CN2760029Y

CN2760029Y - Micropore ceramic ball for comprehensive regulation and control of vegetation

Info

Publication number: CN2760029Y
Application number: CN 200420098062
Authority: CN
Inventors: 梁金生; 梁广川; 王家胜; 魏成章; 刘强
Original assignee: ZIBO BONA SCIENCE AND TECHNOLOGY DEV Co Ltd
Current assignee: ZIBO BONA SCIENCE AND TECHNOLOGY DEV Co Ltd
Priority date: 2004-12-06
Filing date: 2004-12-06
Publication date: 2006-02-22
Anticipated expiration: 2014-12-06

Abstract

The utility model relates to a microporous ceramic ball for comprehensive regulation and control of plant growth, which belongs to the field of microporous ceramic. The utility model comprises a ball body of an irregular shape and is characterized in that the ball body is composed of a ball core with composite structure and a tightly connected sintering type outer shell; the ball core with composite structure has composite microporous structure randomly combining the dense structure with the non-dense structure; the sintering type outer shell has microporous structure, fertilizer particles are adsorbed in micropores of the sintering type outer shell. The utility model having an antisepsis function can effectively kill various bacteria, automatically regulate the soil moisture, release the far infrared ray to promote the growth of root systems of the plant and the flower and effectively slowly release nutritive materials, such as nitrogen, phosphorus, kalium, etc. and tiny mineral elements, such as boron, cuprum, ferrum, manganese, molybdenum, zinc, etc.; thereby, the utility model is good for the growth of the flower or the plant. The utility model can be widely applied to the cultivation and plantation field of high-grade or precious flowers and plants.

Description

Plant-growth comprehensive regulation micropore ceramic ball

Technical field

The utility model belongs to the micropore ceramics category, is specifically related to a plant growth comprehensive regulation micropore ceramic ball.

Background technology

Open day February 28 calendar year 2001, application number 00124697.6, name is called " preparation method of foam ceramic spherulite ", discloses a kind of industrial waste that utilizes, broad-spectrum filtration medium.

Open day on January 22nd, 2003, application number 02125487.7, name is called " multifunctinoal health ceramic material and its production and use ", a kind of natural inorganic mineral material that utilizes is disclosed ... preparation can activate, purify water, antibiotic, the multifunctinoal health ceramic material of release of trace elements and raising plant seed germination rate.

The continuation of the utility model on above-mentioned two prior art bases improves.

The utility model content

Goal of the invention of the present utility model is to continue on the basis of existing technology to improve, and develops a plant growth comprehensive regulation micropore ceramic ball.

The utility model is implemented by following technical solution: develop a plant growth comprehensive regulation micropore ceramic ball, comprise that its profile is erose globoid, is characterized in that: globoid is made of the ball core of composite structure and the sintered type shell that connects airtight;

The ball core of described composite structure is the composite microporous structure that dense structure-non-dense structure makes up at random;

Described sintered type shell has microvoid structure, is adsorbed with the fertilizer particulate in its micropore.

The ball core of above-mentioned composite structure, its dense structure-non-dense structure makes up at random, is meant that vitreous state (Vitreous state) mixes with sintered state (Sintering) and/or the combination at random of fusion, and its micropore is tridimensional network, lack of alignment, partial closure cuts off between its micropore;

The ball core of above-mentioned composite structure, its micropore have at least a passage to communicate with the micropore of sintered type shell;

Above-mentioned sintered type shell, each micropore has a plurality of branched bottoms, alternate intercommunicating between its micropore;

Above-mentioned sintered type shell, its micropore have at least a passage to communicate with the globoid outside surface.

The utlity model has following advantage:

1. antibacterial is efficiently killed various bacteriums;

2. regulate soil humidity automatically;

3. nutritive substances such as high-efficiency sustained-release nitrogen, phosphorus, potassium;

4. radiation infrared, promote flowers or plant-growth;

5. discharge mineral elements such as trace B, copper, iron, manganese, molybdenum, zinc, help the growth of flowers or plant.

Description of drawings

Fig. 1 is the utility model partial schematic sectional view;

Fig. 2 is the local cross-sectional schematic of amplifying of the A portion of Fig. 1.

Embodiment

The utility model globoid is to be made of compound ball core and sintered type shell; Show in the accompanying drawing, the 1st, the sintered type shell, the tool microvoid structure, each micropore has a plurality of branched bottoms, alternate intercommunicating between its micropore; The 2nd, the ball core of composite structure, vitreous state (Vitreous state) mix with sintered state (Sintering) or the combination at random of fusion, and its micropore is tridimensional network, lack of alignment, between its micropore mutually sealing cut off; Its micropore has at least a passage to communicate with the micropore of sintered type shell; The 3rd, ball core and shell connect airtight the bonding surface of portion; The 4th, the fertilizer particulate that adsorbs in shell 1 micropore.

With the glass cullet powder, fine coal ashes, light calcium carbonate powder, cmc soln, multifunctinoal health ceramic material and pore former mixing, granulation; Evenly adhere to one deck wilkinite micro mist on the surface that becomes class sphere " nuclear " and make " base ball ";

The micropore ceramics spherolite is made in " base ball " drying-sintering, autogenous grinding-steps such as washing-acid activation;

The micropore ceramics spherolite is immersed in the fertilizer solution of the nitrogen contain desired concn, phosphorus, potassium, behind the spherolite adsorption fertilizer solution, dry, promptly make plant-growth comprehensive regulation micropore ceramic ball finished product of the present utility model.

The utility model finished product can be used as base manure, the use of topdressing, and can be sprinkling upon soil surface, or circulating application around plant root, spread manuer in holes, the limit executes, or mixes the back use with soil or other media.

In application, the utility model in soil or other media, its can be slowly the mineral element that needs of the multiple flowers such as boron, copper, iron, manganese, molybdenum, zinc of stripping trace; And the nutritive ingredient of the needs have antibiotic, biocidal efficacies and supply the vegetation period.

Its adsorbed fertilizer can discharge lentamente according to the temperature and humidity of soil, offers the continual fertilizer supply of flowers; Effect is continuous and effective with the growth of flowers, can use repeatedly, and the release of nutrient, moisture content and element and the demand of plant can be consistent basically.

The utility model can adsorb the moisture in soil or other media with after soil or other media mix; When the moisture content of this soil or medium reduced, the utility model can slowly release the moisture content of having stored, regulates the humidity of soil or medium automatically.

Through many kinds flower culture, on probation, produce a desired effect, can be widely used in various top grades or rare flower/cultivation of plants or field of planting.

Claims

1. a plant growth comprehensive regulation micropore ceramic ball comprises that its profile is erose globoid, is characterized in that:

Globoid is made of the ball core of composite structure and the sintered type shell that is coated on outside it;

The ball core of its described composite structure is the composite microporous structure that dense structure-non-dense structure makes up at random;

Its described sintered type shell has microvoid structure;

Be adsorbed with the fertilizer particulate in its micropore.

2. according to the described plant-growth comprehensive regulation of claim 1 micropore ceramic ball, the ball core that it is characterized in that described composite structure, its dense structure-non-dense structure makes up at random, be meant that vitreous state mixes with sintered state and/or the combination at random of fusion, its micropore is tridimensional network, lack of alignment, partial closure cuts off between its micropore.

3. according to the described plant-growth comprehensive regulation of claim 1 micropore ceramic ball, it is characterized in that the ball core of described composite structure, its micropore has at least a duct to communicate with the micropore of sintered type shell.

4. according to the described plant-growth comprehensive regulation of claim 1 micropore ceramic ball, it is characterized in that described sintered type shell, each micropore has a plurality of branched bottoms, alternate intercommunicating between its micropore.

5. according to the described plant-growth comprehensive regulation of claim 1 micropore ceramic ball, it is characterized in that described sintered type shell, its micropore has at least a passage to communicate with the globoid outside surface.