CN117350612A - Selling and picking method, system and storage medium based on online mall - Google Patents
Selling and picking method, system and storage medium based on online mall Download PDFInfo
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Abstract
The invention is applicable to the field of computers, and provides a vending and picking method, a vending and picking system and a storage medium based on an online mall, wherein the vending and picking method comprises the following steps: acquiring estimated travel and commodity intention use information of a first user; determining a mobile pick-up point of the first user based on the online mall according to the estimated travel of the first user and commodity intention use information; when the number of the movable goods taking points is at least two, counting the sectional goods taking information of the movable goods taking points in a plurality of time periods, wherein the sectional goods taking information comprises the goods taking number; the actual journey of the first user is acquired, the corresponding goods taking point is determined according to the actual journey, and the reserved goods taking information of the first user at the corresponding goods taking point is determined according to the segmented goods taking information.
Description
Technical Field
The invention belongs to the field of computers, and particularly relates to a vending and picking method, a vending and picking system and a storage medium based on an online mall.
Background
The online mall is also called an online mall, and the online mall can provide humanized all-round service for individual users and enterprise users, and strives to create a relatives, relaxed and pleasant shopping environment for the users, and the online mall can maximally meet the increasingly diverse shopping demands of consumers by continuously enriching product structures.
Currently, for selling goods, a user may place an order based on an online mall, but for some goods in a specific area, such as a burst goods, the user (such as a tourist) with an uncertain receiving address does not have a delivery condition, for example, the user's delivery plan is a certain area a (such as a scenic spot), the goods in the certain area a are allowed to be sold based on the online mall, but if the goods are not taken timely, the subsequent loading and management are affected, if only the online purchase is performed, the sales volume of the goods may be limited, and based on this, a selling and taking method, a selling and taking system and a storage medium based on the online mall are proposed.
Disclosure of Invention
The embodiment of the invention aims to provide a vending and picking method, a vending and picking system and a storage medium based on an online mall, aiming at solving the problems in the background technology.
The embodiment of the invention is realized in such a way that, in the first aspect, a vending and picking method based on an online mall comprises the following steps:
acquiring estimated travel and commodity intention use information of a first user;
determining a mobile pick-up point of the first user based on the online mall according to the estimated travel of the first user and commodity intention use information;
when the number of the movable goods taking points is at least two, counting the sectional goods taking information of the movable goods taking points in a plurality of time periods, wherein the sectional goods taking information comprises the goods taking number;
acquiring an actual journey of a first user, determining a corresponding goods taking point according to the actual journey, and determining reserved goods taking information of the first user at the corresponding goods taking point according to the segmented goods taking information, wherein the corresponding goods taking point is one of mobile goods taking points;
and identifying the time difference between the actual travel and the estimated travel of the first user, and setting the commodity matched with the reserved commodity taking information in the corresponding commodity taking point as a reserved locking state when the time difference is not more than a preset time length.
Optionally, the determining, according to the estimated travel and the commodity intention use information of the first user, the mobile picking point of the first user based on the online mall includes:
Identifying actual pick-up points covered by the estimated travel, and identifying first pick-up points covered by the online mall in the actual pick-up points;
dividing the estimated travel according to the first picking point to obtain a plurality of segmented estimated travel;
acquiring an actual road section corresponding to commodity intention use information;
identifying a segment estimated travel overlapped with the actual road section to obtain a first segment estimated travel;
and determining a first picking point corresponding to the first subsection estimated travel, and obtaining the movable picking point.
Optionally, the counting the segmented pick information of the mobile pick point in a plurality of time segments includes:
counting the average people flow of the movable goods taking points in a plurality of time periods, and determining the people flow ratio among the time periods according to the average people flow;
updating the total inventory information and the number of intended users of the mobile pick-up points;
determining first inventory information for a number of time segments based on the master inventory information;
dividing the number of the intended users according to the ratio of the traffic to obtain estimated traffic in time intervals;
and determining sectional pick-up information of the movable pick-up points in a plurality of time periods according to the first inventory information and the estimated personnel flow.
Optionally, the acquiring the actual journey of the first user, determining the corresponding pick-up point according to the actual journey, and determining the reserved pick-up information of the first user at the corresponding pick-up point according to the segmented pick-up information includes:
Prompting the estimated travel and the mobile pick-up point, and acquiring the actual travel of the first user in real time;
detecting a plurality of mobile pick-up points associated with the actual journey to obtain a detection result, wherein the plurality of mobile pick-up points comprise mobile pick-up points nearest to the actual journey;
acquiring the selection of the first user on the detection result to obtain a corresponding goods taking point;
and acquiring a picking time period of the first user, inquiring a first sub-time period of a plurality of sub-time periods corresponding to the picking time period, and taking the segmented picking information of the corresponding picking point in the first sub-time period as the reserved picking information.
Optionally, the identifying the time difference between the actual trip and the estimated trip of the first user includes:
identifying a set comparison position between the current position of the actual stroke and the corresponding pick-up point, wherein the set comparison position is close to the corresponding pick-up point;
identifying the travelling speed of a first user in an actual journey, and calculating the estimated time point between the current position and the set comparison position of the first user according to the travelling speed;
and when the estimated time point is earlier than the ending time point of the first time division period, calculating the time difference between the estimated time point and the ending time point of the first time division period.
As an optimized technical solution of the first aspect of the present invention, the factors for determining the preset duration include a settlement duration and a commodity packing duration.
In a second aspect, as a further aspect of the present invention, the method further includes:
when the estimated time point is not earlier than the ending time point of the first sub-period, placing the commodity matched with the reserved commodity taking information in the corresponding commodity taking point into an intermediate circulation state;
identifying a plurality of second users currently associated with the corresponding pick-up points, wherein the second users are users with estimated time points earlier than the ending time point of the first sub-period;
screening a third user with at least two same target pick-up points between the first user and the second user, wherein the target pick-up points comprise second corresponding pick-up points and first corresponding pick-up points corresponding to the intermediate circulation state;
and acquiring commodity replacement agreement information between the third user and the first user so as to exchange the commodity in the intermediate circulation state with the corresponding commodity of the second corresponding commodity taking point to the commodity taking user.
With reference to the second aspect, the method further includes:
and when the first user reaches the recommended goods taking use of the second corresponding goods taking point, sending speed increasing information to the terminal where the first user is located, wherein the speed increasing information comprises the recommended goods taking use.
In a third aspect, an online mall-based vending pick-up system, the system comprising:
The information acquisition module is used for acquiring estimated travel and commodity intention use information of the first user;
the mobile goods taking point determining module is used for determining the mobile goods taking point of the first user based on the online mall according to the estimated travel of the first user and the commodity intention using information;
the information statistics module is used for counting the sectional goods taking information of the movable goods taking points in a plurality of time periods when the number of the movable goods taking points is at least two, and the sectional goods taking information comprises the goods taking number;
the corresponding goods taking point determining module is used for obtaining the actual journey of the first user, determining the corresponding goods taking point according to the actual journey, and determining reserved goods taking information of the first user at the corresponding goods taking point according to the segmented goods taking information, wherein the corresponding goods taking point is one of the movable goods taking points;
and the condition reservation module is used for identifying the time difference between the actual travel and the estimated travel of the first user, and placing the commodity matched with the reserved commodity taking information in the corresponding commodity taking point into a reserved locking state when the time difference is not more than a preset time length.
In a fourth aspect, a storage medium has stored thereon a computer program which, when executed by a processor, implements an online mall based vending pick method as described above.
According to the vending and picking method, the vending and picking system and the storage medium based on the online mall, the relation among the estimated travel, commodity intention use information and the actual travel is fully considered, segmented picking information and reserved picking information are obtained, the segmented picking information of the movable picking points in a plurality of time periods can be attached to the user demands of the user as much as possible, and the conditional reservation of commodities based on the online mall is provided for the user based on the actual travel of the user, so that the picking rate of the commodities can be improved, and the sales of the exploded commodities can be promoted.
Drawings
FIG. 1 is a main flow chart of a vending pick-up method based on an online mall.
FIG. 2 is a flow chart of a method for determining a mobile pick-up point of a first user based on an online mall in an online mall based vending pick-up method.
FIG. 3 is a flow chart of a method for selling goods based on an online mall for counting segmented goods taking information of moving goods taking points in a plurality of time periods.
FIG. 4 is a flow chart of determining reserved pick-up information of a first user at a corresponding pick-up point according to segmented pick-up information in an online mall-based vending pick-up method.
FIG. 5 is a flow chart of a method of vending pick-up based on an online mall that identifies a time difference between an actual trip and an estimated trip of a first user.
FIG. 6 is a flow chart of a method for exchanging corresponding merchandise for a user in an online mall-based merchandise picking method.
Fig. 7 is a main structural diagram of an online mall-based vending pick-up system.
Detailed Description
The present invention will be described in further detail with reference to the drawings and examples, in order to make the objects, technical solutions and advantages of the present invention more apparent. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.
Specific implementations of the invention are described in detail below in connection with specific embodiments.
The invention provides a vending and picking method, a vending and picking system and a storage medium based on an online mall, which solve the technical problems in the background technology.
As shown in fig. 1, a main flow chart of an online mall-based vending and picking method according to an embodiment of the present invention includes:
step S10: acquiring estimated travel and commodity intention use information of a first user;
the estimated travel is an initial estimated travel or an initial intended travel, and commodity intention use information indicates that the actual use needs of commodities exist in certain road sections;
Step S11: determining a mobile pick-up point of the first user based on the online mall according to the estimated travel of the first user and commodity intention use information;
specifically, determining the superposition positions of certain road sections with actual use requirements of the first user and all the goods taking points (of the online mall), namely obtaining mobile goods taking points, wherein the mobile goods taking points are at least one of all the goods taking points;
based on the estimated travel and commodity intention use information, a movable goods taking point can be determined, namely, the movable goods taking point in the corresponding estimated travel under the actual use requirement is met, the movable goods taking point represents the travel of a user which is required to be combined with the movable goods taking point, the movable goods taking point is moved to the goods taking point for transaction and goods taking, or the movable goods taking point can be used for completing order placing in advance to generate an order, and then the movable goods taking point is moved to the goods taking point for verification order and goods taking; namely, selling and picking goods based on an online mall;
it should be noted that the first user is all users satisfying the transaction and pickup conditions of the online mall, and includes registered users of the online mall;
step S12: when the number of the movable goods taking points is at least two, counting the sectional goods taking information of the movable goods taking points in a plurality of time periods, wherein the sectional goods taking information comprises the goods taking number;
For the first user, the mobile picking points may be one or even more than one, and when there is only one, the steps S13-S14 are directly executed without involving the segmented picking;
the time intervals are a plurality of time intervals which are set at the beginning and are mainly used for moving the goods taking point to sell and take goods; it may be that the master inventory is distributed over each time segment, resulting in inventory information, i.e., the available quantity and type of inventory for each time segment; the method comprises the steps that the inventory in the inventory information of the time intervals is distributed based on the estimated flow of people, so that theoretical pickup information of each time interval, namely, sectional pickup information, namely, the available (picked-up) quantity and types of the inventory of each time interval can be obtained;
the distribution is mainly carried out one by one based on the number of the marketable commodities; the sectional goods taking information of the movable goods taking points in a plurality of time periods can be attached to the actual demand under the actual people flow as much as possible;
step S13: acquiring an actual journey of a first user, determining a corresponding goods taking point according to the actual journey, and determining reserved goods taking information of the first user at the corresponding goods taking point according to the segmented goods taking information, wherein the corresponding goods taking point is one of mobile goods taking points;
The actual travel may deviate from the estimated travel to some extent, and as the actual travel is formed, the moving pick-up points are closer to the estimated travel, and a plurality of closer moving pick-up points are selected (for example, a plurality of moving pick-up points with a distance not greater than a threshold distance from the actual travel are selected, and the threshold distance can be set according to actual requirements); the method comprises the steps that a first user selects a plurality of movable goods taking points to obtain corresponding goods taking points, wherein the movable goods taking points are closer to the first user in actual travel, namely closer in distance, and the corresponding goods taking points are selected from the plurality of movable goods taking points, so that the first user can take goods conveniently, and the corresponding goods taking points can be considered to be compatible with the distance and the convenience degree; the corresponding pick-up point can be the mobile pick-up point closest to the actual journey, or can be the mobile pick-up point closer to but convenient for the first user to travel; taking the actual journey and personalized selection of the first user into consideration, and finally obtaining the goods taking information of the corresponding goods taking point corresponding to the mobile goods taking point under the initial condition, so that the personalized requirements of the first user under the actual journey can be met as much as possible;
step S14: and identifying the time difference between the actual travel and the estimated travel of the first user, and setting the commodity matched with the reserved commodity taking information in the corresponding commodity taking point as a reserved locking state when the time difference is not more than a preset time length.
The actual journey and the corresponding goods taking point are determined, the actual journey is strictly based on the characteristics of the real-time journey of the user, and the actual journey is required to be earlier than the estimated journey when reaching the corresponding goods taking point, so that the actual journey is used as a condition for reserving and locking goods, and in fact, the factors for determining the preset duration comprise settlement duration and goods packaging duration, namely the preset duration is the sum of the settlement duration and the goods packaging duration; respectively taking average values of settlement time and commodity packing time;
the purpose of this is to consider that the transaction is completed at the corresponding goods taking point and is completed based on the online mall, so that the flexibility of commodity selling is maintained, and the reservation of the commodity also requires the user to make a preliminary reservation or pay a certain order based on the mobile goods taking point; after the matched commodities are placed in a reserved locking state, online inventory in an online mall is not allowed to be used, and commodities corresponding to the corresponding picking points also enter the locking state correspondingly, for example, the commodities are stored in a commodity cabinet with an electronic lock, and a first user waits for ordering and picking. Of course, if the time difference is not longer than the preset time, the staff can process the time difference, and the matched commodity can be used as the commodity in the reserved goods taking information of the next time interval, so that the commodity accumulation is avoided, and the conditional reservation can facilitate the removal of the commodity, thereby facilitating the subsequent goods loading and management.
When the method is applied, the relation among the estimated travel, commodity intention use information and the actual travel is fully considered, the segmented goods taking information and reserved goods taking information are obtained, the segmented goods taking information of the movable goods taking points in a plurality of time periods can be attached to the user demands of the user as much as possible, the conditional reservation of commodities based on an online mall is provided for the user based on the actual travel of the user, the goods taking rate of the commodities can be improved, and the sales of the exploded commodities can be promoted.
As shown in fig. 2, as an alternative embodiment of the present invention, the determining, according to the estimated travel of the first user and the commodity intention use information, the mobile picking point of the first user based on the online mall includes:
step S111: identifying actual pick-up points covered by the estimated travel, and identifying first pick-up points covered by the online mall in the actual pick-up points;
on the map, the estimated travel can be represented by a coordinate system straight line, so that the actual picking point is obtained by calculating the coordinate of the actual picking point covered by the coordinate system straight line of the estimated travel (or the coordinate of the actual picking point close enough to the coordinate system straight line); comparing the actual pick-up point with the pick-up point displayed in the online mall to obtain the same pick-up point as the pick-up point displayed in the online mall, namely obtaining a first pick-up point;
The estimated travel is an initial estimated or initial intended travel, which needs to cover a plurality of actual picking points, but for the actual picking points, only part of the actual picking points are sold and picked based on an online mall, so that a first picking point in the actual picking points is screened;
for the situation that the actual picking points are not covered, the user needs to be prompted to input the estimated travel again until the estimated travel covers a plurality of actual picking points;
step S112: dividing the estimated travel according to the first picking point to obtain a plurality of segmented estimated travel;
the first picking point is not positioned at the beginning and the end of the estimated travel, so that the estimated travel can be divided into a plurality of sections by the first picking point to obtain a plurality of section estimated travel;
step S113: acquiring an actual road section corresponding to commodity intention use information;
the commodity intention use information, namely the actual use demands of the commodity exist on certain road sections, such as drinking, eating or playing, etc.;
step S114: identifying a segment estimated travel overlapped with the actual road section to obtain a first segment estimated travel;
the actual road section may occupy only one segment estimated travel, or may occupy all segment estimated travel; thus, the segment estimated travel may include a number of first segment estimated travels; of course, it is also possible to exclude any piecewise estimated travel;
Step S115: and determining a first picking point corresponding to the first subsection estimated travel, and obtaining the movable picking point. After determining the first segment estimated travel, based on the determined first pick-up point, the first pick-up point at the corresponding position of the head and tail of the first segment estimated travel is the mobile pick-up point;
it can be understood that the reliable movable goods taking point is obtained through estimating the journey and the commodity intention use information, so that the estimated journey and commodity use requirements of users can be met.
As shown in fig. 3, as an alternative embodiment of the present invention, the counting the segmented pick information of the mobile pick-up point in several time slots includes:
step S121: counting the average people flow of the movable goods taking points in a plurality of time periods, and determining the people flow ratio among the time periods according to the average people flow;
the time intervals are a plurality of time intervals which are set at the beginning and are mainly used for moving the goods taking point to sell and take goods; the average people flow is based on the total people flow of each time division period determined in a longer period, and then the ratio of the total people flow to the period is counted to obtain the average people flow; calculating the ratio of the average people flow in a plurality of time intervals to obtain the people flow ratio in a plurality of time intervals; the people flow rate ratio is a more reliable people flow rate rule ratio among a plurality of time periods;
Step S122: updating the total inventory information and the number of intended users of the mobile pick-up points;
namely, acquiring the latest total stock information of the mobile pick-up point and the number of the intended users, wherein the total stock information comprises the stock number and the stock category; the number of the intended users comprises the total number of users for reserving goods taking transaction based on an online mall;
step S123: determining first inventory information for a number of time segments based on the master inventory information;
namely, distributing the total inventory to each time interval to obtain first inventory information; i.e., the available quantity and variety of inventory for each time segment; the inventory is comparable in the morning and evening hours, while the inventory is relatively large in the noon hours, for example, the inventory allocation ratio is 1:3:1, a step of; the master inventory is distributed at each time segment based on the proportion of historical passenger flow statistics, and the passenger flow in the morning is distributed: noon traffic volume: the passenger flow rate at night is respectively a: b: c, thus determining the inventory allocation ratio as a: b: c, performing operation; when the inventory quantity and the inventory types are distributed based on the inventory distribution proportion, the average principle needs to be followed as much as possible, namely the quantity and the types follow the average principle, specifically, the types are firstly divided equally and then the quantity is divided equally, when the proportion in the historical passenger flow statistics result cannot be divided equally by the commodity quantity of a certain type, the midday period is preferentially met if the commodity quantity cannot be divided equally, and excessive inventory is divided equally and is also placed in the midday period; for example, 20 pieces of class a, 11 pieces of class B, inventory allocation ratio of 1:3:1, then a inventory is 4, 12, 4 in the morning, midnight, respectively; the inventory B in the morning, evening and morning is 2, 7 and 2 respectively; in fact, for the exploded goods, there is only one type, so only the average of the number is considered;
Step S124: dividing the number of the intended users according to the ratio of the traffic to obtain estimated traffic in time intervals;
namely, the number of the intended users is respectively distributed according to the ratio of the people flow to obtain the estimated people flow of each time interval;
step S125: and determining sectional pick-up information of the movable pick-up points in a plurality of time periods according to the first inventory information and the estimated personnel flow.
The inventory in the first inventory information of each time interval is distributed based on the estimated personnel flow, so that theoretical pickup information (the pickup quantity and the type obtained by the inventory can be equally distributed, and non-equally distributed can be performed based on the user grade in the personnel flow, for example, the distribution proportion of member users is higher) of each time interval can be obtained, namely, the sectional pickup information; the distribution is mainly carried out one by one based on the number of the marketable commodities;
it is to be understood that when a member user exists in the users, non-equipartition is performed between the member user and the non-member user, and then the inside of the member user and the non-member user is equipartited;
in fact, the relationship between travel and time is mainly considered, if the implementation is simplified, members can be not considered, and the members can be based on price preference, namely, the theoretical goods taking quantity and type of each time interval are the goods taking quantity and type obtained by equally dividing the inventory; based on the previous examples of inventory allocation in the early, mid, and late hours, it is likewise known that the equipartition is not difficult here;
According to the method, the latest inventory can be reasonably distributed based on the latest inventory and the people flow rules in a plurality of time intervals through the historical big data, so that the sectional goods taking information of the movable goods taking points in a plurality of time intervals can be attached to actual demands under the actual people flow as much as possible.
As shown in fig. 4, as an alternative embodiment of the present invention, the obtaining the actual journey of the first user, determining the corresponding pick-up point according to the actual journey, and determining the reserved pick-up information of the first user at the corresponding pick-up point according to the segmented pick-up information includes:
step S131: prompting the estimated travel and the mobile pick-up point, and acquiring the actual travel of the first user in real time;
prompting at the terminal of the first user, wherein the prompting comprises displaying the estimated travel and the moving pick-up point, and acquiring the actual travel of the first user, namely the actual moving route of the first user, wherein the actual moving route is formed by positioning the terminal of the first user;
step S132: detecting a plurality of mobile pick-up points associated with the actual journey to obtain a detection result, wherein the plurality of mobile pick-up points comprise mobile pick-up points nearest to the actual journey;
The actual travel may have a certain deviation from the estimated travel, so that a plurality of mobile pick-up points which are relatively close to the actual travel are detected, and a detection result can be obtained; along with the formation of the actual journey, the movable pick-up points and the distances between the movable pick-up points are continuously appeared, a plurality of movable pick-up points which are relatively close to each other are selected as detection results, the movable pick-up points which are relatively close to each other are limited to include the movable pick-up points which are relatively close to each other, the movable pick-up points which are actually the references of the movable pick-up points are actually provided for the first user to select (the movable pick-up points which are not more than the threshold distance from the actual journey are selected as stated above, and the threshold distance can be set according to actual requirements);
step S133: acquiring the selection of the first user on the detection result to obtain a corresponding goods taking point;
the detection result selected by the first user can give consideration to the distance and the convenience degree, and the corresponding point can be obtained; the corresponding pick-up point may be a mobile pick-up point closest to the actual travel, or may be a mobile pick-up point closer to the actual travel, but the travel of the first user is convenient, for example, the first user just needs to complete other matters at a mobile pick-up point closer to the first user, so that the pick-up can be considered;
Step S134: and acquiring a picking time period of the first user, inquiring a first sub-time period of a plurality of sub-time periods corresponding to the picking time period, and taking the segmented picking information of the corresponding picking point in the first sub-time period as the reserved picking information. After the first user sets the picking time period, the first user can inquire about the picking time period, the inquiring result is at least one of a plurality of corresponding sub-time periods, and the segmented picking information of the corresponding picking point in the first sub-time period can be used as the reserved picking information because the corresponding picking point of the first sub-time period is already determined.
It should be understood that, in the above embodiment, the actual journey of the first user and the personalized selection are taken into account, and the pickup information of the corresponding pickup point corresponding to the mobile pickup point under the initial condition is finally obtained, so that the personalized requirement under the actual journey of the first user can be maximally satisfied.
As shown in fig. 5, as an alternative embodiment of the present invention, the identifying the time difference between the actual trip and the estimated trip of the first user includes:
step S141: identifying a set comparison position between the current position of the actual stroke and the corresponding pick-up point, wherein the set comparison position is close to the corresponding pick-up point;
The actual travel and the corresponding pick-up point are determined, the set comparison position is actually used as a moving reference point of the corresponding pick-up point, and the length of the moving reference point from the corresponding pick-up point is equal to the set distance; the setting distance can be set according to actual needs, the setting is not limited, and the setting of the comparison position is completed according to the completion of setting the setting distance;
if the distance between the current position and the corresponding goods taking point is larger than the set distance, intercepting the position with the distance to the corresponding goods taking point as the set distance as a set comparison position; if the distance between the current position and the corresponding goods taking point is not greater than the set distance, directly recognizing that the time difference is not greater than the preset duration;
step S142: identifying the travelling speed of a first user in an actual journey, and calculating the estimated time point between the current position and the set comparison position of the first user according to the travelling speed;
the travelling speed is taken as the average speed of the road section which is traversed before in the actual journey;
since the travel speed is known, the length of the route from the current position to the set comparison position is also known, and therefore the method can be used for calculating and estimating, and the estimated time point can be obtained by adding the estimated time to the current time;
The travelling speed is referred according to the moving condition in the latest time period, for example, the length of a road section passing in the latest time period in the actual travel is taken, and the ratio of the length of the road section to the latest time period is calculated to obtain the travelling speed;
step S143: and when the estimated time point is earlier than the ending time point of the first time division period, calculating the time difference between the estimated time point and the ending time point of the first time division period.
The estimated time point is advanced, namely, the estimated time point is earlier than the ending time point of the first time division, which indicates that a theoretical user can reach the corresponding goods taking point at least before the first time division, and the demands of ordering, packing and the like by using the online mall of the corresponding goods taking point can be met. For example, the average speed of the front road section is calculated to be 1.5m/s, the length of the route from the current position to the set comparison position is 1km, 667s (11 minutes 7 s) is estimated, and the current time is 13:10, thus the estimated time point is 13:21:07; the end time point of the first minute period is 13:28, so the time difference is greater than the preset duration of 3 minutes.
Through the embodiment, the estimated time point from the current position to the set comparison position of the first user can be calculated according to the characteristics of the real-time travel of the user, and further, the related judgment is carried out based on the estimated time point and the first time period, so that a judgment basis is provided for reservation locking of the commodity.
As shown in fig. 6, further, in combination with the foregoing embodiment, the present application further proposes a further technical solution, where the method further includes:
step S20: when the estimated time point is not earlier than the ending time point of the first sub-period, placing the commodity matched with the reserved commodity taking information in the corresponding commodity taking point into an intermediate circulation state;
the intermediate circulation state, namely in an online mall, is temporarily not allowed to be moved corresponding to the online state of the goods, and is not randomly changed corresponding to the offline state of the goods;
step S21: identifying a plurality of second users currently associated with the corresponding pick-up points, wherein the second users are users with estimated time points earlier than the ending time point of the first sub-period;
because a plurality of users are in the first time interval and go to the corresponding goods taking point, a plurality of second users can be obtained by screening travel data of the plurality of users, and the screening condition is that the estimated time point is earlier than the ending time point of the first time interval; the second user is a user whose pick has not been completed;
step S22: screening a third user with at least two same target pick-up points between the first user and the second user, wherein the target pick-up points comprise second corresponding pick-up points and first corresponding pick-up points corresponding to the intermediate circulation state;
Continuing to screen users with at least two identical target pick-up points from the second users; that is, in addition to the first corresponding pick-up point being the same, there is at least a next identical corresponding pick-up point; the second user meeting the above conditions is a third user; from the actual journey, the first user and the third user have partial actual journey coincidence;
step S23: and acquiring commodity replacement agreement information between the third user and the first user so as to exchange the commodity in the intermediate circulation state with the corresponding commodity of the second corresponding commodity taking point to the commodity taking user.
That is, it is necessary to acquire consent information of the third user and the first user regarding "commodity replacement"; for example, the user may operate on a related page of the online mall; also in case other conditions are met (including equivalent replacement), the goods of the first corresponding pick-up point that should be reserved for the first user can now be extracted for the third user, and the corresponding goods of the second corresponding pick-up point that should be reserved for the third user can now be reserved for the first user; the condition of commodity replacement by the third user comprises changing the travel, wherein the travel does not need to go to the second corresponding commodity taking point any more, or the use requirement of the commodity is increased, and the commodity of the first corresponding commodity taking point can not meet the use requirement before the third user arrives at the second corresponding commodity taking point originally; when commodity replacement agreement information is acquired, prompting can be carried out on commodity replacement conditions; conditions for commodity replacement have been described above;
Therefore, the commodities acquired by the first user and the third user based on the demands of the first user and the third user are not reduced, the accumulation of the commodities in the corresponding commodity taking points can be reduced, the inventory can be emptied in time, and the management and subsequent commodity replenishment of the corresponding commodity taking points of the online mall are facilitated.
Further, the method further comprises: and when the first user reaches the recommended goods taking use of the second corresponding goods taking point, sending speed increasing information to the terminal where the first user is located, wherein the speed increasing information comprises the recommended goods taking use.
In combination with the foregoing embodiment, the recommended time period for taking goods is a recommended time period from the "set comparison position" when the position thereof is to the second corresponding taking place, that is, the recommended time period for taking goods is equal to the recommended time period;
the recommended duration is equal to the ratio of the distance from its position to the "set comparison position" of the second corresponding pick-up point to the travel speed, and can be calculated with reference to the foregoing;
after the suggested time length and the current time are accumulated, the time is required to be before the ending time point of the first time period; it is noted that the route may be re-planned based on the first user's selection, the length of the re-planned route being known (the planned route being selected based on the actual route in the map, the length of which is determined and known), the suggested duration being known, so that the suggested speed may be calculated, and the speed-up information may also include the suggested speed;
In fact, when the corresponding merchandise in the intermediate circulation state and the corresponding merchandise of the second corresponding pick-up point are exchanged for the pick-up user, in order to avoid that the first user delays the time of the pick-up again, it is required to accelerate while walking.
As another preferred embodiment of the present invention, as shown in fig. 7, in another aspect, an online mall-based vending pick-up system comprises:
the information acquisition module 100 is used for acquiring estimated travel and commodity intention use information of the first user;
the mobile pick-up point determining module 200 is configured to determine a mobile pick-up point of the first user based on the online mall according to the estimated travel of the first user and the commodity intention use information;
the information statistics module 300 is configured to, when the number of mobile pick-up points is at least two, count segmented pick-up information of the mobile pick-up points in a plurality of time periods, where the segmented pick-up information includes a pick-up number;
the corresponding goods taking point determining module 400 is configured to obtain an actual journey of the first user, determine a corresponding goods taking point according to the actual journey, and determine reserved goods taking information of the first user at the corresponding goods taking point according to the segmented goods taking information, where the corresponding goods taking point is one of the mobile goods taking points;
The condition reservation module 500 is configured to identify a time difference between an actual trip and an estimated trip of the first user, and place a commodity in the corresponding picking point, which matches with the reserved picking information, in a reserved locking state when the time difference is not greater than a preset duration.
It should be noted that, referring to the description of the specific implementation of the method for selling and picking goods based on the online mall in the foregoing embodiment, the system corresponds to the implementation method of the method completely, and will not be described herein.
In addition, the application further provides a storage medium, and the storage medium stores a computer program, and the computer program realizes the vending and picking method based on the online mall in the embodiment when being executed by a processor.
The vending and picking method based on the online mall is provided in the above embodiment of the present invention, and based on the vending and picking method based on the online mall, the vending and picking system based on the online mall and the storage medium are provided, the relationship among the estimated travel, the commodity intention use information and the actual travel is fully considered, the segmented picking information and the reserved picking information are obtained, the former can enable the segmented picking information of the movable picking points in a plurality of time periods to be attached to the user demands of the user as much as possible, and the latter can provide the user with conditional reservation of the commodity based on the online mall based on the actual travel of the user, thereby not only improving the commodity picking rate, but also promoting the sales of the exploded commodity.
In order to be able to load the method and system described above to function properly, the system may include more or less components than those described above, or may combine some components, or different components, in addition to the various modules described above, for example, may include input and output devices, network access devices, buses, processors, memories, and the like.
The processor may be a central processing unit (Central Processing Unit, CPU), other general purpose processors, digital signal processors (Digital Signal Processor, DSP), application specific integrated circuits (Application Specific Integrated Circuit, ASIC), off-the-shelf programmable gate arrays (Field-Programmable Gate Array, FPGA) or other programmable logic devices, discrete gate or transistor logic devices, discrete hardware components, or the like. The general purpose processor may be a microprocessor or the processor may be any conventional processor or the like, which is a control center of the above system, and various interfaces and lines are used to connect the various parts.
The memory may be used to store a computer and a system program and/or module, and the processor may perform the various functions described above by running or executing the computer program and/or module stored in the memory and invoking data stored in the memory. The memory may mainly include a storage program area and a storage data area, wherein the storage program area may store an operating system, an application program required for at least one function (such as an information acquisition template presentation function, a product information distribution function, etc.), and the like. The storage data area may store data created according to the use of the berth status display system (e.g., product information acquisition templates corresponding to different product types, product information required to be released by different product providers, etc.), and so on. In addition, the memory may include high-speed random access memory, and may also include non-volatile memory, such as a hard disk, memory, plug-in hard disk, smart Media Card (SMC), secure Digital (SD) Card, flash Card (Flash Card), at least one disk storage device, flash memory device, or other volatile solid-state storage device.
It should be understood that, although the steps in the flowcharts of the embodiments of the present invention are shown in order as indicated by the arrows, these steps are not necessarily performed in order as indicated by the arrows. The steps are not strictly limited to the order of execution unless explicitly recited herein, and the steps may be executed in other orders. Moreover, at least some of the steps in various embodiments may include multiple sub-steps or stages that are not necessarily performed at the same time, but may be performed at different times, nor do the order in which the sub-steps or stages are performed necessarily performed in sequence, but may be performed alternately or alternately with at least a portion of the sub-steps or stages of other steps or other steps.
The technical features of the above-described embodiments may be arbitrarily combined, and all possible combinations of the technical features in the above-described embodiments are not described for brevity of description, however, as long as there is no contradiction between the combinations of the technical features, they should be considered as the scope of the description.
The foregoing examples illustrate only a few embodiments of the invention and are described in detail herein without thereby limiting the scope of the invention. It should be noted that it will be apparent to those skilled in the art that several variations and modifications can be made without departing from the spirit of the invention, which are all within the scope of the invention. Accordingly, the scope of protection of the present invention is to be determined by the appended claims.
The foregoing description of the preferred embodiments of the invention is not intended to be limiting, but rather is intended to cover all modifications, equivalents, and alternatives falling within the spirit and principles of the invention.
Claims (10)
1. A vending and pickup method based on an online mall, the method comprising:
acquiring estimated travel and commodity intention use information of a first user;
determining a mobile pick-up point of the first user based on the online mall according to the estimated travel of the first user and commodity intention use information;
when the number of the movable goods taking points is at least two, counting the sectional goods taking information of the movable goods taking points in a plurality of time periods, wherein the sectional goods taking information comprises the goods taking number;
acquiring an actual journey of a first user, determining a corresponding goods taking point according to the actual journey, and determining reserved goods taking information of the first user at the corresponding goods taking point according to the segmented goods taking information, wherein the corresponding goods taking point is one of mobile goods taking points;
and identifying the time difference between the actual travel and the estimated travel of the first user, and setting the commodity matched with the reserved commodity taking information in the corresponding commodity taking point as a reserved locking state when the time difference is not more than a preset time length.
2. The online mall-based vending pick-up method of claim 1, wherein determining the first user's online mall-based mobile pick-up point based on the first user's estimated travel and the merchandise intent usage information comprises:
identifying actual pick-up points covered by the estimated travel, and identifying first pick-up points covered by the online mall in the actual pick-up points;
dividing the estimated travel according to the first picking point to obtain a plurality of segmented estimated travel;
acquiring an actual road section corresponding to commodity intention use information;
identifying a segment estimated travel overlapped with the actual road section to obtain a first segment estimated travel;
and determining a first picking point corresponding to the first subsection estimated travel, and obtaining the movable picking point.
3. The online mall-based vending pick-up method of claim 1, wherein the counting of the segmented pick-up information for moving the pick-up point over a number of time segments comprises:
counting the average people flow of the movable goods taking points in a plurality of time periods, and determining the people flow ratio among the time periods according to the average people flow;
updating the total inventory information and the number of intended users of the mobile pick-up points;
determining first inventory information for a number of time segments based on the master inventory information;
Dividing the number of the intended users according to the ratio of the traffic to obtain estimated traffic in time intervals;
and determining sectional pick-up information of the movable pick-up points in a plurality of time periods according to the first inventory information and the estimated personnel flow.
4. The method for selling pickup based on online malls according to claim 1 or 3, wherein the step of obtaining the actual journey of the first user, determining the corresponding pickup point according to the actual journey, and determining the reserved pickup information of the first user at the corresponding pickup point according to the segmented pickup information comprises:
prompting the estimated travel and the mobile pick-up point, and acquiring the actual travel of the first user in real time;
detecting a plurality of mobile pick-up points associated with the actual journey to obtain a detection result, wherein the plurality of mobile pick-up points comprise mobile pick-up points nearest to the actual journey;
acquiring the selection of the first user on the detection result to obtain a corresponding goods taking point;
and acquiring a picking time period of the first user, inquiring a first sub-time period of a plurality of sub-time periods corresponding to the picking time period, and taking the segmented picking information of the corresponding picking point in the first sub-time period as the reserved picking information.
5. The online mall-based vending pick-up method of claim 4, wherein the identifying a time difference between an actual trip and an estimated trip of the first user comprises:
Identifying a set comparison position between the current position of the actual stroke and the corresponding pick-up point, wherein the set comparison position is close to the corresponding pick-up point;
identifying the travelling speed of a first user in an actual journey, and calculating the estimated time point between the current position and the set comparison position of the first user according to the travelling speed;
and when the estimated time point is earlier than the ending time point of the first time division period, calculating the time difference between the estimated time point and the ending time point of the first time division period.
6. The online mall-based vending pick-up method of claim 1, wherein the factors determining the preset time period include a settlement time period and a commodity packing time period.
7. The online mall-based vending pick-up method of claim 5, further comprising:
when the estimated time point is not earlier than the ending time point of the first sub-period, placing the commodity matched with the reserved commodity taking information in the corresponding commodity taking point into an intermediate circulation state;
identifying a plurality of second users currently associated with the corresponding pick-up points, wherein the second users are users with estimated time points earlier than the ending time point of the first sub-period;
screening a third user with at least two same target pick-up points between the first user and the second user, wherein the target pick-up points comprise second corresponding pick-up points and first corresponding pick-up points corresponding to the intermediate circulation state;
And acquiring commodity replacement agreement information between the third user and the first user so as to exchange the commodity in the intermediate circulation state with the corresponding commodity of the second corresponding commodity taking point to the commodity taking user.
8. The online mall-based vending pick-up method of claim 7, further comprising:
and when the first user reaches the recommended goods taking use of the second corresponding goods taking point, sending speed increasing information to the terminal where the first user is located, wherein the speed increasing information comprises the recommended goods taking use.
9. A vending pick-up system based on an online mall, the system comprising:
the information acquisition module is used for acquiring estimated travel and commodity intention use information of the first user;
the mobile goods taking point determining module is used for determining the mobile goods taking point of the first user based on the online mall according to the estimated travel of the first user and the commodity intention using information;
the information statistics module is used for counting the sectional goods taking information of the movable goods taking points in a plurality of time periods when the number of the movable goods taking points is at least two, and the sectional goods taking information comprises the goods taking number;
the corresponding goods taking point determining module is used for obtaining the actual journey of the first user, determining the corresponding goods taking point according to the actual journey, and determining reserved goods taking information of the first user at the corresponding goods taking point according to the segmented goods taking information, wherein the corresponding goods taking point is one of the movable goods taking points;
And the condition reservation module is used for identifying the time difference between the actual travel and the estimated travel of the first user, and placing the commodity matched with the reserved commodity taking information in the corresponding commodity taking point into a reserved locking state when the time difference is not more than a preset time length.
10. A storage medium having stored thereon a computer program, wherein the computer program when executed by a processor implements the online mall based vending pick method of any one of claims 1-8.
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