Detection method of an automobile dashboard tool box

Abstract

The invention discloses a detection method of an automobile dashboard tool box. The detection method includes the following steps: a, arranging a detection tool main body used for detecting a tool boxon a seat plate that can be vertically overturned; b, after rotating the detection tool main body in the step a to be in a vertical state by rotating the seat plate, positioning a to-be-detected toolbox on the detection tool main body in a corresponding direction, and after the to-be-detected tool box is positioned on the detection tool main body, performing precision detection on a U-shaped clamp groove and a limit column on the to-be-detected tool box; c, performing precision detection on a left locking bolt, a right locking bolt and a damping rod connection hole of the to-be-detected toolbox; d, after rotating the detection tool main body to be in a horizontal state by rotating the seat plate, detecting the contour accuracy of a front wall plate of the to-be-detected tool box, thus completing detection of the to-be-detected tool box. The advantages of the invention are that the method can better simulate an instrument panel to detect a tool box, it is more convenient to obtain detection data during detection, the detection is more accurate and the detection efficiency is high.

Description

Technical field [0001] The invention relates to the field of automobile technology; in particular, it relates to a detection method of an automobile instrument panel toolbox. Background technique [0002] The car dashboard toolbox is an indispensable component in car interiors, and its ease of use and volume are often one of the important factors when consumers choose a car. The material of the toolbox itself and the overall loading effect after the toolbox is assembled on the dashboard will also be factors that consumers should consider when choosing a car. [0003] At present, most automobile instrument panel toolboxes are made of plastic injection molding. Because the plastic parts themselves have the disadvantages of low precision during injection molding, the plastic parts are greatly affected by temperature and are easily deformed. Moreover, problems such as warping are also prone to occur during transportation. If the deformed toolbox is assembled on the dashboard of the a...

AI Technical Summary

Problems solved by technology

[0003] At present, most of the car instrument panel toolboxes are molded by plastic injection molding. Due to the low precision level of the plastic parts during injection molding, the plastic parts are greatly affected by temperature and are easily deformed.

And it is also prone to problems such as warping during handling

If the deformed toolbox is assembled on the car dashboard, it will cause difficulty in assembly, time-consuming and labor-intensive, and increase the labor intensity of assembly

In particular, the toolbox is difficult to open and close, and there are also problems such as stagnation, abnormal noise, uneven gap between the toolbox and the instrument panel body, and surface differences between the toolbox and the instrument panel body.

So that it affects the overall sensory experience of the toolbox to the user

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