KR200407679Y1 - Agricultural pruducts storage house humidification system - Google Patents

Abstract

The present invention relates to a agricultural product storage humidification system, and more specifically, the tank water is injected into the humidification unit through the nozzle or the nozzle of the injector to flow down, and the flowing water and the absorbed air crosses the water to the air. It is related to the agricultural product storage humidification system that allows the moisture to be supplied to the agricultural product storage through a blower to the agricultural product storage.

The present invention maintains a constant humidity of the reservoir, and since the water droplets do not mix in the air, the water droplets in the air do not condense and fall into the agricultural products so that the agricultural products do not decay or deteriorate, and without supplying special water from outside There is an effect that can control the humidity of the reservoir with water, there is an effect that can be installed in the existing agricultural storage without reducing the loading efficiency.

Produce, storage, humidification, humidity, conditioning

Description

Agricultural product storage humidification system {AGRICULTURAL PRUDUCTS STORAGE HOUSE HUMIDIFICATION SYSTEM}

1 is an overall system schematic diagram in one embodiment according to the present invention;

Figure 2 is a detail view of the eliminator in one embodiment according to the present invention.

*** Explanation of main parts of drawing ***

10.Tank 12.Water line

20. Sterilizer 30. Injector

32. Nozzle 34. Water sprayed

40. Humidifier 50. Eliminator

60. Blower 62. Inductor

The present invention relates to a agricultural product storage humidification system, and more particularly, the tank water is injected into the humidifying unit through the nozzle or the nozzle of the injector to flow down, and the flowing water and the absorbed air crosses the water to the air. The present invention relates to a agricultural product storage humidification system which allows moisture to be absorbed and supplied to the agricultural product reservoir through a blower to the agricultural product reservoir, thereby keeping the humidity of the storage constant and preventing water from being rotted or deteriorated by preventing water droplets from mixing in the air.

Korean Utility Model Publication No. 20-1999-0008087 (published on Feb. 2, 1999) discloses an industrial humidifier equipped with an external air suction duct. However, in the public utility model, an ultrasonic humidifier is installed in order to humidify and finely disperses water by using ultrasonic waves, and connects it to an external air suction duct so that the ultrasonic humidifier includes humidification by containing fine water droplets in the air. Is disclosed.

However, the industrial ultrasonic humidifier equipped with the conventional external air suction duct has a disadvantage in that it is difficult to be applied to agricultural product storage where external air is not substantially introduced by using the external air suction duct. By staying in the atmosphere and entangled with each other and falling on the agricultural products, there was a problem such that a part of the agricultural products touched by water droplets decayed, or bacteria or molds propagated.

The present invention is to solve the problems of the prior art as described above, by spraying the water of the tank to the humidifying unit flows through the nozzle or the injection port of the injection device to flow down, and the humidified air from the humidifying unit is sprayed water It is an object of the present invention to provide a agricultural product storage humidification system by inhaling and discharging it into a agricultural product storage, thereby maintaining a constant humidity of the storage and preventing water droplets from mixing in the air so that the agricultural products do not decay or deteriorate.

Agricultural product storage humidification system according to the present invention,

A tank for storing water for humidification, a water supply pipe for supplying external water or air conditioner condensate to the tank, an injection device for receiving water from the tank from one side and spraying water to a nozzle or a nozzle formed in the other side; And a humidifier formed to contain a nozzle or an injection port of the injector, and a blower positioned at an upper portion of the humidifier to suck air humidified by the humidifier and discharge the air to the produce storage.

The humidifying part is made of a material having a waterproof function, and the upper and lower sides of the prismatic pillar shape, or one side of the prisms open side is preferably open to the wall surface of the agricultural product storage.

It is preferable to further have a sterilization device interposed between the tank and the injector to electrolyze and sterilize the water flowing from the tank.

The humidifier is preferably filled with an eliminator (eliminator) to remove the fine droplets.

The tank is further equipped with a heater for heating the water, it is preferable to raise the water temperature by heating when the temperature of the water falls below the prescribed temperature.

Hereinafter, with reference to the drawings will be described in detail. However, these drawings are for illustrative purposes only and the present invention is not limited thereto.

1 is an overall system schematic diagram of an embodiment according to the present invention.

Referring to Figure 1, the agricultural product storage humidification system according to the present invention, the tank 10, the sterilization device 20, the injection device 30, the humidifier 40, a blower device (60).

The water supply pipe 12 is connected to the tank 10, and when the water in the tank 10 is insufficient by the water supply pipe 12, water is supplied.

The water supply pipe 12 may be a ball tap (not shown) to open and close the valve (not shown) of the water supply pipe 12 when the water in the tank 10 is insufficient, the tank 10 of the water to prevent the overflow If the quantity exceeds a certain level, a drain valve may be installed to discharge it.

The sterilizer 20 serves to sterilize the water in the tank 10. Sterilization apparatus 20 may continue to circulate and sterilize the water in the tank 10, and after the sterilization by taking out the water of the tank 10, and connected to the injection device 30 ultimately to the humidifier 40 It can also be reached.

The sterilization apparatus 20 may be sterilized by applying voltage / current to water, and sterilization using various known methods such as injecting ozone or irradiating ultraviolet rays.

In the present invention, the sterilization apparatus 20 is preferably used to sterilize the electrolytic sterilization of water by a septum.

The injector 30 is connected to the sterilizer 20 to transfer the sterilized water and spray the humidifier 40. The injection hole 32 is drilled through the humidifying part 40 side end of the sterilization device 20, and the water transferred from the injection device 30 is injected 34 from the injection hole 32.

The jet 32 can be replaced by a nozzle that sprays water.

In the humidifier 40, the water sprayed from the injection hole 32 drops into the air in the humidifier 40, or the water hits the humidifier 40 and falls on the wall of the humidifier 40 to evaporate. Humidify.

Humidification unit 40 is in the form of a square column (in the figure is a square pillar open top and bottom). In the figure, the rear surface of the injection hole 32 is opened so that the rear surface is attached to the wall of the agricultural product reservoir. In the figure, although the humidification part 40 has a trapezoidal column (jump-shaped) having a trapezoidal cross section, it may take the form of a rectangular pillar (cuboid) if necessary, and may have a triangular prism or a cylinder. When the humidification part 40 is installed in the corner of the produce storage, it is preferable to set it as the shape of a triangular prism.

Humidification unit 40 is made of a waterproof material. That is, the water sprayed from the inside of the humidifying part 40 does not discharge through the humidifying part 40 to the outside, but flows down the inside of the humidifying part 40 so that the tank 10 positioned below the humidifying part 40. ), The water used for humidification is collected again.

As the waterproofing material used for the humidification part 40, there may be various materials such as plastic and vinyl, but the present invention uses a waterproof nonwoven fabric.

The waterproof nonwoven fabric is coated on one side with vinyl, and the coated surface is installed to face the outside of the humidification part 40. The inner side of the waterproof nonwoven fabric may contain a large amount of water and thus continuously evaporates to humidify the air.

The blower 60 is positioned above the humidifier 40. The blower 60 blows air by sucking air from the inside of the humidifier 40.

In the figure, the humidifier 40 and the blower 60 are shown as being spaced apart by a predetermined distance up and down, but this is for convenience of the city, and is actually connected and installed with almost no gap. That is, most of the air flowing into the blower 60 is disposed to flow through the humidifier 40.

The blower 60 closes the rear and top surfaces, and allows air to flow from the bottom and left and right sides. Derivatives 62 are attached to the left and right sides to suck air from the bottom to change the flow path to the side of the blower.

Since the air of the humidifier 40 is sucked by the blower 60, when the blower 60 has a high blowing capacity, the injected water 34 particles may be moved upward and blown along the flow of air. , Filling the eliminator 50 in the humidifier 40 may be water particles are removed from the eliminator.

The detailed structure of the eliminator 50 is shown in detail in FIG. The eliminator 50 is generally used for vibration damping and induces the flow of air to bend such that dust or the like contained in the air collides with the eliminator 50. In the eliminator 50 of FIG. 2, the air moves upward through the inside of the eliminator in an S-shape so that water particles contained in the air collide with the eliminator 50.

In the present invention, not only the eliminator 50 of FIG. 2 but also various types of eliminators known in the art may be used.

The eliminator 50 may be provided only in the upper part of the injection hole 32 in the inside of the humidification part 40, and may be installed also in the lower part of the injection hole 32 as needed. When installed in the lower portion of the injection hole 32, the contact area between the water flowing along the eliminator 50 and the air can be widened to increase the humidification force.

Although not shown in Figure 1, the tank 10 is equipped with a separate heater for heating the water. The heater may have to lower the temperature of the produce storage to less than 5 ℃ or near 0 ℃ depending on the characteristics of the agricultural products, in which case the temperature of the water in the tank 10 is also less than 5 ℃, it is not easy to humidify, When the heater is operated to warm the temperature of the water to 5 ° C. or more, the humidification is facilitated.

In addition, if necessary, the water supply pipe 12 installed in the tank 10 is connected to the condensate line of the air conditioner operated in the agricultural product reservoir. When connected to the condensate line of the air conditioner without a separate water supply line, there is no need to draw the water supply line from the outside.

The total amount of water in the agricultural product storage pool does not change significantly, and the agricultural product discharges moisture due to respiration over time, so that the air-condensed water may be used without supplying water even if the tank 10 is supplied to the tank 10.

When the air conditioner condensed water is supplied to the tank 10 and used, it is possible to control the humidity of the reservoir with sterile water in the agricultural product reservoir without supplying special water from the outside by operating the sterilizer 20.

In addition, the agricultural product storage humidification system according to the present invention can be installed on the wall of the existing agricultural storage cell to a thickness of 20 ~ 30cm does not reduce the loading capacity of the storage.

As described above, according to the present invention, the humidity of the reservoir is kept constant, and the water droplets are not mixed in the air so that the water droplets in the air do not condense and fall into the agricultural products so that the agricultural products do not decay or deteriorate, and supply of special water from the outside. There is an effect that can control the humidity of the reservoir with sterile water without, and can be installed in the existing agricultural reservoir without reducing the loading efficiency.

Claims (9)

In farm storage humidification system, A tank for storing humidifying water, A water supply pipe for supplying external water or air conditioner condensate to the tank; An injector which receives water from the tank from one side and injects water into a nozzle or a nozzle formed in the other side; A humidifying part formed to contain the nozzle or the injection hole of the injector; Located in the upper portion of the humidification unit agricultural product storage system humidification system having a blower for sucking the air humidified in the humidification unit and discharged to the agricultural product storage. The method of claim 1, The humidifying part is a material having a waterproof function, and the upper and lower open prismatic shape, or one side of the open side of the agricultural product storage humidification system, characterized in that the open side is attached to the wall of the agricultural product reservoir. The method according to claim 1 or 2, An agricultural product storage humidification system interposed between said tank and said injector, further comprising a sterilizer for electrolyzing and sterilizing water flowing from the tank by ozone or the like. The method according to claim 1 or 2, The humidifier of the agricultural product storage room, characterized in that the inside of the humidifier is filled with eliminator and fine droplets are removed. The method of claim 3, The humidifier of the agricultural product storage room, characterized in that the inside of the humidifier is filled with eliminator and fine droplets are removed. The method according to claim 1 or 2, The tank is further equipped with a heater for heating the water, agricultural product storage humidification system, characterized in that to raise the water temperature by heating when the temperature of the water falls below a predetermined temperature. The method of claim 3, The tank is further equipped with a heater for heating the water, agricultural product storage humidification system, characterized in that to raise the water temperature by heating when the temperature of the water falls below a predetermined temperature. The method of claim 4, wherein The tank is further equipped with a heater for heating the water, agricultural product storage humidification system, characterized in that to raise the water temperature by heating when the temperature of the water falls below a predetermined temperature. The method of claim 5, The tank is further equipped with a heater for heating the water, agricultural product storage humidification system, characterized in that to raise the water temperature by heating when the temperature of the water falls below a predetermined temperature.

Images