on time; if E is not a natural number, reserving two decimal numbers by adopting a rounding method;
step S504: sorting the distribution route comprehensive value E in the descending order of E = { E1, E2, E3, E4, E5, … and E6}, and taking the distribution route corresponding to E1 as the distribution route of the commodity.
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Application publication date: 20210817 |