KR200454431Y1 - Laver manufacturing equipment - Google Patents

Abstract

The present invention relates to a laver manufacturing apparatus, and more particularly, to a laver manufacturing apparatus that can increase the yield by spreading the laver on the foot and at the same time by sucking moisture from the laver.

The present invention is a seaweed manufacturing unit including a seaweed forming part that spreads the seaweed mixed in water on the foot, and a dehydration unit and a drying unit for removing the water of the seaweed formed in the seaweed forming part, the supply tank of the seaweed forming part (1) 10, the water storage container 15 is installed to store the water contained in the seaweed and discharge it to the outside, and the dewatering part 3 to discharge the water stored in the water storage container 15 to the outside. A horizontal connection pipe 30 installed at a bottom of the water reservoir 15; A drain pipe 35 connected between the horizontal connection pipe 30 and the water reservoir 15 for bellowing / lowering of the horizontal connection pipe 30; The foot close contact plate which is in close contact with the bottom surface of the foot 20 while being operated during the lifting of the horizontal connection pipe 30 while being connected with the support bar 42 to the horizontal connection pipe 30 inside the water reservoir 15 ( 40); Consists of the water suction unit 50 is connected to one side of the horizontal connection pipe 30 to suck the water drained through the drain pipe 35 at the time of lifting the foot close contact plate 40 to discharge to the outside at once. It is characterized by.

 Supply container, water reservoir, foot, horizontal connector, drain, foot stick, water suction

Description

Laver manufacturing equipment {LAVER MANUFACTURING APPARATUS}

The present invention relates to a laver manufacturing apparatus, and more particularly, to a laver manufacturing apparatus that can increase the yield by spreading the laver on the foot and at the same time by sucking moisture from the laver.

In general, dried laver is finely chopped Haitai collected in aquaculture, mixed with water and spread thinly attached to the foot and then dried and produced. In addition, in recent years, Haitai manufacturing apparatus has been developed and used to automate the production process of dried seaweed in order to reduce labor and increase the amount of production according to the seaweed production.

Such a laver manufacturing apparatus is disclosed in various types such as Republic of Korea Patent Publication No. 2003-0023222, Republic of Korea Utility Model Publication No. 20-0277920, Republic of Korea Utility Model Publication No. 20-292229.

The laver manufacturing apparatus is to move the claw to the drying unit after forming and dehydrating while transporting the foot hanger to the horizontal conveying chain conveying in an endless track in a towed state by repeating the transfer and stop. The speed is determined by the feed speed of the horizontal feed chain.

However, if the feed rate of the horizontal feed chain is increased to increase the production speed of seaweed, the time for forming is shortened, and a large amount of water remains in Haitai Woncho formed on the foot with a short drainage time. Due to the inertia of the intermittent operation of the molding shape is disturbed to occur, causing a poor molding, a problem of lowering the quality of the product.

Accordingly, as described in Korean Patent No. 083878, a laver forming apparatus and a Haitai dryer using the same have been disclosed, which are capable of more precisely controlling the lifting and lowering of operating elements.

However, the conventional laver manufacturing apparatus including the patent is to transfer the horizontal transfer chain to the dehydration unit after molding of the seaweed to dehydrate the Hataewoncho (water laver) formed on the foot, even if precisely controlled by the movement of the horizontal transfer chain Due to this, the shaping of the molded Hataewon grass was not completely solved.

In addition to the rapid production of seaweed, Haitai Woncho unfolds evenly to produce a high-quality molded seaweed is required situation.

The present invention was devised to solve the above problems, and the object of the present invention is to go through the Kim Sung-hyun process of spreading the seaweed on the foot and at the same time to dehydrate by inhaling the water contained in the seaweed at the bottom of the foot, so that no separate dehydration device is installed. It is not necessary to provide a laver manufacturing apparatus that can evenly spread laver as the gimseonghyeong and dehydration are simultaneously performed even at the fast moving of the foot due to the increased speed of horizontal transfer chain. .

In the constitution of the present invention for achieving the above object, in the laver manufacturing apparatus including a laver and the dehydration and drying unit for removing the water of the laver formed in the laver and the laver and the deformable part of the laver mixed with water; Water storage tanks are installed at the lower side of the water supply tank to store the water contained in the seaweed and discharge to the outside, and the dehydration unit is disposed at the bottom of the water storage tank to discharge the water stored in the water storage tank to the outside. Horizontal connector installed; A drain pipe connected to the bellows type for raising / lowering of the horizontal connection pipe between the horizontal connection pipe and the water reservoir; A foot close contact plate which is in close contact with the bottom surface of the foot while being operated during the lifting of the horizontal connection pipe while being connected with the support bar to the horizontal connection pipe inside the water reservoir; It characterized in that it consists of a water suction unit connected to one side of the horizontal connection pipe to suck the water drained through the drain pipe at a time and ascend when the elevating the foot close contact plate to the outside.

At this time, the water suction unit, at least three or more connection holes are formed, one of which is connected to one side of the horizontal connection pipe and the water discharge pipe; A suction pump connected to another connection hole of the water discharge pipe to suck water drained into the horizontal connection pipe and discharge the water to the outside; It is preferable that the suction blocking plate is installed to temporarily block the connection hole to which the horizontal connection pipe is connected while being rotated by the rotation means inside the water discharge pipe.

Here, the rotating means, the rotating shaft is rotatably provided in a state in which the suction blocking plate is integrally coupled to the inside of the water discharge pipe, and the connecting piece is installed eccentrically on one side of the rotating shaft exposed to the outside of the water discharge pipe; It is preferable that the rod is connected to the end of the connecting piece and configured with a pneumatic cylinder for rotating the rotary shaft by the pull-in / pull-out operation of the rod.

According to the present invention configured as described above, by forming and dehydration of the seaweed at the same time it is possible to produce a high-quality seaweed can be evenly spread even during rapid movement of the foot by increasing the moving speed of the horizontal transfer chain.

Hereinafter, with reference to the accompanying drawings will be described in detail the laver production apparatus of the present invention.

Figure 2 is a schematic front view showing the gimseong portion and dehydration portion of the laver manufacturing apparatus according to the present invention, Figure 3 is a schematic state diagram showing the dewatering portion of the laver manufacturing apparatus viewed from the left of Figure 2, Figure 4 is Figure 5 is an exploded perspective view showing the dehydration portion of the laver manufacturing apparatus, Figure 5 is a cross-sectional state diagram of the dewatering portion coupled to the reservoir according to the present invention, Figure 6 is a state diagram of the water reservoir and the foot contact plate according to the rise of the dewatering portion according to the present invention , Figure 7 is a state diagram showing a water suction unit connected to the horizontal connection pipe according to the present invention, Figure 8 is a cross-sectional state view showing a suction blocking plate provided in the water discharge pipe according to the present invention.

As shown in the figure, the laver manufacturing apparatus according to the present invention is finely shredded like the existing apparatus, the laver forming part (1) to thinly spread the laver mixed in water on the toe, and dehydration to remove moisture from the formed laver Part 3 is included. In addition, a drying unit (not shown) for drying the dehydrated seaweed and a separating unit (not shown) for separating the dried seaweed from the foot 20 are provided.

In addition, a horizontal transfer chain (not shown) that rotates along an endless track for transporting the footrest on which the footrest 20 is installed to the gimsung part, the dewatering part, the drying part, and the separating part in a towing state is provided. The horizontal conveying chain is rotated by an intermittent movement method of repeating the transfer and stop, and the toe hook to be pulled to this is passed through the gimseongseong part, dehydration part, drying part, the separating part sequentially.

The gimseong portion and the drying portion and the separation portion is already known in the art will not be described any more about the coupling relationship and the operation principle, and the present invention will be described with an emphasis on the dehydration portion (3).

Before describing the dehydration portion (3) to look at the conventional gimseong molding portion, in the conventional gimseong molding portion when the foot 20 is transferred to the bottom of the mold 12a and the reservoir 12b the forming mold ( 12a) is lowered and mounted on the foot 20, and the biting of the supply container 10 is supplied to the foot 20 according to the ascending operation of the valve body 11 shown in FIG.

Here, the reservoir 12b is a rectangular cylinder formed of a rubber material, and is provided in plurality, and the reservoir 12b is installed in a state surrounded by a reservoir cover body 12c made of an iron plate.

In the present invention, the reservoir 12b is not provided, the bottom surface of the reservoir cover body 12c is closed, and a water reservoir 15 formed of a rectangular cylinder as shown in FIG. 2 is provided, and the water reservoir ( 15) is connected to the dehydration unit (3).

Therefore, in the present invention, the dehydration is performed through the dehydration part 3 at the same time as the gimseong forming through the gimseong part (1).

As such, the water storage container 15 to temporarily discharge the water contained in the seaweed falling off while the steaming on the foot 20 is placed on the lower side of the supply tank 10 of the gimseong portion 1 of the present invention is discharged to the outside Is installed, the water reservoir 15 is provided at the lower side of each of the supply cylinder (10), respectively.

And, the dehydration portion 3 of the present invention is a horizontal connecting pipe 30 is installed on the bottom of the water reservoir 15 to discharge the water stored in the water reservoir 15 to the outside, and the horizontal connection tube A drain pipe 35 connected to a drain port 16 of the water reservoir 15 for a rise / down of the horizontal connection pipe 30 between the water reservoir 15 and the water reservoir 15, and installed in a bellows style; Foot close contact plate in close contact with the bottom surface of the foot 20 while being operated in accordance with the lifting of the horizontal connecting pipe 30 while being connected to the horizontal connecting pipe 30 to the support bar 42 on the inside of the water reservoir 15. 40 and the water suction unit connected to one side of the horizontal connection pipe 30 to suck the water drained through the drain pipe 35 at the time of lifting the foot close contact plate 40 to discharge to the outside at once. It consists of 50.

The horizontal connection pipe 30 is formed as a pipe to connect the water reservoir 15 as shown in Figure 4 to collect the water in the water reservoir 15 to discharge to the outside.

5 and 6, the drain pipe 35 is bellows-like so that the horizontal connection pipe 30 is lifted and operated without changing the position of the water reservoir 15 when the horizontal connection pipe 30 is elevated. It is formed to be stretched and adjusted, and when the horizontal connection pipe 30 ascends the foot close contact plate 40 is raised together to protrude to the inner upper portion of the water reservoir 15 to support the bottom surface of the foot holder is installed foot Done.

The foot close contact plate 40 is installed to the inside of the drain pipe 35 so as to move up / down in the same way as the horizontal connection pipe (30).

Here, the water suction unit 50 is connected to the water discharge pipe 52 and the water discharge pipe 52 connected to one side of the horizontal connection pipe 30, the water drained to the horizontal connection pipe (30) Suction pump 55 to suck and discharge to the outside, and the suction is installed to temporarily block the connection hole 53 to which the horizontal connection pipe 30 is connected while being rotated by a rotating means inside the water discharge pipe 52 It consists of a blocking plate 57.

At least three or more connecting holes must be formed in the water discharge pipe 52. That is, two connecting holes to which the horizontal connecting pipe 30 and the suction pump 55 are connected and one connecting hole to which the discharge pipe 60 is connected for water discharge should be formed.

The suction blocking plate 57 is installed inside the water discharge pipe 52 to control suction of water in the water reservoir 15, and the suction blocking plate 57 is the horizontal connection pipe among the connection holes. It is sufficient to form an area enough to block the connection hole 53 to which the 30 is connected, and in the embodiment of the present invention, the cross-sectional shape was formed in a quadrant.

The suction blocking plate 57 is provided to be integrally coupled to the outer circumferential surface of the rotating shaft 65, which will be described later, and rotates in accordance with the case where the water is spread on the foot 20 by the lowering of the molding frame 12. This is to prevent the inhalation of water by opening 53) to allow the water contained in the water tank to be sucked and then closing the connection hole 53 when the mold 12 is raised.

Here, the rotating means for rotating the suction blocking plate 57 is rotatable in a state in which the suction blocking plate 57 is integrally coupled to the inside of the water discharge pipe 52, as shown in FIG. Rotating shaft 65 is provided so as to, the connecting piece 66 is installed eccentrically on one side of the rotating shaft 65 exposed to the outside of the water discharge pipe 52, the rod is connected to the end of the connecting piece 66 It consists of a pneumatic cylinder (67) for rotating the rotary shaft (65) when the rod is pulled in / out.

Therefore, when the rod of the pneumatic cylinder 67 is drawn in, the suction blocking plate 57 closes the connection hole 53. When the rod of the pneumatic cylinder 67 is drawn out in this state, As the connecting piece 66 is rotated, the rotating shaft 65 is rotated. Accordingly, the suction blocking plate 57 is rotated to open the connection hole 53.

After the opening of the connection hole 53, the suction of the water from the steaming water placed on the foot 20 by the operation of the suction pump 55 to drop into the horizontal connecting pipe 30 and then to the water discharge pipe 52 It is discharged through the discharge pipe 60 connected.

The dewatering part 3 of the present invention is connected to the main driving shaft 13 of the gimbling part by a lifting bar 14 so as to raise and lower the water reservoir 12b as in the conventional water tank 12b lifting means. That is, the elevating bars 14 are respectively provided at both ends of the horizontal connecting pipe 30 in the longitudinal direction, and the horizontal connecting pipe 30 is moved up / down in accordance with the rotation of the main drive shaft 13. .

At this time, the rising / lowering of the horizontal connection pipe 30 is connected to operate in conjunction with the lifting / lowering operation of the mold 12a, as in the conventional laver manufacturing apparatus.

In the present invention, but the mechanical mechanism using the pneumatic cylinder 67 for the rotation of the suction blocking plate 57, but the rotary shaft 65 to which the suction blocking plate 57 is coupled to be rotated by the PLC PLC It is natural that the rotation of the suction blocking plate 57 may be controlled by controlling the motor by automating by an electric mechanism using a programmable logic controller.

The present invention configured as described above is to lower the mold 12a to expand the steaming on the foot 20, and to raise the valve body 11 inside the supply container 10 to supply the steaming over the foot 20 to expand. do. At the same time, as the horizontal connection pipe 30 is elevated, the foot close contact plate 40 is lifted to support the bottom of the foot 20, while dropping the water contained in the water tank into the water reservoir 15, By suctioning the water in the water reservoir 15 by the operation of the suction pump 55 to pass through the drain pipe 35, the horizontal connection pipe 30 and the water discharge pipe 52 in order to discharge to the outside through the discharge pipe (60). do.

As such, as the water is placed on the foot 20 and the dehydration operation is performed, the dehydration process does not need to be performed in the next step, and even if the foot 20 is quickly transferred by increasing the speed of the horizontal transfer chain. It is possible to prevent the phenomenon of laver.

1 is a schematic front view showing a gimseong portion of the conventional laver production apparatus,

Figure 2 is a schematic front view showing the gimseong portion and dehydration portion of the laver manufacturing apparatus according to the present invention,

Figure 3 is a schematic state view showing the dehydration portion of the laver manufacturing apparatus viewed from the left of Figure 2,

Figure 4 is an exploded perspective view showing the dehydration portion of the laver production apparatus according to the present invention,

Figure 5 is a cross-sectional state diagram of the dewatering portion coupled to the reservoir according to the present invention,

6 is a state view of the water reservoir and the foot close contact plate according to the rise of the dewatering portion according to the present invention,

Figure 7 is a state showing the water intake connected to the horizontal connection pipe according to the present invention,

Figure 8 is a cross-sectional view showing a suction shield plate provided inside the water discharge pipe according to the present invention.

<Description of Symbols for Main Parts of Drawings>

1: Kim Sung-hyung 3: Dewatering

10: supply cylinder 11: valve body

12a: mold 12b: reservoir

12c: Reservoir cover body 13: Main drive shaft

14: lifting bar 15: water reservoir

16: drain 20: foot

30: horizontal connector 35: drain pipe

40: foot contact plate 42: support bar

50: water suction portion 52: water discharge pipe

53: connection hole 55: suction pump

57: suction block 60: discharge pipe

65: rotating shaft 66: connecting piece

67: pneumatic cylinder

Claims (3)

In the laver manufacturing apparatus comprising a laver and a dehydration and drying unit for removing the water of the laver formed in the laver and the laver forming the laver mixed with water on the foot; The water storage container 15 is installed at the lower side of the supply tank 10 of the gimseong forming unit 1 so as to store the water contained in the seaweed and discharge it to the outside. The dewatering part (3), and the horizontal connecting pipe 30 is installed on the bottom of the water reservoir 15 to discharge the water stored in the water reservoir 15 to the outside; A drain pipe 35 connected between the horizontal connection pipe 30 and the water reservoir 15 for bellowing / lowering of the horizontal connection pipe 30; The foot close contact plate which is in close contact with the bottom surface of the foot 20 while being operated during the lifting of the horizontal connection pipe 30 while being connected with the support bar 42 to the horizontal connection pipe 30 inside the water reservoir 15 ( 40); Consists of the water suction unit 50 is connected to one side of the horizontal connection pipe 30 to suck the water drained through the drain pipe 35 at the time of lifting the foot close contact plate 40 to discharge to the outside at once. Seaweed manufacturing apparatus characterized in that the. The method of claim 1, The water suction unit 50, the water discharge pipe 52 is formed with at least three or more connection holes, one of which is connected to one side of the horizontal connection pipe (30); A suction pump 55 connected to another connection hole of the water discharge pipe 52 to suck water drained into the horizontal connection pipe 30 and discharge the water to the outside; Rotating by the rotating means inside the water discharge pipe 52, characterized in that consisting of the suction blocking plate 57 is installed to temporarily block the connection hole 53 is connected to the horizontal connection pipe 30 of the connection hole (30). Laver manufacturing apparatus. The method of claim 2, The rotating means may include a rotating shaft 65 rotatably provided in a state in which the suction blocking plate 57 is integrally coupled to the water discharge pipe 52. A connection piece 66 installed eccentrically on one side of the rotation shaft 65 exposed to the outside of the water discharge pipe 52; The rod is connected to the end of the connecting piece (66), laver manufacturing apparatus characterized in that consisting of a pneumatic cylinder (67) for rotating the rotary shaft (65) by the pull in / out operation of the rod.

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