KR102168081B1 - Apparatus for cleaning of drying screen of laver and system for drying laver comprising the same - Google Patents

Abstract

The present invention relates to a laver drying screen cleaning apparatus and a laver drying system including the same. The laver drying screen cleaning apparatus cleans laver drying screens so that foreign matter is removed from the multiple laver drying screens arranged vertically and horizontally and transported horizontally. The apparatus includes a sprayer, an air supplier, a collector, and a controller. The sprayer includes: a spray head supplied with air and disposed with length, horizontally, and orthogonally to the transport direction of the laver drying screens on the upper side of the laver drying screens entering a cleaning region; and spray nozzles arranged below the spray head along the longitudinal direction thereof so as to spray the air supplied to the spray head toward the laver drying screens. The air supplier supplies air to the spray head. The collector receives and collects foreign matter separated downward from the laver drying screens by the air pressure sprayed from the spray nozzles. The controller controls the air supplier.

Description

Kimbaljang washing apparatus and laver drying system including the same {Apparatus for cleaning of drying screen of laver and system for drying laver comprising the same}

The present invention relates to a laver washing device for washing laver after use for drying laver, and a laver drying system for drying laver by applying the same.

Laver not only contains high-quality protein, fiber, and nutrients such as minerals and vitamins that are beneficial to our body, but also provides a balance of nutrition to modern people with severe calorie intake and nutritional imbalance due to low calorie as an alkaline food. It is known as a high-quality health food.

In addition, laver has a good taste and aroma and is the most preferred food among seaweeds and is widely exported to overseas as well as domestically. Most of these laver are provided to consumers through processing of drying laver by collecting laver from laver farms in the lotus sea, washing it, and then spreading it thinly on the laver.

On the other hand, Kimbaljang is generally used repeatedly rather than being used only once and discarded. However, if gimbaljang is used for a few days, a lot of foreign substances, including seaweed residue, adhere to gimbaljang. These foreign substances block the gap in Kim Baljang. If the gimbaljang is used again in this state, the probability of tearing when the dried laver is removed from the gimbaljang increases, thereby increasing the defect rate.

In addition, in the process of dehydrating the water laver spread on the gimbaljang while the laver is dissolved in water, the water does not drain through the clogged gap of the gimbaljang, so the laver may not be evenly applied to the gimbaljang. Due to this, there is a high probability of defects such as an abnormal shape of the seaweed or an uneven thickness of the seaweed. If the laver thickness becomes uneven, drying of the laver may not work well. If the gimbaljang is frequently replaced to prevent such a problem, the cost of replacement may be borne.

An object of the present invention is to prevent the occurrence of defects of dried laver by washing the laver every time it is used for drying laver, and to increase the replacement cycle of laver to reduce cost, and a laver washing device including the same. It is to provide a laver drying system.

The gimbaljang cleaning device according to the present invention for achieving the above object is a device for cleaning gimbaljangs to remove foreign substances attached to gimbaljangs that are arranged vertically and horizontally and transported horizontally, and includes an injector, an air supply, and a recovery device. , And a controller. The injector is a spray head that is horizontally elongated from the top of the gimbaljangs entering the cleaning area and is perpendicular to the conveying direction of gimbaljangs to receive air, and the lower part of the spraying head to inject the air supplied to the gimbaljangs toward the gimbaljangs. It has spray nozzles arranged along its length direction. The air supply supplies air to the spray head. The recovery machine receives and recovers foreign matter separated from the gimbaljangs downward by the air pressure sprayed from the spray nozzles. The controller controls the air supply.

In a further aspect, the gimbaljang washing apparatus may include a water supply device controlled by a controller so that water is simultaneously sprayed with air from the spray nozzles by supplying water to the spray head. In addition, the gimbaljang washing apparatus may include a gimbaljang condition measuring device that measures the states of gimbaljang to enter the washing area. The controller can adjust the amount of water along with the air pressure sprayed from the spray nozzles based on the information provided from the Kimbaljang condition meter.

The laver drying system according to the present invention includes a laver washing device, a laver supply device for spreading and supplying the laver in a state where laver is dissolved in water to the laver washed by the laver washing device, and a laver feeding device. A dehydration device that removes moisture from the water laver spread in the field, a drying device that drys the laver dehydrated by the dehydration device by heat, a separation device that separates the laver dried by the drying device from the laver, and It includes a washing device, a water laver supply device, a dehydration device, a drying device, and a separating device.

In a further aspect, the laver drying system may include a laver condition meter that measures the condition of laver from which moisture has been removed by the dehydration device and provides it to the controller.

According to the present invention, since gimbaljang can be used again for drying laver after foreign substances including laver residue are removed, it is possible to prevent defects in tearing when the dried laver is removed from laver.

In addition, according to the present invention, since foreign substances are removed from the gimbaljang so that the gap of the gimbaljang is not blocked, the moisture spread on the gimbaljang is smoothly dehydrated, so that the gimbaljang can be evenly coated with the gimbaljang. Therefore, the shape of the laver is made normally and the thickness of the laver becomes uniform, so that the laver can be dried well. In addition, according to the present invention, since the replacement cycle of gimbaljang can be increased, the cost of replacement can be reduced.

1 is a block diagram of a gimbaljang washing apparatus according to an embodiment of the present invention.
2 is a perspective view of the gimbaljang washing apparatus shown in FIG. 1.
3 is an exploded perspective view of FIG. 2.
4 is a perspective view showing an extract of the injector.
5 is a cross-sectional side view illustrating a process of washing gimbaljang in FIG. 1.
6 is a block diagram of a laver drying system according to an embodiment of the present invention.

The present invention will be described in detail with reference to the accompanying drawings as follows. Here, the same reference numerals are used for the same configuration, and repeated descriptions and detailed descriptions of known functions and configurations that may unnecessarily obscure the subject matter of the present invention are omitted. Embodiments of the present invention are provided in order to more completely describe the present invention to those of ordinary skill in the art. Accordingly, the shapes and sizes of elements in the drawings may be exaggerated for clearer explanation.

1 is a block diagram of a gimbaljang washing apparatus according to an embodiment of the present invention. 2 is a perspective view of the gimbaljang washing apparatus shown in FIG. 1. 3 is an exploded perspective view of FIG. 2. 4 is a perspective view showing an extract of the injector. 5 is a cross-sectional side view illustrating a process of washing gimbaljang in FIG. 1.

1 to 5, the gimbaljang washing apparatus 100 according to an embodiment of the present invention includes a gimbaljang 11 to remove foreign substances attached to the gimbaljang 11 which are arranged vertically and horizontally and transferred horizontally. ) Is a device that cleans.

Kimbaljang (11) is arranged in a line along the transverse direction, one end is fixed together to any one support bar (12) and the other ends are fixed together to the other support bar (12), so that the Kimbaljang group (10) ) Can be achieved. The gimbaljang group 10 may be horizontally transferred to the gimbaljang washing apparatus 100 along the longitudinal direction in a state arranged in a line along the longitudinal direction.

If gimbaljang (11) is repeatedly used for drying laver, a lot of foreign substances, including seaweed residue, adhere to the gimbaljang (11). The gimbaljang washing device 100 cleans the gimbaljang 11 with foreign substances, so that the gimbaljang 11 from which the foreign matter has been removed can be used again. The gimbaljang washing apparatus 100 includes an injector 110, an air supply unit 120, a recovery unit 130, and a controller 140.

The sprayer 110 includes a spray head 111 and spray nozzles 116. The spray head 111 is disposed horizontally and elongated in a horizontal direction perpendicular to the transport direction of the gimbaljang 11 on the upper side of the gimbaljang 11 entering the washing area to receive air. That is, the injection head 111 may be long disposed in the transverse direction. The injection head 111 receives air from the air supply 120. The spray head 111 may be coupled to and supported under the frame 101 via the support brackets 102. The support bracket 102 may be formed in a rod shape.

The spray head 111 may include a head body part 112 and a head tip part 113. The head body part 112 has an inner space. The head body part 112 may be formed in a form in which both ends are blocked by covers 112a and the lower part is opened. The head body part 112 may be formed in a shape having a certain cross-sectional area along the length direction. The head body part 112 may have a circular cross-sectional area in which one side is partially cut.

The head tip portion 113 is connected around the opening of the head body portion 112. The head tip part 113 extends vertically from the left and right ends of the head body part 112 based on the transport direction of the gimbaljang 11. The head tip portion 113 is inclined and extended to gradually narrow in width from the front and rear ends of the head body portion 112 to the lower side. The head tip portion 113 has a flat bottom surface, and allows the spray nozzles 116 to be formed at the bottom of the flat surface. That is, the head tip portion 113 may have a trapezoidal cross section.

The head tip portion 113 may have left and right ends having a length adjacent to the left and right ends of the head body portion 112. The head tip portion 113 may be formed in a shape having a predetermined cross-sectional area along the length direction. The head tip part 113 collects the air supplied to the head body part 112 and allows it to be smoothly delivered to the spray nozzles 116, and in the process increases the speed of air from the spray nozzles 116 at a high speed. Allows air to be blown out.

The spray nozzles 116 are arranged in the lower portion of the spray head 111 along the length direction thereof so as to spray air supplied to the spray head 111 toward the gimbaljang 11. The spray nozzles 116 separate and remove foreign substances from the gimbaljang 11 by the sprayed air pressure.

The spray nozzles 116 may be arranged along the longitudinal direction of the head tip part 113 on the downwardly protruding surface of the head tip part 113. Each of the spray nozzles 116 may be formed in the form of a hole passing through the head tip portion 113. The spray nozzle 116 may have a circular hole. All of the spray nozzles 116 may have the same diameter. The spray nozzles 116 may be arranged at regular intervals. The diameter of the spray nozzle 116 and the spacing between the spray nozzles 116 are set so that the gimbaljang 11 can be cleaned as efficiently as possible.

The injector 110 may be formed of a plurality and may be arranged orthogonal to the transport direction of the gimbaljang 11. The gimbaljang (11) can be separated by a certain section from each gimbaljang group 10 along the transverse direction, and the sprayers (110) correspond to the separation section of the gimbaljang (11), the separation distance of the gimbaljang (11) It can be spaced apart by a narrower distance.

The injectors 110 may be individually supplied with air and sprayed on the corresponding gimbaljang 11. Since the injectors 110 are allocated gimbaljang 11 along the transverse direction and can inject air with sufficient air pressure to the gimbaljang 11, even if the gimbaljang 11 are arranged long in the transverse direction, gimbaljang ( It can secure enough cleaning power for 11).

The air supply 120 supplies air to the spray head 111. The air supply 120 may include an air compressor 121 and an air supply line 122. The air compressor 121 compresses air and discharges it to the air supply line 122.

For example, the air compressor 121 can suction and compress air in the atmosphere. When the compressed air contains dust and moisture contained in the atmosphere, and oil generated from the lubricating device, the air compressor 121 removes dust, moisture and oil in the compressed air by a filter to provide pure air to the air supply line 122. Can be dispensed with. Therefore, since pure air is injected from the spray nozzles 116 to the gimbaljang 11, it is possible to prevent contamination of the gimbaljang 11 by washing the gimbaljang 11 only with pure air.

The air supply line 122 delivers air discharged from the air compressor 121 to the spray head 111. The air supply line 122 may include a primary air supply pipe 122a, a secondary air supply pipe 122b, and an air distribution pipe 122c. The primary air supply pipe 122a receives compressed air from the air outlet of the air compressor 121 and transmits the compressed air to the secondary air supply pipe 122b. The secondary air supply pipe 122b receives compressed air from the primary air supply pipe 122a and transfers the compressed air to the air distribution pipes 122c.

The air distribution pipes 122c receive air from the secondary air supply pipe 122b and distribute it evenly to the spray head 111. Therefore, the spray nozzles 116 spray the air to the gimbaljang 11 with a uniform air pressure, thereby evenly cleaning the gimbaljang 11. When a plurality of injectors 110 are provided, the air supply lines 122 may have a number corresponding to the number of injectors 110 and may be respectively connected to the injectors 110. The air compressor 121 is formed in a number corresponding to the number of air supply lines 122 and is connected to the air supply lines 122 respectively, or one air compressor 121 is common to the air supply lines 122. Can be connected.

The recovery device 130 receives and recovers foreign substances separated from the gimbaljang 11 downward by the air pressure injected from the spray nozzles 116. The recovery device 130 may include a recovery hopper 131 and a recovery pipe 132. The recovery hopper 131 is disposed horizontally long and perpendicular to the transport direction of the gimbaljang 11 at the lower side of the gimbaljang 11 entering the washing area.

The recovery hopper 131 has an inner space. The collection hopper 131 may be formed in a form in which a portion other than the connection portion of the upper portion and the collection pipe 132 is blocked. The recovery hopper 131 is formed such that the upper opening is disposed directly below the injectors 110 to face all of the injectors 110. The recovery hopper 131 receives foreign matter separated from the gimbaljang 11 downward through the upper opening. In the recovery hopper 131, the width of the upper opening is set larger than the width of the spray head 111 to maximize the effect of collecting foreign substances.

The recovery hopper 131 may be formed in a form in which the upper hopper part 131a, the middle hopper part 131b, and the lower hopper part 131c are connected. The upper hopper portion 131a is opened at the top and bottom and the circumferential portion extends in a vertical shape. The middle hopper part 131b extends vertically from the left and right lower ends of the upper hopper part 131a and gradually narrows in width from the front and rear lower ends of the upper hopper part 131a to the lower side.

The lower hopper part 131c extends vertically from the periphery of the lower opening of the intermediate hopper part 131b, and the lower end is formed to form a plane. According to such a recovery hopper 131, foreign matter separated from the gimbaljang 11 can be smoothly collected in the lower hopper part 131c through the upper hopper part 131a and the middle hopper part 131b.

The recovery pipe 132 is connected to one end of the lower hopper part 131c to suck in foreign matter accumulated in the lower hopper part 131c and discharge it to the outside. The collection pipe 132 may suck foreign substances from the lower hopper part 131c by the suction force of the vacuum pump and discharge them to the outside. Therefore, the foreign matter separated from the gimbaljang 11 in the cleaning process of the gimbaljang 11 is collected by the recovery device 130 and discharged to the outside, thereby preventing re-contamination of the gimbaljang 11 by foreign substances. .

The controller 140 controls the air supply 120. The controller 140 turns on the air supply 120 so that air is injected from the injection nozzles 116, or turns off the air supply 120 so that air is not injected from the injection nozzles 116. The controller 140 may control the pressure regulator of the air compressor 121 to adjust the air pressure injected from the spray nozzle 116.

The gimbaljang washing apparatus 100 may include a gimbaljang condition measuring device 150 that measures the states of the gimbaljang 10 to be entered into the washing area. The gimbaljang state measuring device 150 measures the amount of foreign substances attached to the gimbaljang 11 from image information photographed by the gimbaljang 11 by a vision device, or by an optical sensor or an ultrasonic sensor, the gimbaljang 11 The degree of clogging of the gap can be measured. The gimbaljang state measuring device 150 may be configured to measure the state of some or all of the gimbaljang 11 arranged in a line. Of course, the gimbaljang condition measuring device 150 is not limited to the illustrated bar, and may be configured in various ways.

The information measured from the Kimbaljang state meter 150 is provided to the controller 140. The controller 140 may adjust the air pressure sprayed from the spray nozzle 116 according to the amount of foreign substances attached to the gimbaljang 11 based on the information provided from the gimbaljang state measuring device 150. For example, the controller 140 increases the air pressure sprayed from the spray nozzle 116 as the amount of foreign substances attached to the gimbaljang 11 increases, and the less the amount of foreign substances attached to the gimbaljang 11, the spray nozzle ( 116) can reduce the air pressure.

In a further aspect, the gimbaljang washing apparatus 100 may include a water supply device 126. The water supply 126 is controlled by the controller 140 to supply water to the spray head 111 to simultaneously spray water with air from the spray nozzles 116.

The water supply 126 may include a water supply source 127 and a water supply pipe 128. The water supply source 127 may be configured as a hydrant or may be configured to supply water stored in the water storage tank by a pump. The water supply pipe 128 is connected in communication with the air supply line 122. The water supply pipe 128 may be connected to the primary air supply pipe 122a, but may be connected to the secondary air supply pipe 122b.

If the controller 140 determines that the amount of foreign substances attached to the gimbaljang 11 is difficult only by air cleaning, based on the information provided from the gimbaljang state meter 150, the water supply unit 126 is turned on and the spray nozzle ( 116) can be simultaneously sprayed with air and water. Therefore, the cleaning effect can be enhanced by simultaneously performing air cleaning and water cleaning for the gimbaljang 11. The water used for water washing adsorbs foreign substances separated from the gimbaljang 11 so that it can be smoothly collected by the recovery device 130.

The controller 140 may turn on the water supply 126 according to a set water supply cycle so that water and air are simultaneously sprayed from the spray nozzles 116. Accordingly, the water sprayed from the spray nozzles 116 cleans the gimbaljang 11 and absorbs foreign matter separated from the gimbaljang 11 so that it can be smoothly collected by the recovery device 130.

The controller 140 may adjust the amount of water together with the air pressure sprayed from the spray nozzles 116 based on the information provided from the gimbaljang condition measuring device 150. For example, the controller 140 increases the air pressure and the amount of water sprayed from the spray nozzle 116 as the amount of foreign matter attached to the gimbaljang 11 increases, and the smaller the amount of foreign matter adhered to the gimbaljang 11 It is possible to reduce the amount of water and air pressure injected from the spray nozzle 116.

According to the above-described gimbaljang washing device 100, the gimbaljang 11 can be used again for drying laver after foreign substances including laver residues are removed, so that the dried laver is torn when removing it from the gimbaljang 11 It can prevent defects. In addition, foreign substances are removed from the gimbaljang 11 to prevent clogging of the gap of the gimbaljang 11.

Therefore, in the process of dehydrating the water seaweed spread on the gimbaljang 11 while the seaweed is dissolved in water, the water smoothly escapes through the gap of the gimbaljang 11, so that the seaweed will be evenly applied to the gimbaljang 11 I can. As a result, the shape of the laver is made normally and the thickness of the laver becomes uniform, so that the laver can be dried well. In addition, since the replacement cycle of the gimbaljang 11 can be increased, the cost of replacement can be reduced.

6 is a block diagram of a laver drying system according to an embodiment of the present invention.

Referring to Figure 6, the laver drying system according to an embodiment of the present invention is a laver washing device 100, a water laver supply device 200, a dehydration device 300, a drying device 400, and separation It includes a device 500, and a gimbaljang transfer device 600.

Kimbaljang washing apparatus 100 is made of the above-described configuration. The gimbaljang washing device 100 is disposed between the separation device 500 and the water gim supply device 200. The gimbaljang cleaning device 100 cleans the gimbaljang 11 from which the gim is separated by the separation device 500 and transfers the gimbaljang 11 to the water gim supply device 200.

The water vapor supply device 200 spreads and supplies the water vapor in a state in which the steam is dissolved in water to the kimbaljang 11 washed by the kimbaljang washing device 100. The water vapor supply device 200 may be configured to discharge the water vapor stored in the storage tank by a set amount to the gimbaljangs 11 that are transferred one step at a time.

The dehydration device 300 removes water from the water seaweed spread on the gimbaljang 11 by the water seaweed supply device 200. The dehydration device 300 may be configured to remove moisture from the moisture by lowering the pressing plate toward the moisture spread on the gimbaljang 11 to compress the moisture.

The drying device 400 dries the laver dehydrated by the dewatering device 300 by heat. The drying device 400 may be configured to dry the laver by supplying heated air to the drying chamber 410 to which the laver 11 to which the dried laver is attached is transferred. The drying device 400 may be configured as a heat pump type drying device. The gimbaljang 11 are sequentially erected by a guide device in the process of being transferred to the drying chamber 410 and guided to pass through the drying chamber 410, so that the laver can be dried more effectively.

The separation device 500 separates the dried laver from the gimbaljang 11 by the drying device 400. The separating device 500 may be configured to sequentially turn over the gimbaljang 11 transferred from the drying device 400 toward the bottom of the dried gim. Therefore, the dried laver may fall from the gimbaljang 11 and be loaded on the discharge table 510. Separation device 500 may be configured to include a variety of guide devices to guide the gimbaljang 11 to be turned over during the transfer process.

The gimbaljang transfer device 600 transfers the gimbaljang 11 in the order of the gimbaljang washing device 100, the water laver supply device 200, the dehydration device 300, the drying device 400, and the separation device 500. After that, it is returned to the gimbaljang washing device 100. The gimbaljang transfer device 600 may be configured to circulate the gimbaljang 11 by transferring the supporting rods 12 fixing the gimbaljang 11 in a caterpillar track. The gimbaljang transfer device 600 may be configured with various caterpillar transfer devices.

In a further aspect, the laver drying system may include a laver condition meter 700. The laver state meter 700 measures the state of laver that has been drained by the dehydration device 400 and provides it to the controller 140.

The laver state meter 700 may detect the degree of light transmission of laver by an optical sensor or the like, and measure whether the laver state is defective. For example, the laver state meter 700 may measure defects that are not evenly applied to the laver 11 and there are no places. The controller 140, based on the information provided from the laver state meter 700, if it is determined that the laver condition is defective, stops the laver drying system and alerts the operator with an alarm, so that the operator can take appropriate measures. have.

According to the laver drying system described above, the laver is dried while washing the laver 11, so that laver can be dried and shipped without defects, and cost can be reduced by increasing the replacement cycle of the laver. .

The present invention has been described with reference to one embodiment shown in the accompanying drawings, but this is only illustrative, and those of ordinary skill in the art will understand that various modifications and other equivalent embodiments are possible therefrom. I will be able to. Accordingly, the true scope of protection of the present invention should be determined only by the appended claims.

100..Gimbaljang washing device
110..Spraying machine
111.. injection head
116..spray nozzle
120..Air supply
126..Water supply
130..recovery period
140..controller
150..Gimbaljang condition meter
200..Water supply device
300..Dehydration device
400..drying device
500..Separation device
600..Gimbaljang transfer device
700..Kim condition meter

Claims (5)

As a device that cleans gimbaljangs to remove foreign substances attached to gimbaljangs that are arranged vertically and horizontally and transferred horizontally,
A gimbaljang condition measuring device that measures the state of gimbaljang to enter the washing area;
From the top of the gimbaljangs entering the cleaning area, a spray head disposed horizontally and elongated in a horizontal direction to receive air from the gimbaljangs, and a lower portion of the spraying head to inject the air supplied to the gimbaljangs toward the gimbaljangs A sprayer having spray nozzles arranged along the longitudinal direction thereof;
An air supply supplying air to the spray head;
A recovery device for receiving and recovering foreign substances separated from the gimbaljangs downward by air pressure sprayed from the spray nozzles; And
Includes; a controller for controlling the air supply based on the information provided from the gimbaljang condition meter,
The injection head,
A head body having an internal space, closed at both ends and an open lower part, having a certain cross-sectional area along the length direction,
It is connected to the periphery of the opening of the head body part and extends inclined to gradually narrow in width from the front and rear ends of the head body part to the lower side based on the transport direction of the gimbaljangs, and has a shape having a certain cross-sectional area along the length direction. And a head tip portion in which the spray nozzles are formed at the bottom;
The spray nozzles are arranged along the length direction of the head tip portion in the form of a through hole on a downwardly protruding surface of the head tip portion;
The recovery device,
It has an internal space and the part except the upper part is blocked horizontally and perpendicular to the direction of transport of the gimbaljangs, but the upper opening is arranged directly under the sprayer to remove foreign matter separated from the gimbaljangs downward from the upper opening. With a recovery hopper received through,
And a recovery pipe connected to one end of the recovery hopper to suck foreign substances accumulated in the recovery hopper by a suction force of a vacuum pump and discharge them to the outside;
The air supplier,
An air compressor that compresses and discharges air, a primary air supply pipe receiving compressed air from the air outlet of the air compressor, a secondary air supply pipe receiving compressed air from the primary air supply pipe, and the secondary air supply pipe And air distribution pipes that receive air from and distribute it evenly to the spray head;
The recovery hopper,
The upper and lower sides are opened and the circumferential part is vertically extended, and the upper hopper part extends vertically from the left and right lower ends of the upper hopper part, and the width gradually narrows from the front and rear lower ends of the upper hopper part to the lower side A gimbaljang washing apparatus comprising: an intermediate hopper portion which is inclined and extended so as to extend vertically from a periphery of a lower opening of the intermediate hopper portion and a lower hopper portion having a lower end formed in a plane. The method of claim 1,
And a water supply device controlled by the controller to supply water to the spray head and simultaneously spray water with air from the spray nozzles. The method of claim 2,
The controller is a gimbaljang washing apparatus, characterized in that based on the information provided from the gimbaljang state meter, controlling the amount of water together with the air pressure sprayed from the spray nozzles. The gimbaljang washing device according to any one of claims 1 to 3;
A water laver supply device for spreading and supplying the laver in a state in which laver is dissolved in water to the laver pastes washed by the laver washing device;
A dehydration device for removing water from the water spread on the gimbaljangs by the water gim supply device;
A drying device for drying steam dehydrated by the dehydration device by hot air;
A separation device for separating the laver dried by the drying device from the gimbaljangs; And
A gimbaljang conveying device for transporting gimbaljang in the order of the gimbaljang washing device, a water laver supply device, a dehydrating device, a drying device, and a separating device, and then returning the gimbaljang cleaning device;
Laver drying system comprising a. The method of claim 4,
A laver drying system, characterized in that it comprises a laver condition measuring device that measures the condition of laver from which moisture has been removed by the dehydration device and provides it to the controller.

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