Adjustable instrument panel center mechanism

Abstract

The invention belongs to the instrument panel positioning technical field and relates to an instrument panel positioning mechanism, particularly to an adjustable instrument panel center mechanism. The adjustable instrument panel center mechanism comprises a center fixing base; a sliding base is connected into the center fixing base in a sliding mode; the front end of an inner chamber of the sliding base is provided with two center shaft bearings; a center shaft is connected into the two center shaft bearings in a rotating mode; the front end of the center shaft extends out of a front end cover of the sliding base to be connected with a center head; the front end of an adjustment screw extends into the center fixing base to be connected with a nut plate through threads; the nut plate is connected with the rear end of the sliding base through a bolt. According to the adjustable instrument panel center mechanism, the structure is simple, compact and reasonable, the adjustable instrument panel center mechanism is matched with a fixed center mechanism to abut against two ends of an instrument panel during usage, the front and back position can be adjusted through the center head, the adjustable instrument panel center mechanism can be applied to the axial positioning clamping of different dimensions of instrument panels, the clamping force is appropriate, the adjustment is convenient and rapid, the working efficiency is improved, the using range is extended, and the cost is reduced.

Description

technical field [0001] The invention relates to an instrument panel positioning mechanism, in particular to an instrument panel adjustable top mechanism, which belongs to the technical field of instrument panel positioning. Background technique [0002] In the prior art, the instrument panel needs to continuously rotate around the axial direction at a certain angle during the assembly process, and stop positioning after the angle is adjusted in place. Since the structure of the instrument panel has a certain amount of eccentricity, this requires that the clamping force of the top mechanism on the instrument panel should be appropriate, otherwise it is easy to appear: excessive clamping force, inconvenient operation for workers, and even easy damage to the workpiece; excessive clamping force If it is loose, the instrument panel will rotate by itself, and it cannot be positioned accurately and cannot meet the work requirements. Contents of the invention [0003] The purpose...

AI Technical Summary

Problems solved by technology

Since the structure of the instrument panel has a certain amount of eccentricity, this requires that the clamping force of the top mechanism on the instrument panel should be appropriate, otherwise it is easy to appear: excessive clamping force, inconvenient operation for workers, and even easy damage to the workpiece; excessive clamping force Loose, the instrument panel rotates by itself, cannot be positioned accurately, and cannot meet the work requirements

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