CN117035575A - Commodity distribution method and system thereof - Google Patents

Commodity distribution method and system thereof Download PDF

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Publication number
CN117035575A
CN117035575A CN202210459650.7A CN202210459650A CN117035575A CN 117035575 A CN117035575 A CN 117035575A CN 202210459650 A CN202210459650 A CN 202210459650A CN 117035575 A CN117035575 A CN 117035575A
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order
user
address
delivery
distribution
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金德奎
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Shenzhen Facebook Technology Co ltd
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Shenzhen Facebook Technology Co ltd
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management
    • G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
    • G06Q10/083—Shipping
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/29—Geographical information databases
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/06—Buying, selling or leasing transactions
    • G06Q30/0601—Electronic shopping [e-shopping]
    • G06Q30/0633—Lists, e.g. purchase orders, compilation or processing
    • G06Q30/0635—Processing of requisition or of purchase orders
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/06—Buying, selling or leasing transactions
    • G06Q30/0601—Electronic shopping [e-shopping]
    • G06Q30/0641—Shopping interfaces
    • G06Q30/0643—Graphical representation of items or shoppers

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  • General Engineering & Computer Science (AREA)
  • Management, Administration, Business Operations System, And Electronic Commerce (AREA)

Abstract

The invention provides a commodity delivery method and a system thereof, wherein an order user initiates an order on a terminal interface of the commodity delivery method, the order information comprises a goods taking address and a goods receiving address, the delivery user sets delivery information on the terminal interface of the commodity delivery user, the delivery information comprises a deliverable address, a resident address (or address area) and/or a position location (or position area) of the delivery information are set as the deliverable address, the commodity delivery method further comprises the retrievable address, the system searches and screens according to the order information of the order user and the delivery information of the delivery user, at least one order is released to an order display interface for display, at least one for the delivery user to browse and check, the delivery user browses and checks on the order display interface, whether the goods taking address and the goods receiving address accord with the order of the delivery condition of the delivery user is clicked, and if the goods taking address accords with the order of the delivery condition of the delivery user, the order is received for delivery. The system comprises a distribution setting module, an order release module and a order receiving distribution module, and is used for realizing the method.

Description

Commodity distribution method and system thereof
Technical Field
The present invention relates to a method and a system thereof, and more particularly, to a commodity distribution method and a system thereof.
Background
The commodity distribution method in the prior art is that a special express company and an express person develop gradually in recent years, an order user can place a bill on a terminal interface of the express company, a merchant receives the bill to prepare a commodity, a professional distributor rider takes the commodity to a merchant store to fetch the commodity through the electric vehicle after receiving the bill on the terminal interface of the special distributor rider, the commodity is sent to the order user, the distribution range is within a few kilometers or even tens of kilometers, and the electric vehicle is the standard of the takeaway distributor.
In real life, a plurality of shops, shopping centers, supermarkets, canteens, restaurants, restaurant shops, roadside pavements and food service areas are gathered around office buildings, enterprises and public institutions, residential communities and residential buildings, a large number of people can walk out from the shopping malls, the food service areas and the food service areas to the surrounding shops for eating and purchasing goods for consumption, and others select to take out the meal, the delivery person is ridden to take the meal, the existing building office building does not allow the delivery person to take the meal, the delivery person can only take the meal to the appointed place outside the building, and the order user takes the meal from the appointed place outside the building, so that inconvenience is brought to the order user. Professional distributors have a longer distance to the rider, but have a higher distribution cost, which makes spot takeouts more expensive than shops. How to overcome the above-mentioned drawbacks, it is a problem to be solved to realize a high-quality and low-cost service that users who work or live in places near shops and stores can enjoy goods distribution and go to the gate.
Disclosure of Invention
The technical problem to be solved by the invention is to provide a commodity distribution method and a commodity distribution system, which overcome the problems in the prior art and are as follows.
The commodity distribution method is characterized by comprising the following steps of: the delivery user sets delivery information at the terminal interface of the delivery user, wherein the delivery information comprises a deliverable address.
And the order user initiates an order on a terminal interface of the order user, wherein the order information comprises a goods taking address and a goods receiving address.
Or, the distribution user sets distribution information on a terminal interface of the distribution user, wherein the distribution information comprises a distributable address; the order user initiates an order at a terminal interface of the order user, the order information comprises a goods taking address, a goods receiving address and a delivery time, and the delivery time is set by the order user or is set by an order taking merchant or is obtained by integrating the set time of the order user and the order taking merchant.
Or, the distribution user sets distribution information on a terminal interface of the distribution user, wherein the distribution information comprises a distributable address and distributable time; the order user initiates an order at a terminal interface of the order user, the order information comprises a goods taking address, a goods receiving address and a delivery time, and the delivery time is set by the order user or is set by an order taking merchant or is obtained by integrating the set time of the order user and the order taking merchant.
And the system searches and screens according to the order information of the order user and the distribution information of the distribution user, and issues at least one order to an order display interface for display, so that at least one distribution user can browse and view the order.
And the delivery user browses and checks on the order display interface, whether the pick-up and receiving addresses meet the order of the delivery conditions of the delivery user or not, and if so, the delivery user clicks to receive the order.
And sending the order receiving information of the delivery user to the order user terminal and the merchant terminal of the order commodity.
And the delivery user confirms commodity order pickup from the merchant to the merchant address, and the pickup information is sent to the order user.
And delivering the commodity to the order user by the delivery user according to the address of the order user, clicking to confirm delivery, and completing delivery.
The distributable address of the distribution user specifically comprises the following steps: the delivery user sets his address (or address area) and/or location fix (or location area) to the deliverable address.
Or, the distributable address setting of the distributing user is specifically: the delivery user sets the address (or address area) and/or the position location (or position area) of the delivery user as the deliverable address, and the system sends at least one order user order meeting the delivery address to an order display interface for display according to the deliverable address (or address area) and/or the position location (or position area) of the delivery user, so that the delivery user can browse and view the order.
Or, the distributable address setting of the distributing user is specifically: the delivery user sets the address (or address area) and/or the position location (or position area) of the delivery user as the deliverable address, the delivery user sets the address of the delivery user as the 1 st deliverable address, the address with the delivery requirement adjacent to the address of the delivery user as the 2 nd deliverable address, and the system sends at least one order user order to the order display interface to be sequentially arranged from top to bottom according to the weight sequence of the 1 st deliverable address and the 2 nd deliverable address so as to be browsed and checked by the delivery user.
Or, the distributable address setting of the distributing user is specifically: the delivery user sets the address (or address area) and/or the position location (or position area) of the delivery user as the deliverable address, the delivery user sets the address of the delivery user as the 1 st deliverable address, the address adjacent to the address with the delivery requirement as the 2 nd deliverable address, the n < th > deliverable address is further set, when the delivery user sets the address of the delivery user as the 1 st deliverable address, the address adjacent to the delivery user as the 2 < nd > deliverable address, the adjacent address is further set as the n < th > deliverable address, and the system sequentially arranges orders meeting the addresses according to the 1 < st >, 2 < nd > … … < th > deliverable address from top to bottom in order display interface according to weight order, so that the delivery user can browse and check the order.
The distributable address of the distribution user specifically comprises the following steps: the system also comprises a delivery user available goods taking address, wherein the delivery user sets a regular commercial tenant or a commercial tenant address (or address area) and/or position location (or position location area) near the self address as the goods taking address, and the system pushes or preferentially pushes at least one order meeting the goods taking address in front of an order display interface according to the goods taking address of the delivery user for the delivery user to browse and view.
Or, the distributable address of the distributing user specifically comprises: the system sequentially arranges orders conforming to the addresses on an order display interface from top to bottom according to the weight sequence of the 1 st goods taking address and the 2 nd goods taking address, or sequentially arranges the orders closest to the goods taking address on the order display interface according to the current position positioning priority of the distribution user, and the rest of orders are sequentially arranged according to the weight sequence according to the current position positioning priority of the distribution user, so that the distribution user can browse and check the order.
Or, the distributable address of the distributing user specifically comprises: the system is characterized by further comprising a delivery user available goods taking address setting, wherein the delivery user sets a frequent merchant or a merchant address and/or position location nearby the self address as a goods taking address, the delivery user sets a frequent merchant address as a 1 st goods taking address, sets a frequent other merchant address as a 2 nd goods taking address, further sets an nth goods taking address, and the system sequentially arranges orders meeting the addresses according to the 1 st and 2 … … nth goods taking addresses from top to bottom on an order display interface according to a weight sequence, or the system preferentially arranges orders with the nearest goods taking address on the order display interface according to the current position location of the delivery user in sequence according to the weight sequence if the orders with the nearest goods taking address are arranged on the rest of the order display interface in front, so that the delivery user can browse and check orders.
And the system searches and screens whether at least one delivery user in the same area with the pick-up and/or delivery address of the order according to the pick-up and delivery addresses in the order information, and if so, sends at least one order user order meeting the conditions to an order display interface for display, so that the delivery user can browse and check the order.
Or, the system also comprises starting the geographic position positioning, searching and screening whether at least one delivery user in the same area with the goods taking and/or delivering address of the order is in the database according to the goods taking and delivering addresses in the order information, specifically, according to the current geographic position of the delivery user and whether the goods taking and/or delivering address is in the area, if so, sending at least one order user order meeting the condition to an order display interface for display, and allowing the delivery user to browse and check the order.
And the head portrait and nickname of the order user are also included in the order information of at least one order user arranged on the order display interface.
Or, in the order information of at least one order user arranged on the order display interface, the method further comprises the head portrait and nickname of the order user, and further comprises a message interface or window, wherein the delivery user clicks the head portrait of the order user, pops up the message interface or window, and achieves mutual messaging.
Or, in the order information of at least one order user arranged on the order display interface, the system further comprises a head portrait and a nickname of the order user, and a message interface or window, wherein the delivery user clicks the head portrait of the order user, pops up the message interface or window, and realizes mutual messaging; the method further comprises a friend adding application button, wherein clicking can apply for adding friends, and the counterpart can become friends after passing through and enter a friend list.
The method also comprises a directional order which is an order issued by an order user to a distribution user who has completed the order of the order user, wherein the user hopes to take the order again, and only the distribution user has authority to take the order.
Or, the system also comprises a directional order, wherein the directional order is an order issued by an order user to a delivery user who has completed the order of the order user, the user hopes to take the order again, only the delivery user has permission to take the order, and other users can see the order in an order display interface of the terminal.
Order information of order users arranged on the order display interface can be browsed and checked by system users.
Or, the order information of the order users arranged on the order display interface can be browsed and viewed by the users in the same area of the system.
Or, the order information of the order users arranged on the order display interface can be browsed and checked by the order users and the distribution users in the same area of the system.
Or, the order information of the order users arranged on the order display interface can be browsed and checked by the distribution users in the same area of the system.
The method also comprises the step of setting an order distribution option, wherein an order user selects to send to a floor or to a gate in order setting as the distribution condition option.
If the order user selects the option of sending to the floor or the gate to issue the order, the system searches and screens whether at least one delivery user can be sent to the floor or the gate according to the receiving address and the delivery condition required by the order user.
And if so, sending the order information of the order users to a terminal order interface of the at least one distribution user for the distribution user to check an order.
The system also comprises a delivery service fee setting, wherein the delivery service fee setting is arranged at an order user terminal interface or at an order receiving merchant terminal interface or at a computer terminal of the system or at a mobile terminal of the system.
And/or, the method further comprises an order rewarding setting, wherein the rewarding option comprises at least a rewarding amount or a rewarding point or a rewarding article, and the rewarding setting is arranged on an order user terminal interface or a bill receiving merchant terminal interface or a computer terminal of a system or a mobile terminal of the system.
And paying the service fee and/or the appreciation to the delivery user after the delivery user completes the delivery confirmation.
The invention relates to a commodity distribution system, which is characterized by comprising the following components: the system comprises a distribution setting module, an order issuing module and a receipt distribution module.
The distribution setting module is used for setting the address of the distribution user terminal, the distribution user at least sets the address of the distribution user as the distribution address, and the distribution user at least sets the frequent merchant or the merchant address near the address of the distribution user as the goods taking address.
The order issuing module is used for issuing orders by an order user on a terminal interface of the order user, the order information at least comprises a goods taking address and a goods receiving address, and at least one order is issued to an order display interface for display and is used for being browsed and checked by a distribution user.
The order receiving and delivery module is used for browsing and checking whether the delivery user has an order with goods taking and receiving addresses meeting the delivery conditions of the delivery user on the order display interface, if so, the order receiving module clicks the order receiving module, sends the order receiving information of the delivery user to the order user terminal and the merchant terminal of the goods owner, the delivery user confirms goods taking of the goods order to the merchant at the merchant address, sends the goods taking information to the order user, the delivery user delivers the goods to the order user at the address of the order user, and clicks to confirm delivery, and delivery is completed.
Or the system comprises a distribution setting module, an order release module, a receiving and distribution module and a merchant receiving module, wherein the merchant receiving module is used for receiving an order sent by an order user to a merchant, preparing a commodity and delivering the commodity to the distribution user.
Or the system comprises a distribution setting module, an order issuing module, a order receiving distribution module and a message interaction module, wherein the message interaction module is used for mutual messaging and further social interaction between an order user and a distribution user.
Or the system comprises a delivery setting module, an order release module and a receiving and delivery module, and also comprises a directional order module, wherein the directional order module is used for an order user to release an order to a delivery user who has completed the order of the order user before, hopes the user to receive the order again, and only the delivery user has permission to receive the order.
Or, the system comprises a delivery setting module, an order issuing module and a receipt delivery module, and further comprises a service fee and/or a reward module, wherein the service fee and/or the reward module is used for paying the delivery user after the delivery user completes delivery confirmation, and the service fee and/or the reward is arranged on an order user terminal interface or a receipt merchant terminal interface or a computer terminal of a system or a mobile terminal of the system.
Or, the system searches and screens whether at least one delivery user in the same area with the goods taking and/or delivering address of the order in the database according to the goods taking and receiving addresses in the order information, and if so, the system pushes the order meeting the address in an order display interface for the delivery user to browse and view.
The invention provides a commodity distribution method, an order user initiates an order on a terminal interface thereof, the order information comprises a goods taking address and a goods receiving address, a distribution user sets distribution information on the terminal interface thereof, the distribution information at least comprises a distribution address, the self address (or address area) and/or the position location (or position area) can be further set as the distribution address, a system searches and screens according to the order information of the order user and the distribution information of the distribution user, at least one order is issued to an order display interface for display, at least one order is provided for the distribution user to browse and check, the distribution user browses and checks on the order display interface, whether the goods taking address and the goods receiving address meet the distribution condition of the distribution user or not, and if yes, the order taking is clicked, and distribution is performed.
According to the invention, only the order user sets the goods taking and receiving addresses, the delivery user sets the goods deliverable address and the goods retrievable address, and the system sends at least one order meeting the goods delivery address to the order display interface for display according to the goods deliverable address and the goods retrievable address of the delivery user, so that the delivery user can browse and check the order. Therefore, the invention does not need to consider the travel of the delivery user, and does not need to search the order of the order user matched with or partially matched with the travel of the delivery user according to the travel of the delivery user, because the analysis of the travel route of the matched user is complex and consumes great system calculation power, the goods taking and receiving addresses of the matched order user and the goods delivery addresses of the delivery user are searched, and the order of the order user matched with the delivery condition is screened according to the addresses, so that the invention is simpler and quicker, and saves system calculation power. As for the specific journey path of the delivery user during delivery, the delivery user plans itself, and because the delivery distance is short in a small area range, the delivery user is familiar with the self address and the nearby goods taking address, so that the journey information of the delivery user and the journey path of the delivery user do not need to be acquired.
The invention provides a novel commodity distribution method, which adopts common users of a system as distribution users for carrying commodities in a short distance when the common users need to go out. For example, a delivery user works in an office building every day, often gets to a restaurant near the office building for dinner during lunch, if an order user in the same office building as the delivery user orders lunch near the office building and needs to be delivered, the delivery user can see the delivery address and the order of the user in the same office building on an order display interface of the delivery user, further click a receiving order, and the lunch ordered by the order user is carried to the order user incidentally without the delivery of special delivery personnel. If the meal taking address is the restaurant address for the dispatch user to eat lunch, the dispatch is more convenient. The invention not only solves the demands of order users, but also increases delivery orders which can be delivered to the gate for nearby merchants, increases the total amount of orders and improves the business income of the merchants. On the other hand, the novel distribution method can also reduce the number of users to store, and one user to store can distribute a plurality of orders, so that a large amount of people gathering offline can be effectively reduced, and the contact between users is reduced, thereby having a positive effect.
One embodiment of the invention is that the order information of at least one order user arranged on the order display interface comprises the head portrait and the nickname of the order user, or comprises the head portrait, the nickname and the content of the order user, wherein the content at least comprises one of characters, pictures and videos; one embodiment of the invention further comprises a message interface or window, wherein the distribution user clicks the head portrait of the order user, pops up the message interface or window, and realizes mutual messaging. Therefore, the invention can browse the head portraits, nicknames and contents of the users viewing the orders in the process of browsing the orders by the distribution users, and can perform social interaction with the users viewing the orders.
The above can be clearly seen that the present invention provides a significant technical advance over the prior art.
Drawings
Fig. 1 is a flow chart one of the present invention.
Fig. 2 is a flow chart two of the present invention.
Fig. 3 is a flow chart three of the present invention.
Fig. 4 is a flow chart four of the present invention.
Fig. 5 is a flow chart five of the present invention.
Fig. 6 is a block diagram of the present invention.
Fig. 7 is a block diagram of the second embodiment of the present invention.
Fig. 8 is a block diagram III of the present invention.
Fig. 9 is a block diagram of the present invention.
Fig. 10 is a block diagram fifth of the present invention.
Fig. 11 is a block diagram six of the present invention.
Detailed Description
The invention is further described below with reference to the drawings and embodiments.
The invention relates to a commodity distribution method which is characterized by comprising the following steps: as shown in fig. one, a first embodiment of the present invention: the distribution user sets distribution information on a terminal interface of the distribution user, wherein the distribution information at least comprises a distributable address; the order user initiates an order on a terminal interface of the order user, wherein the order information comprises a goods taking address and a goods receiving address; the system searches and screens according to the order information of the order users and the distribution information of the distribution users, and issues at least one order to an order display interface for display, so that at least one distribution user can browse and view the order; the delivery user browses and checks on the order display interface, whether the goods taking and receiving addresses meet the order of the delivery conditions of the delivery user or not is judged, and if yes, the order taking is clicked; the system sends the order receiving information of the delivery user to the order user terminal and the merchant terminal of the order commodity; the delivery user confirms commodity order pickup from the merchant to the merchant address, and the pickup information is sent to the order user; and delivering the commodity to the order user by the delivery user according to the address of the order user, clicking to confirm delivery, and completing delivery.
The second embodiment of the present invention is different from the first embodiment in that: the distribution user sets distribution information on a terminal interface of the distribution user, wherein the distribution information at least comprises a distributable address; the order user initiates an order at a terminal interface of the order user, the order information comprises a goods taking address, a goods receiving address and a delivery time, and the delivery time is set by the order user or is set by an order taking merchant or is obtained by integrating the set time of the order user and the order taking merchant.
The third embodiment of the present invention is different from the first embodiment in that: the distribution user sets distribution information on a terminal interface of the distribution user, wherein the distribution information comprises a distributable address and distributable time; the order user initiates an order at a terminal interface of the order user, the order information comprises a goods taking address, a goods receiving address and a delivery time, and the delivery time is set by the order user or is set by an order taking merchant or is obtained by integrating the set time of the order user and the order taking merchant.
Further embodiments are shown in fig. 2, where the distributable address of the distributing user specifically is: the delivery user sets at least his address (or address area) and/or location position (or location area) to the deliverable address.
For example, the distribution user sets the 'southern building A seat' of the own work place as a deliverable address, the system searches and screens according to the address name, and issues the order of the order user of the southern building A seat to the order display interface for display, so that the distribution user can browse, view and take orders.
The southern building can be set as a deliverable address, so that the southern building from the seat A to the seat D can be delivered, and the selectivity is larger.
The delivery user sets the south building as the deliverable address, which can be understood as the address area, and not only can the delivery user work place, but also the delivery of the south building from the seat A to the seat D can be realized. The distribution user location may also be located in a southern building if the distribution user locates the location of the work site as a deliverable address.
The position area is specifically: the distribution user or system sets a certain area around the position location as a position area, for example, a circular area with D as a diameter centered on the position location of the user in the southern building a seat. The diameter D of the position area of the user is specifically: is selected from 50-200 m, 200-500 m, 500-1000 m and 1000-2000 m. The location area diameter may also be determined based on user demand.
As shown in fig. 2, a further embodiment: the distributable address setting of the distribution user specifically comprises the following steps: the delivery user at least sets the address (or address area) and/or the position location (or position area) of the delivery user as the deliverable address, and the system sends at least one order user order meeting the delivery address to an order display interface for display according to the deliverable address (or address area) and/or the position location (or position area) of the delivery user, so that the delivery user can browse and view the order.
Yet another embodiment is: the distributable address setting of the distribution user specifically comprises the following steps: the delivery user sets the address (or address area) and/or the position location (or position area) of the delivery user as the deliverable address, the delivery user sets the address of the delivery user as the 1 st deliverable address, the address with the delivery requirement adjacent to the address of the delivery user as the 2 nd deliverable address, and the system sends at least one order user order to the order display interface to be sequentially arranged from top to bottom according to the weight sequence of the 1 st deliverable address and the 2 nd deliverable address so as to be browsed and checked by the delivery user.
As shown in fig. 3, the distributable address setting of the distributing user is specifically: the delivery user sets the address (or address area) and/or the position location (or position area) of the delivery user as the deliverable address, the delivery user sets the address of the delivery user as the 1 st deliverable address, the address adjacent to the address with the delivery requirement as the 2 nd deliverable address, the n < th > deliverable address is further set, when the delivery user sets the address of the delivery user as the 1 st deliverable address, the address adjacent to the delivery user as the 2 < nd > deliverable address, the adjacent address is further set as the n < th > deliverable address, and the system sequentially arranges orders meeting the addresses according to the 1 < st >, 2 < nd > … … < th > deliverable address from top to bottom in order display interface according to weight order, so that the delivery user can browse and check the order.
In combination with the above, the distributable address of the distribution user specifically includes: the system sequentially arranges orders conforming to the addresses on an order display interface from top to bottom according to the weight sequence of the 1 st goods taking address and the 2 nd goods taking address, or sequentially arranges the goods taking address orders closest to the order display interface in the rest of the orders in the front according to the weight sequence according to the current position positioning priority of the distribution user, so that the distribution user can browse and check the orders.
As shown in fig. 3, further, the distributable address of the distributing user specifically includes: the system is characterized by further comprising a delivery user available goods taking address setting, wherein the delivery user at least sets a frequently-removed merchant or a merchant address and/or position location nearby the self address as a goods taking address, the delivery user sets a frequently-removed merchant address as a 1 st goods taking address, sets another frequently-removed merchant address as a 2 nd goods taking address, further sets an nth goods taking address, and the system sequentially arranges orders meeting the addresses on an order display interface from top to bottom according to the 1 st and 2 … … nth goods taking addresses or sequentially arranges the orders with the nearest goods taking address on the order display interface in the rest according to the weight sequence according to the current position location priority of the delivery user, so that the delivery user can browse and check orders.
As shown in fig. 4, the distributable address of the distributing user in the present invention specifically includes: the system also comprises a delivery user available goods taking address, wherein the delivery user sets a regular commercial tenant or a commercial tenant address (or address area) and/or position location (or position location area) near the self address as the goods taking address, and the system pushes or preferentially pushes at least one order meeting the goods taking address in front of an order display interface according to the goods taking address of the delivery user for the delivery user to browse and view.
In a further embodiment, the distributable address of the distributing user specifically includes: the system sequentially arranges orders conforming to the addresses on an order display interface from top to bottom according to the weight sequence of the 1 st goods taking address and the 2 nd goods taking address, or sequentially arranges the orders closest to the goods taking address on the order display interface according to the current position positioning priority of the delivery user, and the rest of orders closest to the goods taking address are sequentially arranged on the order display interface according to the weight sequence.
As shown in fig. 5, in a further embodiment, the distributable address of the distributing user is specifically: the system is characterized by further comprising a delivery user available goods taking address setting, wherein the delivery user sets a frequent merchant or a merchant address and/or position location nearby the self address as a goods taking address, the delivery user sets a frequent merchant address as a 1 st goods taking address, sets a frequent other merchant address as a 2 nd goods taking address, further sets an nth goods taking address, and the system sequentially arranges orders meeting the addresses according to the 1 st and 2 … … nth goods taking addresses from top to bottom on an order display interface according to a weight sequence, or the system preferentially arranges orders with the nearest goods taking address on the order display interface according to the current position location of the delivery user in sequence according to the weight sequence if the orders with the nearest goods taking address are arranged on the rest of the order display interface in front, so that the delivery user can browse and check orders.
The invention also comprises starting the geographic position positioning, the system searches and screens the geographic position of the user in the database according to the goods taking and/or delivering address in the order information, searches and screens whether the delivery user in the same area with the goods taking and/or delivering address of the order exists according to the geographic position, and if so, sends at least one order user order meeting the condition to an order display interface for display, so that the delivery user can browse and check the order.
The embodiment of the invention also comprises the head portrait and the nickname of the order user or the head portrait, the nickname and the content of the order user in the order information of at least one order user arranged on the order display interface, wherein the content at least comprises one of characters, pictures and videos. The content may be edited, modified, updated. The avatar and nickname may also modify the edit. The nickname may also be presented anonymously.
According to the above embodiment, the system further comprises a message interface or window, and the distribution user clicks the head portrait of the order user and pops up the message interface or window to realize mutual messaging.
According to the above embodiment, the method further includes a friend adding application button, clicking can apply for adding friends, and the counterpart can become friends after passing through and enter a friend list.
Embodiments of the present invention also include a directional order that an order user places to a delivery user who has previously completed the order of the order user, hopes the user to receive an order again, and only the delivery user has permission to receive an order.
According to the embodiment, the directional order is only authorized to be received by the distribution user, and other users can see the order display interface of the terminal.
The above embodiment of targeting orders provides a more humanized service for those order users who have completed the delivery of the order and delivery users who are satisfied with each other with the delivery result, hope that the next order will be delivered to the other party for completion.
Embodiments of the present invention further include: order information of order users arranged on the order display interface can be browsed and checked by system users. Or, the order information of the order users arranged on the order display interface can be browsed and viewed by the users in the same area of the system. Or, the order information of the order users arranged on the order display interface can be browsed and checked by the order users and the distribution users in the same area of the system. Or, the order information of the order users arranged on the order display interface can be browsed and checked by the distribution users in the same area of the system.
Embodiments of the present invention further include: the order delivery option is set, and the order user selects to send to the floor or to the gate in order setting as the delivery condition option. If the order user selects the option of sending to the floor or the gate and then issues the order, the system searches and screens whether at least one delivery user which can be sent to the floor or the gate exists according to the receiving address and the delivery condition required by the order user, if so, the invention further comprises a delivery service fee setting, wherein the delivery service fee setting is arranged at an order user terminal interface or at an order receiving merchant terminal interface or at a computer terminal of the system or a mobile terminal of the system.
The invention also includes an order rewards setting, the rewards option includes at least a rewards amount or a rewards point or a rewards item, the rewards setting is at an order user terminal interface or at a order receiving merchant terminal interface or at a computer terminal of the system or a mobile terminal of the system.
And paying the service fee and/or the appreciation to the delivery user after the delivery user completes the delivery confirmation.
The invention relates to a commodity distribution system, which is characterized in that: as shown in fig. 6, the first embodiment includes a delivery setting module 101, an order release module 102, and an order taking delivery module 103.
The distribution setting module 101 is configured to set a distribution user terminal address, where the distribution user sets at least an address of the distribution user as a distribution address, and the distribution user sets at least a merchant frequently visited by the distribution user or a merchant address near the distribution user address as a pickup address.
The order issuing module 102 is configured to initiate an order at a terminal interface of an order user, where the order information includes at least a pick-up address and a pick-up address, and issue at least one order to an order display interface for display, so that the delivery user can browse and view the order.
The order receiving and delivery module 103 is configured to browse and check, by a delivery user, the order display interface, whether there is an order with a delivery condition of the delivery user, and a delivery address that meets the delivery condition of the delivery user, if yes, click to receive an order, send order receiving information of the delivery user to an order user terminal and a merchant terminal of the commodity owner, confirm the delivery of the commodity order to a merchant at the delivery user to the merchant address, send the information of the picked goods to the order user, send the commodity to the order user at the delivery user address, send the commodity to the order user, click to confirm delivery, and complete delivery.
As shown in fig. 7, the second embodiment: the system comprises a distribution setting module, an order issuing module, an order receiving and distribution module, and a merchant order receiving module, wherein the merchant order receiving module is used for receiving orders sent by an order user to a merchant, preparing the goods and delivering the goods to the distribution user.
As shown in fig. 8, the third embodiment: the system comprises a distribution setting module, an order issuing module, a order receiving distribution module, a message interaction module and a social interaction module, wherein the message interaction module is used for mutual information and further social interaction between an order user and a distribution user.
As shown in fig. 9, the fourth embodiment: the order receiving and distributing system comprises a distribution setting module, an order release module, an order receiving and distributing module and a directional order module, wherein the order setting module, the order release module and the order receiving and distributing module are used for enabling an order user to release an order to a distribution user who has completed the order of the order user before, hope that the user receives the order again, and only the distribution user has authority to receive the order.
As shown in fig. 10, the fifth embodiment: the system comprises a distribution setting module, an order issuing module, a receipt distribution module, a service fee and/or a viewing module, and a service fee and/or viewing module, wherein the service fee and/or viewing module is used for paying the service fee and/or viewing to a distribution user after the distribution user completes distribution confirmation, and the service fee and/or viewing is arranged on an order user terminal interface or a receipt merchant terminal interface or a computer terminal of a system or a mobile terminal of the system.
As shown in fig. 11, the sixth embodiment: the system searches and screens whether at least one delivery user in the same area with the goods taking and/or delivering address of the order in the database according to the goods taking and receiving addresses in the order information, and if so, the system pushes the order meeting the address in an order display interface for the delivery user to browse and view.
The order information presented by the order presentation interface in the above embodiments is presented in a static manner or in a scrolling manner. In the embodiment shown in a static manner, the user may click on the sliding interface to view order information. In the embodiment shown in scrolling, 1-3 user information may be displayed in one interface window. 4-10 or even more user information may also be displayed in one interface window.
The user devices of the present invention include, but are not limited to, smart phones, tablet computers, PC computers, smart glasses, AR glasses, VR glasses, MR glasses.
The invention also includes, but is not limited to, servers, databases, cloud servers, cloud databases of the system. The software, computer program may be written or stored on a server, database, cloud server, cloud database of the system, and written or stored on the user terminal. The user is an order user, a distribution user or a merchant, and the operations of browsing on the terminal interface, sending a request, receiving the request, accessing and information interaction, setting of the user, and storing, inquiring and screening of data are realized through a system server and a database. These are all prior art to the internet and mobile internet and information technology and are not described in detail herein.
Applications of the present invention include, but are not limited to, malls, supermarkets, shopping centers, malls, restaurants, canteens, restaurant restaurants, understory, retail establishments, enterprises and institutions, government departments, office buildings, residential communities, residential buildings, schools, school canteens, student dormitories, courier sites, and the like.
The foregoing is merely a preferred embodiment of the present invention, and it should be noted that it will be apparent to those skilled in the art that variations and modifications can be made without departing from the spirit of the invention.

Claims (10)

1. A commodity distribution method, characterized in that:
the distribution user sets distribution information on a terminal interface of the distribution user, wherein the distribution information comprises a distributable address;
the order user initiates an order on a terminal interface of the order user, wherein the order information comprises a goods taking address and a goods receiving address;
or, the distribution user sets distribution information on a terminal interface of the distribution user, wherein the distribution information at least comprises a distributable address; the order user initiates an order at a terminal interface of the order user, the order information comprises a goods taking address, a goods receiving address and a delivery time, and the delivery time is set by the order user or is set by a receiving merchant or is obtained by integrating the setting time of the order user and the receiving merchant;
Or, the distribution user sets distribution information on a terminal interface of the distribution user, wherein the distribution information comprises a distributable address and distributable time; the order user initiates an order at a terminal interface of the order user, the order information comprises a goods taking address, a goods receiving address and a delivery time, and the delivery time is set by the order user or is set by a receiving merchant or is obtained by integrating the setting time of the order user and the receiving merchant;
the system searches and screens according to the order information of the order users and the distribution information of the distribution users, and issues at least one order to an order display interface for display, so that at least one distribution user can browse and view the order;
the delivery user browses and checks on the order display interface, whether the goods taking and receiving addresses meet the order of the delivery conditions of the delivery user or not is judged, and if yes, the order taking is clicked;
sending the order receiving information of the distribution user to an order user terminal and a merchant terminal of the order commodity;
the delivery user confirms commodity order pickup from the merchant to the merchant address, and the pickup information is sent to the order user;
and delivering the commodity to the order user by the delivery user according to the address of the order user, clicking to confirm delivery, and completing delivery.
2. The method of claim 1, wherein:
the distributable address of the distribution user specifically comprises the following steps: the delivery user sets the own address (or address area) and/or position location (or position area) as a deliverable address;
or, the distributable address setting of the distributing user is specifically: the delivery user sets the address (or address area) and/or the position location (or position area) of the delivery user as a deliverable address, and the system sends at least one order user order meeting the delivery address to an order display interface for display according to the deliverable address (or address area) and/or the position location (or position area) of the delivery user so as to allow the delivery user to browse and view an order;
or, the distributable address setting of the distributing user is specifically: the delivery user sets the address (or address area) and/or the position location (or position area) of the delivery user as the deliverable address, the delivery user sets the address of the delivery user as the 1 st deliverable address, the address with the delivery requirement adjacent to the address of the delivery user as the 2 nd deliverable address, and the system sends at least one order user order to an order display interface to be sequentially arranged from top to bottom according to the weight sequence of the 1 st deliverable address and the 2 nd deliverable address for the delivery user to browse and view the order;
Or, the distributable address setting of the distributing user is specifically: the delivery user sets the address (or address area) and/or the position location (or position area) of the delivery user as the deliverable address, the delivery user sets the address of the delivery user as the 1 st deliverable address, the address adjacent to the address with the delivery requirement as the 2 nd deliverable address, the n < th > deliverable address is further set, when the delivery user sets the address of the delivery user as the 1 st deliverable address, the address adjacent to the delivery user as the 2 < nd > deliverable address, the adjacent address is further set as the n < th > deliverable address, and the system sequentially arranges orders meeting the addresses according to the 1 < st >, 2 < nd > … … < th > deliverable address from top to bottom in order display interface according to weight order, so that the delivery user can browse and check the order.
3. The method of claim 2, wherein:
the distributable address of the distribution user specifically comprises the following steps: the system also comprises a delivery user available goods taking address, wherein the delivery user sets a commercial tenant address (or address area) and/or position location (or position location area) which is frequently frequented by the delivery user or nearby the commercial tenant address as a goods taking address, and the system pushes or preferentially pushes at least one order which accords with the goods taking address in front of an order display interface according to the goods taking address of the delivery user for the delivery user to browse and view;
Or, the distributable address of the distributing user specifically comprises: the system sequentially arranges orders conforming to the addresses on an order display interface from top to bottom according to the weight sequence of the 1 st goods taking address and the 2 nd goods taking address, or sequentially arranges the orders closest to the goods taking address on the order display interface according to the weight sequence according to the current position positioning priority of the delivery user, wherein the delivery user sets one of the frequently-removed commercial addresses as the 1 st goods taking address and the other frequently-removed commercial address as the 2 nd goods taking address;
or, the distributable address of the distributing user specifically comprises: the system is characterized by further comprising a delivery user available goods taking address setting, wherein the delivery user sets a frequent merchant or a merchant address and/or position location nearby the self address as a goods taking address, the delivery user sets a frequent merchant address as a 1 st goods taking address, sets a frequent other merchant address as a 2 nd goods taking address, further sets an nth goods taking address, and the system sequentially arranges orders meeting the addresses according to the 1 st and 2 … … nth goods taking addresses from top to bottom on an order display interface according to a weight sequence, or the system preferentially arranges orders with the nearest goods taking address on the order display interface according to the current position location of the delivery user in sequence according to the weight sequence if the orders with the nearest goods taking address are arranged on the rest of the order display interface in front, so that the delivery user can browse and check orders.
4. The method of claim 1, wherein:
the system searches and screens the geographic position of the user in the database according to the goods taking and/or delivering addresses in the order information, searches and screens whether the delivery user in the same area with the goods taking and/or delivering addresses of the order exists according to the geographic position, and if so, sends at least one order user order meeting the conditions to an order display interface for display, so that the delivery user can browse and check the order.
5. The method of claim 1, wherein:
the order information of at least one order user arranged on the order display interface comprises the head portraits and nicknames of the order users, or comprises the head portraits, nicknames and contents of the order users, wherein the contents at least comprise one of characters, pictures and videos;
or, in the order information of at least one order user arranged on the order display interface, the head portrait and the nickname of the order user are included, or the head portrait, the nickname and the content of the order user are also included, the content at least comprises one of characters, pictures and videos, and a message interface or window is also included, the distribution user clicks the head portrait of the order user, and pops up the message interface or window to realize mutual messaging;
Or, the order information of at least one order user arranged on the order display interface comprises the head portrait and the nickname of the order user, or further comprises the head portrait, the nickname and the content of the order user, wherein the content at least comprises one of characters, pictures and videos, and further comprises a message interface or window, the distribution user clicks the head portrait of the order user, pops up the message interface or window to realize mutual messaging, and further comprises a friend adding application button, clicks a friend adding applicable button, and the opponent can become friends after passing through the button and enter a friend list.
6. The method of any one of claims 1-5, wherein:
the method also comprises a directional order, wherein the directional order is an order issued by an order user to a delivery user who has completed the order of the order user before, the user hopes to take the order again, and only the delivery user has authority to take the order;
or, the system also comprises a directional order, wherein the directional order is an order issued by an order user to a delivery user who has completed the order of the order user, the user hopes to take the order again, only the delivery user has permission to take the order, and other users can see the order in an order display interface of the terminal.
7. The method of any one of claims 1-5, wherein:
order information of order users arranged on the order display interface can be browsed and checked by system users;
or, the order information of the order users arranged on the order display interface can be browsed and checked by the users in the same area of the system;
or, the order information of the order users arranged on the order display interface can be browsed and checked by the order users and the distribution users in the same area of the system;
or, the order information of the order users arranged on the order display interface can be browsed and checked by the distribution users in the same area of the system.
8. The method of any one of claims 1-5, wherein:
the method also comprises the steps of setting an order distribution option, wherein an order user selects to send to a floor or to a gate in order setting as a distribution condition option;
if the order user selects the option of sending to the floor or the gate and then issues the order, the system searches and screens whether at least one delivery user which can be sent to the floor or the gate exists according to the receiving address and the delivery condition required by the order user;
and if so, sending the order information of the order users to a terminal order interface of the at least one distribution user for the distribution user to check an order.
9. The method of any one of claims 1-5, wherein:
the system also comprises a delivery service fee setting, wherein the delivery service fee setting is arranged on an order user terminal interface or an order receiving merchant terminal interface or a computer terminal of the system or a mobile terminal of the system;
and/or, further comprising an order rewarding setting, the rewarding option comprising a rewarding amount or a rewarding point or at least a rewarding amount in the rewarding item, the rewarding setting being at an order user terminal interface or at a order receiving merchant terminal interface or at a computer terminal of the system or at a mobile terminal of the system;
and paying the service fee and/or the appreciation to the delivery user after the delivery user completes the delivery confirmation.
10. A merchandise distribution system, characterized by:
the system comprises an order issuing module, an order receiving and distributing module and a distributing and setting module;
the order release module is used for initiating an order by an order user on a terminal interface of the order release module, wherein the order information at least comprises a goods taking address and a goods receiving address, and at least one order is released to an order display interface for display and is used for a delivery user to browse and view;
the order receiving and delivery module is used for browsing and checking whether the delivery user has an order with goods taking and receiving addresses meeting the delivery conditions of the delivery user on the order display interface, if so, clicking the order receiving, sending the order receiving information of the delivery user to the order user terminal and the merchant terminal of the goods owner, confirming goods taking of the goods order to the merchant when the delivery user arrives at the merchant address, sending the goods taking information to the order user, delivering the goods to the order user address, delivering the goods to the order user, clicking to confirm delivery, and completing delivery;
The distribution setting module is used for setting the address of the distribution user terminal, the distribution user at least sets the address of the distribution user as a distribution address, and the distribution user at least sets the address of a merchant frequently going by the distribution user or the address of a merchant nearby the address of the distribution user as a goods taking address;
or, the system comprises an order release module, an order receiving and delivery module, a delivery setting module and a merchant order receiving module, wherein the merchant order receiving module is used for receiving an order sent by an order user to a merchant, preparing a commodity and delivering the commodity to a delivery user;
or, the system comprises an order release module, an order receiving and delivery module, a delivery setting module, a message interaction module and a message interaction module, wherein the message interaction module is used for mutual messaging and further social interaction between an order user and a delivery user;
or, the system comprises an order release module, an order receiving and delivery module and a delivery setting module, and also comprises a directional order module, wherein the directional order module is used for an order user to release an order to a delivery user who has completed the order of the order user before, hopes the user to receive the order again, and only the delivery user has authority to receive the order;
or, the system comprises an order release module, a receipt delivery module and a delivery setting module, and further comprises a service fee and/or a reward module, wherein the service fee and/or the reward module is used for paying the delivery user after the delivery user completes delivery confirmation, and the service fee and/or the reward is set at an order user terminal interface or at a receipt merchant terminal interface or at a computer terminal of a system or a mobile terminal of the system;
Or, the system searches and screens whether at least one delivery user in the same area with the goods taking and/or delivering address of the order in the database according to the goods taking and receiving addresses in the order information, and if so, the system pushes the order meeting the address in an order display interface for the delivery user to browse and view.
CN202210459650.7A 2022-04-28 2022-04-28 Commodity distribution method and system thereof Pending CN117035575A (en)

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CN202210459650.7A CN117035575A (en) 2022-04-28 2022-04-28 Commodity distribution method and system thereof

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Application Number Priority Date Filing Date Title
CN202210459650.7A CN117035575A (en) 2022-04-28 2022-04-28 Commodity distribution method and system thereof

Publications (1)

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