TWM615640U - Intelligent car body image device - Google Patents

Abstract

This creation discloses an intelligent vehicle body imaging device, which includes: a car recorder, a surround view image control box, an intelligent communication device and a plurality of cameras. After the driving recorder detects vibrations and collisions, it activates the driving recorder to record. Then the driving recorder wakes up the surround view image control box, and at the same time activates the intelligent communication device, and uses the intelligent communication device to send back the image of the vehicle's surroundings to the cloud In the background, the smartphone that has been logged in by the car owner opens the mobile app to view the real-time images around the car. This creation allows the car owner to know the current state of the car being vibrated or collided at the remote end through the smart phone, thereby avoiding further damage to the car, theft, or destruction.

Description

Smart car body imaging device

This creation relates to a smart car body imaging device, in particular, a smart car body imaging device that can be used in a vehicle recorder with vibration or collision detection combined with surround view images, and can perform wireless transmission.

Generally speaking, in the market of current driving recorder, there is no detector directly installed on the driving recorder to detect when the vehicle is in a static state and vibrate or collide. It can output a start signal to start the panoramic photography. The video and photography record. Moreover, there is no further integrated product that transmits the image of the driving recorder and the image of the surrounding scene to the smart phone by wireless transmission. Therefore, it needs to be researched and improved to meet the ardent demand of the market.

This creation is a smart car body imaging device, which can not only install a sensor inside the car recorder to detect whether the car is vibrating or collision; it can also record the driving when the car vibrates or collision occurs. The real-time image of the camera and the surrounding image at the time of vibration/collision directly transmit the real-time image of the exterior of the car to an APP on the smart phone through wireless communication, so that the owner of the smart phone-the car owner, can Know the collision or vibration status of the car in real time, and monitor the real-time image status around the car in real time to avoid further damage or damage to the car from theft.

In order to achieve the above-mentioned purpose, the intelligent vehicle body imaging device includes: a car recorder, which records the front image of the car, an acceleration sensor is provided in the car recorder, and a surround view image control box, which is coupled to the car recorder , Record the image around the car; an intelligent communication device, coupled with the surround view image control box, used to wirelessly transmit the image signals of the driving recorder and the surround view image control box to a smart type On the mobile phone; a plurality of cameras, coupled to the surround view image control box, perform the camera transmission around the car to the surround view image control box.

In order to further understand the features and technical content of this creation, please refer to the following detailed descriptions and drawings about this creation. However, the drawings provided are only for reference and explanation, and are not used to limit this creation.

This creation discloses an intelligent vehicle body imaging device, which can effectively improve the real-time status display of car security. When the car vibrates or collides, the real-time image of the driving recorder and the surrounding scene of the vibration/collision can be directly transmitted to a smart phone APP through wireless communication. The owner of the smart phone-the car owner, can instantly know what kind of collision or vibration the car is currently experiencing, and monitor the real-time image status around the car in real time to avoid further damage or theft or destruction of the car.

Hereinafter, referring to the accompanying drawings, various exemplary embodiments are described more fully, and some exemplary embodiments are shown in the accompanying drawings. However, the concept of this creation may be embodied in many different forms, and should not be construed as being limited to the exemplary embodiments set forth herein. To be precise, the provision of these exemplary embodiments makes this creation will be detailed and specific, and will fully convey the scope of the creation concept to those who are familiar with the technology. In the drawings, the size of each device and the corresponding position distance can be exaggerated for clarity, and similar or similar English labels or numbers always indicate similar or related elements.

It should be understood that although the terminology may be used in this article to include the first, second, third..., these terms are used to clearly distinguish one device from another, and do not have a certain sequence of device numbers. relation. As used herein, the terms left or right, left or right, left or right, front or back, two or both sides, etc., these terms are used to clearly distinguish one side of a device Or the end point and the other side or end point of the corresponding device, or to distinguish the relative connection position relationship between one device and another device, or the relationship between one side and the other side is Different positions are not used to limit the sequential or positional relationship presented by the text serial number, and are not necessarily numerically continuous; that is, from another perspective, the right side (or left side) of the description device can be Renamed to the left (or right) without affecting the essence of the technology. Furthermore, the term "at least one" may be used herein to describe a technology implemented with one or more devices. In addition, this article may also use the term "multiple" to describe multiple devices or multiple devices, but these plurals are not limited to two, three, or four and more than four. technology. The above is explained first.

Referring to FIG. 1, it is a structural diagram showing the basic composition of the creative intelligent vehicle body imaging device. For the device structure of FIG. 1, it can be installed in a car 70 in practical application, as shown in FIG. 4. However, in Fig. 1 the intelligent vehicle body imaging device created by this invention includes a row of car recorder 10, a surround view image control box 20, an intelligent communication device 40, and a plurality of cameras 31-34 (if there is a first camera 31, a second camera 32. The third camera 33, the fourth camera 34, etc.). The driving recorder 10 is used to record the front image of the car 70. The surrounding image control box 20 is coupled with the driving recorder 10 to record images around the car 70. The intelligent communication device 40 is coupled to the surround view image control box 20, and is used to wirelessly transmit the image signals of the driving recorder 10 and the surround view image control box 20 related to the surrounding environment of the car 70 to a smart phone On 60, the app on the 60 end of the smart phone displays real-time images. The plurality of cameras 31-34 are coupled to the surround view image control box 20, and transmit the camera around the car 70 to the surround view image control box 20.

In one embodiment, the above-mentioned wireless communication transmission between the smart communication device 40 and the smart phone 60 uses 4G and 5G communication protocols to perform wireless signal transmission. At this time, the cloud background 50 with the reference number 50 disclosed in FIG. 1 is used to transfer the signal of the smart communication device 40 to the smart phone 60. In practice, the cloud backend 50 is a network backend operating system that generates a simulated fixed IP through client registration. When the smart communication device 40 or smart phone 60 requests a connection, it serves as a redirection function and is The medium of data transmission.

The coupling between the panoramic image control box 20 and the driving recorder 10 is connected by a first transmission line a. In practice, the first transmission line a is a transmission line that adopts the USB communication protocol. It should be stated that the use of USB for the first transmission line a is only an implementation description. In actual use, a general signal line or a different type of transmission line can be used according to actual needs to connect the driving recorder 10 and the surround view. Image control box 20. On the other hand, the coupling between the surround view image control box 20 and the intelligent communication device 40 is connected by a second transmission line b, which is a transmission line using the USB communication protocol. Of course, in actual application, the second transmission line b can adopt a general signal line or a different type of transmission line to connect the smart communication device 40 and the surround view image control box 20 according to actual requirements.

The driving recorder 10 described in this creation is provided with an acceleration sensor 12 inside. In practical applications, the product manufacturer can use the actual device of a gravity sensor, a motion detector or a three-axis sensor according to actual needs. It replaces the acceleration sensor 12 described in this creation; or the driving recorder 10 receives the information transmitted by the anti-theft device and is awakened. The acceleration sensor 12 is used to enable the driving recorder 10 to activate the driving recorder 10 for recording after detecting vibrations or collisions, and at the same time to activate the surround view image control box 20 through the first transmission line a, so as to perform targeting on the surroundings of the car 70 Recording of surrounding images; further at the same time, the driving recorder 10 activates the intelligent communication device 40 through the second transmission line b to perform the transmission of image signals, which is to combine the driving recorder 10 and the surrounding image control box 20 The captured image of the surrounding environment of the car 70 is transmitted to the APP of the smart phone 60. The above-mentioned cloud backend 50 may be used to transmit the signal of the smart communication device 40 to the smart phone 60. That is, after the driving recorder 10 of the present creation detects vibrations and collisions, it activates the driving recorder 10 to record, and then the driving recorder 10 wakes up the surround view image control box 20, and at the same time activates the intelligent communication device 40, that is, driving The recorder 10 wakes up the surround view image control box 20 and the smart communication device 40 at the same time, and uses the smart communication device 40 to send the surrounding image of the vehicle back to the cloud backend 50, and then the smart phone logged in by the owner opens the image of the mobile APP. View real-time images around the vehicle.

Refer to FIG. 2, which is a schematic structural diagram of the surround view image control box 20 in the creative embodiment, which includes a cover 21, a circuit board 22 and a box body 23. The box body 23 is provided with a plurality of perforations 236, and the plurality of perforation holes 236 are mainly provided on different sides of the box body 23. The positions set in actual use can also be adjusted according to the needs of users or manufacturers. The plurality of perforations 236 are arranged at appropriate positions of the box body 23. The circuit board 22 is arranged inside the box body 23; the cover body 21 is arranged above the box body 23 to cover the upper opening of the box body 23, that is, the circuit board 22 is covered.

Furthermore, a plurality of USB ports 26, an image processor 28, and a plurality of chips 25 are provided on the circuit board 22. The plurality of USB ports 26 are used to provide plugs of the USB specification for performing insertion, and the plurality of USB ports correspondingly pass through the plurality of through holes 236. The image processor 28 is electrically coupled to a USB port 26 of the plurality of USB ports 26. In practical applications, the image processor 28 is electrically coupled to a USB port 26, which is electrically coupled Instead, the image processor 28 is connected to a USB port 26 through a layout circuit layout formed on the circuit board 22 as an electrical coupling medium. When receiving a USB command or a UART command from the driving recorder 10, the surround view video control box 20 is awakened to perform real-time video recording of the surrounding environment of the car 70. In this way, the task of detecting the collision or vibration of the car and recording the image of the surrounding environment of the car in real time is achieved.

Referring to FIG. 3, the structure diagram of the smart communication device 40 in this creative embodiment includes an upper cover 41, a circuit board 42 and a lower cover 43, wherein the circuit board 42 is arranged inside the lower cover 43; the upper cover 41 is arranged in The upper part of the lower cover 43 is used to cover the upper opening of the lower cover 43, and the circuit board 42 is accommodated inside the lower cover 43 and covered by the upper cover 41. A plurality of perforations 416 are provided on the side of the upper cover 41, and the plurality of perforations 416 can be set on different sides of the upper cover 41 in actual settings, and the positions set during actual use can also be used according to According to the requirements of the manufacturer or the manufacturer, a plurality of perforations 416 are arranged at appropriate positions on the upper cover 41.

In FIG. 3, a plurality of USB ports 46, a wireless communication processor 45 and a plurality of chips 48 are provided on the circuit board 42. The plurality of USB ports 46 are mainly used to provide plugs of the USB specification to perform insertion, and the plurality of USB ports 46 correspondingly pass through the plurality of through holes 416. The wireless communication processor 45 is electrically coupled to one of the USB ports 46. The electrical coupling is to connect the wireless communication processor 45 with a USB port 46 through a layout circuit layout formed on the circuit board 42 as the electrical coupling medium.

When receiving a USB command or a UART command from the driving recorder 10, the smart communication device 40 is also awakened to execute the transfer of the recorded real-time images of the surrounding environment of the car 70 to the APP of the mobile phone 60. In this way, the task of detecting the collision or vibration of the car and recording the image of the surrounding environment of the car in real time is achieved.

Figure 4 shows the implementation of the actual installation of the driving recorder 10, the panoramic image control box 20, the intelligent communication device 40 and the plurality of cameras 31-34 on the car 70 of the present creation; The disclosed positions of the various devices on the car 70 are only for reference in an embodiment. When this creation is actually used, the installation positions disclosed in FIG. 4 are not limited. The driving recorder 10 is installed on the upper middle of the front windshield, the panoramic image control box 20 is installed on one side of the front desk of the front seat, and the intelligent communication device 40 is installed on the center console of the front desk of the front seat. The communication device 40 is arranged on one side of the steering wheel 72. As for the first-fourth cameras 31-34, they are located in the middle of the four periphery of the car. In this way, the implementation structure of the creative intelligent vehicle body imaging device actually installed on the car 70 is completed.

To sum up, the product of the smart car body imaging device created by this invention can effectively transmit the image of the surrounding environment of the car 70 to the smartphone 60 in real time. The real-time images around the outside of the car are transmitted to the APP screen in the smart phone 60 by means of wireless communication. In this way, the owner of the smart phone-the owner of the car can know in real time what kind of collision or vibration state the car is currently in, so as to monitor the actual state of the car in real time, thereby avoiding further damage to the car or being stolen or being stolen. The destruction happened. Obviously, this creative technical content has extremely strong patent application requirements.

However, the content described in this description is only an example of a preferred embodiment, and when it cannot be used to limit the scope of protection of this creation, any related partial changes, minor modifications, corrections, or added technologies, or digital or Changes in location, etc., still do not deviate from the scope of protection of this creation.

10: Driving recorder 12: Acceleration sensor 20: Surround view image control box 21: Lid 22: circuit board 23: Box body 25: chip 26: USB port 28: image processor 31: The first camera 32: second camera 33: The third camera 34: The fourth camera 40: Intelligent communication device 41: Upper cover 42: circuit board 43: lower cover 45: wireless communication processor 46: USB port 48: chip 50: Cloud background 60: Smartphone 70: car 72: steering wheel 236: Piercing 416: perforation a: The first transmission line b: second transmission line

Figure 1 is a schematic diagram of the device connection of the creative embodiment;

FIG. 2 is a schematic diagram of the structure of the surround view image control box in the creative embodiment;

Figure 3 is a schematic diagram of the structure of the smart communication device in the creative embodiment

Figure 4 is a schematic diagram of the creative embodiment actually installed on a car.

10: Driving recorder

12: Acceleration sensor

20: Surround view image control box

26: USB port

31: The first camera

32: second camera

33: The third camera

34: The fourth camera

40: Intelligent communication device

46: USB port

50: Cloud background

60: Smartphone

a: The first transmission line

b: second transmission line

Claims (9)

A smart car body imaging device is installed on a car. The smart car body imaging device includes: A line car recorder, which records the image of the front of the car; A ring-view image control box, coupled with the driving recorder, to record images around the car; An intelligent communication device coupled to the surround view image control box for wirelessly transmitting the image signals of the driving recorder and the surround view image control box to a smart phone; A plurality of cameras are coupled to the surround view image control box, and perform camera transmission around the car to the surround view image control box. The smart car body imaging device according to claim 1, wherein the smart communication device transmits the video signal to the smart phone by wireless transmission, and uses 4G and 5G communication protocols to perform wireless signal transmission. The intelligent vehicle body imaging device according to claim 1, wherein the coupling between the panoramic image control box and the driving recorder is connected by a first transmission line, and the first transmission line is a USB communication protocol Transmission line. The intelligent vehicle body image device according to claim 1, wherein the coupling between the surround view image control box and the intelligent communication device is connected by a second transmission line, and the second transmission line is a USB communication protocol Transmission line. The intelligent vehicle body imaging device according to claim 1, wherein an acceleration sensor is installed inside the driving recorder, so that after the driving recorder detects vibrations and collisions, the driving recorder starts recording, and at the same time passes through the first transmission line Activate the surround view image control box to perform recording of the surround view image of the car; and at the same time, start the intelligent communication device to execute the image signal transmission action through the second transmission line, and the image of the driving recorder and the surround view image control box Transfer to the smart phone. The intelligent vehicle body imaging device according to claim 1, wherein the panoramic image control box includes: A box body, the box body is provided with a plurality of perforations, and the plurality of perforations are provided on different sides of the box body; A circuit board arranged inside the box; A cover body is arranged above the box body to cover the upper opening of the box body. The intelligent vehicle body imaging device according to claim 6, wherein the circuit board is provided with: A plurality of USB ports are used to provide plugs of the USB specification to perform insertion, and the plurality of USB ports correspond to the plurality of through holes; An image processor, which is electrically coupled to one of the plurality of USB ports. The intelligent vehicle body imaging device according to claim 1, wherein the intelligent communication device includes: Click cover A circuit board arranged inside the lower cover; An upper cover is arranged above the lower cover to cover the upper opening of the lower cover; the side of the upper cover is provided with a plurality of perforations. The intelligent vehicle body imaging device according to claim 8, wherein the circuit board is provided with: A plurality of USB ports are used to provide plugs of the USB specification to perform insertion, and the plurality of USB ports correspond to the plurality of through holes; A wireless communication processor electrically coupled to one of the USB ports.

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