Passenger car man-machine verification cabin intelligent adjustment control system based on WIFI communication control and method of passenger car man-machine verification cabin intelligent adjustment control system

Abstract

The invention provides a passenger car man-machine verification cabin intelligent adjusting system based on WIFI communication control. The system comprises a mobile terminal, a passenger car man-machine verification cabin intelligent adjusting system and a passenger car man-machine verification cabin intelligent adjusting system, the microcontroller is in WIFI communication with the mobile terminal and receives a control instruction which is sent by the mobile terminal and contains function selection; the degree-of-freedom driving circuit array is electrically coupled with the microcontroller and is used for receiving and executing the control instruction of the mobile terminal; wherein the function selection comprises zeroing calibration, vehicle type one-key switching, fine tuning control, and switching comparison between a recorded data position and a theoretical data position. The system has a more convenient adjustment mode, and can realize control functions of one-key switching among different vehicle types of each degree of freedom of the man-machine verification cabin, fine adjustment of different degrees of freedom of the same vehicle type, recording of different arrangement schemes, rapid switching comparison and the like. The real-time requirement for determining the man-machine verification arrangement scheme is met, and the development risk is reduced.

Description

technical field [0001] The invention mainly relates to the field of layout of passenger cars, in particular to an intelligent adjustment control system and method for passenger car man-machine verification cockpit based on WIFI communication control. Background technique [0002] In the process of automobile research and development, it is a very important development link to provide users with a high-quality driving and riding environment under the premise of complying with road regulations. In line with the principles of human-centered design, the layout of the cockpit must conform to ergonomics. [0003] If the layout plan is uncertain in the early stage of development or changed in the later stage, the development cycle will be extended, the development cost will increase, and the market launch strategy of the product will be affected. Therefore, in the early stage of development, the layout plan needs to be determined in the man-machine verification cockpit. There are ...

AI Technical Summary

Problems solved by technology

The traditional method is to switch the scheme by replacing parts. When new location verification requirements arise, temporary additional processing and manufacturing of replacement parts is required. The manufacturing cycle is long and the development progress is delayed. When switching the layout scheme by means of adjustment, each step of adjustment requires Complicated position calibration, when the schemes are repeatedly switched and compared, the site needs to wait for a long time, the user experience is poor, and the immediacy of the layout scheme determination cannot be satisfied

[0004] In the prior art, the motor-driven adjustment is commonly used, supplemented by a scale to record the position on the degree of freedom of the position adjustment. When this method is used, each adjustment of the degree of freedom requires cumbersome position calibration. The adjustment process is complicated, the site needs to wait for a long time, the user experience is poor, and the immediacy of the layout plan cannot be satisfied

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