[0030] In order to make the purpose, features, and advantages of the present invention more obvious and understandable, specific embodiments and drawings will be used to clearly and completely describe the technical solutions protected by the present invention. Obviously, the implementation described below The examples are only a part of the embodiments of the present invention, not all the embodiments. Based on the embodiments in this patent, all other embodiments obtained by those of ordinary skill in the art without creative work shall fall within the scope of protection of this patent.
[0031] This embodiment provides a cloud computing-based system for ensuring the integration of the driver's identification of a shared car 1, including: a shared car 1, a user terminal APP2, and a cloud platform 3;
[0032] Shared car 1 and user terminal APP2 are respectively connected to cloud platform 3 in communication;
[0033] Shared car 1 includes: camera monitoring module and car control module;
[0034] The user terminal APP2 is used to provide the user with an ID registration port, so that the user can register an ID account on the cloud platform 3, and bind the user's driver's license number, driver's license photo, and user photo to the registered ID account, and register it on the cloud platform 3. ; The user logs in to the cloud platform 3 through the registered ID account to obtain the data information of the shared car 1;
[0035] The car control module is connected to the user terminal APP2. The user terminal APP2 logs in to the cloud platform 3 through the registered ID account, obtains the data information of the shared car 1, and connects with the car control module;
[0036] The camera monitoring module is used to connect the user terminal APP2 and the car control module. The camera monitoring module captures the user's video information and uploads the video information to the cloud platform 3. The cloud platform 3 uses the camera monitoring module to capture the user's video information and The user terminal APP2 compares the driver’s license photo registered on the cloud platform 3 with the user’s photo. When the comparison result is the same, the cloud platform 3 unlocks the shared car 1 by controlling the car control module and enables the user to access the shared car 1 use;
[0037] When the comparison results are not the same, the cloud platform 3 locks the shared car 1 by controlling the car control module, and the user cannot use the shared car 1.
[0038] The camera monitoring module is also used when the user uses the shared car 1, every preset time interval, the camera monitoring module captures the user's video information, and uploads the video information to the cloud platform 3, and the cloud platform 3 captures the camera monitoring module to the user The video information of the user terminal APP2 is compared with the driver's license photo registered on the cloud platform 3 and the user photo. When the comparison result is the same, the cloud platform 3 controls the car control module to enable the user to continue to use the shared car 1;
[0039] When the comparison results are not the same, the cloud platform 3 locks the shared car 1 by controlling the car control module, and the user cannot use the shared car 1.
[0040] The uploaded pictures are compared through cloud computing, including taking pictures and uploading every 5 or 10 minutes before the shared car 1 starts and during driving. The image comparison program feeds back the comparison results to the cloud computing in time, and according to the results Whether to push notifications to the user's mobile app. This ensures that from the beginning of use to the end of the last trip of the shared car 1, the user is always a legal registered user before driving. When it is detected that the identification of the person is not one, it will promptly push to the user's mobile phone App, prompting that the replacement of the driver will also be fined, and the membership will be cancelled.
[0041] The system loads the picture comparison function module. When the user scans and enters the car, the camera in the car will automatically take a picture of the driving position and upload it. After the image comparison is passed, the car can be started to start the journey. When the user opens the App, he will see a platform push message prompting the user, "You can't drive for others, you can only drive by yourself, there will be camera monitoring throughout the process."
[0042] During the driving process, the user did not take pictures of the driving position every few minutes and upload it to the platform for comparison. If the identification is not the same person, the platform will immediately push a message to the user App prompting "If the user is not the user, then drive immediately , And to fine or cancel its membership, etc.".
[0043] When the user ends the trip, close the doors and windows, and end the trip on the App. The platform sends instructions to lock the car. Standardize the legal and correct use of shared cars1; through image comparison based on cloud computing, to ensure that the driver and the registered user are always the same person during the car journey, and promptly push reminders when they find that they are not. Through image comparison, the whole process of monitoring the integration of the user's personal identification is improved, and the awareness of the safety regulations of the car sharing car 1 is improved.
[0044] In this embodiment, the way for the car control module and the user terminal APP2 to adapt and connect includes: matching connection by scanning a two-dimensional code, or matching connection via Bluetooth, or matching connection via WIFI.
[0045] In this embodiment, the cloud platform 3 is also used to receive the location information of the shared car 1 and the location information of the user terminal APP2 sent by the user terminal APP2. The cloud platform 3 searches for shared cars within a specified radius according to the location information of the user terminal APP2. 1 location coordinates, and send the shared car 1 location coordinates to the user terminal APP2;
[0046] The user terminal APP2 is also used to display the distance of all shared cars 1 from the user according to the distance between the location information of the user terminal APP2 and the position coordinates of the shared car 1; and prompt the user to the nearest shared car 1 location coordinates.
[0047] In this embodiment, the shared car 1 further includes: a positioning module;
[0048] The positioning module uploads the location information of the shared car 1 to the cloud platform 3;
[0049] The cloud platform 3 receives and stores the positioning information of the positioning module in each shared car 1, and generates a GPS map of the shared car 1 based on the positioning data of each shared car 1, and the location of each shared car 1 is marked on the shared car 1 GPS map;
[0050] The user terminal APP2 calls the shared car 1 GPS map to identify the location of each shared car 1 to obtain the positioning data of the shared car 1. When the user terminal APP2 accesses the cloud platform 3, the user terminal APP2 sends the user's location coordinates to the cloud platform 3. The platform 3 identifies the user's location on the shared car 1 GPS map according to the user's positioning coordinates and generates the user's shared car 1 GPS map. The cloud platform 3 sends the user's shared car 1 GPS map to the user terminal APP2 for use by the user terminal APP2.
[0051] In this embodiment, the shared car 1 further includes: a weight detection module;
[0052] The weight detection module is used to detect the overall weight of the shared car 1 when in use, and transmit the overall weight data to the cloud platform 3;
[0053] The cloud platform 3 is used to enable the user to use the shared car 1 and obtain the weight of the shared car 1 during use through the weight detection module.
[0054] Determine whether the overall weight of the shared car 1 exceeds the threshold, which is the sum of the weight of the shared car 1 plus the preset weight it can carry;
[0055] When the overall weight of the shared car 1 does not exceed the threshold, the weight detection module continues to detect the overall weight of the shared car 1 until the user stops using the shared car 1;
[0056] When the overall weight of the shared car 1 exceeds the threshold, the cloud platform 3 controls the shared car 1 to brake through the car control module, and locks the shared car 1.
[0057] When the overall weight of the shared car 1 exceeds the threshold, the cloud platform 3 records the user's driver's license number, driver's license photo, user photo, and registered ID account, and sends an alarm through the alarm device set on the shared car 1.
[0058] The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention. Various modifications to these embodiments will be obvious to those skilled in the art, and the general principles defined in this document can be implemented in other embodiments without departing from the spirit or scope of the present invention. Therefore, the present invention will not be limited to the embodiments shown in this document, but should conform to the widest scope consistent with the principles and novel features disclosed in this document.
