JP3196007U - Soil that absorbs and discharges moisture - Google Patents

Abstract

[PROBLEMS] A large amount of calcium and minerals contained in ancient shell fragments, carcasses of cocoons, etc. are contained in marine sediments in Okinawa Prefecture, and plants are grown using this calcium and minerals. Provide cultivatable soil. SOLUTION: In order to effectively use marine sediment cuttlefish, the cuttlefish is processed into a solid or mixed with seaweed mozuku and then processed into a solid and then heated at a low temperature. Processed into new soil that contains a large amount of calcium and minerals in the carcass. This Kucha has a high moisture absorption rate and moisture retention, and can be used for agriculture in the Kashiwa region. In addition, when Kucha is heated at high temperatures, numerous cavities are formed in the solid, and these cavities are used to purify polluted water in rivers and water in recreation areas. [Selection] Figure 3

Description

The present invention relates to processing of soil deposited on the seabed.

The soil in Okinawa is jargar. Shimajiri merge. Kunigami merger. It consists of marine sediments, etc., but marine sediments are mainly distributed in the central and southern parts of the main island of Okinawa.

Marine deposits are fine-grained soils made of peat deposited on the ocean floor, and are gray or blue-gray soils.

Marine deposits are soils that have risen above the ground after sediment deposited from the mainland of China millions of years ago is deposited on the seabed.

Marine sediment cuttlefish contains abundant calcium carbonate and minerals such as shell fossils and carcasses, and when heated at low or high temperatures, it turns reddish brown.

The marine sediment cuta has a high water absorption rate, but is a soil that does not retain water and dries quickly as soon as sunshine continues, and is not suitable for growing plants.

Marine sediments have moisture of 20-40% and specific gravity of 270-280, and soften as soon as they contain moisture. It repeats water absorption and drying, so it is easy to collapse, and it is a very dangerous soil that causes landslides during disasters such as heavy rains, causing disasters.

Marine sediment Kucha is soil that is unsuitable for plant growth and does not grow weeds.
In order to improve this soil into soil where plants can be cultivated, it is mixed with seaweed mozuku, then processed into a solid and heated to become water-retaining soil.

The seaweed mozuku is 90% water. When moisture is removed by drying Mozuku, it is dried to 1/25 of its original weight. That is, 1 kilogram of mozuku is dried to 40 grams, and when moisture is added to the dried mozuku, it immediately absorbs moisture and returns to its original 25-fold amount.

In addition to dietary fiber, seaweed mozuku contains an antibacterial substance called fucoidan. As a result of analysis at the Japan Food Analysis Center, fucoidan is a type of fucoidan in 100 grams of mozuku powder. Of 24.2 grams.

Marine sediments are water-absorbing, but soils that do not have water retention properties that harden as soon as they dry. When dried mozuku with a high water absorption rate is mixed with this cuttlefish, it is processed into water-retaining soil, and using this soil makes it possible to grow plants on dry land.

It is mixed with marine sediment cuttlefish or seaweed mozuku and processed into a solid, then heated at low temperature, and processed into a soil where plants can be grown.

When cultivating plants in areas with low rainfall, if plants are mixed with water in the soil mixed with marine sediments and seaweed mozuku, the plants should be cultivated without supplying water for 3-4 weeks. Is possible.

The inventor heats a marine sediment cuta or mixes seaweed mozuku into a solid and then heats it at a low temperature (100 to 200 degrees) to process it into water-retaining soil. Furthermore, marine sediment cuts are processed into solids and then heated at a high temperature (900 to 1,000 degrees), and then processed into soil containing calcium carbonate and minerals. Aki has devised processing using calcium carbonate and minerals in this cavity into soil that purifies contaminated water in rivers and recreation areas.

November 7, 2005 Patent No. 3735839 (patent expired November 2008) Method for producing dried mozuku

Japan Food Analysis Center, Analytical Test Report, December 20, 2002, No. 402120117-001 Okinawa Prefectural Environmental Science Analysis Center, Analytical Test Report June 21, 2005 No. 2005-B00921-01

Abnormal weather occurs every year on the earth, and droughts such as floods and sunshine continue. In particular, the occurrence of drought has caused great damage to the cultivation of rice and wheat as a staple food, and people are suffering from hunger and lacking in food and drinking water.

Even in Japan, floods and droughts have occurred in various places, but droughts greatly affect the growth of plants, and consumers are confused by lack of daily vegetables.

Japan's agriculture is rice and wheat by cultivating fields. The method of cultivating vegetables is the mainstream. In recent years, hydroponics that cultivates vegetables without using soil has been developed.

Means to solve the problem

In recent years, methods of cultivating vegetables in a house and hydroponics using containers have been actively implemented. The great advantage of hydroponics is that the producer can stably produce vegetables and ship them to the market without depending on the season and weather rather than growing vegetables in the field.

Hydroponics is mainly cultivated mainly on “leaf vegetables”, but current hydroponics is limited to some leaf vegetables, and the cultivation of “root vegetables” is still mainly in open field.

In order to cultivate root vegetables in the house, soil with good water absorption and water discharge is required, and inorganic chemical products having water retention capacity are used as a substitute for soil for cultivation of root vegetables and the like. Instead of this chemical product, we use a soil that has been processed from highly absorbed marine sediment cuttlefish.

Effect of device

When marine sediment cuttlefish are heated at low temperatures, it absorbs moisture and processes it into water-retaining soil. When plants are grown in this soil, shellfish fragments, carcass dead bodies, calcium carbonate, minerals, etc. Hydroponic cultivation using the nutrients of the plant becomes possible. Moreover, when the soil which mixed the seaweed mozuku with this kucha is used, the fucoidan contained in the mozuku has an effect of increasing the growth of the plant.

It is mixed with marine sediment cutlet and seaweed mozuku and processed into a solid, then heated at a low temperature (100 to 200 degrees) to process water-absorbing soil. Growing vegetables in a house or container using this soil makes it easier for producers to manage water and nutrients and to produce vegetables and root vegetables efficiently, regardless of the weather. The economic effect is great.

Vegetables are cultivated in a soil that has been heat-treated at a low temperature, mixed with marine sediment cuttlefish or mozuku, but the cuttlefish that has been processed into a solid decays several years later and returns to soil containing calcium carbonate and minerals .

When marine sediment cutlets are processed into individual pieces and heated at high temperatures, the individual has numerous and innumerable cavities. Utilizing this cavity, calcium carbonate and minerals contained in the individual have the effect of removing water contaminants and purifying the water.

FIG. 1a is a substitute photograph of a drawing showing a marine sediment cutout as a raw material.
(Example 1) FIG. 1b is a substitute photograph of a drawing in which marine sediment cuts and mozuku are mixed.
(Example 2)
FIG. 1c is a substitute photograph of a drawing showing a method of mixing marine sediments and mozuku into a solid. Example 3
FIG. 1d is a substitute photograph of a drawing showing a solid heated after mixing marine sediments and mozuku into various solids. Example 4

The marine sediment kucha, which is the Okinawan soil, has so far only been processed into pottery and tiles as pottery. Marine sediments contain ancient shell fragments and carcasses, and are rich in calcium carbonate and minerals. By mixing dietary fiber and mozuku with anti-cancer activity with this cuttlefish, you can plant a cuttlefish that has not been useful so far, and if it is processed into soil with water retention capacity, hydroponic cultivation and root vegetables are grown Reborn as soil and exerts excellent effects.

It contains marine sediments and ancient shells and carcasses, and is rich in calcium carbonate and minerals. When this kucha is processed into a solid and heated at a high temperature (900 to 1,000 degrees), the heated kucha will have numerous cavities containing calcium carbonate and minerals, and this cavity will be used to purify contaminated water in the river It is processed into an individual.

Process the marine sediment kucha mass into powder for use in field soil.

After mixing marine sediment kucha and seaweed mozuku into a solid, it is then processed into soil for plant cultivation.

It is mixed with marine sediments and seaweed mozuku, processed into a solid, heated at low temperature and processed into individual soil.

After processing marine sediment kucha into a solid, it is heated to high temperature and processed into soil to purify water.

Marine sediments have been treated as harmful and useless soil until now, but they effectively use the fragments of shellfish and carcasses that are contained in Kucha. When this kucha is processed into an individual and heated at a low temperature and mixed with the field soil, it can be processed into natural soil where microorganisms and insects grow.

When marine sediments are processed into solids and heated at high temperatures, countless cavities open, and in these cavities, calcium and minerals are dissolved in ancient shell fragments and carcasses. When you use the carcass of the. Purify the water quality of contaminated rivers and recreation areas.

a Prepared soil kuku lump b Mix prepared soil kukua powder and mozuku.
c Prepared soil kukua powder and mozuku are mixed and processed into a solid, and then heated at a low temperature (100 to 200 degrees).
d After processing the prepared soil kucha into a solid, it is heated at a high temperature (900 to 1,000 degrees).

FIG. 1 is a substitute photograph of a drawing showing the marine sediment of the raw material. Example 1 FIG. 2 is a substitute photo of a drawing in which raw material marine sediments and mozuku are mixed. (Example 2) FIG. 3 is a substitute photograph of a drawing showing a method of mixing raw marine sediment cutlet and mozuku into various spherical solids. (Example 3) FIG. 4 is a substitute photograph of a drawing showing a solid heated at a low temperature or a high temperature after mixing raw marine sediments and mozuku into various spherical solids. Example 4

Claims (2)

Soil mixed with marine sediments and seaweed mozuku, processed into solids and then heat-treated at low temperature. Soil that has been processed from a marine sediment to a solid and then heat-treated.