Vulcanized part feeding device of multi-station press fitting equipment

Abstract

The invention provides a vulcanized part feeding device of multi-station press-fitting equipment. The vulcanized part feeding device of multi-station press-fitting equipment comprises a rack and a chassis installed on the rack, wherein a plurality of material rod assemblies are fixed on the chassis; an ascending and descending adjusting assembly used for lifting the material rod assemblies and a chassis rotation driving assembly used for driving the chassis to rotate are arranged on the rack; each material rod assembly comprises a seat body and a rod body arranged on the seat body; a plurality of clamping grooves are uniformly distributed in the outer edge of the chassis; the seat bodies of all material rod assemblies are respectively clamped in the clamping grooves in the corresponding positions, and the rod bodies are arranged upwards; the ascending and descending adjusting assembly comprises a lifting seat and an ascending and descending mechanism for driving the lifting seat to ascend and descend; and an avoiding groove for preventing the lifting seat from interfering with the chassis is formed in the chassis. Through the application of the feeding device, vulcanized parts can be rapidly supplied to a grabbing mechanical arm in a large scale, particularly, due to the design form that the feeding device can be separated from a main body structure of a production line, a specially-assigned person can conduct rod penetrating and feeding on the vulcanized parts to achieve synchronous operation, and the production efficiency is effectively improved.

Description

technical field [0001] The invention belongs to the technical field of production and processing equipment, and in particular relates to a vulcanized part feeding device of multi-station press-fitting equipment. Background technique [0002] In the existing press-fitting equipment, most of the vulcanized parts are loaded by manually placing the workpiece directly on the structural part, starting the equipment, pressing the vulcanized part on the lower structural part, and then pressing the upper part of the structural part. Such an operation method has great potential safety hazards. Once the workpiece falls during the process of placing the workpiece, there is a danger of being injured. Especially during the loading process of placing the vulcanized part, if misoperation occurs, the equipment will move in advance. It directly leads to crushing of fingers. Even if there is no misoperation, once the worker is distracted or other reasons cause the fingers to move away not fast...

AI Technical Summary

Problems solved by technology

Such an operation method has great potential safety hazards. Once the workpiece falls during the process of placing the workpiece, there is a danger of being injured. Especially during the loading process of placing the vulcanized part, if misoperation occurs, the equipment will move in advance. Even if there is no misuse, once the worker is distracted or other reasons cause the fingers to be removed quickly, there is a possibility of hand injury

In such an operation mode, in order for the workers to place the workpiece as soon as possible so that they can quickly remove their hands, there are often problems in placing the vulcanized parts in place, which leads to poor quality stability and high scrap rate of the products produced by subsequent press-fitting operations. Therefore, it is necessary to The existing feeding method of vulcanized parts is improved, and the mechanized feeding method is used instead of manual

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