High-precision automatic fan cover production equipment

Abstract

The invention discloses high-precision automatic fan cover production equipment. A winding part and a welding part are respectively provided with an external engagement driving part additionally, so that push gears of external engagement driving parts are respectively meshed with teeth on outer edges of a first processing module and a second processing module, push motors of the external engagement driving parts drive the push gears to rotate so as to drive the first and second processing modules to rotate, the original center positioning rotation driving structure is replaced, the equipment overcomes inertia, prevents waggle, and is accurate in positioning and high in running stability, automation and efficiency, and the yield and the quality of products are improved.

Description

technical field [0001] The invention relates to equipment used in the field of manufacturing fan covers or other circular mesh covers, in particular to an automatic production equipment for high-precision fan covers. Background technique [0002] At present, in order to save manpower and material resources, improve production efficiency and product quality, automatic equipment for manufacturing fan covers or other circular net covers is widely used. However, when the arc modules with semi-finished metal brackets are installed into the winding parts and welding parts to complete the winding and welding processes, the arc modules often rotate too fast and the inertia is too large, causing the winding parts, The initial positioning of the welding parts is difficult to be accurate, resulting in the difficulty of winding and welding in place, which seriously affects the yield of the product. And, since the winding parts and the welding parts use their respective winding drive co...

AI Technical Summary

Problems solved by technology

However, when the arc modules with semi-finished metal brackets are installed into the winding parts and welding parts to complete the winding and welding processes, the arc modules often rotate too fast and the inertia is too large, causing the winding parts, It is difficult to accurately position the welding parts initially, which makes it difficult to accurately position the winding and welding, which seriously affects the yield of the product

And, since the winding parts and the welding parts use their respective winding drive components and welding drive components to respectively drive and rotate the center of the arc module positioning, the use time is long, and the winding drive components, the shaft sleeves of the welding drive components, Bearings and other parts are out of position due to wear, causing the arc module to shake during rotation, and the positioning center point is seriously displaced, which not only seriously affects the service life of winding parts and welding parts, but also makes it difficult to accurately position winding and welding. Also greatly reduce the yield and quality of use of the product

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