Coloring machine for manually coloring artware

Abstract

A shader for manual coloring crafts, including a coloring needle, a feeding cap, a soft liquid storage bottle and a pressurizer. On the opening of the liquid storage bottle, there is a liquid outlet through hole in the center of the feeding cap, the colored needle and the inner cavity of the soft liquid storage bottle are connected through the liquid outlet through hole of the feeding cap, and the pressurizer is set in the soft On the outside of the liquid storage bottle, the inner diameter of the pressurizer is transitionally matched with the outer circle of the soft liquid storage bottle, and the pressurizer has a gap in the contact section with the soft liquid storage bottle. Using this shader, the fatigue strength of workers' hands is greatly reduced, the work efficiency is significantly improved, the price is low, the replacement is convenient, the cost and environmental hazards caused by cleaning the bottle body are avoided, and the safety hazards and safety hazards caused by flammable solvents are eliminated. The harm caused by toxic solvents to the health of operators and the difficulty of recruiting workers have also been solved.

Description

Technical field: [0001] The invention belongs to a production tool for hand-colored handicrafts, in particular to a shader for making hand-colored handicrafts. Background technique: [0002] With the improvement of modern living standards and people's aesthetics, handicrafts have become a necessity for people to play and appreciate, and color is an indispensable content for beautifying life and beautifying handicrafts. People's requirements for colors are more abundant and unique. A color that conforms to people's aesthetics is one of the important factors that determine whether a handicraft sells well or not. After the handicraft is designed with a pattern, it must be manually colored. Due to the particularity of the hand-colored handicraft, the coloring is done manually. At present, the needle-type shader is widely used. When coloring, first suck the paint to be coated into the syringe, install the coloring needle on the syringe, the operator clamps and fixes the syringe ...

AI Technical Summary

Problems solved by technology

In a long-time working state, the thumb and middle finger of the operator must keep the posture of clamping the cylinder body unchanged for a long time, and the index finger repeatedly pushes the push rod for a long time, the operator's hands are prone to fatigue, and in severe cases, Spasm, resulting in inaccurate extrusion of pigments, directly affecting the coloring effect and reducing the coloring quality of the product

Due to the high price of existing colored syringes, the price of a single colored syringe is 2 to 10 yuan. If the one-time use cost is too high, the syringes need to be reused. It must be cleaned, which is very troublesome, and the action of pulling and squeezing must be repeated. It takes more than three minutes to clean a syringe, and it needs to use solvents such as rubber water to clean it. A syringe needs to be cleaned at least twenty times a day, which is time-consuming Laborious, increased cleaning costs

Moreover, the cleaning solvent is toxic, which not only pollutes the environment, but also poses a serious threat to the health of workers. Workers who work for a long time will worry about occupational diseases. Therefore, it is very difficult to recruit workers for such high-intensity and toxic jobs, which brings great harm to the production of enterprises. serious inconvenience

Moreover, the solvent has a low ignition point, and it is very easy to cause a fire if it encounters an open flame, which brings great safety hazards to the production enterprise.

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