Automobile trunk opening-closing control system and method based on identity recognition and speech recognition

Abstract

The invention provides an automobile trunk opening-closing control system and method based on identity recognition and speech recognition. Identity recognition is conducted through a keyless system; an opening control signal is sent to a speech receiving and recognition device after the identity is recognized to be qualified for the first time; the speech receiving and recognition device is started and then receives and recognizes speech information used for trunk opening or closing operation; after speech recognition is succeeded, a signal that a trunk is allowed to be opened or closed is sent to the keyless system; and the keyless system recognizes the identity to be qualified and then sends a trunk opening or closing control signal to a trunk opening-closing control module. According to the automobile trunk opening-closing control system and method based on identity recognition and speech recognition, a trunk opening / closing control strategy of the keyless system is perfected, opening and closing operation of the trunk can be conducted more conveniently, the safety of opening / closing operation of the trunk is ensured through multi-identity recognition of the keyless system, and the automobile trunk opening-closing control system and method have extensive application and popularization prospects.

Description

technical field [0001] The invention relates to the technical field of automobile trunk control, in particular to an automobile trunk opening and closing control system and an automobile trunk opening and closing control method based on identity recognition and voice recognition. Background technique [0002] Now the intelligent opening system of the car trunk has been more and more widely used in the cars of consumers. At present, the main implementation methods include key distance positioning, radar distance detection, multi-radar capture human body dynamic detection, and multi-capacitor capture human body dynamic detection. , Infrared capture of human body dynamic detection, kick sensor detection at the bottom of the trunk, etc., but these methods have varying degrees of defects in use. For example, some methods are not accurate enough for intelligent judgment of user movements, and some have high costs. , Some are not convenient enough, for example, when walking from th...

AI Technical Summary

Problems solved by technology

[0002] Now the intelligent opening system of the car trunk has been more and more widely used in the cars of consumers. At present, the main implementation methods include key distance positioning, radar distance detection, multi-radar capture human body dynamic detection, and multi-capacitor capture human body dynamic detection. , Infrared capture of human body dynamic detection, kick sensor detection at the bottom of the trunk, etc., but these methods have varying degrees of defects in use. For example, some methods are not accurate enough for intelligent judgment of user movements, and some have high costs. , Some are not convenient enough, for example, when walking from the trunk after locking the car, some of the above methods will open the trunk at this time, it is not convenient to use the kick sensor when there are a lot of things, etc., these Defects in use come from the fact that there are certain intelligent defects in the positioning, radar, and detection and opening technologies of the trunk in the prior art, and there is no highly intelligent trunk opening and closing control scheme based on voice control in the prior art

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