A method for managing personal passport information

Abstract

The present invention relates to the technical field of information management and discloses an information management method for a personal passport. The method comprises the following steps: obtaining all destinations where a passport needs to be presented before a user's trip, marking them as first to Nth destinations in the order of the trip; obtaining passport information required for each destination; capturing an image of the user's passport, generating an atlas containing all information, copying the atlas, and assigning the atlas to each destination; executing an information processing strategy on the atlas according to the requirements of each destination to derive an information display map and sequence for the user; monitoring the user's location during the trip, and determining whether information sequence adjustment is required based on the location; and extracting and arranging the passport information requirements for each destination to ensure that only necessary passport information is extracted and displayed, thereby effectively protecting the user's privacy and avoiding unnecessary information leakage.

Description

Technical Field

[0001] The present invention relates to the technical field of information management, and in particular to an information management method for a personal passport. Background Art

[0002] With the acceleration of globalization and the increasing frequency of cross-border travel, passports, as an important credential for personal international travel, are becoming increasingly important for personal passport information management. In existing technologies, traditional passport management methods mostly rely on users to manually present their passports and provide relevant information. This method has certain shortcomings in terms of convenience, security, and information protection.

[0003] In some countries or regions, immigration management or security checks require passengers to frequently present their passports. Therefore, when users travel, they often need to repeatedly show their passports to meet the inspection requirements of different locations. This process not only increases the travel burden of users, but also, because passports contain personal detailed information, when users show their passports in multiple scenarios, it is very easy to cause excessive exposure of personal information, increasing the risk of personal privacy leakage. In addition, since there are many places and links where passports need to be presented, how to effectively manage and orderly present passport information has become an issue that needs to be solved urgently.

[0004] Current passport management methods are often passive displays, lacking automated and intelligent planning and management, and failing to fully consider the different needs of passengers' itineraries and destinations, resulting in potential risks of repeated information presentation, inefficiency and privacy leaks.

[0005] To this end, this method proposes a method of copying and sorting the user's passport information according to the user's itinerary plan and the passport information required by the user's target location, and selectively hiding the user's passport information, to help the user quickly provide the information required for the target location while ensuring the security of the user's personal information. Summary of the Invention

[0006] The present invention provides an information management method for a personal passport, which facilitates solving the problems mentioned in the above background technology.

[0007] The present invention provides the following technical solution: a method for managing personal passport information, comprising:

[0008] Before the user starts the trip, obtain all the places where the user needs to show his / her passport during the entire trip and record them as target places;

[0009] Mark the destinations as the first destination, the second destination, the third destination, and finally the Nth destination in the order of the user's planned itinerary;

[0010] Obtain the information in each personal passport that the user needs to provide for each destination as the required information for each destination;

[0011] The information in each individual's passport includes: name, gender, nationality, date of birth, place of birth, passport number, place of issuance, issuing authority, date of issuance, and validity period;

[0012] Collect images of the user's personal passport and record them as the user's passport atlas, where a passport atlas contains multiple images and contains all the information of the user's personal passport;

[0013] Get the number of destinations in the user's itinerary and record it as the total number of destinations;

[0014] Copying the user's passport photo album so that the number of copies of the user's passport photo album is equal to the total number of target locations;

[0015] Attribution of the reproduced passport photo album;

[0016] Obtaining the required information of each target location, and executing the information processing strategy for each target location according to the required information;

[0017] According to the information processing strategy, an information display diagram and information display sequence are obtained and provided to the user;

[0018] After the user has obtained the information display map and the information display order, the user's location information is monitored while the user starts the journey;

[0019] Execute itinerary judgment strategy based on user location information;

[0020] According to the result of the itinerary judgment strategy, it is determined whether to implement the information sequence adjustment strategy.

[0021] Optionally, the attribution processing of the copied passport photo album includes:

[0022] The copied passport atlases are marked as the first passport atlas, the second passport atlas, the third passport atlas, and so on to the Nth passport atlas;

[0023] The first passport atlas is assigned to the first target location, the second passport atlas is assigned to the second target location, the third passport atlas is assigned to the third target location, and so on until the Nth passport atlas is assigned to the Nth target location.

[0024] Optionally, obtaining requirement information of each target location and executing an information processing strategy for each target location according to the requirement information may include:

[0025] For each destination:

[0026] Obtain required information about the target location;

[0027] Extracting information contained in the passport atlas belonging to the target location and recording it as passport information;

[0028] Mark the information in the passport that is identical to the required information and record it as marked information;

[0029] Record all information other than the marked information in the passport atlas as target information;

[0030] The target information in the passport atlas is hidden to form a processed passport atlas, thus completing the information processing strategy for the target location.

[0031] Optionally, obtaining an information display diagram and an information display sequence according to the information processing strategy and providing them to the user includes:

[0032] Obtaining a processing passport atlas of the first target location as an information display map of the first target location, recorded as a first information display map;

[0033] Obtaining a processing passport atlas of the second target location as an information display map of the second target location, recorded as a second information display map;

[0034] Obtaining a processing passport atlas of a third target location as an information display map of the third target location, recorded as a third information display map;

[0035] Until the processing passport atlas of the Nth target location is obtained, which is used as the information display map of the Nth target location and is recorded as the Nth information display map;

[0036] The order of the first information display diagram, the second information display diagram, the third information display diagram, and finally the Nth information display diagram is used as the information display order;

[0037] After each information display diagram is used by the user, the used information display diagram will be deleted and destroyed.

[0038] Optionally, executing a travel determination strategy based on the user's location information includes:

[0039] Set the position time interval;

[0040] When the user starts traveling, obtain the user's location information every time interval;

[0041] S1. After the user starts the trip, when the user follows the planned itinerary sequence, the current destination to be reached is the first destination:

[0042] S2. At each location time interval, obtain the distances between the user and the first target location, the second target location, the third target location, and finally the Nth target location based on the user's location information, and record them as the first distance, the second distance, the third distance, and finally the Nth distance, respectively;

[0043] S3. for the first distance, determine whether there is an approaching trend;

[0044] S4. If the first distance shows a trend of approaching, it is determined to be in a normal state;

[0045] S5. If there is no approaching trend for the first distance, determine whether there is an approaching trend for the second distance, the third distance, and the Nth distance, excluding the first distance.

[0046] S6. If there is a trend of approaching, it is determined to be a deviation state;

[0047] S7. If there is no approaching trend, it is determined to be in a normal state.

[0048] Optionally, executing the itinerary determination strategy based on the user's location information further includes:

[0049] S8. When the user has passed the first destination according to the planned itinerary sequence, the destination to be reached is the second destination:

[0050] S9. At each location time interval, obtain, based on the user's location information, the distances between the user and the second target location, the third target location, the fourth target location, and finally the Nth target location, and record them as the second distance, the third distance, the fourth distance, and finally the Nth distance, respectively;

[0051] S10, for the second distance, determining whether there is an approaching trend;

[0052] S11. If the second distance shows a trend of approaching, it is determined to be in a normal state;

[0053] S12. If the second distance does not have an approaching trend, determine whether there is an approaching trend for the third distance, the fourth distance, and the Nth distance except the second distance.

[0054] S13. If there is an approaching trend, it is determined to be a deviation state;

[0055] S14. If there is no approaching trend, it is determined to be a normal state.

[0056] Optionally, executing the itinerary determination strategy based on the user's location information further includes:

[0057] S15. When the user has passed the first destination and the second destination according to the planned itinerary sequence, and the destination to be reached is the third destination:

[0058] S16. At each location time interval, obtain, based on the user's location information, the distances between the user and a third target location, a fourth target location, a fifth target location, and finally an Nth target location, and record them as a third distance, a fourth distance, a fifth distance, and finally an Nth distance, respectively;

[0059] S17. For the third distance, determine whether there is an approaching trend;

[0060] S18. If the third distance shows a trend of approaching, it is determined to be in a normal state;

[0061] S19. If the third distance does not have an approaching trend, determine whether there is an approaching trend for the fourth distance, the fifth distance, and the Nth distance except the third distance.

[0062] S20. If there is an approaching trend, it is determined to be a deviation state;

[0063] S21. If there is no approaching trend, it is determined to be in a normal state;

[0064] According to steps S1 to S21, and so on, until the user passes through all target locations, it is determined whether the user is in a deviated state or a normal state during the process of reaching the target location that the user currently needs to reach.

[0065] Optionally, determining whether there is an approaching trend includes:

[0066] When judging whether there is a trend of approaching at a certain distance, the distance is recorded as the target distance;

[0067] Get the target distance for each position time interval respectively;

[0068] Set up distance sequence;

[0069] Enter the target distances into the distance sequence in the order in which they are obtained;

[0070] Compare the elements in the distance sequence;

[0071] If the elements in the distance sequence decrease in sequence order, it is determined that the target distance has a trend of approaching;

[0072] If the elements in the distance sequence do not decrease in sequence, it is determined that the target distance does not have an approaching trend.

[0073] Optionally, judging whether to execute the information sequence adjustment strategy based on the result of the itinerary judgment strategy includes:

[0074] If the result of the itinerary judgment strategy is judged to be normal, no processing is performed;

[0075] If the result of the itinerary judgment strategy is determined to be a deviation state, the information sequence adjustment strategy is executed;

[0076] The information sequence adjustment strategy includes:

[0077] Send a warning to the user about the deviation from the target location and ask the user to provide feedback on whether to change the current target location;

[0078] If the user feedback does not change the current destination, no adjustment will be made;

[0079] If the user feedback changes the current destination to be reached, the destination to be reached after the user changes is obtained, and an information display map of the destination is obtained, which is recorded as the destination information display map;

[0080] Place the target information display diagram as the first information display diagram in the information display sequence.

[0081] The present invention has the following beneficial effects:

[0082] 1. By setting all the places where users need to present their passports as target locations in advance and marking them in order, we can fully understand all the places where passports are required in the user's itinerary, thus ensuring that no key places are missed; it can realize the advance planning of passport information display, ensuring that the management and display of passport information are in line with the user's itinerary, avoiding the trouble of temporary inquiries and searches for passport information during travel, and improving the user experience; at the same time, because all target locations have been set and marked in order, the user's specific needs during the itinerary can be accurately predicted, and the corresponding passport information display can be selected when actually arriving at each location, improving the convenience and safety of travel.

[0083] 2. By extracting and organizing the passport information requirements for each target location, it is ensured that only necessary passport information is extracted and displayed, thereby effectively protecting user privacy. Different locations may have different passport information requirements. By obtaining the required information for each location in advance, the displayed passport information content can be more accurately controlled, avoiding unnecessary information leakage. This allows for optimal protection of personal data privacy while achieving passport information display. In addition, since only the required information is displayed, users can display passport information more intuitively and concisely, reducing the stress and inconvenience caused by cumbersome information during travel, and increasing user efficiency and experience comfort.

[0084] 3. After photographing the passport and forming a passport atlas, a number of copies equal to the total number of target locations are copied, so that each location can have a dedicated passport atlas, avoiding the risk of frequently using the original document for multiple displays; by separating the passport atlas, targeted information processing can be carried out without affecting the original data, ensuring the security and integrity of the original document; at the same time, each location has an independent passport atlas for easy independent management. If the user's itinerary is adjusted, the atlas can be quickly and flexibly reallocated, improving operational flexibility and user experience; in addition, each location corresponds to an atlas, which also facilitates the generation and management of information display maps, making subsequent display order adjustments simpler and more efficient.

[0085] 4. By marking the copied passport atlases in the order of the user's itinerary and assigning them to each target location, it can be ensured that each atlas corresponds to the corresponding location one-to-one. This operation is not only clear and intuitive, but also avoids the risk of information display errors and user travel delays caused by atlas confusion. Each atlas is independently marked, which makes it easier to search and allocate information during the data management process, and also facilitates rapid adjustment of passport display requirements at the target location. The effective implementation of the attribution process also makes subsequent display image generation, information display sequence arrangement and other operations more orderly, further enhancing the user experience.

[0086] 5. By hiding passport information based on the needs of different locations, that is, mosaicing non-essential information, user privacy can be better protected and sensitive information can be prevented from being leaked. At the same time, because passport information requirements vary from place to place, personalized hiding can ensure that passport display meets the specific requirements of each location, enhancing the targetedness and security of information display. This processing method not only ensures the necessity of displaying information, but also avoids the interference of irrelevant information, greatly improving the convenience of the display process and user comfort. In addition, because the content of the processed passport album is optimized, users only need to display necessary information without worrying about other information being leaked, which improves their sense of security for personal privacy.

[0087] 6. By generating information display maps and display sequences in advance, users can intuitively view the order in which passport information is displayed at each location. During the trip, users can display information in sequence according to the display sequence, avoiding the trouble of repeatedly searching or flipping through passports, further enhancing the convenience and safety of the trip. This orderly display method helps users have a smooth experience during the trip, improves the efficiency and accuracy of passport display, and ensures the secure management of user information.

[0088] 7. Destroying the used information display image after each information display can prevent the displayed passport information from being reused or tampered with. The destruction process improves the user's privacy protection and avoids the possibility of subsequent display images being illegally accessed. At the same time, the dynamic display and instant destruction mechanism ensures the flexibility and security of information display, making the user's information management during the trip more orderly and efficient, and improving the user experience and sense of security.

[0089] 8. By monitoring user location information in real time and making judgments based on itinerary judgment strategies, dynamic tracking of user itineraries can be achieved. Under this strategy, if the order in which the user passes through various target locations is different from the order in the planned itinerary, timely judgments can be made and reminders can be given to avoid errors in the user's itinerary. Through location monitoring and itinerary judgment strategies, it is possible to judge whether the user is following the planned itinerary, making the user's travel safer and more efficient, and helping the user obtain reliable guidance and assistance during the trip.

[0090] 9. By determining proximity trends based on the distance sequence of locations, as the user progresses toward each destination in accordance with the planned itinerary, the system determines whether the user is proceeding toward the desired destination in accordance with the planned sequence. If the user is approaching the desired destination, the system determines whether the user is on a normal itinerary. If the user is not approaching the desired destination, the system determines whether the user is approaching other destinations. If the user is not approaching other destinations, the system determines whether the user is planning to visit other destinations that do not require passport information. In this case, the user is considered to be on a normal itinerary and no action is taken. If the user is approaching other destinations, the system indicates that the user is not proceeding toward the destinations in accordance with the planned sequence and is considered to have deviated from the planned sequence. This system provides timely determination of whether the user has deviated from the planned sequence. Furthermore, if the user is not approaching the desired destination, the system prioritizes determining whether the user is proceeding toward other destinations, thereby confirming whether the user has deviated from the planned sequence. This ensures the accuracy of itinerary deviation alerts and avoids unnecessary alerts that disrupt the user.

[0091] 10. When a user's location information is judged to have deviated from the itinerary, the system can promptly trigger a deviation warning to remind the user and adjust the display order of the information display map based on user feedback. This dynamic adjustment strategy allows users to quickly make changes based on actual itinerary needs, ensuring the real-time and accuracy of passport information display. The deviation warning function effectively avoids confusion in passport display due to route deviations, and the display order adjustment function also ensures the efficiency of information display during the itinerary. It enhances the adaptability of passport information management, making information management during the user's itinerary more convenient and safe. BRIEF DESCRIPTION OF THE DRAWINGS

[0092] Figure 1 It is a basic flow chart of the present invention. DETAILED DESCRIPTION

[0093] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0094] Example, see Figure 1 , an information management method for a personal passport, comprising:

[0095] Before the user starts the trip, obtain all the places where the user needs to show his / her passport during the entire trip and record them as target places;

[0096] The target locations are marked in sequence as the first target location, the second target location, the third target location, and up to the Nth target location in the order of the user's planned itinerary; the N mentioned refers to the total number of target locations. By setting all the locations where the user needs to show his passport as target locations in advance and marking them in order, a comprehensive understanding of all passport-required locations in the user's itinerary plan can be obtained, thereby ensuring that no key locations are missed. The advance planning of passport information display can be achieved to ensure that the management and display of passport information are in line with the user's itinerary, avoiding the trouble of temporary inquiries and searches for passport information during the trip, and improving the user experience. At the same time, since all target locations have been set and marked in order, the user's specific needs in the itinerary can be accurately predicted, and the corresponding passport information display can be selected when actually arriving at each location, thereby improving the convenience and safety of travel.

[0097] The information in the personal passports that the user needs to provide for each target location is obtained as the required information for each target location; by extracting and organizing the passport information requirements for each target location, it can be ensured that only the necessary passport information is extracted and displayed, thereby effectively protecting the user's privacy; different locations may have different requirements for passport information, and by obtaining the required information for each location in advance, the displayed passport information content can be more accurately controlled to avoid unnecessary information leakage; this allows for optimal protection of personal data privacy while realizing the display of passport information; in addition, since only the required information is displayed, users can display passport information more intuitively and concisely, reducing the pressure and inconvenience caused by cumbersome information during travel, and increasing user efficiency and experience comfort.

[0098] The information contained in each individual's passport includes: name, gender, nationality, date of birth, place of birth, passport number, place of issuance, issuing authority, date of issuance, and validity period; in addition to the above information, the information contained in each individual's passport also includes other information contained in the individual's passport;

[0099] Collect images of the user's personal passport and record them as the user's passport atlas, where a passport atlas contains multiple images and contains all the information of the user's personal passport;

[0100] Get the number of destinations in the user's itinerary and record it as the total number of destinations;

[0101] The user's passport atlas is copied so that the number of copies of the user's passport atlas after copying is equal to the total number of target locations; after photographing the passport and forming a passport atlas, a number of copies equal to the total number of target locations are copied, so that each location has a unique passport atlas, avoiding the risk of frequent use of original documents during multiple displays; by separating the passport atlas, targeted information processing can be carried out without affecting the original data, ensuring the security and integrity of the original documents; at the same time, each location has an independent passport atlas for independent management. If the user's itinerary is adjusted, the atlas can be quickly and flexibly reallocated, improving the flexibility of operation and user experience; in addition, each location corresponds to an atlas, which also facilitates the generation and management of information display maps, making subsequent display order adjustments simpler and more efficient.

[0102] Attribution of the reproduced passport photo album;

[0103] Obtaining the required information of each target location, and executing the information processing strategy for each target location according to the required information;

[0104] According to the information processing strategy, an information display diagram and information display sequence are obtained and provided to the user;

[0105] After the user has obtained the information display map and the information display order, the user's location information is monitored while the user starts the journey;

[0106] Execute itinerary judgment strategy based on user location information;

[0107] According to the result of the itinerary judgment strategy, it is determined whether to implement the information sequence adjustment strategy.

[0108] The attribution processing of the copied passport atlas includes:

[0109] The copied passport atlases are marked as the first passport atlas, the second passport atlas, the third passport atlas, and so on to the Nth passport atlas;

[0110] The first passport atlas is assigned to the first target location, the second passport atlas to the second target location, the third passport atlas to the third target location, and so on until the Nth passport atlas is assigned to the Nth target location; by marking the copied passport atlases in the order of the user's travel and assigning them to each target location, it can be ensured that each atlas can correspond one-to-one with the corresponding location; this operation is not only clear and intuitive, but also avoids the risk of information display errors and user travel delays caused by atlas confusion; each atlas has an independent mark, which makes it easier to search and allocate information during the data management process, and also facilitates rapid adjustment of passport display requirements for the target location; the effective implementation of the attribution processing also makes subsequent display map generation, information display sequence arrangement and other operations more orderly, further enhancing the user experience.

[0111] The step of obtaining the required information of each target location and executing the information processing strategy for each target location according to the required information includes:

[0112] For each destination:

[0113] Obtain required information about the target location;

[0114] Extracting information contained in the passport atlas belonging to the target location and recording it as passport information;

[0115] Mark the information in the passport that is identical to the required information and record it as marked information;

[0116] Record all information other than the marked information in the passport atlas as target information;

[0117] The target information in the passport atlas is hidden to form a processed passport atlas, completing the information processing strategy for the target location; the hidden processing is mosaic processing; by hiding the passport information according to the needs of different locations, that is, mosaic processing of non-essential information, user privacy can be better protected and sensitive information can be prevented from being leaked; at the same time, because the passport information needs of different places are different, personalized hiding processing can ensure that the passport display meets the specific requirements of each place, enhancing the pertinence and security of the information display; this processing method not only ensures the necessity of displaying information, but also avoids the interference of irrelevant information, greatly improving the convenience of the display process and the user's comfort; in addition, since the content of the processed passport atlas is optimized, users only need to display necessary information without worrying about the leakage of other information, thereby improving the sense of security of personal privacy.

[0118] The information display diagram and information display sequence are obtained according to the information processing strategy and provided to the user, including:

[0119] Obtaining a processing passport atlas of the first target location as an information display map of the first target location, recorded as a first information display map;

[0120] Obtaining a processing passport atlas of the second target location as an information display map of the second target location, recorded as a second information display map;

[0121] Obtaining a processing passport atlas of a third target location as an information display map of the third target location, recorded as a third information display map;

[0122] Until the processing passport atlas of the Nth target location is obtained, which is used as the information display map of the Nth target location and is recorded as the Nth information display map;

[0123] The order of the first information display diagram, the second information display diagram, the third information display diagram, and finally the Nth information display diagram is used as the information display order; by generating the information display diagram and the display order in advance, the user can intuitively view the passport information display order of each location, and during the trip, the user can display the information in sequence according to the display order, avoiding the trouble of repeatedly searching or flipping through the passport, and further enhancing the convenience and safety of the trip; this orderly display method helps the user to have a smooth experience during the trip, improves the efficiency and accuracy of passport display, and ensures the safe management of user information.

[0124] After each information display image is used by the user, it will be deleted and destroyed. Destroying the used information display image after each information display can prevent the displayed passport information from being reused or tampered with. The destruction process improves the user's privacy protection and avoids the possibility of subsequent display images being illegally accessed. At the same time, the dynamic display and instant destruction mechanism ensures the flexibility and security of information display, making the user's information management during the trip more orderly and efficient, and improving the user's experience and sense of security.

[0125] The executing of the itinerary determination strategy based on the user's location information includes:

[0126] Setting a location time interval; the location time interval is used to obtain the change in the distance between the user and the target location. The distance between the user and the target location is obtained once every location time interval and compared with the distance between the user and the target location to obtain the change in the distance between the user and the target location;

[0127] When the user starts traveling, obtain the user's location information every time interval;

[0128] S1. After the user starts the trip, when the user follows the planned itinerary sequence, the current destination to be reached is the first destination:

[0129] S2. At each location time interval, obtain the distances between the user and the first target location, the second target location, the third target location, and finally the Nth target location based on the user's location information, and record them as the first distance, the second distance, the third distance, and finally the Nth distance, respectively;

[0130] S3. for the first distance, determine whether there is an approaching trend;

[0131] S4. If the first distance shows a trend of approaching, it is determined to be in a normal state;

[0132] S5. If there is no approaching trend for the first distance, determine whether there is an approaching trend for the second distance, the third distance, and the Nth distance, excluding the first distance.

[0133] S6. If there is a trend of approaching, it is determined to be a deviation state;

[0134] S7. If there is no approaching trend, it is determined to be in a normal state.

[0135] The executing of the itinerary determination strategy according to the user's location information further includes:

[0136] S8. When the user has passed the first destination according to the planned itinerary sequence, the destination to be reached is the second destination:

[0137] S9. At each location time interval, obtain, based on the user's location information, the distances between the user and the second target location, the third target location, the fourth target location, and finally the Nth target location, and record them as the second distance, the third distance, the fourth distance, and finally the Nth distance, respectively;

[0138] S10, for the second distance, determining whether there is an approaching trend;

[0139] S11. If the second distance shows a trend of approaching, it is determined to be in a normal state;

[0140] S12. If the second distance does not have an approaching trend, determine whether there is an approaching trend for the third distance, the fourth distance, and the Nth distance except the second distance.

[0141] S13. If there is an approaching trend, it is determined to be a deviation state;

[0142] S14. If there is no approaching trend, it is determined to be a normal state.

[0143] The executing of the itinerary determination strategy according to the user's location information further includes:

[0144] S15. When the user has passed the first destination and the second destination according to the planned itinerary sequence, and the destination to be reached is the third destination:

[0145] S16. At each location time interval, obtain, based on the user's location information, the distances between the user and a third target location, a fourth target location, a fifth target location, and finally an Nth target location, and record them as a third distance, a fourth distance, a fifth distance, and finally an Nth distance, respectively;

[0146] S17. For the third distance, determine whether there is an approaching trend;

[0147] S18. If the third distance shows a trend of approaching, it is determined to be in a normal state;

[0148] S19. If the third distance does not have an approaching trend, determine whether there is an approaching trend for the fourth distance, the fifth distance, and the Nth distance except the third distance.

[0149] S20. If there is an approaching trend, it is determined to be a deviation state;

[0150] S21. If there is no approaching trend, it is determined to be in a normal state;

[0151] According to steps S1-S21, and so on, until the user passes all the target locations, it is determined whether the user is in a deviated state or a normal state in the process of reaching the target location that the user currently needs to reach; by monitoring the user's location information in real time and judging it according to the itinerary judgment strategy, dynamic tracking of the user's itinerary can be achieved; under this strategy, if the order in which the user passes through the various target locations is different from the order in the planned itinerary, a judgment can be made in time and a reminder can be given to avoid errors in the user's itinerary; through location monitoring and itinerary judgment strategies, it is possible to judge whether the user is following the planned itinerary, making the user's travel safer and more efficient, and helping the user to obtain reliable guidance and assistance during the trip.

[0152] The determination of whether there is an approaching trend includes:

[0153] When judging whether there is a trend of approaching at a certain distance, the distance is recorded as the target distance;

[0154] Get the target distance for each position time interval respectively;

[0155] Set up distance sequence;

[0156] Enter the target distances into the distance sequence in the order in which they are obtained;

[0157] Compare the elements in the distance sequence;

[0158] If the elements in the distance sequence decrease in sequence order, it is determined that the target distance has a trend of approaching;

[0159] If the elements in the distance sequence do not decrease in sequence, it is determined that the target distance does not have an approaching trend. By judging the approaching trend of the distance sequence of the location, when the user goes to each target location in sequence according to the itinerary plan, it is determined whether the user is moving towards the target location that needs to be reached according to the itinerary plan. If the user has an approaching trend towards the target location that needs to be reached, it can be confirmed that the user is in a normal itinerary state. If the user does not have an approaching trend towards the target location that needs to be reached, it is determined whether the user has an approaching trend towards other target locations. If the user does not have an approaching trend towards other target locations, it means that the user may currently be If the user plans to go to other places other than the target location that do not require passport information, the user will be considered in a normal state and no action will be taken; if the user has a trend of approaching other target locations, it means that the user is not moving towards each target location in the planned itinerary sequence, and the user will be considered to have deviated and be reminded; this method can promptly determine whether the user has deviated from the sequence of the planned itinerary. At the same time, when the user has no trend of approaching the target location that the user currently needs to reach, it will be prioritized to determine whether the user is moving towards other target locations, and then confirm whether the user has actually deviated from the sequence of the planned itinerary, thereby ensuring the accuracy of the itinerary deviation reminder and avoiding unnecessary reminders that disturb the user.

[0160] The step of determining whether to execute the information sequence adjustment strategy based on the result of the itinerary determination strategy includes:

[0161] If the result of the itinerary judgment strategy is judged to be normal, no processing is performed;

[0162] If the result of the itinerary judgment strategy is determined to be a deviation state, the information sequence adjustment strategy is executed;

[0163] The information sequence adjustment strategy includes:

[0164] Send a warning to the user about the deviation from the target location and ask the user to provide feedback on whether to change the current target location;

[0165] If the user feedback does not change the current destination, no adjustment will be made;

[0166] If the user feedback changes the current destination to be reached, the destination to be reached after the user changes is obtained, and an information display map of the destination is obtained, which is recorded as the destination information display map;

[0167] The target information display image is used as the first information display image in the information display sequence; when the user's location information is judged to deviate from the itinerary, the system can promptly trigger a deviation warning to remind the user and adjust the display order of the information display images based on user feedback; this dynamic adjustment strategy allows users to quickly make changes based on actual itinerary needs, ensuring the real-time and accuracy of passport information display; the deviation warning function effectively avoids passport display confusion caused by route deviation, and the display order adjustment function also ensures the efficiency of information display during the itinerary; it enhances the adaptability of passport information management, making information management during the user's itinerary more convenient and safe.

[0168] It should be noted that, in this document, relational terms such as first and second, etc., are used only to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any actual relationship or order between these entities or operations. Moreover, the terms "comprises," "comprising," or any other variations thereof are intended to cover non-exclusive inclusion, such that a process, method, article, or apparatus that includes a list of elements includes not only those elements but also other elements not explicitly listed, or elements inherent to such process, method, article, or apparatus.

[0169] The above is only a preferred embodiment of the present invention. It should be pointed out that for ordinary technicians in this technical field, several improvements and modifications can be made without departing from the technical principles of the present invention. These improvements and modifications should also be regarded as within the scope of protection of the present invention.

Claims

1. A method for managing personal passport information, characterized in that: include: Before the user starts the trip, obtain all the places where the user needs to show his / her passport during the entire trip and record them as target places; Mark the destinations as the first destination, the second destination, the third destination, and finally the Nth destination in the order of the user's planned itinerary; Obtain the information in each personal passport that the user needs to provide for each destination as the required information for each destination; The information in each individual's passport includes: name, gender, nationality, date of birth, place of birth, passport number, place of issuance, issuing authority, date of issuance, and validity period; Collect images of the user's personal passport and record them as the user's passport atlas, where a passport atlas contains multiple images and contains all the information of the user's personal passport; Get the number of destinations in the user's itinerary and record it as the total number of destinations; Copying the user's passport photo album so that the number of copies of the user's passport photo album is equal to the total number of target locations; Attribution of the reproduced passport atlas; Obtaining the required information of each target location, and executing the information processing strategy for each target location according to the required information; According to the information processing strategy, an information display diagram and information display sequence are obtained and provided to the user; After the user has obtained the information display map and the information display order, the user's location information is monitored while the user starts the journey; Execute itinerary judgment strategy based on user location information; According to the result of the itinerary judgment strategy, it is determined whether to implement the information sequence adjustment strategy.

2. The method for managing personal passport information according to claim 1, wherein: The attribution processing of the copied passport atlas includes: The copied passport atlases are marked as the first passport atlas, the second passport atlas, the third passport atlas, and so on to the Nth passport atlas; The first passport atlas is assigned to the first target location, the second passport atlas is assigned to the second target location, the third passport atlas is assigned to the third target location, and so on until the Nth passport atlas is assigned to the Nth target location.

3. The method for managing personal passport information according to claim 1, wherein: The step of obtaining the required information of each target location and executing the information processing strategy for each target location according to the required information includes: For each destination: Obtain required information about the target location; Extracting information contained in the passport atlas belonging to the target location and recording it as passport information; Mark the information in the passport that is identical to the required information and record it as marked information; Record all information other than the marked information in the passport atlas as target information; The target information in the passport atlas is hidden to form a processed passport atlas, thus completing the information processing strategy for the target location.

4. The method for managing personal passport information according to claim 3, wherein: The information display diagram and information display sequence are obtained according to the information processing strategy and provided to the user, including: Obtaining a processing passport atlas of the first target location as an information display map of the first target location, recorded as a first information display map; Obtaining a processing passport atlas of the second target location as an information display map of the second target location, recorded as a second information display map; Obtaining a processing passport atlas of a third target location as an information display map of the third target location, recorded as a third information display map; Until the processing passport atlas of the Nth target location is obtained, which is used as the information display map of the Nth target location and is recorded as the Nth information display map; The order of the first information display diagram, the second information display diagram, the third information display diagram, and finally the Nth information display diagram is used as the information display order; After each information display diagram is used by the user, the used information display diagram will be deleted and destroyed.

5. The method for managing personal passport information according to claim 1, wherein: The executing of the itinerary determination strategy based on the user's location information includes: Set the position time interval; When the user starts traveling, obtain the user's location information every time interval; S1. After the user starts the trip, when the user follows the planned itinerary sequence, the current destination to be reached is the first destination: S2. At each location time interval, obtain the distances between the user and the first target location, the second target location, the third target location, and finally the Nth target location based on the user's location information, and record them as the first distance, the second distance, the third distance, and finally the Nth distance, respectively; S3. for the first distance, determine whether there is an approaching trend; S4. If the first distance shows a trend of approaching, it is determined to be in a normal state; S5. If there is no approaching trend for the first distance, determine whether there is an approaching trend for the second distance, the third distance, and the Nth distance, excluding the first distance. S6. If there is a trend of approaching, it is determined to be a deviation state; S7. If there is no approaching trend, it is determined to be in a normal state.

6. The method for managing personal passport information according to claim 5, characterized in that: The executing of the itinerary determination strategy according to the user's location information further includes: S8. When the user has passed the first destination according to the planned itinerary sequence, the destination to be reached is the second destination: S9. At each location time interval, obtain, based on the user's location information, the distances between the user and the second target location, the third target location, the fourth target location, and finally the Nth target location, and record them as the second distance, the third distance, the fourth distance, and finally the Nth distance, respectively; S10, for the second distance, determining whether there is an approaching trend; S11. If the second distance shows a trend of approaching, it is determined to be in a normal state; S12. If the second distance does not have an approaching trend, determine whether there is an approaching trend for the third distance, the fourth distance, and the Nth distance except the second distance. S13. If there is an approaching trend, it is determined to be a deviation state; S14. If there is no approaching trend, it is determined to be a normal state.

7. The method for managing personal passport information according to claim 6, wherein: The executing of the itinerary determination strategy according to the user's location information further includes: S15. When the user has passed the first destination and the second destination according to the planned itinerary sequence, and the destination to be reached is the third destination: S16. At each location time interval, obtain, based on the user's location information, the distances between the user and a third target location, a fourth target location, a fifth target location, and finally an Nth target location, and record them as a third distance, a fourth distance, a fifth distance, and finally an Nth distance, respectively; S17. For the third distance, determine whether there is an approaching trend; S18. If the third distance shows a trend of approaching, it is determined to be in a normal state; S19. If the third distance does not have an approaching trend, determine whether there is an approaching trend for the fourth distance, the fifth distance, and the Nth distance except the third distance. S20: If there is a trend of approaching, it is determined to be a deviation state; S21. If there is no approaching trend, it is determined to be in a normal state; According to steps S1 to S21, and so on, until the user passes through all target locations, it is determined whether the user is in a deviated state or a normal state during the process of reaching the target location that the user currently needs to reach.

8. A method for managing personal passport information according to any one of claims 5 to 7, characterized in that: The determination of whether there is an approaching trend includes: When judging whether there is a trend of approaching at a certain distance, the distance is recorded as the target distance; Get the target distance for each position time interval respectively; Set up distance sequence; Enter the target distances into the distance sequence in the order in which they are obtained; Compare the elements in the distance sequence; If the elements in the distance sequence decrease in sequence order, it is determined that the target distance has a trend of approaching; If the elements in the distance sequence do not decrease in sequence, it is determined that the target distance does not have an approaching trend.

9. The method for managing personal passport information according to claim 1, wherein: The step of determining whether to execute the information sequence adjustment strategy based on the result of the itinerary determination strategy includes: If the result of the itinerary judgment strategy is judged to be normal, no processing is performed; If the result of the itinerary judgment strategy is determined to be a deviation state, the information sequence adjustment strategy is executed; The information sequence adjustment strategy includes: Send a warning to the user about the deviation from the target location and ask the user to provide feedback on whether to change the current target location; If the user feedback does not change the current destination, no adjustment will be made; If the user feedback changes the current destination to be reached, the destination to be reached after the user changes is obtained, and an information display map of the destination is obtained, which is recorded as the destination information display map; Place the target information display diagram as the first information display diagram in the information display sequence.

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