TWI687883B - Rapid ordering method and shopping platform server for online shopping - Google Patents

Abstract

The present invention discloses a shopping platform server for online shopping, which is communicated with a portable electronic device by internet. The shopping platform server counts a plurality of consumption record data. When the shopping platform server determines a repurchase frequency of a particular goods bought by a particular consumer is greater than a preset value, the shopping platform server adds a distribution message to a shopping list of the particular consumer. The distribution message includes the content of delivering an electronic tag corresponding to the particular goods to the particular consumer. When the shopping platform server receives a user data corresponding to the particular user and an identity code by a tag sensing module senses the electronic tag from the portable electronic device, the shopping platform server gains a predetermined goods data according to the identity code, and the shopping platform server sets up an order according to the user data and the predetermined goods data.

Description

Quick order method for online shopping and shopping platform server

The invention relates to a method for ordering items and a shopping platform server applying the method, in particular to a method for quickly ordering items and a shopping platform server applying the method.

The rapid development of communications and Internet-related industries has also driven the vigorous development of e-commerce, especially online shopping platforms, which are frequently used by consumers. In the past, consumers mainly bought less common and more difficult-to-obtain items through online shopping platforms. Now, with the acceleration of life, some people are too busy to buy daily necessities in stores or other physical stores, so there is a demand to order daily necessities on online shopping platforms. Or, there are more concessions for purchasing a large number of supplies at a time, but for consumers who need to use transportation to transport items, or elderly people who are old, even if there are more concessions, it hinders the difficulty of transportation. Can only give up. Online shopping and logistics delivery can solve the problem of handling, which is one of the reasons why more and more consumers use online shopping to order daily necessities.

For frequently used daily necessities, there are also cases of repeated orders, that is, when the items are used up, they need to be restocked. Most consumers often use specific brands or models of daily necessities. However, obviously ordering the same thing, you must repeat to the online shopping platform, search for the item name, and then operate the same process to order the item. At present, although some online shopping platforms provide shopping history records for consumers' reference, they still need to check the history records by themselves, and then click the product to enter the shopping cart, and then checkout, the process is quite complicated, and there are improvements Necessary.

In view of the above problems, the main objective of the present invention is to provide a quick ordering method for online shopping, and a shopping platform server applying the quick ordering method, to sense electronic tags by a tag sensing module of a portable electronic device, Obtaining an identification code corresponding to the electronic tag enables the server of the shopping platform to obtain predetermined commodity information according to the identification code and establish an order to solve the problem that the conventional online shopping method cannot provide consumers with an order quickly.

To achieve the above objective, the present invention provides a quick ordering method for online shopping, which is applied to a shopping platform server and a portable electronic device. The portable electronic device includes a label sensing module. The quick ordering method for online shopping includes the following steps: the shopping platform server counts at least one consumer's plural consumption record data to obtain the repurchase frequency of at least one product purchased by each consumer; when the shopping platform server determines one When the repurchase frequency of a specific consumer to purchase a specific product is greater than a preset value, the shopping platform server automatically adds a delivery message corresponding to an electronic tag of the specific product to a shopping list of the specific consumer. The delivery message includes Distribute electronic tags to specific consumers; the portable electronic device executes a shopping application and communicates with the shopping platform server; the tag sensing module of the portable electronic device senses the electronic tag to obtain the corresponding electronic tag An identification code; the portable electronic device sends a user data corresponding to a specific consumer and an identification code corresponding to an electronic tag to the shopping platform server; the shopping platform server obtains a predetermined commodity information according to the identification code; the shopping platform The server generates a merchandise ordering data based on the user data and the scheduled merchandise data and sends it to the portable electronic device; the portable electronic device sends a confirmation order information to the shopping platform server; and the shopping platform server receives the confirmation order information , And set up an order information based on the product order information.

In order to achieve the above object, the present invention also provides a shopping platform server, which is connected to a portable electronic device via a network. The portable electronic device includes a label sensing module. The shopping platform server includes a memory module, a processing module and a transmission module, which are coupled to each other. The memory module includes a member consumption database and a tag database. The member consumption database stores at least one consumer's plural consumption record data. The tag database stores at least one identification code corresponding to at least one electronic tag and the corresponding identification code One booked commodity information. The processing module counts the consumption record data of each consumer to obtain the repurchase frequency of at least one product purchased by each consumer. When the processing module determines that the repurchase frequency of a specific consumer purchasing a specific product is greater than one At the default value, a delivery message corresponding to an electronic tag of a specific product is automatically added to a shopping list of a specific consumer. The delivery message includes the content of delivering the electronic tag to a specific consumer. When the transmission module receives a user data corresponding to a specific consumer from the portable electronic device and the identification code obtained by sensing the electronic tag by the tag sensing module of the portable electronic device, the processing module self-tags the tag according to the identification code The database obtains the predetermined commodity data, the processing module generates a commodity order data based on the user data and the predetermined commodity data, and the processing module controls the transmission module to transmit the commodity order data to the portable electronic device. When the transmission module receives a confirmed order information from the portable electronic device, the processing module establishes an order data based on the product order data.

In an embodiment of the invention, the predetermined commodity information includes a commodity name, a purchase quantity, and/or a commodity specification.

In one embodiment of the present invention, the transmission module of the shopping platform server transmits merchandise ordering data and an option interface to the portable electronic device. The option interface includes a quantity field and/or a specification field. The portable electronic device executes the shopping application program, generates an order demand data according to at least one operated content according to the option interface, and sends it to the shopping platform server. The transmission module of the shopping platform server receives the order demand data, the processing module of the shopping platform server modifies the commodity order data according to the order demand data, the processing module and controls the transmission module to send the modified commodity order data to the portable electronic Device.

In an embodiment of the invention, the processing module of the shopping platform server provides an electronic label setting interface for the specific consumer holding the electronic label to operate, the electronic label setting interface includes a product name field, and a Purchase quantity field, and/or a product specification field. According to at least one operated content of the electronic tag setting interface, an electronic tag change data is generated, and the portable electronic device transmits the electronic tag change data to the shopping platform server. The transmission module of the shopping platform server receives the electronic tag change data from the portable electronic device, and the processing module of the shopping platform server modifies the predetermined commodity data corresponding to the identification code according to the electronic tag change data.

In one embodiment of the present invention, after a predetermined time, the processing module of the shopping platform server controls the transmission module to send a replenishment message to the portable electronic device.

In an embodiment of the invention, the tag sensing module of the portable electronic device includes a near field communication sensing module, a radio frequency identification sensing module, or a barcode recognition module.

To achieve the above objective, the present invention also provides a quick ordering method for online shopping, which is applied to a shopping platform server and a portable electronic device. The portable electronic device includes a label sensing module. The quick ordering method for online shopping includes the following steps: the shopping platform server counts at least one consumer's plural consumption record data to obtain the repurchase frequency of at least one product purchased by each consumer; when the shopping platform server determines one When the repurchase frequency of a specific consumer to purchase a specific product is greater than a preset value, the shopping platform server automatically adds a delivery message corresponding to an electronic tag of a specific product to a shopping list of the specific consumer. The delivery message includes the electronic The content of the label delivered to specific consumers; the portable electronic device executes a shopping application and communicates with the shopping platform server; the label sensing module of the portable electronic device senses the electronic label to obtain one corresponding to the electronic label Identification code; the portable electronic device sends a user data corresponding to a specific consumer and an identification code corresponding to the electronic tag to the shopping platform server; the shopping platform server obtains a predetermined product information according to the identification code; and the shopping platform server The device establishes an order data based on the user data and the predetermined product data.

In order to achieve the above object, the present invention also provides a shopping platform server that communicates with a portable electronic device via a network. The portable electronic device includes a label sensing module. The shopping platform server includes a memory module, a processing module and a transmission module, which are coupled to each other. The memory module includes a member consumption database and a tag database. The member consumption database stores at least one consumer's plural consumption record data. The tag database stores an identification code corresponding to at least one electronic tag and predetermined commodity information corresponding to the identification code. The processing module counts the consumption record data of each consumer to obtain the repurchase frequency of at least one commodity purchased by each consumer. When the processing module judges that the repurchase frequency of a specific consumer to purchase a specific product is greater than a preset value, it automatically adds a delivery message corresponding to an electronic tag of the specific product to a shopping list of the specific consumer. Contains content that distributes electronic tags to specific consumers. When the transmission module receives a user data corresponding to a specific consumer from the portable electronic device and the identification code obtained by sensing the electronic tag by the tag sensing module of the portable electronic device, the processing module self-tags the tag according to the identification code The database obtains the predetermined commodity information, and establishes an order data based on the user information and the predetermined commodity information.

In one embodiment of the present invention, the predetermined commodity information includes a commodity name, a purchase quantity, and/or a commodity specification.

In one embodiment of the present invention, the processing module of the shopping platform server provides an electronic tag setting interface for specific consumers who hold the electronic tag. The electronic tag setting interface includes a product name field and a purchase quantity field Position, and/or a product specification field. According to at least one operated content of the electronic tag setting interface, an electronic tag change data is generated. The portable electronic device sends the electronic tag change data to the shopping platform server. The transmission module of the shopping platform server receives the electronic tag change data, and the processing module of the shopping platform server modifies the predetermined commodity data corresponding to the identification code according to the electronic tag change data.

In an embodiment of the invention, after a predetermined time, the processing module of the shopping platform server controls the transmission module to send a replenishment message to the portable electronic device.

In an embodiment of the invention, the tag sensing module of the portable electronic device includes a near field communication sensing module, or a barcode recognition module.

As mentioned above, according to the fast ordering method of online shopping of the present invention, and the shopping platform server applying the fast ordering method, the shopping platform server can count the consumer's plural consumption record data to obtain the repurchase frequency of each commodity And, based on the repurchase frequency evaluation, provide electronic tags to specific consumers for the electronic tags corresponding to specific commodities. The specific consumer can obtain an identification code by sensing the electronic tag through the tag sensing module of the portable electronic device, and send the user data and the identification code to the shopping platform server, so that the shopping platform server can use the identification code Obtain scheduled product information. The shopping platform server then sets up order data based on user information and scheduled product information to achieve the effect of quick ordering. Or, the shopping platform server can generate a product ordering data based on the user information and the predetermined product information, and send it to the portable electronic device for the user to confirm. After the confirmation, the confirmation information is sent to the shopping platform server through the portable electronic device, and the order data can be established. For users, after sensing the electronic tag, they can confirm the order information of the goods, and can complete the order without entering the contents of the goods themselves, which is also very fast and convenient.

In addition, the shopping platform server can also provide an electronic label setting interface and specific consumer operations holding the electronic label. To enable a specific consumer to modify the product name, purchase quantity, or product specifications corresponding to the electronic tag to generate an electronic tag change data and send it to the shopping platform server. The shopping platform server can modify the predetermined commodity data corresponding to the identification code according to the electronic tag change data, thereby achieving the purpose of modifying the predetermined commodity data corresponding to the electronic tag. In other words, the user can modify the predetermined commodity data corresponding to the electronic tag to change the merchandise, the quantity purchased, or the specification, etc. that are quickly ordered using the electronic tag.

In order to enable your reviewing committee to better understand the technical content of the present invention, the preferred specific embodiments are described below.

FIG. 1 is a schematic diagram of an application environment of a shopping platform server and a portable electronic device according to an embodiment of the present invention, as shown in FIG. 1. First, the shopping platform server 1 of this embodiment is a server for providing an online shopping platform, which includes a memory module 11, a processing module 12, and a transmission module 13, and between the modules Coupling with each other. In addition, the portable electronic device 2 includes a label sensing module 21, a processing module 22, a memory module 23 and a transmission module 24, and the modules are also coupled to each other. Wherein, the shopping platform server 1 and the portable electronic device 2 jointly execute the quick order method for online shopping (hereinafter referred to as the quick order method) of this embodiment, as shown in FIG. 2. Among them, the part (method steps) executed by the shopping platform server 1 is stored in the memory module 11, the part executed by the portable electronic device 2 is stored in the memory module 23, and the memory module 11 and the memory The module 23 may be a fixed or removable non-transitory computer-readable storage medium, including but not limited to random access memory (random access memory (RAM), read-only memory, ROM), flash memory, optical disc, or other similar components, or a combination of the above components.

In addition, the processing module 12 of the shopping platform server 1 and the processing module 22 of the portable electronic device 2 respectively execute the quick ordering method of this embodiment. The processing module 12 and the processing module 22 may be, for example but not limited to, one or more central processing units (central processing unit, CPU), microcontroller (micro control unit, MCU), digital signal processor (digital signal processor) , DSP), or other electronic components or integrated circuits (ICs) with signal processing, logic operations, and electronic device control capabilities, to perform the quick ordering method shown in Figure 2. FIG. 2 is a flow chart of the steps of the quick order method for online shopping according to the first embodiment of the present invention. Please refer to FIGS. 1 and 2 to understand the present invention.

In addition, the transmission module 13 of the shopping platform server 1 and the transmission module 24 of the portable electronic device 2 may be, for example but not limited to, Ethernet modules, 3G network modules, Wi-Fi wireless areas Network module, 4G LTE network module, or other wired or wireless network modules available for communication, so that the shopping platform server 1 and the portable electronic device 2 can be transmitted through the transmission module 13 The module 24 performs data transmission.

Step S01: The shopping platform server 1 counts the plural consumption record data of at least one consumer to obtain the repurchase frequency of at least one product purchased by each consumer.

Consumers can use the computer, portable electronic device 2 or other electronic devices with communication functions to shop online at the shopping platform interface provided by the shopping platform server 1. Before shopping, the basic information of the member (consumer) needs to be registered and stored in the memory module 11 of the shopping platform server 1, and the subsequent consumption record data will also be stored in the memory module 11. In this embodiment, the memory module 11 includes a member basic database 111 and a member consumption database 112, that is, the memory module 11 is a non-transitory computer-readable storage medium, and its storage can be divided The space serves as a member basic database 111 and a member consumption database 112 to store the consumer's basic information and consumption record data, respectively.

For example, the member basic database 111 can store basic information such as contact numbers, payment methods, and mailing addresses of various consumers, and the member consumption database 112 stores the consumption record data of each consumer. Most consumers may have more than one shopping experience, that is, a consumer's member login account can correspond to multiple consumption records. Each piece of consumption record data may include items such as product name, product specifications (size, or color), or date of purchase.

In this embodiment, the processing module 12 can count all (plural) consumption record data of each consumer to obtain cumulative consumption record data of the plural commodities purchased by each consumer, as shown in FIG. 3, FIG. 3 is a schematic diagram of accumulated consumption record data of a plurality of consumers’ commodities counted by the processing module shown in FIG. 1. For example, the processing module 12 counts all consumption record data of a specific consumer C (hereinafter described as a consumer with member login account A001) to obtain the cumulative purchases corresponding to each commodity (the same commodity with the same specification) Items such as quantity, common purchase quantity, cumulative consumption times, average repurchase time, etc. Among them, "cumulative consumption times" refers to the total consumption times of the same product with the same specifications. The more times, the more frequently the product is repurchased. "Average repurchase time" is the average value of the time interval between two adjacent purchases of the same product of the same specification, for example, a specific consumer C on January 1, April 2, July 1, October 3 All have a record of buying brand A soft essence (0.5 L), and the processing module 12 can calculate and obtain the "average repurchase time" for a specific consumer C corresponding to brand A soft essence (0.5 L) of 3 months. The smaller the "average repurchase time", the more frequently the product is repurchased.

In this embodiment, the "repurchase frequency" can be the number of repurchase of a product, the interval time of repurchasing the product, so it can be evaluated based on the "cumulative consumption times" and/or "average repurchase time" "Repurchase Frequency". If the "repurchase frequency" of a product is higher, it means that consumers buy back the product more frequently. In one embodiment, the "repurchase frequency" can be defined as the cumulative number of consumptions. For example, the cumulative consumption of the purchase of brand A detergent (1L) by a particular consumer C shown in FIG. 3 is 10, and the corresponding "rebate "Purchase frequency" can be 10. In one embodiment, the "repurchase frequency" can also be defined as the reciprocal of the "average repurchase time". For example, the average repurchase time for a specific consumer C purchasing brand A detergent (1L) as shown in FIG. 3 is 2. Monthly, the corresponding "repurchase frequency" can be 0.5. In one embodiment, the "repurchase frequency" can also be defined in points, while evaluating the "cumulative consumption times" and "average repurchase time". For example, the cumulative consumption times can be defined in intervals of 5 times, the score of 0 to 5 times is 1, the score of 6 to 10 times is 2, and so on; the score of the average repurchase time of 1 month is defined as 5, 2 The score of 4 months, the score of 3 months is 3, ..., and the score of 6 months or more is 0. For example, the specific consumer C shown in Figure 3 purchases brand A laundry detergent (1L) with a cumulative consumption of 10 times (score of 2) and an average repurchase time of 2 months (score of 4), which corresponds to " "Repurchase frequency" can be 6. Of course, the "repurchase frequency" can also be evaluated in other ways, as long as it meets the definition that the higher the "repurchase frequency" indicates that the consumer repurchases the product more frequently, the invention is not limited to the above example. It should also be noted that the content of each item of the cumulative consumption record data listed in FIG. 3 is only an illustration, and may also include other items, as long as it covers items that can infer the frequency of repurchase, and the present invention is not limited.

Step S02: When the shopping platform server 1 determines that a specific consumer C buys a specific product with a repurchase frequency greater than a preset value, it automatically adds an electronic item corresponding to the specific product to a shopping list of the specific consumer C A delivery message for label 3.

The processing module 12 calculates the repurchase frequency of each commodity according to the accumulated consumption record data and/or the average repurchase time, and then further determines whether the repurchase frequency is greater than a preset value. If the repurchase frequency is greater than a preset value, it means that consumers frequently repurchase the same product, and there is a demand for quick ordering through the electronic tag 3 of this embodiment. In this embodiment, for example, to satisfy the condition that the "cumulative consumption count" is greater than 5 times and/or the "average repurchase time" is less than 6 months, it is evaluated as a product that is frequently repurchased by a specific consumer C. Figure 3 illustrates this further as an example.

In an embodiment where "repurchase frequency" is defined as the cumulative number of consumptions, the preset value may be set to 5. Among them, the repurchase frequency (cumulative consumption number) of brand A laundry detergent (1 L) is greater than 5, indicating that a particular consumer C often purchases brand A detergent (1 L), and it is highly likely to be renewed in the future. Further, the processing module 12 can automatically add a delivery message of the electronic tag 3 corresponding to the specific product (ie, brand A laundry detergent with a capacity of 1 L) to a shopping list of the specific consumer C. Among them, the delivery message includes the content of delivering the electronic tag 3 to a specific consumer C, and when the processing module 12 establishes a shopping list, data such as the shipping address of the specific consumer C can be obtained from the member basic database 111, together with the delivery The message is sent to a logistics system. When the specific consumer C makes the next purchase, the logistics system can distribute the electronic tag 3 to the specific consumer C at the same time, so that the specific consumer C can use the electronic tag 3 to achieve the effect of quick ordering, which will be further described in the subsequent steps.

In addition, in the embodiment where the "repurchase frequency" is defined as the reciprocal of the average repurchase time, the preset value can be set to 0.2, and the repurchase frequency of the brand A detergent (1 L) (the reciprocal of the average repurchase time) Is 0.5, the repurchase frequency of brand A soft essence (0.5 L) is 0.33, both are greater than 0.2. In the embodiment where "repurchase frequency" is defined as evaluating the cumulative consumption times and average repurchase time in points, the preset value can be set to 2, and the repurchase frequency (points) of brand A laundry detergent (1 L) ) Is 6, and the algorithm of the points 6 is: accumulating 10 times of consumption to get points 2, and the average repurchase time of 2 months to get points 4. The repurchase frequency of brand A soft essence (0.5 L) has a score of 4, and the algorithm of the score 4 is: the cumulative number of consumption 4 times is 1 and the average repurchase time is 3. Both the points of the repurchase frequency of the brand A laundry detergent (1 L) and the points of the repurchase frequency of the brand A soft detergent (0.5 L) are both greater than 2. In these two embodiments, the processing module 12 determines that the specific consumer C often purchases the brand A laundry detergent (1 L) and the brand A soft essence (0.5 L), which can be automatically added to a shopping list of the specific consumer C Corresponding to the delivery information of the two electronic tags 3 of the specific product (1L capacity A brand detergent and 0.5L capacity A brand soft detergent). For other details, please refer to the foregoing, which will not be repeated here.

Step S03: The shopping platform server 1 generates an identification code according to the consumption record data corresponding to the specific product and stores it in the electronic tag 3.

Before distributing the electronic label 3, for specific commodities with a high repurchase rate, the following takes the brand A detergent (1 L) as an example, the processing module 12 can be based on the consumption record data corresponding to the brand A detergent (1 L) Generate an identification code, and store the identification code and some items of the corresponding consumption record data (such as product name and specifications for items that can be quickly placed in the order, referred to as predetermined product information in this embodiment) in the memory model Label database 113 for group 11. In other words, the memory module 11 of this embodiment further includes a tag database 113 for storing identification codes and corresponding predetermined commodity data, as shown in FIG. 4, and FIG. 4 is the tag database shown in FIG. 1 Schematic diagram of the stored ID list. It should be noted that the items of the predetermined product information are pre-set by the shopping platform server 1 according to the information required to establish the order, such as the product name and its specifications (such as size, capacity, color, etc.). Preferably, it can be further defined as the "purchased quantity" of the predetermined commodity information according to the "commonly purchased quantity" in the consumption record data.

Next, the shopping platform server 1 stores the identification code, "ab12ef328" as shown in FIG. 4, on an electronic tag 3, making it the electronic tag 3 corresponding to the brand A laundry detergent (1 L). Preferably, the appearance of the electronic label 3 can be printed with a pattern of the specific product (brand A laundry detergent), so that the specific consumer C who receives the electronic label 3 can be identified later. Subsequently (step S05), the portable electronic device 2 can sense the electronic tag 3 through the tag sensing module 21 to obtain the identification code.

In short, taking the consumption record data of a specific consumer C as an example, the processing module 12 will first obtain the repurchase frequency of each commodity and compare the repurchase frequency with a preset value to filter out the repurchase frequency Higher specific products, such as brand A laundry detergent (1 L). Then, the processing module 12 can generate the identification code "ab12ef328" corresponding to the brand A laundry detergent (1 L) and store it in the electronic tag 3, and automatically add the electronic tag 3 to a shopping list of the specific consumer C Distribute the message and send it to the logistics system.

For example, when a specific consumer C repurchases a brand A detergent (1 L), the electronic label 3 (with the identification code "ab12ef328") can be marked as a gift and distributed to the specific consumer C together with the detergent . The specific consumer C may place the electronic label 3 in a frequently used area, such as a washing machine or a cabinet with laundry detergent. When the laundry detergent is nearly used up, the specific consumer C can operate the portable electronic device 2 to sense the electronic tag 3 to directly order the laundry detergent, so as to achieve the effect of prompt replenishment. Regarding other processes of quick order, it will be further explained in the following steps.

Step S04: the portable electronic device 2 executes a shopping application and communicates with the shopping platform server 1.

In this embodiment, the portable electronic device 2 takes a smart phone as an example, and can download the provided shopping platform application (Application, App, hereinafter referred to as shopping application) from the shopping platform server 1, It covers the steps and methods performed by the portable electronic device 2 shown in FIG. 2 and is stored in the memory module 23. The processing module 22 executes the shopping application program so that the specific consumer C can operate the interface of the shopping platform through the portable electronic device 2.

In an embodiment, the specific consumer C can also hold the received electronic tag 3 and be close to the portable electronic device 2 so that the tag sensing module 21 senses the electronic tag 3 to open the shopping application. That is, the tag sensing module 21 transmits the sensing signal to the processing module 22, so that the processing module 22 executes the shopping application. In other embodiments, the specific consumer C may also directly click on the icon of the shopping application, so that the processing module 22 executes the shopping application. In another embodiment, if the portable electronic device 2 does not store the shopping application first, that is, the shopping application has not been downloaded to the portable electronic device 2, and the specific consumer C directly operates the portable electronic device 2. In the case of sensing the electronic tag 3, when the tag sensing module 21 senses the electronic tag 3, the processing module 22 can execute an application of an application store (that is, an app that can download various applications), and display shopping in this embodiment The download interface of the application program to guide the specific consumer C to download the shopping application program.

The processing module 22 executes the shopping application program and communicates with the transmission module 13 of the shopping platform server 1 through the transmission module 24 for data transmission, such as transmitting the identification code of the electronic tag 3 and the like. In this embodiment, the data transmission method between the shopping platform server 1 and the portable electronic device 2 is different according to the hardware architecture of the mutual cooperation. Specifically, it can be 3G, Wi-Fi or 4G LTE transmission technology is realized.

Step S05: The tag sensing module 21 of the portable electronic device 2 senses the electronic tag 3 and obtains the identification code corresponding to the electronic tag 3.

As mentioned above, when the brand A laundry detergent is almost used up, the specific consumer C can operate the portable electronic device 2 to sense the electronic tag 3 to order the merchandise again. The electronic tag 3 in this embodiment may be, for example but not limited to, Near Field Communication (NFC) tag, Radio Frequency Identification (RFID) tag, or two-dimensional barcode (QR code). Correspondingly, the tag sensing module 21 can be a near-field communication sensing module, a radio frequency identification sensing module, or a barcode recognition module to read the identification codes of different types of electronic tags 3 respectively. The electronic tag 3 in this embodiment takes a near field communication (NFC) tag as an example. Correspondingly, the tag sensing module 21 takes a near field communication sensing module as an example. Specifically, both the NFC electronic tag 3 and the tag induction module 21 have induction coils. When the electronic tag 3 and the tag induction module 21 are close to each other, the tag induction module 21 can sense the change of the magnetic field and interact with the electronic tag 3 Perform data transmission to obtain the identification code (such as ab12ef328 mentioned above).

If in step S04, the specific consumer C directly senses the electronic label 3 with the label sensing module 21 of the portable electronic device 2 without starting the shopping application, except the processing module 22 executes the shopping application, the label The sensing module 21 also obtains the identification code of the electronic tag 3 at the same time. In addition, if in step S04, the specific consumer C first opens the shopping application, the processing module 22 first detects and turns on the function of the label sensor module 21, and causes the screen to display a sensor label interface, or prompt message, In order to guide the specific consumer C to use the portable electronic device 2 to sense the electronic tag 3, so that the tag sensing module 21 can obtain the identification code of the electronic tag 3.

Step S06: The portable electronic device 2 transmits a user data corresponding to the specific consumer C and an identification code corresponding to the electronic tag 3 to the shopping platform server 1.

Then, the portable electronic device 2 transmits the user data of the specific consumer C and the identification code “ab12ef328” of the electronic tag 3 to the shopping platform server 1 through the transmission module 24. The user data may be the mobile phone number of the specific consumer C, the member login account logged in on the shopping platform, or other data that can represent the identity of the specific consumer C. Preferably, after the tag sensing module 21 senses the electronic tag 3 and obtains the identification code of the electronic tag 3, the transmission module 24 can send the identification code and user data to the shopping platform server 1 for specific consumption The user C does not need to operate other actions, thereby simplifying the complicated operation process of the general order items.

Step S07: The shopping platform server 1 receives the user data and the identification code corresponding to the electronic tag 3, and obtains a predetermined commodity data according to the identification code.

The shopping platform server 1 receives the identification code corresponding to the electronic tag 3 and the user data of the specific consumer C from the portable electronic device 2 through the transmission module 13 and transmits it to the processing module 12. The processing module 12 can obtain corresponding predetermined commodity data from the tag database 113 according to the identification code.

As described in step S03, corresponding to the identification code of the electronic tag 3, the corresponding predetermined product information is preset by the shopping platform server 1, as shown in FIG. 4 the product name, specifications (can be capacity, size, Or color, etc.), and the quantity purchased, and stored in the label database 113. After the processing module 12 receives the identification code, it can then obtain predetermined product information from the tag database 113 according to the identification code, such as the specific consumer of the brand A corresponding to the identification code "ab12ef328", capacity 1 L, quantity 5 bottles, etc. C. The product information to be purchased.

Step S08: The shopping platform server 1 generates a product ordering data according to the user information and the predetermined product information.

The member basic database 111 of this embodiment stores the basic data of a plurality of members, including user data (mobile phone number of a specific consumer C, the member account logged in on the shopping platform) and their corresponding shipping and payment data, For example, the mailing address and payment method, as shown in Figure 3. After the processing module 12 receives the user data through the transmission module 13, it can further obtain the distribution information, such as the mailing address and the recipient's name, from the member basic database 111 based on the user data. In other embodiments, it can also Contains information such as shipping time. The processing module 12 also generates a product ordering data based on the user data and the predetermined product data, which includes distribution information (eg, shipping address, recipient name), product name, specifications, purchase quantity, and other information.

Step S09: The shopping platform server 1 transmits the merchandise ordering data to the portable electronic device 2.

Next, the processing module 12 of the shopping platform server 1 controls the transmission module 13 to transmit the order information of the goods to the portable electronic device 2.

Step S10: The portable electronic device 2 receives the merchandise ordering data from the shopping platform server 1.

Please refer to FIG. 5. FIG. 5 is a schematic diagram showing the merchandise ordering data of step S10 in the portable electronic device shown in FIG. 1. The processing module 22 receives the merchandise order data through the transmission module 24 and displays the merchandise order data on the display screen of the portable electronic device 2 for the specific consumer C to confirm the merchandise content.

Step S11: The portable electronic device 2 sends an order confirmation message to the shopping platform server 1.

After the specific consumer C confirms that the order information of the goods is correct, after clicking the "confirm order" icon, the processing module 22 can transmit a confirmation order information to the shopping platform server 1 through the transmission module 24 to complete the order for replenishment program. Therefore, according to the quick ordering method of this embodiment, a specific consumer only needs to operate the portable electronic device 2 to sense the electronic tag 3, and after confirming the content of the ordered product, click the "confirm order" icon to complete the ordering process. For a specific consumer, after sensing the electronic tag 3, only one click (the "confirm order" icon) action is required to complete the order, which is very fast and convenient. If consumers need to modify the capacity, quantity, or mailing address, they can also click on the "modify" icon for subsequent operations. This is a common operation on general shopping platforms and will not be repeated here.

Step S12: The shopping platform server 1 receives the order confirmation information and establishes order data based on the product order data.

After the transmission module 13 of the shopping platform server 1 receives the order confirmation information, the processing module 12 can establish an order data based on the product order data. Subsequently, the logistics system will deliver the products (brand A detergent, capacity 1 L, quantity 5 bottles) to the delivery address of the specific consumer C according to the order data.

The above embodiment is based on the case where a specific consumer C performs replenishment (ordering) according to the previous order record. In other embodiments, the size (capacity) or quantity of goods selected by the consumer may also be provided. FIG. 6 is a schematic flowchart of the steps of a method for quickly ordering online shopping according to a second embodiment of the present invention. Since the hardware architecture and application environment of the shopping platform server 1 and the portable electronic device 2 are the same as the previous embodiment , So please refer to Figure 2 and Figure 6 at the same time. It should be noted that steps S01 to S08 and steps S11 to 12 of this embodiment are substantially the same as the first embodiment, so the reference numbers of the foregoing embodiments are used. However, the items of the predetermined commodity information defined in this embodiment may not include the purchase quantity and specifications, and are selected by the specific consumer C (step S093).

The main difference between this embodiment and the first embodiment lies in steps S09 and S10. Therefore, in this embodiment (FIG. 6), steps S091 to S094 and S101 correspond to steps S09 and S10 in the previous embodiment, which will be further described below.

Step S091: The shopping platform server 1 transmits the merchandise ordering data and an option interface 201 to the portable electronic device 2.

Step S092: The portable electronic device 2 receives the merchandise ordering information and the option interface 201 from the shopping platform server 1.

In this embodiment, the processing module 12 of the shopping platform server 1 controls the transmission module 13 to simultaneously transmit the merchandise ordering data and the option interface 201, that is, the option interface 201 may contain the content of the merchandise ordering data. In addition, the portable electronic device 2 executes the shopping application to present the option interface shown in FIG. 7 as shown in FIG. 7, and FIG. 7 is the portable electronic device shown in FIG. 1 presenting the merchandise ordering data and step S092 Schematic diagram of the option interface. Fig. 7 is a pull-down menu showing the option interface 201. The main function is to provide the specifications and quantity of products selected by a specific consumer C. Therefore, the option interface 201 includes a quantity field and a specification field, which can be capacity, size, Columns such as color, this example takes capacity as an example. In other embodiments, if the product does not need to select specifications (single size and style of clothing), the option interface 201 may only include the quantity field. Preferably, the option interface 201 can be preset as the content of the specific consumer C's previous consumption, that is, the content of the product ordering information, such as brand A detergent, capacity 1 L, quantity 5 bottles, so as to facilitate the specific consumer C You can choose according to the previous consumption habits.

Step S093: The portable electronic device 2 generates an order demand data according to at least one of the operated content of the option interface, and sends it to the shopping platform server 1.

A specific consumer C can select another size or purchase quantity by clicking the drop-down menu, and change the quantity to 2 bottles as an example. The processing module 22 can generate an order demand data according to the operated content of the option interface, for example, the capacity is 1 L and the quantity is 2 bottles. Then, the portable electronic device 2 transmits the order demand data to the shopping platform server 1 through the transmission module 24.

Step S094: The shopping platform server 1 receives the order demand data, modifies the product order data according to the order demand data, and transmits the modified product order data to the portable electronic device 2.

Next, the transmission module 13 of the shopping platform server 1 receives the order demand data from the portable electronic device 2, and the processing module 12 modifies the product order data according to the order demand data. For example, the original product ordering data is "A brand detergent, capacity 1 L, quantity 5 bottles", modified to "A brand detergent, capacity 1 L, quantity 2 bottles". Next, the processing module 12 controls the transmission module 13 to transmit the modified commodity ordering data to the portable electronic device 2.

Step S101: The portable electronic device 2 receives the modified commodity ordering data.

The description of this step can directly refer to step S10 and FIG. 5 of the foregoing embodiment (but the quantity is modified to 2). The processing module 22 receives the modified product ordering data and displays it on the display screen of the portable electronic device 2. After the specific consumer C confirms, he can click the "confirm order" icon to perform the subsequent steps S11 (specific consumer C completes the order) and step S12 (processing module 12 establishes the order), other details will not be repeated here .

After both the first embodiment and the second embodiment are induction electronic tags 3, the shopping platform server 1 will send the merchandise ordering data to the portable electronic device 2 for further confirmation by the consumer. In other embodiments (the third embodiment), an order can be directly established after the electronic tag 3 is sensed, and a better effect of quick ordering can be achieved. FIG. 8 is a flowchart of the steps of the quick order method for online shopping according to the third embodiment of the present invention. This method can also be applied to the shopping platform server 1 and the portable electronic device 2 shown in FIG. 2. Refer to Fig. 2 and Fig. 8.

Steps S01 to S07 of the third embodiment are the same as those of the first embodiment, so the above description can be directly referred to. In short, when the specific consumer C senses the electronic tag 3 with the portable electronic device 2 and obtains the identification code corresponding to the electronic tag 3 (step S05), it transmits the user data to the shopping platform server 1 (step S06). The processing module 12 receives the identification code, and then obtains predetermined commodity information from the tag database 113 according to the identification code (step S07). Then, step S081 is executed: the shopping platform server 1 establishes an order data based on the user information and the predetermined product information.

In this embodiment, the processing module 12 also obtains the delivery information from the member basic database 111 based on the user data, and establishes an order data according to the commodity name, specifications and purchase quantity of the predetermined commodity data. Similarly, the logistics system will then use the logistics system to distribute the goods to the shipping address of the specific consumer C. That is to say, the main difference between the third embodiment and the previous embodiment is that in the operation mode of the third embodiment, the consumer only needs to allow the portable electronic device 2 to sense the electronic label 3, and there is no need to confirm the ordering information again, shopping The platform server 1 and the portable electronic device 2 will complete the entire shopping process according to steps S01 to S081 in FIG. 8.

Preferably, the shopping platform provided by the shopping platform server 1 of the foregoing (first, second, and third) embodiments may further include a function of electronic tag setting, so that a specific consumer C can use a portable electronic device 2 Connect to the shopping platform server 1 to modify the predetermined commodity information corresponding to the identification code of the electronic tag 3. It should be noted that the step of setting the electronic tag does not necessarily have to be operated by the portable electronic device 2, but can also be executed on other electronic devices with communication functions, for example, it can also be connected to the shopping platform server through a desktop computer 1. To modify the current settings of the electronic tag 3. This embodiment is for convenience of description, so the portable electronic device 2 is still taken as an example. FIG. 9 is a flowchart of the steps of the electronic tag setting function of the fast ordering method for online shopping according to the present invention. Similarly, the method can also be applied to the shopping platform server 1 and portable electronic device 2 shown in FIG. , Please refer to Figure 2 and Figure 9 at the same time.

Step S20: The portable electronic device 2 transmits an electronic label reset signal to the shopping platform server 1 according to the click operation of an electronic label reset icon 202.

FIG. 10A is a schematic diagram of the electronic label reset icon of step S20 shown in FIG. 9, please refer to FIG. 10A for reference. In this embodiment, the electronic label reset icon 202 is displayed on the shopping list interface 203 as an example. Specifically, in addition to displaying the product name, the shopping list interface 203 may also be listed on the shopping list interface 203 if the electronic label 3 has been delivered to a specific consumer C, and the third column shown in FIG. 10A shows "electronic Label (brand A laundry detergent 1L)" for specific consumer C to view. The electronic label reset icon 202 of this embodiment is located in the remarks column of the electronic label field, and displays the content of "change the corresponding product of the electronic label", prompting the specific consumer C to change the product corresponding to the electronic label 3, of course, it can also be Change the purchase quantity or specifications.

For example, if a specific consumer C uses brand A detergent for a period of time and finds that the quality of brand A detergent has deteriorated, he wants to change to brand B detergent, and subsequently wants to use electronic tag 3 to order brand B detergent. Then, by clicking the electronic label reset icon 202 of the shopping list interface 203, the product corresponding to the electronic label 3 can be reset, which will be further described in the subsequent steps.

In other embodiments, the electronic label reset icon 202 can also be designed on other interfaces, such as an electronic label list interface. For example, you can design an entry page on the shopping platform, and design a link to display the electronic tag list. Specific consumer C clicks the link to display the electronic tag list, which contains all the electronic tags 3 received by the specific consumer C. Corresponding The product name and the electronic label reset icon 202 are not limited by the present invention. In addition, when the specific consumer C clicks on the electronic label reset icon 202, the processing module 22 can generate an electronic label reset signal according to the selected operation, and send the electronic label reset signal to the transmission module 24 to Shopping platform server 1.

Step S21: The shopping platform server 1 receives the electronic tag reset signal and provides an electronic tag setting interface 204 to the portable electronic device 2.

After the transmission module 13 receives the electronic tag reset signal, the processing module 12 further provides an electronic tag setting interface 204 for the specific consumer C holding the electronic tag 3 to operate. That is, the electronic label setting interface 204 is transmitted to the portable electronic device 2 for the specific consumer C to reset the product corresponding to the electronic label 3. In other embodiments, if the specific consumer C is operated through another electronic device, the electronic tag setting interface 204 is transmitted to the electronic device used by the specific consumer C. The present invention does not limit the steps required to reset the electronic tag 3 It is performed by the portable electronic device 2.

Step S22: The portable electronic device 2 displays the electronic label setting interface 204, and generates an electronic label change data according to at least one of the operated content of the electronic label setting interface 204.

Next, the screen of the portable electronic device 2 displays the electronic tag setting interface 204, as shown in FIG. 10B. FIG. 10B is a schematic diagram of the electronic tag setting interface in steps S21 and S22 shown in FIG. In this embodiment, the electronic tag setting interface 204 includes a product name field, a purchase quantity field, and a product specification field. In this embodiment, the capacity is capacity. According to the difference of products, the product specification field can also be a single or multiple fields such as size and color. Similarly, if the product is of a single specification, the electronic label setting interface 204 may include only the product name field and the purchased quantity field.

Preferably, the electronic label setting interface 204 may also include the product currently corresponding to the electronic label 3, as shown in the "current setting data" field shown in FIG. 10B. Specifically, the processing module 12 of the shopping platform server 1 may reset the icon 202 according to the electronic tag selected by the specific consumer C (step S21), and obtain the identification code corresponding to the selected electronic tag 3 (eg, ab12ef328) . The processing module 12 then obtains the corresponding predetermined product information (brand A laundry detergent, 1L, 5 bottles) from the label database 113 according to the identification code "ab12ef328", and presents the information on the electronic label setting interface 204 for specific Consumer C reference.

Wherein, each field of the electronic label setting interface 204 of this embodiment is presented in the form of a pull-down menu to facilitate input by a specific consumer C, but the present invention is not limited to this, and can also be input directly, or in other ways Render. As mentioned above, if a specific consumer C wants to order the brand B detergent, he can change it to the brand B detergent in the "commodity name", as shown in FIG. 10B. Of course, you can also choose to replace the purchase quantity or capacity, for example, you can change to order 3 bottles. In addition, the replacement product can also be different types of items, for example, brand A laundry detergent can also be changed to brand C shower gel, or brand D toilet paper, etc. The present invention is not limited.

After modifying the product name, purchase quantity, or capacity, you can click the "confirm changes" icon, the processing module 22 can generate the electronic label change data according to the foregoing operation content of the electronic label setting interface 204, for example, including brand B laundry detergent, 1L, 3 bottles and other information.

Step S23: The portable electronic device 2 transmits the electronic tag change data to the shopping platform server 1.

Next, the electronic module change data (B brand detergent, 1L, 3 bottles) is transmitted to the shopping platform server 1 through the transmission module 24.

Step S24: The shopping platform server 1 receives the electronic tag change data, and modifies the predetermined commodity information corresponding to the identification code according to the electronic tag change data.

After the transmission module 13 of the shopping platform server 1 receives the electronic tag change data (B brand detergent, 1L, 3 bottles), the processing module 12 modifies the predetermined commodity data corresponding to the identification code (ab12ef328) according to the electronic tag change data . In other words, the processing module 12 updates the list of identification codes stored in the tag database 113 according to the electronic tag change data, and changes the original scheduled product information "brand A laundry detergent, 1 L, 5 bottles" corresponding to the identification code (ab12ef328) to "B brand laundry detergent, 1L, 3 bottles".

Preferably, the processing module 12 of the shopping platform server 1 of this embodiment may preset a predetermined time to control the transmission module 13 to send a replenishment message to the portable electronic device 2 to remind a specific consumer C replenishment. Among them, the predetermined time can be set according to the recommended usage of the product or the purchase record of a specific consumer C.

In summary, according to the quick ordering method of online shopping according to the present invention and the shopping platform server applying the quick ordering method, the shopping platform server can count the consumer's plural consumption record data to obtain the repurchase frequency of each product And, based on the repurchase frequency evaluation, provide electronic tags to specific consumers for the electronic tags corresponding to specific commodities. The specific consumer can obtain an identification code by sensing the electronic tag through the tag sensing module of the portable electronic device, and send the user data and the identification code to the shopping platform server, so that the shopping platform server can use the identification code Obtain scheduled product information. The shopping platform server then sets up order data based on user information and scheduled product information to achieve the effect of quick ordering. Or, the shopping platform server can generate a product ordering data based on the user information and the predetermined product information, and send it to the portable electronic device for the user to confirm. After the confirmation, the confirmation information is sent to the shopping platform server through the portable electronic device, and the order data can be established. For users, after sensing the electronic tag, they can confirm the order information of the goods, and can complete the order without entering the contents of the goods themselves, which is also very fast and convenient.

In addition, the shopping platform server can also provide an electronic label setting interface and specific consumer operations holding the electronic label. To enable a specific consumer to modify the product name, purchase quantity, or product specifications corresponding to the electronic tag to generate an electronic tag change data and send it to the shopping platform server. The shopping platform server can modify the predetermined commodity data corresponding to the identification code according to the electronic tag change data, thereby achieving the purpose of modifying the predetermined commodity data corresponding to the electronic tag. In other words, the user can modify the predetermined commodity data corresponding to the electronic tag to change the merchandise, the quantity purchased, or the specification, etc. that are quickly ordered using the electronic tag.

It should be noted that the above is only an embodiment, and not limited to the embodiment. For example, those who do not deviate from the basic structure of the present invention shall be the scope of the rights claimed by the patent, and shall be subject to the scope of the patent application.

Internet shopping server 1 11 and memory module 111 member library member basic consumption repository database 112 tags 113 transmit processing module 12 module 13 interfaces the portable electronic device 2 201 option icon 202 to reset the electronic tag shopping list 203 interface Electronic label setting interface 204 label sensor module 21 processing module 22 memory module 23 specific step 101 transmission module 24 electronic label 3 鈥鈥鈥鈥鈥鈥鈥鈥鈥?鈥鈥?

FIG. 1 is a schematic diagram of an application environment of a shopping platform server and a portable electronic device according to an embodiment of the invention. FIG. 2 is a flow chart of the steps of the quick order method for online shopping according to the first embodiment of the present invention. FIG. 3 is a schematic diagram of accumulated consumption record data of a plurality of consumers’ commodities counted by the processing module shown in FIG. 1. FIG. 4 is a schematic diagram of a list of identification codes stored in the tag database shown in FIG. 1. FIG. 5 is a schematic diagram showing the merchandise ordering data of step S10 in the portable electronic device shown in FIG. 1. FIG. 6 is a flowchart of steps of a method for quickly ordering online shopping according to a second embodiment of the present invention. FIG. 7 is a schematic diagram of the portable electronic device shown in FIG. 1 presenting the merchandise ordering data and option interface of step S092. FIG. 8 is a flow chart of the steps of the quick order method for online shopping according to the third embodiment of the present invention. FIG. 9 is a flowchart of steps of the electronic tag setting function of the fast ordering method of online shopping according to the present invention. FIG. 10A is a schematic diagram of the electronic label reset icon in step S20 shown in FIG. 9. FIG. 10B is a schematic diagram of the electronic tag setting interface of step S21 and step S22 shown in FIG. 9.

Internet shopping server 1 11 and memory module 111 member library member basic consumption repository database 112 tags 113 transmit processing module 12 module 13 sensing the portable electronic device 2 tag processing module 22 and memory module 21 Module 23 Transmission module 24 RFID tags 3                                        • “Specific consumer C”

Claims (20)

A fast ordering method for online shopping is applied to a shopping platform server and a portable electronic device. The portable electronic device includes a label sensing module. The fast ordering method for online shopping includes the following steps: The shopping platform server counts at least one consumer's plural consumption record data to obtain the repurchase frequency of at least one product purchased by each consumer; when the shopping platform server determines that a specific consumer purchases a specific product When the repurchase frequency is greater than a preset value, the shopping platform server automatically adds a delivery message corresponding to an electronic tag of the specific product to a shopping list of the specific consumer. The delivery message includes delivery of the electronic tag Content for the specific consumer, and the electronic tag is a physical electronic tag; the portable electronic device executes a shopping application and communicates with the server of the shopping platform; the tag of the portable electronic device The sensing module senses the physical electronic tag and receives an electronic signal from the electronic tag to obtain an identification code corresponding to the electronic tag; the portable electronic device transmits a user data corresponding to the specific consumer And the identification code corresponding to the electronic tag to the shopping platform server; the shopping platform server obtains a predetermined commodity data according to the identification code; the shopping platform server generates a commodity based on the user data and the predetermined commodity data Order data and send it to the portable electronic device; the portable electronic device sends a confirmed order information to the shopping platform server; and the shopping platform server receives the confirmed order information and is established based on the product order data 1. Order information. The quick order method for online shopping as described in item 1 of the scope of the patent application, wherein the predetermined product information includes a product name, a purchase quantity, and/or a product specification. The quick ordering method for online shopping as described in item 1 of the patent application scope further includes the following steps: the shopping platform server transmits the merchandise ordering data and an optional interface to the portable electronic device, the optional interface includes a A quantity field and/or a specification field; the portable electronic device executes the shopping application, generates an order demand data according to at least one of the operated content according to the option interface; the portable electronic device transmits the order demand data To the shopping platform server; and the shopping platform server modifies the merchandise ordering data according to the order demand data, and transmits the modified merchandise ordering data to the portable electronic device. The quick ordering method for online shopping as described in item 1 of the scope of patent application further includes the following steps: the shopping platform server provides an electronic tag setting interface for the specific consumer holding the electronic tag to operate, the electronic tag The setting interface includes a product name field, a purchase quantity field, and/or a product specification field; according to the electronic label setting interface, at least one operated content generates an electronic label change data; the portable electronic device Sending the electronic tag change data to the shopping platform server; and the shopping platform server modifying the predetermined commodity data corresponding to the identification code according to the electronic tag change data. The quick ordering method for online shopping as described in item 1 of the scope of the patent application further includes the following steps: after a predetermined time, the server of the shopping platform sends a replenishment message to the portable electronic device. A fast ordering method for online shopping is applied to a shopping platform server and a portable electronic device. The portable electronic device includes a label sensing module. The fast ordering method for online shopping includes the following steps: The shopping platform server counts at least one consumer's plural consumption record data to obtain the repurchase frequency of at least one product purchased by each consumer; when the shopping platform server determines that a specific consumer purchases a specific product When the repurchase frequency is greater than a preset value, the shopping platform server automatically adds a delivery message corresponding to an electronic tag of a specific product to a shopping list of the specific consumer. The delivery message includes delivery of the electronic tag to The content of the specific consumer, and the electronic tag is a physical electronic tag; the portable electronic device executes a shopping application and communicates with the server of the shopping platform; the tag sensing of the portable electronic device The module senses the physical electronic tag and receives an electronic signal from the electronic tag to obtain an identification code corresponding to the electronic tag; the portable electronic device transmits a user data corresponding to the specific consumer and The identification code corresponding to the electronic tag is sent to the shopping platform server; the shopping platform server obtains a predetermined commodity information according to the identification code; and the shopping platform server establishes an order based on the user information and the predetermined commodity information data. The quick ordering method for online shopping as described in item 6 of the patent application scope, wherein the predetermined product information includes a product name and a purchase quantity, and/or a product specification. The quick ordering method for online shopping as described in item 6 of the scope of the patent application further includes the following steps: the server of the shopping platform provides an electronic tag setting interface for the specific consumer holding the electronic tag to operate, the electronic tag The setting interface includes a product name field, a purchase quantity field, and/or a product specification field; Generating at least one operated content according to the electronic tag setting interface to generate an electronic tag change data; the portable electronic device transmits the electronic tag change data to the shopping platform server; and the shopping platform server changes the data according to the electronic tag Modify the predetermined commodity information corresponding to the identification code. The quick ordering method for online shopping as described in item 6 of the patent application scope further includes the following steps: after a predetermined time, the shopping platform server sends a replenishment message to the portable electronic device. A shopping platform server is in communication connection with a portable electronic device through a network, the portable electronic device includes a tag sensing module, the shopping platform server includes: a memory module, including a member consumption database And a tag database, the member consumption database stores at least one consumer's plural consumption record data, the tag database stores an identification code corresponding to at least one electronic tag, and a predetermined commodity data corresponding to the identification code; A processing module, coupled to the memory module, the processing module counts the consumption record data of each consumer to obtain the repurchase frequency of at least one commodity purchased by each consumer when the processing When the module determines that the repurchase frequency of a specific consumer purchasing a specific product is greater than a preset value, it automatically adds a delivery message corresponding to an electronic tag of the specific product to a shopping list of the specific consumer. The delivery message includes the content of delivering the electronic label to the specific consumer, and the electronic label is a physical electronic label; and a transmission module, coupled to the memory module and the processing module, when the transmission mode The group receives a user data corresponding to the specific consumer and the identification code corresponding to the electronic tag from the portable electronic device, wherein the tag sensing module of the portable electronic device senses the physical electronic tag, And receive an electronic signal from the electronic tag to obtain the identification code, the processing module obtains the predetermined commodity data from the tag database according to the identification code, and the processing module according to the use Data and the predetermined merchandise data to generate a merchandise ordering data, the processing module and control the transmission module to send the merchandise ordering data to the portable electronic device, when the transmission module receives a from the portable electronic device Confirm the order information, and the processing module establishes an order data based on the product order data. The shopping platform server as described in item 10 of the patent application scope, wherein the predetermined product information includes a product name, a purchase quantity, and/or a product specification. The shopping platform server as described in item 10 of the patent application scope, wherein the transmission module transmits the merchandise ordering data and an option interface to the portable electronic device, the option interface includes a quantity field, and/or a In the specification field, the transmission module receives an order demand data from the portable electronic device, the processing module modifies the product order data according to the order demand data, and the processing module controls the transmission module to transmit the modified The product ordering information is sent to the portable electronic device. The shopping platform server as described in item 10 of the patent application scope, wherein the processing module provides an electronic label setting interface for the specific consumer holding the electronic label to operate, the electronic label setting interface includes a product name field , And a purchase quantity field, and/or a product specification field, the transmission module receives an electronic tag change data from the portable electronic device, wherein the electronic tag change data is based on at least the interface setting of the electronic tag Once the operation content is generated, the processing module modifies the predetermined commodity information corresponding to the identification code according to the electronic tag change data. The shopping platform server as described in item 10 of the patent application scope, wherein the processing module controls the transmission module to send a replenishment message to the portable electronic device after a predetermined time. The shopping platform server as described in item 10 of the patent application scope, wherein the tag sensing module of the portable electronic device includes a near field communication sensing module, a radio frequency identification sensing module, or a barcode identification module . A shopping platform server is in communication connection with a portable electronic device through a network, the portable electronic device includes a tag sensing module, the shopping platform server includes: a memory module, including a member consumption database And a tag database, the member consumption database stores at least one consumer's plural consumption record data, the tag database stores an identification code corresponding to at least one electronic tag, and a predetermined commodity data corresponding to the identification code; A processing module, coupled to the memory module, the processing module counts the consumption record data of each consumer to obtain the repurchase frequency of at least one commodity purchased by each consumer when the processing When the module determines that the repurchase frequency of a specific consumer purchasing a specific product is greater than a preset value, it automatically adds a delivery message corresponding to an electronic tag of the specific product to a shopping list of the specific consumer. The delivery message includes the content of delivering the electronic label to the specific consumer, and the electronic label is a physical electronic label; and a transmission module, coupled to the memory module and the processing module, when the transmission mode The group receives a user data corresponding to the specific consumer and the identification code corresponding to the electronic tag from the portable electronic device, wherein the tag sensing module of the portable electronic device senses the physical electronic tag, And receive an electronic signal from the electronic tag to obtain the identification code, the processing module obtains the predetermined commodity data from the tag database according to the identification code, and establishes an order data based on the user data and the predetermined commodity data . The shopping platform server as described in item 16 of the patent application scope, wherein the predetermined product information includes a product name and a purchase quantity, and/or a product specification. The shopping platform server as described in item 16 of the patent application scope, wherein the processing module provides an electronic label setting interface for the specific consumer holding the electronic label to operate, the electronic label setting interface includes a product name field , And a purchase quantity field, and/or a product specification field, the transmission module receives an electronic tag change data from the portable electronic device, wherein the electronic tag change data is based on at least the interface setting of the electronic tag Once operated content The processing module modifies the predetermined commodity data corresponding to the identification code according to the electronic tag change data. The shopping platform server as described in item 16 of the patent application scope, wherein the processing module controls the transmission module to send a replenishment message to the portable electronic device after a predetermined time. The shopping platform server as described in item 16 of the patent application scope, wherein the tag sensing module of the portable electronic device includes a near field communication sensing module, a radio frequency identification sensing module or a barcode identification module.

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