Private hotel booking method capable of obtaining specific preferences and rights

Abstract

The invention relates to the field of tourism service informatization, and discloses a private hotel booking method capable of obtaining specific preferences and rights, which comprises the following steps: S1, product information generation: extracting hotel name, room type, price, gift information and inventory state core data from a merchant database by adopting a dynamic information combination algorithm; a user does not need to register, log in or purchase membership, and only needs to know a suitable product and fill in a small amount of necessary personal information to obtain a specially customized and gift tourism product, so that more tedious browsing, comparing and booking steps are avoided, and the traditional tedious booking process is simplified; the user-friendly operation experience is realized through a one-key reservation mode, and the personal information and member information of the user are dynamically and once encrypted transmission in the transmission process, so that the data security is ensured, a desensitization display mode is used, and the reservation conversion rate is improved while the privacy of the user is protected.

Description

Technical Field

[0001] The present invention relates to the technical field of tourism service informatization, and specifically provides a method for privately booking hotels that can obtain specific discounts and benefits. Background Art

[0002] With the rapid development of the tourism industry, online hotel and tourism product booking has become the main way for users to obtain services. However, there are many problems in existing online booking systems, which restrict the maximization of user experience and merchant interests. Specifically, these problems are mainly manifested in the following aspects:

[0003] 1. In traditional online booking platforms, users usually need to go through cumbersome steps such as registration, login, browsing, and screening to complete a booking. Especially for users who hope to obtain specific discounts or benefits, they often need to complete additional tasks (such as receiving coupons, purchasing membership qualifications, etc.) to enjoy discounted prices. Such a process is not only complex and time-consuming, but also increases the user's time and psychological costs, reducing the satisfaction of the user experience. In addition, for high-end tourism products or luxury hotels, ordinary users often cannot obtain additional benefits or services due to the lack of exclusive courtesy channels;

[0004] 2. Existing online booking systems have loopholes in user privacy protection and data transmission security. The user's personal information and payment information may face the risk of leakage during transmission. In addition, traditional order management systems also lack flexibility and security, and are prone to problems such as information tampering and order loss. Summary of the Invention

[0005] In view of the deficiencies of the prior art, the present invention provides a method for privately booking hotels that can obtain specific discounts and benefits, and solves the problems that existing online booking systems have many problems, which restrict the maximization of user experience and merchant interests.

[0006] To achieve the above objectives, the present invention is realized through the following technical solutions: A method for privately booking hotels that can obtain specific discounts and benefits, including the following steps:

[0007] S1: Product information generation: Using a dynamic information combination algorithm, extract core data such as hotel name, room type, price, courtesy information, and inventory status from the merchant database, and dynamically generate product information blocks according to the user's query conditions;

[0008] S2: Product poster generation: Based on the product information blocks generated in step S1, using a dynamic poster generation algorithm, convert the product information into a poster combining text and images; Integrate the product information blocks and booking QR codes, dynamically generate posters, and support multi-language content display; Add a booking code visibility switch to control whether the booking code is displayed on the poster;

[0009] S3: Reservation Code Generation: Based on the product information blocks and dynamic product posters generated in steps S1 and S2, use a unique reservation code generation algorithm to generate a base code consisting of a combination of 8 English letters and numbers. Generate a sequence of feature codes based on information such as hotel brand, room type, courtesy content, and date range, and combine it with the base code to form a unique reservation code for single reservations and order management;

[0010] S4: User Reservation Interface Generation: Based on the unique reservation code generated in step S3, use a dynamic interface generation algorithm to generate a dedicated user reservation interface. The interface content includes product details, real-time prices, courtesy information, inventory status, and an interactive module for entering the reservation code; By calling the merchant database interface, the validity of inventory and prices is verified in real time, and the interface display content is dynamically updated;

[0011] S5: Order Generation and Management: Based on the user reservation interface generated in step S4, use an order generation and encryption management algorithm to verify reservation information. The user completes the reservation by entering the unique reservation code. The system verifies the validity of the reservation code and records the basic information filled in by the user; After the reservation is completed, the reservation code is automatically converted into an order management code for subsequent order inquiries and modifications;

[0012] S6: Order Management and Follow-up Services: Based on the order management code generated in step S5, use an order tracking and service algorithm to provide users with order management and follow-up service support; The user enters the order management interface by entering the order management code and some personal information; Support users to query the order status, modify check-in information, and cancel reservation operations.

[0013] Preferably, the specific steps for generating product information in step S1 are as follows:

[0014] S1.1: Use a user requirement analysis algorithm to extract query conditions from the data input by the user, including date range, number of people, destination, etc.;

[0015] Analyze the structured data input by the user, determine the screening conditions and matching rules; Generate user query conditions;

[0016] S1.2: Based on the user query conditions in step S1.1, use a database matching algorithm to screen out eligible hotel products from the merchant database;

[0017] Among them, the database query logic is based on the date range and destination; Dynamically load the product list that meets the user's conditions; Generate a preliminary screened hotel list;

[0018] S1.3: Based on the list of hotels preliminarily screened in step S1.2, use a dynamic price calculation algorithm to calculate the specific prices and courtesy information of each hotel in real time; generate price data dynamically according to the pricing rules and courtesy information of hotel products; calculate the discounts that users can obtain in real time; generate a list of hotel products containing price and courtesy information;

[0019] S1.4: Based on the list of hotel products containing price and courtesy information in step S1.3, use a structured data generation algorithm to organize it into product information blocks;

[0020] Among them, the product information blocks include hotel name, room type, price, courtesy content, and inventory status; generate product information blocks.

[0021] Preferably, the specific steps for generating product posters in step S2 are as follows:

[0022] S2.1: Use a graphic design algorithm to convert the product information blocks generated in step S1 into graphic templates, extract core product information such as hotel name, price, and courtesy information, and determine the poster graphic layout rules; generate product graphic templates;

[0023] S2.2: Based on the product graphic templates in step S2.1, use a QR code generation algorithm to generate a unique QR code for each hotel product; parse the URL of the hotel product; generate a dedicated QR code in combination with the booking process;

[0024] S2.3: Based on the product graphic templates and product QR codes in steps S2.1 and S2.2, use a dynamic poster generation algorithm to generate a dynamic poster with a QR code, synthesize the graphic information and the QR code, and dynamically adjust the poster language to adapt to the user environment to generate a dynamic product poster;

[0025] S2.4: Add a poster switch function to control whether the booking code is displayed on the dynamic product poster; adjust the poster display content according to the user's selection to generate the final dynamic product poster.

[0026] Preferably, the specific steps for generating a booking code in step S3 are as follows:

[0027] S3.1: Use a basic code generation algorithm to randomly generate a combination of eight digits and letters as the basic code; ensure that the digits and letters in the basic code are not repeated; generate the basic code;

[0028] S3.2: Based on the product information blocks in step S1, use a feature code generation algorithm to extract information such as brand, room type, courtesy, and date to generate a feature code sequence; the feature code is generated according to the alphabetical sorting rules of the brand and courtesy; generate the feature code sequence;

[0029] S3.3: Combine the base code and the feature code sequence in steps S3.1 and S3.2, and use the feature code embedding algorithm to integrate the feature code sequence into the base code, replacing some characters in the base code to form a unique reservation code;

[0030] S3.4: Based on the unique reservation code in step S3.3, perform encryption processing on the unique reservation code to ensure security; use a dynamic encryption algorithm to prevent the reservation code from being tampered with; generate a secure unique reservation code.

[0031] Preferably, the specific steps for generating the user reservation interface in step S4 are as follows:

[0032] S4.1: Use the interface layout design algorithm to design the reservation interface based on the product information block in step S1; among them, the interface includes display modules such as product details, price, and courtesy; generate the basic reservation interface;

[0033] S4.2: Based on the secure unique reservation code generated in sub-step S3.4, add a reservation code input and verification module, and the user needs to enter the reservation code for reservation verification; generate a reservation interface with reservation code verification;

[0034] S4.3: Use the real-time verification algorithm to dynamically check the validity of inventory and price, and update the inventory status and price information on the interface in real time; generate a reservation interface with real-time updates;

[0035] S4.4: Integrate the reservation interface with reservation code verification and the reservation interface with real-time updates in steps S4.2 and S4.3, ensure the normal dynamic interaction function of the interface, provide a complete reservation function, and generate the user reservation interface.

[0036] Preferably, the specific steps for order generation and management in step S5 are as follows:

[0037] S5.1: Based on the user reservation interface in step S4, the user fills in personal information and confirms the reservation; among them, the information includes name, contact information, check-in date, etc.; generate the user reservation information;

[0038] S5.2: Use the order generation algorithm to bind the user reservation information and the secure unique reservation code to generate an order, ensuring the integrity and uniqueness of the order information, and generate a reservation order;

[0039] S5.3: Encrypt the reservation order to generate an order management code; the encrypted management code is convenient for the user to query the order later;

[0040] S5.4: Embed the order management code into the order system for the user to query and manage through the reservation interface; provide functions such as order modification and cancellation, and generate manageable order data.

[0041] Preferably, the specific steps of order management and subsequent services in step S6 are as follows:

[0042] S6.1: Based on the order management code generated in step S5, a security verification algorithm is used, and the user enters the management code and part of personal information through the order management interface for verification; the verification information includes the last digit of the mobile phone number and the order management code, and the order verification result is generated;

[0043] S6.2: Based on the order verification result of step S6.1, provide the user with order details; display order status, check-in information, etc.; generate order details data;

[0044] S6.3: The user can modify or cancel the order through the order management interface in step S5.4; the interface provides corresponding function modules to generate modified order data;

[0045] S6.4: Combine all functions of step S6 to generate an end-user order management interface to support subsequent service needs; users can view, modify or cancel orders to generate an order management interface.

[0046] Preferably, in said S2.3, according to the merchant, the group and brand displayed on the visited interface, and according to the date range, number of people, number of copies, country and region, city and product name selected by the sharer, the real-time price, benefits and system language of the product are obtained, and these information are dynamically classified and combined into product information blocks, price information blocks and user information blocks, and the validity period of the price plan is implicitly included, and finally a poster with all information blocks, a QR code of the sharer's information and a GIF or static picture representing the product is generated, and the poster language follows the system language;

[0047] In S2.4, when the poster is shared, the user can control whether the shared poster displays the code through a switch. If the code is displayed, it is used for direct booking, and if the code is not displayed, it can be used for promotional scenarios.

[0048] Preferably, in S4.4, the user scans the reservation QR code generated in step S2 to enter the interface where a "reservation code" needs to be entered, and enters a secure and unique reservation code. If the reservation code has not been used, the user can enter the product details page and enter personal information in the interface to make a reservation (it is necessary to check inventory and real-time prices). After the reservation is successful, the "reservation code" can be used to manage the order;

[0049] Price plan changes or invalidity: When entering the booking interface, there are three situations. In the first situation, the price plan is valid but has changed, the user will be prompted and can continue to book. In the second situation, the price plan is invalid, the user will be prompted that the booking cannot be made. In the third situation, the product to be booked is sold out, the user will be prompted that it is sold out.

[0050] Preferably, in S5.4, the user scans the QR code generated in step S2 to enter the interface where the code needs to be entered. The reservation code + the last 4 digits of the mobile phone number provided at the time of reservation. If the code is correct, the user can enter the order details page to manage the order independently.

[0051] The present invention provides a method for privately reserving a hotel that can obtain specific discounts and benefits. It has the following beneficial effects:

[0052] 1. In the present invention, the user does not need to register, log in or purchase a membership qualification. After only understanding the products suitable for themselves and filling in a small amount of necessary personal information, the user can obtain a customized and courteous travel product. There are no more cumbersome browsing, comparison and reservation steps. Only a small amount of personal information is required to complete the reservation, simplifying the traditional cumbersome reservation process; through the "one-click reservation" method, a user-friendly operation experience is achieved, and the user's personal information and membership information are dynamically and encrypted in a one-time manner during the transmission process to ensure data security. The desensitized display method is used to protect the user's privacy while increasing the reservation conversion rate.

[0053] 2. The present invention provides real-time and specific personalized prices for users within a limited time limit, enhancing price transparency and customer trust, supporting dynamic adjustment of price plans, and effectively solving the problem of market price fluctuations.

[0054] 3. The present invention adopts a unique "reservation code" mechanism; one code for one reservation, and each reservation code can only be used once to ensure security and uniqueness; one code with multiple functions, the reservation code is automatically converted into a management code after reservation for order management, realizing multiple uses of one code and convenient operation.

[0055] 4. Through a controllable dynamic poster, the present invention dynamically generates a product poster with a QR code and a reservation code according to the needs of merchants and users. The language, content and courtesy of the poster are adapted to the user environment in real time, enhancing personalized services. An on / off function for the poster is added, and the user can freely choose whether to display the reservation code to meet the promotion and privacy needs. BRIEF DESCRIPTION OF THE DRAWINGS

[0056] Figure 1 is the system block diagram of the present invention;

[0057] Figure 2 is the flowchart of the present invention;

[0058] Figure 3 is the method framework diagram of the present invention. DETAILED DESCRIPTION OF THE INVENTION

[0059] Next, the technical solutions in the embodiments of the present invention will be clearly and completely described in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments. All other embodiments obtained by those of ordinary skill in the art based on the embodiments of the present invention without creative efforts shall fall within the protection scope of the present invention.

[0060] Embodiment:

[0061] Please refer to the attached Figure 1 - attached Figure 3 , the embodiments of the present invention provide a method for privately booking a hotel that can obtain specific discounts and benefits, including the following steps:

[0062] S1: Product information generation: Using a dynamic information combination algorithm, extract core data such as hotel name, room type, price, courtesy information, and inventory status from the merchant database, and dynamically generate product information blocks according to the user's query conditions;

[0063] S2: Product poster generation: Based on the product information blocks generated in step S1, use a dynamic poster generation algorithm to convert the product information into a poster combining text and pictures; Integrate the product information blocks and the booking QR code, and dynamically generate posters, supporting the display of multi-language content; Add a booking code visibility switch to control whether the booking code is displayed on the poster;

[0064] S3: Booking code generation: Based on the product information blocks and dynamic product posters generated in steps S1 and S2, use a unique booking code generation algorithm to generate a base code consisting of an 8-bit combination of English letters and numbers, generate a feature code sequence according to information such as hotel brand, room type, courtesy content, and date range, and combine it with the base code to form a unique booking code for single bookings and order management;

[0065] S4: User booking interface generation: Based on the unique booking code generated in step S3, use a dynamic interface generation algorithm to generate a dedicated user booking interface. The interface content includes product details, real-time price, courtesy information, inventory status, and an interactive module for entering the booking code; By calling the merchant database interface, the validity of the inventory and price is verified in real time, and the interface display content is dynamically updated;

[0066] S5: Order generation and management: Based on the user booking interface generated in step S4, use an order generation and encryption management algorithm to verify the booking information. The user completes the booking by entering the unique booking code. The system verifies the validity of the booking code and records the basic information filled in by the user; After the booking is completed, the booking code is automatically converted into an order management code for subsequent order query and modification;

[0067] S6: Order Management and Follow-up Services: Based on the order management code generated in step S5, use the order tracking and service algorithm to provide users with order management and follow-up service support; users enter the order management interface by inputting the order management code and partial personal information; support users to query the order status, modify the check-in information, and cancel the reservation operation.

[0068] Furthermore, the specific steps for generating product information in step S1 are as follows:

[0069] S1.1: Use the user demand analysis algorithm to extract query conditions from the data input by the user, including date range, number of people, destination, etc.;

[0070] Analyze the structured data input by the user, determine the screening conditions and matching rules; generate user query conditions;

[0071] S1.2: Based on the user query conditions in step S1.1, use the database matching algorithm to screen out eligible hotel products from the merchant database;

[0072] Among them, the database query logic is based on the date range and destination; dynamically load the product list that meets the user's conditions; generate a preliminary screened hotel list;

[0073] S1.3: Based on the preliminary screened hotel list in step S1.2, use the dynamic price calculation algorithm to calculate the specific price and courtesy information of each hotel in real time; dynamically generate price data according to the pricing rules and courtesy information of hotel products; calculate the discounts that users can obtain in real time; generate a hotel product list containing price and courtesy information;

[0074] S1.4: Based on the hotel product list containing price and courtesy information in step S1.3, use the structured data generation algorithm to organize it into product information blocks;

[0075] Among them, the product information blocks include hotel name, room type, price, courtesy content, and inventory status; generate product information blocks.

[0076] Furthermore, the specific steps for generating product posters in step S2 are as follows:

[0077] S2.1: Use the graphic design algorithm to convert the product information blocks generated in step S1 into graphic templates, extract the core product information, such as hotel name, price, and courtesy information, and determine the poster graphic layout rules; generate product graphic templates;

[0078] S2.2: Based on the product graphic templates in step S2.1, use the QR code generation algorithm to generate a unique QR code for each hotel product; parse the URL of the hotel product; generate a dedicated QR code in combination with the reservation process;

[0079] S2.3: Based on the product graphic template and product QR code in steps S2.1 and S2.2, use a dynamic poster generation algorithm to generate a dynamic poster with a QR code, synthesize the graphic information and the QR code, and dynamically adjust the poster language to adapt to the user environment to generate a dynamic product poster;

[0080] S2.4: Add a poster switch function to control whether the reservation code is displayed on the dynamic product poster; adjust the poster display content according to the user's selection to generate the final dynamic product poster.

[0081] Furthermore, the specific steps for generating the reservation code in step S3 are as follows:

[0082] S3.1: Use a basic code generation algorithm to randomly generate a combination of eight digits and letters as the basic code; ensure that the digits and letters in the basic code are not repeated; generate the basic code;

[0083] S3.2: Based on the product information block in step S1, use a feature code generation algorithm to extract information such as brand, room type, amenities, and date to generate a feature code sequence; the feature code is generated according to the alphabetical sorting rules of the brand and amenities; generate the feature code sequence;

[0084] S3.3: Combine the basic code and the feature code sequence in steps S3.1 and S3.2, and use a feature code embedding algorithm to integrate the feature code sequence into the basic code and replace some characters in the basic code to form a unique reservation code;

[0085] S3.4: Based on the unique reservation code in step S3.3, perform an encryption process on the unique reservation code to ensure security; use a dynamic encryption algorithm to prevent the reservation code from being tampered with; generate a secure unique reservation code.

[0086] Furthermore, the specific steps for generating the user reservation interface in step S4 are as follows:

[0087] S4.1: Use an interface layout design algorithm to design a reservation interface based on the product information block in step S1; among them, the interface includes display modules such as product details, price, and amenities; generate a basic reservation interface;

[0088] S4.2: Based on the secure unique reservation code generated in sub-step S3.4, add a reservation code input and verification module, and the user needs to enter the reservation code for reservation verification; generate a reservation interface with reservation code verification;

[0089] S4.3: Use a real-time verification algorithm to dynamically check the inventory and price validity, and real-time update the inventory status and price information on the interface; generate a reservation interface with real-time update;

[0090] S4.4: Integrate the reservation interface with reservation code verification and the real-time updated reservation interface in steps S4.2 and S4.3, ensure the normal dynamic interaction function of the interface, provide a complete reservation function, and generate a user reservation interface.

[0091] Furthermore, the specific steps for order generation and management in step S5 are as follows:

[0092] S5.1: Based on the user reservation interface in step S4, the user fills in personal information and confirms the reservation; among them, the information includes name, contact information, check-in date, etc.; generate user reservation information;

[0093] S5.2: Adopt an order generation algorithm to bind the user reservation information with a secure and unique reservation code to generate an order, ensure the integrity and uniqueness of the order information, and generate a reservation order;

[0094] S5.3: Encrypt the reservation order to generate an order management code; the encrypted management code is convenient for the user to query the order subsequently;

[0095] S5.4: Embed the order management code into the order system for the user to query and manage through the reservation interface; provide functions such as order modification and cancellation, and generate manageable order data.

[0096] Furthermore, the specific steps for order management and subsequent services in step S6 are as follows:

[0097] S6.1: Based on the order management code generated in step S5, adopt a security verification algorithm, and the user verifies by entering the management code and part of the personal information through the order management interface; among them, the verification information includes the last four digits of the mobile phone number and the order management code, and generate an order verification result;

[0098] S6.2: According to the order verification result in step S6.1, provide the user with order details; display content such as the order status and the information of the person staying; generate order detail data;

[0099] S6.3: The user can modify or cancel the order through the order management interface in step S5.4; the interface provides corresponding function modules, and generate modified order data;

[0100] S6.4: Combine all the functions in step S6 to generate a final user order management interface to support subsequent service requirements; the user can view, modify or cancel the order, and generate an order management interface.

[0101] Furthermore, in S2.3, according to the merchants, the group and brand displayed on the visited interface, and according to the date range, number of people, number of copies, country and region, city, and product name selected by the sharer, the real-time price, benefits and system language of the product are obtained, and this information is dynamically classified and combined into product information blocks, price information blocks, and user information blocks, and the validity period of the price plan is implicitly included, and finally a poster with all information blocks, a QR code of the sharer's information and a GIF or static image that can represent the product is generated, and the poster language follows the system language;

[0102] In S2.4, when the poster is shared, the user can control whether the shared poster displays the code through a switch. If the code is displayed, it is used for direct booking, and if the code is not displayed, it can be used for promotional scenarios.

[0103] Further, in S4.4, the user scans the reservation QR code generated in step S2 to enter the interface where the "reservation code" needs to be entered. The user enters the secure and unique reservation code. If the reservation code has not been used, the user can enter the product details page and enter personal information in the interface to make a reservation (it is necessary to check inventory and real-time prices). After the reservation is successful, the "reservation code" can be used to manage the order;

[0104] Price plan changes or invalidity: When entering the booking interface, there are three situations. In the first situation, the price plan is valid but has changed, the user will be prompted and can continue to book. In the second situation, the price plan is invalid, the user will be prompted that the booking cannot be made. In the third situation, the product to be booked is sold out, the user will be prompted that it is sold out.

[0105] Furthermore, in S5.4, the user scans the QR code generated in step S2 to enter the interface where a code needs to be entered, which is the booking code + the last 4 digits of the mobile phone number provided when booking. If the code is correct, the user can enter the order details page to manage the order independently.

[0106] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A method for privately booking a hotel to obtain specific benefits and privileges, characterized in that: The following steps are involved: S1: Product information generation: Using a dynamic information combination algorithm, the core data of hotel name, room type, price, courtesy information, and inventory status are extracted from the merchant database, and product information blocks are dynamically generated according to the user's query conditions; S2: Product poster generation: Based on the product information block generated in step S1, a dynamic poster generation algorithm is used to convert the product information into a poster that combines text and images; the product information block and the booking QR code are integrated to dynamically generate posters that support multi-language content display; a booking code visibility switch is added to control whether the poster displays the booking code; S3: Reservation code generation: Based on the product information block and dynamic product poster generated in steps S1 and S2, a unique reservation code generation algorithm is used to generate a basic code consisting of an 8-digit English letter and number combination. A feature code sequence is generated based on hotel brand, room type, courtesy content, date range and other information, and is combined with the basic code to form a unique reservation code for single reservation and order management; S4: User booking interface generation: Based on the unique booking code generated in step S3, a dynamic interface generation algorithm is used to generate a dedicated user booking interface. The interface content includes product details, real-time prices, courtesy information, inventory status, and an interactive module for entering the booking code. By calling the merchant database interface, the validity of the inventory and price is verified in real time, and the interface display content is dynamically updated; S5: Order generation and management: Based on the user booking interface generated in step S4, the order generation and encryption management algorithm is used to verify the booking information. The user completes the booking by entering the unique booking code. The system verifies the validity of the booking code and records the basic information filled in by the user. After the booking is completed, the booking code is automatically converted into an order management code for subsequent order query and modification. S6: Order management and follow-up services: Based on the order management code generated in step S5, the order tracking and service algorithm is used to provide users with order management and follow-up service support; users enter the order management interface by entering the order management code and some personal information; Support users to check order status, modify check-in information, and cancel reservation operations.

2. A method for privately booking a hotel that can obtain specific discounts and benefits according to claim 1, characterized in that: The specific steps of generating product information in step S1 are as follows: S1.1: Use the user demand analysis algorithm to extract query conditions from the data entered by the user, including date range, number of people, destination, etc.; Analyze the structured data input by users, determine the screening conditions and matching rules; generate user query conditions; S1.2: Based on the user query conditions in step S1.1, a database matching algorithm is used to filter out hotel products that meet the conditions from the merchant database; The database query logic is based on date ranges and destinations; a list of products that meet user conditions is dynamically loaded; and a preliminary list of hotels is generated; S1.3: Based on the hotel list initially screened in step S1.2, a dynamic price calculation algorithm is used to calculate the specific price and benefit information of each hotel in real time; price data is dynamically generated according to the pricing rules and benefit information of hotel products; the discounts available to users are calculated in real time; and a hotel product list containing price and benefit information is generated; S1.4: Based on the hotel product list containing price and benefit information in step S1.3, a structured data generation algorithm is used to organize the list into product information blocks; The product information block includes hotel name, room type, price, benefits content and inventory status; generate the product information block.

3. A method for privately booking a hotel that can obtain specific benefits and rights according to claim 1, characterized in that: The specific steps of generating the product poster in step S2 are as follows: S2.1: Use the graphic design algorithm to convert the product information block generated in step S1 into a graphic template, extract the core product information, such as hotel name, price and courtesy information, determine the graphic layout rules of the poster, and generate the product graphic template; S2.2: Based on the product graphic template in step S2.1, use the QR code generation algorithm to generate a unique QR code for each hotel product; parse the URL of the hotel product; and generate a unique QR code based on the booking process; S2.3: Based on the product image and text template and product QR code in steps S2.1 and S2.2, a dynamic poster generation algorithm is used to generate a dynamic poster with a QR code, the image and text information and the QR code are synthesized, the poster language is dynamically adjusted to adapt to the user environment, and a dynamic product poster is generated; S2.4: Add a poster switch function to control whether the dynamic product poster displays the reservation code; adjust the poster display content according to the user's selection to generate the final dynamic product poster.

4. A method for privately booking a hotel that can obtain specific discounts and benefits according to claim 1, characterized in that: The specific steps of generating the reservation code in step S3 are as follows: S3.1: Use the basic code generation algorithm to randomly generate a combination of eight digits and letters as the basic code; ensure that the digits and letters in the basic code are not repeated; generate the basic code; S3.2: Based on the product information block in step S1, a feature code generation algorithm is used to extract information such as brand, room type, benefits, date, etc. to generate a feature code sequence; the feature code is generated according to the alphabetical sorting rules of brand and benefits; and a feature code sequence is generated; S3.3: Combine the basic code and feature code sequence in steps S3.1 and S3.2, use a feature code embedding algorithm to integrate the feature code sequence into the basic code, and replace some characters in the basic code to form a unique reservation code; S3.4: Based on the unique reservation code in step S3.3, encrypt the unique reservation code to ensure security; use a dynamic encryption algorithm to prevent the reservation code from being tampered with; and generate a secure unique reservation code.

5. A method for privately booking a hotel that can obtain specific benefits and privileges according to claim 1, characterized in that: The specific steps of generating the user booking interface in step S4 are as follows: S4.1: Using the interface layout design algorithm, design the booking interface based on the product information block in step S1; the interface includes display modules such as product details, prices, and benefits; generate a basic booking interface; S4.2: Based on the secure and unique booking code generated in sub-step S3.4, a booking code input and verification module is added, and the user needs to enter the booking code for booking verification; a booking interface with booking code verification is generated; S4.3: Use real-time verification algorithms to dynamically check inventory and price validity, and update inventory status and price information on the interface in real time; generate a real-time updated booking interface; S4.4: Integrate the booking interface with booking code verification and real-time updated booking interface of steps S4.2 and S4.3, ensure the normal dynamic interaction function of the interface, provide complete booking function, and generate a user booking interface.

6. A method for privately booking a hotel that can obtain specific benefits and privileges according to claim 1, characterized in that: The specific steps of order generation and management in step S5 are as follows: S5.1: Based on the user reservation interface of step S4, the user fills in personal information and confirms the reservation; the information includes name, contact information, check-in date, etc.; and generates user reservation information; S5.2: Adopting the order generation algorithm, binding the user's reservation information and the secure unique reservation code to generate an order, ensuring the integrity and uniqueness of the order information, and generating a reservation order; S5.3: Encrypt the reservation order and generate an order management code; the encrypted management code facilitates the user to query the order later; S5.4: The order management code is embedded in the order system for users to query and manage through the booking interface; order modification, cancellation and other functions are provided to generate manageable order data.

7. A method for privately booking a hotel to obtain specific benefits and privileges according to claim 1, characterized in that: The specific steps of order management and subsequent services in step S6 are as follows: S6.1: Based on the order management code generated in step S5, a security verification algorithm is used, and the user enters the management code and part of personal information through the order management interface for verification; the verification information includes the last digit of the mobile phone number and the order management code, and the order verification result is generated; S6.2: Based on the order verification result of step S6.1, provide the user with order details; display order status, check-in information, etc.; generate order details data; S6.3: The user can modify or cancel the order through the order management interface in step S5.4; the interface provides corresponding function modules to generate modified order data; S6.4: Combine all functions of step S6 to generate an end-user order management interface to support subsequent service needs; users can view, modify or cancel orders to generate an order management interface.

8. A method for privately booking a hotel that can obtain specific benefits and privileges according to claim 3, characterized in that: In said S2.3, according to the merchant, the group and brand displayed on the visited interface, and according to the date range, number of people, number of copies, country and region, city, and product name selected by the sharer, the real-time price, benefits and system language of the product are obtained, and this information is dynamically classified and combined into product information blocks, price information blocks, and user information blocks, and the validity period of the price plan is implicitly included, and finally a poster with all information blocks, a QR code of the sharer's information and a GIF or static image that can represent the product is generated, and the poster language follows the system language; In S2.4, when the poster is shared, the user can control whether the shared poster displays the code through a switch. If the code is displayed, it is used for direct booking, and if the code is not displayed, it can be used for promotional scenarios.

9. A method for privately booking a hotel to obtain specific benefits and privileges according to claim 5, characterized in that: In S4.4, the user scans the reservation QR code generated in step S2 to enter the interface where the "reservation code" needs to be entered. The user enters the secure and unique reservation code. If the reservation code has not been used, the user can enter the product details page and enter personal information in the interface to make a reservation (it is necessary to check inventory and real-time prices). After the reservation is successful, the "reservation code" can be used to manage the order; Price plan changes or invalidity: When entering the booking interface, there are three situations. In the first situation, the price plan is valid but has changed, the user will be prompted and can continue to book. In the second situation, the price plan is invalid, the user will be prompted that the booking cannot be made. In the third situation, the product to be booked is sold out, the user will be prompted that it is sold out.

10. A method for privately booking a hotel that can obtain specific benefits and privileges according to claim 6, characterized in that: In S5.4, the user scans the QR code generated in step S2 to enter the interface where a code needs to be entered, which is the booking code + the last 4 digits of the mobile phone number provided when booking. If the code is correct, the user can enter the order details page to manage the order independently.

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