KR101348034B1 - Eco-friendly treatment apparatus for marine products - Google Patents

Abstract

The present invention relates to an eco-friendly apparatus for cutting, washing, or fermenting marine products to manufacture food, additives, or feed and, more specifically, an eco-friendly apparatus for processing marine products comprising: a main body for supplying and discharging the marine products; a drum having at least one gutter which is installed inside the main body; a first stirring means installed in the center of the drum with an axis; and a second stirring means installed inside the gutter with an axis. The cutting and stirring of the marine products are more facilitated by the second stirring means and the gutter installed in the bottom of the drum.

Description

Eco-friendly Treatment apparatus for marine products

The present invention relates to an aquatic environment friendly processor for cutting, washing or fermenting aquatic organisms for preparing food, additives or feeds.

Recently, human beings are facing serious food problems due to changes in ecosystems and extreme weather, and in particular, food problems caused by grain fluctuations are intensifying. As an alternative to this, mankind has been paying attention to the ground for a long time, and various marine fishes of the sea have been studied in the fields of food, additives or feed.

As such, there is a large amount of aquatic organisms in the sea that can solve various problems. However, the aquatic organisms are still cut, agitated, and ripened to be used in fields such as food, additives, or feed. There is no technology for progressing the work.

The present invention is to provide a marine eco-friendly processor to facilitate the function of cutting and stirring aquatic life.

The present invention is to provide an eco-friendly processor for aquatic organisms to make the fermentation function more smoothly.

The present invention is to provide a marine environment-friendly processor for easy internal cleaning after processing the marine organisms.

The present invention is a supply port for supplying aquatic organisms is formed on the upper portion, the main body is formed with an outlet for discharging the treated aquatic organisms to the outside; A drum formed in a cylindrical shape so as to be installed inside the main body, and having at least one trough formed at a bottom thereof while allowing the aquatic organisms to enter and exit through the supply port and the discharge port; A first stirring means axially installed at the drum and formed to stir aquatic organisms introduced into the drum through rotation; And a second agitating means installed in the trough and configured to stir while transporting the aquatic organisms introduced into the trough through rotation.

A cover mounted to the main body and configured to open and close the supply port; And a first contact switch installed in the main body, the first contact switch being configured to contact and open and close the cover to control the driving of the stirring means.

A first opening / closing door formed at one side of the main body and configured to enter and exit the main body; And a second contact switch installed inside the main body, the second contact switch being configured to contact and open the first opening / closing door to control the driving of the stirring means.

Is formed on one side of the drum, the second opening and closing door for entering and exiting the drum; is configured to include.

And a first supply device for supplying air or water into the drum.

The first supply device nozzles are provided at equal intervals along the outer surface of the drum; A check valve connected to each nozzle to supply air or water; Connecting pipes connecting the check valves; It is configured to include; and coupled to the connecting pipe for supplying air or water.

It is configured to include; a heater for heating the supplied air or water.

It is installed between the nozzle and the check valve, the network for blocking the outflow of foreign matter in the drum; is configured to include.

The nozzle is formed in the shape of a long hole so as to spray widely up and down or left and right.

An outlet for discharging water collected in the trough under the drum and collected in the trough; And a valve for opening and closing the outlet.

The first stirring means includes a first central axis installed through the center of the drum; A plurality of supports formed in a direction perpendicular to the central axis; And at least one stirring blade which is supported by the support and is continuously connected in a strip shape along any spiral formed on the outer side of the central axis.

The second stirring means includes a second central axis installed through the center of the trough; And a first screw continuously formed along the second central axis.

It is configured to include; a plurality of rotary blades for being axially coupled at equal intervals along the first screw, for cutting aquatic organisms in close contact.

And a second supply device for supplying aquatic organisms into the drum through a supply port of the main body, and cutting and supplying aquatic organisms to a predetermined size.

The second feeder includes a hopper for feeding uncut fishery; A transport pipe installed at a lower portion of the hopper to transfer fishery products discharged from the hopper to the front, and having a porous plate at the front end thereof; A second screw axially installed inside the transfer pipe and forcing the fish to be discharged forward into the transfer pipe; And a rotary cutter coupled to the front rotating shaft of the second screw and cutting the aquatic organisms discharged through the porous plate while rotating in close contact with the porous plate.

It is configured to include; a conveyor for transferring the fish cut in the second supply device to the supply port of the main body.

According to the aquatic environment-friendly processor of the present invention, the cutting and agitation of the aquatic organisms are made more smoothly by the trough and the second agitating means installed in the drum, thereby improving work efficiency and productivity.

According to the aquatic environment-friendly processor of the present invention, the injection or supply of air or water is made smoothly through a nozzle installed at one side of the drum, thereby improving work efficiency and productivity.

According to the aquatic environment-friendly processor of the present invention, by supplying the washing water through the nozzle, by allowing the washing water to be discharged smoothly through the gutter, there is an effect that the internal cleaning after the operation is convenient.

Figure 1 is a perspective view showing a marine fish eco-friendly processor to which the present invention is applied.
Figure 2 and Figure 3 is a perspective view of the main body of aquatic life eco-friendly processor to which the present invention is applied.
Figure 4 is a front sectional view showing a drum of aquatic life environment-friendly processor to which the present invention is applied.
Figure 5 is a side cross-sectional view showing a drum of aquatic environment-friendly processor to which the present invention is applied.
Figure 6 is a perspective view showing a first supply device of aquatic environment-friendly processor to which the present invention is applied.
Figure 7 is an exploded perspective view of the main portion showing a first supply device of the marine environment-friendly processor to which the present invention is applied.
8 is a sectional view showing the principal parts of a first supply device of aquatic environment-friendly processor to which the present invention is applied.
Figure 9 is a perspective view showing a first stirring means of aquatic environment-friendly processor to which the present invention is applied.
Figure 10 is an installation state showing a second stirring means of aquatic environment-friendly processor to which the present invention is applied.
11 is a perspective view showing a second stirring means of the marine environment-friendly processor to which the present invention is applied.
12 is a sectional view showing the main parts of a second supply apparatus for aquatic environment-friendly processor to which the present invention is applied.

Preferred embodiments of the present invention will now be described in detail with reference to the accompanying drawings.

Aquatic environment-friendly processor of the present invention as shown in Figures 1 to 13 body 100 for supplying and discharging aquatic organisms; A drum 200 having one or more troughs formed therein; First stirring means 300 is installed in the center of the drum; And a second agitating means 400 that is axially installed in the trough.

As shown in FIGS. 1 to 3, the main body 100 has a supply port 110 for supplying aquatic organisms such as fish, shellfish and seaweed, and an outlet 120 for discharging material to the outside. Is formed at the bottom.

As shown in FIG. 2, the main body 100 is shaft-installed with a cover 130 formed to open and close the supply port 110, and at one side thereof, when the cover 130 is opened and closed, first stirring to be described later. A first contact switch 140 is provided for controlling the drive of the means 300. That is, as shown in FIG. 2, in the open state of the cover 130, the lever of the first contact switch 140 is advanced so that the first stirring means 300 is not driven to increase safety, and the cover ( When 130 is closed, the lever of the first contact switch 140 is retracted to allow the first stirring means 300 to be driven.

This configuration can be applied not only to the cover 130, but also to the machine room installed on one side of the main body 100 as shown in FIG. That is, a first opening and closing door 150 is formed at one side of the main body 100 to enter and exit the main body 100, and the first opening and closing door 140 is contacted when the first opening and closing door 140 is opened and closed. 1 is to install a second contact switch 160 for controlling the driving of the stirring means 300 or the second stirring means 400. Therefore, since the first and second stirring means 300 and 400 are not driven in the open / close door 150, safety accidents during work in the machine room can be prevented.

The drum 200 is installed inside the main body 100 as shown in FIGS. 4 and 5, so that the supply port 110 and the discharge port 120 are connected to store or empty the aquatic organisms. However, at least one trough 210 is formed at the bottom. Therefore, the drum 200 is a long seaweed (seaweed, kelp, hat maki, etc.), large fish (gallass, mackerel, mackerel, mullet, etc.) grown in the interior including the gutter 210, crustaceans (chicken, usually, etc.) At the same time cutting and mixing aquatic organisms, because the aquatic organisms are better mixed by the second agitating means 400 installed in the trough 210 will be able to increase the work efficiency.

The drum 200 has a second opening and closing door 220 that can enter and exit to check or repair the first and second stirring means 300 and 400 installed therein as shown in FIGS. 1 and 4. Install on one side. The second opening and closing door 220 is preferably fastened with a bolt or the like to open and close only when necessary while increasing safety.

The drum 200 should be configured with a first supply device 230 for supplying air or water required for fermentation, cooking and washing of aquatic organisms that are cut and stirred inside as shown in FIGS. 6 to 8. .

For example, the first supply device 230 may include nozzles 231 installed at equal intervals along the outer surface of the drum 200, and check valves connected to the nozzles 231 to supply air or water ( 232, a connection pipe 233 connecting the check valves 232, and a pump 234 coupled to the connection pipe 233 to supply air or water. Therefore, according to the first supply device 230, even when the air or water is uniformly supplied to the entire inside of the drum 200 through the nozzles 231, the air or water is not supplied into the drum 200. Each of the check valve 232 is to prevent the moisture in the drum 200 to escape to the outside.

The first supply device 220 includes a heater 235 for heating the supplied air or water. The heater 235 is installed on the connection pipe 233 and heats the air or water supplied from the pump 234 to a predetermined temperature.

A network 236 is installed between the nozzle 231 and the check valve 232 to prevent foreign substances in the drum 200 from leaking out. That is, the net 236 is to prevent the foreign matter is finely cut through the nozzle is introduced so that the check valve 232 is not completely closed.

The nozzle 231 is formed in the shape of a long hole so as to spray widely up and down or left and right. For example, when the nozzle 231 is installed on the side surface of the drum 200, air or water is sprayed vertically.

1 and 5, the outlet 210 for discharging the water collected in the trough 210 and a valve for opening and closing the outlet 240 are provided in the trough 210 under the drum 200. 250) is installed. That is, the water or washing water discharged from the aquatic organisms inside the drum 200 is collected in the trough 210. At this time, when the valve 250 is opened, the trough 210 is collected through the outlet 240. Water or wash water is discharged.

The first stirring means 300 is axially installed at the center of the drum 200, and is formed to mix while cutting aquatic organisms introduced into the drum 200 through rotation.

As shown in FIG. 9, the first stirring means 300 includes a first central axis 310 installed through the center of the drum 200 in a direction perpendicular to the first central axis 310. One or more stirring blades 330 which are supported by a plurality of support members 320 and the support members 320 that are formed and continuously connected in a strip form along any spiral formed on the outer side of the first central axis 310. It is composed. At this time, the stirring blade 330 is formed with a large diameter and a small diameter, respectively, as shown in Figure 2, so that the aquatic organisms are evenly mixed in the drum 200.

The second stirring means 400 is axially installed in the trough 210, and is formed to stir while transporting aquatic organisms introduced into the trough 210 through rotation. That is, since the second agitating means 400 transfers the aquatic organisms under the drum to one side, circulation of the aquatic organisms is made evenly throughout the drum, and as shown in FIG. When rotating in the opposite direction while being made in pairs, the action is to push up the aquatic organisms so that the cutting or agitation of the aquatic organisms is made more smoothly.

As shown in FIG. 10, the second stirring means 400 includes a second central axis 410 installed through the center of the trough 210 and along the second central axis 410. The first screw 420 is formed continuously.

As shown in FIG. 10, the first screw is axially coupled to the plurality of rotary blades 430 at equal intervals, such that the second stirring means 400 cuts the aquatic organisms inside the trough 210 when driven. .

On the other hand, the present invention, while supplying aquatic organisms into the drum 200 through the supply port 110 of the main body 100, a second supply device 500 for cutting and supplying aquatic organisms to a predetermined size It is configured to include. By configuring the second supply device 500, the drum 200 may be more smoothly cut by the first and second stirring means 300 and 400.

12 and 13, the second supply device 500 is installed at a lower portion of the hopper 510 for supplying uncut fish, and discharged from the hopper 510. The aquatic organisms are discharged into the conveying pipe 520 while being rotated while being installed inside the conveying pipe 520 and the conveying pipe 520 at the front end while the aquatic organisms are transported to the front end with the porous plate 521 covered. The aquatic organisms coupled to the second screw 530 and forward rotation shaft of the second screw 530 to be forwardly forward, rotated in close contact with the porous plate 521 while being discharged through the porous plate 521 It is configured to include a rotary cutter 540 to cut. The rotary cutter 540 is key-engaged with the second screw 530 and rotates at the same time.

The second supply device 500 is installed on one side of the main body 100 as shown in FIG. 10, and then feeds the aquatic organisms cut by the second supply device 500 to the main body 100. It may be configured to include a conveyor 600 for transporting to (110).

In addition, the supply device 500 may be installed on the upper end of the main body 100 so that the aquatic organisms cut from the second supply device 500 may be directly introduced into the supply port 110 of the main body 100. .

According to the present invention having such a configuration, the cutting and agitation of the aquatic organisms is made more smoothly by the trough 210 and the second stirring means 400 which are installed below the drum 200, further improving work efficiency and productivity. do.

In addition, since the spray supply of air or water is made smoothly through the nozzle 231 installed at one side of the drum 200, the work efficiency and productivity are further improved, and the washing water is supplied through the nozzle, while the trough ( By allowing the wash water to be discharged smoothly through 210, internal cleaning is convenient after the work is completed.

100: main body 110: supply port
120: outlet 130: cover
140: first contact switch 150: first opening and closing door
160: second contact switch
200: drum 210:
220: second door 230: first supply device
231: nozzle 232: check valve
233: Connector 234: Pump
235: heater 236:
300: first stirring means 310:
320: Supporting part 330: Stirring band
400: second stirring means 410: second center axis
420: first screw 430: rotary blade
500: second feeder 510: hopper
520: Transfer pipe 521: Perforated plate
530: Second screw 540: Rotary cutter
600: Conveyor

Claims (16)

A main body 100 having a supply port 110 for supplying aquatic organisms therein, and an outlet 120 for discharging the treated marine organisms to the outside;
A drum (200) formed in a cylindrical shape to be installed inside the main body, wherein at least one trough (210) is formed at the bottom while allowing the aquatic organisms to enter and exit through the supply port and the discharge port;
A first stirring means (300) installed in the center of the drum and configured to stir the aquatic organisms introduced into the drum through rotation; And
And a second agitating means (400) installed axially inside the trough and configured to stir while transporting the aquatic organisms introduced into the trough through rotation. According to claim 1, The shaft is installed on the main body, the cover 130 formed to open and close the supply port; And
And a first contact switch (140) installed on the main body and configured to contact and open the cover to control driving of the first stirring means. The apparatus of claim 1, further comprising: a first opening / closing door (150) formed at one side of the main body to access the interior of the main body; And
And a second contact switch (160) installed inside the main body, the second contact switch (160) being configured to contact and open the first opening / closing door to control the driving of the stirring means. The method according to claim 1, Aquatic aquatic environment processor, characterized in that it comprises a; formed on one side of the drum, the second opening and closing door 220 for entering and exiting the drum. The method according to claim 1, Aquatic aquatic environment processor comprising a; a first supply device for supplying air or water into the drum (230). The method of claim 5, wherein the first supply device,
Nozzles 231 installed at equal intervals along the outer surface of the drum;
A check valve 232 connected to each nozzle to supply air or water;
Connecting pipes 233 for connecting the check valves; And
And a pump (234) coupled to the connection pipe for supplying air or water. The method of claim 6, wherein the marine aquatic environment processor comprising a; heater (235) for heating the supplied air or water. The method according to claim 6, It is installed between the nozzle and the check valve, the marine organisms eco-friendly processor, characterized in that it comprises a; (236) for blocking the outflow of foreign matter in the drum. The method of claim 6, wherein the nozzle is a marine life eco-friendly processor, characterized in that the injection hole is formed in the form of a long hole so as to widely spray vertically or horizontally. The method according to claim 1 or 6, which is provided in the trough of the lower drum,
An outlet 240 for discharging the water collected in the trough; And
Eco-friendly aquatic organisms, characterized in that configured to include; valve 250 for opening and closing the outlet. The method according to claim 1, wherein the first stirring means,
A first central shaft 310 installed through the center of the drum;
A plurality of supports 320 formed in a direction perpendicular to the central axis; And
And one or more agitating blades (330) connected to each other in a continuous strip shape along a spiral formed on the outer side of the central axis while being supported by the support. The method according to claim 1, wherein the second stirring means,
A second central axis 410 installed through the center of the trough; And
And a first screw (420) continuously formed along the second central axis. The method of claim 12, wherein the aquatic coupled to the same interval along the first screw, a plurality of rotary blades (430) for cutting aquatic organisms in close contact; aquatic organisms ecological processor, characterized in that it comprises a. The method of claim 1, wherein a second supply device 500 for supplying aquatic organisms to the inside of the drum through the supply port of the main body, to cut and supply aquatic organisms to a predetermined size; Biologically friendly processor. 15. The method of claim 14, The second supply device 500 is a hopper for supplying uncut fishery (510);
A transport pipe 520 installed at a lower portion of the hopper to transfer fishery products discharged from the hopper to the front, the front end of which is covered with a porous plate;
A second screw 530 which is installed inside the transfer tube and rotates and forwards the aquatic organisms discharged into the transfer tube to the front; And
And a rotating cutter 540 coupled to the front rotating shaft of the second screw and cutting the aquatic organisms discharged through the porous plate while rotating in close contact with the porous plate. . 15. The method of claim 14, wherein the marine aquatic environment eco-friendly processor comprising a; conveyor (600) for transferring the fish cut in the second supply to the supply port of the main body.

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