JPH07322761A - Growing apparatus for bean spout - Google Patents

Abstract

PURPOSE:To provide a bean spout-growing apparatus capable of producing uniform quality of bean spouts in which a large chamber is placed in the neighborhood of plural small chambers for growing bean spouts and air is supplied to the small chambers from the large chamber after temperature, etc., in the large CONSTITUTION:This apparatus is provided with plural small chambers 1 for growing bean spouts, each of the small chambers 1 has an openable door 2 and bean spout-growing frames 5 are placed in each of the small chambers 1. The bean spout-growing frame 5 is used for placing raw beans 4 and the frame is provided with wheels. A water-spraying apparatus 6 is placed at a position facing the raw beans 4 in the bean spout-growing frame 5. In the neighborhood of the small chambers 1 for growing bean spouts, a large chamber 11 is placed in which a cooler 9, a heater T, a dehumidifier 8 and a gas supplier 10 are furnished, and the temperature, humidity and gas concentration of the air in the large chamber are adjusted. The large chamber 11 has communicating hole 12 to each of the small chambers 1 and the adjusted air is supplied through the communicating holes 12 to the small chambers 1.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a beech growing apparatus.

[0002]

2. Description of the Related Art Conventionally, there is a bean sprouts growing apparatus for arranging a plurality of bean sprouts in a room to grow bean sprouts. Figure 3
The conventional bean sprouts growing device 101 is shown in FIG. Sealable door
Inside the room 103 equipped with 102, a bean sprouts production frame 105 containing the bean beans 104 is housed, and the bean beans 104 in the bean sprouts production frame 105 are stored.
A sprinkler 106 for sprinkling water is provided in the room 103, a heater 107 for heating the inside of the room 103, a dehumidifier 108 for dehumidifying the inside of the room 103, and a cooler 109 for adjusting the air are provided for the room 103. A gas supply device 110 is provided for supplying ethylene gas used for growing the plant in a short length.

In the chamber 103, a bean sprouts production frame 105 containing the raw beans 104 is housed, and the raw beans 104 are sprinkled by a sprinkler 106 at predetermined intervals. If the door 102 is opened during the work of shipping and preparing bean sprouts, the entire room 103 will be cooled and the gas concentration will also change. It is necessary to raise the temperature of the chamber 103, because if the temperature of the chamber 103 drops, it will be bad for the growth of the bean sprouts. At this time, the temperature rises when the dehumidifier 108 is driven to dehumidify.

[0004] When growing the bean sprouts into a short one, it is necessary to supply ethylene gas from the gas supply device 110 at an appropriate concentration. On the other hand, conventionally, there is a plant in which a plurality of small bean sprouts are arranged to produce the amount of bean sprouts consumed in one day in each small bean sprouts.

[0005]

As described above, the chamber 103
Since it is necessary to adjust the temperature, humidity, or gas concentration inside, it is difficult to maintain the inside of the chamber 103 under the same conditions. In particular, in the case where a plurality of bean sprouts are arranged to produce the amount of bean sprouts consumed in one day in each bean sprouts, the air in each bean sprouts is kept at a constant temperature, humidity and gas concentration. It was extremely difficult to maintain in the same manner as in the large-sized bean sprouts growing room, and as a result, the bean sprouts of a different quality were produced when the production date changed, making it difficult to provide a certain amount of bean sprouts.

[0006]

In view of the above-mentioned circumstances, the present invention has a plurality of small bean sprouts for accommodating a bean sprouts production frame in order to enable the production of bean sprouts of the same quality. A large room was provided in the vicinity of the small growing chambers, and the air whose temperature, humidity or gas concentration was adjusted in the large room was supplied to each small growing chamber.

[0007]

[Operation] A plurality of small bean sprouts are arranged, a large room is provided in the vicinity of the small bean sprouts, and air whose temperature, humidity or gas concentration is adjusted is supplied to each small bean sprouts. Therefore, the air in each small bean sprouts can be adjusted to the same temperature, humidity or gas concentration, and the same quality sprouts can be produced.

[0008]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below in detail based on a specific embodiment shown in the accompanying drawings. 1 and 2
As shown in, a plurality of small bean sprouts 1 are arranged. Each bean sprouts growing room 1 produces only the amount consumed per day.

The bean sprouts growing room 1 is provided with a door 2 that can be opened and closed, and a bean sprouts production frame 5 is accommodated in the bean sprouts growing room 1. The bean sprouts production frame 5 accommodates the raw beans 4 and is provided with the wheels 21, and the bean sprouts 5 containing the source beans 4 are accommodated in the small bean sprouts 1 and the bean sprouts 4 of the bean sprouts production frame 5 are accommodated.
A sprinkler 6 is provided at a position facing to. Although this example describes an example in which the bean sprouts growing chambers 1 are arranged in a line, it is not necessarily limited to ones arranged in a line.

In the vicinity of the bean sprouts growing room 1 in which a plurality of these are arranged, specifically, on the roof or at the bean sprouts growing room 1
Place the large room 11 next to the room. The large room 11 and each bean sprouts small growth room 1 are made to communicate with each other through the communication hole 12, and in this large room 11,
A cooler 9, a heater 7, a dehumidifier 8, and a gas supply device 10 are provided, and a temperature suitable for supplying each of the bean sprouts 1
Adjust and store the air with humidity or gas concentration. The air is supplied to each bean sprouts small growth room 1 as needed.

In each of the small sprouts 1 of the bean sprouts, only the amount consumed per day is produced. Each bean sprouts growing room 1 contains a bean sprouts production frame 5 containing raw beans 4. On the other hand, in the large room 11, a cooler 9, a heater 7,
By using the dehumidifier 8 and the gas supply device 10, air having a required humidity and a required ethylene gas concentration is constantly stored.

On the other hand, in each of the small sprouts 1 of the bean sprouts, the raw beans 4 in the bean sprouts production frame 5 are sprinkled by the sprinkler 6 at required time intervals. At that time, since each bean sprouts 1 is small,
The temperature drops. Air is supplied from the large room 11 to the bean sprouts growing room 1. Alternatively, an opening / closing valve may be interposed in the communication hole 12, and the opening / closing valve may be opened / closed by detecting the air in each bean sprouts growing chamber 1.

The above is carried out for each bean sprouts growing room 1. Therefore, it is possible to supply the air of exactly the same temperature, humidity or gas concentration into each of the bean sprouts growing chambers 1, and it is possible to provide the bean sprouts of the same quality even if the production dates are different.

[0014]

As described above, the present invention has a plurality of bean sprouts growing chambers for accommodating the bean sprouts production frame, and a large room is provided in the vicinity of the bean sprouts growing chamber. Since the air with adjusted gas concentration was supplied to each bean sprouts growing room, the air in each bean sprouts can be adjusted to the same temperature, humidity or gas concentration, and the same quality of bean sprouts can be produced. .

In particular, conventionally, in a case where a plurality of small bean sprouts are arranged to produce the amount of bean sprouts consumed in one day in each small bean sprouts, the air in each small bean sprouts is kept constant. It is extremely difficult to maintain temperature, humidity and gas concentration compared to those in the large room of the bean sprouts, and as a result, when the production date changes, the bean sprouts of a different quality will be provided, providing a certain quality of bean sprouts. Was difficult. On the other hand, according to the present invention, since the air whose temperature, humidity or gas concentration is adjusted is stored in the large room, the sprouts produced in each sprouts growing room can be produced with a constant quality.

[Brief description of drawings]

FIG. 1 is a schematic plan view of a specific example of the present invention.

FIG. 2 is a side view of FIG.

FIG. 3 is a vertical sectional view of a conventional bean sprouts growing chamber.

[Explanation of symbols]

 1 ... Moyashi small growing room 21 ... Wheels 4 ... Raw beans 5 ... Moyashi production frame 6 ... Sprinkler 7 ... Heating machine 8 ... Dehumidifier 9 ... Cooler 10 ... Gas supply device 11 ... Large room 12 ... Communication hole

Claims (1)

[Claims] 1. A plurality of bean sprouts growing chambers for accommodating bean sprouts are arranged, a large room is provided in the vicinity of the bean sprouts growing chamber, and the air whose temperature, humidity, or gas concentration is adjusted is supplied to each bean sprouts. A bean sprouts growing device characterized by being supplied to a small growing room.