CN106489701A - A kind of water of water mustard supports device and preparation method - Google Patents

Abstract

The present invention is a kind of hydroculture device of water mustard, which is characterized in that it comprises an upper floating structure and a bottom pocket nutrient placement structure connected to the lower part of the upper floating structure, and the upper floating structure includes an upper fixed ring, and the upper fixed ring The outer periphery of the upper fixed ring is provided with a floating ball structure, and the outer periphery of the upper fixed ring is provided with a plurality of downstream fixed seats. Rod, the bottom of the upper connecting rod is connected to the bottom pocket nutrient placement structure; the beneficial effect of the present invention is that the method ensures the output of water mustard, the water quality of water mustard breeding waters, and the pollution-free cultivation of water mustard, while having a fast growth rate , low morbidity, high yield, and good quality are suitable for large-scale planting.

Description

A kind of hydroponics device and preparation method of water mustard

technical field

The invention relates to a plant device in water, in particular to a water culture device and a manufacturing method of water mustard.

Background technique

Water mustard is a special edible health-care plant found in the world today. It is an extremely precious seasoning food in the international market, with high prices and great market demand. Due to the special growth conditions of water mustard and the limited places suitable for growing and planting, water mustard products are extremely scarce in the international market. Water mustard not only has a good taste and is rich in nutrients, but also contains various pharmacological effects such as immune regulation, antibacterial, anticancer, and antioxidation.

After the successful registration of "Japanese food" in the intangible cultural heritage of UNESCO in December 2013, Japanese food has become more and more popular all over the world. As one of the indispensable seasonings of Japanese cuisine, wasabi plays an important role.

From the perspective of water mustard itself, it is widely recognized that the rhizomes are freshly ground, processed into powder, and processed into cans. But the leaves of water mustard are also edible, and can also be processed into health food, and the water mustard flower can be extracted into medicine for treating cancer and so on.

There are many research units of wasabi in Japan. Among them, Nagoya University Medical Research Institute has found through clinical research that eating 12.5 grams of mustard a day can promote the regeneration of nerve cells, strengthen memory, improve learning ability, prevent Alzheimer's disease, and enhance bone density. .

The important components of water mustard can activate enzymes in the body, prevent cell aging, and actively inhibit the proliferation of gastric cancer cells.

Also do not have the report of water mustard planting device at present.

Contents of the invention

The purpose of the present invention is to provide a hydroponics device and preparation method of water mustard.

The technical solution adopted by the present invention to solve the technical problems is: a water culture device for water mustard, characterized in that: it includes an upper floating structure and a bottom pocket nutrient placement structure connected to the lower part of the upper floating structure, and the upper floating structure It includes an upper fixed ring, a floating ball structure is arranged on the outer periphery of the upper fixed ring, a plurality of downstream fixed seats are arranged on the outer periphery of the upper fixed ring, a plant blocking block is arranged in the middle of the upper fixed ring, and a plant blocking block is arranged in the middle of the upper fixed ring. The bottom of the fixed ring is also provided with a plurality of upper connecting rods, and the bottom of the upper connecting rods is connected to the bottom pocket nourishment placement structure;

The nutrient placement structure of the bottom pocket is a storage tank with a rectangular bottom and a lower connecting rod on the top, a nutrient storage tank is provided in the storage tank, and a concave mesh layer is provided in the storage tank on the upper part of the nutrient storage pocket , a hollow fastening column is provided in the accommodation grooves on both sides of the nutrient storage tank, and a fastening rod is arranged in the fastening column, and the fastening rod penetrates through the concave mesh layer, and a fixed Anchor body.

A kind of preparation method of the hydroponics device of water mustard, it is characterized in that: comprise the following steps:

1) Fabrication of the upper floating structure:

Production of the upper fixing ring: use polyethylene material injection molding to make a ring-shaped hollow sealing body with a diameter of 30-40 cm and a thickness of 5-8 cm. As the upper fixing ring, use 2-4 20-25 cm long connections The ropes are symmetrically fixed on the upper fixing ring in pairs, and then tied to the upper fixing ring with 1.5-2.0 meters of iron wire, using 2-4 40-50 cm long iron wires; one end is connected with the iron wire fixed on the upper fixing ring, The other end is bent into a circular ring to make the upper connecting rod;

Production of floating ball structure: a hollow ball with a connecting ring with a diameter of 15-20 cm is made by injection molding of polyethylene material.

2) Fabrication of the bottom pocket nourishment placement structure:

Manufacture of nutrient storage pocket: Polyethylene material is used for injection molding to make a rectangular bottom, a lower connecting rod with a ring on the top, and an integrally formed accommodating tank.

The diameter of the bottom of the holding tank is 30-40 cm, and the length of the lower connecting rod is 40-50 cm;

In the middle of the holding tank, use polyethylene material injection molding to make a nutrient placement tank with a diameter of 10-12 cm, and bond a polyethylene material injection molding hollow cylinder with an inner diameter of 4-6 cm in the tank body on both sides of the holding tank. Body plugging column,

3) Final assembly:

Cut a 100-120-mesh filter screen with the same area as the receiving notch, place the nourishment and insert it into the tightening column with a tightening rod whose diameter is smaller than the inner diameter of the hollow cylinder,

The collar of each lower connecting rod is connected with the circular ring of the corresponding upper connecting rod,

Use at least 2 groups of ropes and 2 groups of sinking bodies. The length of the connection between the ropes and the sinking body is 60-75 cm, and one end of the rope is tied to the fixed iron wire of the upper fixing ring.

Then tie a plurality of concave bamboo segments with a length of 4-5 cm and a width of 2-3 cm on the fixed iron wire of the upper fixed ring,

At the same time, 3 metal partitions with a length of 12-15 cm, a width of 25-35 cm, and an aperture of 2-3 cm are fixed in the upper fixed ring as a plant block,

When in use, conduct a water depth test; and adjust the length of the rope and the sinking body. At the same time, test the load-bearing capacity of the upper floating structure and the connection degree of each component. After the test, put it into the plant for planting.

Beneficial effects of the present invention: the method ensures the output of water mustard, ensures the water quality of the water mustard breeding waters, ensures the pollution-free cultivation of water mustard, and has the advantages of fast growth, low morbidity, high yield, and good quality, and is suitable for Large-scale promotion of planting.

The present invention will be described in detail below with reference to the accompanying drawings and embodiments.

Description of drawings

Fig. 1 is a schematic diagram of the structure of the present invention.

detailed description

Embodiment 1, shown in Fig. 1, a kind of hydroponics device of water mustard is characterized in that: comprise upper floating structure and the bottom bag nutrient placement structure that is connected on the bottom of upper floating structure, described upper floating structure comprises an upper fixed Ring 1, a floating ball structure is arranged on the outer periphery of the upper fixed ring 1, and a plurality of downstream fixed seats 2 are arranged on the outer periphery of the upper fixed ring, and a plant blocking block 3 is provided in the middle of the upper fixed ring. The bottom of the fixed ring 1 is also provided with a plurality of upper connecting rods 4, and the bottom of the upper connecting rods 4 is connected to the bottom pocket nourishment placement structure;

The nutrient placement structure of the bottom pocket is a receiving tank 5 with a rectangular bottom and a lower connecting rod 15 on the top, a nutrient placing tank 6 is arranged in the receiving tank 5, and a concave compartment is arranged in the upper receiving tank 5. The mesh layer 7 is provided with a hollow fastening column 8 in the accommodation groove 5 on both sides of the nutrient placement groove 6, and a fastening rod 9 is arranged in the fastening column 8, and the fastening rod penetrates through the concave mesh layer, A fixed anchor body is also arranged on the upper fixed ring. The fixed anchor body includes a rope 10 and a sinking body 11

Embodiment 2, in conjunction with embodiment 1 a kind of manufacturing method of the hydroponics device of water mustard, it is characterized in that: comprise the following steps:

1) Fabrication of the upper floating structure:

Production of the upper fixing ring: use polyethylene material injection molding to make an annular hollow sealing body with a diameter of 30-40 cm and a thickness of 5-8 cm. As the upper fixing ring 1, use 2-4 pieces of 20-25 cm long The connecting rope is symmetrically fixed on the upper fixing ring 1 in pairs, and then tied to the upper fixing ring with 1.5-2.0 meters of iron wire, using 2-4 40-50 cm long iron wires; one end is fixed to the upper fixing ring. The iron wire 16 is connected, and the other end is pressed and bent into a circular ring to make the upper connecting rod 4;

Floating ball structure production: use polyethylene material injection molding method to make a hollow ball 13 with a diameter of 15-20 cm and a connecting ring 12,

2) Fabrication of the bottom pocket nourishment placement structure:

Manufacture of the nutrient storage pocket: polyethylene material is used for injection molding to make a rectangular bottom, a lower connecting rod with a collar 14 on the top and an integrally formed accommodation tank.

The diameter of the bottom of the holding tank is 30-40 cm, and the length of the lower connecting rod is 40-50 cm;

In the middle part of the holding tank 5, the polyethylene material injection molding method is used to make the nutrient placement tank 6 with a diameter of 10-12 centimeters, and in the tank body on both sides of the holding tank, the polyethylene material injection molding with an inner diameter of 4-6 centimeters is bonded. Insertion column 8 of hollow cylinder,

3) Final assembly:

Cut the 100-120 mesh filter screen with the same area as the receiving notch, place the nutrients and insert the tightening rod 9 with a diameter smaller than the inner diameter of the hollow cylinder into the tightening column 8,

The collar of each lower connecting rod is connected with the circular ring of the corresponding upper connecting rod,

Connect with at least 2 groups of ropes 10 and 2 groups of sinking bodies 11, the connection length of the ropes and the sinking body is 60-75 cm, and one end of the rope is tied on the fixed iron wire 16 of the upper fixing ring,

Then a plurality of lengths at 4-5 centimeters, the concave bamboo section of 2-3 centimeters in width are bound on the fixed iron wire 16 of the upper fixed ring,

At the same time, 3 pieces of length are fixed at 12-15 centimeters, width is at 25-35 centimeters, and the aperture is fixed in the upper fixed ring as the plant spacer block 3 at 2-3 centimeters of metal spacer.

When in use, conduct a water depth test; and adjust the length of the rope and the sinking body. At the same time, test the load-bearing capacity of the upper floating structure and the connection degree of each component. After the test, put it into the plant for planting. ,

The above descriptions are only preferred embodiments of the present invention, and all equivalent changes made according to the scope of the claims of the present invention shall fall within the scope of the claims of the present invention.

Claims (2)

1. a kind of water of water mustard supports device, it is characterised in that：Including upper floating structure and it is connected to upper floating structure bottom Bottom pocket nutriment displacement structure, described upper floating structure includes a upper retainer plate, arranges ball float in the periphery of upper retainer plate Structure, is provided with multiple following current fixed seats in the periphery of upper retainer plate, is provided with plant barrier block in the middle part of described upper retainer plate, described Upper retainer plate bottom be additionally provided with multiple upper connecting rods, upper connecting rod bottom connection bottom pocket nutriment displacement structure；

Described bottom pocket nutriment displacement structure is one in bottom rectangle and top is provided with the holding tank of lower connecting rod, in holding tank In be provided with nutriment standing groove, place in the holding tank on pocket top in nutriment and be provided with a matrix filter layer, in nutriment standing groove two Be provided with the holding tank of side hollow be seated post, be seated in post to be provided with and be seated rod, the described rod that is seated through matrix filter layer, Fixed anchor body is additionally provided with upper retainer plate.

2. the preparation method that a kind of water of water mustard supports device, it is characterised in that：Comprise the following steps：

1）The making of upper floating structure：

The making of upper retainer plate：Diameter is made in 30-40 centimetre, thickness at 5-8 centimetre from polythene material injection molding manner Annular hollow seal, as upper retainer plate, with the connection rope of 2-4 20-25 centimeter length be symmetrically fixed on two-by-two upper solid On fixed circle, then tied up on upper retainer plate with the fixed iron wire of 1.5-2.0 rice, with the iron wire of 2-4 40-50 centimeter length；One end with The fixed iron wire connection that upper retainer plate is fixed, the other end are bent into annular and make upper connecting rod；

Floating ball structure makes：Spheroid of the diameter in 15-20 centimetre of hollow belt connection ring is made with polythene material injection molding manner,

2）The making of bottom pocket nutriment displacement structure：

The making of pocket placed by nutriment：Make from polythene material injection molding manner that bottom is rectangular, top is provided with the collar Lower connecting rod and integrally formed holding tank,

The diameter of trench bottom is accommodated at 30-40 centimetre, the length of lower connecting rod is at 40-50 centimetre；

In the middle part of the holding tank bonding polythene material injection molding manner make diameter 10-12 centimetre nutriment standing groove and In the cell body of holding tank both sides, bonded polyethylene material injection shaping internal diameter is seated post in 4-6 centimetre of hollow circular cylinder,

3）General assembly：

The system of cutting and the filter screen of holding tank mouth area identical 100-120 mesh, are less than hollow circular cylinder with diameter after placing nutriment The rod that is seated of internal diameter be seated in and be seated in post,

The collar of each lower connecting rod is connected with the annular of corresponding upper connecting rod,

At least it is attached with 2 groups of ropes, 2 groups of heavy bodies, the connecting length of rope and heavy body is at 60-75 centimetre, and the one of rope End is tied up on the fixed iron wire of upper retainer plate,

Again multiple length are tied up on the fixed iron wire of upper retainer plate in 2-3 centimetre of matrix bamboo section in 4-5 centimetre, width,

Simultaneously 3 block lengths are fixed in 2-3 centimetre of metal filter in 25-35 centimetre, aperture in 12-15 centimetre, width solid As plant barrier block in fixed circle,

Depth of water test is carried out during use；And the length of rope and heavy body is adjusted, while the test of floating structure carrying force is carried out, And the test of all parts Connected degree, plant is put into after test to be planted.