Wood sign manufacturing method

A production method and signage technology, applied in the directions of marking, instruments, display devices, etc., can solve the problems of single process expression, easy to fade, easy to deform, etc., and achieve the effect of low fading rate and optimized process flow

Inactive Publication Date: 2016-05-04
刘鹏
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] In order to solve the problems of single color, easy fading, single process expression, short anti-corrosion period, easy cracking and easy deformation of wooden signs, the present invention provides a wooden sign making method, which realizes It has the advantages of various colors of wooden signs, not easy to fade, long anti-corrosion period, etc., and the shading is uneven, natural wood texture, color and wood grain are integrated

Method used

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  • Wood sign manufacturing method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0022] A kind of wooden sign making method, A. Timber selection and processing: select the dry cedar plank for use, use the numerical control machine tool equipment to carve the outer contour of the plank that thickness is 3cm according to design requirement. Use a p200 mesh sander to smooth and polish the surface of the board. B. Signage sandblasting treatment: use engraving equipment to make the text or pattern to be displayed on the signage into a sandblasting baffle model; the specific engraving parameters are: engraving speed 55mm / s, engraving knife pressure 60G; positioning accuracy is less than 0.1mm. Paste the carved baffle model flatly on the wooden board. Use sandblasting equipment to carry out sandblasting on the wooden boards pasted with the baffle model; sandblasting steps: use fine sand with a diameter of 0.1mm for sandblasting at a rate of 10kg / cm 2 Pressure sandblasts the planks. The sandblasting speed is controlled at 5cm according to the pressure 2 / min. ...

Embodiment 2

[0024] A kind of wooden signboard manufacturing method, A. Timber selection and processing: select the dry cedar plank for use, use the numerical control machine tool equipment to carve the outer contour of the plank that thickness is 6cm according to design requirement. Use a p200 mesh sander to smooth and polish the surface of the board. B. Signage sandblasting treatment: use engraving equipment to make the text or pattern to be displayed on the signage into a sandblasting baffle model; the specific engraving parameters are: engraving speed 60mm / s, engraving knife pressure 70G; positioning accuracy is less than 0.1mm. Paste the carved baffle model flatly on the wooden board. Use sandblasting equipment to carry out sandblasting on the wooden boards pasted with the baffle model; sandblasting steps: use fine sand with a diameter of 0.8mm for sandblasting at a rate of 10kg / cm 2 Pressure sandblasts the planks. The sandblasting speed is controlled at 25cm according to the pressu...

Embodiment 3

[0026] A kind of wooden sign making method, A. Timber selection and processing: select the dry cedar plank for use, use the numerical control machine tool equipment to carve the outer contour of the plank that thickness is 4cm according to design requirement. Use a p200 mesh sander to smooth and polish the surface of the board. B. Signage sandblasting: Use engraving equipment to make the text or pattern to be displayed on the signage into a sandblasting baffle model; the specific engraving parameters are: engraving speed 57mm / s, knife pressure 65G; positioning accuracy is less than 0.1mm. Paste the carved baffle model flatly on the wooden board. Use sandblasting equipment to carry out sandblasting on the wooden boards pasted with the baffle model; sandblasting steps: use fine sand with a diameter of 0.5mm for sandblasting at 8kg / cm 2 Pressure sandblasts the planks. The sandblasting speed is controlled at 15cm according to the pressure 2 / min. C. Coloring of the sign: use a...

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Abstract

The invention discloses a wood sign manufacturing method. The method is characterized by comprising the following steps that A, an anticorrosion dried wood plate is selected, and a numerically-controlled machine tool equipment is used for carving the outer contour of the wood plate into a shape; B, frosting equipment is used for grinding the surface of the wood plate flush and polishing the wood plate; C, carving equipment is used for manufacturing characters or patterns, needing to be displayed, of a sign into a sand blasting baffle model; the carved baffle model is pasted on the wood plate smoothly, and sand blasting equipment is used for blasting sand on the wood plate on which the baffle model is pasted; D, a spray gun is used for carrying out base color overall spraying on the whole wood sign, after overall spraying is carried out, the wood sign needs to be dried for 8-12 h, after the base color of the wood sign is dried, the baffle model on the wood sign is taken down, and printing equipment is used for coloring and printing the shield part of the baffle model; E, finally, overall UV film pouring is carried out on the sign, the surface of the wood sign is cured. The wood sign has the advantages of being colorful, not prone to fading, long in anticorrosion period and the like, bottom grain is concave and convex, and is natural wood grain, and the color and the wood grain are integrated.

Description

technical field [0001] The invention relates to the field of wooden signboards, in particular to a method for making wooden signboards. Background technique [0002] The so-called anti-corrosion wood refers to the ability to resist the erosion of harsh environments (such as outdoor wind and rain, etc.), and can be used for a long time in this environment. Anti-corrosion wood is divided into three categories. Natural anti-corrosion wood (such as pineapple lattice, Douglas fir, etc.), deep carbonized wood and artificial preservative wood, among which artificial preservative wood is the most used. Artificial anti-corrosion wood is to add artificial chemical preservatives to ordinary wood to make it anti-corrosion, moisture-proof, fungus-proof, termite-proof, and fungus-proof. Can directly contact the soil and humid environment, often used in outdoor flooring, engineering, landscape, anti-corrosion wood flower stand, etc., for people to rest and enjoy the natural beauty, it is ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G09F7/16
CPCG09F7/165
Inventor 刘鹏
Owner 刘鹏
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