CN-117067872-B - Vehicle-mounted fragrance control system, method and automobile

CN117067872BCN 117067872 BCN117067872 BCN 117067872BCN-117067872-B

Abstract

The invention discloses a vehicle-mounted fragrance control system, a method and an automobile, wherein the control system comprises a fragrance bomb, a fragrance generator and an automobile machine, wherein the fragrance bomb acquires a fragrance identification ID from a fragrance cloud database, writes the fragrance identification ID into a fragrance bomb SIM card, acquires the fragrance identification ID transmitted by the fragrance bomb through the fragrance bomb SIM card, outputs the fragrance identification ID to the automobile machine, determines a corresponding fragrance type signal according to the fragrance identification ID, and acquires a fragrance type display data stream corresponding to the fragrance type signal from the fragrance cloud database and displays the fragrance type display data stream when the automobile machine determines that the local end fragrance type does not contain the fragrance type corresponding to the fragrance type signal. According to the invention, the fragrance cloud database is set, all the fragrance display data streams are stored in the fragrance cloud database, and when a new fragrance type is added in an automobile, only the corresponding fragrance display data stream is acquired from the fragrance cloud database, so that time and labor are saved, and repeated development caused by the difference of the automobile and the machine is effectively avoided.

Inventors

WANG LIN
WANG KAITUO
JIA HUIPENG
LIU HAIMING
DUAN FUHAI

Assignees

长城汽车股份有限公司

Dates

Publication Date: 20260512
Application Date: 20220510

Claims (9)

1. An on-board fragrance control system, comprising: The fragrance cloud database is used for acquiring a fragrance identification ID from a fragrance cloud database, writing the fragrance identification ID into a fragrance SIM card, wherein the fragrance SIM card is also written with a fragrance number, all fragrance display data streams are stored in the fragrance cloud database, and vehicle type tags are added in the fragrance display data streams, an automatic packaging program in the fragrance cloud database acquires corresponding fragrance display data streams according to a fragrance data stream access path sent by a TSP server, and the fragrance data streams are automatically packaged into fragrance data packets by the TSP server, and a data packet identification path is added in the fragrance data packets; The fragrance generator is positioned in the automobile and connected with the fragrance shell, and is used for acquiring the fragrance identification ID transmitted by the fragrance shell through the fragrance shell SIM card and outputting the fragrance identification ID; the vehicle machine is positioned in the vehicle and is respectively connected with the fragrance generator and the TSP server, and is used for acquiring the fragrance identification ID sent by the fragrance generator, determining a corresponding fragrance type signal according to the fragrance identification ID, and acquiring a fragrance type display data stream corresponding to the fragrance type signal from the fragrance cloud database and displaying the fragrance type display data stream when the local end fragrance type is determined to not contain the fragrance type corresponding to the fragrance type signal; The fragrance display data stream comprises fragrance display pictures, fragrance display characters and fragrance display videos; the fragrance cloud database comprises a fragrance display information module, a fragrance bomb information module and a fragrance generator information module; The fragrance display information module is used for defining and maintaining fragrance data, storing the fragrance display data and realizing fragrance display and transmission communication functions; the fragrance bullet information module is used for defining and maintaining fragrance bullet data, inquiring data and rapidly positioning fragrance types after sales service; The fragrance generator information module is used for managing fragrance generator data.
2. The vehicle-mounted fragrance control system of claim 1, further comprising a TSP server; The TSP server is positioned outside the automobile and is used for automatically packaging the odor type display data stream into an odor type data packet, adding a data packet identification path into the odor type data packet and storing the odor type data packet into a TSP server configuration folder.
3. The on-board fragrance control system of claim 2, wherein the TSP server is further configured to: after receiving a packaging data stream transmission request, requesting to access each vehicle machine configuration file compression packet path after packaging, uploading a data stream compression packet corresponding to the packaging data stream transmission request to the fragrance cloud database according to each vehicle machine configuration file compression packet path, decompressing the data stream compression packet by the fragrance cloud database, creating a corresponding cloud data storage pool according to each vehicle machine configuration file compression packet path, and classifying and storing fragrance display data streams of each vehicle machine by each data storage pool.
4. The on-board fragrance control system of claim 2, wherein the TSP server is further configured to: And acquiring a request for downloading new scent display data sent by the vehicle, searching a corresponding scent display data stream from a cloud data storage pool according to a vehicle type label corresponding to the vehicle, and sending the scent display data stream to the vehicle for display.
5. The vehicle-mounted fragrance control system of claim 2, further comprising a fragrance cloud database; The fragrance cloud database is located outside the automobile and is respectively in communication connection with the TSP server and the fragrance bullets, and is used for acquiring a fragrance data stream access path corresponding to the fragrance type signal sent by the TSP server, acquiring the fragrance display data stream from the TSP server according to the fragrance data stream access path and also used for the fragrance bullets to acquire the fragrance identification ID.
6. The vehicle-mounted fragrance control system of claim 1, further comprising a transmission device disposed between the fragrance generator and the vehicle; the transmission equipment is used for transmitting the fragrance identification ID output by the fragrance generator to the vehicle machine and transmitting the corresponding fragrance type signal determined by the vehicle machine according to the fragrance identification ID to the fragrance generator.
7. The vehicle-mounted fragrance control system of claim 6, wherein the transmission device comprises a domain controller and a gateway connected; the domain controller is connected with the fragrance generator, and the gateway is connected with the vehicle.
8. A vehicle-mounted fragrance control method, characterized by being applied to the vehicle-mounted fragrance control system according to any one of claims 1 to 6, the control method comprising: acquiring a fragrance identification ID sent by a fragrance generator, wherein the fragrance identification ID is obtained from a fragrance cloud database for fragrance bullets, and is transmitted to the fragrance generator through a fragrance bullet SIM card, all fragrance type display data streams are stored in the fragrance cloud database, and a vehicle type tag is added in the fragrance type display data streams, and an automatic packaging program in the fragrance cloud database acquires corresponding fragrance display data streams according to a fragrance data stream access path sent by a TSP server, and automatically packages the fragrance display data streams into fragrance type data packets by the TSP server, and adds a data packet identification path in the fragrance type data packets; Determining a corresponding scent type signal according to the scent identification ID; And when the local terminal fragrance type is determined not to contain the fragrance type signal, acquiring a fragrance type display data stream corresponding to the fragrance type signal from the fragrance cloud database.
9. An automobile comprising the on-board fragrance control system of claim 1.

Description

Vehicle-mounted fragrance control system, method and automobile Technical Field The invention relates to the technical field of automobiles, in particular to a vehicle-mounted fragrance control system and method and an automobile. Background The vehicle-mounted fragrance is used as an intelligent device for improving air quality in a vehicle, creating atmosphere and providing comfortable enjoyment for users, and is widely applied to automobiles along with the improvement of user experience quality requirements. The vehicle-mounted fragrance usually developed by automobile manufacturers is switched by one single fragrance or two or three fragrances. As the scent presentation geometry grows, the scent generator variety also tends to diversify. However, since the types of the fragrances adapted to different vehicle types are fixed in the conventional scheme, if more types of the fragrances are added to the vehicle, more signal identification codes are usually used to occupy more positions by using the fragrance identification codes, so as to increase the types of the fragrance identification. In addition, the variability of the scent types results in the adaptation and fixation of the vehicle-end scent display. Therefore, when the new aroma enhancement type is used in the automobile, the automobile machine end needs to be subjected to differential adaptation development according to the new aroma enhancement type and the automobile machine type. The whole process is time-consuming and labor-consuming, and repeated development can be caused by the difference of the vehicle and the machine. Disclosure of Invention In view of the above, the invention discloses a vehicle-mounted fragrance control system, a vehicle-mounted fragrance control method and a vehicle, so that when a new fragrance type is realized in the vehicle, only a fragrance type display data stream corresponding to a fragrance type signal is acquired from a fragrance cloud database, the vehicle is not required to be subjected to differential adaptation development according to the new vehicle type and the vehicle type, time and labor are saved, and repeated development caused by the vehicle-machine differential is effectively avoided. An on-board fragrance control system comprising: The fragrance bullet is positioned in the automobile and is used for acquiring a fragrance identification ID from a fragrance cloud database and writing the fragrance identification ID into a fragrance bullet SIM card, wherein a fragrance bullet number is also written in the fragrance bullet SIM card, and all fragrance display data streams are stored in the fragrance cloud database; The fragrance generator is positioned in the automobile and connected with the fragrance shell, and is used for acquiring the fragrance identification ID transmitted by the fragrance shell through the fragrance shell SIM card and outputting the fragrance identification ID; The vehicle machine is positioned in the vehicle and is respectively connected with the fragrance generator and the TSP server, and is used for acquiring the fragrance identification ID sent by the fragrance generator, determining a corresponding fragrance type signal according to the fragrance identification ID, and acquiring a fragrance type display data stream corresponding to the fragrance type signal from the fragrance cloud database and displaying the fragrance type display data stream when the local terminal fragrance type is determined to not contain the fragrance type corresponding to the fragrance type signal. Optionally, the system also comprises a TSP server; The TSP server is positioned outside the automobile and is used for automatically packaging the odor type display data stream into an odor type data packet, adding a data packet identification path into the odor type data packet and storing the odor type data packet into a TSP server configuration folder. Optionally, the TSP server is further configured to: after receiving a packaging data stream transmission request, requesting to access each vehicle machine configuration file compression packet path after packaging, uploading a data stream compression packet corresponding to the packaging data stream transmission request to the fragrance cloud database according to each vehicle machine configuration file compression packet path, decompressing the data stream compression packet by the fragrance cloud database, creating a corresponding cloud data storage pool according to each vehicle machine configuration file compression packet path, and classifying and storing fragrance display data streams of each vehicle machine by each data storage pool. Optionally, the TSP server is further configured to: And acquiring a request for downloading new scent display data sent by the vehicle, searching a corresponding scent display data stream from a cloud data storage pool according to a vehicle type label corresponding to the vehicle, and sending the scent display data