Fully automatic anti-fog pre-drying production line

Abstract

The invention discloses a full-automatic anti-fog pre-drying production line. The full-automatic anti-fog pre-drying production line comprises a cabin body, the cabin body comprises an oil injection cabin, a pre-drying cabin and a material arranging cabin, the oil injection cabin is provided with an oil injection device, the pre-drying cabin is provided with a pre-drying device, the material arranging cabin is provided with a material arranging device, the oil injection cabin is connected with the pre-drying cabin through a transmission mechanism, a movable material rack is arranged in the material arranging cabin, the oil injection device is composed of a reciprocating mechanism, a plurality of oil injection guns connected with the reciprocating mechanism, and oil supply equipment connected with each oil injection gun, the pre-drying device is arranged in the pre-drying cabin, and the material arranging device is composed of a material arranging mechanism and a material placing mechanism stacked before the material arranging mechanism. The full-automatic anti-fog pre-drying production line is easy and flexible to operate, enables the production cost to be greatly saved, enables the material surface oil spray uniformity to be guaranteed, enables the labor operation to be greatly reduced, enables the manpower and material resource to be saved, is timely in pre-drying, realizes full-automatic anti-fog pre-drying work, enables the product yield to be improved, and enables the production efficiency to be greatly improved.

Description

technical field [0001] The invention relates to the technical field of mechanical processing equipment, in particular to a fully automatic anti-fog pre-drying production line. Background technique [0002] The anti-fog mirror is a lens that can effectively prevent or avoid the condensation of water mist. This type of lens is suitable for many fields such as bathrooms, automobiles, lamps, etc., and has a wide range of applications. A layer of oil-like anti-fog agent, and then pre-baked and high-temperature heating treatment, so that a transparent anti-fog film is formed on the surface of the mirror substrate, so that the mirror substrate can achieve the anti-fog effect. [0003] However, the existing anti-fog processing generally manually sprays the mirror substrate by manually taking the oil spray gun. This kind of processing method will easily lead to uneven oil spraying on the surface of the mirror substrate, which will affect the anti-fog effect of the finished product. ...

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Problems solved by technology

[0003] However, the existing anti-fog processing generally manually sprays the mirror substrate by manually taking the oil spray gun. This kind of processing method will easily lead to uneven oil spraying on the surface of the mirror substrate, which will affect the anti-fog effect of the finished product. Moreover, manual operation leads to low production efficiency. The oil tank used for oil injection is small and the space is limited. It can only process mirror substrates of a specific size, and the scope of application is severely limited. After the oil injection is completed, the mirror substrate needs to be manually transferred. Go to the pre-baking equipment for pre-baking treatment. During the transfer process, because the mirror substrate is not pre-baked in time, the anti-fogging agent on the surface of the mirror substrate is easy to slide down along the surface, and it is easy to cause the anti-fogging agent to adhere to the surface of the mirror substrate. Unevenness affects the yield of the product; in addition, the anti-fogging agent in the oil tank needs to be replaced regularly because it has been exposed to the outside, which increases the production cost

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