KR20040091199A - The making method of the yellow soil illumination night - Google Patents

Abstract

PURPOSE: A loess light fixture and a method for manufacturing the same are provided to reduce manufacturing costs and relieve eye fatigue by forming a loess light fixture from loess. CONSTITUTION: A method for manufacturing a loess light fixture comprises a step of mixing loess 50 to 75 weight, clay 20 to 30 weight, green lite 5 to 10 weight, and sodium silicate 0.4%, injecting the mixture into a case, and molding a structure; a step of engraving the resultant structure; a step of baking the resultant structure, and assembling a bulb(21) to the resultant structure; and a step of arranging an electric heater coil(24) in the bulb such that far infrared ray is radiated from the loess light fixture when the heater wire is heated.

Description

Ocher lighting using ocher and its manufacturing method {The making method of the yellow soil illumination night}

The present invention relates to a method for manufacturing ocher light and ocher heater manufactured by using ocher, and more specifically, ocher light produced by sintering finely crushed ocher and making a lamp with clay added with gankhite and firing and assembling is generated from a light bulb. The heat is radiated to the mother lamps such as ocher lamps and ocher lamps to emit far-infrared rays, and to make the ocher light beauty unique to ocher lamps. In addition, the 1st light (outer light) is equipped with an electric heater heating wire in the lower part of the interior to warm the indoor temperature. It can be said to be functional ocher lighting that plays a role in helping our metabolism.

Most of the materials such as electric lightings, which are made and distributed in the past, are mainly made of glass lights, and other materials are made of plastic, wood, paper, metal, and fiber, and some lights use high temperature clay. However, it is insufficient.

Although glass and plastic lighting, which are the main products of the existing products, have good light transmission and are made colorfully with various colors, many natural environments are destroyed to produce raw materials and products of these products. In addition, when these products come out as trash, they have an enormous impact on environmental pollution as industrial waste, and there are voices of concern that some existing lights have an electromagnetic wave when they are used. However, yellow soil is known as an eco-friendly material because it absorbs electromagnetic waves and is reduced to nature when it is used up and then disposed of.

Nowadays, eco-friendly industries and products are required, and our own cultural industry is in the spotlight. In Korea, there are countless high-quality ochers buried anywhere in the country. Although it is practically used in various fields such as ocher mat, ocher wall, ocher wall paper, ocher board, ocher bowl, ocher paint, ocher plate and so on, there are no places where ocher is not used, but the characteristics of ocher are far infrared rays In the field of product development using heat, heat from the bulbs such as electric lighting heats up the ocher lights, and emits a large amount of far infrared rays. Even though this is the field that emits the best far infrared It did not support the development.

The present invention is a metal constituting the luminaire material. Glass. Breaking the stereotypes made only of plastics and emitting a lot of far-infrared light, we developed lighting lamps using ocher, clay and ganban rock which are good for our body. In addition, ocher lighting had to be designed and manufactured in various forms as well as circular. Soda silicate was added to make soil (slip) and injection molding was made using plaster mold. Produced by rotational molding by using, and lighting lamp made by ocher was solved by carving and opening with beautiful patterns to solve this problem because light cannot be transmitted like glass. The lighting made using ocher not only shows the most beautiful reddish yellow color when fired at 850 ℃ ~ 1150 ℃, but also has high strength and minimizes defect rate in the manufacturing process. In addition, low temperature glaze was used to sharpen the beautiful ocher color on the outer surface where dust and dirt are well stained. Electric heating wires are installed to emit a large amount of far-infrared rays. Emphasis is placed on relieving fatigue by emitting far-infrared rays, which are beneficial to the human body, due to the effect of improving the mind's beauty.

1 is a perspective view showing an embodiment of the present invention.

2 is a cross-sectional view showing an embodiment of the present invention.

＊ Explanation of symbols for main parts of drawing

21. Bulb

22. Ocher lighting body fired at 850 ℃ ~ 1150 ℃

23. Openings and carvings for light to shine aside

24. 26. Electric coil for heater

25. 27. Electric heating jam loess

When explaining the ocher lighting and the ocher heater manufacturing method using the present invention ocher as follows.

A raw material made up of 50 to 75 weight of clay that emits far infrared rays, 20 to 30 weight of clay, and 5 to 10 weight of elvanite. Sodium silicate (peptide) and water are added to make soil (slip). ) Molding process of injection molding, rotation molding of gypsum mold using rotary mechanical wheel, engraving on molded ocher lighting, inlaying, blowing, and drying Process of assembling ocher lighting by first firing at 850 ℃ ~ 1,170 ℃ or by applying low temperature glaze on the outer surface of dried lighting fixtures and baking at low temperature at 850 ℃ ~ 1,170 ℃ and installing electric heating wire. The present invention proposes a method for manufacturing a yellow clay heating lamp using ocher, so that a cold room becomes warm due to heat emitted from a lamp and a large amount of far infrared rays are emitted.

Accordingly, the present invention is the first attempted ocher lighting using the ocher, unlike the conventional lighting so far, it is possible to prevent glare due to direct lighting, and to focus on emitting far-infrared radiation from the ocher due to the heat generated from the heating device When sintered at 850 ° C to 1,170 ° C, a large amount of iron oxide contained in ocher has a beautiful red hue, which is more effective when used indoors to produce a different atmosphere.

The loess used in the present invention is generally distributed anywhere in the country, and the measurement of its components is approximately as Table 1 below.

Table 1

Ocher component ratio

ingredient SiO2 AI203 Fe203 CaO K20 TiO2 MgO Na20 weight 51.27 21.15 14.31 1.81 6.12 2.35 0.45 2.54

The same loess contains a large amount of iron oxide, and the more iron oxide, the more reddish color appears.

In addition, clay improves the viscous power, and in forming ocher lighting, etc., only 20 to 30% by weight of clay having good viscous power is added due to the lack of viscous power with only ocher and elvan.

In addition, since the elvan emits far infrared rays when heated, it is mainly used in a sauna room, and 5 to 10% by weight of elvan powder is added to ocher to emit a lot of far infrared rays.

The present invention is the first attempt to use the ocher (clay) as the first attempt to use the loess has been buried abundantly in the country, the cost is produced inexpensively, it is possible to expand the new area of the market of the lamp made of existing limited materials. Existing glass or plastic lighting has glare caused by direct lighting, which has caused eye fatigue, but ocher lighting can prevent glare and fatigue of eyes by indirect lighting method. Due to the heat of electric heating wire, it emits a large amount of far-infrared rays from the yellow soil to reduce the fatigue and stress of the human body. It is effective.

In addition, it is an eco-friendly product that does not contain harmful ingredients to our human body, such as ocher, clay, and rock, which are raw materials for producing ocher lighting, and is safe as a non-combustible material in the event of fire, and is also reduced to nature during disposal to prevent environmental pollution. There is.

Claims (1)

Injecting molding and mechanical wheel into plaster case of lighting lamp made by adding 0.4% of sodium silicate (peptizing agent) to 50 to 75 weight of ocher, 20 to 30 weight of clay, and 5 to 10 weight of elvan. Process of rotational molding by using the process, sculpting, hollowing and inlaying process to give the light diffusion and beauty, and finishing the first-time firing at 850 ℃ ~ 1,170 ℃ without applying glaze, and assembling ocher lighting. , Or apply the low temperature glaze on the outer surface of dried lighting fixtures and bake at low temperature of 850 ℃ ~ 1,170 ℃ .In some ocher outer lamps (first lamp), the electric heating wire, which is heating element, is installed inside the clay lighting fixture, and the heating wire is heated. A method for manufacturing a combined ocher heater (heater) such as ocher lighting using ocher to emit a large amount of far infrared rays from the ocher lighting.