TW201710117A - Internet of vehicles system - Google Patents

Abstract

An internet of vehicles system is used for a car of the internet of vehicles. The internet of vehicles system includes a processing module. A video module links to the processing module for display a satellite imagery. A global positioning system module links to the processing module to make a positioning coordinate of a car and transports the positioning coordinate to the processing module. The processing module feedbacks a license plate and displays in the satellite imagery. The license plate is in a distance range of the positioning coordinate and in the same way with the car. A license plate detecting module links to the processing module for detecting the license plate around the car. After detecting the license plate, the video module displays a road condition video automatically.

Description

Car networking system

The invention provides a vehicle networking system, in particular to a smart car networking image sharing vehicle networking system.

In order to drive safely, most vehicles on the market will be equipped with a driving recorder to capture the road ahead of the driving vehicle and store this instant image for use in the event of an accident.

However, when a driver drives a vehicle, the general driver usually only sees the situation in front of his car, and cannot know the situation in front of the front car. Moreover, the vehicle equipped with the driving recorder has only the images that can be taken. In the case of the front of the vehicle, if there are other vehicles blocking in front, it is impossible to know the road conditions of the preceding vehicle. Especially in the mountain roads, it is often difficult to know the road conditions of the preceding vehicles when overtaking, and it is easy to encounter dangers to the coming cars or unknown road conditions.

Moreover, when a large vehicle is in front, the driving behind it is often unable to know the road ahead, and it is often easy to cause an accident. In addition, the most common situations encountered when driving a vehicle are traffic jams. Usually, in the case of traffic jams, the driver wants to know the reason for the traffic jam, or the distance between the traffic jams, and when he can get out of the car array, which is the most concerned thing for driving friends.

Therefore, how to improve the car networking system, so that the driver can clearly understand all the road conditions while driving, and can understand the current road condition information according to the demand, in order to reduce the accident and reduce the risk of the accident, which is the inventor of the case and engaged in related industries. The subject of technology is eager to improve.

In view of the above, the present invention provides a vehicle networking system, which is applied to a vehicle registered on a vehicle networking platform, and includes: a processing module; a video and audio module connected to the processing module for displaying a satellite map; a satellite positioning module, Connected to the processing module to generate the positioning coordinates of the vehicle and transmit the positioning coordinates to the processing module, the processing module returns the license plate number within the distance range of the positioning coordinate and traveling in the same direction as the vehicle, and displays the license plate number on the satellite The map and the license plate recognition module are connected to the processing module to identify the license plate number adjacent to the vehicle. After successfully identifying the license plate number, the audio and video module automatically displays the road condition image of the license plate number.

The present invention further includes a voice recognition module connected to the processing module for inputting a license plate number by voice, wherein the road condition image of the license plate number is displayed on the audio and video module by inputting the license plate number by voice.

Furthermore, the present invention further includes an input module connected to the processing module for manually inputting the license plate number, wherein the road condition image of the license plate number is displayed on the audio and video module by manually inputting the license plate number. In addition, the present invention further includes an image capturing module connected to the processing module for capturing a user's road condition image and transmitting the image to the processing module. Therefore, the present invention further includes a storage module connected to the image capturing module for storing the user's road condition image. And a wireless transmission module connected to the image capturing module for transmitting the user's road condition image.

In addition, the present invention further includes a mobile device connected to the processing module for performing a setting operation. Furthermore, the license plate number displays the corresponding color depending on the type of vehicle. The road condition image is transmitted to the audio and video module via the processing module. Or the road condition image is directly transmitted to the audio and video module via the image source vehicle.

The vehicle networking system of the present invention enables the driver to know all the road conditions while driving, by using the vehicle registered in the Internet of Vehicles platform, through the audio-visual module, the satellite positioning module and the license plate recognition module, and can select according to the demand. Information about the road conditions that need to be known to reduce the occurrence of accidents and reduce the risk of accidents. Only know the problem of the road conditions of the vehicles.

The detailed features and advantages of the present invention are described in detail in the embodiments of the present invention. The objects and advantages associated with the present invention can be readily understood by those skilled in the art.

Please refer to FIG. 1 , which is a schematic diagram (1) of the vehicle networking system of the present invention. The vehicle networking system of the present invention is applied to a vehicle registered in a vehicle networking platform, and the vehicle networking system includes a processing module 10, a video module 20, a satellite positioning module 30, and a license plate recognition module 40.

The processing module 10 is preferably a computer host with multi-function processing and storage, and has both wired and wireless connection transmission functions. In the present invention, the processing module 10 is a remote back-end platform for receiving externally transmitted information and integrating the processing, and then transmitting the processed information to a specific object. For example, the present invention is applied to a vehicle registered on an Internet of Vehicles platform. When a registered vehicle has an A car, a B car, and a C car, fixed information or real-time information of the three cars are integrated and processed in the processing module 10, The processing module 10 transmits the processed information to a specific vehicle, for example, to the A car, so that the A car can know the information of the B car and the C car.

The audio-visual module 20 is preferably a multi-function processing machine having an audio-visual effect, which is preferably disposed in the vehicle and connected to the processing module 10. The audio-visual module 20 can perform the general audio-visual function. Other functional modules can be added as needed. In the present invention, in addition to the built-in loudspeaker, the video module 20 can have a display screen or a head-up display screen and the like for displaying information. Accordingly, the present invention can display a satellite map through the audio-visual module 20. Here, the satellite map may preferably be a Google map, but the invention is not limited thereto.

The satellite positioning module 30 is preferably a device with a satellite positioning function, which is connected to the processing module 10 or can be built in the audio and video module 20, and can be used for positioning and positioning the satellite positioning module 30. The vehicle can display the position of the vehicle on the satellite map of the video module 20. Therefore, in addition to locating the vehicle, the satellite positioning module 30 can generate the positioning coordinates of the positioning vehicle and transmit the positioning coordinates to the processing module 10. At this time, the processing module 10 receives all the registrations on the vehicle networking platform. The positioning coordinates transmitted by the vehicle, according to the positioning coordinates of the vehicle driven by the user, integrate the license plate number within a distance from the user's vehicle and travel in the same direction, and return the license plate number and display it in use. On the satellite map of the vehicle.

Furthermore, the audio-visual module 20 can also display the positioning coordinates of the vehicle that passes back the license plate, and simultaneously mark the position of the returning license plate vehicle on the satellite map. Here, the user of the satellite map can clearly see that the user on the satellite map The relative position or distance between the vehicle and the vehicle that returns the license plate number. In addition, the positioning coordinates of the positioning vehicle are generated by the satellite positioning module 30, and the positioning coordinates of the vehicle are changed. Accordingly, the processing module 10 can detect other vehicles that are in the same direction or opposite to the direction of travel of the user. . For the purpose of the present invention, the license plate number displayed on the satellite map may preferably be the license plate number of the same route and the same traveling direction as the user's vehicle, but the invention is not limited thereto, and all the satellite maps may also be displayed. License plate number.

In addition, the vehicles with the license plate number returned are all registered vehicles of the Internet of Vehicles platform. At the time of registration, there is information on the registered vehicles, such as the type of vehicle, the name of the owner, the license plate number, etc. Therefore, when the processing module 10 is back When the license plate number is displayed on the satellite map, each license plate number can be displayed according to the type of vehicle that is registered at the time of registration. For example, if the registration is registered as a car on the Internet of Vehicles platform, the license plate number is displayed on the satellite. It is displayed in red on the map and in yellow when it is registered as a truck. However, the types of vehicles and corresponding colors described above are only examples, and the types and corresponding colors are set as required by the visual user.

The license plate recognition module 40 is connected to the processing module 10, which is preferably a license plate recognition device having a photographic function. The license plate recognition module 40 is configured to recognize the license plate number within a distance range from the vehicle. For example, if the license plate recognition module 40 successfully recognizes the license plate number after the license plate recognition module 40 successfully recognizes the license plate number, for example, if the identified license plate number is also the vehicle registered by the Internet of Vehicles platform, the audio-visual module 20 will automatically display A road image of the license plate number being identified.

In addition, the road condition image is preferably captured by the image source vehicle (here, the vehicle with the identified license plate number) and uploaded to the processing module 10, and then transmitted to the video module 20 by the processing module 10 in a streaming manner. After the image source vehicle is registered in the processing module 10, the processing module 10 records the IP address of the image source vehicle, and then the user vehicle can know the IP address of the image source vehicle through the processing module 10, and directly Connect to the image source vehicle to obtain a streaming image. Alternatively, the user's vehicle searches for the image-derived vehicle directly through the WIFI area network, and connects to the image-sourced vehicle to obtain a streaming image.

If the road condition image captured by the image source vehicle happens to be photographed to the user's vehicle, the image may be stored in the processing module 10 or other storage device in the vehicle, in addition to the user vehicle. In addition to the image, it receives an image from the image source vehicle to the user's vehicle to ensure that the image is complete and continuous, so that the user's vehicle can be completely recorded regardless of its own perspective or other perspectives. .

Moreover, the user can display the road condition image of the selected license plate number on the video module 20 by clicking the vehicle with the license plate number on the satellite map, and accordingly, the user can switch. Click on the vehicle with all the license plate numbers on the satellite map to find out the road conditions in front of each car. In addition, if the user's vehicle is photographed by the vehicle that recognizes the license plate, the user can also download and store images of the self-vehicle captured by other vehicles.

Please refer to FIG. 2, which is a schematic diagram (2) of the vehicle networking system of the present invention. The car network system of the present invention further includes a voice recognition module 50. The voice recognition module 50 is connected to the processing module 10. Preferably, the voice recognition module 50 is a device having a sound collection function, and is configured by the voice recognition module 50. The user can directly input the license plate number by voice. After the voice recognition module 50 recognizes the voice license module 50, the license plate number of the voice input module can be directly displayed on the audio and video module 20.

Please refer to FIG. 3, which is a schematic diagram (3) of the vehicle networking system of the present invention. The vehicle networking system of the present invention further includes an input module 60 that is connected to the processing module 10, and the user can directly input the license plate number through the input module. The input module 60 can be a physical keyboard or a touch keyboard. The present invention can also use the input mode by directly inputting the license plate number through the voice recognition module 50. The physical keyboard of the group 60 or the touch keyboard directly inputs the license plate number, and the video module 20 displays the image of the road condition recorded by the input license plate number.

Please refer to FIG. 4, which is a schematic diagram (4) of the vehicle networking system of the present invention. The vehicle networking system of the present invention further includes an image capturing module 70, which is connected to the processing module 10, and can directly capture the road condition image of the vehicle driven by the user through the image capturing module 70. Accordingly, the present invention further includes The storage module 80 is connected to the image capturing module 70. The image of the road image captured by the image capturing module 70 can be stored in the storage module 80 for sharing or transmitting the traffic image through the wireless network. The present invention further includes a wireless transmission module 90 that is connected to the storage module 80. The wireless transmission module 90 can share and transmit the traffic image to other vehicles that are also registered on the Internet of Vehicles platform. The image capturing module 70 is preferably a shooting host having a photographic function, and the storage module 80 is preferably a hard disk. However, the present invention is not limited thereto. limit.

Please refer to FIG. 5, which is a schematic diagram (5) of the vehicle networking system of the present invention. The present invention further includes a mobile device 100 that is connected to the processing module 10. The mobile device 100 is preferably a smart phone or a tablet connected to the processing module 10 by wire or wirelessly. Here, the user can directly perform the setting operation through the mobile device 100. For example, the processing module 10 can identify the license plate number within the distance range of the user's vehicle, and display the license plate number on the audio-visual module 20, and the distance range can be directly set by the mobile device 100, for example, for example, 500 meters or 300 meters, etc., or set to share the road image stored on the processing module 10, and the like. The foregoing setting operation is only an example, and the present invention is not limited thereto. Furthermore, all setting operations may be directly performed on the audio/video module 20, or the setting operation may be directly performed on the video and audio module 20 through the mobile device 100. .

By using the vehicle registered in the Internet of Vehicles platform, the present invention enables the driver to know all the road conditions while driving, and to select the required road conditions according to the requirements through the audio-visual module, the satellite positioning module and the license plate recognition module. Information to reduce accidents and reduce the risk of car accidents can only be known about the road conditions of their own vehicles.

Although the technical content of the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and any modifications and refinements made by those skilled in the art without departing from the spirit of the present invention are encompassed by the present invention. The scope of protection of the present invention is therefore defined by the scope of the appended claims.

10‧‧‧Processing module
20‧‧‧Video Module
30‧‧‧Satellite Positioning Module
40‧‧‧ License Plate Identification Module
50‧‧‧Voice recognition module
60‧‧‧Input module
70‧‧‧Image Capture Module
80‧‧‧ storage module
90‧‧‧Wireless Transmission Module
100‧‧‧ mobile devices

[Fig. 1] A schematic view (1) of the vehicle networking system of the present invention. [Fig. 2] A schematic diagram (2) of the vehicle networking system of the present invention. [Fig. 3] A schematic diagram (3) of the vehicle networking system of the present invention. [Fig. 4] A schematic diagram (4) of the vehicle networking system of the present invention. [Fig. 5] A schematic diagram (5) of the vehicle networking system of the present invention.

10‧‧‧Processing module

20‧‧‧Video Module

30‧‧‧Satellite Positioning Module

40‧‧‧ License Plate Identification Module

Claims (10)

A vehicle networking system, which is applied to a vehicle registered in a vehicle networking platform, comprising: a processing module; an audio and video module connected to the processing module for displaying a satellite map; a satellite positioning module, Connected to the processing module for generating a positioning coordinate of the vehicle and transmitting the positioning coordinate to the processing module, the processing module returns the positioning coordinate within a distance range and travels in the same direction as the vehicle a license plate number and displaying the license plate number on the satellite map; and a license plate recognition module connected to the processing module for identifying the license plate number adjacent to the vehicle and successfully identifying the license plate number The audio and video module automatically displays a road condition image of the license plate number. The vehicle networking system of claim 1 further includes a voice recognition module connected to the processing module for voice inputting the license plate number, wherein the license plate number is input by voice The traffic image of the license plate number is displayed on the display. The vehicle networking system of claim 1, further comprising an input module connected to the processing module for manually inputting the license plate number, wherein the license plate number is manually input on the audio and video module The road image of the license plate number is displayed. The vehicle networking system of claim 1 further includes an image capture module coupled to the processing module for capturing a user's road condition image and transmitting the image to the processing module. The vehicle networking system of claim 4 further includes a storage module connected to the image capturing module for storing the user road image. The vehicle networking system of claim 4 further includes a wireless transmission module coupled to the image capture module for transmitting the user road condition image. The vehicle networking system of claim 1 further includes a mobile device connected to the processing module for performing a setting operation. The vehicle networking system of claim 1, wherein the license plate number displays a corresponding color according to a vehicle type. The vehicle networking system of claim 1, wherein the road condition image is transmitted to the audio and video module via the processing module. The vehicle networking system of claim 1, wherein the road condition image is directly transmitted to the audio and video module via an image source vehicle.