KR101503040B1 - Laver manufacturing device - Google Patents

Abstract

The present invention relates to a device for manufacturing laver, and more specifically, to a device for manufacturing laver, which makes a drying screen of laver transferred in a drying unit to be flattened, dries the screen, and increases drying efficiency. As virus harmful to a body can be killed or removed by performing sterilization when drying laver by a sterilization lamp, laver of high quality can be produced. Also, the present invention reduces drying time of laver by installing a warm wind duct, a heater bar, a dehumidifying duct, a constant temperature and humidity device, and a magnetron so that speed of a transfer chain can be rapidly operated, and productivity of laver can be increased.

Description

Laver manufacturing device < RTI ID = 0.0 >

BACKGROUND OF THE INVENTION 1. Field of the Invention [0002] The present invention relates to a seawater production apparatus, and more particularly, to a seawater production apparatus that improves drying efficiency by conveying a dryer hanger in a horizontal state while being conveyed.

Generally, dried laver is cut into small pieces of Hae Tae harvested from Haatai farm, diluted with water, and dried and dried to produce dried laver. In recent years, there has been provided a cutting device for automatically cutting and drying the Kim to reduce the labor force associated with the production of Kim and increase the production of Kim.

The conventional apparatus for manufacturing kimchi includes a kimchi molding apparatus for spreading the wax on the Kimbap, a dewatering apparatus for removing moisture from the formed kimchi, a drying apparatus for drying the dehydrated kimchi, and a Kim And a horizontal conveying chain for circulating and conveying a hanging rack provided with a gimbal by each of the apparatuses.

Such a Kim manufacturing apparatus spreads the gums supplied into the molds of the Kim shaping apparatus widely to the gums provided on the gates. At this time, the horizontal transfer chain takes a stopped state, and the intermittent operation of advancing and stopping by one step is repeatedly performed when the formation of the Kim is completed. The Kim formed in the Kim molding machine is dehydrated in the dewatering device, And the drying process is performed.

The dried laver circulated inside the drying device is transported to the upper part of the laver separating device. At this time, the laver is rotated while circulating inside the drying device, so that the surface with the laver is turned upside down.

The dry gum attached to the gimbal is separated while passing through the gimp separating device, and the gimbal hook provided with the gimbal is pivoted along the horizontal transfer chain and the guide rail and moved to the lower portion of the gimming device to repeat the operation as described above do.

In such a conventional rinse-and-lye manufacturing apparatus, the dehydrated rinse is completely dried while passing through the drying apparatus. At this time, the rinse rack inserted into the drying apparatus is vertically erected and a plurality of rinse hinges are provided at densely spaced intervals Drying is carried out with slow transfer.

The amount of energy consumed for drying (generally, 990 kwh is used) as the drying hanger is densely packed, and drying is required for a considerable time to complete drying.

In addition, since the conventional hanging hook is vertically installed and transported in the drying apparatus, a considerable number of hanging hangers are required, and accordingly, the number of hanging hangers installed in the hanging hangers (about 5,000 required) In addition to the cost, there was an economic burden due to the increase in the cost of purchasing the building and the labor cost.

Patent Document 1: Japanese Patent Registration No. 1161639 (June 26, 2012, Drying Apparatus of Haitai Manufacturing Machine) Patent Document 2: Registration No. 1289464 (Mar. 17, 201, Dehydrator Drying Apparatus of Kim Kim) Patent Document 3: Registered Patent Publication No. 0978632 (Aug. 23, 2010, dried kimchi production apparatus and production method)

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a method and a device for drying a dried laver in a drying unit, It can save 50 ~ 60% more energy compared to the conventional one, and it can produce high quality steam through complete drying in a short time, and greatly reduce the number of open pods installed in the open pod hangers and the open pods (About 500 pieces or less), which can greatly reduce the cost of purchasing a flat panel display, and reduce the labor cost associated with the installation.

It is another object of the present invention to provide a disposable diaper which can kill or remove bacteria harmful to the human body by sterilizing the disposable lamps during the drying process of the disposable lamps, thereby producing high quality steaming.

Further, the present invention can reduce the drying time of the steam through the installation of the hot air duct, the heater rod, the dehumidifying duct, the thermo-hygrostat, and the magnetron so that the speed of the transfer chain can be operated more quickly, .

According to an aspect of the present invention, there is provided a drying machine comprising: a drying unit for drying a dewatered laver; a drying unit for drying the dewatered laver; And a conveyance chain for sequentially passing the kimono-shaped portion, the dewatering portion, the drying portion and the separating portion by transferring the elongating hanger in an intermittent operation, The drying hanger having passed through the dewatering unit is drawn horizontally into the drying unit and then is horizontally conveyed in the drying unit to dry the laver spread. The drying hanger includes at least four stages And is installed in a zigzag manner so as to be dried so as to have a predetermined height, A plurality of heater rods are provided on the upper portion of the drying furnace to heat the drying furnace to heat the drying furnace, and a heat reflecting plate is installed on the rear surface of the heating rod so as to reflect the light irradiated from the heater rods, A plurality of germicidal lamps are disposed in the interior of the drying unit to sterilize the laver spread in the opening and the opening of the drying hanger so that dehumidification of the inside of the drying unit is dehumidified, A duct is installed, and a magnetron is installed inside the drying unit to dry the steam by microwaves.

Wherein the conveying chain comprises a first conveying chain formed in an endless track so as to sequentially pass through the plurality of first chain rollers and the dehydrating section and the separating section, And a second conveying chain of an endless track formed to circulate inside the drying unit.

The conveying chain is formed of a single chain formed in an endless track so as to sequentially pass through the plurality of chain rollers, the forming portion, the dewatering portion, the drying portion and the separating portion.

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The hot air duct is installed inside the drying unit, and the hot air duct is installed at upper and lower sides of the hanger so as to spray hot air at the upper and lower portions of the hanger at the time of transporting the hanger.

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And a reflector is provided on the rear surface of the sterilizing lamp so as to reflect the ultraviolet rays irradiated from the sterilizing lamp and irradiate the ultraviolet rays with the ultraviolet rays.

And a thermo-hygrostat is installed inside the drying unit.

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According to the present invention having the above-described configuration, it is possible to dry the grease within a short time by transferring the hanging hanger in a horizontal state in the drying unit, thereby saving energy of about 50 to 60% It is possible to produce high-quality steaming, and it is possible to reduce drying time by installing warm air duct, heater rod, dehumidifying duct, thermo-hygrostat, and magnetron, so that the transfer chain can be rotated at a higher speed, .

In addition, it is possible to produce high-quality steaming by sterilizing in a drying process through a sterilizing lamp.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic state diagram showing a sea-
Fig. 2 is a state diagram of the two transfer chains separated in Fig. 1,
FIG. 3 is a view showing a hanging hanger to be horizontally moved into the drying unit in the hairstyle manufacturing apparatus according to the present invention,
4 is a view illustrating a state in which a hot air duct is installed in the drying unit in the sea-island production apparatus according to the present invention,
FIG. 5 is a view illustrating a state in which a heater rod is installed inside the drying unit in the sea-
FIG. 6 is a diagram illustrating a state in which a dehumidifying duct is installed in a drying unit in the bleaching apparatus according to the present invention,
FIG. 7 is a view showing a state in which a sterilizing lamp is installed inside a drying unit in the sea-island production apparatus according to the present invention,
FIG. 8 is a view showing a state in which a thermo-hygrostat is installed inside the drying unit in the sea-island production apparatus according to the present invention,
9 is a state in which a magnetron is installed in the drying unit in the sea-island production apparatus according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1, the relief manufacturing apparatus according to an embodiment of the present invention includes a shingling portion 20 for spreading the shingles thinly on the shroud 12 of the hanging hanger 10, A drying unit 30 for drying the dewatered debris and a separating unit 35 for separating the dried laver passing through the drying unit 30 from the open space 12.

The drying unit 30 will be described in more detail because the drying unit 20, the dewatering unit 25 and the separating unit 35 have a known structure.

The drying unit 30 is configured to dry the laver spread on the opening 12 of the drying hanger 10 while transferring the drying hanger 10 to the transfer chain 40. After the drying hanger is drawn into the drying unit, It is usually composed of two stages, and is made up of four stages in order to increase the production of Kim.

A plurality of the hanging hangers 10 are installed at predetermined intervals in the conveying chain 40 and are conveyed by the intermittent operation of the conveying chain 40. The hanging hangers 10, 30 and the separating part 35 in succession to produce a continuous dried product.

3, the drying hanger 10 having passed through the dewatering unit 25 is drawn into the drying unit 30 in a horizontal state, and then the drying unit 30 The dried laver spread in the drying chamber 12 is dried.

On the other hand, in the conventional all drying apparatuses, the dryer hanger, which is horizontally conveyed through the dewatering unit, is vertically erected while being drawn into the drying unit, and each opening hanger is transported in a state of densely standing at intervals of about 2 to 5 cm, It is the way the steam is dried.

However, in the present invention, the drying hanger is vertically raised and conveyed in a horizontal state without being conveyed, thereby drying, and the drying efficiency is remarkably increased.

Accordingly, in the prior art, about 990 kwh is used for drying, but in the case of the present invention, about 400 to 500 kwh can be used for drying, thereby saving about 50 to 60% of energy.

In the horizontal transfer system of the present invention, the number of open hatches located in the drying chamber is significantly smaller than that of the vertical transfer system, but the transfer chain speed of the horizontal transfer system of the present invention is remarkably higher than that of the vertical transfer system They are delivered at a high speed and have the same or similar yield per hour.

Therefore, it is possible to produce high quality Kim as well as to reduce the amount of energy used for drying, and to reduce the number of openings by reducing the number of hangers. It is possible to reduce the cost of purchasing a building and the cost of labor due to the replacement of a new building, thereby reducing the economic burden.

That is, in the conventional vertical transferring method, since the hanging hook is densely built, it must not only be dried at a high temperature but also dried for a long time, resulting in an increase in cost due to energy use, Since the number of hanging hooks used in the apparatus is considerable, the number of hanging hangers used in the hanging hangers is large, which causes an economic burden due to the purchase cost and labor cost when the hanging hangers are changed. will be.

As described above, according to the present invention, drying of steam while horizontally conveying a hanging hanger enables to solve all the problems of the conventional vertical conveying method, and it is a revolutionary method which does not largely differ from the production amount.

1, the conveying chain 40 is provided with a plurality of chain rollers 45 for sequentially conveying the forming portion 20, the dewatering portion 25, the drying portion 30 and the separating portion 35 in sequence And may be formed of one chain formed into an endless track to pass through.

In the prior art breaker manufacturing apparatus, a drying chain is installed separately in the drying chamber as the drying hanger is transported by the vertical transfer method during drying, so that the two chains are installed to rotate in an endless track. However, The chain can be easily installed and the manufacturing cost can be reduced.

Of course, as shown in FIG. 2, it may be divided into two as in the conventional transport chain.

In this case, the conveying chain 40 is moved in the first direction by a plurality of first chain rollers 46 so as to sequentially pass the joining portion 20, the dewatering portion 25 and the separating portion 35, A second conveyance chain 42 having an endless track formed inside the drying section 30 and configured to circulate inside the drying section 30 by a plurality of second chain rollers 47; .

Even when the conveying chain is divided into two as described above, only the chain roller supporting each of the first conveying chain and the second conveying chain is further provided, and the rotation of the hanger can be guided by a remarkably small number of parts .

That is, in the case of the drying apparatus in which the opening hanger is transported by the conventional four-stage structure, the opening hanger is transported vertically to transport the hanger from the third stage to the second stage, So that a large number of parts are installed.

In the meantime, according to the present invention, it is possible to lower the height of the drying part as the drying hanger is conveyed horizontally without being vertically conveyed, As shown in FIG.

That is, the hangers 10 of the present invention can be arranged in a zigzag form so as to have at least four stages in the inside of the drying unit 30, and can be arranged in six stages, eight stages, ten stages or more So that the steam can be dried in a form that is impossible in the conventional apparatus for manufacturing Kim.

As shown in FIG. 4, the drying unit of the present invention is provided with upper and lower sides of the opening hanger 10 at regular intervals to blow hot air to the upper and lower portions of the openings 12 during transportation of the opening hanger 10 A hot air duct 50 having a plurality of spray holes 52 may be provided.

The hot air duct 50 can be installed by providing an installation space on the upper side and the lower side of the hot air duct 50 as the opening bracket is horizontally conveyed.

On the other hand, in the conventional disassembly manufacturing apparatus, since the installation hanger is vertically transferred, it is difficult to install the hanger hanger because the installation place is not enough. Even if it is installed, it can not be sprayed with hot air inside the hanger hanger being transported densely. I could not see.

As described above, since the drying time of the steam can be shortened by the installation of the hot air duct 50, the speed of the transfer chain can be further increased, thereby increasing the production of steam.

As shown in FIG. 5, the drying unit 30 is installed in the upper part of the opening hanger 10 so as to be opened at the upper part of the opening door 12 when the opening hanger 10 is conveyed. A plurality of heater rods 55 may be provided to apply heat.

Even in the case where the heater rod 55 is provided, the drying time of the steam can be shortened by the heat of the heater rod 55, and the production amount is increased. In the conventional disassembling apparatus, Even if installed, it is not possible to obtain an expected effect as the hanging hook is provided densely.

In the case where the heater rod 55 is provided, a heat reflecting plate 57 may be installed on the rear surface of the heater rod 55 so as to reflect the heat emitted from the heater rod and to irradiate the heat of the heater rod 55 have.

As shown in FIG. 6, a dehumidifying duct 60 may be provided in the drying unit 30 to be positioned on the upper side or the lower side of the hanger 10 to dehumidify the inside air .

Even when the dehumidifying duct 60 is installed, moisture can be removed to reduce the humidity inside the drying unit, thereby shortening the drying time of the steam, thereby increasing the production amount.

7, a sterilizing lamp 65 may be installed inside the drying unit 30. In this case, A plurality of sterilizing lamps 65 are provided on the upper side of the opening hanger 10 to sterilize the openings in the opener 12 and the opener 12 to thereby produce high quality steaming .

In the conventional drying process, it is merely dehydrated and dried, so that even if the microorganisms harmful to the human body are inhabited, they are dried without being removed, and there is a possibility that enteritis may occur, Even if the bacteria are not inhabited by the bacteria, there is a problem that the bacteria are inhabited because the water is always present in the opening of the hanging hanger to provide a germ generation environment.

On the other hand, in the present invention, ultraviolet rays are irradiated through a germicidal lamp to kill germs as well as fumes, thereby removing bacteria that are harmful to the human body, thereby producing high quality germ.

The reflector 67 reflects the light emitted from the sterilizing lamp 65 so that the reflector 67 is irradiated with the light emitted from the sterilizing lamp 65. [ So that ultraviolet rays can be guided to the maximum extent by irradiation and development.

Of course, the reflection plate 67 may not be provided.

In addition, as shown in FIG. 8, it is also possible to install the thermo-hygrostat 70 in the drying unit 30 without providing the hot air duct, the heater rod, and the dehumidifying duct, It is possible to produce high-quality steaming.

9, a magnetron 75 is installed in the drying unit 30 so that the microwaves generated from the magnetron 75 can be dried to shorten the drying time. can do.

According to the present invention constructed as described above, the dehydrated steam is drawn into the drying unit while being horizontally conveyed through the dewatering unit 25, so that it can be dried in a short time while conveying the steam at a high speed, And reduce the overall economic burden due to the reduction of energy cost as well as the cost of parts. The drying time can be further shortened by installing hot air ducts, heater rods, dehumidifying ducts, thermostats, and magnetrons It is possible to increase the production amount of Kim.

In addition, sterilization is performed by the installation of the sterilizing lamp, which is a useful invention that can prevent the fungus that is harmful to the human body from being formed beforehand and produce high-quality steaming.

10: hanging hanger 12:
20: Kim Seongbu 25: Dehydration part
30: Drying section 35: Separation section
40: feed chain 41: first feed chain
42: 2nd feed chain 45: chain roller
46: first chain roller 47: second chain roller
50: hot air duct 52:
55: heater rod 57: heat reflector
60: Dehumidification duct 65: Sterilization lamp
67: reflector 70: thermo-hygrostat
75: Magnetron

Claims (12)

A dewatering unit 25 for dewatering and pressing the molded product, a drying unit 30 for drying the dewatered product, a drying unit 20 for drying the dewatered product, A separating part 35 for separating the dried seaweed which has passed through the drying part 30 from the drying furnace 12 and a separating part 35 for separating the kimchi shaped part 20 and the dewatering part 25 And a conveying chain (40) for sequentially passing the drying unit (30) and the separating unit (35)
The drying hanger 10 having passed through the dewatering unit 25 is drawn into the drying unit 30 in a horizontal state and then transported horizontally in the drying unit 30, As a result,
The drying hanger 10 is installed in the drying unit 30 in a staggered manner so as to have at least four stages,
A plurality of heater rods 55 are provided inside the drying unit 30 to be positioned above the bracket 10 to heat and spread the laver spread on the rope 12, A heat reflecting plate 57 is provided on the rear surface of the heater rod 55 so as to reflect the light irradiated from the heater rod 55 and to irradiate the light emitted from the heat emitting tube 12, A plurality of germicidal lamps 65 are disposed on the upper side of the hook 10 to sterilize the spreading room 12 and the spreading room 12, A dehumidifying duct (60) is installed on the upper side or lower side of the hanging hook (10), and a magnetron (75) is installed in the drying part (30) Manufacturing apparatus.
The method according to claim 1,
The conveying chain 40 is a first conveying chain 40 formed in an endless track so as to sequentially pass the joining portion 20, the dewatering portion 25 and the separating portion 35 by a plurality of first chain rollers 46. [ And a second conveyance chain 42 having an endless track formed inside the drying unit 30 and configured to circulate inside the drying unit 30 by a plurality of second chain rollers 47 Wherein the apparatus comprises:
The method according to claim 1,
The conveying chain 40 is formed by a plurality of chain rollers 45 so that one end of the conveying chain 40 is formed into an endless track so as to sequentially pass the forming portion 20, the dewatering portion 25, the drying portion 30, Wherein the chain is made of a chain made of a metal.
delete The method according to claim 1,
The drying unit 30 is installed at the upper side and the lower side of the drying hanger 10 to emit hot air to the upper and lower portions of the drying hose 12 at a predetermined interval, Wherein the hot air duct (50) is provided with a plurality of holes (52).
delete delete delete delete The method according to claim 1,
Wherein a reflecting plate (67) is provided on the rear surface of the sterilizing lamp (65) so as to reflect the ultraviolet rays irradiated from the sterilizing lamp (65) and irradiate the ultraviolet rays by the irradiation of the sterilizing lamp (65).
The method according to claim 1,
And a thermostat / hygrostat (70) is installed inside the drying unit (30).
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