CN216374374U - Intelligent screen automobile rearview mirror device - Google Patents
Intelligent screen automobile rearview mirror device Download PDFInfo
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- CN216374374U CN216374374U CN202122315000.9U CN202122315000U CN216374374U CN 216374374 U CN216374374 U CN 216374374U CN 202122315000 U CN202122315000 U CN 202122315000U CN 216374374 U CN216374374 U CN 216374374U
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Abstract
A smart screen automobile rearview mirror assembly comprising: the intelligent screen display system comprises a vehicle body, wherein at least two intelligent screens are installed on the vehicle body, and a first intelligent screen and a second intelligent screen are respectively installed at the positions of rearview mirrors on the left side and the right side of the vehicle body; a first camera is arranged below the first intelligent screen; a second camera is arranged below the second intelligent screen; the first camera and the second camera are connected to an intelligent control system installed inside the vehicle body in a wireless or wired mode; the intelligent control system is internally provided with a processor module and a receiving processing module; the data image of a first camera on the left side of the vehicle body is transmitted to a first intelligent screen at the position of a left side rearview mirror; and the data image of the second camera on the right side of the vehicle body is transmitted to the second intelligent screen at the position of the right side rearview mirror. A plurality of cameras can be arranged at other parts of the vehicle body according to requirements. The utility model not only does not change the driving habit of the driver, but also realizes that no visual blind area exists around the vehicle body.
Description
Technical Field
The utility model belongs to the technical field of intelligent automobiles, and particularly relates to an intelligent screen automobile rearview mirror device.
Background
At present, the development of the automobile industry at home and abroad is strong, and various trolleys, buses and transport vehicles are extremely wide, so that various road traffic accidents frequently occur. The reason caused by the car accident is analyzed, and the visual blind area becomes the most serious point.
The utility model patent 201811376920.8 discloses a panoramic camera device modified by automobile rearview mirrors, which is characterized in that cameras and radar modules are arranged in front of and behind two rearview mirrors simultaneously, so that the environment around a vehicle body can be monitored at any time, the driving environment of the vehicle can be fed back to a central control display screen, and the problem that a visual blind area is easy to exist during driving is solved. However, this scheme changes the "look ahead" driving habit when the driver is driving. Since the automobile was invented in 1886, the driving habits of drivers need to see the left and right rearview mirrors to judge the surrounding environment of the automobile body, and once the driving habits formed for a long time are changed, the short circuit of human brain can be easily caused at a moment, the judgment is wrong, and further accidents are caused. Or, if the driver who is used to drive the vehicle with the scheme goes to drive the ordinary vehicle, the judgment error is easily caused by changing the driving habit. Therefore, the solution disclosed in this patent document is not preferable.
In addition, in the last decade, the number of people died due to traffic accidents in China is up to 5.2 thousands of people every year, wherein most of the people died are caused by more blind areas of large trucks. At present, traffic accidents of large trucks are problems to be solved urgently.
Disclosure of Invention
The utility model aims to solve the technical problem of providing a multifunctional intelligent screen automobile rearview mirror, which not only does not change the driving habit of a driver, but also realizes that the periphery of an automobile body is completely free of vision blind areas.
A smart screen automobile rearview mirror assembly comprising: the intelligent screen display system comprises a vehicle body, wherein at least two intelligent screens are installed on the vehicle body, and a first intelligent screen and a second intelligent screen are respectively installed at the positions of rearview mirrors on the left side and the right side of the vehicle body;
a first camera is arranged below the first intelligent screen;
a second camera is arranged below the second intelligent screen;
the first camera and the second camera are connected to an intelligent control system installed inside the vehicle body in a wireless or wired mode; the intelligent control system is internally provided with a processor module and a receiving processing module;
the data image of the first camera on the left side of the vehicle body is transmitted to the first intelligent screen at the position of the left side rearview mirror;
and the data image of the second camera on the right side of the vehicle body is transmitted to the second intelligent screen at the position of the right side rearview mirror.
Further, still include: the third intelligent screen is arranged at the position of the rearview mirror in the automobile;
a third camera is arranged at the tail position of the vehicle body;
the third camera is connected to an intelligent control system installed inside the vehicle body in a wireless or wired mode;
and the data image of the third camera at the tail of the vehicle is transmitted to a third intelligent screen at the position of the inside rearview mirror.
Further, still include: the fourth camera is arranged at the back of the interior rearview mirror and is used for shooting a visual angle of 180 degrees in the front of the vehicle;
the data image of the fourth camera is transmitted to a third intelligent screen at the position of the rearview mirror in the automobile, and the third intelligent screen respectively displays two images in front of the automobile and two images in back of the automobile in a left-right image mode, or displays the two images in front of the automobile and the two images in back of the automobile in a mode that the two images are randomly switched;
or the data image of the fourth camera is transmitted to a central control intelligent screen of an operation desk in the vehicle.
Further, the vehicle body is a large vehicle, including: a van, truck, or bus;
the large vehicle further includes: a fifth camera and a sixth camera;
a fifth intelligent screen is installed at the position of a rearview mirror at the left corner of the head of the large vehicle, a fifth camera is installed below the fifth intelligent screen, and a data image of the fifth camera is transmitted to the fifth intelligent screen; or the fifth camera is arranged on the side edge, close to the vehicle body, of the rearview mirror on the left side of the vehicle body, and data of the fifth camera is transmitted to a central control intelligent screen of an operation console in the vehicle body;
a sixth intelligent screen is installed at the position of a rearview mirror at the right side corner of the head of the large vehicle, a sixth camera is installed below the sixth intelligent screen, and a data image of the sixth camera is transmitted to the sixth intelligent screen; or the sixth camera is arranged on the side edge, close to the vehicle body, of the rearview mirror on the right side of the vehicle body, and data of the sixth camera is transmitted to a central control intelligent screen of an operation console in the vehicle body;
the fifth camera and the sixth camera are connected to an intelligent control system installed inside the vehicle body in a wireless or wired mode.
Further, the vehicle body is a truck, and the truck further comprises: a seventh camera;
the seventh camera is arranged on the inner side of the wagon box of the wagon close to the position of the wagon head and used for monitoring the conditions in the wagon box or the wagon box;
the data images of the seventh camera are all transmitted to a central control intelligent screen of a vehicle body operating console;
the seventh camera is connected to an intelligent control system installed inside the vehicle body in a wireless or wired manner.
Further, still include: the eighth camera is arranged near the position of an oil tank of the large vehicle and used for monitoring the oil tank to prevent oil from being stolen;
the data images of the eighth camera are all transmitted to a central control intelligent screen of a vehicle body operating console;
the eighth camera is connected to an intelligent control system installed inside the vehicle body in a wireless or wired manner.
Further, still include: a ninth camera installed at a roof position of the large vehicle;
the data images of the ninth camera are all transmitted to a central control intelligent screen of a vehicle body operating console;
the ninth camera is connected to an intelligent control system installed inside the vehicle body in a wireless or wired manner.
Further, still include: the tenth camera is installed at the bottom of the vehicle body;
the data images of the tenth camera are all transmitted to a central control intelligent screen of a vehicle body operating console;
the tenth camera is connected to an intelligent control system installed inside the vehicle body in a wireless or wired manner.
Furthermore, the intelligent screen comprises an intelligent display screen and a rear cover buckled with the intelligent display screen;
the rear cover is provided with a butt joint bayonet and a data power supply interface which are connected with the vehicle rearview mirror frame;
the intelligent display screen is a CTR, an LED, an LCD or an OLCD.
Furthermore, the mirror surface of the intelligent display screen is an arc convex surface, and the angle is 0-9 degrees.
Further, the surface of the intelligent display screen is subjected to polarization treatment, and a mirror film is attached.
Furthermore, the frames of the first to sixth intelligent screens and the central control intelligent screen are provided with two parallel rainwater sensing lines with the interval of 2 mm, and the back surfaces of the first to sixth intelligent screens and the central control intelligent screen are provided with heating strips;
a rainwater sensor and a heating thermostat are arranged inside the first to sixth intelligent screens and the central control intelligent screen; the rainwater sensor and the heating thermostat are connected to the intelligent control system in parallel;
the rainwater sensor is connected with the rainwater sensing line, and the constant temperature heater is connected with the heating strip;
the heating thermostat is connected with a thermal expansion liquid control switch.
The utility model is realized by the following steps:
the utility model has the advantages that:
1. zero blind area function: the intelligent screen rearview mirror directly replaces the existing vehicle rearview mirror with an intelligent screen rearview mirror, the intelligent screen rearview mirror is provided with a wide-angle camera and serves as an eye for the intelligent rearview mirror, data after framing is directly transmitted to an in-vehicle intelligent internal control system (a black box), and data images are transmitted to an intelligent screen (a display screen of the intelligent screen rearview mirror) for display after being processed by the system. The intelligent screen rearview mirror can completely solve the problem of vehicle driving blind areas, and does not change the driving habits of drivers.
2. The common rearview mirror has the following functions: the screen surface of the intelligent screen rearview mirror is subjected to special polarization and surface mirror treatment, and can still be used as a common rearview mirror when not electrified.
3. Has the functions of preventing fog, rain and freezing: the black box controls the heating thermostat, the special control screen of the system or the vehicle-mounted central control screen controls a switch with a heating function, and two parallel sensors (a rainwater sensor and a constant temperature sensor) are arranged below the switch with the heating function. The heating function is through the start-stop work of thermostatic sensor control heating strip, reaches the constant temperature effect, and thermostatic sensor adopts thermal energy liquid control switch, and when liquid thermal expansion extrusion made two metal contact disconnection, thermostatic sensor stop work, when the circular telegram that resets of two metal contact of liquid cooling shrink, thermostatic sensor began work, thereby the repeated work reaches the constant temperature effect. The rain sensor is connected with two rain sensing lines, the rain sensor is parallelly spaced for 2 millimeters and surrounds the frame of the intelligent screen for a circle (a non-connecting line), when rain, fog or ice is attached to the two rain sensing lines, the two rain sensing lines are electrified (water and ice are electrified contacts), the constant temperature sensor starts to work, when the rain or the ice is heated and is not heated or dried, the two contact sensors without water are separated, and the constant temperature sensor stops working.
Drawings
The utility model will be further described with reference to the following examples with reference to the accompanying drawings.
Fig. 1 is a schematic structural diagram of a first embodiment (four cameras) of the present invention.
Fig. 2 is a schematic structural diagram of a second embodiment (five cameras) of the present invention.
Fig. 3 is a schematic structural diagram of a third embodiment (six cameras) of the present invention.
Fig. 4 is a schematic structural diagram of a fourth embodiment (six cameras) of the present invention.
Fig. 5 is a schematic structural diagram of a fifth embodiment (nine cameras) of the present invention.
Fig. 6 is a schematic structural view of a sixth embodiment (ten cameras) of the present invention.
Fig. 7 is a functional block diagram of a heating function of the smart screen in the present invention.
Detailed Description
As shown in fig. 1, an intelligent screen automobile rearview mirror device includes: automobile body 100, four intelligent screens have been installed on automobile body 100.
The first smart screen 11 is installed at the left side rear view mirror position of the vehicle body 100; the second smart screen 21 is installed at the right side rear view mirror position of the vehicle body 100; the third smart screen 31 is installed at the position of the rearview mirror in the vehicle; the fourth smart screen 41 is mounted in the vehicle at the operator station.
A first camera 12 is arranged below the first intelligent screen 11;
a second camera 22 is arranged below the second intelligent screen 21;
a third camera 32 is arranged at the rear part of the tail of the vehicle;
a fourth camera 42 is arranged at the back of the inside rear-view mirror;
the first camera 12, the second camera 22, the third camera 32, and the fourth camera 42 are connected to an intelligent control system installed inside the vehicle body 100 in a wireless or wired manner; the intelligent control system is internally provided with a processor module and a receiving processing module.
The first camera 12 on the left side of the vehicle body is used for shooting a visual angle of the left side of the vehicle body within 180 degrees, and a data image of the visual angle is transmitted to the first intelligent screen 11 at the position of the left side rearview mirror;
the second camera 22 on the right side of the vehicle body is used for shooting a visual angle of the right side of the vehicle body within 180 degrees, and a data image of the visual angle is transmitted to the second intelligent screen 21 at the position of the right side rearview mirror;
the third camera 32 is arranged at the rear part of the vehicle tail and used for shooting a visual angle of 180 degrees at the rear part of the vehicle body, and a data image of the third camera is transmitted to the third intelligent screen 31 at the position of the rearview mirror in the vehicle;
the fourth camera 42 is mounted on the back of the inside rearview mirror and used for shooting a visual angle of 180 degrees in front of the vehicle body, and data images of the visual angle are transmitted to the third intelligent screen 31 at the position of the inside rearview mirror, and the third intelligent screen 31 respectively displays two images in front of the vehicle and two images in back of the vehicle in a left-right image mode, or the third intelligent screen 31 displays the two images in front of the vehicle and the two images in back of the vehicle in a mode that the two images are randomly switched; or the data image of the fourth camera 42 is transmitted to a central control intelligent screen of the in-vehicle operation desk.
The embodiment is suitable for small vehicles, adopts 4 cameras, and is one in front, back, left and right, forms 360-degree blind areas, and is most widely used. In specific practice, the following technical scheme can also be adopted:
the intelligent rearview mirrors on the left side and the right side are mainly used for upgrading the existing rearview mirrors of the vehicle or using the new vehicle at a lower end;
the 3 cameras, the left and right intelligent rearview mirrors and the tail of the vehicle (or some vehicles with special purposes are arranged at special positions according to design requirements) are mainly used for upgrading the existing vehicle rearview mirrors or used by the vehicles at lower ends of new vehicles;
5 cameras, one in the carriage (cargo box) and one in the front, back, left and right, are suitable for medium and large-sized vehicles, as shown in figure 2;
the 6 cameras are respectively arranged at the front, the back, the left and the right of the vehicle head, and the left and the right corners of the vehicle head, so that the problem of a dead zone of the vehicle head of a large vehicle is solved, or some vehicles with special purposes are arranged at special positions according to design requirements, as shown in figures 3 and 4 (the situation that image data of the left and the right cameras of the vehicle head are transmitted to a central control intelligent screen is shown in figure 3, and the situation that the intelligent screens are arranged at the left and the right sides of the vehicle head is shown in figure 4);
7. 8, 9, 10 cameras, is applicable to medium and large-sized vehicle, or special vehicle, and the design mounted position is as shown in fig. 5(9 camera condition) and fig. 6 (10 camera condition), except four fixed positions all around, if there is special requirement can cooperate the vehicle design requirement to install, the mounted position can be adjusted. The 7 th camera is arranged on the inner side of the carriage of the large vehicle close to the position of the vehicle head and used for monitoring the conditions in the carriage or the carriage; the 8 th camera is arranged near the position of an oil tank of the large-scale vehicle and used for monitoring the oil tank to prevent oil from being stolen; the 9 th camera is arranged at the position of the roof of the large vehicle; the 10 th camera is installed at the bottom of the large vehicle, so that the vehicle can conveniently pass through a complex road with an uneven road surface, or the bottom condition of the vehicle can be clearly known when the special vehicle works specially, and the operation safety is guaranteed. And transmitting the data images of the 7 th camera to the 10 th camera to a central control intelligent screen on an operation table in the vehicle.
The intelligent screen comprises an intelligent display screen and a rear cover buckled with the intelligent display screen; the rear cover is provided with a butt joint bayonet and a data power supply interface which are connected with the vehicle rearview mirror frame; and the intelligent display screen is a CTR, an LED, an LCD or an OLCD. The mirror surface of the intelligent display screen is an arc convex surface, and the angle is 0-9 degrees. The surface of the intelligent display screen is subjected to polarization treatment, and a mirror film is adhered to the surface of the intelligent display screen.
The intelligent screen rearview mirror directly replaces the existing vehicle rearview mirror with an intelligent screen rearview mirror, the intelligent screen rearview mirror is provided with a wide-angle camera and serves as an eye for the intelligent rearview mirror, data after framing is directly transmitted to an in-vehicle intelligent internal control system (a black box), and data images are transmitted to an intelligent screen (a display screen of the intelligent screen rearview mirror) for display after being processed by the system. The intelligent screen rearview mirror can completely solve the problem of vehicle driving blind areas, and does not change the driving habits of drivers. When not powered on, the rearview mirror can still be used as a common rearview mirror. In a large vehicle, the number of cameras can be increased according to actual use conditions.
The intelligent screen has the functions of preventing fog, rainwater and icing, and as shown in fig. 7, the frame of the intelligent screen is provided with two parallel rainwater sensing lines 201 with the interval of 2 millimeters, and the back of the intelligent screen is provided with a heating strip 202; a rainwater sensor 203 and a heating thermostat 204 are arranged inside the intelligent screen; the rainwater sensor 203 and the heating thermostat 204 are connected in parallel to the intelligent control system; the rainwater sensor 203 is connected with a rainwater sensing line 201, and the heating thermostat 204 is connected with a heating strip 202; the heating thermostat 204 is connected to a thermal expansion liquid control switch 205. The heating thermostat 204 is controlled by an intelligent control system (black box), a switch with a heating function is controlled by a special control screen or a vehicle-mounted central control screen of the system, two sensors connected in parallel, a rainwater sensor 203 and a constant temperature sensor (heating thermostat 204) are arranged below the switch with the heating function. The heating function is through the start-stop work that constant temperature sensor controlled heating strip 202, reaches the constant temperature effect, and constant temperature sensor adopts thermal energy liquid control switch 205, and when liquid thermal expansion extrusion made two metal contact disconnection, constant temperature sensor stop work, when liquid cooling shrink two metal contact reset circular telegrams, constant temperature sensor began work, thereby the repetition work reaches the constant temperature effect. The rain sensor 203 is connected with the two rain sensing lines 201, the two rain sensing lines are parallelly spaced for 2 mm and surround the frame of the intelligent screen for a circle (a non-connecting line), when rain, fog or ice is attached to the two rain sensing lines, the two rain sensing lines are electrified (water and ice are electrified contacts), the constant temperature sensor starts to work, and when the rain or the ice is heated and is not heated or dried, the two rain sensing lines without water are separated, and the constant temperature sensor stops working.
The above embodiments and drawings are not intended to limit the form and style of the present invention, and any suitable changes or modifications thereof by those skilled in the art should be considered as not departing from the scope of the present invention.
Claims (12)
1. A smart screen automobile rearview mirror assembly comprising: the automobile body, its characterized in that: the vehicle body is at least provided with two intelligent screens, wherein a first intelligent screen and a second intelligent screen are respectively arranged at the positions of rearview mirrors on the left side and the right side of the vehicle body;
a first camera is arranged below the first intelligent screen;
a second camera is arranged below the second intelligent screen;
the first camera and the second camera are connected to an intelligent control system installed inside the vehicle body in a wireless or wired mode; the intelligent control system is internally provided with a processor module and a receiving processing module;
the data image of the first camera on the left side of the vehicle body is transmitted to the first intelligent screen at the position of the left side rearview mirror;
and the data image of the second camera on the right side of the vehicle body is transmitted to the second intelligent screen at the position of the right side rearview mirror.
2. The intelligent screen rearview mirror apparatus as claimed in claim 1, wherein: further comprising: the third intelligent screen is arranged at the position of the rearview mirror in the automobile;
a third camera is arranged at the tail position of the vehicle body;
the third camera is connected to an intelligent control system installed inside the vehicle body in a wireless or wired mode;
and the data image of the third camera at the tail of the vehicle is transmitted to a third intelligent screen at the position of the inside rearview mirror.
3. The intelligent screen rearview mirror apparatus as claimed in claim 2, wherein: further comprising: the fourth camera is arranged at the back of the interior rearview mirror and is used for shooting a visual angle of 180 degrees in the front of the vehicle;
the data image of the fourth camera is transmitted to a third intelligent screen at the position of the rearview mirror in the automobile, and the third intelligent screen respectively displays two images in front of the automobile and two images in back of the automobile in a left-right image mode, or displays the two images in front of the automobile and the two images in back of the automobile in a mode that the two images are randomly switched;
or the data image of the fourth camera is transmitted to a central control intelligent screen of an operation desk in the vehicle.
4. The intelligent screen rearview mirror apparatus as claimed in claim 3, wherein: the vehicle body is a large vehicle, and includes: a van, truck, or bus;
the large vehicle further includes: a fifth camera and a sixth camera;
a fifth intelligent screen is installed at the position of a rearview mirror at the left corner of the head of the large vehicle, a fifth camera is installed below the fifth intelligent screen, and a data image of the fifth camera is transmitted to the fifth intelligent screen; or the fifth camera is arranged on the side edge, close to the vehicle body, of the rearview mirror on the left side of the vehicle body, and data of the fifth camera is transmitted to a central control intelligent screen of an operation console in the vehicle body;
a sixth intelligent screen is installed at the position of a rearview mirror at the right side corner of the head of the large vehicle, a sixth camera is installed below the sixth intelligent screen, and a data image of the sixth camera is transmitted to the sixth intelligent screen; or the sixth camera is arranged on the side edge, close to the vehicle body, of the rearview mirror on the right side of the vehicle body, and data of the sixth camera is transmitted to a central control intelligent screen of an operation console in the vehicle body;
the fifth camera and the sixth camera are connected to an intelligent control system installed inside the vehicle body in a wireless or wired mode.
5. The intelligent-screen automobile rearview mirror device as claimed in claim 3 or 4, wherein: the automobile body is the freight train, and this freight train still includes: a seventh camera;
the seventh camera is arranged on the inner side of the wagon box of the wagon close to the position of the wagon head and used for monitoring the conditions in the wagon box or the wagon box;
the data images of the seventh camera are all transmitted to a central control intelligent screen of a vehicle body operating console;
the seventh camera is connected to an intelligent control system installed inside the vehicle body in a wireless or wired manner.
6. The intelligent screen rearview mirror apparatus as claimed in claim 4, wherein: further comprising: the eighth camera is arranged near the position of an oil tank of the large vehicle and used for monitoring the oil tank to prevent oil from being stolen;
the data images of the eighth camera are all transmitted to a central control intelligent screen of a vehicle body operating console;
the eighth camera is connected to an intelligent control system installed inside the vehicle body in a wireless or wired manner.
7. The intelligent screen rearview mirror apparatus as claimed in claim 4, wherein: further comprising: a ninth camera installed at a roof position of the large vehicle;
the data images of the ninth camera are all transmitted to a central control intelligent screen of a vehicle body operating console;
the ninth camera is connected to an intelligent control system installed inside the vehicle body in a wireless or wired manner.
8. The intelligent screen rearview mirror apparatus as claimed in claim 4, wherein: further comprising: the tenth camera is installed at the bottom of the vehicle body;
the data images of the tenth camera are all transmitted to a central control intelligent screen of a vehicle body operating console;
the tenth camera is connected to an intelligent control system installed inside the vehicle body in a wireless or wired manner.
9. The intelligent screen rearview mirror apparatus as claimed in claim 1, wherein: the intelligent screen comprises an intelligent display screen and a rear cover buckled with the intelligent display screen;
the rear cover is provided with a butt joint bayonet and a data power supply interface which are connected with the vehicle rearview mirror frame;
the intelligent display screen is a CTR, an LED, an LCD or an OLCD.
10. The intelligent screen rearview mirror apparatus as claimed in claim 9, wherein: the mirror surface of the intelligent display screen is an arc convex surface, and the angle is 0-9 degrees.
11. The intelligent screen rearview mirror apparatus as claimed in claim 9, wherein: the surface of the intelligent display screen is subjected to polarization treatment and is adhered with a mirror film.
12. The intelligent screen rearview mirror device of any one of claims 1 to 4, wherein: the frame of the first to sixth intelligent screens is provided with two parallel rainwater sensing lines with the interval of 2 millimeters, and the back of the first to sixth intelligent screens is provided with a heating strip;
a rainwater sensor and a constant temperature heater are arranged in the first to sixth intelligent screens; the rainwater sensor and the constant temperature heater are connected to the intelligent control system in parallel;
the rainwater sensor is connected with the rainwater sensing line, and the constant temperature heater is connected with the heating strip;
the constant temperature heater is connected with a thermal expansion liquid control switch.
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| CN202122315000.9U CN216374374U (en) | 2021-09-24 | 2021-09-24 | Intelligent screen automobile rearview mirror device |
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| CN202122315000.9U CN216374374U (en) | 2021-09-24 | 2021-09-24 | Intelligent screen automobile rearview mirror device |
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| CN216374374U true CN216374374U (en) | 2022-04-26 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115503608A (en) * | 2022-10-24 | 2022-12-23 | 本田汽车用品(广东)有限公司 | Streaming media rearview mirror, live-action navigation system and navigation method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115503608A (en) * | 2022-10-24 | 2022-12-23 | 本田汽车用品(广东)有限公司 | Streaming media rearview mirror, live-action navigation system and navigation method |
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