KR20050104483A - Nature of ashes a case - Google Patents

Abstract

The present invention relates to making natural cellulose (hanji, burlap, burlap hanji), cardboard, wood, ashes.

The manufacturing method of the natural cellulose ash box of the present invention is selected from white mulberry fiber, hemp (hemp) fiber, hemp mixture, and hemp and reinforcement, and charcoal powder and minerals such as gold, silver, copper, jade, germanium, elvan, and stone stone One or more minerals and powders are put in a reactor, kneaded and kneaded and shaped to fit the shape of the ashes (jars), and naturally dried in the shade for about 7 to 15 days depending on the climate. The wood ashes are cut into bone ashes and then dug into the seams to finish. Natural cellulose and cardboard ashes are selected from Hanji, Burlap, and Burlap Hanji, respectively, and applied to the outside of the ashes to form natural cellulose (Hanji, Burlap, Burlap Hanji) and cardboard ashes.

The color of the paper on the outside of the ashes can be varied and can be in the form of Christian, Buddhist, or general forms.

By using the natural cellulose ashes of the present invention, the existing ashes are made of porcelain or stone to prevent the ashes from being aggregated and hardened due to moisture, thereby maintaining the original state for a long time.

Description

Natural Cellulose Ashes {NATURE OF ASHES A CASE}

The present invention relates to antibacterial, natural cellulose ashes.

In recent years, eco-friendly products such as paper tubes and burlap are attracting attention, and research is being conducted.

The present invention aims to prevent foaming due to moisture, which is a problem of existing ashes, and to create an environment-friendly ashes.

 The present invention relates to making natural cellulose ashes. More specifically, it is put in a reactor and kneaded white ash fiber, hemp (hemp) fiber, charcoal powder and mineral powder (choose among gold, silver, copper, jade, germanium, elvan, and lumber), and knead and ashes (jar) type. After the shape is made in accordance with the frame, it is naturally dried. The cardboard is cut with ashes size, and then one of Hanji, Burlap, and Burlap is applied to the outside of the ashes, and the paper and color on the outside can be varied. It is possible to engrave.

The wood ashes are cut through the paulownia board with ashes size and dug into the seams. * Hemp is also called hemp (大麻), hemp and perennial grass. The stem grows up to 3m in the temperate zone and 6m in the tropics and has vertical valleys. Flowers bloom from July to August, and seeds are used as food, medicinal and feed, and stem bark is used as raw material of burlap fiber. In addition, it has excellent antibacterial activity and has been used for the manufacture of water since ancient times.

Hemp fibers have a very unique structure in which long hollow pipes are entwined like spider webs. Because of its structural characteristics, it has a remarkable ability to discharge moisture and keeps it dry all the time. Therefore, fungi that live in wet conditions cannot survive, and have antibacterial and anti-affective mulberry trees. It is a deciduous broad-leaved shrub of Asia, native to Asia, and grows on the hillsides and field banks of the foothills. Its height is 3m and the twigs have short hairs but soon disappear. In the past, it was cut from the bark of fiber of mulberry bark and was used as raw material for paper mulberry from the Goryeo Dynasty.

It is characterized by dense, durable and dense surface because it has long fibers and small butterflies.

Charcoal is a solid product that is produced when the wood is cut off from the air supply and heated, or the air is heated with very little air.

It is a perennial herb of Amumok-mok family, dicotyledonous plant. It is also called Hwang Chok-gyu and is native to China and is cultivated in the field.

Because of the mucus on the roots of the mulberry, it becomes an important paste for making paper, and depending on the use of the mulberry, the strength, firmness, and gloss of hanji may vary.

As a reinforcing agent, use is made of tannin.

Germanium stones have long been said to purify water and have special effects on skin diseases. Recently, it has been found that they strongly adsorb harmful substances such as heavy metals, and have antibacterial, deodorizing, and sterilizing effects.

The gemstone is composed of about 45 kinds of minerals, and is especially known as a far infrared emitter rich in calcium and magnesium.

Elvanite is known to have 30,000 to 150,000 pores per cubic centimeter, which has strong adsorption, mineral elution, ion exchange, and far-infrared rays to adsorb and decompose various harmful substances and heavy metals.

Thirsty stone is a mineral from which sea sediment became fossil 500 million years ago. It is mainly composed of calcium and magnesium, which are beneficial to the human body, and many other minerals are beneficial to the human body. In the famous book (Original Herb), it is described as a mineral that is beneficial to health, especially when used in combination with jade.

Hereinafter, the natural cellulose ashes of the present invention will be described in detail with reference to Examples, but these are not intended to limit the scope of the present invention.

<Example 1> Manufacture of natural cellulose burlap hanji

In October, the stems were harvested.

100 kg of the collected stems were put in a reactor, steamed with steam at 150 ° C. for 4 hours, and then peeled.

The peeled shells were dried in the shade for 24 hours to make black skin.

The dried black skin was immersed in water for 1 hour and softened. The epidermis was removed from the soft skin and the inner skin was obtained and then made into white skin.

The dried white skin was placed in a reactor with 200 L of water, 60 kg of white skin and 5 L of an aqueous solution of sodium hydroxide having a concentration of 40% and boiled for 4 hours.

The boiled white skin was washed clean with water to remove visible impurities, and then ground with a blender to remove water and to prepare a white paper mulberry fiber.

The stems of hemp were harvested in July.

100 kg of the collected hemp stems were put in a reactor, steamed with steam at 150 ° C. for 4 hours, and then peeled.

The peeled shells are dried in the shade for 24 hours.

The dried hemp shell was cut to less than 30 cm and boiled for 4 hours with 200 l of water, 60 kg of hemp shell and 5 l of sodium hydroxide aqueous solution having a concentration of 40%.

The boiled hemp bark was washed with water to remove visible impurities, and then grind with a blender to remove water and prepare hemp fiber.

In the reactor, 47 kg of mulberry fiber, 43 kg of hemp (hemp) fiber, 1 kg of mulberry, 5 kg of reinforcing agent (charcoal) and charcoal powder, and 3 kg of mineral powder selected from minerals such as gold, silver, copper, jade, germanium, elvan, and stone Mixing (minerals were selected according to the type of ashes).

Knead the mixed ingredients and shape them to a frame of 15 cm in height and 24 cm in diameter in the form of ashes, and then naturally dry them in the shade for about 7 to 15 days depending on the weather and the effects of the season. Select one of them (select paper according to the type of ashes), apply it on the outside of the ashes, and dry it in the shade for a day.

The color of the paper on the outside of the ashes can be varied, and it is possible to insert patterns of Christian, Buddhist, and general forms.

The present invention provides a natural cellulose ash box that is inexpensive compared to the existing ash box, has excellent antibacterial and anti-worming effects, can remove moisture, and preserves the original shape of the ashes.

1 is a natural cellulose skeleton manufacturing process diagram of the present invention.

Claims (5)

In the manufacturing method of natural cellulose ash box, 47% by weight of mulberry fiber, 43% by weight of hemp fiber, 1% by weight of mulberry, 1% by weight of reinforcing agent, 5% by weight of charcoal powder, and gold, silver, copper, jade which are minerals , 3% by weight of one or more mineral powders selected from germanium, elvan, and eel are placed in the reactor, mixed, kneaded, and made in shape and shape according to the shape of ashes (jars). After 15 days of natural drying, one of Hanji, Burlap and Burlap is selected and applied to the outside of the ashes. Natural cellulose burlap paper box manufacturing method. In the manufacturing method of natural cellulose ash box, 90% of hemp fiber, 1% by weight of mulberry, 1% by weight of reinforcing agent, 5% by weight of charcoal powder, and minerals such as gold, silver, copper, jade, germanium, elvan, and wood stone 3% by weight of one or more selected mineral powders are placed in a reactor, mixed, kneaded, and shaped to fit the shape of ashes (jars), and then naturally dried in the shade for about 7-15 days depending on the climate, Choose either paper or burlap on the outside of the ashes. Natural cellulose burlap ash box manufacturing method. In the manufacturing method of natural cellulose ash box 1 selected from 90% by weight of white bark fiber, 1% by weight of mulberry, 1% by weight of reinforcing agent, 5% by weight of charcoal powder, and minerals such as gold, silver, copper, jade, germanium, elvan, and stone stone 3% by weight or more of mineral powder is added to the reactor, mixed, kneaded, and shaped according to the shape of ashes (jars), and then naturally dried in the shade for about 7 to 15 days depending on the climate. Apply one of the burlap paper to the outside of the ashes. Natural cellulose hanji ashes manufacturing method. In the manufacturing method of the natural cellulose ash box, the cardboard is cut to the size of the ash box, and made into a ash box shape, and then one of the paper, ash paper, and burlap paper is selected and applied to the outer surface of the ash box. Method for producing natural cellulose cardboard ashes. In the manufacturing method of the natural cellulose ash box, the wood is cut to the size of the ash box and then dug into the seam and finished. Natural cellulose paulownia ash box manufacturing method.