Automatic fastening table for engine hood

Abstract

The invention discloses an automatic fastening table for an engine hood. The automatic fastening table comprises a pedestal, a plurality of positioning components and a plurality of turnover components, wherein the positioning components are fixed to the pedestal and are used for supporting and positioning an outer plate of the engine hood; the turnover components are fixed to the pedestal and areused for turning over a flanging of the outer plate of the engine hood; each turnover component comprises a fixing part and a driving part which is connected with the fixing part; each fixing part isseparately connected to the flanging of the outer plate of the engine hood; and each driving part is used for driving the corresponding fixing part to approach to or leave away from the outer plate of the engine hood so as to turn over the flanging of the outer plate of the engine hood. Compared with the prior art, the automatic fastening table disclosed by the invention is provided with the positioning components and the turnover components on the pedestal; the positioning components are used for positioning the outer plate of the engine hood and afterwards the turnover components are used for turning over the flanging of the outer plate of the engine hood outward until the flange is perpendicular to the ground, and thus an inner plate of the engine hood can be beneficially put into theouter plate of the engine hood from top to bottom, automatic fastening of the inner plate and the outer plate of the engine hood is realized, the automation rate of a production line is increased, andthe labor intensity of a worker is alleviated.

Description

technical field [0001] The invention relates to the technical field of vehicle body assembly, in particular to an automatic fastening platform for hair covers. Background technique [0002] The door cover assembly automation line generally adopts the following production mode. The robot grabs the inner and outer panels of the door cover and glues them on the fastening table, then puts the inner panel into the outer panel, and finally grabs the inner and outer panels and puts them into the hemming The mold is hemmed. When the robot puts the inner panel into the outer panel, the flange of the outer panel needs to be as vertical as possible to the ground. However, due to the shape, when the outer panel of the hair cover is placed horizontally, the angle of the flange is an acute angle relative to the ground, and the inner panel is put into the outer panel from top to bottom. There is serious interference at the flange of the board and it cannot be inserted. If the flange of t...

AI Technical Summary

Problems solved by technology

This mode currently has the following problems: (1) The interference between the inner panel and the outer panel is serious, and two people are required to cooperate to put the inner panel into the outer panel smoothly; (2) The manual fastening force is not well controlled, which can easily cause the outer panel to be pressed problems such as marks, depressions, and convex hulls; (3) The labor intensity of employees is high and the production efficiency is low

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