A spraying device for fan processing

Abstract

The invention discloses a spraying device for fan machining. The spraying device for fan machining comprises a cleaning device, drying devices, paint spraying devices, receiving devices, a transportation device and support legs; the drying devices are arranged on one side of the cleaning device, and are fixedly connected with the cleaning device; the paint spraying devices are arranged on one sides of the drying devices; the drying devices are fixedly connected with the paint spraying devices; two drying devices are symmetrically arranged; and the receiving devices are fixed on one sides of the drying devices. The spraying device for fan machining uses the cleaning device, the drying devices and the paint spraying devices for finishing spraying of fan blades, so that the mechanical degreeof integrated equipment is high, and the fan blade production efficiency is improved; one staff can finish the whole procedures, so that the labor cost is saved; and nozzle devices of the fan blades use rotating nozzles to guarantee uniform spraying of the fan blades, so that the quality of the fan blades is further improved, and the spraying rejection rate of the fan blades is finally reduced.

Description

technical field [0001] The invention relates to the technical field of mechanical manufacturing, in particular to a spraying device for fan processing. Background technique [0002] Fan refers to a device used to generate wind to keep cool in hot weather. An electric fan is a device that is driven by electricity to generate air flow. [0003] The existing fan manufacturing process is that the raw material is stamped or die-casted, and the raw material is turned into the shape of the fan blade, then polished, cleaned and then painted, and finally assembled with the motor to finally become a fan, but the existing fan blade spraying process , The drying process and the cleaning process are separated, and it takes many people to coordinate to complete the spraying of the fan blades, which consumes a lot of labor. During the transportation of the fan blades, it is easy to be polluted by dust and other pollution, which will affect the spraying effect, reduce the spraying quality, ...

AI Technical Summary

Problems solved by technology

[0003] The existing manufacturing process of fans is that the raw materials are stamped or die-casted, and the raw materials are turned into the shape of fan blades, which are then polished, cleaned and painted, and finally assembled with the motor to finally become a fan. However, the existing fan blade spraying process , The drying process and the cleaning process are separated, and it takes many people to coordinate to complete the spraying of the fan blades, which consumes a lot of labor. During the transportation of the fan blades, it is easy to be polluted by dust and other pollution, which will affect the spraying effect, reduce the quality of spraying, and have a high defect rate. The cost of manual rework is high, time-consuming and labor-intensive. In addition, most of the existing spraying uses machines, with manual assistance from the side, manual loading and unloading, slow spraying speed, and slow fan production efficiency. Therefore, we propose a Spraying device for fan processing

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