JPH0633434U - Plant health equipment - Google Patents

Abstract

(57) [Summary] (Modified) [Purpose] By putting a plant health appliance in the water that is currently in use, the water is changed to mineral water, the molecular group of water is reduced, and a good environment for crops. Cultivated, the crop grows well and grows well, neutralizing the soil. [Structure] Ceramics 2, pearlite powder 3, clay 4 and water are mixed and dried and then kiln-fired or ceramics 2, pearlite powder 3, cement and water are mixed to form a mold. Put it in, remove the formwork before the cement hardens, and let it dry naturally, soak it in water and use it for crops.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention mixes ceramics (alumina, diatom, calcium, iron, zinc, etc.) powder, pearlite powder, clay, and water and mixes them into a bisque-like form, and also makes ceramics, pearlite powder, cement, and water. Mix, mix, put in the form, remove the form before the cement hardens, let it air dry, put the resulting product in pooled water, container water, hydroponic cultivation, spray on crops, or It is related to feeding, sickness, healthy crops, growth promotion, and soil improvement.

[0002]

[Prior art]

 In the past, rainwater, accumulated water, and water were used for crops, and water was given to crops regardless of the above conditions.Especially in summer, accumulated water causes mold to grow. However, the water is perishable because it is stationary, and if spoiled with rotten water, the crop will die due to disease and the water sprinkled from the top of the crop will flow down to the soil. It is difficult to produce crops in a bad condition, and in the greenhouse, the soil is acidified due to over-fertilization with pesticides.

[0003]

[Problems to be solved by the device]

 In the past, water was given to crops without any modification.Especially in the summer, the water was badly rotted, and when it was sprayed on the crops, it became sick. It was difficult to do so, and the soil was acidified. The problem is to prevent water rot and improve the soil.

By dipping the product of the present invention in water, the water is changed to mineral water, and the purpose is to easily prevent water rot and to neutralize acidified soil.

Mix with ceramics, pearlite powder, clay, and water, mix with a kneading machine to make clay, put in a plaster mold, and then dry (natural drying) or dry in a dryer The calcination was performed in a main firing kiln (electric kiln, gas kiln) at a temperature of around 1,000 ° C. By soaking the product of the present invention in water, it promotes the growth of crops and prevents diseases. For piling and soil improvement.

Mix with ceramics, pearlite powder, cement, and water, mix, put in a mold, remove the mold before the cement hardens, let it air dry, collect the finished product in water, put it in a container By soaking in water, the aim is to promote the growth of crops and prevent illness and improve soil.

[0007]

[Means for Solving the Problems]

 The unglazed, cement-hardened ceramics and pearlite powder of the present invention are hard and soaked in water due to their porosity, which absorbs impurities and eats microorganisms, and the far-infrared ceramics transforms water into mineral water. Reduces the molecular population and creates a good environment for crops.

[0008]

[Action]

When the product of the present invention is dipped in pooled water of the present invention (ceramics, containing pearlite powder), cemented and hardened (ceramics, containing pearlite powder), and water in a container, Ceramics and pearlite powder are porous and absorb impurities contained in water, ceramics emit far-infrared rays, water reduces molecular clusters (clusters), and water It becomes mineral water, and by becoming mineral water, water does not easily rot, water becomes clean, and high-order fine ordered structure of water is prepared, unglazed (ceramics, pearlite powder, clay) and cement. When soaked (ceramics, pearlite powder) in water and sprayed or sprayed on crops, germination, growth, flowering, fruiting are fast and the crops grow well even on ordinary water, acidified soil Can be neutralized.

[0009]

【Example】

 Examples will be described with reference to the drawings. Explaining Fig. 1, it is circular and mixes ceramics, pearlite powder, viscous, and water, mixes it with a kneader, puts it in the form of clay, puts it in a plaster mold, and naturally or dries it with a dryer. It was taken out of the mold and made into a bisque-fired state at about 1.000 ° C in the main kiln.

FIG. 2 is a side view of FIG. 1, the sides of which appear the same and the wall thickness is 20 to 50 mm.

Referring to FIG. 3, a circular surface and the same inflection appear, and ceramics, pearlite powder, cement, and water are mixed and mixed, and the mixture is placed in a circular and thick formwork to set the cement. The mold was removed before and it was dried naturally.

FIG. 4 is a side view of FIG. 3, the sides of which appear the same and the wall thickness is 20 to 50 mm.

[0013]

[Effect of device]

 Since the present invention is configured as described above, it has the following effects.

[0014] The unglazed ware (ceramics, pearlite powder, clay) of the present invention and the cement-hardened (ceramics, pearlite powder, cement) are pooled in water, water in a container By changing the water content into mineral water, the molecular clusters of water are made smaller (subdivided), far infrared rays are emitted by the ceramics, and due to the porosity, the impurities contained in the water are removed. It absorbs, decomposes, is hard-bearing, and eats microorganisms, which means that even when it is placed in the summer, the water does not rot easily even if it is stationary, and it does not grow blue mold. Is less susceptible to disease and neutralizes the acidity of the soil.

In the hydroponic culture, the product of the present invention was harvested in 17 days when the product of the present invention was placed in 5 tn of water for the cultivation of beet leaves, but it could be harvested in 22 days in the conventional way.

[Brief description of drawings]

[Figure 1] Ceramics, pearlite powder, clay, and water are mixed, and the shape is a circular shape that is unglazed in a kiln, with holes at the ends.
The front surface and the back surface are the same plan views.

2 is a side view of FIG. 1 with the sides appearing identical.

[Fig. 3] Ceramics, pearlite powder, cement, and water are mixed, mixed, placed in a mold, the mold is removed before the cement hardens, and it is a dry circular shape with holes at the ends.
The front surface and the back surface are the same plan views.

FIG. 4 is a side view of FIG. 3, the sides appearing identical.

[Explanation of symbols]

 A main body (unfired) 1 hole 2 ceramics 3 pearlite powder 4 clay B main body (cemented) 5 holes 6 ceramics 7 pearlite powder 8 cement

Claims (2)

[Scope of utility model registration request] [Claim 1] Clay, ceramics, pearlite powder, and water are mixed and mixed to form a clay, which is put into a circular and thick plaster mold, dried, and then the gypsum mold is removed.
It was bisque-fired at around 0 ° C. [Claim 2] Cement, ceramics, pearlite powder,
Mix with water, mix it into a cement shape (soft), put it in a circular and thick mold, remove the circular and thick mold before the cement hardens, and dry it naturally. is there.