CN114282127A - Personalized visual service pushing method based on whole vehicle camera and GPS positioning - Google Patents
Personalized visual service pushing method based on whole vehicle camera and GPS positioning Download PDFInfo
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- CN114282127A CN114282127A CN202111508591.XA CN202111508591A CN114282127A CN 114282127 A CN114282127 A CN 114282127A CN 202111508591 A CN202111508591 A CN 202111508591A CN 114282127 A CN114282127 A CN 114282127A
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Abstract
The invention relates to a personalized visual service pushing method based on a finished automobile camera and GPS positioning, which comprises an on-board computer arithmetic unit, a cloud information storage issuing system, a GPS positioning module, a camera module and an on-board computer display system, wherein the on-board computer arithmetic unit is connected with the cloud information storage issuing system, the GPS positioning module, the camera module and the on-board computer display system; the GPS positioning module is used for acquiring vehicle positioning place data at any time; the camera module is used for receiving the shooting signal output by the vehicle-mounted computing unit and finishing shooting within a set time; the cloud information storage issuing system stores visual materials and parameters, and can screen and transmit the corresponding visual materials and parameters to the vehicle-mounted computing unit in combination with instructions uploaded by the vehicle-mounted computing unit; and the vehicle-mounted computing unit processes the signals transmitted by the camera module and the cloud information storage and issuing system and outputs the processed display result information to the vehicle-mounted display system for corresponding display. The invention is suitable for being applied to vehicles, and can provide push display which can better meet the requirements of vehicle owners on the information acquisition of nearby scenic spots.
Description
Technical Field
The invention belongs to the technical field of digital information transmission, and particularly relates to a personalized visual service pushing method based on a vehicle camera and GPS positioning.
Background
At present, picture and video display products such as a start welcome page, vehicle-mounted background wallpaper, a screen saver and the like provided for a vehicle owner in a vehicle are independent, are judged and pushed at most based on time, are not based on vehicle-mounted signals and picture information collected on the spot, such as patent numbers CN202010732173.8/CN202010984333.8, and cannot well meet the requirements of personalized visual services of the vehicle owner. Patent application CN102984219A discloses a method for pushing information of a tourism mobile terminal based on media multidimensional content expression, which provides more flexible and personalized services, but is not suitable for vehicle applications, and the pushing and displaying modes need to be further optimized and improved.
Disclosure of Invention
In view of the above disadvantages in the prior art, the technical problem to be solved by the present invention is to provide a feasible personalized visual service push method based on a vehicle camera and GPS positioning, so as to obtain a push display effect suitable for vehicles and better meeting personalized requirements of vehicle owners.
In order to solve the technical problems, the invention adopts the following technical scheme:
the personalized visual service pushing method based on the whole vehicle camera and GPS positioning comprises a cloud information storage issuing system, a GPS positioning module, a camera module, a vehicle computer operation unit and a vehicle computer display system, wherein the GPS positioning module, the camera module, the vehicle computer operation unit and the vehicle computer display system are arranged on a vehicle;
the vehicle-mounted computer arithmetic unit is in signal connection with the cloud information storage and issuing system, the GPS positioning module, the camera module and the vehicle-mounted computer display system;
the GPS positioning module is used for acquiring vehicle positioning place data at real time and transmitting the vehicle positioning place data to the vehicle-mounted computer arithmetic unit;
the camera module is used for receiving the shooting signal output by the vehicle-mounted computing unit, finishing shooting within a set time and transmitting the shooting data to the vehicle-mounted computing unit;
the cloud information storage issuing system stores visual materials and parameters, and can screen and transmit the corresponding visual materials and parameters to the vehicle-mounted computing unit in combination with instructions uploaded by the vehicle-mounted computing unit;
the vehicle-mounted computer arithmetic unit processes signals transmitted by the GPS positioning module, the camera module and the cloud information storage issuing system and outputs processed display result information to the vehicle-mounted computer display system;
and the vehicle-mounted display system receives the display result information and correspondingly displays the display result information.
Further perfecting the technical scheme, the instruction uploaded by the vehicle-mounted computing unit is a long-distance card punching signal and scenic spot GPS information, a middle-distance card punching signal and scenic spot GPS information or a short-distance card punching signal and scenic spot GPS information which are output after calculation;
the vehicle-mounted computing unit stores longitude and latitude of scenic spots over national 3A, when a vehicle runs on the road, the GPS positioning module transmits vehicle positioning location data to the vehicle-mounted computing unit according to set interval duration, and the vehicle-mounted computing unit calculates based on the vehicle positioning location data and the stored longitude and latitude and judges the distance between the vehicle and the scenic spots;
when the distance is more than 30km and more than or equal to 10km, the instruction uploaded by the vehicle-mounted computing unit is a remote card punching signal and scenic spot GPS information;
when the distance is more than 10km and more than or equal to 5m, the instruction uploaded by the vehicle-mounted computing unit is a middle-distance card punching signal and scenic spot GPS information;
when the distance is less than 5m, the instruction uploaded by the vehicle-mounted computing unit is a short-distance card punching signal and scenic spot GPS information.
Further, the on-board display system comprises an instrument screen, a desktop background of the central control screen and a screen saver display interface;
when the instruction uploaded by the vehicle-mounted computing unit is a remote card punching signal and scenic spot GPS information, the vehicle-mounted computing unit processes corresponding visual materials and parameters and outputs display result information, a screen saver display interface displays for 5s, and an instrument screen displays for 6 s;
when the instruction uploaded by the vehicle-mounted computing unit is a middle-distance card punching signal and scenic spot GPS information, the vehicle-mounted computing unit processes corresponding visual materials and parameters and outputs display result information, a screen saver display interface displays for 10s, and a desktop background displays for 1 h;
when the instruction uploaded by the vehicle-mounted computing unit is a short-distance card punching signal and scenic spot GPS information, the vehicle-mounted computing unit merges shooting data of the camera module with corresponding visual materials and parameters, the vehicle-mounted display system displays the merged content, a screen saver display interface displays for 12s, a desktop background displays for 5min, and an instrument screen displays for 10 s.
Furthermore, after the cloud information storage issuing system receives the instruction uploaded by the vehicle-mounted computing unit, the corresponding visual materials and parameters including the issued materials, the size information and the effective time are screened and transmitted.
Further, the screening of the issued material comprises:
1) matching the same GPS material according to the uploaded instruction;
2) matching materials with the same weather type according to the weather information;
3) matching seasons according to time;
4) day and night conditions are matched according to time;
5) and matching colors issued by the materials according to the uploaded instructions.
Further, when the distance is larger than or equal to 40km, the vehicle-mounted computing unit stops outputting the display result information.
Further, when the distance between the vehicle and the plurality of scenic spots is calculated to be less than 30km, the vehicle-mounted computing unit controls the vehicle-mounted display system to display randomly according to the display result information corresponding to each scenic spot.
Further, when the vehicle-mounted computing unit accumulatively sends 100-time short-distance card-punching signals and the scenic spot GPS information, the vehicle-mounted computing unit calls the data which are correspondingly screened and transmitted by the cloud information storage issuing system, and the data are collectively displayed once through the vehicle-mounted display system.
Further, the collective display method comprises the following steps: the 10s are shown in chronological order.
Compared with the prior art, the invention has the following beneficial effects:
the personalized visual service pushing method based on the whole vehicle camera and GPS positioning is suitable for being applied to vehicles, can better meet pushing and displaying of personalized requirements of vehicle owners, and can provide pushing and displaying services which can better meet the requirements of the vehicle owners on information acquisition of nearby scenic spots.
Drawings
Fig. 1 is a block diagram of an individualized vision service push method based on a vehicle camera and GPS positioning according to an embodiment;
fig. 2 is a flowchart of an individualized vision service push method based on a vehicle camera and GPS positioning according to an embodiment.
Detailed Description
The following describes embodiments of the present invention in further detail with reference to the accompanying drawings.
Referring to fig. 1 and 2, the personalized visual service pushing method based on the vehicle camera and the GPS positioning according to the embodiment includes a GPS positioning module, a camera module, a cloud information storage issuing system, a vehicle computing unit, and a vehicle display system. The vehicle-mounted computer arithmetic unit is in signal connection with the cloud information storage issuing system, the GPS positioning module, the camera module and the vehicle-mounted computer display system. The GPS positioning module can collect vehicle positioning at any time and transmit the location data to the vehicle-mounted computing unit. The camera module can receive the shooting signal output by the vehicle-mounted computing unit, complete shooting within 5s and simultaneously transmit the shooting signal to the vehicle-mounted computing unit and the vehicle-mounted display system. The cloud information storage issuing system can store visual materials and related label information, issues the information to the vehicle-mounted computer arithmetic unit, and can store signals and resources uploaded by the vehicle-mounted computer arithmetic unit. The vehicle-mounted computer arithmetic unit can carry out operation based on signals input by the GPS positioning module, the camera module and the cloud information storage issuing system, and outputs display result information to the vehicle-mounted computer display system. The vehicle-mounted display system can receive display result information of the vehicle-mounted arithmetic unit and carry out different displays aiming at the display result information.
Specifically, when the vehicle is running on the road, the GPS positioning module monitors the vehicle positioning information every 10s, and uploads the positioning information to the vehicle operation unit. Meanwhile, the vehicle-mounted computing unit can pull the visual materials and parameters (the parameters comprise color values, location signals, shooting time signals, whether a main camera of the vehicle shoots pictures or not, weather information and the like) stored in the cloud terminal at any time. The vehicle-mounted computing unit performs computing based on the positioning information of the GPS positioning module, and the computing method comprises the following steps:
the vehicle-mounted computing unit stores the longitude and latitude of the scenic spots over national 3A and judges the position of the vehicle based on the received positioning information. And judging the distance between the vehicle and the scenic spot by calculating the longitude and latitude difference. When the distance is more than 30km and more than or equal to 10km, the vehicle-mounted computing unit outputs a remote card punching signal and scenic spot GPS information to the cloud information storage issuing system; when the distance is more than 10km and more than or equal to 5m, the vehicle-mounted computing unit outputs a middle-distance card punching signal and scenic spot GPS information to the cloud information storage issuing system; when the distance is less than 5m, the vehicle-mounted computing unit outputs a short-distance card punching signal and scenic spot GPS information to the cloud information storage issuing system.
After the corresponding card punching signal and the sight spot GPS information that the high in clouds information storage issuing system received the output of car machine arithmetic unit, screened the issuing material, include:
matching the same GPS material according to the received information;
matching materials with the same weather type according to the weather information (the weather comprises the following fields of sunny days, rainy days, thunder, cloudy days, sand storms and snowing);
matching seasons according to time (spring in 1-3 months, summer in 4-6 months, autumn in 7-9 months, and winter in 10-12 months);
matching the conditions of day and night according to time (day at 6: 00-19: 00 and night at the rest time);
matching colors (a yellow picture is emitted when a long-distance card punching signal is issued, a green color is emitted when a middle-distance card punching signal is issued, and a blue color is emitted when a short-distance card punching signal is issued) issued by the material according to the received information;
and after the cloud information storage issuing system is screened, issuing the issued materials, the size information and the effective time to the vehicle-mounted computing unit.
And the vehicle-mounted computing unit receives the corresponding visual materials and parameters sent down and processes the pictures and the parameters.
The vehicle machine display system comprises an instrument screen, a desktop background of a central control screen and a screen saver display interface;
when a remote card punching signal is sent, the material is pushed to a screen saver display interface, and screen saver display is output for 5 s; displaying 6s of information on the instrument screen;
when the distance is in the middle of the card punching signal, pushing the material to a screen saver display interface and a desktop background, outputting the information of the screen saver display for 10s, and displaying the information of 1h by the desktop background;
when a short-distance card punching signal is sent, the vehicle-mounted computing unit merges the material and the picture transmitted by the camera module, pushes the merged content to a screen saver display interface and outputs information of 12s of screen saver display; pushing to a desktop background, and outputting and displaying information for 5 min; information pushed to the meter screen display 10 s.
In addition, when the distance difference between the vehicle positioning information and the scenic spot information is more than or equal to 40 kilometers, the picture service display is stopped.
And when the distance between the vehicle and the scenic spots is calculated to be less than 30km, the vehicle owner is randomly pushed.
The vehicle-mounted display system receives the information of the vehicle-mounted arithmetic unit and displays the visual content.
In addition, when the vehicle-mounted computing unit sends a close-range card punching signal for 100 times, the cloud information is called to store the data called by the issuing system once, and the data is collectively displayed for the vehicle owner once. The display method comprises the following steps: and displaying the combined pictures in sequence according to the time sequence, wherein each picture is displayed for 10s, so that a good memory is provided for the car owner.
Finally, the above embodiments are only for illustrating the technical solutions of the present invention and not for limiting, although the present invention has been described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that modifications or equivalent substitutions may be made to the technical solutions of the present invention without departing from the spirit and scope of the technical solutions of the present invention, and all of them should be covered in the claims of the present invention.
Claims (9)
1. Personalized visual service pushing method based on vehicle camera and GPS positioning is characterized in that: the system comprises a cloud information storage issuing system, a GPS positioning module on the vehicle, a camera module, a vehicle-mounted computing unit and a vehicle-mounted display system;
the vehicle-mounted computer arithmetic unit is in signal connection with the cloud information storage and issuing system, the GPS positioning module, the camera module and the vehicle-mounted computer display system;
the GPS positioning module is used for acquiring vehicle positioning place data at real time and transmitting the vehicle positioning place data to the vehicle-mounted computer arithmetic unit;
the camera module is used for receiving the shooting signal output by the vehicle-mounted computing unit, finishing shooting within a set time and transmitting the shooting data to the vehicle-mounted computing unit;
the cloud information storage issuing system stores visual materials and parameters, and can screen and transmit the corresponding visual materials and parameters to the vehicle-mounted computing unit in combination with instructions uploaded by the vehicle-mounted computing unit;
the vehicle-mounted computer arithmetic unit processes signals transmitted by the GPS positioning module, the camera module and the cloud information storage issuing system and outputs processed display result information to the vehicle-mounted computer display system;
and the vehicle-mounted display system receives the display result information and correspondingly displays the display result information.
2. The personalized visual service pushing method based on the whole vehicle camera and the GPS positioning as claimed in claim 1, wherein: the instruction uploaded by the vehicle-mounted computing unit is a long-distance card punching signal and scenic spot GPS information, a medium-distance card punching signal and scenic spot GPS information or a short-distance card punching signal and scenic spot GPS information which are output after calculation;
the vehicle-mounted computing unit stores longitude and latitude of scenic spots over national 3A, when a vehicle runs on the road, the GPS positioning module transmits vehicle positioning location data to the vehicle-mounted computing unit according to set interval duration, and the vehicle-mounted computing unit calculates based on the vehicle positioning location data and the stored longitude and latitude and judges the distance between the vehicle and the scenic spots;
when the distance is more than 30km and more than or equal to 10km, the instruction uploaded by the vehicle-mounted computing unit is a remote card punching signal and scenic spot GPS information;
when the distance is more than 10km and more than or equal to 5m, the instruction uploaded by the vehicle-mounted computing unit is a middle-distance card punching signal and scenic spot GPS information;
when the distance is less than 5m, the instruction uploaded by the vehicle-mounted computing unit is a short-distance card punching signal and scenic spot GPS information.
3. The personalized visual service pushing method based on the whole vehicle camera and the GPS positioning as claimed in claim 2, wherein: the vehicle machine display system comprises an instrument screen, a desktop background of a central control screen and a screen saver display interface;
when the instruction uploaded by the vehicle-mounted computing unit is a remote card punching signal and scenic spot GPS information, the vehicle-mounted computing unit processes corresponding visual materials and parameters and outputs display result information, a screen saver display interface displays for 5s, and an instrument screen displays for 6 s;
when the instruction uploaded by the vehicle-mounted computing unit is a middle-distance card punching signal and scenic spot GPS information, the vehicle-mounted computing unit processes corresponding visual materials and parameters and outputs display result information, a screen saver display interface displays for 10s, and a desktop background displays for 1 h;
when the instruction uploaded by the vehicle-mounted computing unit is a short-distance card punching signal and scenic spot GPS information, the vehicle-mounted computing unit merges shooting data of the camera module with corresponding visual materials and parameters, the vehicle-mounted display system displays the merged content, a screen saver display interface displays for 12s, a desktop background displays for 5min, and an instrument screen displays for 10 s.
4. The personalized visual service pushing method based on the whole vehicle camera and the GPS positioning as claimed in claim 2, wherein: after receiving the instruction uploaded by the vehicle-mounted computing unit, the cloud information storage issuing system screens and transmits corresponding visual materials and parameters including issuing materials, size information and effective time.
5. The personalized visual service pushing method based on the whole vehicle camera and the GPS positioning as claimed in claim 4, wherein: the screening and issuing of the materials comprises the following steps:
1) matching the same GPS material according to the uploaded instruction;
2) matching materials with the same weather type according to the weather information;
3) matching seasons according to time;
4) day and night conditions are matched according to time;
5) and matching colors issued by the materials according to the uploaded instructions.
6. The personalized visual service pushing method based on the whole vehicle camera and the GPS positioning as claimed in claim 2, wherein: and when the distance is more than or equal to 40km, the vehicle-mounted computing unit stops outputting the display result information.
7. The personalized visual service pushing method based on the whole vehicle camera and the GPS positioning as claimed in claim 2, wherein: and when the distance between the vehicle and the plurality of scenic spots is calculated to be less than 30km, the vehicle-mounted computing unit controls the vehicle-mounted display system to display randomly according to the display result information corresponding to each scenic spot.
8. The personalized visual service pushing method based on the whole vehicle camera and the GPS positioning as claimed in claim 2, wherein: when the vehicle-mounted computing unit accumulatively sends 100-time short-distance card punching signals and scenic spot GPS information, the vehicle-mounted computing unit calls the data which are correspondingly screened and transmitted by the cloud information storage issuing system, and the data are collectively displayed once through the vehicle-mounted display system.
9. The personalized visual service pushing method based on the whole vehicle camera and the GPS positioning as claimed in claim 8, wherein: the collective display method comprises the following steps: the 10s are shown in chronological order.
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| CN202111508591.XA CN114282127A (en) | 2021-12-10 | 2021-12-10 | Personalized visual service pushing method based on whole vehicle camera and GPS positioning |
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| CN202111508591.XA CN114282127A (en) | 2021-12-10 | 2021-12-10 | Personalized visual service pushing method based on whole vehicle camera and GPS positioning |
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