KR200415582Y1 - Produce dryer - Google Patents

Abstract

The present invention relates to a agricultural product dryer, and in particular, the left and right sides of the main body and zigzag continuously connected to each other and formed in multiple stages at regular intervals, and a heater formed in the middle of the upper end of the main body and to heat the internal air to an appropriate temperature and Inlet is formed on each of the upper end of the shelf so that when the heating air passing through the heater is discharged directly downward in the state where the drying tray is stacked on the shelf, respectively, and introduced into the shelf through the inlet The dried air is dried in the process of flowing between the drying tray and dried air, and the dried air is formed at an outlet formed at the lower end of the outside of the shelf so as to be discharged to the duct side, and connected to the left and right sides of the upper end of the duct, respectively. A blower that sucks the dried air upwards and moves it to the heater side, An evaporator formed on the outside of the blower and condensing and discharging the wet air generated in the drying of the agricultural products, and the temperature of the air formed on the inside of the blower and lowered by the evaporator by using a heater and a secondary discharge heat. After providing a agricultural product dryer consisting of a condenser to increase the drying temperature, it is to be dried more effectively by the agricultural product dryer.

Blower, heater, evaporator, condenser, drying tray

Description

Dryer for agricultural products

1 is a block diagram of a agricultural product dryer according to the present invention

(Explanation of symbols for the main parts of the drawing)

100; Main body 200; heater

300,310; Blower 400,410; evaporator

500,510; Condenser 600; duct

700,710; Lathe 800,800a; Entrance

810,810a; Exit 900; Dry land

The present invention relates to a agricultural product dryer, and in particular, to ensure that the drying process is carried out in a completely blocked state with the outside air during the drying of the agricultural product to prevent contamination of the agricultural product, as well as to prevent the agricultural product from flowing in between The invention relates to a agricultural dryer that allows drying evenly throughout, maintains a constant temperature at all times, maintains the original color intact, and reduces power consumption by adopting an inverter control method.

Conventional agricultural product drying apparatus has a configuration to increase the temperature of the circulating air by using a heater after inhaling the outside air, and to dry the dried product using the elevated circulating air and then discharge the dried air to the outside.

There is an advantage that can dry the agricultural products using the conventional agricultural product drying apparatus, but conventional agricultural product drying apparatus inhales the outside air and then dry and discharge the agricultural products to the outside, so that the contamination in the process of sucking the outside air There was a disadvantage that the air, that is, fly, fine dust, etc. are introduced together to contaminate the drying target.

In addition, the conventional agricultural product drying apparatus simply circulated from the top to the bottom was accompanied by the inconvenience that the agricultural products must be turned over time in order to dry evenly.

In addition, the conventional agricultural product drying device is "off" when the temperature rises to a certain temperature, because the on / off method that is "on" when the temperature decreases, not only has a lot of power consumption, the temperature is not always constant, the unique light of the drying target This discoloration caused a variety of problems that can not be dried to high-quality agricultural products.

Therefore, the object of the present invention was devised in view of the conventional problems as described above, the drying process proceeds in a completely blocked state with the outside air during the drying of the agricultural products to prevent contamination of the agricultural products as well as the circulation air inside In the process of flowing between dry trays, the whole product is dried evenly, and always maintains a constant temperature so that the object can be kept in its own color, and adopts an inverter control method to reduce power consumption. To provide a dryer.

The present invention as a means for achieving the above object and the main body is tightly cut off from the outside,

Lathes are formed on the left and right sides of the main body and continuously connected in a zigzag and formed in multiple stages at regular intervals,

A heater formed in the middle of the upper end of the main body and heating the internal air to an appropriate temperature;

Inlet is formed on each of the upper end of the shelf so that when the heating air passing through the heater is discharged directly downward in the state where the drying tray is stacked on the shelf, respectively, to be guided to the drying tray;

In the process of heating air introduced into the shelf through the inlet flows between the drying tray and dry the agricultural products and dried air outlet formed in the lower end of the outside of the shelf to be discharged to the duct side,

A blower connected to the upper left and right sides of the duct and suctioning the dried air of the agricultural products contained in the drying tray to the upper side and moving to the heater side;

An evaporator formed on the outside of the blower and condensing and discharging the wet air generated in the process of drying the produce;

A technical feature of the technical configuration is that the air condenser is formed inside the blower and is configured to increase the temperature of the air lowered by the evaporator to the agricultural product drying temperature by using the heater and the secondary discharge heat.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a agricultural product dryer according to the present invention.

The present invention is a heater 100, an air blower 300, 310, the evaporator 400 is organically connected and used in the body 100 is tightly cut off from the outside as shown in FIG. 410, condenser 500, 510 and duct 600, shelf 700, 710, inlet 800, 800a, outlet 810, 810a, drying tray 900 is basically mobilized do.

Shelves 700 and 710 are respectively located on the left and right sides inside the main body 100 and are continuously connected in a zigzag fashion and are formed in multiple stages at regular intervals. The shelves 700 and 710 have passed through the heater 200 at the upper end thereof. Inlet 800 and 800a are respectively formed to allow the heated air to be discharged downward and enter the drying tray 900. Shelves 700 and 710 are provided at the outer bottom of the shelf through the inlets 800 and 800a. The outlets 810 and 810a are formed to dry the agricultural products and move the dried and dried air to the duct 600 in the process of flowing the heated air introduced into the interiors 700 and 710.

Here, the drying tray 900 stacked on the shelves 700 and 710 is formed in a net form so that heated air flows evenly between the drying tray 900, and the shelf 700 on which the drying tray 900 is stacked. The bottom surface is also formed in the form of a net so that the air passing through the drying channel 900 can move toward the duct 600 through the outlet (810) (810a).

The left and right ends of the duct 600 are connected to the outlets 810 and 810a of the shelves 700 and 710, and the middle of the duct 600 is connected to the heater 200. The heater 200 connected to the middle of the duct 600 is located in the middle of the upper upper end of the main body 100 to heat the internal air to an appropriate temperature and then discharge the heating air between the shelf 700 and the shelf 710.

The blowers 300 and 310 are respectively connected to the upper left and right sides of the duct 600 and suck the air dried on the agricultural products contained in the drying tray 900 to the upper side, and move to the heater 200 to move the inside of the main body 100. The air is configured to circulate.

Evaporators 400 and 410 are respectively formed on the outside of the blowers 300 and 310 and condense and discharge the wet air generated in the process of drying the agricultural products, and the condensers 500 and 510 are blowers 300 ( 310 is formed inside each and configured to increase the temperature of the air lowered by the evaporators 400 and 410 to the agricultural product drying temperature using the heater 200 and the secondary discharge heat.

On the other hand, the agricultural product dryer having the above configuration is operated through an inverter control method, the door is installed, although not shown in front of the main body 100.

In order to use the present invention configured as described above, first, the agricultural products to be dried are put in a dry tray 900, and then the dry trays 900 are stacked on the shelves 700 and 710, respectively, and then the door is closed to the main body 100. Shut off the outside tightly.

When the agricultural product is operated in the above state, the internal air is circulated by the blowers 300 and 310, and the condenser 500, 510, the heater 200, and the evaporator 400 and 410 operate. It becomes a state.

In more detail, the internal air is heated to an appropriate temperature for drying the agricultural products by the exhaust heat of the condenser 500 and 510 and the heater 200, and the heated air is discharged directly downward through the heater 200. do.

At this time, the heated air passing through the heater 200 is introduced into the drying tray side 900 through the inlet 800, 800a, respectively, the bottom surface of the drying tray 900 and the shelf 700, 710 in the form of a net Since the heated air is made to pass through between the drying tray 900, and evenly to dry the agricultural product as a whole, and after drying is introduced into the duct 600 through the outlet 810, 810a.

The air introduced into the duct 600 includes moisture in the agricultural product drying process, and the moisture is condensed by the evaporators 400 and 410. Thereafter, the temperature of the air lowered in the condensation process of the evaporators 400 and 410 is heated to an appropriate drying temperature through the discharge heat of the condenser 500 and 510 and the heater 200, and the heated air is between the drying tray 900. It is the drying of agricultural products flowing through.

As described above, according to the present invention, the agricultural products can be dried cleanly and cleanly because the agricultural products are dried through the internal air in the state where the outside air is completely blocked from the inside of the agricultural product dryer.

In addition, the agricultural product dryer of the present invention is to prevent the inconvenience of having to flip the agricultural products as often as conventional, because the internal circulating air flows evenly between the drying tray evenly.

In addition, the agricultural product dryer of the present invention adopts an inverter control method, so that the power consumption is low, and the temperature is constant so that the drying is performed while maintaining the unique light of the drying target. There is.

In the above described the present invention with reference to a specific preferred embodiment, the present invention is not limited to the above embodiments and various changes and modifications made by those skilled in the art without departing from the spirit of the present invention Make sure you can.

Claims (1)

The main body 100 which is tightly cut off from the outside, the left and right sides of the main body 100 are continuously connected in a zigzag and are sequentially formed in multiple stages at regular intervals, and the main body 100 is inside the main body 100. The heater 200 which is formed in the middle of the upper end and heats the internal air to an appropriate temperature, and the heating air that has passed through the heater 200 in a state where dry trays 900 are stacked on the shelves 700 and 710, respectively, are directly below. Once released into the room, the shelves 700 and 800a are respectively formed on the upper ends of the shelves 700 and 710 so that they can be guided to the drying tray 900, and the shelves 700 through the inlets 800 and 800a. In the process of heating air introduced into the inside of the drying tray 900, dry and dried air is formed at the bottom of the outer side of the shelf 700 and 710 so that the air can be discharged to the duct 600 side. The outlets 810 and 810a are connected to the left and right sides of the upper end of the duct 600, respectively. A blower (300) (310) and a blower (300) (310) for suctioning the dried air of the agricultural product contained in (900) to the top and moving toward the heater (200), respectively, and drying the produce Evaporators 400 and 410 for condensing and discharging the wet air generated in the process, and the temperature of the air lowered by the evaporators 400 and 410, respectively, formed inside the blowers 300 and 310 and the heaters ( 200) and a agricultural product dryer comprising a condenser (500) (510) to raise the agricultural product drying temperature by using the discharged car heat.

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