Passenger car full-model front cabin intelligent adjustment man-machine verification platform based on WIFI communication control

Abstract

The invention provides a passenger car full-model front cabin intelligent adjustment man-machine verification platform based on WIFI communication control. The platform comprises a control system and an overall structure part; the control system comprises a mobile terminal, a plurality of microcontrollers in WIFI communication with the mobile terminal and used for receiving a function-selection-containing control instruction sent by the mobile terminal, and a degree-of-freedom driving circuit array electrically coupled with the plurality of microcontrollers and used for receiving the control instruction of the mobile terminal and executing the control instruction, 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; and the overall structure part comprises a body frame, a chassis module, a brake and accelerator pedal installation transition plate arranged on the body frame, a steering module adjusting mechanism, an auxiliary cockpit seat adjusting mechanism and a main cockpit seat adjusting mechanism, wherein each degree-of-freedom adjusting movement of the steering module adjusting mechanism, the main cockpit seat adjusting mechanism and the auxiliary cockpit seat adjusting mechanism is controlled by one of the degree-of-freedom driving circuit array.

Description

technical field [0001] The invention belongs to the field of passenger car layout, and in particular relates to a man-machine verification platform for intelligent adjustment of front cockpit of all models of passenger cars 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. Among them, the space layout of pedals, steering wheel and seat determines the driving comfort of the driver. In line with the principle of people-oriented design, the layout of the cockpit must conform to ergonomics. The driver's spatial experience of the pedals, steering wheel, and seats in the physical cockpit is an important indicator for determining the layout plan. [0003] If the layout plan is uncertain in the early stage of development or changed in the later stage, ...

AI Technical Summary

Problems solved by technology

[0005] First, replacement parts are used to switch solutions. When new location verification requirements arise, replacement parts need to be temporarily processed and manufactured. The manufacturing cycle is long and the development progress is delayed.

[0006] Second, manually adjust the parts of the man-machine cockpit that need to be verified through the screw drive mechanism. Every step of the adjustment of this scheme requires cumbersome position calibration. When the scheme is repeatedly switched and compared, the site needs to wait for a long time. The immediacy of certainty is not met

Images