KR200323753Y1 - Room for Drying Walleye Pollack - Google Patents

Abstract

The present invention circulates air from the inside to block pollen from the outside to dry pollock, and removes water vapor evaporated during the pollack drying process. It is about pollock drying room. Pollack drying room (1) of the present invention, the building (10) is built to be able to hang pollack (2) and block aeration to the outside; A heating device 20 installed in the building 10 to heat air; A dehumidifier 30 installed in the building 10 to remove moisture from the air; And blowing the air heated by the heating device 20 to the dehumidifying device 30 through the pollen 2, and returning the air dehumidified by the dehumidifying device 30 to the heating device 20. A circulating blower 40; It includes. Preferably, the building 10 is divided into a partition wall 11 into a front chamber 12 and a rear chamber 13 so that the sin chamber 12 and the rear chamber 13 are ventilated only by passages 14A and 14B at both ends. , The heating device 20 is installed on the one passage 14A side, the dehumidifier 30 is installed on the other passage 14B side, the blower 40 is the front chamber 13 and The rear chambers 14 are respectively provided. Preferably further includes a duck market cart 50 that is movable to the building (10).

Description

Pollack Drying Room {Room for Drying Walleye Pollack}

(Technology)

The present invention relates to a pollock drying room, and more specifically, to circulating air inside the state to block the aeration to the outside to dry pollock, and to remove the vapor vaporized during the drying process, It relates to a pollack drying room, which can obtain a dry pollack without uniform quality.

(Background)

Pollack is a fish that is widely used not only for everyday cooking but also for ceremonial occasions. to be.

Dried pollack, although there is some confusion in the use of the term, is known as 'north' which is dried meat on the beach, and dried meat is soft in sub-zero weather throughout the snowy winter season. Also called.

Dried pollack, whether it's North or Yellow, not only allows it to be stored without altering it for a long time, but also becomes a material for various dishes such as bukeopo, bukeochae, boiled boiled fish, and boiled boiled steam.

In the process of drying pollock, in the case of the yellow pollack, the pear is split and the internal organs are taken out and washed with seawater. To dry. Whereas North Korean fish, which has been dried at the beach for a month, is hard and dull in color, the Emperor becomes soft and yellow in color during the repeated freezing and melting of winter seasons. It is considered to be higher than the north.

In the conventional method of drying pollock, regardless of whether it is yellow or northern, dry pollack is dried in an open-air facility called Deokjang. The state has changed dramatically. That is, the open-air drying of conventional pollock has a limitation that the quality of the dried pollack largely depends on the climate, and the drying period is very long.

As an alternative to solve the problems of pollack drying in the open air, the method of drying pollack in a short time by artificial heating by putting pollock into a drying room indoors and blowing hot air may be applied. However, this method also had a low dependence, but there was a problem such as a poor drying condition according to the external climate such as humidity.

In addition, the method of drying the pollack in a short time by applying the freeze-drying device commonly used for drying food to dry pollack, but the situation is not satisfactory.

An object of the present invention is to solve the problems related to the drying of pollack as described above, and to provide a pollack drying room that can dry pollack with uniform quality regardless of external climate change.

The purpose of the present invention is to circulate the air in the state of blocking the outside air to dry pollack, and to remove the vapor evaporated during the drying process of pollack, thereby obtaining a dry pollack with uniform quality regardless of climate change. It is to provide a pollock drying room that can.

1 is a schematic view of an exemplary pollock drying room according to the present invention,

2 is a schematic plan view of an exemplary pollock drying room according to the present invention.

<Explanation of symbols for the main parts of the drawings>

1: Pollack drying room of the present invention

2: pollock

10: architecture

11: partition wall

12, 13: front and rear room

14, 14A, 14B: passage

20: heating device

30: Dehumidifier

40, 40A, 40B: Blower

50: Duck Market Balance

According to the present invention, a pollock drying room for drying pollock is provided.

Pollack drying room of the present invention basically has a structure in which a heating device, a dehumidifying device and a blowing device are installed in a building.

The building is built to be able to hang pollen and block aeration to the outside.

The heating device is installed in the building to heat the air inside the building.

The dehumidifier is installed in the building to remove moisture from the air.

The blower blows air heated by the heater to the dehumidifier through the pollack and circulates the air dehumidified by the dehumidifier to the heater.

Preferably, the building may be divided into a front room and a rear room by the partition wall separating the center so that the front room and the rear room are mutually ventilated only by passages at both ends thereof. At this time, the heating device is installed on one side of the passage, the dehumidifier is installed on the other side of the passage, the blower may be installed in the front chamber and the rear chamber, respectively.

Preferably, in the pollack drying room of the present invention, it may include a virtue cart that is movable to the building.

Hereinafter, with reference to the accompanying drawings will be described in detail pollack drying room according to the present invention. The following embodiments are merely illustrative of the pollack drying chamber according to the present invention, and are not intended to limit the scope of the present invention.

1 is a schematic diagram of an exemplary pollock drying room according to the present invention, and FIG. 2 is a schematic plan view of an exemplary pollack drying room according to the present invention.

As shown, pollack drying room 1 according to the present invention, as a structure for drying the pollack (2) to dry pollack (North Korean, yellow), large building 10, heating device 20, dehumidifying apparatus ( 30) and the blower 40 is comprised.

The building 10 is a common building built on the ground, and has a sufficient internal space to be dried by putting a large amount of pollack (2), preferably doorway or window to block the ventilation to the outside The back is protected against ventilation. Keeping the inside of the building 10 from being vented with the outside is to prevent moisture from entering the building 10 from the outside as much as possible.

If the building 10 is a building that can be dried by putting the pollack (2), there is no particular limitation on the building material and shape, but, as illustrated in the accompanying drawings in terms of space utilization and its function 20M in length It is preferable that the building is in the form of a cuboid which is elongated laterally about 4M in width.

In the building 10, the heating device 20, the dehumidifying device 30, and the blower device 40 are installed at positions corresponding to their functions, respectively.

The heating device 20 is provided on one side (left side in the drawing) of the building 10 to heat the air present in the building 10. The heating apparatus 20 can apply the apparatus which can heat a room, for example in 15 degreeC or more in winter, or more. As the heating device 20 applied to the present invention, any type of heating device can be used as long as it can heat air to a required temperature. For example, a boiler or the like can be used.

As the heating device 20 is installed in the building 10, the internal air can be heated to a temperature set by the heating device 20, and the heated air is polluted in the building 10. It is used to dry (2).

The dehumidifier 30 is installed on the other side (right side in the drawing) of the building 10 and removes the water evaporated from the pollock 2 into the air in the process of drying the pollack 2, thereby removing the pollack 2. The air in the building 10 is kept dry for desirable drying.

As is well known, dehumidification is a general term for a process for converting air into a dry state, and the method includes cooling dehumidification, compression dehumidification, and chemical dehumidification. Preferably, the present invention cools the air below the dew point temperature to condense moisture in the air to change it to moisture, removes the condensed water, reheats it to obtain a low humidity air, and compresses and volume the air. By reducing and cooling, condensation of moisture in the air can be condensed into moisture, and after removing this moisture, compressed dehumidification can be applied to reheat the air to obtain low humidity air.

As a result, according to the pollack drying room 1 of the present invention, the heating device 20 moderately heats the air in the sealed building 10 to dry the pollack pollack 2, and moisture in the drying process of the pollack pollack 2 is removed. The contained air is in a state where the pollack 2 can be dried by being dehumidified and dried by the dehumidifier 30.

The blower 40 is a device such as a blower fan for continuously circulating air in the sealed building 10 in a predetermined direction. That is, according to the forced blowing of the blower 40, the air heated by the heating device 20 absorbs moisture from the pollen 2 while passing through the pollen 2, and the air containing moisture Moisture is lost while passing through the dehumidifier 30, and the dehumidified air is sent back to the heating device 20 to perform a series of circulations to be heated again.

According to the action of the blower 40, the air continuously circulates through the heating device 20, pollock 2, and the dehumidifier 30, and in this process, water is continuously removed from the pollack 2. Pollack (2) is dried.

As described above, the configuration including the building 10, the heating device 20, the dehumidifying device 30 and the blower 40 is the basic configuration of the pollack drying room 1 of the present invention, 1) can be variously modified based on the basic configuration for efficient space utilization of the building 10, the thermal efficiency of the heating device 20 and the dehumidifier 30, the blowing efficiency of the blower 40, and the like. have.

For example, as shown in the accompanying drawings, the building 10 is divided into a front room 12 and a rear room 13 by installing a partition wall 11 at the center thereof, and the front room 12 and the rear room 13. ) Can be configured to be aerated and isolated from each other only by the passages 14 formed at both ends thereof.

With respect to the building 10 configured as described above, the heating device 20 may be installed in the passage 14A on the left side, and the dehumidifier 30 may be installed in the passage 14B on the right side, and the blower 40 may be installed. Can be installed in the front chamber 12 and the rear chamber 13, respectively.

According to such a structure, the air heated by the heating apparatus 20 is sent to the front chamber 12, is blown by the blower 40A, and dries the pollack 2 suspended in the front chamber 12, and the front chamber The humid air passed through the 12 is dehumidified by the dehumidifier 30 and then supplied to the rear chamber 13, and the dehumidified air supplied to the rear chamber 13 is blown by the blower 40B and returned to the rear chamber ( After being used to dry the pollock 2 of 13, it is heated by the heating device 20 to be circulated to the front chamber 12.

As the illustrated room-to-rear drying room 1 is slightly different in temperature and humidity of air applied to pollock 2 in the front chamber 12 and pollack 2 in the rear chamber 13, For uniform drying of pollock, it may be desirable to exchange the position of pollock 2 between the front and rear chambers, for example, on a daily basis. In FIG. 2, reference numeral 15 denotes a doorway installed to block ventilation in the building 10.

In the pollock drying room 1 of the present invention, it may be desirable to introduce a duct loading truck 50 of a balance type that can be moved as the tack is dried as a duct. In this case, a rail (not shown) may be provided at the bottom of the drying chamber 1 to allow the duck cart 50 to travel along the rail.

When the pollack is put into the pollack drying room 1 according to the present invention as described above and dried, the size and characteristics of the building 10, the capacity and heating temperature of the heating device 20, and the amount of dehumidification of the dehumidifying device 30. Although there are some differences depending on the blowing amount of the blower 40, etc., if the pollack is dried for about a week, uniformly dried pollack can be obtained.

According to the pollack drying room 1 according to the present invention described above, by drying the pollack by circulating air in the state of blocking aeration with the outside, and removing the vapor vaporized in the drying process of pollack, regardless of climate change It has the effect of obtaining a dry pollack with uniform quality.

Claims (3)

A building 10 capable of hanging pollen 2 and being constructed to block aeration from the outside; A heating device 20 installed in the building 10 to heat air; A dehumidifier 30 installed in the building 10 to remove moisture from the air; And blowing the air heated by the heating device 20 to the dehumidifying device 30 through the pollen 2, and returning the air dehumidified by the dehumidifying device 30 to the heating device 20. A circulating blower 40; Pollack drying room comprising a. The building 10 is divided into a front wall 12 and a rear chamber 13 by a partition wall 11 so that the left chamber 12 and the rear chamber 13 have passages 14A and 14B at both ends. Is vented only by, the heating device 20 is installed on the one passage 14A side, the dehumidifier 30 is installed on the other passage 14B side, the blower 40 is the front chamber (13) and the pollack drying chamber, characterized in that each provided in the rear chamber (14). The pollock drying room according to claim 1 or 2, further comprising a derivation trolley (50) which is movably introduced into the building (10).