CN112373393A

CN112373393A - 360 degrees all around equipment of artificial intelligence

Info

Publication number: CN112373393A
Application number: CN202011222194.1A
Authority: CN
Inventors: 韦益
Original assignee: Dongguan Tianmu Technology Co ltd
Current assignee: Dongguan Tianmu Technology Co ltd
Priority date: 2020-11-05
Filing date: 2020-11-05
Publication date: 2021-02-19

Abstract

The invention discloses artificial intelligence 360-degree look-around equipment, which comprises a look-around host, wherein an MCU is arranged in the look-around host, a millimeter wave radar sensor is arranged in the look-around host through the scheduling of the MCU, and the input end of the look-around host corresponding to the millimeter wave radar sensor is connected with a driver camera, a front camera, a roof camera, a right camera, a rear camera and a left camera; the 4G module is dispatched by the MCU, and the 4G module is in telephone connection with APP or emergency contacts such as car owner insurance through a public network server. This 360 degrees all around equipment of artificial intelligence possesses the automatic demarcation of contour line to and survey vital signal, the reaction is sensitive, improve driving safety nature, the parking area is looked for the car supplementary, is detected navigating mate health and in time through the advantage that 4G network reports information real-time automatic to insurance platform or relevant urgent contact when the accident.

Description

360 degrees all around equipment of artificial intelligence

Technical Field

The invention relates to a panoramic monitoring system and advanced driving assisting equipment applied to automobiles and ships, in particular to artificial intelligent 360-degree panoramic equipment.

Background

The existing automobile can select to set a backing image for improving driving safety, a driver is assisted to check the periphery of an automobile body or the tail part of the automobile, when the existing automobile backing image is used, the driver can have slow emergency response to the periphery of the automobile body through the backing image, and the automobile, a ship and the like have blind areas, so that accidents are easily caused.

Disclosure of Invention

The invention aims to provide artificial intelligent 360-degree panoramic equipment which has the advantages of automatic contour line calibration, life signal detection, sensitive response and driving safety improvement, has the advantages of car finding assistance in a parking lot, body condition detection of drivers and real-time automatic information reporting to an insurance platform or related emergency contacts through a 4G network in time during accidents, and solves the problems that when the existing car backing image is used, the emergency response of the drivers to the surrounding environment of a car body is slow through the backing image, and accidents are easily caused due to blind areas of cars, ships and the like.

In order to achieve the purpose, the invention provides the following technical scheme: the utility model provides a 360 degrees equipment of looking around of artificial intelligence, includes the host computer of looking around, look around the inside MCU that is equipped with of host computer to be equipped with millimeter wave radar sensor through the MCU dispatch, look around the input that the host computer corresponds millimeter wave radar sensor and be connected with driver camera, front camera, roof camera, right camera, back camera, left camera, driver camera, front camera, roof camera, right camera, back camera, left camera correspond driving position, car front end, car roof, car afterbody, car right side, car left side setting in the automobile body respectively. The output end of the all-round looking host is connected with the vehicle-mounted display;

the 4G module is dispatched by the MCU, and the 4G module is in telephone connection with APP or emergency contacts such as car owner insurance through a public network server.

Furthermore, the all-round-looking host is arranged on a center console in the vehicle.

Compared with the prior art, the invention has the following beneficial effects:

1. the MCU is connected with a driver camera, a front camera, a roof camera, a right camera, a rear camera and a left camera through the input end of the millimeter wave radar sensor, so that the automobile can be monitored in all directions through the millimeter wave radar, a vital signal is monitored through the millimeter wave radar sensor, and the prompt of emergency alarm when a person leaves the automobile within 2 meters during backing or at a slow speed is realized; when backing or at slow speed, the person is away from the vehicle by 4 meters and moves in the direction of 2 meters and prompts and gives an alarm towards the direction of the vehicle; after the vehicle is parked, the MCU regularly starts the millimeter wave radar to detect whether vital signs exist in the vehicle or not, and if yes, the MCU alarms the vehicle owner through the 4G module; the system has advanced driving assistance functions, lane deviation early warning, front collision safety distance early warning, low-speed anti-collision early warning, lane change blind area early warning, and collision or vibration alarm during driving; flapping, vibrating and alarming when colliding after parking; when parking, the video from the entrance to the parking space is forwarded to the mobile phone APP of the driver, and the driver can play back the video to find the own parking space when forgetting the parking space; when a driver starts a vehicle, face recognition is performed to judge whether the driver is a preset person or not, whether the driver is tired in the driving process or not, whether the driver is concentrated in attention, whether a safety belt is fastened or not, whether the driver smokes or not and whether the driver calls a telephone or not are judged; when a traffic accident occurs, the information is automatically reported to the insurance platform or the related emergency contact persons in real time through the 4G module, so that the driver is assisted to drive the automobile, and the safety of driving the automobile is improved.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention.

In the figure: 1. looking around the host; 2. MCU; 3. a millimeter wave radar sensor; 4. a driver camera; 5. a front camera; 6. a roof camera; 7. a right camera; 8. a rear camera; 9. a left camera; 10. and 4G module.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Please refer to fig. 1, an artificial intelligence 360-degree panoramic equipment comprises a panoramic host (1), wherein an MCU (2) is arranged inside the panoramic host (1), a millimeter wave radar sensor (3) is arranged through the MCU (2) in a dispatching manner, and the input end of the panoramic host corresponding to the millimeter wave radar sensor (3) is connected with a driver camera (4), a front camera (5), a roof camera (6), a right camera (7), a rear camera (8) and a left camera (9). The corresponding relation is as follows: the driver camera (4), the front camera (5), the roof camera (6), the right camera (7), the rear camera (8) and the left camera (9) are arranged corresponding to a driving position in the automobile body, the front end of the automobile, the roof of the automobile, the tail of the automobile, the right side of the automobile and the left side of the automobile respectively. The output end of the all-round looking host (1) is connected with a vehicle-mounted display;

MCU (2) dispatch 4G module (10), 4G module (10) are connected with APP such as car owner insurance or urgent contact telephone through public network server.

Specifically, the all-round-looking host (1) is arranged on a center console in the vehicle.

In summary, the following steps: the MCU2 is connected with a driver camera (4), a front camera (5), a roof camera (6), a right camera (7), a rear camera (8) and a left camera (9) through the input end of the millimeter wave radar sensor (3). The corresponding relation is as follows: the driver camera (4), the front camera (5), the roof camera (6), the right camera (7), the rear camera (8) and the left camera (9) are installed corresponding to a driving position in a vehicle body, the front end of the vehicle, the roof of the vehicle, the tail of the vehicle, the right side of the vehicle and the left side of the vehicle, calibration cloth with 4 black squares is placed around the vehicle, automatic calibration is carried out by automatically searching 8 angular points of the 4 squares, if the 8 angular points cannot be automatically searched, an automatic contour line calibration method is adopted, an operator selects a contour line, and then the 8 angular points are automatically captured for calibration;

when starting the car, can be automatic through barriers such as peripheral danger signal of millimeter wave radar sensor (3) monitoring scanning, people, car, send when having the barrier and remind for the driver, the emergence of prevention accident to several kinds of following effects have:

1. after the vehicle is started, the artificial intelligence automatically identifies obstacles such as people or vehicles around the vehicle, and sends out video voice warning, thereby avoiding accidents caused by human negligence or blind areas; .

2. The states of fatigue, smoking, calling and the like of a driver in the driving process can be automatically identified through the driver camera (4), and video voice warning is sent.

3. High-level application: when a traffic accident occurs, the information is automatically reported to an insurance platform or related emergency contacts in real time through the 4G module.

Claims

1. The utility model provides a 360 degrees all around equipment of artificial intelligence, includes all around host computer (1), its characterized in that: the panoramic camera is characterized in that an MCU (2) is arranged inside the panoramic host (1), the millimeter wave radar sensor (3) is arranged through the scheduling of the MCU (2), and the input end, corresponding to the millimeter wave radar sensor (3), of the panoramic host (1) is connected with a driver camera (4), a front camera (5), a roof camera (6), a right camera (7), a rear camera (8) and a left camera (9).

2. The corresponding relation is as follows: the driver camera (4), the front camera (5), the roof camera (6), the right camera (7), the rear camera (8) and the left camera (9) are arranged corresponding to a driving position in the automobile body, the front end of the automobile, the roof of the automobile, the tail of the automobile, the right side of the automobile and the left side of the automobile respectively.

3. The output end of the all-round looking host (1) is connected with a vehicle-mounted display;

4. The artificial intelligence 360 degree around view device of claim 1, wherein: the panoramic main machine (1) is arranged on a center console in the vehicle.