JPH05199817A - Bean sprout production plant - Google Patents

Abstract

PURPOSE:To provide the subject durable plant having the following advantages: (1) its construction can be accomplished in an period as short as possible; (2) quickly responsive to suddenly developed bean sprouts' demand; (3) capable of adequately controlling temperature and humidity, etc., in closed plant space; (4) softwares for bean sprout production is sufficiently applicable. CONSTITUTION:The objective bean sprout production plant can be realized by the following method: a building 2 to hold planarly arranged bean sprout- producing frames 1 is constructed in a prefabricated system using thermal insulating boards 3 processed in advance, the floor surface is equipped with drainage conduits, and a sprinkler 6 is provided, in the building, so as to be movable above the frames 1.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a Moe production factory which can be constructed in a short period of time.

[0002]

2. Description of the Related Art A conventional Moe production factory is provided with a drainage groove on the floor surface of a building and a sprinkler movably installed above the building. Moe is made by soaking beans in water and sprouting. At the Moe production plant, the temperature and humidity inside the plant are controlled, and a sprinkler is used to produce water by showering at appropriate times.

[0003]

By the way, it took several months for the Moe production factory to be constructed, and it was not possible to immediately meet the sudden demand. Moreover, in order to produce good MOE, in addition to controlling temperature and humidity, dehumidification and intake / exhaust in the MOE production factory are required, and in addition, disturbance of the air in the factory is required.
Furthermore, in order to produce thick moe, ethylene gas must be supplied, but in either case, the conventional moe production plant with many gaps could not be sufficiently controlled, and it was difficult to produce the desired moe. .

In addition, there have been many points in which the software for producing moe such as what temperature and humidity are used to produce good moe and the time interval of water sprinkling has not been sufficiently clarified. Furthermore, the wall materials used in the Moe production factory, which has high humidity, had many problems in terms of durability.

Furthermore, recently, especially thick moe is preferred,
Ethylene gas is supplied to the breeding, but it is difficult to produce it unless it is an airtight production plant.

[0006]

Therefore, in view of the above circumstances, the present invention is capable of immediately responding to a sudden demand, and sufficiently controls temperature, humidity and the like in a closed factory. In order to apply the Moe production software and to have a durable Moe production plant, the building that houses the Moe production frames arranged in multiple planes uses a pre-processed heat insulating plate. It was built as a prefabricated building and has a drainage ditch on the floor, and a sprinkler installed inside the building so that it can move above the moe production frame.

[0007]

According to the present invention, since the building for housing the Moe production frames arranged in a plane is built by the prefabricated method using the heat insulating plate which has been processed in advance, the Moe factory can be immediately constructed. Can produce good quality Moe.

[0008]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in detail below based on specific embodiments shown in the accompanying drawings. FIG. 1 is a plan view of a Moe production factory. A plurality of Moe production frames 1 with moving wheels for putting soybeans are arranged in a plane (24 units in this example), and a building 2 accommodating the Moe production frames 1 is processed in advance, for example, the thickness Pre-fabricated construction is done using a 40mm heat insulating plate 3.

The prefabricated system referred to here is one in which constituent members are processed in advance so that they can be easily assembled in a factory, and the members can be carried to an installation place for immediate assembly. In addition, the building 2 of the Moe production factory has a ceiling that surrounds it, and a door 5 that opens and closes the entrance 4 is provided slidably. The building 2 is lined with a stainless steel plate.

Further, although not shown, the floor surface in the building 2 is appropriately provided with a drainage groove. In addition, a sprinkler 6 that moves to the left and right in the figure above the moe production frame 1 in the building 2 is provided, and in front of the sprinkler 6, a watering can 7 that is slightly shorter than the entire width of the building 2 is provided. A hose 8 is connected to the rear of the machine 6 to supply water. The temperature and humidity in the building 2 are automatically controlled, and
The watering by will also be set by a timer, which is convenient for raising Moe. The inside of the building 2 can be optionally air-conditioned in a closed state, dehumidifying and sucking and draining water, disturbing air and supplying ethylene gas.

In this Moe production factory, the temperature and humidity inside the building 2 are automatically controlled, the water sprinkler 6 is driven according to the set timer, and the water supplied from the hose 8 is sprinkled from the watering can 7 to generate water. The soybeans housed in the production frame 1 are sprinkled and sprouted to grow sprouts. While the sprinkler 6 passes through the passageway in the middle of the building 2, the sprinkling from the watering can 7 is interrupted.

The door 5 is in a closed state when the moe is produced in this moe production factory, and the door 5 is opened when the produced moe is taken out. This Moe production factory building 2 is built in a prefabricated manner using pre-processed heat insulating plates 3, so a small Moe factory can be built in a few days, and even a large Moe production factory Build in about a day.

When producing in the Moe production factory of the present invention for 8 days, since 24 Moe production frames are used, it is possible to ship 3 frames per day. If one box holds 200 kg of Moe, three boxes can produce 600 kg of Moe.

[0014]

As described above, according to the present invention, a building containing a plurality of Moe production frames arranged in a plane is constructed by a prefabricated method using a heat-insulating plate which has been processed in advance, and the floor is drained. Since it is a Moe production factory that has a groove and a water sprinkler that can move above the Moe production frame in the building, the Moe production factory can be rushed to respond to sudden demand. ..
In addition, since this Moe production factory builds a prefabricated building, the construction period is shorter and it can be manufactured at lower cost than the conventional Moe production factory.

Moreover, according to the present invention, since the stainless plate is lined on the inner surface of the building, the durability is sufficiently excellent. Further, in the present invention, since the Moe production factory is hermetically sealed by the prefabricated method, temperature and humidity can be controlled, and dehumidification and intake / exhaust in the Moe production factory are possible. It can be disturbed, and in addition, ethylene gas can be supplied to produce thick moe.

Moreover, since the software for producing moe such as temperature, humidity and sprinkling time has been sufficiently clarified to produce good moe, good moe can be produced by applying it to the moe production factory. In addition, the present invention can easily provide an airtight Moe production factory, so that it is extremely easy to produce thick Moe, which has recently been in great demand.

[Brief description of drawings]

FIG. 1 is a plan view showing a specific embodiment of the present invention.

[Explanation of symbols]

 1 ... Moe production frame 2 ... Building 3 ... Insulation plate 4 ... Doorway 5 ... Door 6 ... Sprinkler 7 ... Watering can 8 ... Hose

Claims (1)

[Claims] 1. A prefabricated building that uses a pre-processed heat insulating plate to build a building that houses a plurality of Moe production frames arranged in a plane, has a drainage groove on the floor, and has Moe production inside the building. Moe production plant with a sprinkler that can move above the frame.