KR200369220Y1 - Apparatus of setting grouth butts of the soybean sprout culture cabinet - Google Patents

Abstract

The present invention relates to a cultivation box mounting apparatus of the bean sprouts grower, the collecting groove (2) is formed on one side of the bottom of the bean sprout cultivation box (1) of the siphon tube (3) made of an oval tube on one side of the collecting groove (2) When the water in the collecting groove is drained to the outlet 3b through the inlet 3a of the siphon tube 3, the left and right wit for placing the bean sprouts growing box 1 on the upper and lower stages of the bean sprouts growing machine 4 are placed. Water which is immersed by the water supply means 5 is effective by forming one of the tables 4a and 4b so as to be inclined slightly higher than the other side so that the growing box 1 is inclined toward the siphon tube 3. To be drained.

Description

Planting box placing device of bean sprouts growing machine {APPARATUS OF SETTING GROUTH BUTTS OF THE SOYBEAN SPROUT CULTURE CABINET}

The present invention relates to a device for placing a growing box of bean sprouts grower.

The conventional method of cultivating large quantities of bean sprouts industrially has a sprinkling cultivation method in which the growing boxes are placed in the upper and lower stages of the bean sprouts growing machine, and the water is supplied by cultivating water by spraying water every predetermined time by a sprinkling pipe.

In the sprinkling cultivation method, the sprouting condition of the bean sprouts in the growing box is not uniform because the water supply to the bean sprouts is difficult to be made uniformly. However, a large number of drainage holes are formed at the bottom of the growing box so that the water falls into the draining holes. Less residual water on the bottom and there is an advantage that the air supply through the drain hole.

When water is supplied to the growing box so that the water reaches the predetermined height, the water supply is stopped and the bean sprouts are intermittently submerged by intermittently draining the water through the siphon tube provided in the growing box. There is a submerged cultivation method that grows while being exposed to the air.

The submerged cultivation method has the advantage that it grows uniformly because it supplies enough moisture to the whole bean sprouts of the growing box, so that the high value of the bean sprouts can be grown, while the bottom of the growing box placed horizontally because the water is drained through the siphon pipe. It is difficult to move the water horizontally due to the collection of soybean sprouts that are concentrated in the roots, and therefore, moisture is always left at the bottom of the growing box, so that the bean sprouts roots are easily rotted.

The present invention relates to the immersion cultivation method, the catchment groove is formed on one side of the bottom of the bean sprout cultivation box and the siphon tube is formed of a convex pipe on one side of the catchment groove so that the water of the catchment groove is drained to the outlet through the inlet of the siphon In the above, the left and right mounting bases for placing the bean sprouts growing boxes in the upper and lower stages of the bean sprouts growing machine are formed to be inclined slightly higher than the counterpart so that the growing boxes are inclined toward the siphon tube so that they can be flooded by the water supply means. It is to ensure that the water supplied is effectively drained.

Supplying sufficient moisture to the bean sprouts growing box placed in the upper and lower stages to the mounting stage of the bean sprouts growing machine of the present invention stops the water supply when the water in each box is supplied at the level of the predetermined height. When the water level supplied to the growing box becomes higher than the upper part of the siphon pipe, the water of the growing box is automatically drained through the siphon pipe by the atmospheric pressure, and the water is supplied to the lower tank. When the level of the growing box reaches the bottom, The water collecting action is resistant to the movement of water, but because the bottom of the cultivation box is inclined, the residual water is gradually moved in the direction of the gravity of the water, and is collected to the siphon tube to effectively drain the cultivated water.

Therefore, the soybean sprout roots of the cultivation box is made to be aeration so that the sprouts roots can be cultivated to healthy cultivation of high-value bean sprouts without fear of corruption.

Figure 1 is an illustration of the front of the cultivation box inclined to the bean sprouts grower of the present invention

Figure 2 is an illustration of the same side

Figure 3 is an illustration of the mounting table inclined cultivation box of the present invention

Figure 4 is a plan view showing the movement path of the water of the present invention

[Code Description of Important Parts of Drawing]

1: grower box 2: catchment groove 3: siphon tube

4: planter 4a, 4b: mounting table 5: supplying means

As shown in FIG. 3, a water collecting groove 2 is formed at one side of the bottom surface of the bean sprout cultivation box 1, and a siphon tube 3 is formed as a U-shaped tube at one side of the water collecting groove 2 so that the water of the water collecting groove is formed. As shown in Figs. 1 and 2, the bean sprouts growing box 1 is placed in the upper and lower stages of the bean sprouts growing machine 4, as shown in Figs. 1 and 2, through the inlet 3a of the siphon tube 3. The left and right mounting brackets 4a and 4b are formed to be inclined slightly higher than their counterparts so that the cultivation box 1 is inclined toward the siphon tube 3 so that the water can be flooded by the water supply means 5. The water is effectively drained.

In the drawing, the cultivation boxes of each stage are inclined in a zigzag form in order to shift the position of the siphon tube of the upper and lower cultivation boxes, or the cultivation boxes of each stage may be inclined in one direction as a whole.

In this way, the present invention continues to supply water to the cultivation box (1) of the top of the cultivator (4) at a predetermined water supply rate every predetermined time by the water supply means (5). When the water level is higher than the upper end of the siphon tube 3 because the water is filled in the upper cultivation box, the water of the cultivation box is automatically transferred to the outlet pipe 3b through the inlet 3a of the siphon tube 3 by atmospheric pressure. It is discharged and flowed into the next growing box, and the water is supplied sequentially until the lowest growing box is cooled. Then, when all the water is filled, the water supply is stopped.

As the water supply is stopped and water from each growing box is sequentially drained through the siphon pipe (3) from the top growing box (1), the water level is gradually lowered, and later reaches the bottom of the growing box. As shown in Figures 3 and 4, but the resistance to the movement of the water by the bean sprout roots but because the bottom of the cultivation box is inclined, the water gradually moves in the direction of gravity of the water and the siphon pipe (3) through the collecting groove (2) It is collected to the side and drains effectively.

Therefore, there is almost no moisture at the bottom of the cultivation box, so it can be ventilated to help respiration of the roots of the bean sprouts, thereby preventing the roots from decaying and growing the sprouts healthy.

The present invention is because the growing box of bean sprouts used in the submerged cultivation method is formed to be inclined at a higher and inclined side so that the growing box of the bean sprouts is placed inclined from the planting stand to the side equipped with the Ipon tube. If so, the planting box is inclined so that it can be effectively drained without adding any means to the planting box.

Since there is little moisture remaining on the bottom of the box and the ventilation is smooth, the bean sprout roots can grow healthy without fear of decay.

In addition, the structure of the mounting table tilting the cultivation box is simple, so the facility cost is low and it is easy to use, so anyone can use it conveniently and cultivate a large quantity of high quality bean sprouts with high product value.

Claims (1)

A water collecting groove 2 is formed at one side of the bottom surface of the bean sprout cultivation box 1, and a siphon tube 3 is formed on a side of the water collecting groove 2 so that the water in the water collecting groove is separated from the siphon tube 3. In the drainage to the outlet 3b through the inlet port 3a, one of the left and right mounting tables 4a and 4b in which the bean sprouts growing box 1 is placed in the upper and lower stages of the bean sprouts growing machine 4 is compared with the other side. Formed slightly inclined so that the cultivation box (1) is inclined toward the siphon pipe (3) so that the water soaked by the water supply means 5 is configured to effectively drain the bean sprouts grower Tactile device.