阅读说明：本技术 一种具有液晶显示的马桶盖制作方法 (Manufacturing method of toilet lid with liquid crystal display ) 是由 倪生明 吴成东 王志熙 于 2020-12-30 设计创作，主要内容包括：本发明公开了一种具有液晶显示的马桶盖制作方法,该方法通过UV油墨打印并附着荧光粉,在原有图案的作用下,在立体效果和荧光粉作用下,能实现图案色彩浓度不同的显示,同时不会对马桶盖本体造成任何影响,避免后期渗水,本发明工艺简单,操作方便,实用性强。(The invention discloses a toilet lid manufacturing method with liquid crystal display, which is characterized in that fluorescent powder is printed and attached through UV printing ink, under the action of an original pattern, under the action of a three-dimensional effect and the fluorescent powder, the display of different pattern color concentrations can be realized, meanwhile, any influence on a toilet lid body is avoided, and the later-stage water seepage is avoided.)

1. A manufacturing method of a toilet lid with a liquid crystal display is characterized by comprising the following steps:

step one, mounting a picture; printing patterns according to the design requirements, and attaching the pattern layer on the base body of the toilet lid;

step two, selecting and trimming; after the pattern layer is attached to the toilet lid base body, air holes or pollutants on the pattern layer are broken or cleaned, and redundant pattern paper on the pattern layer is trimmed;

thirdly, attaching the beautiful pattern paper and numbering the acrylic; after the second step is finished, the toilet lid substrate is pasted with the pattern paper to protect the integrity of the pattern layer, and the acrylic is numbered, so that the toilet lid substrate can be conveniently correspondingly sprayed or manufactured in shape in the later process;

step four, sawing acrylic; sawing acrylic according to the design requirement to obtain the required shape of the toilet cover;

step five, pasting urea formaldehyde masking paper; adhering urea formaldehyde masking paper on the back of the toilet lid substrate to protect the toilet lid substrate;

step six, polishing urea formaldehyde; after the fifth step is finished, polishing the board surface to be adhered with the urea-formaldehyde to enhance the adhesive force of the urea-formaldehyde pattern layer;

and step seven, pressing the board, namely combining the urea-formaldehyde board and the pattern layer into a whole. Processing and quality inspection of the wool; respectively carrying out edge treatment and product quality detection on the toilet lid;

step eight, spraying primer; the base body of the toilet lid is sprayed with the primer, so that the appearance is attractive, and the toilet lid is prevented from water seepage;

step nine, fine grinding and fine grinding quality inspection; after the primer is sprayed, polishing the primer on the toilet lid and detecting the problems in the previous process;

step ten, spraying finish paint, turning over a plate and performing quality inspection; after the treatment with the primer, the toilet lid is sprayed with the finish paint to improve the water seepage prevention capability of the toilet lid;

eleventh, tearing paper; removing the masking paper in the third step and the fifth step;

step twelve, polishing to process and inspect the scratches and flaws of the board surface; after the step eleven, polishing the toilet lid and performing quality inspection on the toilet lid;

thirteen, when the design needs relief, printing or silk-screen printing by using UV ink; adding fluorescent powder into the printing ink, and printing relief patterns or silk-screen printing on the toilet lid substrate;

step fourteen, knocking foot pads, assembling and testing slow descending functions; arranging foot pads on the toilet lid and the lid ring for quality inspection, assembling the foot pads, and finally testing slow opening and closing speed reduction of the toilet lid;

step fifteen, cleaning and packaging; and cleaning and packaging the toilet lid after the manufacturing is finished.

Technical Field

The invention relates to the technical field of toilet lid manufacturing, in particular to a manufacturing method of a toilet lid with liquid crystal display.

Background

Modern life, the variety of current toilet lid is various, in order to satisfy people's beautiful and high-quality of life pursuit of feeling well, current toilet lid all can set up various color patterns and decorate, but at present all the conventionality adopts pictures of sticking or power control to realize that the pattern color is played up, if adopt simple pattern to go on, then later stage discolours easily and influences toilet lid's normal practicality even, if adopt the power, then need consume the electric energy, it is impractical.

Disclosure of Invention

The present invention is directed to a method for manufacturing a toilet lid with a liquid crystal display, so as to solve the problems of the prior art.

In order to achieve the purpose, the invention provides the following technical scheme:

a manufacturing method of a toilet lid with a liquid crystal display comprises the following steps:

step one, mounting a picture; printing patterns according to the design requirements, and attaching the pattern layer on the base body of the toilet lid;

step two, selecting and trimming; after the pattern layer is attached to the toilet lid base body, air holes or pollutants on the pattern layer are broken or cleaned, and redundant pattern paper on the pattern layer is trimmed;

thirdly, attaching the beautiful pattern paper and numbering the acrylic; after the second step is finished, the toilet lid substrate is pasted with the pattern paper to protect the integrity of the pattern layer, and the acrylic is numbered, so that the toilet lid substrate can be conveniently correspondingly sprayed or manufactured in shape in the later process;

step four, sawing acrylic; sawing acrylic according to the design requirement to obtain the required shape of the toilet cover;

step five, pasting urea formaldehyde masking paper; adhering urea formaldehyde masking paper on the back of the toilet lid substrate to protect the toilet lid substrate;

step six, polishing urea formaldehyde; after the fifth step is finished, polishing the board surface to be adhered with the urea-formaldehyde to enhance the adhesive force of the urea-formaldehyde pattern layer;

and step seven, pressing the board, namely combining the urea-formaldehyde board and the pattern layer into a whole. Processing and quality inspection of the wool; respectively carrying out edge treatment and product quality detection on the toilet lid;

step eight, spraying primer; the base body of the toilet lid is sprayed with the primer, so that the appearance is attractive, and the toilet lid is prevented from water seepage;

step nine, fine grinding and fine grinding quality inspection; after the primer is sprayed, polishing the primer on the toilet lid and detecting the problems in the previous process;

step ten, spraying finish paint, turning over a plate and performing quality inspection; after the treatment with the primer, the toilet lid is sprayed with the finish paint to improve the water seepage prevention capability of the toilet lid;

eleventh, tearing paper; removing the masking paper in the third step and the fifth step;

step twelve, polishing to process and inspect the scratches and flaws of the board surface; after the step eleven, polishing the toilet lid and performing quality inspection on the toilet lid;

thirteen, when the design needs relief, printing or silk-screen printing by using UV ink; adding fluorescent powder into the printing ink, and printing relief patterns or silk-screen printing on the toilet lid substrate;

step fourteen, knocking foot pads, assembling and testing slow descending functions; arranging foot pads on the toilet lid and the lid ring for quality inspection, assembling the foot pads, and finally testing slow opening and closing speed reduction of the toilet lid;

step fifteen, cleaning and packaging; and cleaning and packaging the toilet lid after the manufacturing is finished.

Compared with the prior art, the invention has the beneficial effects that: according to the invention, the UV printing ink is used for printing and attaching the fluorescent powder, under the action of the original pattern, the display of different pattern color concentrations can be realized under the action of the three-dimensional effect and the fluorescent powder, meanwhile, no influence is caused on the toilet lid body, and the later-stage water seepage is avoided.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The invention provides a technical scheme that: a manufacturing method of a toilet lid with a liquid crystal display comprises the following steps:

step one, mounting a picture; printing patterns according to the design requirements, and attaching the pattern layer on the base body of the toilet lid;

step two, selecting and trimming; after the pattern layer is attached to the toilet lid base body, air holes or pollutants on the pattern layer are broken or cleaned, and redundant pattern paper on the pattern layer is trimmed;

thirdly, attaching the beautiful pattern paper and numbering the acrylic; after the second step is finished, the toilet lid substrate is pasted with the pattern paper to protect the integrity of the pattern layer, and the acrylic is numbered, so that the toilet lid substrate can be conveniently correspondingly sprayed or manufactured in shape in the later process;

step four, sawing acrylic; sawing acrylic according to the design requirement to obtain the required shape of the toilet cover;

step five, pasting urea formaldehyde masking paper; adhering urea formaldehyde masking paper on the back of the toilet lid substrate to protect the toilet lid substrate;

step six, polishing urea formaldehyde; after the fifth step is finished, polishing the board surface to be adhered with the urea-formaldehyde to enhance the adhesive force of the urea-formaldehyde pattern layer;

and step seven, pressing the board, namely combining the urea-formaldehyde board and the pattern layer into a whole. Processing and quality inspection of the wool; respectively carrying out edge treatment and product quality detection on the toilet lid;

step eight, spraying primer; the base body of the toilet lid is sprayed with the primer, so that the appearance is attractive, and the toilet lid is prevented from water seepage;

step nine, fine grinding and fine grinding quality inspection; after the primer is sprayed, polishing the primer on the toilet lid and detecting the problems in the previous process;

step ten, spraying finish paint, turning over a plate and performing quality inspection; after the treatment with the primer, the toilet lid is sprayed with the finish paint to improve the water seepage prevention capability of the toilet lid;

eleventh, tearing paper; removing the masking paper in the third step and the fifth step;

step twelve, polishing to process and inspect the scratches and flaws of the board surface; after the step eleven, polishing the toilet lid and performing quality inspection on the toilet lid;

thirteen, if the customer needs relief, printing or silk-screen printing with UV ink; adding fluorescent powder into the printing ink, and printing relief patterns or silk-screen printing on the toilet lid substrate;

step fourteen, knocking foot pads, assembling and testing slow descending functions; arranging foot pads on the toilet lid and the lid ring for quality inspection, assembling the foot pads, and finally testing slow opening and closing speed reduction of the toilet lid;

step fifteen, cleaning and packaging; and cleaning and packaging the toilet lid after the manufacturing is finished.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.