Complete video intelligent recording instrument for vehicle driving

Abstract

The invention relates to a full video intelligent automobile traveling recorder which consists of a CMOS camera, an image processing and arithmetic integrated chip, a data processing unit, a wireless data output unit, a peripheral circuit, a digital travelling recorder and a digital / video storing unit. The full video intelligent automobile traveling recorder changes the prior blind recording that the digital record is not visual and a video does not identify an image and does not analyze the image by adopting the image identifying technology. Data collected by a sensor and the image analyzed by an image identifying sensor are combined for use, thereby completely changing the problem that the traditional automobile recorder data is not visual and is not easy for analyzing. The invention adds an 'eye' and a 'brain' to the recorder to ensure that the stored data is more reasonable. At the same time, the stored data is saved in a video form, thereby providing visual basis to analyze the field accident. An auxiliary eye is added to the driver to remind the driver that abnormal conditions exist around a vehicle, such as the driver does not wake up to change the line; the distance to the vehicle is too close; object is close to the vehicle, etc. At the same time, the full video intelligent automobile traveling recorder can record absolute distance between the field dynamic object and the vehicle, but the original automobile traveling recorder can not realized. At the same time, the stored data can be transmitted through a wireless network by public network platforms, such as GSM, GPRS and the like. The full video intelligent automobile traveling recorder can carry out 24-hour real dynamic monitoring towards the vehicle.

Description

Technical field [0001] The invention relates to a vehicle driving recorder, in particular to a video intelligent control vehicle driving recorder. Background technique [0002] The car driving data recorders currently on the market mainly record the driving status data of the car in the form of text or other codes, which is not easy to interpret and identify, and the information collected is single, and the information recorded at the same time is basically useless information, especially the recording process. Recorded in text and numbers. Readability is poor. The analysis and processing of the event afterwards is very troublesome, and at the same time, the legal basis for these data is not sufficient. If on-site image analysis and image storage means are added, the data acquisition range and capability of the vehicle driving recorder will be greatly increased. Contents of the invention [0003] In order to overcome the deficiencies of the existing vehicle travel recor...

AI Technical Summary

Problems solved by technology

[0002] The car driving data recorders currently on the market mainly record the driving status data of the car in the form of text or other codes, which is not easy to interpret and identify, and the information collected is single, and the information recorded at the same time is basically useless information, especially the recording process. Recorded in text and numerical form

poor readability

The analysis and processing of post-event events is very troublesome, and at the same time, the legal basis for these data is not sufficient

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