CN112216034A

CN112216034A - Method for taking free storage position of express cabinet as temporary unmanned sales counter

Info

Publication number: CN112216034A
Application number: CN201910617951.6A
Authority: CN
Inventors: 姚爱军
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-07-10
Filing date: 2019-07-10
Publication date: 2021-01-12

Abstract

A method based on express cabinet idle storage position as temporary unmanned sales counter, using the idle storage position or semi-idle storage position of express cabinet to store the goods promoted by cloud background based on big data and algorithm, changing the idle storage position or semi-idle storage position into the goods storage position of temporary unmanned sales counter, using the intelligent control system of express cabinet to flexibly change the idle storage position of express cabinet into temporary unmanned sales counter, pushing the information of all goods in express cabinet to user according to correlation or matching priority on the mobile terminal of user or display screen of express cabinet or express point by algorithm, user completing goods selection, confirmation and payment by mobile terminal or display screen or camera of express cabinet or express point, switching the cabinet door of selected goods by intelligent control system of express cabinet to complete unmanned sales counter function, and the flow rate of the user when accessing the express is utilized to recommend commodities or advertisements to the user, so that the flow rate is changed.

Description

Method for taking free storage position of express cabinet as temporary unmanned sales counter

Technical Field

The invention relates to the field of express delivery and distribution, in particular to a method for carrying out commodity sales by taking an idle storage position of an express cabinet as a temporary unmanned sales counter.

Background

Express delivery cabinet is as a convenient express delivery mode of puting in, more and more widely adopted, but express delivery cabinet is not by make full use of many times, because the redundant design of the express delivery storage position quantity to and the quantity of express delivery piece every day is uncertain, and the express delivery cabinet's partial express delivery is deposited the position and is in idle state many times, because the access express delivery piece also is a flow entry, it is extravagant that the express delivery is deposited the position and is in idle state actually.

In particular, a plurality of patent applications related to mobile express cabinets previously applied by the applicant, such as mobile fresh express cabinets with application numbers of 2018219678250 and 2018114286074, a fresh express distribution vehicle with application numbers of 2018113707663 and 2018218944976, a mobile express cabinet combined express point with application numbers of 2019105081582 and 2019208800836, and a full-mobile express cabinet combined express point with application numbers of 2019210096757 and 2019105865481.

The movable express cabinets are very efficient in distribution and need to be integrally transported and distributed, in order to bring convenience to users as close as possible, most of the movable express cabinets are fixed and distributed to positions as close as possible to the users, due to the fact that the number of express items is uncertain every day, the express storage positions of the movable express cabinets cannot be filled exactly, even if a plurality of storage positions are empty, the express cabinets must be distributed in place every day, and therefore idle waste of partial space is caused inevitably.

Aiming at the empty express storage positions which are possibly wasted, the method provides the idea of fully utilizing the idle storage positions, fully utilizes big data of consumption habits of users of the express cabinet or big data of people in the area where the express cabinet is positioned aiming at the idle storage positions, when sorting and distributing the express delivery items to each express delivery cabinet, placing the commodities pushed by big data analysis in the redundant idle storage positions, when a user accesses the express delivery items, the information of the commodities is pushed to the user according to the user data, the user can conveniently and immediately purchase the required commodities, the free position is fully utilized, partial space of the express cabinet is temporarily changed into an unmanned sales cabinet, the transaction is promoted and achieved in a mode of nearly zero distribution cost, even if the user does not purchase the advertisement, the advertisement is equivalent to one-time advertisement at a glance, and the method achieves two purposes at one stroke.

Disclosure of Invention

The invention relates to a method for flexibly using an idle storage position of an express cabinet as a temporary unmanned sales counter for commodity sales promotion, which is suitable for a fixed express cabinet, a movable express cabinet or other express cabinets.

Fig. 1 and 2 are schematic diagrams showing an example of a solution for temporarily using an idle storage location of a mobile express cabinet as an unmanned sales cabinet for commodity marketing, fig. 1 is a schematic diagram of the mobile express cabinet of the previous application, all doors of the mobile express cabinet a0 storage locations are in a closed state, a delivery storage location with a cabinet door a11 in an open state in fig. 2 is an idle storage location without a full delivery, and is in a full or empty state, when a commodity a20 is stored in the idle storage location, the idle storage location of the mobile express cabinet is changed into a commodity storage location of the unmanned sales cabinet, and in the diagrams, pop-top cans are only used for replacing all different commodity types.

This example will be described with the mobile express cabinet a0 as a hybrid mobile express cabinet with a temperature control storage location and a normal temperature express delivery storage location, because this example uses a mobile express cabinet, the commodity distribution of the free storage location of the mobile express cabinet will be directly performed in the sorting center, and then the mobile express cabinet is transported and delivered to each express point as a whole.

Because the number of the delivered goods, the specification of the external dimension, the requirement of the storage condition and the like of each express point every day are very uncertain, the space size and the specification and the dimension of the storage positions of the mobile express cabinet are generally determined to be dozens of models, and the mobile express cabinet needs to be transported and delivered integrally, in most cases, a certain number of idle storage positions exist more or less, and the idle storage positions are transported and delivered integrally whether or not, therefore, the idle storage positions can not be counted in the distribution cost in accounting cost, so if the goods stored in the idle storage positions are sold as a temporary unmanned container, the distribution cost and the occupation cost can be spread to be very low or even nearly zero, and simultaneously, the big data analysis is carried out by combining the user characteristics, the commodity is recommended accurately, and the flow generated by the user for storing and taking the express delivery piece is fully utilized by combining an online technology and an offline technology, so that the accurate flow can be realized.

Firstly, the cloud background needs to distribute a mobile express cabinet with functions and specifications matched with each express point according to express items or order information of all users of each express point, such as a normal-temperature mobile express cabinet, a temperature-control oxygen-increasing mobile express cabinet, a hybrid mobile express cabinet and the like.

If the combined express delivery point is a combined express delivery point formed by a full-mobile express delivery cabinet, connection interaction is required to be established in advance through a main control system of the combined express delivery point before sorting and distribution, relevant information of overtime express delivery pieces which are not taken away by users of the combined express delivery point and relevant information of unsold commodities are obtained, and a reserved storage position of the overtime express delivery pieces or a reserved or unreserved storage position of the unsold commodities is reserved in the mobile express delivery cabinet according to the relevant information.

If the express delivery system is a combined express delivery point with a fixed express delivery cabinet or other express delivery points, the reserved storage position of the overtime express delivery can be omitted.

Collecting related information of overtime express items and unsold commodities and information of express items of all users, wherein the express items at least comprise common express items, fresh express items and the like, and distributing the quantity of mobile express cabinets with matched specifications and functions and the quantity of mobile express cabinet combinations according to the collected information.

Furthermore, the cloud background combines user behavior information obtained from a third-party platform, such as information of hundredth search, treasure search, current reading habits and the like, information of seasons, zone characteristics, geographic positions and the like, including related information of existing inventory commodities, and information of size specifications, functional characteristics and the like of idle storage positions, such as a normal-temperature functional storage position, a temperature-control functional storage position, an oxygen-increasing functional storage position and the like, according to a certain recommendation algorithm, according to characteristics, labels or figures of all users of each express delivery point, allocates commodities recommended by calculation to each idle storage position, stores the allocated commodities into corresponding idle storage positions while or before or after sorting and storing express items for a new mobile express delivery cabinet, and even stores refrigerated foods such as recommended ice cream and the like in the idle storage position with a freezing function, the commodities stored in the idle storage positions with different positions and different functions as shown in fig. 2 include various sold commodities, some gift commodities pushed as advertisements, free commodities and the like.

The original idle storage position storing the commodities is temporarily changed into a commodity storage position of an unmanned sales counter.

Further, after the newly-matched mobile express delivery cabinets after sorting and distribution are integrally transported to an express delivery point and replaced, the cloud background pushes a message that an express delivery piece reaches the express delivery point to a mobile terminal of a user, pushes commodity information highly related to or matched with a user image, pushes all commodity information in all mobile express cabinets of the express delivery point, and even commodity information and discount information in all mobile express cabinets of nearby express delivery points, sorts the commodity information in a commodity page according to user relevance, matching degree, distance or other relevance rules, and when the user accesses the express delivery piece, displays the pushed commodity information on the mobile terminal of the user or a display screen of the mobile express delivery cabinets or the express delivery point according to a certain sequence, and stimulates the user to consume immediately.

If a user is interested in recommended commodities, clicking a related commodity detail page through a mobile terminal or a display screen, or confirming the commodities by adopting an AI artificial intelligence recognition technology through a camera of the mobile express cabinet or an express point, after receiving confirmation information, a main control system of the mobile express cabinet or the express point drives a control module to open a cabinet door of a commodity storage position corresponding to the commodities, and the user takes out the commodities.

The whole process can be completed without adding any additional equipment only by monitoring, identifying, counting, confirming and even paying through the camera, and certainly, other sensors can be additionally added if needed, such as a weight sensor, a viewpoint sensor and other inspection equipment which are additionally arranged in the storage position cabinet body.

If the user does not need to replace the cabinet door, the cabinet door is closed manually or automatically, and the cloud background recommends the commodity to other users related to the next portrait or all users of the express delivery point.

Further, according to attributes of different commodities, such as storage temperature, freshness, timeliness and the like, different discount prices are pushed out according to different time periods on a display screen of a user mobile terminal APP or the mobile express cabinet or the express point, and users are stimulated to purchase the commodities, so that the number of the commodities in the mobile express cabinet of each express point is reduced as much as possible, and the return rate of the commodities which are not sold out at each time is reduced.

Some or all of the commodities can be set with different discount time periods according to different time periods, for example, the discount is lower as the time period from the daily recycling and replacement of the mobile express delivery cabinet is closer, of course, some commodities can even be opposite, for example, a limited quantity of commodities are provided, the discount is higher as the time period from the replacement time point is closer, so that the user is encouraged to take the express delivery as soon as possible, and the user is encouraged to purchase as soon as possible, and the discount is cheaper as soon as possible.

Finally, as partial commodities can not be promoted, if the combined express delivery point is provided with a fixed express delivery cabinet, the unsold commodities can be transferred to the fixed express delivery cabinet.

If the combined express delivery point is a combined express delivery point of the full-mobile express delivery cabinet, before the newly-allocated mobile express delivery cabinet is sorted and distributed in a sorting center according to different attributes of unsold commodities, the related information of the unsold commodities is obtained from a main control system of the express delivery point through a cloud background, unsold commodity storage positions are reserved in the newly-allocated mobile express delivery cabinet, and the unsold commodities are transferred to the unsold commodity reserved storage positions and then replaced when the mobile express delivery cabinet to be replaced of the express delivery point is integrally replaced.

Or the goods which are not sold are directly transported to the sorting center together with the mobile express cabinet to be replaced together without reservation, and then are taken out and replaced, or the goods are continuously kept in the original goods storage position, and the modes can adopt different modes through big data analysis and different algorithms through the cloud background, so that the distribution efficiency can be improved by directly replacing the goods.

Furthermore, because the sizes, specifications and shapes of the packages of the express items are greatly different, and the space size and the size specification of the storage positions of the express cabinets are only dozens of specifications and sizes, in many cases, the packages of the express items are stored in the storage positions of the express cabinets, although the distribution scheme is also obtained by analyzing and calculating data such as the packages of the express items through a cloud background, the situation that the packages of the small-sized and small-sized express items are stored in the large-space storage positions of the express cabinets, namely the situation that the small-sized and small-sized express items are stored in the large-space storage positions of the express cabinets, or the small-sized and small-sized express items stored in the smallest storage positions have larger spare space, can be understood as a semi-empty storage position state, and can also be considered as a waste phenomenon of distribution space and distribution resources, therefore, partial commodities and couriers can be completely stored in the semi-idle storage positions at the same time, so that the distribution space is utilized to the maximum extent, and distribution resources are saved.

This application is deposited these express delivery pieces and is had certain surplus space behind the position of depositing of express delivery cabinet, can match the express delivery piece storage position of depositing the commodity of certain dimensions in these surplus spaces again, be called half idle storage position, deposit simultaneously and be called coexistence storage position of commodity and express delivery piece, the size of express delivery piece or smallclothes express delivery piece is a relative concept, surplus space also is a relative concept, needs match according to big data and algorithm.

As shown in fig. 3, a courier a21 and a commodity a20 are simultaneously stored in the lower 2 idle storage positions in a column on the right side of the mobile courier cabinet a0, the cloud background can match the most probable commodity for the user according to the portrait or the label of the user of the courier, the cloud background big data and the third party API call data, and the most probable commodity is put into the same courier storage position together with the courier.

When the user takes the courier away and does not purchase the commodity, the cloud background pushes the commodity to other users.

Certainly, the cloud background can match the coexistence mode of the couriers with commodities or gifts promoted by advertisements for all the couriers and storage positions as much as possible according to big data and an algorithm, so that the space utilization rate of the express cabinet is improved, and the conversion ratio and the transaction rate of the express cabinet changing into an unmanned sales cabinet are increased.

Similarly, when the user sends the express delivery, the user needs to scan the external dimension specification of the express delivery in front of the camera of the express cabinet, or the user inputs the external dimension specification of the express delivery, and inputs the characteristic information and the express information of the express delivery, the commodity storage position with a proper size is calculated through the cloud background, meanwhile, the cloud background can also be matched according to the portrait of the user and the label, according to the priority principle of relevance or matching degree grade, a cabinet door which is most matched with the commodity storage position of the commodity which the user purchases the impulse and the commodity with the most proper size is opened for the user, so that the instant consumption impulse of the user is achieved, meanwhile, the user can conveniently open the commodity storage position of the beverage which the user likes for the user when the temperature is high, and the user can conveniently buy the beverage when the user sends the express delivery.

Summarizing, this application is a method based on the vacant parking stall of express delivery cabinet is as interim unmanned sales counter, its characterized in that:

the idle storage positions or semi-idle storage positions of the express cabinet are fully utilized to store the commodities recommended by the cloud background according to big data and an algorithm, the idle storage positions or semi-idle storage positions are changed into the commodity storage positions of a temporary unmanned sales cabinet, an intelligent control system of the express cabinet is fully utilized to flexibly change the idle storage positions or semi-idle storage positions of the express cabinet into the temporary unmanned sales cabinet, and the function of the unmanned sales cabinet is realized,

the cloud background preferentially pushes the commodity information which is most matched or most related to the user through big data and an algorithm, and pushes the information of all commodities in the express delivery cabinet to the user according to the priority level of the correlation or the matching degree on a mobile terminal of the user or a display screen of the express delivery cabinet or the express delivery point when the user accesses the express delivery,

the user finishes the selection, confirmation and payment of commodities through the mobile terminal, or through the display screen of the express cabinet or the express point, or through the camera of the express cabinet or the express point, the intelligent control system of the express cabinet switches the cabinet door of the selected commodities to finish the function of the unmanned sales cabinet, the online and offline flow of the user when the user accesses the express delivery is fully utilized, commodities or advertisements are promoted to the user, and the flow change is realized.

The semi-idle storage positions are storage positions which have certain spare space after the express delivery pieces are stored in the storage positions of the express cabinet and can simultaneously store the input commodities, or commodity storage positions which have certain spare space after the commodities are stored and can also store the input express delivery pieces,

the cloud background sorts the recommended commodities according to express information such as the external dimension specification and the storage requirement of the express items, the portrait or label characteristic information of a user, the big data and the algorithm according to the matching degree or the priority principle of the correlation, calculates and distributes the most suitable storage position for simultaneously storing the express items and the recommended commodities according to the external dimension specification and the storage requirement of the express items and the algorithm, the space dimension specification and the storage function of the storage position of the express cabinet, and puts the express items and the recommended commodities into the storage position, wherein the semi-idle storage position is a coexistence storage position for simultaneously storing the express items and the recommended commodities, and the semi-idle storage position is a commodity storage position of a temporary unmanned cabinet.

When a user sends a courier, the camera of the courier cabinet or the courier point scans the external dimension specification of the courier, or the user inputs the external dimension specification of the courier and inputs characteristic information and courier information of the courier,

the cloud background calculates all semi-idle storage positions which are in line with the express delivery and the commodities according to the idle storage position information in the express cabinet and the spare space information of the semi-idle storage positions of the commodity storage positions in which the commodities are already stored, simultaneously arranges the most suitable semi-idle storage positions according to the algorithm principle of the relevance or the priority level of the matching degree by combining with the characteristic information of user figures or labels, and the control system drives the control module to open the cabinet door of the semi-idle storage position with the highest matching degree or relevance for the user to deposit the express delivery so as to stimulate the instant purchase impulse of the user.

The cloud background firstly acquires relevant information of overtime express items and relevant information of unsold commodities of each express point according to express item or order information of all users of each mobile express cabinet combined express point and a main control system of the combined express point in advance, distributes mobile express cabinets with matched functions and specifications and the number of combinations for each combined express point according to the collected relevant information, distributes express item storage positions corresponding to the express items for the mobile express cabinets, and reserves or does not reserve storage positions of the overtime express items in the mobile express cabinets or reserves or does not reserve storage positions of the unsold commodities.

The cloud background distributes commodities preferentially recommended by the algorithm to each idle storage position or semi-idle storage position according to the big data and the algorithm, and the sorting center stores the recommended commodities into the corresponding idle storage positions or semi-idle storage positions at the same time, before or after the sorting and storing of the express items for the newly-allocated mobile express cabinets.

The cloud background firstly acquires relevant information of overtime express items and relevant information of unsold commodities of each fixed express cabinet according to information of the express items or orders to be distributed of all users of each express point and a control system of the fixed express cabinets of the express points in advance, distributes corresponding express item storage positions of the express items to be distributed to the fixed express cabinets according to the gathered relevant information, and simultaneously combines and calculates relevant position information of idle storage positions or semi-idle storage positions,

the sorting center sorts the to-be-distributed express items for each fixed express cabinet on a distribution line distributed by a distributor according to the related information of the to-be-distributed express items, meanwhile, the sorting center sorts the commodities which are preferentially recommended for each idle storage position or semi-idle storage position through big data and algorithm according to the big data and algorithm of the cloud background for each fixed express cabinet on the distribution line, and distributes commodity identification labels,

and the deliverer conveys the sorted express items and commodities to each express point along a delivery line, and correspondingly stores the sorted express items and commodities in each storage position of the fixed express cabinet distributed by the cloud background according to the express information and the commodity identification labels.

The big data comprises but is not limited to portrait or label characteristic information of all users of each express point, express cabinet specification and function information, user information and behavior information acquired from a third-party platform, related information of inventory commodities and express delivery, related information of size specification and function characteristic of a free space of an idle storage position or a semi-idle storage position, and all related information of storage temperature, freshness, storage period, even season characteristic, regional characteristic and emergency, and the algorithm at least comprises an algorithm for improving the transaction rate, the display rate or the matching degree.

After the express delivery and the goods are sorted and distributed to the express delivery point, the cloud background pushes a message that the express delivery reaches the express delivery point to a mobile terminal of a user, simultaneously pushes goods information with a preferential matching degree or correlation with the user image or label characteristic information, simultaneously pushes all goods information in all express cabinets of the express delivery point, even goods information and discount information in all express cabinets of nearby express delivery points, and classifies or sorts goods detail pages according to the user correlation, matching degree, distance or other correlation rules,

when a user accesses express items, recommended commodity information is displayed on a mobile terminal of the user or a display screen of the express cabinet or the express point according to a certain rule, and different discount prices are pushed out according to different time periods on display screens of all user mobile terminals APP or the express cabinet or the express point according to attributes of different commodities including but not limited to storage temperature, freshness, storage period, timeliness and the like, so that the user is stimulated to purchase.

For some goods, if the goods are not promoted, the goods which are not sold out are transferred to the fixed express delivery cabinet if the combined express delivery point is provided with the fixed express delivery cabinet, if the combined express delivery point is provided with the full movable express delivery cabinet, the related information of the unsold goods is obtained in advance before the newly-matched movable express delivery cabinet is sorted and distributed in the sorting center according to different attributes of the unsold goods, the unsold goods storage position is reserved in the newly-matched movable express delivery cabinet, when the movable express delivery cabinet to be replaced of the express delivery point is replaced integrally, the unsold goods are transferred to the unsold goods reserved storage position and then replaced,

or the commodities which are not sold are directly transported to the sorting center together with the mobile express cabinet to be replaced without reservation, the commodities which are not sold are taken out or replaced, or the commodities are continuously kept in the original commodity storage position, and the cloud background determines to adopt different modes through big data and different algorithms.

The cloud background increases a certain redundant quantity of commodities or categories to be distributed at the idle storage positions or the semi-idle storage positions of the fixed express cabinets of each express point according to big data and an algorithm, or increases the total quantity redundancy of the commodities or the categories for all the express cabinets on the whole distribution line distributed by a distributor, and supplements the idle storage positions at any time to reduce the quantity of the final idle storage positions or the semi-idle storage positions.

All or part of the cabinet doors of the express cabinet storage position are transparent cabinet doors, and the transparent cabinet door storage position is preferentially used as a coexistence storage position for storing express items and commodities together, so that the express cabinet is used as a mixed community of the express cabinet and an unmanned sales cabinet, the commodity display rate is improved to the maximum extent, the transaction rate is improved,

if the express cabinet is a partial transparent cabinet door, when a sorting center or a distributor distributes or sorts express items or commodities for the express cabinet, the express items are distributed to the storage positions of the opaque cabinet door as far as possible, and the commodities are distributed to the storage positions of the transparent cabinet door as far as possible.

Therefore, the free storage positions of the mobile express delivery cabinet are fully utilized, the free storage positions are temporarily changed into a temporary unmanned sales cabinet, almost no equipment is required to be added, almost no change is required to be carried out on the mobile express delivery cabinet, the online flow and the offline flow of the express delivery which is always stored and taken by a user are fully utilized, the popularization and the sales of commodities are finished almost at zero cost, the method is a very good income increasing method, and meanwhile, the method is greatly convenient for the user.

Drawings

Fig. 1 is a schematic view of a mobile courier cabinet as described in the earlier application.

In fig. 2, the storage position of the express delivery piece with the cabinet door in an open state is an idle storage position.

Fig. 3 is a schematic view of a common storage location in which a courier and a merchandise are simultaneously stored in an idle storage location.

Fig. 4 is a schematic diagram of a conventional fixed express delivery cabinet.

In fig. 5, the storage position of the express delivery piece with the cabinet door in the open state is an idle storage position.

FIG. 6 is a schematic diagram of an express cabinet storage location of a partial transparent cabinet door.

Detailed Description

Further embodiments of the method for merchandising based on the free storage space of the express delivery cabinet as a temporary unmanned sales cabinet according to the present application are described below by way of examples.

Fig. 4 and 5 are schematic diagrams illustrating an embodiment of a solution for temporarily using an idle storage location of a general conventional fixed express cabinet as an unmanned sales counter for merchandising, where fig. 4 illustrates a state where all doors of each express item storage location of a conventional fixed express cabinet b0 are closed, the express cabinet b0 has a touch display screen b10, the express item storage location where the door b11 is opened in fig. 5 is an idle storage location where no express item is stored, the idle storage location where a commodity b20 is stored by a distributor, and when the idle storage location stores a commodity b20, the idle storage location becomes a commodity storage location, and the function of the unmanned sales counter is operated.

In this example, the fixed express delivery cabinet a0 is taken as a storage location for normal-temperature express delivery, and since the fixed express delivery cabinet is adopted in this example, goods in the idle storage location of the fixed express delivery cabinet are distributed and sorted by the sorting center, and are transported to the express delivery cabinets of the express delivery points by the delivery vehicle driven by the deliverer together with the sorted express delivery.

Firstly, the cloud background needs to collect express information of all users at each express point, and meanwhile, relevant information of overtime express items which are not taken away by the users in each express cabinet and relevant information of unsold commodities in a commodity storage position are obtained in advance through the control system of the fixed express cabinet, and the relevant information is collected.

Furthermore, the sorting center sorts the express items to be distributed for each express cabinet on the distribution line according to the related information of the express items to be distributed, and simultaneously, the related position numbers of the idle storage positions are combined and calculated according to the related information of the overtime express items and the related information of the unsold commodities,

furthermore, the cloud background calls relevant characteristic information of users through a third-party platform API according to the portrait of the users at each express point, wherein the relevant characteristic information includes but is not limited to search information, reading and browsing information and the like of the users on each platform, inventory commodity information and promotion product information of a sorting center, after the relevant information is collected, corresponding promotion commodities are distributed to each idle storage position through big data and a certain algorithm, the commodities are sorted out through the sorting center, and identification tags, such as two-dimensional codes, chips and the like, are distributed to distribution personnel together with the express to be distributed.

Furthermore, since most of the fixed express cabinets are distributed in the daytime, the whole distribution line needs a long time, in the time period of distribution, storage and arrangement, users may take overtime express delivery items, or purchase part of unsold commodities, or even open the cabinet door of the fixed express cabinet to send the express delivery items, that is, the number of idle storage positions may change in real time at any time, therefore, the cloud background needs to add certain redundancy to the number or types of goods distributed by the free storage positions of each express delivery point according to different big data information such as user habits, regional characteristics, current characteristics and even real-time information, for example, twenty-one days and the like, or a certain total number redundancy is added to all express cabinets on the whole distribution line of the distributor so as to reduce the number of the final idle storage positions.

And can offer the idle position of depositing that the user is used for posting for each express delivery cabinet and set for certain proportion quantity, convenience of customers posts the piece, perhaps adopts the mode that above-mentioned commodity and express delivery piece coexistent deposit the position to convenience of customers, can also improve the rate of sale simultaneously, the user only need will post the express delivery piece of piece and be in scan before the camera of express delivery cabinet, open the commodity of suitable size after calculating through the high in the clouds backstage and deposit the position.

Furthermore, after the deliverer finishes delivery and storage of the express delivery items and the commodities, the information that the express delivery has arrived is pushed to the user through the cloud background, and meanwhile, the commodity information, discount information and advertisements in the idle storage positions are pushed to the express delivery item user or users of all express delivery points, and meanwhile, the user without the express delivery items can conveniently purchase recommended commodities and discount information in the fixed express delivery cabinet.

Similarly, the user is when access express delivery piece, through mobile terminal APP or touch-control display screen b10 of express delivery cabinet b0 opens cabinet door b11 access express delivery piece, simultaneously at user mobile terminal APP or show the commodity information and the discount of recommendation on the display screen b10, the user through mobile terminal APP or display screen b10 carries out commodity selection, confirms and payment, and control system drive control module opens the cabinet door that the commodity of user selection commodity deposited the position, takes away commodity and closes the cabinet door, realizes with the function that traditional fixed express delivery cabinet becomes unmanned sales counter temporarily, realizes the mode that the flow appears.

Further, part or all of the cabinet doors of the express cabinet b0 can be changed into transparent cabinet doors, so that the express cabinet can be more friendly changed into a flexibly-changed mixed community of the express cabinet and an unmanned sales cabinet.

As shown in fig. 6, the express cabinet c0 is a schematic diagram in which the cabinet doors of the 2 columns of express item storage positions on the right side of the express cabinet b0 are changed into storage positions in which part of the storage positions are transparent cabinet doors, and certainly, the express cabinet c0 can be changed into an express cabinet in which all the storage positions are transparent cabinet doors.

In the figure, a commodity c20 is placed in a 2-row transparent cabinet door storage position on the right side of the express cabinet c0, the commodity c20 is represented by a cylinder, the idle storage position is a commodity storage position after storing commodities, the storage position where the square box express delivery piece c21 is placed is an express delivery piece storage position, and the idle storage position where no commodities or express delivery pieces exist is a reserved idle storage position where convenience is brought to a user to send the express delivery piece. Of course, the goods and the couriers can be stored at the same time to form a coexistent storage position.

Because the express cabinet c0 is an express cabinet with a partial transparent cabinet door, the cloud background and the sorting center allocate the express items to one side of the opaque cabinet door as much as possible and allocate the commodities to one side of the transparent cabinet door as much as possible when calculating, allocating and sorting the express items and the commodities in the express cabinet c0, and the deliverers also store the express items and the commodities according to the same principle when delivering and storing the express items and the commodities, so that the advantage of the unmanned sales counter function of the partial transparent cabinet door express cabinet c0 can be fully displayed, the users can see the commodities more intuitively, the purchase desire is improved, and the convenience is improved.

Certainly, express delivery cabinet c0 also can all be transparent cabinet door express delivery cabinet, more can show this application unmanned sales counter and express delivery cabinet highly nimble, the method of sharing of the same body, can be the same with above-mentioned express delivery cabinet a 0's letter sorting distribution principle like this, need not like the priority principle that above-mentioned part transparent cabinet door express delivery cabinet b0 is the same, can freely deposit, the delivery person only need with express delivery piece relate to the one side orientation of user's express delivery information not to the one side of transparent cabinet door can to prevent that user's privacy from revealing.

The method for storing the commodities and the express items in the same storage position is also applicable to the mobile express cabinet.

By adopting the method, the free space and the distribution resources of the express cabinet can be fully utilized at the lowest cost, and the flow rate can be realized to the maximum extent.

The specific data, materials used, forms and proportions of the figures described in all the examples and illustrations of this application are set forth merely for the purpose of illustration and are not intended to limit the invention to the particular forms or proportions disclosed. One skilled in the relevant art may recognize, however, that one or more of the specific details, embodiments, or materials may be omitted, or other methods, components, or materials may be used, in which some embodiments are not described or are not described in detail. Furthermore, the described features, implementations, or characteristics may be combined in any suitable manner in one or more embodiments and should not be construed as limiting the present invention.

Claims

1. A method based on an express cabinet idle storage position as a temporary unmanned sales counter is characterized in that:

2. The method of claim 1, wherein the method is based on an express cabinet free storage location as a temporary unmanned sales counter, and is characterized in that:

3. The method of claim 2, wherein the method is based on an empty storage space of the express delivery cabinet as a temporary unmanned sales cabinet, and comprises the following steps:

4. The method of claim 1 or 2, wherein the method is based on the free storage position of the express delivery cabinet as a temporary unmanned sales cabinet, and is characterized in that:

the cloud background firstly acquires the related information of overtime express delivery items and the related information of unsold commodities of each express delivery point according to the express delivery items or order information of all users of each mobile express delivery cabinet combined express delivery point and a main control system of the combined express delivery point in advance, distributes mobile express cabinets with matched functions and specifications and the number of combinations for each combined express delivery point according to the gathered related information, distributes express delivery item storage positions corresponding to the express delivery items for the mobile express cabinets, reserves or does not reserve storage positions of the overtime express delivery items in the mobile express cabinets or reserves or does not reserve storage positions of the unsold commodities in the mobile express cabinets,

5. The method of claim 1 or 2, wherein the method is based on the free storage position of the express delivery cabinet as a temporary unmanned sales cabinet, and is characterized in that:

6. The method of claim 1 or 2, wherein the method is based on the free storage position of the express delivery cabinet as a temporary unmanned sales cabinet, and is characterized in that:

7. The method of claim 1 or 2, wherein the method is based on the free storage position of the express delivery cabinet as a temporary unmanned sales cabinet, and is characterized in that:

8. The method of claim 1 or 2, wherein the method is based on the free storage position of the express delivery cabinet as a temporary unmanned sales cabinet, and is characterized in that:

for partial commodities which are not promoted to be sold, if the combined express delivery point is provided with a fixed express delivery cabinet, the commodities which are not sold up are transferred to the fixed express delivery cabinet,

if the combined express point is a combined express point of the full-mobile express cabinet, according to different attributes of unsold commodities, related information of unsold commodities is acquired in advance before a sorting center sorts and allocates the newly-allocated mobile express cabinets for goods, unsold commodity storage positions are reserved in the newly-allocated mobile express cabinets, when the mobile express cabinet to be replaced of the express point is replaced integrally, the unsold commodities are transferred to the unsold commodity reserved storage positions and then replaced,

9. The method of claim 1 or 2, wherein the method is based on the free storage position of the express delivery cabinet as a temporary unmanned sales cabinet, and is characterized in that:

10. The method of claim 1 or 2, wherein the method is based on the free storage position of the express delivery cabinet as a temporary unmanned sales cabinet, and is characterized in that: