Vehicle man-machine verification platform

Abstract

The invention discloses a vehicle man-machine verification platform, which comprises a support skeleton assembly, a hood adjustment assembly, an instrument panel adjustment assembly, a shift adjustment assembly, a central armrest adjustment assembly, a pedal adjustment assembly, a brake adjustment assembly, a seat adjustment assembly, a third-row floor adjustment assembly, a door adjustment assembly, a threshold adjustment assembly and an A-pillar adjustment assembly. The hood adjustment assembly, the instrument panel adjustment assembly, the shift adjustment assembly, the central armrest adjustment assembly, the pedal adjustment assembly, and the brake adjustment assembly are arranged at one side of the Y direction of the support skeleton assembly; the seat adjustment assembly and the third-row floor adjustment assembly are arranged in the middle of the support skeleton assembly; the door adjustment assembly, the threshold adjustment assembly and the A-pillar adjustment assembly are arranged at the X-direction side of the support skeleton assembly; and the door adjustment assembly is arranged above the threshold adjustment assembly. Therefore, all-round manual adjustment is realized; the versatility is high, the project design cost can be lowered; the design quality is improved; and simultaneous use of multiple projects is guaranteed.

Description

technical field [0001] The invention relates to the technical field of vehicle manufacturing, in particular to a vehicle man-machine verification platform. Background technique [0002] As an important verification and correction link in the process of vehicle man-machine design, the human-machine verification platform is mainly responsible for the verification of the man-machine space, the verification of the man-machine vision, the verification of the comfort and maneuverability of the control parts, etc. For man-machine problems discovered through verification, adjustments and optimizations can be made in the verification platform in time to redesign. This method can save a lot of time and cost compared to adjusting the design after the real car comes out, thereby improving efficiency. However, the existing human-machine verification platform is usually a large-scale automatic adjustment equipment, and it is difficult to accurately fine-tune each component; moreover, the...

AI Technical Summary

Problems solved by technology

However, the existing human-machine verification platform is usually a large-scale automatic adjustment equipment, and it is difficult to accurately fine-tune each component; moreover, the existing man-machine verification platform is not fully functional, and has the following shortcomings: 1. It cannot simulate the verification door opening, that is, Convenience of g

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