Automatic conveyor for forklift differential assembly

Abstract

The invention relates to an automatic conveying device for assembling a forklift differential mechanism. The device comprises a plate chain conveying mechanism, and a roller path conveying mechanism consisting of a roller path rack, two upper longitudinal beams and upper bearings, two lower longitudinal beams and lower bearings; the upper bearings of the two upper longitudinal beams correspondingly form an upper roller path; the lower bearings of the two lower longitudinal beams correspondingly form a lower roller path; one corresponding end of the upper roller path and the lower roller path is the input end of the roller path conveying mechanism, and the other corresponding end is the output end of the roller path conveying mechanism; the input end of the roller path conveying mechanism abuts against the plate surface of the plate chain conveying mechanism. The automatic conveying device realizes the conveying automation of a 1-3 T forklift differential mechanism, thus reducing the labor intensity of operators and eliminating the product damage problems of burrs, collision, deformation and the like caused during the manual operation process; the automatic conveying device is safe and reliable to operate.

Description

technical field [0001] The invention belongs to the technical field of forklift assembly technology, and in particular relates to an automatic conveying device for assembling a forklift differential. Background technique [0002] The maximum weight of the forklift differential is 35kg. The assembly of the forklift differential requires two processes: differential pre-installation and differential press-fitting. The pre-installation takes 6 differentials as a batch. After the pre-assembly is completed, the 6 differentials are first manually moved to Inside the container, then use a manual pallet truck to transfer to the side of the hydraulic press, and finally move the differential from the container to the hydraulic press for press-fitting until all 6 differentials are press-fitted. The entire conveying process needs to be manually moved down six times, transferred once, and moved up six times. The conveying is completely realized manually. Although there are many conveyin...

AI Technical Summary

Problems solved by technology

Forklift differential assembly As the differential is pre-assembled in batches of 6 pieces and the differential is press-fitted in a single piece, the working time of the two processes is inconsistent, and conventional conveying equipment cannot meet the requirements.

The disadvantages of the existing technology are 1. High labor intensity: the weight of the pre-installed differential is about 25kg, which needs to be manually transported into the container for transportation; 2. Influence on product quality: bumps and burrs are easily caused during the manual handling process; 3. Low efficiency : The process of manual transfer is time-consuming and labor-intensive; 4. Unsafe: During the process of manual transfer, the workpiece is easy to fall off, causing injury accidents

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