JP2018093856A - Simple hydroponic apparatus for germinated allium sativum - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a simple hydroponic apparatus for easily growing up germinated Allium sativum with high nutritional value into edible one using only a liquid solution without using a liquid fertilizer in about 4 to 6 days.SOLUTION: The present invention is configured that a peeled Allium sativum is inserted into a cutting line cut in the cross arranged on an Allium sativum planting portion 5 so that the side from which a sprout emerges becomes upward, the planting portion consisting of a buoyant material and having a knob, and is mounted on the opening portion of a container 7, a water solution 6 is put in it until a sponge-like plate of the Allium sativum planting portion 5 having a knob immerses in the aqueous solution 6, and then a lid 8 of a greenhouse which promotes growth and has vents e1 to e2 is placed over the opening portion of the container 7.SELECTED DRAWING: Figure 7

Description

        The present invention relates to a simple germinating garlic hydroponic cultivation apparatus that can feed germinated garlic with high nutritional value easily with only an aqueous solution without using liquid fertilizer or large-scale equipment in about 4 to 6 days.

      Conventionally, the apparatus regarding a hydroponic cultivation apparatus is provided.

JP2011-030477

        Patent Document 1 is described as an example because there is no similar germinated garlic hydroponics device. Hydroponic cultivation of germinated garlic has traditionally involved large-scale equipment, and a large aquarium is installed under a shelf where garlic is planted in a greenhouse, and water mixed with nutrients is circulated by a motor. A method of germination taking about 2 to 3 weeks using a light source is the mainstream, and the commercial price of germinated garlic is also higher than other vegetables. An object of the present invention is to provide an apparatus that uses a simple and simple apparatus and germinates and eats the period of time required to eat only with an aqueous solution in about 4 to 6 days.

        Next, means for solving the above problems will be described.

Claim 1 of the present invention is a simple device for floating a garlic bulb in a container containing an aqueous solution to produce germinated garlic with a high nutritional value in a short period of time, so that a piece of garlic bulb can be sandwiched and locked. There are several garlic implants composed of round holes and cross cut lines on a soft sponge-like plate with buoyancy that is rich in shrinkage and water absorption, and an insertion port is formed at both ends of the sponge-like plate. It is composed of two fixed frames which are made of a rigid material having the same shape as the sponge-like plate and are used as a reinforcing material for preventing the deflection of the sponge-like plate, and which are hollowed out in a frame shape. Inserting holes are provided at both ends of the frame, and the fixing frame is connected to the sponge-like plate so that the insertion holes provided at both ends of the sponge-like plate overlap with the insertion holes provided at both ends of the fixing frame. If you stick to both sides of the board The garlic planting part is configured, and further, it is composed of a single plate-like knob part having an insertion part, and the insertion part provided in the knob part is inserted into the insertion opening provided at both ends of the garlic implantation part. And a garlic planting part with a knob, characterized by comprising a knob part.

          A second aspect of the present invention is characterized in that the garlic planting part with a knob according to the first aspect is placed in a container opening containing an aqueous solution, and is further covered with a lid provided with a vent hole. And

          Since this invention is comprised as mentioned above, there exists an effect described below.

          Garlic has a nutritional value several times higher than that of eating garlic itself by germination and has no smell after eating. It is generally sold at a high price as a sproud vegetable.

          There is no large-scale equipment, liquid fertilizer is not used at all, garlic is planted only with tap water, and then it is left alone to germinate in 4 to 6 days. Moreover, it can be cultivated at low cost.

          The garlic planting part has a round hole in a sponge-like plate, and a cross cut line is made from the center point of the round hole, making it easy to plant garlic, and the size of each piece of garlic is different Even so, the sponge can be locked regardless of its size without dropping into the container containing the aqueous solution due to the elasticity and contractibility of the sponge.

          Since the garlic planting part is made of a sponge-like plate, when the garlic is planted, the water contained in the sponge directly touches the garlic, so that the growth is accelerated.

          Detachment from the container is facilitated by attaching a knob to the garlic planting part.

          The garlic planting part with a knob floats in the water, and cultivation is possible as long as the garlic planting part with a knob can be accommodated without limiting the size and shape of the container into which the aqueous solution is placed.

          By covering the opening of the container containing the aqueous solution with a lid provided with a vent, germination of garlic is effective one day earlier than when the lid is not covered.

          The product of the present invention is mainly used in general households to cultivate germinated garlic at a low price, but can be cultivated in a store such as a restaurant or tavern for business use without taking place or trouble, and is inexpensive. Can be provided to customers.

      Although the number of planting parts of the simple germination garlic hydroponic cultivation apparatus of the present invention shown in the drawings is four, it is only an example and is not limited to four, and the number of garlic planting is produced infinitely. It is possible.

      Although it is the shape of the simple germination garlic hydroponic cultivation apparatus of this invention shown in drawing, it is not limited to circular and square shape, It can produce in all shapes.

          The market price of germinated garlic is sold at an average of about 50 yen per bottle, and if the simple germinated garlic hydroponics of the present invention is used, it will be considerably cheaper at about 3 yen per bottle.

          Since the device has a simple structure, it can be provided at low cost.

          The simple germination garlic hydroponic cultivation apparatus of the present invention can be used not only for general household use but also for business use, and is a hydroponic that requires a large amount of capital investment with a conventional large-scale apparatus. If the cultivation apparatus uses the product of the present invention, the conventional investment amount is about one-twentieth, and the profitability of the producer increases. Moreover, since planting is possible only with an aqueous solution, the running cost can be reduced.

Top view of a sponge-like plate into which garlic is inserted. The top view of a fixed frame. The top view of the garlic planting part which fixed the fixed frame to the sponge board. The front view of a knob part. The front view of the garlic planting part which equipped the knob part. The perspective view of the garlic planting part equipped with the knob part. The perspective view of the simple germination garlic hydroponic cultivation apparatus. The perspective view which inserted the garlic in the garlic planting part. The perspective view which is germinating garlic with the simple germination garlic hydroponic cultivation apparatus. The perspective view of the germinated garlic. The top view of the sponge board which inserts the garlic from which a shape differs. The top view of a fixed frame. The top view of the garlic planting part which fixed the fixed frame to the sponge board. The front view of a knob part. The front view of the garlic planting part which equipped the knob part.

          Next, an embodiment of the present invention will be described.

          The configuration of FIG. 1 will be described. In order to be able to insert and lock garlic f1 to f4 in a soft sponge-like plate 1 with abundant shrinkage and water absorption, a number of cut lines a1 to a4 cut into a cross in round holes g1 to g4 are provided. In this structure, insertion holes b1 to b2 are provided at both ends of the sponge plate.

          The configuration of FIG. 2 will be described. It is a hard material having the same shape as the sponge-like plate 1 and is a reinforcing material for preventing the deflection of the sponge-like plate 1. The part has a structure in which insertion openings c1 to c2 are provided.

      The configuration of FIG. 3 will be described. Further, the fixing frame 2 and the fixing frame 2 are further provided so that the fixing frame 2 does not overlap the cut lines a1 to a4 cut in a cross in the circular holes g1 to g4 provided in the sponge-like plate 1. The garlic planting portion 3 has a structure in which the fixing frame 2 is fixed to the front surface and the back surface of the sponge-like plate 1 so that the insertion ports c1 to c2 applied to the top are overlapped.

The configuration of FIG. 4 will be described. The knob part 4 to be attached to the garlic planting part 3 is composed of a single plate, and has a structure in which insertion parts d1 to d2 are provided so that the garlic planting part 3 can be inserted and fixed in the insertion port provided in the garlic planting part 3. Is.

          The configuration of FIG. 5 will be described. It is a garlic planting part 5 with a knob in which a knob part 4 is attached to the garlic planting part 3.

          The configuration of FIG. 6 will be described. It is a perspective view of the garlic planting part 5 with a knob shown in the said FIG.

          The configuration of FIG. 7 will be described. Place the garlic planting part 5 with a knob in the opening part of the container 7 containing the aqueous solution 6, and cover the upper opening part of the container 7 with a lid 8 provided with vents e1 to e2 to obtain the greenhouse effect. It is structured.

      The configuration of FIG. 8 will be described. The state where the peeled garlic f1 to f4 are sandwiched between the cut lines a1 to a4 cut into the cross of the garlic planting part 5 with a knob is shown.

          The configuration of FIG. 9 will be described. Place the garlic planting part 5 with a knob in the opening of the container 7, put the aqueous solution 6 up to the sponge-like part of the garlic planting part 5 with a knob, so that the root part of the garlic f1 to f4 is immersed in water, A simple germination garlic hydroponic cultivation apparatus has a structure in which a lid 8 provided with vents e1 to e2 is placed on the opening of the container 7.

          The configuration of FIG. 10 will be described. It is the germination garlic 9 cultivated with the simple germination garlic hydroponic cultivation apparatus.

          The configuration of FIG. 11 will be described. The shape of the simple germination garlic hydroponic cultivation apparatus shown in FIGS. 1 to 9 is an example of production in a circular shape, and is not limited to a circular shape. The drawings shown in FIGS. 11 to 15 show an example of the production of a quadrangular shape and are different from the shapes shown in FIGS.

1 Sponge plate
2 fixed frame
3 Garlic planting part
4 Knob
5 Garlic planting part with knob
6 Aqueous solution
7 containers
8 lid
9 Germinated garlic
a1 Cross cut line
a2 Cross cut line
a3 Cross cut line
a4 Cross cut line
b1 slot
b2 slot
c1 slot
c2 slot
d1 insertion part
d2 insertion part
e1 Vent
e2 Vent
f1 garlic
f2 garlic
f3 garlic
f4 garlic
g1 round hole
g2 round hole
g3 round hole
g4 round hole

Claim 1 of the present invention is a simple device for floating a garlic bulb in a container containing an aqueous solution to produce germinated garlic with a high nutritional value in a short period of time, so that a piece of garlic bulb can be sandwiched and locked. There are several garlic implants composed of round holes and cross cut lines on a soft sponge-like plate with buoyancy that is rich in shrinkage and water absorption, and an insertion port is formed at both ends of the sponge-like plate. It is composed of two fixed frames which are made of a rigid material having the same shape as the sponge-like plate and are used as a reinforcing material for preventing the deflection of the sponge-like plate, and which are hollowed out in a frame shape. Inserting holes are provided at both ends of the frame, and the fixing frame is connected to the sponge-like plate so that the insertion holes provided at both ends of the sponge-like plate overlap with the insertion holes provided at both ends of the fixing frame. If you stick to both sides of the board N'niku implantation portion is configured further in one plate-shaped, is composed of a knob having a plug portion, the insertion opening provided in the garlic implantable portion both end portions, inserting the insertion portion provided in the knob portion A simple device for making germinated garlic.

Claim 2 of the present invention is that the simplified device for producing germinated garlic according to claim 1 is placed in a container opening containing an aqueous solution, and is further covered with a lid provided with a vent. Features.

Claims (2)

  A simple device that floats a garlic bulb in a container containing an aqueous solution and produces germinated garlic with high nutritional value in a short period of time. In a soft sponge-like plate with buoyancy, several garlic planting parts composed of round holes and cross-cut lines are arranged, and insertion holes are provided at both ends of the sponge-like plate, and the sponge-like plate It consists of two fixed frames made of a hard material of the same shape and used as a reinforcing material for preventing deflection of the sponge-like plate. When the fixing frame is fixed to both surfaces of the sponge-like plate so that the insertion holes provided at both ends of the sponge-like plate and the insertion ports provided at both ends of the fixing frame overlap each other, The implantation part Further, it is composed of a single plate-like knob part having an insertion part, and when the insertion part provided in the knob part is inserted into the insertion opening provided in both ends of the garlic planting part, the knob part A garlic planting part with a knob characterized by comprising. The garlic planting part with a knob according to claim 1 is placed in a container opening containing an aqueous solution and further covered with a lid provided with a vent hole. Simple germination garlic hydroponic cultivation equipment.