TWI493483B - To achieve the best time to shelve goods and / or shelves e-commerce systems and methods - Google Patents

Description

E-commerce system and method for realizing the best time for goods to be put on and/or off the shelf

The present invention relates to the field of networking, and more particularly to an electronic commerce system that implements the best time for goods to be racked up and/or off the shelves and a method for achieving the best time to shelf and/or off the shelf.

With the development of modern information technology, online transactions have attracted more and more people's attention and favor. Online transactions are not restricted by geography (especially in remote suburban counties), and are not restricted by commuting time. As long as you have the relevant procedures for online entrusted transactions, you can sit at home or in the office and place orders easily. Realize the transaction.

Please refer to FIG. 1 , which is a schematic diagram of a principle structure of a relatively common e-commerce system. It includes a client 11, a merchant 12, and an e-commerce platform 13. The client 11, the merchant 12, and the e-commerce platform 13 are connected to each other through the Internet. The merchant 12 opens a corresponding merchant name on the e-commerce platform 13 and presents the goods provided by the merchant to the user through the e-commerce platform 13. Usually, the products provided by the same merchant (or virtual store products called merchants) are placed on a certain linked webpage. Each e-commerce platform 13 sets virtual store information of a plurality of merchants, and even sets information of other e-commerce platforms, and the e-commerce platform 13 presents product information of other merchants. The client 11 logs in to the e-commerce platform 13 through the Internet, and purchases the favorite products through the virtual store products of the plurality of merchants presented by the user terminal, thereby achieving the purpose of online shopping. The payment settlement between the client 11 and the merchant 12 can be realized through a third-party payment platform, or can be realized by a courier company, and can also be paid through a financial system such as another bank. Similarly, it should be noted that there is no strict boundary between the merchant terminal 12 and the client terminal 11, and many merchants are also buyers. Therefore, the merchant terminal 12 and the client terminal 11 mentioned in this application are only used to explain the present application. The technical solution is deliberately divided, and is not limited to the division in the sense that the terminal of the provider of the commodity is used as the terminal 11 of the merchant terminal 12 and the terminal of the commodity purchaser.

The e-commerce platform 13 mainly includes a server 131 and a database 132. The database 132 is mainly used for storing business information, product information, user information, and commodity transaction information including the business name. The server 131 also mainly includes an interface presentation processing unit, an interaction processing unit, and a transaction processing unit. The interface display processing unit is configured to display effective information including product information to the user. The interaction processing unit is configured to separately handle interaction with the merchant and the user. The transaction processing unit is used to process the transaction status of each pen.

The merchants contracted with the e-commerce platform 13 are very large, and the number of products provided by each merchant is also very large, and it is also very difficult for the interface display processing unit to display the products provided by these merchants. A very common interface display processing unit controls the display of merchandise as follows:

First, give each business a web page address that displays information about their products.

Next, set the display rules for the products in the merchant. The display rule may include that the item in the merchant is not always in the shelf state, and the item on the item is that the item information is presented in the webpage provided by the e-commerce platform 13 to the merchant to which it belongs and the sub-page system of the webpage, and the sub-page system is the webpage Sub-pages, sub-pages subordinate to this sub-page, and so on.

In fact, it is detected that the webpage to which the merchant belongs and the sub-page system of the webpage have the shelf life of the commodity has reached a preset expiration time (for example, 7 days), and if so, the merchandise is taken off the shelf. What is the off-the-shelf processing means that the web page that presents the product is disconnected and is not accessed by the user. As for the shelves, the merchants judged when there were more visitors and more transactions based on their own experience, and the goods were put on the shelves at this time.

In fact, in addition to the shelves and/or shelves of the merchandise, there is also an interface display processing unit that needs to control the display of the merchandise-----the merchant's merchandise list. The shorter the time from the time of the removal, the more the product information is listed in the product list. The more the product information is arranged in front of the product list, the easier the interface display processing unit can access the web page corresponding to the product information.

Existing methods for placing and/or removing shelves from goods have the following drawbacks:

First of all, there is no uniform rule for the listing of goods. The e-commerce platform cannot control the operation of the goods. Only by setting certain rules (such as the first time the merchants have less than 10 items), it is impossible to monitor the goods on the shelves. Give more personalized control of the shelves for the goods, such as the reading glasses sold to the elderly, such as the reading time is definitely better than the evening during the day, for example, the fashion items sold to young people are set at night. Or the afternoon is definitely better than the morning. For merchants, they can only decide when to put the goods on shelves through their own experience. This kind of processing method of the shelves has difficulty in controlling the shelves of the goods (especially when there is a lot of goods on the shelves of a certain merchant, it is often prone to leaking the shelves), and the technical problem of inaccurate time for the shelves of the goods.

Then, the interface display processing unit detects the webpage to which the merchant belongs and the sub-page system of the webpage, whether the shelf period of the commodity has reached a preset expiration time (for example, 7 days), and if so, the merchandise is removed. deal with. This method of off-frame control also has technical problems such as low accuracy of the lower frame. For example, some goods have been sold out, but the merchants have forgotten to take off the shelves. If they follow the existing processing operations, such goods will occupy a lot of useful resources, resulting in waste of resources.

Finally, the existing rules for removing the shelves include: the shorter the time of the goods, the more the goods are listed in the product list. Especially when there are a lot of goods on the shelf at a certain time, it will cause a large amount of time and resources for the interface display processing unit to process the arrangement and display of the products at a certain time, which causes waste of resources and also makes the users unable to obtain them in time. Useful information.

The purpose of the present application is to provide an e-commerce system that implements the best time for goods to be put on and/or off the shelf, so as to solve the problem that the prior art consumes a large amount of system resources, but cannot provide adaptive goods for a merchant to be put on and/or under. The technical problem of time.

Another object of the present application is to provide a method for realizing the best time for goods to be put on and/or off the shelf, so as to solve the problem that the prior art consumes a large amount of system resources but cannot provide adaptive goods for a merchant to be put on and/or under. The technical problem of time.

The present application discloses an e-commerce system for realizing the best time for goods to be put on and off the shelf, including an e-commerce platform, the e-commerce platform further comprising a database and a server, the database further comprising: a webpage collection item storage unit, The server information for collecting the webpage corresponding to the commodity; the server further comprises: a webpage information collecting and processing unit, configured to collect the project-related data to be collected by the webpage at each time period; and the value-calculating unit of each time period is used according to The effective number of times the project occurs during the time period calculates the value points corresponding to each time period; the shelf and/or the lower gold time confirmation unit is used to confirm the shelf of the goods and/or the gold of the shelves according to the value of each time period of the goods. Time; shelf and/or off-rack processing unit for completing the shelf and/or removal of the merchandise on the confirmed shelf and/or off-shelf prime time.

A method of achieving the best time for goods to be put on and/or off the shelf, comprising:

(1) Set and store the project information to be collected on the webpage corresponding to the product;

(2) Collecting relevant materials related to the collection of web pages at various time periods;

(3) Calculating the value points corresponding to each time period according to the effective number of times the project occurred during the time period;

(4) Confirming the time for the shelves to be put on and/or off the shelf according to the time value of the goods;

(5) Finish the shelves and/or remove the shelves during the prime time of the shelves and/or the shelves.

Compared with the prior art, the present application has the following advantages:

First of all, this application monitors the merchant's goods and automatically completes the shelves and/or the shelves of the goods, so as to avoid confusion of the merchants themselves. The e-commerce platform does not need to occupy additional resources to deal with the confusion of the merchants' shelves and/or the shelves. .

Then, it is convenient for a merchant to provide goods that are adapted to the merchant's characteristics, and/or the time for the off-the-shelf, and the calculation method is simple, and the goods can be automatically put on and/or off the shelf at a better time.

Finally, the application can also trigger the merchandise to be off the shelf after the merchandise is sold. This way, some of the merchandise sold can not occupy additional resources and improve the utilization of resources.

The present application will be specifically described below with reference to the accompanying drawings.

Please refer to FIG. 2, which is a schematic structural diagram of an e-commerce system for realizing the best time for goods to be put on and/or off the shelf. It includes an e-commerce platform 23, a merchant terminal 22, and a client terminal 21. The e-commerce platform 23 can connect the merchant 22 and the client 21 through a network. The network includes the Internet and wireless communication networks.

The client 21 and the merchant 22 may be network terminals or mobile terminals. Of course, the client 21 and the merchant 22 can also be a node in the regional network. In principle, the client 21 and the merchant 22 can log in to the e-commerce platform 23 as long as they can.

According to the logic, the e-commerce platform 23 includes a database 31 and a server 32.

Referring to FIG. 3, the database 31 further includes:

The webpage collection item storage unit 311 is configured to store the project information to be collected by the webpage corresponding to the merchandise. When the system (the system can be the e-commerce platform 23) provides a software for each merchant to implement the best time for the goods to be put on and off the shelves, the webpage information that needs to be collected for a commodity can be pre-formed as default project information. For example, the webpage project to be collected includes: the number of user visits of each product webpage provided by the merchant, the access time period, and the time point when the user orders to purchase a certain product. In addition to the project name, the project information can also include the proportion of the project.

In this example, the webpage project information that needs to be collected for each commodity input by each merchant may also be saved in the webpage collection item storage unit 311. This kind of merchandise is usually one of the goods offered by the merchant. Each merchant can also collect project information for each page corresponding to each product provided by the merchant.

The commodity prime time storage unit 312 is configured to store the prime time and/or the lower shelf time corresponding to each commodity. The commodity prime time storage unit 312 can store only the prime time of a certain commodity of a certain merchant, and can also store the prime time and the golden time of the shelf. Usually, the lower shelf of one commodity is the shelf of another commodity. Therefore, this example can store only the prime time of a certain commodity of a certain merchant. Moreover, the time interval between the shelves and the shelves of the same product can be set to a time period. For example, if the shelf of a product is 3 pm on January 1, the shelf time of the product can be set at 3 pm on January 8. Or the item is sold off when the scheduled time has expired.

In this example, the merchant can be used as a consideration point to store the prime time and the golden time of the goods of the merchant. Considering that there are many types of goods in many merchants, if all the goods need to be preserved in the prime time and the golden time of the shelves, the storage space requirements are relatively high, and it is easy to cause a large amount of storage space. To this end, the merchandise prime time storage unit 312 can store only the prime time of the merchant's pre-set merchandise.

The server 32 further includes:

The webpage information collection interaction interface 321 is configured to receive webpage information collection project information input by the merchant. The webpage information collection interaction interface 321 is used to provide an interface for the merchant to input the webpage information collection project information for the products provided by the merchant, and the project information includes the project name and the proportion of the project. Considering that the project information provided by the merchants varies widely, it is difficult to collect the information of the project. Therefore, this example can be used to list the projects that can be collected in advance for different merchants to choose. The webpage information is more suitable for individual needs.

The time period confirmation unit 322 is configured to determine whether the user who visited the webpage exceeds a preset number in a preset time interval, and if not, pull the long time interval until the user who has visited the webpage is found to exceed the preset The time interval of the number of times, the corresponding time interval is taken as the period of the time period. Further, in addition to setting whether the number of users accessing the web page exceeds a predetermined number, it is also possible to set whether the number of times the web page has been accessed within a predetermined time interval exceeds a predetermined number of times. The principle is similar and will not be described in detail here. The time interval can be within one day or more than one day. However, in general, the time interval is set within 1 day.

Assuming that the preset time interval is one hour, if three users are required to access the web page corresponding to the product within one time interval, the time period confirmation unit 322 determines whether three users have accessed the user within one time interval. The webpage corresponding to the product, if any, the time interval (1 hour) is the period of the time period. In other words, 24 hours a day is divided into 24 time periods in a one-hour cycle. If the time period confirmation unit 322 determines that no three users have visited the webpage corresponding to the product within one time interval, the time interval period is increased, for example, to one and a half hours, and then judged within one time interval. Whether there are 3 users who have visited the webpage corresponding to the item. Until three users have visited the webpage corresponding to the item within one time interval, the time interval is the period of the time period.

In fact, the time period confirmation unit 322 can also consider the time interval according to the amount of merchandise orders. For example, if the number of times the order is placed within the time interval reaches a preset number of times, the time interval is a period of the time period. For another example, if the amount of the order placed in the time interval reaches a predetermined amount, the time interval is a period of the time period.

In fact, the time period confirmation unit 322 can also be omitted. The system adopts a specified time period, such as 24 time periods throughout the day, and an hour is a time period.

The webpage information collection processing unit 323 is configured to collect the project-related materials to be collected by the webpage at various time periods. The web page information collection processing unit 323 is typically coupled to an existing interface presentation processing unit or integrated with an interface presentation processing unit.

Taking the number of times the project accesses a certain webpage by the user as an example, the webpage information collection processing unit 323 receives the message that the webpage is clicked, and records the number of times the user visits the webpage plus one. When the user from the same IP address can only count as one user, the webpage information collection processing unit 323 obtains the user information of the clicked webpage, and then compares the IP address of the user with the IP address of the previously stored previously visited user. If there is a difference, the user's IP address is stored, and the number of times the user accesses the web page is increased by one. One thing to note is that the user is not just a simple buyer, but also a merchant who is a buyer. Typically, both the user and the merchant are pre-registered as members on the e-commerce platform 23. After receiving the message that the webpage is clicked, the member information of the click is viewed, the member ID is saved, and the number of times the user visits the webpage is increased by one. If the user who clicks the webpage has clicked this time period, The number of times a user visits the page is not increased by one. The number of times a user visits a web page is counted according to pre-defined rules.

Each time value value calculation unit 324 is configured to calculate a value score corresponding to each time period, where sum(t)=q ₁ *m ₁ +q ₂ *m ₂ +...+q _n *m _n , wherein q ₁ , q ₂ , ... q _n are the proportions of the projects that the web page needs to collect, and m ₁ , m ₂ , ... m _n are the effective times of the projects in the time period, sum (t) is the value of the time period of t.

For example, sum(t)=q ₁ *m ₁ +q ₂ *m ₂ , where m ₁ is the number of users accessing the page during the time period t, and m ₂ is the number of times the user places an order during the time period t. q ₁ is the weight of the user's access to the page, and q ₂ is the weight of the user's order.

The shelf and/or the off-line prime time confirmation unit 325 is configured to confirm the shelf time and/or the shelf time of the item based on the value of each time period of the item.

Usually, the shelf time is the time period with the highest value.

The shelf and/or shelf handling unit 326 is used to complete the merchandise shelf and/or shelf off of the merchandise on the shelf and/or off shelf.

When the product is put on the shelf, it can be put on the shelves according to the best shelf-up time of the same type of goods that have been put on the shelves, that is, the shelves are put up in the time period with the highest value of the value or before the time of the highest value. After the goods are put on the shelves, the golden time of the shelves is counted and stored in the commodity prime time storage unit 312. For the follow-up consideration of the same type of goods to be put on the shelves.

The racking and/or racking processing unit 326 can also count the volume of the merchandise. When the merchandise volume reaches the preset total number of merchandise, the merchandise is also required to be triggered.

The server further includes an upper shelf and/or a lower shelf reference processing unit 327 for finding the most similar item of the product, finding the upper shelf and/or the lower shelf time corresponding to the most similar item, and the item is completed in the prime time. Shelf and/or off the shelf.

The above disclosed units are only logically divided or physically divided. However, it is usually a logical division. These units are usually implemented in the form of software modules. For example, the best time to put the goods on the shelf and/or the shelf is made into a software, which can be set in the virtual store of a certain merchant. When there is a product to be put on the shelf, the software can be used to complete the search for the best shelf time. The goods are automatically put on the shelf at this time. When there is a product that needs to be taken off the shelf, it is also possible to complete the search for the best off-the-shelf time through the software, and automatically complete the removal of the product at that time, which is very convenient.

Please refer to FIG. 4, which is a flow chart of a method for realizing the best time for goods to be put on and/or off the shelf. it includes:

S110: Set and store the project information to be collected on the webpage corresponding to the product.

The project information can be provided by the system with default project information, or it can be the project information provided by the merchant. The project information includes the number of times the user visits the product page, and the information of the user's order.

S120: Collecting project-related materials to be collected on the webpage at various time periods.

When the merchant opens the function of realizing the best time for the goods to be put on and off the shelf, the system reads the project information to be collected by the pre-stored webpage, and then triggers the operation instruction of how each project is collected. Then, when the webpage is accessed and the like meets the trigger condition, the collection of the corresponding project data is completed through the operation instruction.

Collecting project-related information can refer to the collection of project-related information on the day. For example, if you want to collect project-related information between 8 and 9:00, for example, at 10:00, collect project-related information between 8 and 9:00. Of course, it is also possible to determine the point in time at which the project is collected based on the processing of the system. For example, the system is in a relatively idle state from 1 am to 5 am, and can set 2 points for the operation of the project collection.

S130: Calculate a value score corresponding to each time period, where sum(t)=q ₁ *m ₁ +q ₂ *m ₂ +...+q _n *m _n , where q ₁ , q ₂ , .. .q _n is the proportion of the projects that the webpage needs to collect, m ₁ , m ₂ , ... m _{n are} the effective times of the projects in the time period, and sum(t) is the value of the t period. Minute.

The time period can be preset, for example, 24 time periods throughout the day, and each time is a time period. The time period can also be obtained by following these steps:

A1: Determine the minimum time interval and the maximum time interval; the time interval refers to the time interval for collecting project information. The minimum time interval and the maximum time interval refer to the expected minimum time interval and maximum time interval, respectively. The smaller the time interval, the more project collection actions the system needs to do, and the more resources it consumes. Therefore, it is necessary to set a minimum time interval in advance. When the time interval is large enough, the collected project-related data cannot be used as a basis for subsequent shelves and/or shelves. Therefore, the minimum time set in advance is the time interval and the maximum time interval.

A2: The minimum time interval is used as the time interval;

A3: determining whether the user who visited the webpage exceeds a preset number during the time interval, if not, performing A4, otherwise the current time interval is a period of the time period;

A4: Growth time interval, whether the time interval is greater than the maximum time interval. If not, perform A3, and if yes, exit. The time interval between each increase can be preset.

In this way, the corresponding time interval can be determined according to the specific situation of each merchant.

The formula for the value score can be provided by the system. It is also possible for the merchant to set the project and its proportion.

S140: Confirm the time when the goods are put on and/or off the shelf according to the time value of the goods.

Usually, the time period with the highest value of value can be called the prime time of the goods or the goods. The time period with the lowest value of value can be called the prime time of the goods or the goods.

S150: The goods are put on shelves and/or off shelves when they are put on shelves and/or placed in prime time.

When the goods are put on the shelves for the first time, there is no value of the history of the goods to get the golden time. You can find the products with the closest products first, and then find the prime time corresponding to the most similar products. The goods are put on the shelves in the prime time. operating.

After the product has been put on the shelves once again, when you put it on the shelf again, you can consider the last time of the gold shelf to trigger the launch of the product. In addition, you can also count the volume of the goods, when the volume of the goods reaches the preset total number of goods, you also need to trigger the removal of the goods.

The above disclosure is only a few specific embodiments of the present application, but the present application is not limited thereto, and any changes that can be made by those skilled in the art should fall within the protection scope of the present application.

11. . . user terminal

12. . . Merchant side

13. . . E-commerce platform

131. . . server

132. . . database

twenty one. . . user terminal

twenty two. . . Merchant side

twenty three. . . E-commerce platform

31. . . database

32. . . server

311. . . Web collection item storage unit

312. . . Merchandise prime time storage unit

321. . . Web page information collection interface

322. . . Time period confirmation unit

323. . . Web information collection and processing unit

324. . . Value calculation unit for each time period

325. . . On-shelf and/or off-shelf prime time confirmation unit

326. . . Shelf and/or rack handling unit

327. . . Rack and/or off-shelf reference processing unit

FIG. 1 is a schematic structural diagram of a relatively common e-commerce system;

2 is a schematic structural diagram of an electronic commerce system to which the present invention is applied;

3 is a schematic structural diagram of an e-commerce platform;

FIG. 4 is a schematic flow chart of a method for realizing the best time for loading and/or lowering of goods according to the present invention.

Claims (14)

An e-commerce system for realizing the best time for goods to be put on and off the shelf, comprising an e-commerce platform, the e-commerce platform further comprising a database and a server, wherein the database further comprises: a webpage collection item storage unit, The project information for collecting the webpage corresponding to the product, wherein the project information includes: user information of the webpage accessed during each time period, and the number of times the user places an order at each time period; the server further includes: a webpage The information collection processing unit is configured to collect the project-related data in each time period; each time value value calculation unit is configured to calculate, according to the effective number of times the collected project information occurs in the time period and the specific value of each project Value points corresponding to each time period; the on-shelf and/or off-line prime time confirmation unit is used to confirm the shelf time of the goods on the shelf and/or off the shelf according to the time value of the goods; and the shelves and/or the shelves are processed. a unit for completing and/or removing the merchandise at the prime time, wherein the webpage information collection processing order After receiving the message that the webpage is clicked, the number of visits to the user who recorded the product webpage is increased by one, and the webpage information collection processing unit obtains the user information of the webpage clicked, and then the user's IP address and the previously stored previous visit. The user's IP address is compared, and If the result is different, the user's IP address is stored, and the number of times the user accesses the web page is incremented by one. The e-commerce system of claim 1, wherein the server further comprises: a time period confirming unit, configured to determine whether the user accessing the webpage exceeds a preset number in a preset time interval, if If not, the time interval is increased until the time interval for the user who has visited the webpage exceeds a preset number of times, and the corresponding time interval is used as the period of the time period. The e-commerce system of claim 1, wherein the server further comprises an upper shelf and/or a lower shelf reference processing unit for finding the most similar product of the product, and finding the corresponding shelf corresponding to the most similar product. And/or when the prime time is removed, the goods are completed and/or removed during the prime time. The e-commerce system of claim 1, wherein the server further comprises: a webpage information collection interaction interface, configured to receive webpage information collection project information input by the merchant. The e-commerce system according to claim 1, wherein each time value value calculation unit is calculated according to sum(t)=q ₁ *m ₁ +q ₂ *m ₂ +...+q _n *m _n The value points corresponding to each segment, where q ₁ , q ₂ , ... q _n are the proportions of the projects to be collected by the web page, respectively, m ₁ , m ₂ , ... m _{n are} these The number of times the project occurred during this time period, sum(t) is the value of the time period of the t period. Such as the e-commerce system described in claim 1 of the patent scope, The project information to be collected by the webpage also includes at least one of the following: the time when the user visits the page, the number of times the user visits the webpage, the time period when the user visits the webpage, the time of the user's order, the name of the project, and the proportion of the project. . The e-commerce system of claim 6, wherein sum(t)=q ₁ *m ₁ +q ₂ *m ₂ , wherein m ₁ is the number of users accessing the page during the time period of t, m ₂ is the number of times the user places an order during the time period t, q ₁ is the weight occupied by the user to access the page, and q ₂ is the weight occupied by the user placing the order. The e-commerce system of claim 1, wherein the database further comprises: a commodity prime time storage unit for storing the shelves corresponding to the commodities confirmed by the shelf and/or the golden time confirmation unit. / or under the prime time. A method for realizing the best time for loading and/or unloading goods by using computer software and hardware, the method comprising: (1) setting and storing project information to be collected by a webpage corresponding to the commodity, wherein the project information includes: User information of the webpage accessed during each time period, and the number of times the user places an order at each time period; (2) collecting project-related data to be collected at each time period; (3) for using the project according to the time period The effective number of occurrences and the proportion of the proportion of each project to calculate the value points corresponding to each time period; (4) confirm the shelf of the goods according to the value of each time period of the commodity And/or the golden time of the removal; and (5) completing the shelf and/or the removal of the merchandise on the shelf and/or the lower shelf time, wherein after receiving the message that the webpage is clicked, the user access to the merchandise webpage is recorded. The number of times is increased by one, and after obtaining the user information of the clicked page of the webpage, the IP address of the user is compared with the IP address of the previously stored previously visited user, and if the result is different, the IP address of the user is stored, and then Add 1 to the number of times the user visited the page. The method of claim 9, wherein the method further comprises: first finding the most similar product, and then finding the upper shelf and/or the lower shelf time corresponding to the most similar product, and completing the shelf in the prime time. And / or off the shelf. The method of claim 9, wherein the step (3) further comprises: calculating according to sum(t)=q ₁ *m ₁ +q ₂ *m ₂ +...+q _n *m _n The corresponding value points of each segment, where q ₁ , q ₂ , ... q _n are the proportions of the projects to be collected by the web page, respectively, m ₁ , m ₂ , ... m _{n are} for the projects The effective number of occurrences of this time period, sum(t) is the value score of the t period. The method of claim 9, wherein the step (1) further comprises: A1: determining a minimum time interval and a maximum time interval; A2: using the smallest time interval as the time interval; A3: It is determined whether the user has visited the webpage in the time interval exceeds a preset number, if not, then A4 is performed, otherwise the current time interval is a period of the time period; and A4: the growth time interval, whether the time interval is Greater than the maximum time interval, if not, proceed to A3, and if so, exit. The method of claim 9, wherein the step (4) comprises confirming that the time period with the highest value is the prime time. The method of claim 9, wherein the method further comprises: providing a webpage information collection interaction interface for inputting webpage information collection project information by the user; receiving and saving the project information input by the user, and the condition for calculating the value, the project information. It includes the proportion of each project in the value-based calculation; and the value of the time period based on the information entered by the user.