Artificial intelligence (AI)-based automotive management information processing computer, automotive management information processing system, automotive management information processing method and recording medium

Abstract

The present invention relates to a computer for processing automobile management information, a system thereof, and a method thereof. The present invention utilizes an automobile management app output or executed on a user terminal to extract and accumulate information regarding the company, management service, service date and time, and amount of the user's automobile management based on the user's payment information related to automobile management, including maintenance and repair. Furthermore, in response to a user's automobile management request, the invention extracts automobile condition diagnostic information and collects information on automobile management estimates and available schedules from registered automobile management company members. Finally, based on the user schedule information, an artificial intelligence (AI) algorithm is applied to select a user-friendly and suitable automobile management company and determine the schedule for performing automobile management.

Description

Technology Field

[0001] The present invention relates to an artificial intelligence (AI)-based automobile management information processing computer, an automobile management information processing system, an automobile management information processing method, and a recording medium. More specifically, the invention relates to automobile management that includes an automobile management app executed on a user terminal connected via communication with automobile management companies, including repair shops providing light maintenance services such as repairs for automobile breakdowns and accidents and replacement of parts and consumables, detailing service companies providing services such as car washing and polishing, and tire companies providing automobile tire replacement services. By simply entering a vehicle number or chassis number into the automobile management app, one can check automobile management history information, including repair history information, parts replacement, car washing, and tire replacement of a registered automobile. Furthermore, in addition to checking payment information by item and period related to automobile management, if a visit to a company is required for automobile repairs, detailing services, or parts replacement such as tires, the invention enables the setting of a visit schedule and calculation of reservation information based on AI, using the schedule information of the company and the user who is the automobile owner, and provides this information to the user through the automobile management app. Background Technology

[0002] A smartphone application program has been developed to provide online services for managing vehicle maintenance and repair history and costs, recording the history of repairs and parts replacements and offering information on repair shops. This smartphone application program for managing vehicle maintenance information has been distributed to users as a digitized version of the so-called "car logbook," which previously required users to manually record and manage vehicle maintenance history and costs.

[0003] The invention of an integrated automobile management device and method thereof is disclosed in Korean Patent Publication No. 10-2015-0029932 (Publication date: March 19, 2015).

[0004] The disclosed invention comprises: an information storage unit that stores vehicle recognition information including vehicle information and vehicle owner personal information; an information recognition unit that verifies the vehicle's personal information based on the vehicle recognition information and, if the vehicle's personal information is a normal vehicle, receives vehicle management information from a vehicle manager and transmits it to an integrated server; and an information output unit that receives and outputs the vehicle management information from the integrated server; wherein the vehicle management information includes at least one of vehicle inspection information, vehicle tax and penalty information, vehicle repair information, vehicle accident and insurance information, vehicle parking information, vehicle refueling information and vehicle toll information, and vehicle loss information.

[0005] The aforementioned disclosed invention is characterized by enhancing convenience by collecting necessary information regarding a vehicle from institutions that provide various information related to vehicles and providing it to the user; however, since it is not possible to set and notify the user of a schedule for performing a solution related to the provided vehicle-related information, there is a problem in that the user may only acquire the information but be unable to perform the task.

[0006] In addition, the invention of a system and method for providing an online one-stop service platform related to automobiles is disclosed in Korean Patent Publication No. 10-2023-0009024 (Publication date: January 17, 2023).

[0007] The disclosed invention relates to a system and method for providing an online one-stop service platform for automobiles, which integrates and provides all automobile-related services, including transactions for necessary parts, inquiries regarding fault diagnosis, estimates for various maintenance, car washing, and polishing, thereby enabling transactions and estimates between a business operator (company) and a user, between users and users, or between business operators and business operators to be easily and quickly conducted through a single platform.

[0008] Although the aforementioned disclosed invention has the effect of enabling easy and rapid quotations or transactions between automobile-related users and businesses using a platform, it has a problem in that it is merely an online service of simple information because it cannot generate and provide information that allows for the coordination of performance schedules between related companies and users to set and execute reservation information when performing services such as automobile maintenance, repair, or parts replacement.

[0009] In addition, regarding other automobile management information, the invention of a vehicle management service platform system with a vehicle maintenance notification function is disclosed in Korean Public Patent No. 10-2023-0152407 (Publication date: November 3, 2023). Furthermore, the invention of a device and method for automatically managing the replacement cycle of vehicle consumables is disclosed in Korean Registered Patent No. 10-2049950 (Registration date: November 22, 2019).

[0010] However, since the aforementioned disclosed inventions provide functions to notify the user of the timing for vehicle maintenance or the replacement cycle of vehicle consumables, they cannot generate and provide information that allows for the coordination of performance schedules between the relevant company and the user to set and execute reservation information when performing services such as vehicle maintenance, repair, or parts replacement; thus, there is a problem in that they become merely online services of simple information.

[0011] Therefore, there is a desire for an invention regarding automobile management that enables users to verify automobile management history information, including maintenance and repair history, parts replacement, detailing service history, and tire replacement history, of a registered automobile simply by entering a vehicle number or chassis number into an automobile management app executed on a user terminal connected to automobile management companies that provide automobile maintenance and repair services, detailing services, tire replacement services, etc., and to verify payment information by item and period related to automobile management, select an AI-based user-friendly company for automobile maintenance and repair, detailing services, or parts replacement such as tires, and, when a visit to such company is required, calculate a visit schedule and reservation information based on the company's schedule and the schedule of the user who is the automobile owner, and provide this information to the user through the said automobile management app. Prior art literature

[0012] Republic of Korea Published Patent No. 10-2015-0029932 (Publication Date: March 19, 2015) Republic of Korea Published Patent No. 10-2023-0009024 (Publication Date: January 17, 2023) Republic of Korea Published Patent No. 10-2023-0152407 (Publication Date: November 3, 2023) Republic of Korea Registered Patent No. 10-2049950 (Registration Date: November 22, 2019) The problem to be solved

[0013] The present invention aims to solve the problems of the prior art in this technical field. The objective of the present invention is to provide an AI-based automobile management information processing computer, an automobile management information processing system, an automobile management information processing method, and a recording medium that, through an automobile management app executed on a user terminal connected via communication with automobile management companies providing automobile maintenance and repair services, detailing services, tire replacement services, etc., allow verification of automobile management history information, including maintenance and repair history, parts replacement, detailing service history, and tire replacement history of a registered automobile, simply by entering an automobile number or chassis number into the automobile management app; allow verification of payment information by item and period related to automobile management; and select and provide user-friendly AI-based companies for automobile maintenance and repair, detailing services, or parts replacement such as tires.

[0014] In addition, another objective of the present invention is to provide an AI-based automobile management information processing computer, an automobile management information processing system, an automobile management information processing method, and a recording medium that, when visiting a selected business for automobile maintenance repair or detailing services or parts replacement such as tires, calculates the setting of a visit schedule and reservation information based on AI, using the schedule of the business and the schedule information of the automobile owner user, and provides this information to the user through the automobile management app. means of solving the problem

[0015] As a means of solving the problem for achieving the objective of the present invention, in the first aspect of the present invention, based on established rules or artificial intelligence (AI), a vehicle management information processing computer capable of collecting vehicle management information, such as maintenance and repair history information, parts and consumable usage history information, detailing service history information such as car wash, and tire replacement history information of the vehicle based on vehicle information registered by a user, and providing vehicle management information by item and period so that it can be checked on a user terminal, collecting and managing information on service providers related to vehicle management, and when a vehicle management matter occurs, collecting location information, quotation information, and facility information from related companies to select and provide a user-friendly company, and setting and providing reservation and schedule information based on artificial intelligence (AI) for the selected company and the user; and a data storage device that is communicationally connected to or included in itself, stores data generated or collected by the vehicle management information processing computer, and provides the corresponding data upon inquiry by the vehicle management information processing computer. At least one user terminal that communicates with the vehicle management information processing computer through a web program or application program (vehicle management app) managed by the vehicle management information processing computer, provides information on vehicles subject to management and information on management occurrences to the vehicle management information processing computer, and receives and outputs management information related to vehicles subject to management from the vehicle management information processing computer; and a vehicle registration information management computer that communicates with the vehicle management information processing computer and provides various vehicle registration information, including vehicle types, based on vehicle information entered or registered by the user terminal of the vehicle management information processing computer.A vehicle information providing computer that is communicationally connected to the vehicle management information processing computer and provides various information in the current state, including parts replacement cycle information of the vehicle, based on vehicle information entered or registered by the user terminal of the vehicle management information processing computer; a repair shop management computer managed by at least one vehicle repair shop that is communicationally connected to the vehicle management information processing computer and provides location information, grade information, facility information, information on services provided, price information for services provided, etc., and service information related to consumables and parts, etc., and update information thereof; a detailing shop management computer managed by at least one vehicle detailing service shop that is communicationally connected to the vehicle management information processing computer and provides location information, facility information, information on services provided such as car wash and polishing, price information for services provided, etc., and update information thereof; and a tire shop management computer managed by at least one vehicle tire sales and replacement service shop that is communicationally connected to the vehicle management information processing computer and provides location information, facility information, information on types and prices of tires in stock, information on tire-related services provided, etc., and update information thereof; An automobile management information processing system is provided, comprising: at least one credit card payment computer managed by at least one credit card company that provides credit card payment details in real time to the user terminal; and at least one mobile payment computer managed by at least one fintech or mobile payment company that provides fintech or mobile payment details in real time to the user terminal.

[0016] In addition, as a second aspect of the present invention, an automobile management information processing computer comprising at least one hardware processor and a memory storing a web program or computer program related to automobile fuel information management, wherein the at least one hardware processor controls the execution of the program stored in the memory,

[0017] Receiving vehicle management information generated based on payment history information related to vehicle management, including maintenance and repair of the user's vehicle, replacement of parts and consumables, detailing services including car washing, and tire replacement, transmitted from a user terminal;

[0018] The vehicle management information generated by the user terminal here is generated by analyzing the user's payment history information received by the user terminal to identify only information related to vehicle management, and extracting information including the management service provider, location, type of service, service date and time, and amount from the identified information related to vehicle management.

[0019] Updating and storing vehicle management information received from the above user terminal in conjunction with user or user's vehicle information;

[0020] Based on updated vehicle management information of the user's vehicle and vehicle management information collected based on the user's vehicle information, and based on artificial intelligence (AI), generating recommended vehicle management information including types of vehicle management and schedule information applicable to the user's vehicle;

[0021] A vehicle management information processing computer is presented, characterized by providing generated recommended vehicle management information so that the user can check it through a vehicle management app on a user terminal.

[0022] In addition, as a third aspect of the present invention, an automobile management information processing computer comprising at least one hardware processor and a memory storing a web program or computer program related to automobile fuel information management, wherein the at least one hardware processor controls the execution of the program stored in the memory,

[0023] Receive user payment history information from the user terminal;

[0024] Generating vehicle management information based on payment history information related to vehicle management, including maintenance and repair, parts replacement, purchase of consumables, detailing services such as car washing, and tire replacement, extracted by analyzing the user's payment history information received from the above user terminal;

[0025] Here, the aforementioned vehicle management information is generated by analyzing the payment history information of the received user to identify only information related to vehicle management, and extracting information including the management service provider, location, type of service, service date and time, and amount from the identified vehicle management-related information.

[0026] Updating and saving the generated vehicle management information in conjunction with the user or the user's vehicle information;

[0027] Based on updated vehicle management information of the user's vehicle and conventional vehicle management information collected based on the user's vehicle information, recommended vehicle management information including types of vehicle management and schedule information applicable to the user's vehicle based on artificial intelligence (AI) is generated;

[0028] A vehicle management information processing computer is presented, characterized by providing generated recommended vehicle management information so that the user can check it through a vehicle management app on a user terminal.

[0029] In addition, as a fourth aspect of the present invention, an automobile management information processing computer comprising at least one hardware processor and a memory storing a web program or computer program related to automobile fuel information management, wherein the at least one hardware processor controls the execution of the program stored in the memory,

[0030] Receiving a vehicle management request transmitted from a user terminal, including at least one of maintenance repair, replacement of parts and consumables, detailing services including car washing, and tire replacement for a vehicle under the user's management;

[0031] By analyzing the vehicle management request of the above vehicle, the diagnostic status information of the said vehicle is extracted based on artificial intelligence (AI) using stored related data and collected related data, and

[0032] Providing the extracted diagnostic status information of the vehicle to at least one vehicle management company to receive at least one vehicle management quotation information including information of the vehicle management company, management details of the vehicle, an estimated amount, and available reservation schedules;

[0033] Extract schedule information following the maintenance and repair request from the schedule management information of the above user;

[0034] Based on the extracted schedule information of the user and the available schedules of the car management companies included in at least one car management quotation information, at least one car management company that provides a schedule available for reservation according to the user's schedule information;

[0035] Select a car management company by applying an artificial intelligence (AI) algorithm to at least one car management quotation information provided by at least one selected car management company and user information, and generate reservation schedule information for the selected car management company to perform the car management requested by the user;

[0036] A vehicle management information processing computer is presented, characterized by linking generated reservation schedule information with user information to store it as update information for vehicle management history information, and providing it so that the user and a selected vehicle management company can check it through a vehicle management app.

[0037] In addition, as a fifth aspect of the present invention, the automobile management information processing computer receives automobile management information generated based on payment history information related to automobile management, including maintenance and repair of a user's automobile, replacement of parts and consumables, detailing services including car washing, and tire replacement, which is transmitted from a user terminal;

[0038] The vehicle management information generated by the user terminal here is generated by analyzing the user's payment history information received by the user terminal to identify only information related to vehicle management, and extracting information including the management service provider, location, type of service, service date and time, and amount from the identified information related to vehicle management.

[0039] The step of the above-mentioned vehicle management information processing computer updating and storing vehicle management information received from the above-mentioned user terminal in conjunction with user or user's vehicle information;

[0040] The above-mentioned automobile management information processing computer generates recommended automobile management information including types of automobile management and schedule information applicable to the user's automobile based on artificial intelligence (AI), based on automobile management information of the updated user's automobile and ordinary automobile management information collected based on the user's automobile information;

[0041] A method for processing vehicle management information is presented, comprising the step of providing recommended vehicle management information generated by the above vehicle management information processing computer so that a user can verify it.

[0042] In addition, as a sixth aspect of the present invention, the automobile management information processing computer analyzes the user's payment history information received from the user terminal and generates automobile management information based on payment history information related to automobile management, including maintenance repair, parts replacement, purchase of consumables, detailing services such as car washing, and tire replacement;

[0043] Here, the vehicle management information is generated by analyzing the user's payment history information received from the user terminal to identify only information related to vehicle management, and extracting information including the management service provider, location, type of service, service date and time, and amount from the identified vehicle management-related information.

[0044] A step of updating and storing the vehicle management information generated by the vehicle management information processing computer in conjunction with the user or the user's vehicle information;

[0045] The above-mentioned automobile management information processing computer generates recommended automobile management information including types of automobile management and schedule information applicable to the user's automobile based on artificial intelligence (AI), based on automobile management information of the updated user's automobile and ordinary automobile management information collected based on the user's automobile information;

[0046] A method for processing vehicle management information is presented, comprising the step of providing recommended vehicle management information generated by the above vehicle management information processing computer so that a user can verify it.

[0047] In addition, in a seventh aspect of the present invention, the automobile management information processing computer receives an automobile management request transmitted from a user terminal, the request including at least one of maintenance and repair, replacement of parts and consumables, detailing service including car wash, and tire replacement for an automobile under the user's management;

[0048] The above-mentioned vehicle management information processing computer analyzes the vehicle management request of the vehicle and extracts diagnostic status information of the vehicle based on artificial intelligence (AI) using stored related data and collected related data;

[0049] The above-mentioned automobile management information processing computer provides the extracted diagnostic status information of the automobile to at least one automobile management company to receive at least one automobile management quotation information including information of the automobile management company, management details of the automobile, an estimated amount, and available reservation schedules;

[0050] The above-mentioned automobile management information processing computer extracts schedule information following the maintenance and repair request from the user's schedule management information;

[0051] A step of selecting at least one automobile management company that provides a schedule available for reservation according to the user's schedule information, based on the user's schedule information extracted by the automobile management information processing computer and the reservation available schedules of automobile management companies included in at least one automobile management quotation information;

[0052] The above-mentioned automobile management information processing computer applies an artificial intelligence (AI) algorithm to at least one automobile management quotation information provided by at least one selected automobile management company and user information to select an automobile management company, and generates reservation schedule information for the selected automobile management company to perform the automobile management requested by the user;

[0053] A method for processing vehicle management information is presented, comprising the step of the above-mentioned vehicle management information processing computer linking generated reservation schedule information with user information to store it as update information for vehicle management history information, and providing it so that the user and a selected vehicle management company can verify it. Effects of the invention

[0054] According to the present invention, by simply entering a vehicle number or chassis number into a vehicle management app, one can check vehicle management history information including maintenance and repair history, parts replacement and detailing service history, and tire replacement history of a registered vehicle; one can check payment information by item and period related to vehicle management; one can select and provide user-friendly AI-based businesses for vehicle maintenance and repair, detailing services, or parts replacement such as tires; and when visiting a selected business for vehicle maintenance and repair, detailing services, or parts replacement such as tires, one can calculate the setting of a visit schedule and reservation information based on AI using the business's schedule and the schedule information of the user who is the vehicle owner, and provide this information to the user through the vehicle management app. Brief explanation of the drawing

[0055] FIG. 1 is a schematic diagram of an embodiment of the automobile management information processing system of the present invention. FIG. 2 is a schematic diagram of an embodiment of the automobile management information processing computer of the present invention. FIG. 3 is a schematic diagram of an embodiment of a member information management module, which is a main part of the automobile management information processing computer of the present invention. FIG. 4 is a schematic diagram of an embodiment of an automobile information management module, which is a main part of the automobile management information processing computer of the present invention. FIG. 5 is a schematic diagram of an embodiment of a vehicle management history information management module, which is a main part of the vehicle management information processing computer of the present invention. FIG. 6 is a flowchart illustrating an embodiment of the automobile management information processing method of the present invention. FIG. 7 is a flowchart illustrating another embodiment of the automobile management information processing method of the present invention. FIG. 8 is a flowchart illustrating another embodiment of the automobile management information processing method of the present invention. Specific details for implementing the invention

[0056] Embodiments of the present invention will be described in detail below with reference to the accompanying drawings.

[0057] The terms used in the description of the embodiments of the present invention are defined. The computers and terminals used in the present invention may be hardware components themselves, or computer programs and web programs that utilize said hardware resources. For example, the computers including the vehicle management information processing computer of the present invention may be composed of each component of the hardware included in said computer, and each component of a web program or computer program stored in the storage means of said computer may be executed by utilizing the hardware resources of a central processing unit (CPU) that includes instructions and algorithms stored in the registers of said computer.

[0058] In addition, the term '~system' used in the description of the embodiments of the present invention may refer to a structure in which at least one computer, at least one terminal, at least one data storage device, or at least one system, or at least one combination thereof, is interconnected using a communication means to transmit and receive data.

[0059] In addition, terms used or potentially used in the description of the embodiments of the present invention, such as '~part', '~module', '~means', or '~unit', may be used with the same meaning for the same configuration and may be appropriately substituted depending on the operation of the corresponding component. The above terms may represent hardware configurations of computers or terminals, or represent individual components of a web program or computer program that are stored in storage means, such as memory, of a computer or terminal and executed under the control of a central processing unit (CPU) or processor. In the embodiments of the present invention, the above terms are primarily used to represent individual components of a web program or computer program.

[0060] In addition, terms used or that may be used in the embodiments of the present invention, such as 'communication' and 'communication means,' are terms that include various communication methods capable of transmitting and receiving data, and in particular, in the embodiments of the present invention, include various wired or wireless mobile communication and internet communication methods capable of transmitting and receiving data through a web program or application program executed on an automobile management information processing computer, a data storage device, or a user terminal.

[0061] In addition, "connection" or "connection" as used in the embodiments of the present invention refers to a state in which terminals on both sides are able to transmit and receive signals, data, or voice, etc., through a communication means.

[0062] For example, a user terminal can connect to a vehicle management information processing computer via a wired or wireless internet or mobile communication means through an app program running on its own terminal.

[0063] Furthermore, regarding terms or expressions not defined here, one is not bound by such terms or expressions, and it goes without saying that the operation or function of the components they represent holds greater significance.

[0064] FIG. 1 is a schematic diagram of an embodiment of the automobile management information processing system of the present invention.

[0065] As illustrated in FIG. 1, the automobile management information processing system of the present invention comprises: an automobile management information processing computer (100) that collects automobile management information, such as maintenance and repair history information, parts and consumable usage history information, detailing service history information such as car wash, and tire replacement history information of the vehicle based on automobile information registered by a user based on set rules or artificial intelligence (AI), and provides automobile management information by item and period so that it can be checked on a user terminal; collects and manages information on service providers related to automobile management; when a matter regarding the management of the vehicle occurs, collects location information, quotation information, and facility information from related companies to select and provide a user-friendly company; and sets and provides reservation and schedule information based on artificial intelligence (AI) for the selected company and the user; and a data storage device (200) that is connected to the automobile management information processing computer (100) in communication or is included therein, stores data generated or collected by the automobile management information processing computer (100), and provides the corresponding data upon inquiry by the automobile management information processing computer (100). At least one user terminal (300) that communicates with the vehicle management information processing computer (100) through a web program or application program (vehicle management app) managed by the vehicle management information processing computer (100), provides information on vehicles subject to management and information on management occurrences to the vehicle management information processing computer (100), and receives and outputs management information related to vehicles subject to management from the vehicle management information processing computer (100); and a vehicle registration information management computer (400) that communicates with the vehicle management information processing computer and provides various vehicle registration information including vehicle types based on vehicle information entered or registered by the vehicle management information processing computer at the user terminal (300);A vehicle information providing computer (500) that is connected to the vehicle management information processing computer (100) and provides various information in the current state, including information on the replacement cycle of parts of the vehicle, based on vehicle information that the vehicle management information processing computer (100) has entered or registered in the user terminal (300); a repair shop management computer (600) managed by at least one vehicle repair shop that is connected to the vehicle management information processing computer (100) and provides location information, grade information, facility information, information on services provided, price information for services provided, etc., and service information related to consumables and parts; and a detailing shop management computer (700) managed by at least one vehicle detailing service shop that is connected to the vehicle management information processing computer (100) and provides location information, facility information, information on services provided such as car wash and polishing, price information for services provided, etc., and update information thereof; The configuration includes: a tire company management computer (800) managed by at least one automobile tire sales and replacement service provider that is communicationally connected to the automobile management information processing computer (100) and provides location information, facility information, types and prices of tires in stock, information on tire-related services provided, and update information thereof; at least one credit card payment computer (900) managed by at least one credit card company that provides credit card payment details in real time to the user terminal (300); and at least one mobile payment computer (1000) managed by at least one fintech or mobile payment company that provides fintech or mobile payment details in real time to the user terminal (300).

[0066] The above-mentioned automobile management information processing computer (100) is equipped with communication means and includes at least one hardware processor and a memory for storing a computer program or a web program, and the at least one hardware processor may be configured with at least one server computer capable of executing a computer program or a web program stored in the memory.

[0067] The above data storage device (200) may be configured as a database management system (DBMS).

[0068] The above at least one user terminal (300) is equipped with a communication means and may be configured as a terminal such as a smartphone, tablet computer, personal computer (PC), or laptop, which is capable of executing a computer program or web program by including at least one hardware processor and a memory for storing a computer program or web program.

[0069] FIG. 2 is a schematic diagram of an embodiment of the automobile management information processing computer of the present invention.

[0070] The components of the vehicle management information processing computer (100) of the present invention may represent each component of a web program or computer program executed using the hardware resources of a computer. In particular, the components of the vehicle management information processing computer (100) of the present invention will be described below as each component of a web program or computer program executed using hardware resources.

[0071] As illustrated in FIG. 2, the automobile management information processing computer (100) of the present invention comprises: a member information management module (100) that manages member information of automobile management company members, including user members who have signed up to register information on owned automobiles and receive automobile management services, and maintenance and repair company members, detailing company members, and tire company members who provide automobile management services to said user members; an automobile information management module (120) that collects, updates, and manages automobile management-related information based on information of an automobile subject to management entered into an automobile management-related web program or application program (hereinafter referred to as 'automobile management app') that is output or executed on the user terminal of said user members; and a maintenance and repair company information management module (130) that receives, updates, and manages business information of an automobile maintenance and repair company, including location information, service information, price information, and facility information, entered into an automobile management app that is output or executed on the automobile maintenance and repair company terminal or maintenance and repair company management computer of said maintenance and repair company members. A detailing company information management module (140) that receives, updates, and manages business information of an automobile detailing company, including location information, service information, price information, and facility information, which is entered by the detailing company member into an automobile management app that is output or executed on the automobile detailing company terminal or detailing company management computer; a tire company information management module (150) that receives, updates, and manages business information of an automobile tire company, including location information, service information, price information, and facility information, which is entered by the tire company member into an automobile management app that is output or executed on the automobile tire company terminal or tire company management computer; and an automobile management history information management module (160) that updates and manages automobile management information by item and period extracted from the payment history information of a user member or payment history information related to automobile management received from the automobile management app of the user terminal;The configuration includes: a vehicle management request information management module (170) that receives at least one management service request among maintenance repair service, detailing service, and tire replacement service regarding a vehicle owned by a user member from a vehicle management app of the user terminal, and receives and manages at least one vehicle management estimate information from at least one related vehicle management company based on diagnostic status information of the vehicle extracted by analyzing the received vehicle management service request; a vehicle management schedule generation management module (180) that generates and manages a reservation schedule for the selection of a vehicle management company and the performance of vehicle management by the user member by applying artificial intelligence (AI) to the reservation availability schedule information of at least one vehicle management company and the schedule information of the user member based on the at least one vehicle management estimate information; and a vehicle management app information management module (190) that manages usage information including program updates of a vehicle management app that is output or executed on the user terminal, a maintenance repair company computer, a detailing company computer, and a tire company computer.

[0072] FIG. 3 is a schematic diagram of an embodiment of a member information management module, which is a main part of the automobile management information processing computer of the present invention.

[0073] As illustrated in FIG. 3, the member information management module (110) of the present invention comprises: a user member information management module (111) that manages member information of a user who has registered to use a management service including maintenance and repair of the registered vehicle, and registers information of a vehicle owned; a maintenance and repair business member information management module (112) that manages member information of a maintenance and repair business that has registered to participate in the provision of vehicle management services including maintenance and repair of the user member's vehicle, and registers information of a business including vehicle maintenance and repair grade information, location information, facility information, maintenance and repair service information, and maintenance and repair price information; and a detailing business member information management module (113) that manages member information of a detailing business that has registered to participate in the provision of vehicle management services including detailing services regarding the user member's vehicle, and registers information of a business including location information, facility information, detailing service information, and service price information, as a detailing service provider for car washing and polishing, etc. The configuration includes a tire company member information management module (114) that manages member information of a tire company that has joined to participate in the provision of automobile management services, including tire sales and replacement services for the user member's automobile, and registers business information including location information, facility information, tire availability information, and tire price information as a tire company performing automobile tire sales and replacement services.

[0074] The above user member information management module (111) can manage a schedule management means that allows a user to record and check a schedule as a means included in a car management app executed on a user terminal, and can also recognize a schedule management means consisting of a schedule management program and a memo program installed and executed on a user terminal such as a smartphone, and read and manage the user's schedule information recorded in the recognized schedule management means.

[0075] FIG. 4 is a schematic diagram of an embodiment of an automobile information management module, which is a main part of the automobile management information processing computer of the present invention.

[0076] As illustrated in FIG. 4, the vehicle information management module (120) of the present invention comprises: a vehicle identification information management module (121) that receives a vehicle number or chassis number of a management target entered into a vehicle management app of a user terminal to receive vehicle management services using an embodiment of the present invention, and stores and manages it in conjunction with user member information; and a vehicle registration information management module (122) that stores registration information including data such as vehicle type, year of manufacture, engine displacement, and color of the vehicle collected from the registration information management computer (400) based on the identification information of the vehicle managed by the vehicle identification information management module (121), and provides it in response to a query request from the user terminal (300). The configuration includes a vehicle data management module (123) that stores vehicle information including various data corresponding to the vehicle, such as the average fuel efficiency of the current state of the vehicle, the replacement cycle of parts or the replacement cycle of consumables, collected from the vehicle information providing computer (500) based on the identification information of the vehicle managed by the vehicle registration information management module (122), and provides this information in response to a query request from a user terminal (300).

[0077] FIG. 5 is a schematic diagram of an embodiment of a vehicle management history information management module, which is a main part of the vehicle management information processing computer of the present invention.

[0078] As illustrated in FIG. 5, the vehicle management history information management module (160) of the present invention comprises: a vehicle management item information management module (161) that manages vehicle management information by distinguishing it into items such as repair of vehicle breakdowns, replacement of parts or consumables, detailing items such as car washing and polishing, and tire purchase or replacement; a vehicle management information extraction management module (162) that manages vehicle management information by item by extracting it from user payment history information entered or analyzed from a user terminal; and a vehicle management history generation management module (163) that manages the registration and updating of detailed information on vehicle management by item, including the extracted vehicle management information, the location of the business that provided the vehicle management service, the service date and time, and the service amount.

[0079] The operation of an embodiment of the vehicle management information processing system of the present invention will be described below. Since the embodiment of the present invention is implemented through a vehicle management information processing computer (100) on which a program related to vehicle management information processing is installed and executed, the operation of the vehicle management information processing computer (100) will be described here.

[0080] The automobile management information processing computer (100) of the present invention comprises at least one hardware processor and a memory storing a web program or computer program related to automobile fuel information management, wherein the at least one hardware processor controls the execution of the program stored in the memory, and the automobile management information processing computer (100) receives automobile management information generated based on payment history information related to automobile management, including maintenance and repair of a user's automobile, replacement of parts and consumables, detailing services including car washing, and tire replacement, which is transmitted from a user terminal (300).

[0081] Here, the vehicle management information generated by the user terminal (300) includes information generated by analyzing the user's payment history information received by the user terminal (300) to identify only information related to vehicle management, and extracting information including the management service provider, location, type of service, service date and time, and amount from the identified information related to vehicle management.

[0082] Next, the vehicle management information processing computer (100) updates and stores the vehicle management information received from the user terminal (300) in conjunction with the user or the user's vehicle information.

[0083] The above-mentioned vehicle management information processing computer (100) can generate recommended vehicle management information based on artificial intelligence (AI), including types of vehicle management and schedule information that can be applied to the user's vehicle, based on vehicle management information of the updated user's vehicle and vehicle management information collected based on the user's vehicle information.

[0084] The above-mentioned vehicle management information processing computer (100) can provide the generated recommended vehicle management information for viewing so that the user can check it through the vehicle management app of the user terminal (300).

[0085] In addition, as another embodiment of the present invention, unlike the previous embodiment where the entity generating the vehicle management information was disclosed as a user terminal, there is a difference here in that the vehicle management information is generated by a vehicle management information processing computer.

[0086] In this regard, in another embodiment of the present invention, the vehicle management information processing computer may generate vehicle management information based on payment history information related to vehicle management, including maintenance and repair, parts replacement, purchase of consumables, detailing services such as car washing, and tire replacement, which is extracted by analyzing the user's payment history information received from the user terminal.

[0087] Here, the vehicle management information can be generated by analyzing the user's payment history information received from the user terminal to identify only information related to vehicle management, and extracting information including the management service provider, location, service type, service date and time, and amount from the identified vehicle management-related information.

[0088] As another embodiment of the present invention, the vehicle management information processing computer (100) of the present invention comprises at least one hardware processor and a memory storing a web program or computer program related to vehicle fuel information management, wherein the at least one hardware processor controls the execution of the program stored in the memory, and the vehicle management information processing computer (100) receives a vehicle management request transmitted from a user terminal (300) that includes at least one of maintenance repair, replacement of parts and consumables, detailing service including car wash, and tire replacement of a vehicle under management by a user.

[0089] Next, the vehicle management information processing computer (100) analyzes the user's vehicle management request and extracts diagnostic status information of the vehicle based on artificial intelligence (AI) using the stored data related to the vehicle management requested by the user and the collected related data.

[0090] The above-mentioned automobile management information processing computer (100) can provide the extracted automobile diagnostic status information to at least one automobile management company and receive at least one automobile management quotation information including information of the automobile management company, management details of the automobile, quotation amount, and available reservation schedule.

[0091] Next, the vehicle management information processing computer (100) extracts schedule information after the vehicle management request from the user's schedule management information that has been read from the user's user terminal or stored in conjunction with user information.

[0092] The above-mentioned automobile management information processing computer (100) can select at least one automobile management company that provides a schedule available for reservation according to the user's schedule information, based on the extracted user's schedule information and the schedule available for reservation of at least one automobile management company included in the automobile management quotation information.

[0093] The above-mentioned automobile management information processing computer (100) can select an automobile management company by applying an artificial intelligence (AI) algorithm to at least one automobile management quotation information provided by at least one selected automobile management company and user information, and can generate reservation schedule information for the selected automobile management company to perform the automobile management requested by the user.

[0094] Next, the above-mentioned vehicle management information processing computer (100) can store the generated reservation schedule information in conjunction with user information as update information for vehicle management history information, and provide it for viewing so that the user and the selected vehicle management company can check it through the vehicle management app.

[0095] In an embodiment of the present invention, an example of extracting vehicle management-related information from a user's payment history information will be described.

[0096] A user member receives a designated automobile maintenance service from a specific automobile maintenance company and pays for it, for example, using a credit card. Here, the credit card payment is in a state where the credit card company's service is running, which notifies the user's terminal of the credit card payment details. When payment for an automobile maintenance service regarding automobile repair is made using the user's vehicle's credit card, for example, information including credit card payment details—for example, the name of the automobile repair shop (XXX Repair Shop), address (123 World Cup buk-ro, Mapo-gu, Seoul), date and time of repair (April 01, 2025, 18:43), type of repair (automobile air conditioner repair), and repair amount (150,000)—is provided to the user's terminal. This is not limited to this, and if the user uses a mobile payment method or pays with cash, the relevant data can be extracted by scanning a cash receipt with the user's terminal.

[0097] The vehicle management app that is output or executed on the user terminal can be configured to be activated by a user's action, or the vehicle management app can be automatically activated when the credit card payment details are received on the user terminal. When the vehicle management app is activated on the user terminal, the vehicle management app can recognize keywords such as 'industrial shop', 'maintenance', or 'repair' in the data from the received credit card payment details to determine if it is a payment related to vehicle repair, and if it is confirmed to be a payment related to vehicle repair, it can extract data of a set type, such as the name of the automotive industrial shop, address, date and time of repair, type of repair, and amount of repair.

[0098] The vehicle management history information management module (160) of the above vehicle management information processing computer (100) receives repair-related data of the user's vehicle transmitted from the user terminal and updates the vehicle management information managed in conjunction with user member information. The updated user's vehicle management information can be configured to be shared in the vehicle management app of the user terminal so that the user can check and manage it.

[0099] As another example, if the information extracted from a user member's payment history is the replacement of consumables in a vehicle management service, the vehicle management history information management module (160) of the vehicle management information processing computer (100) can generate an alert regarding the timing of future replacement of related consumables based on the consumable replacement information of the user member's vehicle and output it to the vehicle management app of the user terminal. To this end, the consumption period of the consumables is calculated based on detailed information regarding average performance including the year of manufacture of the user member's vehicle, and an alert regarding the timing of replacement of the consumables is generated based on the calculated consumption period so that the user can check it on the vehicle management app of the user terminal.

[0100] In an embodiment of the present invention, an example is described of selecting an AI-based car management company to perform car management for a user, and generating a schedule for performing the user's car management request (reservation schedule information) by matching the schedule of the user who requested car management with the available reservation schedules of at least one car management company.

[0101] The selection of an automobile maintenance company by applying the artificial intelligence (AI) algorithm of the present invention can generate an objective value for selecting a specific automobile maintenance and repair company by extracting common features among synonyms generated during the learning process of the AI ​​deep learning means, for example, when the type of automobile maintenance is the aforementioned automobile (air conditioner) repair. For example, if there is a selection rule that applies commonly or a selection example that applies commonly, the rule and the selection example may be recognized as the objective value for selecting an automobile maintenance and repair company. This involves extracting common features of the rules inherent in each semantic vector and can be used as an objective value for selection that forms a situation vector as a measure of relevance. As the AI ​​deep learning means continues to perform the task of converting semantic vectors into situation vectors, the objective value forming means can form common features as the objective value for selecting an automobile maintenance and repair company by comparing parallel resources.

[0102] In addition, the method for selecting a vehicle management company to perform vehicle management requested by a user of the present invention and generating reservation schedule information may be performed by the vehicle management information processing computer calculating an optimized target value through iterative training based on vehicle management company information including the size, location, price, and available reservation schedule of at least one received vehicle management company and user schedule information following the vehicle management request; when vehicle identification information of a vehicle to be managed is input to a user terminal, the vehicle management information processing computer forms a target value (feature) by identifying relationships by comparing the ontology of the relevant vehicle information with surrounding words; the vehicle management information processing computer forms a deep artificial neural network or calculates a target value or objective function determined when the user performs an interface; the vehicle management information processing computer organizes vehicle management-related data or information of a vehicle management company, extracts relevant strings, categorizes the extracted strings, and stores them in a dictionary format; and when the vehicle management information processing computer calculates an optimized target value in the step of calculating the target value or objective function, determines the ranking of the corresponding target value.

[0103] The application of an artificial intelligence (AI) algorithm to the method for generating reservation schedule information for performing vehicle management requested by a user of the present invention involves receiving vehicle identification information and a vehicle management request entered into a vehicle management app executed on a user terminal, identifying the scope of meaning using ontology logic in vehicle management quotation information and user schedule information including business information of at least one vehicle management company and available reservation schedules related to vehicle management collected based on this information, comparing related synonyms through ontology logic to generate a formed target value and storing the vehicle management-related company and schedule information, forming connections between terms using ontology logic and target value operation logic and storing them in a deep learning database, and performing a deep learning training logic to form a deeper artificial neural network connection structure by repeatedly performing the task of forming an artificial neural network while simultaneously performing this connection work through artificial intelligence, and determining the ranking of each vehicle management company and vehicle management schedule information through a ranking framework logic, and providing updated schedule information to the user schedule information according to the determined ranking.

[0104] Regarding the method for generating reservation schedule information to perform vehicle management requested by a user of the present invention, an example will be given where the requested vehicle management is vehicle air conditioner repair.

[0105] ① An automobile management information processing computer (100) that executes an artificial intelligence (AI) algorithm analyzes information on a user's automobile management request received through an automobile management app of a user terminal (300), diagnoses the automobile air conditioner malfunction status, and extracts automobile status diagnosis information.

[0106] ② The vehicle management information processing computer (100) selects at least one repair shop member information based on the user's residential or workplace location information from the vehicle repair shop member information stored therein.

[0107] ③ The vehicle management information processing computer (100) provides the user's vehicle condition diagnosis information to at least one member of a repair company selected by the computer and requests a repair estimate for participation in the related repair.

[0108] ④ The vehicle management information processing computer receives at least one repair estimate including information on available repair schedules from at least one repair shop member.

[0109] ⑤ The automobile management information processing computer (100) selects at least one maintenance repair company member who has a schedule capable of performing maintenance repair from the user schedule information read from the user member's user terminal or user schedule information stored in conjunction with the user member information and the maintenance repair reservation schedule information included in the at least one maintenance repair estimate.

[0110] ⑥ The vehicle management information processing computer (100) applies an artificial intelligence (AI) algorithm to the vehicle repair shop data, which includes the business information of at least one selected repair shop member, the available schedule for reservation included in the repair estimate, and the repair cost information, and to the user data, which includes the user's vehicle information, location information, preference information, and user schedule information, to select a suitable repair shop member and extract available repair schedules in a user-friendly manner and provide them to the user member and the repair shop member.

[0111] ⑦ The user member checks the maintenance repair shop member information and maintenance repair schedule information provided by the automobile management information processing computer (100), communicates with the maintenance repair shop member to inquire about the availability of the maintenance repair schedule, and if it is confirmed to be available, makes a reservation for maintenance repair with the maintenance repair shop member, or if it is not available, changes the schedule and makes a reservation, and then the user can change and record the schedule recorded in the user schedule information.

[0112] FIG. 6 is a flowchart illustrating an embodiment of the automobile management information processing method of the present invention.

[0113] As illustrated in FIG. 6, the automobile management information processing method of the present invention comprises the step (S100) of receiving automobile management information generated by an automobile management information processing computer based on payment history information related to automobile management, including maintenance and repair of a user's automobile, replacement of parts and consumables, detailing services including car washing, and tire replacement, which is transmitted from a user terminal;

[0114] The vehicle management information generated by the user terminal here is generated by analyzing the user's payment history information received by the user terminal to identify only information related to vehicle management, and extracting information including the management service provider, location, type of service, service date and time, and amount from the identified information related to vehicle management.

[0115] A step (S110) in which the above-mentioned vehicle management information processing computer updates and stores vehicle management information received from the above-mentioned user terminal in conjunction with the user or the user's vehicle information;

[0116] A step (S120) in which the above-mentioned automobile management information processing computer generates recommended automobile management information including types of automobile management and schedule information applicable to the user's automobile based on artificial intelligence (AI), based on automobile management information of the updated user's automobile and ordinary automobile management information collected based on the user's automobile information;

[0117] The configuration includes a step (S130) of providing recommended vehicle management information generated by the vehicle management information processing computer so that the user can check it.

[0118] FIG. 7 is a flowchart illustrating another embodiment of the automobile management information processing method of the present invention.

[0119] As illustrated in FIG. 7, the automobile management information processing method of the present invention comprises: a step (S200) of generating automobile management information based on payment history information related to automobile management, including maintenance and repair, parts replacement, purchase of consumables, detailing services such as car washing, and tire replacement, which is extracted by an automobile management information processing computer analyzing payment history information of a user received from the user terminal;

[0120] Here, the vehicle management information is generated by analyzing the user's payment history information received from the user terminal to identify only information related to vehicle management, and extracting information including the management service provider, location, type of service, service date and time, and amount from the identified vehicle management-related information.

[0121] A step (S210) of updating and storing vehicle management information generated by the above vehicle management information processing computer in conjunction with user or user's vehicle information;

[0122] A step (S220) in which the above-mentioned automobile management information processing computer generates recommended automobile management information including types of automobile management and schedule information applicable to the user's automobile based on artificial intelligence (AI), based on automobile management information of the updated user's automobile and ordinary automobile management information collected based on the user's automobile information;

[0123] The configuration includes a step (S230) of providing recommended vehicle management information generated by the vehicle management information processing computer so that the user can check it.

[0124] FIG. 8 is a flowchart illustrating another embodiment of the automobile management information processing method of the present invention.

[0125] As illustrated in FIG. 8, the automobile management information processing method of the present invention comprises the step (S300) of a automobile management information processing computer receiving an automobile management request transmitted from a user terminal, the request including at least one of maintenance and repair, replacement of parts and consumables, detailing service including car wash, and tire replacement for a user's managed automobile;

[0126] The above-mentioned automobile management information processing computer analyzes the automobile management request of the above-mentioned automobile and extracts diagnostic status information of the above-mentioned automobile based on artificial intelligence (AI) using stored related data and collected related data (310);

[0127] The above-mentioned automobile management information processing computer provides the extracted automobile diagnostic status information to at least one automobile management company to receive at least one automobile management quotation information including information of the automobile management company, management details of the automobile, quotation amount, and available reservation schedule (S320);

[0128] The above-mentioned automobile management information processing computer extracts schedule information after the maintenance repair request from the user's schedule management information (S330);

[0129] A step (S340) of selecting at least one automobile management company that provides a schedule available for reservation according to the user's schedule information, based on the schedule available for reservation of automobile management companies included in the user's schedule information extracted by the automobile management information processing computer and at least one automobile management quotation information;

[0130] The above-mentioned automobile management information processing computer applies an artificial intelligence (AI) algorithm to at least one automobile management quotation information provided by at least one selected automobile management company and user information to select an automobile management company, and generates reservation schedule information for the selected automobile management company to perform the automobile management requested by the user; and;

[0131] The configuration includes the step (S360) in which the above-mentioned vehicle management information processing computer links the generated reservation schedule information with user information to store it as update information for vehicle management history information, and provides it so that the user and the selected vehicle management company can verify it.

[0132] The embodiments of the present invention described above are merely some of the various embodiments of the present invention. Various embodiments included in the technical concept of utilizing a car management app output or executed on a user terminal of the present invention to extract and accumulate information on the company, management service, service date and time, and amount of the user's car management based on the user's payment information related to car management, including car maintenance and repair, and to extract car condition diagnosis information in accordance with the user's car management request to collect car management estimate amounts and available reservation schedule information from registered car management company members, etc., and to apply an artificial intelligence (AI) algorithm based on the user schedule information to select a user-friendly suitable car management company and determine the car management execution schedule, fall within the scope of protection of the present invention. Explanation of the symbols

[0133] 100: Vehicle Management Information Processing Computer 200: Data storage device 300: User terminal 400: Vehicle Registration Information Management Computer 500: Vehicle Information Provision Computer 600: Maintenance and Repair Shop Management Computer 700: Detailing business management computer 800: Tire Company Management Computer 900: Credit Card Payment Computer 1000: Mobile Payment Computer

Claims

Claim 1 A vehicle management information processing computer comprising at least one hardware processor and a memory storing a web program or computer program related to vehicle fuel information management, wherein the at least one hardware processor controls the execution of the program stored in the memory; the computer analyzes a user's payment history information to identify information related to vehicle management, and receives or generates vehicle management information of a user's vehicle from a user terminal, which includes information such as a management service provider, location, type of service, service date and time, and amount from the identified information related to vehicle management; updates the vehicle management information of the user's vehicle in conjunction with the user or the user's vehicle information; generates recommended vehicle management information including types of vehicle management and management timing information applicable to the user's vehicle based on artificial intelligence (AI), based on vehicle management-related information collected based on the updated vehicle management information of the user's vehicle and the user's vehicle information; provides the generated recommended vehicle management information so that the user can check it through the user terminal; receives information of a vehicle management request transmitted from the user terminal, which includes at least one of maintenance repair, replacement of parts and consumables, detailing service including car wash, and tire replacement of the user's vehicle; and based on the information of the vehicle management request, at least one Receiving at least one automobile management quotation information including company information and available reservation schedule information from an automobile management company; extracting schedule information following the automobile management request from the user's schedule management information read from the user terminal or stored in conjunction with user information; and selecting at least one automobile management company capable of performing automobile management based on the extracted user's schedule information and the available reservation schedule information of the automobile management companies that provided at least one automobile management quotation information;A vehicle management information processing computer characterized by applying an artificial intelligence (AI) algorithm to vehicle management company data, which includes company information, available reservation schedules, and price information of at least one vehicle management company provided by at least one selected vehicle management company, and user data information, which includes user's vehicle information, location information, preference information, and schedule information, to select a user-friendly vehicle management company; generating reservation schedule information for vehicle management to perform the vehicle management requested by the user based on the available reservation information of the selected vehicle management company and the user's schedule information; and updating the generated reservation schedule information for vehicle management so that the user and the selected vehicle management company can verify it. Claim 2 delete Claim 3 delete Claim 4 delete Claim 5 A vehicle management information processing computer of claim 1; a data storage device that is connected to the vehicle management information processing computer or is included therein, stores data generated or collected by the vehicle management information processing computer, and provides the corresponding data to the inquiry of the vehicle management information processing computer; at least one user terminal that is connected to the vehicle management information processing computer through a web program or application program managed by the vehicle management information processing computer and receives and outputs vehicle management information, vehicle management company information, vehicle management performing company information, and vehicle management performance schedule information from the vehicle management information processing computer; a credit card payment computer managed by at least one credit card company that provides credit card payment details in real time to the at least one user terminal; and a mobile payment computer managed by at least one fintech or mobile payment company that provides fintech or mobile payment details in real time to the at least one user terminal. Claim 6 A step in which a vehicle management information processing computer analyzes a user's payment history information to identify information related to vehicle management, and receives or generates vehicle management information of a user's vehicle from a user terminal, including information such as a management service provider, location, type of service, service date and time, and amount from the identified information related to vehicle management; a step in which the vehicle management information processing computer updates the vehicle management information of the user's vehicle in conjunction with the user or the user's vehicle information; a step in which the vehicle management information processing computer generates recommended vehicle management information including information on the type of vehicle management and management timing applicable to the user's vehicle based on artificial intelligence (AI), based on ordinary vehicle management-related information collected based on the updated vehicle management information of the user's vehicle and the user's vehicle information; a step in which the recommended vehicle management information generated by the vehicle management information processing computer is provided so that the user can check it through the user terminal; a step in which the vehicle management information processing computer receives information on a vehicle management request from the user terminal, which includes at least one of maintenance repair, replacement of parts and consumables, detailing service including car wash, and tire replacement of the user's vehicle transmitted from the user terminal; and a step in which the vehicle management information processing computer A step of receiving at least one automobile management quotation information, including company information and available reservation schedule information, from at least one automobile management company based on information of an automobile management request; a step of the automobile management information processing computer extracting schedule information after the automobile management request from the user's schedule management information read from the user terminal or stored in conjunction with user information; and a step of selecting at least one automobile management company capable of performing automobile management based on the user's schedule information extracted by the automobile management information processing computer and the available reservation schedule information of the automobile management companies that provided at least one automobile management quotation information;A method for processing automobile management information, comprising: a step in which the automobile management information processing computer selects a user-friendly automobile management company by applying an artificial intelligence (AI) algorithm to automobile management company data, which includes company information, available reservation schedules, and price information of at least one automobile management company provided by at least one selected automobile management company, and user data information, which includes user's automobile information, location information, preference information, and schedule information; a step in which the automobile management information processing computer generates reservation schedule information for automobile management to perform automobile management requested by the user based on the available reservation information of the selected automobile management company and the user's schedule information; and a step in which the automobile management information processing computer updates the generated reservation schedule information for automobile management so that the user and the selected automobile management company can verify it. Claim 7 delete Claim 8 delete Claim 9 delete Claim 10 A computer-readable recording medium storing a program capable of implementing the automobile management information processing method of claim 6.

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