KR20030086190A - A building of interior material - Google Patents

Abstract

PURPOSE: An interior material for construction is provided, to obtain an interior material having antibacterial, electromagnetic wave and water vein wave screening and humidity controlling effects. CONSTITUTION: The interior material is prepared by pulverizing waste shell and drying the pulverized waste shell with a hot wind to sterilize it; screening the waste shell and yellow soil with a sieve and mixing them; mixing the mixture with sand and hay; cutting the mixture at regular intervals; molding the cut one; and maturing the molded one. Preferably the interior material comprises 85 wt% of yellow soil; 5 wt% of sand; 2 wt% of waste shell; 3 wt% of hay; and 8 wt% of a soil stabilizer; and the pulverized yellow soil and waste shell have a particle size of 120 mesh or more.

Description

A building of interior material

The present invention relates to a manufacturing method of building interior materials prepared by mixing and stirring a soil stabilizer and a certain ratio with the main raw material such as loess, waste stone, fine sand, hay (乾草).

The present invention relates to a building interior material molded by adding soil stabilizer as a binder by pulverizing waste pomegranate which is far-infrared ray and fishery waste, mixed with fine sand and hay, and far-infrared ray which is emitted from loess which is the main raw material. As a beneficial heat energy, it dissipates up to 94% and helps blood circulation, relieves pain and releases heavy metals, enhances soothing and facial effects, cleansing the air with deodorizing, antibacterial and dehumidifying effects, and so on.

In Korea, the housing style of single-family homes has changed from multi-family homes since the 1970s, and people spend much more time indoors than those who spend time outdoors. The impact on the is noticeable. Health impairment caused by indoor environmental pollution is unexpectedly released due to the increase in the use of various household goods due to the increase in the use of various household goods due to the encapsulation of indoor space and the improvement of the economic level due to the use of building materials such as insulation materials that consider energy saving since the 1970s. The effect of indoor pollution is very important. Indoor plastic interiors and interior materials are potential sources of bronchitis, bronchial disorders, and asthma. Recently, exposure to the exterior of plastic interiors has been associated with It is shown to increase the risk.

Wood products are light, easy to process, and have high strength compared to their weight, but the materials are uneven, easy to burn, and easy to rot and dry due to moisture. Due to the extremely small amount, there is a risk of foreign currency waste and pests caused by depletion and import of forest resources.

In addition, plastic, sciropol, and chemically treated wood, which are used as interior materials for the demolition of buildings, are used for recycling, but are difficult to collect and use less, and most of them are treated as industrial waste. The resulting air and water pollution is in serious condition.

The present invention has been devised in view of the above problems, and its object is first. Supply and dissemination of environmentally friendly building materials; Recycling fishery resources by restoring the ecosystem of distributing building interior materials using fishery waste. Third. Fourth, to promote the health of the people and create a comfortable and comfortable living environment. Its purpose is not to generate industrial waste during the demolition of buildings.

Features of the present invention to achieve the above object are first. In order to spread environmentally friendly building interior materials, products are produced using non-toxic materials, and building interior materials that can make a safer residential environment by preventing the exhaustion and damage of resources and spreading incombustible products that are not burned like general building interior materials. offer.

second. Providing building interior materials that can restore the ecosystem by preventing pollution and recycling in the offshore area by recycling marine wastes (Oyster) or waste oyster shells.

Sixth. Its main ingredients are promoting health, providing a comfortable and comfortable living environment, and clay, which is the main ingredient of the loess. It emits up to 94% of far-infrared rays, which is beneficial to the human body. It has high deodorizing effect, antibacterial and dehumidifying effect, and cleans the air, and by using copper plate on one side, it will be suitable for building interior materials by blocking the blocking of water vein and harmful transmission to the human body. .

fourth. General building interior materials contain hazardous substances during the demolition of buildings, and are classified as industrial wastes. The building interior materials of the present invention are conducive to the processing cost and environmental industry because the materials used are non-toxic and environmentally friendly materials. It can be a building interior material.

1 is a manufacturing process diagram for explaining an embodiment of the present invention.

Figure 2 is a production schematic diagram illustrating an embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

01: Hot Air Dryer

02: Crushing and Roughening

03: loess, waste pomegranate storage tank

04,08: Separators

05,09: Metering supply device

06: Stirrer

07: Sand Storage Tank

10: Stabilizer and hay feeder

11: mixed stirrer

12: cutting machine

13: release coating device

14: hydraulic press

15: mold

16: Product unloading device

17: Sasangdae

18: loader

19: drying cart

Hereinafter, described in detail by the accompanying drawings, preferred embodiments to achieve the above object is as follows.

1 to 2 as shown in Figure 1 first to pulverize the pomegranate to 120MASH first and second in the grinding and roughness (02) and then sterilize the waste pomegranates to 300 ℃ ~ 400 ℃ in the hot air dryer (01) and Dry to sterilize contaminants and microorganisms.

The sterilized and dried waste pomegranate in the hot air dryer (01) is mixed with ocher and stored in the ocher, waste pomegranate storage tank (03), wherein the mixing ratio is about 85 wt% of ocher and about 2 wt% of waste pomegranate.

The blended raw material is separated into 120MASH separator 04 and transferred to the metering feeder 03, which is precisely stirred in the stirrer 06 and transferred to the mixing stirrer 11.

At the top of the mixing stirrer, there is a sand storage tank (07) for storing and supplying sand. The sand is separated by a 120MASH separator (08), and about 5wt% of sand is transferred to the sand weighing device (09). The soil stabilizer supplied from the metering feeder 10 is mixed with water at a ratio of 60 to 120 W / C (%) and transferred to the mixing stirrer 11 together with about 8 wt% of hay.

The mixture (main raw material) stirred by ratio in the mixing stirrer 11 cuts the amount formed in the cutting machine 12 and moves to the front of the hydraulic press 14 through a conveyor, in which the worker is mounted on the hydraulic press 14. The release agent is applied with a release coating device 13 to prevent the molded product from sticking to (15).

The molded mixture (main raw material) is put into the mold 15, and after molding, the molded product is received by the unloading device 16, finished at the finishing table 16, and then loaded in the loading machine 17.

The molded article loaded on the loader 17 is loaded on a drying cart 18 and dried naturally in a well-vented shade until the moisture of the product reaches about 4 wt%. This period is regarded as a curing period. When curing and curing is completed by attaching the copper plate 1.0T or less on one side to allow water vein blocking and harmful propagation blocking, the present invention may provide a building interior material.

As described above, the features of the present invention are first. In order to spread environmentally friendly building interior materials, products are produced using non-toxic materials and prevent depletion and damage of resources like general building interior materials, and supply nonflammable products that are not burned to create a safer residential environment. Building interior materials.

Second, by providing oyster shells and waste oyster shells, which are marine wastes, building construction materials that can restore ecosystems by preventing and recycling pollution in the near sea area.

third. Ocher is used as a main ingredient to improve the health of the people and provide a comfortable and comfortable living environment.The effect of ocher emits far infrared rays which is beneficial to the human body by 94%, helping blood circulation, releasing pain, releasing heavy metals, and soothing and facial effects. It has high deodorizing effect, antibacterial effect and dehumidifying effect, and cleans the air. By using copper plate on one side, it will be suitable for building interior materials by blocking water vein blocking and harmful radio wave. .

fourth. General building interior materials contain hazardous materials during the demolition of buildings, so they are classified as industrial wastes. This building interior materials are non-toxic and environmentally friendly materials that can contribute to the processing cost and environmental industry.

Claims (3)

Crush the waste pomegranate, mix ocher, sand and hay with non-toxic soil stabilizer, stir and mix at a constant rate, and put it in the mold 15 of the hydraulic press and press together to remove the air contained in the mixture. As a building interior material, first, the waste pomegranates pulverized by the crusher (02) are sterilized and dried in a hot air dryer (01), and the ocher and waste pomegranates are separated, and sand and hay are mixed in a mixed stirrer (11). While stirring, the moisture is mixed to about 20%, and when the mixture (main raw material) comes out from the mixing stirrer 11, it is cut at regular intervals in the cutting machine 12 and put into the mold 15 of the hydraulic press 14. (14) After curing, the product is cured, which is cured for at least 3 days to 4 weeks, and after curing is completed, a copper plate is attached on one side to block vein or other harmful radio waves. Interior materials for building, characterized in that. According to claim 1 Ocher, sand, and waste pomegranates were passed through a sieve of 120 MASH or more, and the mixture was formed by stirring and mixing a mixture of about 85 wt% of ocher, about 5 wt% of sand, about 2 wt% of waste pore, about 3 wt% of hay, and about 8 wt% of soil stabilizer. Interior materials for building, characterized in that. According to claim 1 Naturally dried until the moisture of the molded product reaches about 4wt%, and this period is regarded as curing period, and it is cured for at least 3 days to 4 weeks, and then architectural interior material is characterized by attaching copper plate (1.0 version or less) on one side.