KR101982973B1 - A Living Fish Transporting Apparatus for Fishing boat - Google Patents

Abstract

The present invention relates to a live fish transporting apparatus for a fishing boat, including: a fish hold which has a sealed space on a floor surface of a ship and in which a live fish is stored; an oxygen unit generating oxygen; a cooling unit cooling seawater; a pump unit providing power thereto so that the seawater to which the oxygen is supplied moves to the fish hold; a flow path forming a path through which the seawater between the fish hold, the oxygen unit, the cooling unit and the pump unit is moved; a slope flow path formed along an edge of the floor surface of the fish hold to have a penetration hole on one side wall and communicating with the flow path; and an outlet provided in the fish hold.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a living fish transporting apparatus,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a live fish transportation apparatus for fishing vessels, and more particularly, to a live fish transportation apparatus for fishing vessels capable of freshly storing and transporting fish on a fishing boat installed on a fishing boat.

Generally, fishing vessels catching fish in the sea are installed at the bottom of fishing vessels with about 4 to 6 fish catches in order to keep the catches fresh. As a method of storing the catches in such fish catches It is divided into a method of storing seawater in the inner part of a fish window, a method of storing the fish in a live state, and a method of storing the fish in a refrigerator and a freezer in a state where ice is loaded inside the fish window.

However, according to the related art, there are the following problems.

When the fish are filled with fish, the supply of oxygen or the supply of seawater is inevitable.

Patent No. 10-0686730

In order to solve the above-mentioned problems, it is an object of the present invention to provide a live fish transportation apparatus for fishing vessels which makes it possible to supply oxygen and seawater to a fish farm.

In order to achieve the above-mentioned object, the present invention provides a live fish transportation apparatus for a fishing boat, comprising a fish canal having a space sealed on a bottom surface of the ship and storing a live fish, an oxygen unit for generating oxygen, A pump unit for supplying power to move the seawater to which the oxygen is supplied to the bay, a channel for forming a passage through which seawater between the bay, the oxygen unit, the cooling unit, and the pump is moved, An inclined passage formed along an edge of the inclined passage and communicating with the passage, an inlet through which a through hole is formed in one side wall of the inclined passage, and an outlet provided in the inclined passage of the inlet.

Wherein the inclined passage includes an inclined wall which is inclinedly fixed along a bottom edge of a window formed by the hexahedron and a through hole in which a plurality of holes are formed in the inclined wall, And is formed so as to communicate with the inside.

Wherein the discharge port includes a sealed discharge portion communicated with the discharge flow path in the flow path in the inclined flow path and provided with a predetermined space at an end of the discharge flow path and a discharge hole formed at an upper end of the supply portion, And the like.

The cooling unit may include a storage unit having a space for storing seawater flowing along the discharge path, a heat exchanger for exchanging heat to cool the seawater in the storage unit, and a temperature sensor And the heat exchanger is driven when the temperature inside the inlet window drops below a reference value.

The fishing boat for a fishing boat according to the present invention has the following effects.

In order to provide a uniform flow of seawater and oxygen throughout the bay, forming a discharge channel to discharge the seawater, and to control the supply of oxygen and seawater to each bay. There is an advantage that the fish in the pelagic fish survive for a long time.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a cross-sectional view of a fishing boat equipped with a preferred embodiment of a live fish transportation apparatus for fishing vessels according to the present invention; Fig.
BACKGROUND OF THE INVENTION Field of the Invention [0001] The present invention relates to a fish-
Fig. 3 is a perspective view showing an outlet port constituting the window of Fig. 2; Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of a live fish transportation apparatus for fishing vessels according to the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1, an active fishing vessel for fishing vessels according to the present invention includes an inlet 10 for storing a live fish with a space sealed on a bottom surface of the vessel, an oxygen portion 20 for generating oxygen, A pump unit (not shown) for providing power to move the seawater to which the oxygen is supplied to the fish window 10 and an oxygen unit 20, a cooling unit (Not shown) that forms a passage through which the seawater flows between the suction port 30 and the pump section, a through hole formed in one side wall along the edge of the bottom surface of the inlet window 10, An inclined channel 12, and a discharge port 60 provided in the window 10.

First, a fish canal 10 for fishing vessels is provided in the present invention. As shown in FIG. 1, the fish can 10 is divided into a plurality of spaces on the bottom of the fishing boat, and may be formed in a rectangular box shape.

The bay window (10) is formed to be hermetically closed, and a door is provided on the upper surface to allow the live fish to flow in and out.

In the present invention, the live fish transportation apparatus for fishing boats is provided with the oxygen section 20. The oxygen unit 20 adds oxygen to seawater supplied to the fish canal 10 to increase the lifetime of the live fish.

A cooling unit 30 is provided on one side of the oxygen unit 20. [ The cooling unit 30 cools the seawater to maintain a constant temperature.

The cooling unit 30 includes a storage unit 32 having a space for storing seawater flowing along the discharge passage 60 and a heat exchange unit And a temperature sensor (not shown) for sensing a temperature inside the window 10.

A pump unit is provided in the conveying apparatus of the present invention. The pump unit serves to supply power to the seawater 10 so that seawater is supplied and then discharged again and circulated to the cooling unit 30.

The pump unit includes a first pump (42) for providing power to allow external seawater to flow into the ship, a second pump (42) for providing power to the seawater And a third pump 46 for providing power to the seawater to flow through the discharge port 60 to the storage unit 32. [

A flow path is formed between the above-mentioned window (10), the oxygen part (20), the cooling part (30) and the pump part. The channel serves to guide the seawater between the forehead, the oxygen part, the cooling part and the pump part to flow.

The channel includes an inlet channel 52 connected from an inlet connected to the outside of the vessel to the inlet channel 10 and a discharge channel 54 connected from the inlet channel 10 to the storage unit 32 or to the outside of the vessel Respectively.

The discharge passage 54 is divided into a first discharge passage 54a connected to the storage portion 32 and a second discharge passage 54b connected to the outside of the ship. The first discharge passage 54a circulates the seawater discharged from the fish window 10 to the fish window 10 through the storage part 32 and the second discharge passage 54b circulates the fish bowl 10 ) Shall be discharged to the outside of the ship.

An inclined channel 12 is provided in the window 10. The inclined passage 12 is formed along the bottom edge of the inside of the window 10. The inclined channel 12 is provided to uniformly supply the seawater supplied from the second pump 44 to the inside of the bay 10.

1 and 2, the inclined channel 12 includes an inclined wall 12a inclined along the bottom edge of the window 10 formed by the hexahedron, and the inclined wall 12a, And a through hole 12b in which a plurality of holes are formed, and the inflow passage 52 of the flow passage is communicated with the inside of the inclined wall 12a.

 The inclined channel 12 is formed in the space by inclining the inclined wall 12a along the bottom edge of the window 10. [ The inclined channel 12 may be formed in a part of the bottom edge of the window 10, or may be formed entirely.

A plurality of holes are formed in the inclined wall 12a so that the seawater flowing through the inflow channel 52 is uniformly supplied to the inside of the bay.

In addition, a discharge port (60) is provided in the window (10). The discharge port 60 is provided with a closed discharge part 62 communicating with the discharge flow path 54 in the flow path and having a predetermined space at the end of the discharge flow path 54, And an exhaust hole 64 having a plurality of through holes formed at an upper end of the exhaust portion 62.

3, the discharge portion 62 is formed of a predetermined closed box and communicates with the discharge passage 54 to discharge the discharge gas 64 The seawater in the fish window 10 flows into the discharge passage 54. [

Valves 70 are provided on the inflow passage 52 and the discharge passage 54 in a portion communicating with the respective window 10. The valves 70 control the inflow passage 52 and the discharge passage 54 to regulate the supply or discharge of the seawater into the window 10.

In addition, a plurality of fish can be provided, and the above-described configuration may be separately provided for each fishing port, and seawater may be supplied, and a control unit for controlling the seawater may further be provided.

Hereinafter, the operation of the live fish transportation apparatus for fishing boats according to the present invention will be described in detail.

First, when the fishermen 10 are filled with live fishes, the first pump 42 is driven in order to supply the oxygen inside the fishermen 10 and seawater having an appropriate temperature. By the operation of the first pump 42, seawater outside the ship is guided to the fish window 10 along the inflow channel 52.

The seawater directed to the fish window 10 moves along the inclined channel 12 and flows into the fish window 10 through the through hole 12b. The seawater in the fish window 10 flows through a discharge unit 60 formed in the inclined passage 12 and the introduced seawater is moved to the storage unit 32 along the discharge passage 54, do.

If the low temperature seawater is required in the fish window 10, the heat exchanger 34 and the oxygen section 20 are driven to supply oxygen to the seawater in the storage section 32, . The sea water supplied with the oxygen and cooled is introduced into the fish window 10 through the second pump 44 and the sea water circulated in the fish window 10 is guided through the discharge channel 60.

As described above, it is to be understood that the technical structure of the present invention can be embodied in other specific forms without departing from the spirit and essential characteristics of the present invention.

It is to be understood, therefore, that the embodiments described above are to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than the foregoing description, and the meaning and scope of the claims and their equivalents It is to be understood that all changes and modifications that come within the meaning and range of equivalency of the claims are to be embraced within their scope.

10: Inch 12:
12a: Swash plate 12b: Through hole
20: oxygen section 30: cooling section
32: storage section 34: heat exchange section
42: First pump
44: second pump 46: third pump
52: Inflow channel
54: exhaust passage 54a: first exhaust passage
54b: first discharge flow passage 60: discharge port
62: discharge part 64: discharge hole
70: Valve

Claims (4)

(10) having a space sealed on the bottom surface of the vessel and storing live fish;
An oxygen portion 20 for generating oxygen;
A cooling unit (30) for cooling the seawater;
A pump unit for supplying power to move the seawater supplied with the oxygen to the fish window;
A passage forming a passage through which the seawater between the forehead window 10, the oxygen section 20, the cooling section 30 and the pump section is moved;
An inclined flow path 12 formed along an edge of the bottom surface of the window 10 and having a through hole formed in a side wall thereof and communicating with the flow path;
And an outlet (60) provided in the fish window (10)
The cooling unit (30)
A storage part 32 provided with a space for storing seawater that has been moved along the discharge port 60;
A heat exchange unit 34 for performing heat exchange so that seawater in the storage unit 32 can be cooled;
And a temperature sensor for sensing a temperature inside the window 10,
The pump unit includes:
A first pump (42) for providing power to allow external seawater to enter the ship;
A second pump (44) for providing power to the seawater in each reservoir (32) so that the seawater can flow;
And a third pump (46) for providing power to flow the seawater to the storage part (32) through the discharge port (60)
The flow path includes:
An inflow channel 52 connected from the inlet connected to the outside of the ship to the fish window 10;
And a discharge passage (54) connected from the bay window (10) to the storage portion (32) or to the outside of the vessel,
The discharge passage (54)
A first discharge passage (54a) connected to the storage part (32);
And a second discharge passage (54b) connected to the outside of the ship,
The inclined flow path (12)
An inclined wall 12a slantingly fixed along the bottom edge of the fish window 10 formed in a hexahedron;
And a through hole (12b) in which a plurality of holes are formed in the inclined wall (12a)
The inflow passage 52 of the flow passage is configured to communicate with the inside of the inclined wall 12a,
The outlet (60)
(10).
A sealed discharge portion 62 communicating with the discharge passage 54 in the passage and having a predetermined space at an end of the discharge passage 54;
And a discharge hole 64 formed at the upper end of the discharge part 62 to form a plurality of through holes,
The discharge port 62 is formed of a closed box and communicates with the discharge passage 54 and is connected to the inside of the window 10 through the discharge hole 64 by the power generated by the third pump 46. [ And the seawater flows into the discharge passage (54).


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