阅读说明：本技术 一种可通电变色门板的制作方法 (Method for manufacturing door panel capable of being electrified and changing color ) 是由 刘浩桐 于 2019-10-08 设计创作，主要内容包括：一种可通电变色门板的制作方法,所述可通电变色门板包括普通绝缘门板和涂覆在该普通绝缘门板表面的光电漆层,所述制作方法包括：在该普通绝缘门板表面向上依次层叠喷涂背板漆层、介质漆层、发光漆层和透明导电漆层以形成所述光电漆层,其中在普通绝缘门板表面形成发光图案区域,用3M胶带把负极区域贴好,3M胶带贴敷在该区隔区域中央位置,同时把正极区域的延长线部分贴敷一半3M胶带,预留出接线用距离；将该正极区域的边缘使用砂纸打磨平整并去除粉尘；在整个正极区域喷涂介质漆原料,将发光漆原料搅拌均匀并且直接喷涂在上述介质漆层表面,以及用酒精清洗所述喷枪,将透明导电漆原料摇晃均匀后喷涂在上述发光漆层表面,其中使用热风枪将所述发光漆层表面进行预热。(A manufacturing method of an electrified color-changing door plate comprises a common insulating door plate and a photoelectric paint layer coated on the surface of the common insulating door plate, and comprises the following steps: sequentially laminating and spraying a back board paint layer, a medium paint layer, a luminous paint layer and a transparent conductive paint layer on the surface of the common insulated door panel upwards to form the photoelectric paint layer, wherein a luminous pattern area is formed on the surface of the common insulated door panel, a 3M adhesive tape is used for adhering a negative electrode area, the 3M adhesive tape is adhered to the central position of the partition area, meanwhile, a half of the 3M adhesive tape is adhered to the extension line part of the positive electrode area, and a distance for wiring is reserved; polishing the edge of the positive electrode area by using sand paper, flattening and removing dust; spraying a medium paint raw material on the whole anode area, uniformly stirring and directly spraying a luminous paint raw material on the surface of the medium paint layer, cleaning the spray gun by using alcohol, uniformly shaking the transparent conductive paint raw material, and then spraying the transparent conductive paint raw material on the surface of the luminous paint layer, wherein a hot air gun is used for preheating the surface of the luminous paint layer.)

1. A method for manufacturing an electrified color-changing door plate is characterized in that the electrified color-changing door plate comprises a common insulating door plate and a photoelectric paint layer coated on the surface of the common insulating door plate, and the manufacturing method comprises the following steps: sequentially laminating a back board paint layer, a medium paint layer, a luminous paint layer and a transparent conductive paint layer on the surface of the common insulated door board upwards to form the photoelectric paint layer, wherein

Forming a luminous pattern area on the surface of a common insulated door plate, wherein the central luminous area is used as an anode, the outer periphery of the central luminous area is used as a cathode, the formed anode and cathode are separated by a reinforced conductive wire, the spraying caliber of a spray gun for spraying is set to be about 1.3mm, and low-pressure close-range wet spraying is adopted to avoid surface particles;

the negative electrode area is well pasted by a 3M adhesive tape, the 3M adhesive tape is pasted at the central position of the partition area, and meanwhile, a half of the 3M adhesive tape is pasted on the extension line part of the positive electrode area, and a distance for wiring is reserved;

polishing the edge of the positive electrode area by using sand paper, flattening and removing dust;

spraying a medium paint raw material on the whole positive electrode area, wherein the spray gun adopts medium air pressure spraying for a plurality of times, the time interval of each spraying is 1-2 min to cover the ground color, and after the medium paint is sprayed, a hot air gun is used for drying for 10 min;

uniformly stirring the luminescent paint raw materials and directly spraying the luminescent paint raw materials on the surface of the medium paint layer, wherein the air pressure of the spray gun is reduced, the luminescent paint raw materials are sprayed for a plurality of times under the irradiation of an ultraviolet lamp, and the luminescent paint raw materials are dried for 5min naturally and then dried for 10min by using a hot air gun;

cleaning the spray gun by alcohol, uniformly shaking the transparent conductive paint raw material, and spraying the transparent conductive paint raw material on the surface of the luminescent paint layer, wherein a hot air gun is used for preheating the surface of the luminescent paint layer.

2. The manufacturing method of claim 1, wherein the backing paint layer is prepared by mixing a backing paint raw material and a diluent according to a ratio of 1:0.5 to prepare a backing paint liquid for surface spraying.

3. The method of claim 1, wherein the temperature of the heat gun is set to 60 degrees or higher.

Technical Field

The invention mainly relates to a manufacturing method for adding an electrified color-changing door plate on a common door plate.

Background

On current ordinary wooden door plant, the accessible increases the substrate spraying electro-optic lacquer to according to required pattern modeling setting up different circuit structure. Different electronic elements are configured in the door panel spraying process through the electro-optical paint, so that the effect of light emission can be achieved by applying weak current after spraying, and the electro-optical paint is beneficial to supplement of the prior art.

Disclosure of Invention

The invention aims to solve the technical requirement and provides the electrified color-changing door plate and the manufacturing method thereof. When the power supply is turned off, the electro-optical coating can return to the normal color state, and the display of any color and any pattern can be realized. And the electroluminescent photoelectric coating mainly generates luminescence under the action of an electromagnetic field, and does not generate heat, so that the safety is high.

The technical scheme of the invention is as follows: a manufacturing method of an electrified color-changing door plate comprises a common insulating door plate and a photoelectric paint layer coated on the surface of the common insulating door plate, and comprises the following steps: sequentially laminating a back board paint layer, a medium paint layer, a luminous paint layer and a transparent conductive paint layer on the surface of the common insulated door board upwards to form the photoelectric paint layer, wherein

Forming a luminous pattern area on the surface of a common insulated door plate, wherein the central luminous area is used as an anode, the outer periphery of the central luminous area is used as a cathode, the formed anode and cathode are separated by a reinforced conductive wire, the spraying caliber of a spray gun for spraying is set to be about 1.3mm, and low-pressure close-range wet spraying is adopted to avoid surface particles;

the negative electrode area is well pasted by a 3M adhesive tape, the 3M adhesive tape is pasted at the central position of the partition area, and meanwhile, a half of the 3M adhesive tape is pasted on the extension line part of the positive electrode area, and a distance for wiring is reserved;

polishing the edge of the positive electrode area by using sand paper, flattening and removing dust;

spraying a medium paint raw material on the whole positive electrode area, wherein the spray gun adopts medium air pressure spraying for a plurality of times, the time interval of each spraying is 1-2 min to cover the ground color, and after the medium paint is sprayed, a hot air gun is used for drying for 10 min;

uniformly stirring the luminescent paint raw materials and directly spraying the luminescent paint raw materials on the surface of the medium paint layer, wherein the air pressure of the spray gun is reduced, the luminescent paint raw materials are sprayed for a plurality of times under the irradiation of an ultraviolet lamp, and the luminescent paint raw materials are dried for 5min naturally and then dried for 10min by using a hot air gun;

cleaning the spray gun by alcohol, uniformly shaking the transparent conductive paint raw material, and spraying the transparent conductive paint raw material on the surface of the luminescent paint layer, wherein a hot air gun is used for preheating the surface of the luminescent paint layer.

In one embodiment, the backing paint layer is prepared by mixing a backing paint raw material and a diluent according to the ratio of 1:0.5 to prepare a backing paint liquid for surface spraying.

In one embodiment, the temperature of the heat gun is set above 60 degrees.

Drawings

FIG. 1 is a schematic view of the principle of construction of the optoelectronic lacquer layer according to the invention.

Detailed Description

The embodiments of the present invention will be described in detail below with reference to the accompanying drawings. The invention discloses a method for manufacturing an electrified color-changing door plate, which comprises a common insulating door plate and a photoelectric paint layer coated on the surface of the common insulating door plate, and comprises the following steps: the common insulated door plate is characterized in that a backboard paint layer (backlight), a dielectric paint layer (dielectric), a luminous paint layer (phosphor) and a transparent conductive paint layer (conductive clear) are sequentially stacked upwards on the surface of the common insulated door plate to form the photoelectric paint layer, AC alternating current is led between the transparent conductive paint layer and the backboard to generate the electroluminescence of the luminous paint layer, wherein the common insulated door plate is provided with a layer of the back paint layer (dielectric), the luminous paint layer (phosphor) and the transparent conductive paint layer (conductive clear) which are sequentially stacked upwards

Forming a luminous pattern area on the surface of a common insulated door plate, wherein the central luminous area is used as an anode, the outer periphery of the central luminous area is used as a cathode, the formed anode and cathode are separated by a reinforced conductive wire, the spraying caliber of a spray gun for spraying is set to be about 1.3mm, and low-pressure close-range wet spraying is adopted to avoid surface particles;

the negative electrode area is well pasted by a 3M adhesive tape, the 3M adhesive tape is pasted at the central position of the partition area, and meanwhile, a half of the 3M adhesive tape is pasted on the extension line part of the positive electrode area, and a distance for wiring is reserved;

polishing the edge of the positive electrode area by using sand paper, flattening and removing dust;

spraying a medium paint raw material on the whole positive electrode area, wherein the spray gun adopts medium air pressure spraying for a plurality of times, the time interval of each spraying is 1-2 min to cover the ground color, and after the medium paint is sprayed, a hot air gun is used for drying for 10 min;

uniformly stirring the luminescent paint raw materials and directly spraying the luminescent paint raw materials on the surface of the medium paint layer, wherein the air pressure of the spray gun is reduced, the luminescent paint raw materials are sprayed for a plurality of times under the irradiation of an ultraviolet lamp, and the luminescent paint raw materials are dried for 5min naturally and then dried for 10min by using a hot air gun;

cleaning the spray gun by alcohol, uniformly shaking the transparent conductive paint raw material, and spraying the transparent conductive paint raw material on the surface of the luminescent paint layer, wherein a hot air gun is used for preheating the surface of the luminescent paint layer.

In one embodiment, the backing paint layer is prepared by mixing a backing paint raw material and a diluent according to the ratio of 1:0.5 to prepare a backing paint liquid for surface spraying.

In one embodiment, the temperature of the heat gun is set above 60 degrees.