CN111161015A - Rapid generation and settlement method based on collective order and shopping platform - Google Patents
Rapid generation and settlement method based on collective order and shopping platform Download PDFInfo
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- CN111161015A CN111161015A CN201911249387.3A CN201911249387A CN111161015A CN 111161015 A CN111161015 A CN 111161015A CN 201911249387 A CN201911249387 A CN 201911249387A CN 111161015 A CN111161015 A CN 111161015A
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Abstract
The invention relates to the technical field of collective orders on a shopping platform, in particular to a method for quickly generating and settling accounts based on collective orders and a shopping platform, comprising the following steps: s1, different buyer users log in the shopping platform and generate respective branch orders for the same seller user; s2, the seller user judges whether the received branch orders belong to a collective order, if yes, the branch orders are combined to generate the collective order, and if not, the branch orders are kept; s3, the seller users distribute according to the quantity; and S4, after the collective order distribution is completed, when the confirmation of the delivery of any buyer user is detected, the collective order mark is completed. The invention solves the problems that only one order can be delivered and a buyer user is waited to confirm receiving for collecting money on the existing shopping platform, and if a plurality of orders aiming at the same receiving address need to be delivered at the same time, the buyer user needs to wait for confirming receiving and then collecting money, so that the time for collecting money of the seller user is prolonged, and the delivery cost is increased.
Description
Technical Field
The invention relates to the technical field of collective orders on a shopping platform, in particular to a method for quickly generating and settling accounts based on collective orders and a shopping platform.
Background
The shopping platform is a generic term, and is a place established for facilitating the transaction between buyers and sellers. A complete shopping platform should include software and hardware facilities, the inside and outside environment of the venue, organization and management of personnel, payment means, etc. Shopping platforms can be divided into two broad categories, general shopping platforms and online shopping platforms. The online shopping platform is a platform for shopping in a virtual world, and messages are transmitted in a digital mode in multiple applications, so that the purpose of physical transaction is achieved.
With the convenience of the network, more and more people can use the shopping platform to complete the purchase of related goods of the clothing and eating and housing, and similarly, with the continuous expansion of consumer groups, more collective orders can be provided, such as the purchase of articles in schools, the purchase of school uniforms, and the like.
The existing online shopping platform can only generate orders for one buyer user and one seller user correspondingly, but due to the particularity of part of commodities, more than one order is generated at the current goods receiving address, if the orders are generated and distributed in a single order mode, the waste of manpower and material resources can be caused, meanwhile, the orders can be collected after being confirmed respectively, and the money collecting time of the seller users is influenced.
Disclosure of Invention
The invention provides a quick generation and settlement method based on collective orders and a shopping platform, and mainly solves the problems that only one order can be delivered and a buyer user is waited to confirm to receive the order for collecting money on the existing shopping platform, and if a plurality of orders aiming at the same receiving address need to be delivered at the same time, the buyer user needs to wait for the confirmation of the receiving of the order and then collect the order, so that the seller user can prolong the collection time and the delivery cost is increased.
The invention provides a rapid generation and settlement method and a shopping platform based on a collective order, which comprises the following steps:
s1, different buyer users log in the shopping platform and generate respective branch orders for the same seller user;
s2, the seller user judges whether the received branch orders belong to a collective order or not, if so, the corresponding branch orders are combined to generate a collective order, and if not, the branch orders are reserved;
s3, the seller user produces and arranges the distribution according to the quantity of the collective order or the branch order;
s4, after the collective order is distributed, when the buyer user is detected to confirm the delivery, the collective order mark is completed; and after the distribution of the sub orders is finished, when the buyer user corresponding to any sub order is detected to confirm the delivery, the marking of the sub orders is finished currently.
Preferably, the step S2 includes:
s21, the seller user judges whether the received branch orders belong to the same receiving address partially or completely, if yes, all the branch orders belonging to the same receiving address belong to the collective order, and the branch orders are combined to generate the collective order; if not, all the sub-orders which do not belong to the same receiving address are judged not to belong to the collective order, and the sub-orders are reserved.
Preferably, in step S1, the different buyer users log in a shopping platform, specifically, the different buyer users log in the shopping platform through the same portal;
the step S2 specifically includes the steps of,
and S22, the seller user judges whether the buyer user corresponding to the sub-order generates the sub-order from the same entrance, if so, judges that all the sub-orders generated from the same entrance belong to the collective order, combines all the sub-orders to generate the collective order, and otherwise, reserves all the sub-orders generated from different entrances.
Preferably, in step S1, the buyer user logs in the shopping platform through the same portal, specifically, the buyer user logs in the shopping platform through an invitation link;
the order distribution in the step S1 includes label information of the invitation link;
in step S22, the seller user determines whether the buyer user corresponding to the branch order generates the branch order from the same entry, specifically, the seller user determines whether the label information of the branch order is the same;
in step S22, if yes, it is determined that all the branch orders generated from the same entry belong to the collective order, specifically, it is determined that the branch orders with the same label information are the collective order.
Preferably, the step S4 specifically includes:
s41, if the current delivery order belongs to the collective order, executing the next step, if the current delivery order belongs to the sub-order, detecting whether the buyer user corresponding to the sub-order confirms to receive goods, if so, marking the sub-order to be completed, if not, further detecting whether the delivery completion time of the sub-order exceeds a preset value, if so, marking the sub-order to be completed, otherwise, continuously detecting;
s42, further detecting whether any buyer user of the collective order confirms the receiving, if yes, the collective order is completed, if not, further detecting whether the delivery completion time of the collective order exceeds a preset value, if yes, the collective order is marked to be completed, and if not, the detection is continued.
Preferably, the collective order in step S3 displays commodity information and receiver information of each of the branch orders belonging to the current collective order.
Preferably, the preset values in the steps S41 and S42 are 7 working days after the distribution is completed.
Preferably, in step S3, a statistical table including names of the buyer users and corresponding commodity information is attached to the collective order when the collective order is distributed.
Preferably, the commodity information in step S3 includes a commodity name and a commodity specification parameter.
The invention also provides a shopping platform which comprises the rapid generation and settlement method.
From the above, the following beneficial effects can be obtained by applying the technical scheme provided by the invention:
firstly, in the technical scheme provided by the invention, the shopping platform can intelligently distinguish and gather the related information of the sub-orders to form a collective order, and meanwhile, as the collective order adopts a unified delivery mode, the delivery completion of the collective order can be judged only by detecting that a buyer user confirms the delivery, which is beneficial to shortening the time for a seller user to collect money and improving the money collection efficiency;
secondly, in the technical scheme provided by the invention, whether the order belongs to a collective order is judged through the receiving address or the login connection of the buyer user, so that the actual condition of generating the collective order in the real environment is met, meanwhile, the judgment mode is simpler, the judgment result is more accurate, the self right of the buyer user is ensured, and the money collection efficiency of the seller user is improved;
thirdly, in the technical scheme provided by the invention, when the collective order is delivered, the commodity information of each sub-order and the corresponding buyer user name are attached, which is beneficial for each buyer user to search the commodity after delivery and is also beneficial for the buyer user to count whether the quantity of the commodity is accurate or not;
fourthly, the technical scheme provided by the invention is provided with a preset value as the default deadline for receiving goods, so that the right of a seller user to collect the goods after the goods delivery is finished is ensured;
fifthly, the technical scheme provided by the invention provides a shopping platform, the collective order can be completed by using the rapid generation and stage method, and the order output efficiency and the order ending efficiency are improved.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.
FIG. 1 is a flow chart of steps of a fast generation and settlement method in embodiment 1 of the present invention;
fig. 2 is a flowchart illustrating steps of a fast generation and settlement method in embodiment 2 of the present invention.
Detailed Description
The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. It is to be understood that the described embodiments are merely exemplary of the invention, and not restrictive of the full scope of the invention. All other embodiments, which can be obtained by a person skilled in the art without inventive effort based on the embodiments of the present invention, are within the scope of the present invention.
The problem that only one order can be delivered and a buyer user is waited to confirm to receive the goods for collecting money on the existing shopping platform, if a plurality of orders aiming at the same receiving address need to be delivered at the same time, the buyer user needs to wait for confirming to receive the goods and then collect the money, which causes the problems that the seller user prolongs the collecting time and the delivery cost is increased.
Example 1
As shown in fig. 1, in order to solve the above problem, the present embodiment provides a rapid generation and settlement method and a shopping platform based on collective orders, which includes the following steps:
s1, different buyer users log in the shopping platform and generate respective branch orders for the same seller user;
s2, the seller user judges whether the received branch orders belong to the collective order partially or completely, if yes, the corresponding branch orders are combined to generate the collective order, and if not, the branch orders are reserved;
s3, the seller users produce and arrange distribution according to the quantity of the collective order or the branch order;
s4, after the collective order distribution is finished, when any buyer user is detected to confirm the delivery, the collective order marking is finished; after the distribution of the divided orders is completed, when the fact that the buyer user corresponding to any divided order confirms the delivery is detected, the marking of the current divided order is completed.
Preferably, but not limited to, the seller user of the embodiment may be a distributor, that is, the seller user does not produce the goods and only completes the selling operation, so in step S3, after the seller user counts the number of the collective order and the branch order, the number and the corresponding goods should be sent to the manufacturer for production, and the manufacturer distributes the goods to the distributor after the production is completed, and then distributes the goods to the distributor for distribution. In contrast, in this embodiment, the shipment time of the branch order or the collective order should be slightly longer than the time for direct delivery, so as to meet the requirement of the seller user to count the quantity of the collective order and the branch order and then arrange production and delivery, and the delivery requirement enables the manufacturer to start production after receiving the order, thereby avoiding the situation that the commodity is over-left and left for sale due to excessive production quantity.
In this embodiment, in step S4, the collective order and the partial order display the same content on the user interface of the seller user, but the collective order may have a plurality of buyer users, and the corresponding buyer users form a pair of receiving names, but the rest of the contents are the same, so when the collective order is delivered in a unified way and the delivery is completed, the seller user' S user interface sets the order to be confirmed, and when any buyer user, that is, the receiver confirms the receiving, the current collective order is all completed by default, so the seller user can receive the goods money temporarily stored on the shopping platform.
More specifically, step S2 includes:
and S21, judging whether the received branch orders belong to the same receiving address partially or completely by the seller user, if so, judging that all the branch orders belonging to the same receiving address belong to the collective order, combining and generating the collective order, and if not, judging that all the branch orders not belonging to the same receiving address do not belong to the collective order, and keeping the branch orders.
Preferably, but not limited to, the present embodiment is directed to orders generated by each member of the collective for the same item, for example, orders of classes for stationery or school uniforms, so that in the present embodiment, on the premise of determining the receiving address, a determination condition may be further added, that is, whether the items of the current order belong to the same category, for example, belong to school supplies or belong to stationery, and on the premise of determining that the items belong to the same category, it is determined that the receiving addresses are the same, it may be completely determined that the current partial orders may be combined to form a collective order, thereby avoiding a situation that the current buyer user generates other own required item orders on the page of the seller user for personal needs, but is classified as a collective order and is difficult to be delivered in time.
Preferably, but not limited to, when the individual partial orders are combined to generate the collective order, a notification is sent to the buyer user to notify that the current partial order is classified to generate the collective order, and the notification further comprises the expected delivery time of the collective order, and a reflection entrance, if the current buyer user disagrees with the combined collective order, a call can be sent to the shopping platform or the seller user through the reflection entrance, and the seller user or the shopping platform completes the combination or separation action according to the real intention of the buyer user. The current collective order needs to designate one buyer user as a receiver, therefore, when a notification is initiated, the notification also needs to remind the predetermined information related to the predetermined receiver, if the current receiver cannot receive the notification, a call can be initiated to the shopping platform and the seller user or the shopping platform can replace the other buyer user as the receiver.
In this embodiment, if the receiving addresses are the same, a classification manner should be adopted, for example, the distribution addresses of the orders include province level, city level, district level, street and building, all orders of the same province level are classified, then the orders of the same city level are further classified, and finally all the classified orders after the sequential classification can be combined to form a collective order.
More specifically, step S4 specifically includes:
s41, if the current delivery order belongs to the collective order, executing the next step, if the current delivery order belongs to the sub-order, detecting whether the buyer user corresponding to the sub-order confirms the delivery, if so, marking the sub-order to be finished, if not, further detecting whether the delivery finishing time of the sub-order exceeds the preset value, if so, marking the sub-order to be finished, otherwise, continuously detecting;
s42, further detecting whether any buyer user of the collective order confirms the receiving, if yes, indicating that the collective order is completed, if not, further detecting whether the delivery completion time of the collective order exceeds a preset value, if yes, marking that the collective order is completed, and if not, continuously detecting.
In this embodiment, steps S41 and S42 are respectively interpreted for collective orders and sub-orders, where the collective orders have a plurality of buyer users but belong to a unified delivery order, so that if any buyer user confirms receiving, it can be determined that the current order delivery is completed, that is, the seller user can receive the amount of the order, but in order to avoid the situation that some sub-orders are missed, it is preferable to provide an after-sale channel for each buyer user after the collective order is generated and delivered, specifically, to ask the seller user that the corresponding goods are not received or fill the seller user with an evaluation, and to sub-order the buyer user is formed, so that if the goods are delivered, the buyer user confirms and pays without errors, the sub-order is defaulted to be completed, but the buyer user preferably forms an after-sale channel after the order is completed, which can be used to reflect the quality problem of the goods to the seller user, or filling in the evaluation and the like.
In this embodiment, the preset value is set to ensure the right of the seller user to collect the amount of the order, the preset value is initially set as a default of the shopping platform, but the seller user has the right to modify the preset value, and the preset value can be determined according to the nature of the commodity or the conventional receiving time to ensure the right of the seller user to collect the amount of the commodity.
Preferably, the preset values in steps S41 and S42 are 7 working days after the distribution is completed.
More specifically, the collective order in step S3 is displayed with the commodity information and the receiver information of each branch order subordinate to the current collective order.
In this embodiment, the consignee information is consignee information filled by the buyer user, specifically, the consignee contact information and the name, and the commodity information specifically includes a commodity name, a commodity specification and a commodity quantity. Meanwhile, the collective order mainly refers to order information displayed on the user interface of the seller user, namely, the order attached to the seller user during goods distribution, so that the seller user can conveniently purchase the order according to the order information of the collective order.
More specifically, in step S3, when the collective order is delivered, a statistical table including the name of the seller user and the corresponding product information is appended.
In this embodiment, the statistical table is present for facilitating the delivery of the goods corresponding to the different buyer users by the consignee or for facilitating the different buyer users to search for the goods selected for purchase according to the statistical table when the collective order is delivered to the consignee.
In addition, in the embodiment, when the collective order is delivered, the consignee can check whether the corresponding quantity and parameters of the commodities are equal to the quantity and parameters of the commodities ordered by the buyer user on site, so that the subsequent after-sale problem is avoided.
Example 2
As shown in fig. 2, in order to solve the foregoing problems, the present embodiment provides a rapid generation and settlement method and a shopping platform based on collective orders, which includes the following steps:
s1, different buyer users log in the shopping platform and generate respective branch orders for the same seller user;
s2, the seller user judges whether the received branch orders belong to the collective order partially or completely, if yes, the corresponding branch orders are combined to generate the collective order, and if not, the branch orders are reserved;
s3, the seller users produce and arrange distribution according to the quantity of the collective order or the branch order;
s4, after the collective order distribution is finished, when any buyer user is detected to confirm the delivery, the collective order marking is finished; after the distribution of the divided orders is completed, when the fact that the buyer user corresponding to any divided order confirms the delivery is detected, the marking of the current divided order is completed.
More specifically, in step S1, different buyer users log in the shopping platform, specifically, different buyer users log in the shopping platform through the same portal;
step S2 specifically includes:
and S22, judging whether the buyer user corresponding to the branch order generates the branch order from the same entrance or not by the seller user, if so, judging that all the branch orders generated from the same entrance belong to a collective order, merging all the branch orders to generate the collective order, and if not, keeping all the branch orders generated from different entrances.
Preferably, the buyer user logs in to the shopping platform through an invitation link; the order distribution in step S1 includes the label information of the invitation link; in step S22, the seller user determines whether the label information of the branch orders is the same, and if the label information of the branch orders is the same, determines that the branch orders with the same label information are the collective order, and if the label information of the branch orders is different, the branch orders are kept.
In this embodiment, the invitation link is preferably generated mainly by the buyer user, so when the other buyer users log in the shopping platform through the invitation link or directly jump to the corresponding seller user, the generated order should also have the label information of the invitation link, and specifically, the invitation link is mainly used for purchasing a group supply such as stationery or school uniform for a manager in the class order, for example, a manager in the class order, such as a flight leader or a chief officer, pushing to a student, and the buyer user generating the invitation link can be directly filled in the corresponding generated group order as a recipient.
The flow of the remaining steps of this embodiment is the same as that of embodiment 1, and please refer to fig. 2 specifically.
Embodiments 1 and 2 further provide a shopping platform, which can add collective order items to the shopping platform by using the above fast generation and settlement method, so as to complete the processes of generation, production, distribution and settlement of related orders.
In summary, embodiments 1 and 2 provide a method for fast generating and settling accounts based on collective orders, which mainly aggregates the sub-orders into the collective order, so that the collective order completes the transportation process of the current order after receiving the confirmation of any buyer user, thereby shortening the time for the seller user to collect the money.
The above-described embodiments do not limit the scope of the present invention. Any modification, equivalent replacement, and improvement made within the spirit and principle of the above-described embodiments should be included in the protection scope of the technical solution.
Claims (10)
1. A rapid generation and settlement method and a shopping platform based on collective orders are characterized by comprising the following steps:
s1, different buyer users log in the shopping platform and generate respective branch orders for the same seller user;
s2, the seller user judges whether the received branch orders belong to a collective order or not, if so, the corresponding branch orders are combined to generate a collective order, and if not, the branch orders are reserved;
s3, the seller user produces and arranges the distribution according to the quantity of the collective order or the branch order;
s4, after the collective order is distributed, when the buyer user is detected to confirm the delivery, the collective order mark is completed; and after the distribution of the sub orders is finished, when the buyer user corresponding to any sub order is detected to confirm the delivery, the marking of the sub orders is finished currently.
2. The quick birthday and settlement method based on collective order as claimed in claim 1 wherein the step S2 comprises:
s21, the seller user judges whether the received branch orders belong to the same receiving address partially or completely, if yes, all the branch orders belonging to the same receiving address belong to the collective order, and the branch orders are combined to generate the collective order; if not, all the sub-orders which do not belong to the same receiving address are judged not to belong to the collective order, and the sub-orders are reserved.
3. The rapid generation and settlement method and shopping platform based on collective order as claimed in claim 1, wherein:
in step S1, the different buyer users log in a shopping platform, specifically, the different buyer users log in the shopping platform through the same entrance;
the step S2 specifically includes the steps of,
and S22, the seller user judges whether the buyer user corresponding to the sub-order generates the sub-order from the same entrance, if so, judges that all the sub-orders generated from the same entrance belong to the collective order, combines all the sub-orders to generate the collective order, and otherwise, reserves all the sub-orders generated from different entrances.
4. The rapid generation and settlement method and shopping platform based on collective order as claimed in claim 3, wherein:
in step S1, the buyer user logs in the shopping platform through the same portal, specifically, the buyer user logs in the shopping platform through an invitation link;
the order distribution in the step S1 includes label information of the invitation link;
in step S22, the seller user determines whether the buyer user corresponding to the branch order generates the branch order from the same entry, specifically, the seller user determines whether the label information of the branch order is the same;
in step S22, if yes, it is determined that all the branch orders generated from the same entry belong to the collective order, specifically, it is determined that the branch orders with the same label information are the collective order.
5. The method for rapidly generating and settling accounts and the shopping platform based on collective orders as claimed in claim 2 or 4, wherein the step S4 specifically comprises:
s41, if the current delivery order belongs to the collective order, executing the next step, if the current delivery order belongs to the sub-order, detecting whether the buyer user corresponding to the sub-order confirms to receive goods, if so, marking the sub-order to be completed, if not, further detecting whether the delivery completion time of the sub-order exceeds a preset value, if so, marking the sub-order to be completed, otherwise, continuously detecting;
s42, further detecting whether any buyer user of the collective order confirms the receiving, if yes, the collective order is completed, if not, further detecting whether the delivery completion time of the collective order exceeds a preset value, if yes, the collective order is marked to be completed, and if not, the detection is continued.
6. The rapid generation and settlement method and shopping platform based on collective order as claimed in claim 5, wherein:
the collective order in step S3 is displayed with commodity information and receiver information of each of the branch orders subordinate to the current collective order.
7. The rapid generation and settlement method and shopping platform based on collective order as claimed in claim 6, wherein: the preset values in the steps S41 and S42 are 7 working days after the distribution is completed.
8. The rapid generation and settlement method and shopping platform based on collective order as claimed in claim 5, wherein: in step S3, when the collective order is distributed, a statistical table including the name of the buyer user and corresponding product information is attached.
9. The rapid generation and settlement method and shopping platform based on collective order as claimed in claim 8, wherein: the commodity information in step S3 includes a commodity name and a commodity specification parameter.
10. A shopping platform, characterized in that: comprising the method for rapid generation and settlement of any one of claims 1 to 9.
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