KR20090078374A - Apparatus for making laver - Google Patents

Abstract

An apparatus for forming laver into a sheet form is provided to allow water to be separated from a laver drying screen, thereby reducing the processing time. An apparatus for forming laver into a sheet form comprises a frame; a wet laver supply part(300) which is installed in the frame to supply the wet laver comprising the cut laver and water quantitatively; a molding frame(500) which is installed at the lower part of the wet laver supply part so as to be ascended and descended, and is supplied with the wet laver from the wet laver supply part to mold it on a laver drying screen; a water tank(600) which is located at the lower part of the molding frame, and where the laver drying screen is loaded so as to allow the water from the laver drying screen to be flown and to be discharged through a discharge hole; a molding frame lifting unit(510) which is installed at the frame and lifts the molding frame; and a pressure reducing part(700) which is prepared at one side of the water tank to decrease the pressure of the inner space of the water tank, thereby allowing the water separated from the laver drying screen to be flown into the water tank by the pressure difference of inside and outside of the water tank.

Description

Haitai Beginner {APPARATUS FOR MAKING LAVER}

The present invention relates to a herbicidal herbicide, and more particularly, to a herbaceous herbicide which is herbaceous herb mixed with water.

Haitai herbicide is placed on the foot, and mixed with water and Haitai poured into the foot on the inside of the mold is recently made automatically by a mechanical method.

As a prior art of the Haitai herbicide which can perform such a Haitai herbicide operation automatically, the laver molding apparatus of Korean Patent Utility Model Publication No. 0295361 is disclosed.

The seaweed forming apparatus according to the prior art is a tank in which the seaweed mixed with finely divided Haitai and water is stored, and the water tank is connected to the tank, and a plurality of discharge holes are formed on the bottom surface of the supply passage installed at predetermined intervals, and inside the supply passage. A valve body having a plurality of valves installed at a lower part of the supply container, and being provided at a lower part of the supply container, and being provided at a lower part of the supply container and separated from the water tank. It consists of a reservoir that receives and discharges the drained water. And the lifting means for raising and lowering the valve body and the shaping | molding die is provided, The herbicide base board in which the several drainage holes were formed in the upper surface of a water tank so that a foot length may be seated is provided.

As described above, when the foot is seated on the herbicide base plate, the laver molding device of the related art is configured to be lowered and placed on the foot, and the valve body is raised to open the discharge hole of the supply container. At this time, the water steam in the supply container is supplied onto the foot in the mold through the discharge hole. The supplied seaweed is separated from the foot into Haitai and water, which is filtered on the top of the foot and the water is drained into the reservoir. Thus, taitai is herbized on a foot in a certain size.

However, the seaweed forming apparatus of the prior art has a problem in that the separation time between the Haitai and the water takes a long time because water is separated from the water by flowing into the reservoir through the drainage hole of the foot and herbicide base plate by its own weight. As a result, Haitai's herbicide work was lengthened, which made it difficult to increase the yield of seaweed.

Thus, herbicide herbicide can be carried out by using water steamed to increase the concentration of haetae mixed in water so that the herbicide operation can be performed in a short time. However, this has a problem that the thickness of the haetai filtered over the foot due to the increase in the concentration of haetai, thick or uneven, the drying time is long, and during the artificial drying, the consumption of fuel for the generation of dry heat increases the manufacturing cost increases .

In addition, in the Haitai dryer that manufactures dried laver by repeatedly herbicide, dehydration, drying, and stripping while transporting a plurality of foot lengths to the attachment chain circulating along the closed loop path at regular intervals, the dehydration part after the Haitai herbicide When the foot is moved, there is a problem in that the amount of water separated by its own weight is limited and the haitai on the foot is disturbed. This is because the size of herbaceous seaweed is deformed or the thickness is not uniform, it requires a lot of cost and time when drying and the quality of the produced seaweed has been generated.

The present invention is to solve the problems of the prior art, an object of the present invention is to provide a Haitai herb which can forcibly separate the water from the steaming water supplied on the foot in a short time.

Haitai herb of the present invention for achieving the above object is a frame; A water feeding unit installed on the frame and receiving water mixed with finely divided Haitai and water to supply water in quantity; A molding frame provided to be liftable at a lower portion of the water supply unit to receive water from the water supply unit and to form Haitai on her foot; A storage tank provided at a lower portion of the molding frame, the foot being placed on an upper surface thereof, and having a discharge port formed therein so that the haetai is herbicided on the foot and the remaining water is introduced from the water tank; A molding frame lifting part installed on the frame to lift the molding frame; A pressure drop provided on one side of the reservoir to lower the pressure in the inner space of the reservoir to allow the water separated from the foot to flow into the reservoir by the pressure difference between the inside and the outside of the reservoir.

The water supply unit is installed in the frame, the water supply flows through the supply passage formed with a plurality of discharge holes on the bottom surface; A valve body provided to be movable up and down inside the supply container, and having a plurality of valves configured to open and close the discharge hole at a lower end thereof; It is provided with the valve body lifting part which is provided in the said frame and raises and lowers the said valve body.

The pressure drop unit is connected to the reservoir and the suction pipe blower for sucking and discharging the air in the internal space of the reservoir; Suction pipe opening and closing means provided on the suction pipe to open the suction pipe when the tai chi is herbized on the foot; And an outlet shielding means provided at an outlet of the reservoir to shield the outlet when air in the internal space of the reservoir is sucked by the blower.

The valve body lifting unit is rotatably provided in the frame and the drive shaft for receiving the rotational force of the drive motor to rotate; A first cam member provided on the drive shaft; A first driving arm which is brought into contact with the first cam member to be moved up and down; It is connected to the distal end of the first driving arm and is provided with an extension rod extending from an upper end of the valve body.

The forming frame lifting portion and the second cam member provided on the drive shaft; A second driving arm which is brought into contact with the second cam member to be moved up and down; A first connecting rod connected to the distal end of the second driving arm to move up and down; A driven shaft rotatably mounted to the frame; A first driven arm having one side connected to the first connecting rod and the other side fixed to the driven shaft, and rotated by the first connecting rod being elevated to rotate the driven shaft; The second driven arm is fixed to the driven shaft and pivoted up and down to support the lifting frame in which the molding frame is lifted with a predetermined elastic force.

The suction pipe has a first suction pipe extending from the blower and a second suction pipe extending from the reservoir.

The suction pipe opening and closing means includes a valve housing connected to the first and second suction pipes in communication; A rotating plate which is fixed to a rotating shaft rotatably installed to penetrate the valve housing and opens and closes a second suction pipe by a rotational operation when the rotating shaft rotates inside the valve housing; A third cam member provided on the drive shaft; A third driving arm in contact with the third cam member to pivot up and down; A second connecting rod connected to the front end of the third driving arm to move up and down; A third driven arm connected to the second connecting rod and pivoted up and down; A third connecting rod connected to the third driven arm for linear reciprocating motion; One side is connected to the third connecting rod, and the other side is provided with a fourth driven arm connected to the rotary shaft to rotate the rotary shaft.

The outlet shielding means is provided with a trap formed on the lower surface of the reservoir, and is formed to be bent from the discharge port so that water is accumulated therein.

According to the present invention, since water is forcibly sucked from the steaming water supplied to the upper surface of the foot by the suction force of the blower and introduced into the reservoir, the water can be separated from the steaming water in a short time, so that the herbaceous herbicide working time can be increased without increasing the concentration of the seaweed. It is shortened, there is an advantage that the amount of seaweed production per unit time is increased.

In addition, it is possible to increase the amount of water in the seaweed, so that the Haitai concentration can be lightened, there is an advantage that can produce a good quality thinner thin.

On the other hand, in the present invention, since water is sucked and separated from the water by the suction force, the haetae herb on her foot is closely adhered to the suction power on the paw, so that the herb is repeatedly herbicide, dehydration, drying and stripping to produce dry laver. When applied to, there is an advantage that the haze of the taiji due to the movement of the foot is prevented.

On the other hand, it is possible to thin the thickness of the Haitai herbicide on the foot, the drying time is shortened, the artificial drying has the advantage that the cost of the fuel for the generation of drying heat is greatly reduced, the manufacturing cost is low.

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

1 and 2 show the structure of the Haitai herbicide of this example.

1 and 2, the Haitai herbaceous plant according to the present embodiment is installed in the water steaming tank 100 and the frame 200, in which the steamed seaweed mixed with the water is stored, and the water steaming tank 100 is installed. The water-steam supply unit 300, which is supplied in a quantitative manner, and receives the water-steamed water from the water-steaming supply unit 300, forms a mold 500 for herbaceous seaweed in a predetermined standard on the foot 400, and the foot 400 is placed on the upper surface. The water tank 600 formed with a discharge port 610 at the lower part to receive and separate the water separated by the foot pad 400 and the pressure of the internal space of the water tank 600 are dropped to separate the water separated from the foot pad 400. It consists of a pressure drop 700 to be introduced into the reservoir 600 by the internal / external pressure difference of the reservoir 600.

The water feeding unit 300 is installed in the frame 200 to guide the water discharged from the water tank 100, water guide guide 310 and the water guide through the water guide (310) so that the water flows into the frame 100 Supply pipe 320 is installed in the bottom and the plurality of discharge holes 321 is formed on the bottom surface, and is installed to be elevated in the interior of the supply cylinder 320 and a plurality of stoppers for opening and closing the discharge hole 321 at the bottom The valve body 330 provided and the valve body lifting part 340 which raises and lowers the valve body 330 by a predetermined cycle are comprised.

The molding die 500 is provided in the lower portion of the valve body 330 so as to be liftable and upper and lower portions thereof are opened. In addition, a molding frame lifting unit 510 for elevating the mold 500 in a predetermined cycle is provided.

The valve body lifting unit 340 includes a drive shaft 341 rotatably provided in the frame 200, a drive motor 342 for rotating the drive shaft 341, and a first cam installed on the drive shaft 341 to rotate. The valve is connected to the front end of the first driving arm 344 and the first driving arm 344 rotatably mounted to the frame 200 to be in contact with the first cam member 343 and to be moved up and down. It consists of an extension rod 345 extending on the upper surface of the sieve 330.

Molding frame lifting portion 510 is the second cam member 511 provided on the drive shaft 341, and the second drive arm 512 is installed in the frame 200 in contact with the second cam member 511 to move up and down And a first connecting rod 513 connected to the front end of the second driving arm 512 and being elevated, a driven shaft 514 rotatably installed on the frame 200, and a first connecting rod 513. The other side is connected to the first driven arm 515 and the driven shaft 514 to rotate the driven shaft 514 while being rotated by the first connecting rod 513 is fixed to the driven shaft 514 and the lifting A second driven arm 516 that is fixed and pivoted and supports the lifting frame 520 in which the molding frame 500 is installed to be elevated with a predetermined elastic force is provided.

The reservoir 600 has an upper opening and a herbicide base plate 620 on which the footrest 400 is placed. The herbicide base plate 620 is formed with a drain hole 621 such that the water separated by the foot length 400 flows into the reservoir 600.

The pressure drop unit 700 is connected to the reservoir 600 and the suction pipe 710 by a blower 720 for suctioning and discharging the air in the internal space of the reservoir 600, and the suction pipe 710 provided on the suction pipe 710. A suction pipe opening and closing means 730 for opening and closing the air, and when the air in the reservoir 600 is sucked by the blower 720, the outlet of the reservoir 600 is shielded so that a pressure drop occurs in the reservoir 600 and a predetermined amount or more. Outlet shielding means 740 for discharging when the water is introduced into the reservoir 600.

The suction pipe opening / closing means 730 is a valve 731 for opening the suction pipe 710 and the valve 731 for opening the suction pipe 710 when the eccentricity is first initiated by the footrest 400 and the separated water flows into the reservoir 600. The drive mechanism 732 is comprised.

In the present embodiment, the suction pipe 710 is separated into a first suction pipe 711 connected to the blower 720 and a second suction pipe 712 connected to the reservoir 600, and the first and second suction pipes 711.712 are connected to each other. It is fixed to the valve housing 731a and the rotating shaft 731b which is rotatably installed through the valve housing 731a, and the rotation plate which opens and closes the 2nd suction pipe 712 by the rotation operation in the valve housing 731a. The valve 731 provided with 731c is applied.

Then, a separate third suction pipe 713 is connected to the valve housing 731a, and the second and third suction pipes 712 and 713 may be selectively opened and closed when the rotating plate 731c rotates. This is a general three-way valve and its detailed description is omitted.

On the other hand, the suction force of the blower 720 generated by the third suction tube 713 is used to remove the dried steam from the foot when the embodiment is applied to the Haitai dryer.

The drive mechanism 732 includes a third cam member 732a provided on the drive shaft 341 and a third drive arm rotatably installed on the frame 200 to be rotated up and down in contact with the third cam member 732a. 732b, a second type connecting rod 732c connected to the end of the third driving arm 732b and being elevated, and a third type connected to the second connecting rod 732c and installed on the frame 200 to pivot up and down. One side is connected to the east arm 732d, the third driven arm 732d to linearly reciprocate, and the third connection rod 732e and the other side is connected to the rotating shaft 731b. The fourth driven arm 732f is connected to rotate the rotating shaft 731b.

Outlet shielding means 740 is bent from the outlet 610 of the lower surface of the reservoir 600 is applied to the trap 740 ′ formed to collect water therein.

The bend of the trap 740 'may be formed in a' Ｕ ',' S 'shape.

Hereinafter, the operation of the present embodiment configured as described above will be described.

Water steam is supplied from the water tank 100 to the supply container 320, the blower 720 is driven to generate a suction force.

At this time, the valve body lifting unit 340 and the molding frame lifting unit 510 are intermittently operated by the driving motor 342. First, the lifting frame 520 is lowered by the operation of the molding frame lifting unit 510. The lifting frame is lowered until the molding frame 500 is in close contact with the footrest 400 mounted on the herbicide base plate 620 of the reservoir 600. Then, the valve body 330 is raised by the operation of the valve body lifting unit 340.

The operation of the valve body lifting unit 340 and the molding frame lifting unit 510 is intermittently driven by the first and second cam members 343 and 511 rotated by the rotation of the drive shaft 341. This pivots up and down. In addition, the extension rod 345, the first connection rod 513, and the first and second driven arms 515 and 516, which are linked to the first and second drive arms 344 and 512, are interlocked with each other to form the mold 500 and the valve body. 330 is sequentially raised and lowered.

When the valve body 330 is raised, the discharge hole 321 of the supply cylinder 320 is opened, and the steam in the supply cylinder 320 is discharged to the forming mold 500. At this time, the suction pipe opening and closing means 730 of the pressure drop unit 700 is operated to suck the air in the internal space of the reservoir 600 due to the suction force of the blower 720.

The operation process of the suction pipe opening and closing means 730 is intermittently made by the third cam member 732a which is rotated by the rotation of the drive shaft 341 which is the driving power source of the valve body lifting unit 340 and the molding frame lifting unit 510. The three drive arm 732b is pivoted up and down. In addition, the second and third connecting rods 732c and 732e and the third and fourth driven arms 732d and 732f linked to the third driving arm 732b are interlocked so that the rotation shaft 731b of the valve 731 is moved. Is rotated. At this time, the rotating plate 731c is rotated to open the second suction pipe 712.

On the other hand, when the air in the interior space of the reservoir 600 is sucked by the blower 720, the pressure drop occurs in the interior space of the reservoir 600 and the suction force is generated. In particular, since the outlet 610 of the reservoir 600 is shielded by the trap 740 ′, the suction force of the internal space of the reservoir 600 generated by the pressure drop is increased by the drain hole of the top bottom plate 620 of the reservoir 600. Acts on foot 400 through 621.

At this time, the water supplied to the upper surface of the foot 400 is sucked. Thus, Haitai is herbicide on the foot 400, water is quickly introduced into the reservoir 600 by the suction force. In particular, Haitai is in close contact with the upper surface of the foot 400.

Water introduced into the reservoir 600 is discharged to the outside through the trap 740 'through the outlet 610 when the water level is higher than the appropriate level in the reservoir 600.

When the water separated from the steam by the foot pad 400 is introduced into the reservoir 600, the suction pipe opening and closing means 730 is operated in the reverse direction, so that the rotating plate 731c of the valve 731 shields the second suction pipe 712. Done. In addition, the valve body lifting unit 340 and the molding frame lifting unit 510 are sequentially operated in the reverse direction, so that the molding frame 500 is raised, and the valve body 330 is lowered so as to discharge the discharge holes of the supply cylinder 320 ( 321 is shielded.

This process is performed during one rotation of the cam member, and is repeatedly performed while the drive shaft is rotating.

When the haetaecho is herbicide on the foot 400, the footing 400 is removed from the herbicide base plate 620 of the reservoir 600 to dry the hermited haetae.

On the other hand, when the Haitai herbicide, which is an embodiment of the present invention, is applied to the Haitai Dryer which manufactures dried laver by repeatedly herbicide, dehydration, drying, and stripping, the hernia 400 is herbaceous on the foot 400, and the foot 400 is dehydrated. In this case, the ectopic herbicide on the upper surface of the foot 400 is press-closed to prevent the haitai from being distracted on the foot 400 during movement.

The embodiments of the present invention described above should not be construed as limiting the technical spirit of the present invention. The scope of protection of the present invention is limited only by the matters described in the claims, and those skilled in the art can change and change the technical idea of the present invention in various forms. Therefore, such improvements and modifications will fall within the protection scope of the present invention, as will be apparent to those skilled in the art.

1 is an embodiment of the Haitai herb according to the present invention, a view showing an extract of the main part,

2 is a view showing the internal structure of the embodiment according to FIG.

3 is a view showing the structure of the valve portion which is the suction pipe opening and closing means of the embodiment according to FIG.

4 is a view showing the structure of a drive mechanism for driving a valve which is a suction pipe opening and closing means of the embodiment according to FIG.

<Description of Symbols for Main Parts of Drawings>

100: water tank 200: frame

300: water supply unit 400: foot

500: forming mold 600: reservoir

610: outlet 700: pressure drop

710: suction tube 720: blower

730: suction pipe opening and closing means 740: outlet shielding means

Claims (5)

A frame; A water feeding unit installed on the frame and receiving water mixed with finely divided Haitai and water to supply water in quantity; A molding frame provided to be liftable at a lower portion of the water supply unit to receive water from the water supply unit and to form Haitai on her foot; A storage tank provided at a lower portion of the molding frame, the foot being placed on an upper surface thereof, and having a discharge port formed therein so that the haetai is herbicided on the foot and the remaining water is introduced from the water tank; A molding frame lifting part installed on the frame to lift the molding frame; It is provided on one side of the reservoir, the pressure drop in the internal space of the reservoir includes a pressure drop for introducing the water separated from the foot into the reservoir by the pressure difference between the inside and outside of the reservoir Beginners. The method of claim 1, The water supply unit A supply passage installed in the frame, the water flows in, and a plurality of discharge holes are formed in a bottom surface thereof; A valve body provided to be movable up and down inside the supply container, and having a plurality of valves configured to open and close the discharge hole at a lower end thereof; A Haitai herbaceous machine comprising a valve body lifting part provided on the frame to lift and lower the valve body. The method according to claim 1 or 2, The pressure drop is A blower connected by the reservoir and the suction pipe to suction and discharge air in the internal space of the reservoir; Suction pipe opening and closing means provided on the suction pipe to open the suction pipe when the tai chi is herbized on the foot; And a discharge port shielding means provided at the discharge port of the reservoir to shield the discharge port when the air in the internal space of the reservoir is sucked by the blower. The method of claim 3, wherein The valve body lifting unit A drive shaft rotatably provided in the frame to rotate by receiving a rotational force of a drive motor; A first cam member provided on the drive shaft; A first driving arm which is brought into contact with the first cam member to be moved up and down; It is connected to the front end of the first drive arm is provided with an extension rod extending from the upper end of the valve body, The mold lifting portion A second cam member provided on the drive shaft; A second driving arm which is brought into contact with the second cam member to be moved up and down; A first connecting rod connected to the distal end of the second driving arm to move up and down; A driven shaft rotatably mounted to the frame; A first driven arm having one side connected to the first connecting rod and the other side fixed to the driven shaft, and rotated by the first connecting rod being elevated to rotate the driven shaft; The Haitai initial machine, characterized in that the second driven arm is fixed to the driven shaft, the lifting frame is supported by the lifting frame is installed to be elevated by a predetermined elastic force. The method of claim 4, wherein The suction pipe A first suction pipe extending from the blower and a second suction pipe extending from the reservoir, The suction pipe opening and closing means A valve housing connected to the first and second suction pipes in communication; A rotating plate which is fixed to a rotating shaft rotatably installed to penetrate the valve housing and opens and closes a second suction pipe by a rotational operation when the rotating shaft rotates inside the valve housing; A third cam member provided on the drive shaft; A third driving arm in contact with the third cam member to pivot up and down; A second connecting rod connected to the front end of the third driving arm to move up and down; A third driven arm connected to the second connecting rod and pivoted up and down; A third connecting rod connected to the third driven arm for linear reciprocating motion; One side is connected to the third connecting rod, the other side is provided with a fourth driven arm connected to the rotary shaft to rotate the rotary shaft, The outlet shielding means The discharge port is formed on the lower surface of the reservoir, the Haitai early stage characterized in that the trap is formed so that the water is accumulated therein is extended from the discharge port.

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