A quick automobile sheet metal workbench

Abstract

The invention provides a rapid automotive sheet metal workbench. Transverse supporting beams can move transversely along a main supporting platform. Clamping module sets are arranged at the two ends of each transverse supporting beam. The clamping module sets can move longitudinally along the transverse supporting beams and can rotate horizontally. Movement switching of the transverse supporting beams and the clamping module sets is achieved through spline structures. A traditional positioning and clamping way using bolts for fastening is replaced through the transverse supporting beams and the clamping module sets by means of the self-locking function of lead screws, so that position determination in the horizontal direction is achieved; meanwhile, primary positioning and clamping of an automobile body are completed by means of the dead weight of an automobile. According to the rapid automotive sheet metal workbench, operation is rapid, and the function of correcting light automobile bodies is achieved; a sheet metal part, damaged due to collision, in the automobile body can be stretched and corrected, the workbench can also serve as an auxiliary operation platform for other sheet metal maintenance work, and favorable auxiliary conditions for shorting the process time are provided while the process preparation time is effectively and greatly shortened.

Description

technical field [0001] The invention belongs to the technical field of automobile sheet metal maintenance equipment, in particular, the invention relates to a quick-type automobile sheet metal workbench. Background technique [0002] At present, the maintenance of automobile body collision is one of the industries most closely related to people's daily life. The total duration of a complete automobile body collision repair work consists of roughly three parts (including: process preparation time, process time and time limit), of which process preparation Time includes: vehicle movement and placement, work surface cleaning and preparation, equipment and tool preparation time, site and personnel preparation time, etc.; process time includes: sheet metal parts repair, adjustment, assembly and combination of components, painting and cleaning, etc. ; Aging time is mainly the drying time of spray paint and putty, and the cooling time after thermal process. [0003] In the car bod...

AI Technical Summary

Problems solved by technology

[0005] At present, the equipment used to repair the inner frame sheet metal of the car body is the automobile frame correction equipment. There are many types, but they all have almost the same advantages and disadvantages: because they are designed for the correction of the automobile frame, most of them are durable, with high positioning accuracy and correcting force. Large, good stability, etc., but also accompanied by large volume, heavy weight, laborious operation, long process preparation time, etc., it is too large and heavy for the work that only needs to stretch and correct the inner sheet metal parts of the car body, and it is time-consuming and laborious

The lifting and positioning device is equipped with a "T"-shaped lock corresponding to the stretch zipper, which can be popularized and used in many industries such as vehicle maintenance, metal sheet processing, and micro-mechanical lifting, but most of the entire device still needs manual operation. The car is raised by lifting and positioning without a clamping module, so the stability of the car is poor, the speed of lifting and positioning is slow, the operation is complicated, it takes a long time, time-consuming and laborious, the function is single, and the practicability is not strong. The problem

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