CN201094221Y - Fishes fishing pool - Google Patents

Abstract

The utility model discloses a fishing pool for the purpose of grabbing artificial feed. The cubage of the fishing pool (2) is less than the cubage of a breeding pool (1), and the cubage ratio of the breeding pool (2) and the fishing pool (1) is 10 : 1 to 70 : 1. The water surfaces of the breeding pool (2) and the fishing pool (1) are on the same horizontal line, and the breeding pool (2) is deeper than the fishing pool (1). The breeding pool (2) is communicated with the fishing pool (1) by a movable netty clapboard (3). In the prior art, fishing is inconvenient, fishes are scared in the process of fishing, which affects the eating activities of the fishes, decreases the growing speed of the fishes and increases disease incidences, and the fishing pool can resolve the defects of the prior art. Consequently, the fishing pool widely applicable to fishery breeding has the advantages that fishing is convenient, operation is convenient and has little interference with other fishes in the process of fishing, and the catched fishes can be temporarily raised.

Description

fish fishing pond

technical field

The utility model relates to the field of fish farming, in particular to a fishing device for fish.

Background technique

At present, the fish raised in ponds to snatch artificial feed are all fed in a pond, and are directly caught in the pond when catching. Some fish, such as Atlantic salmon, are very sensitive to the external environment. Fishing directly in the pond will frighten the rest of the fish, affect fish eating, reduce their growth rate, and increase the incidence of disease. Large, inconvenient to operate directly in fishing. Before the long-distance transportation of Atlantic salmon, in order to improve the survival rate during transportation, feeding must be stopped for 3 days. In the existing way, all fish in the pond can only be stopped to feed, which affects the growth of other fish that are not caught and transported in the pond.

Utility model content

The utility model overcomes the deficiencies of the prior art and provides a fishing pond which is convenient for fishing.

In order to solve the above-mentioned technical problems, the utility model adopts the following technical solutions:

A fish fishing pond, the volume of the fishing pond 2 is smaller than that of the breeding pond 1, and the volume ratio of the breeding pond 2 and the fishing pond 1 is 10:1 to 70:1. The water surface in the fish pond 2 and the culture pond 1 is on the same level, and the fish pond 2 is deeper than the culture pond 1. The fishing pond 2 and the culture pond 1 are connected through a movable mesh partition 3 .

A further technical scheme is that the fishing pond 2 and the culture pond 1 are connected by a water channel 4, the water channel 4 is 1.5 meters wide, and the movable mesh partition 3 is placed in the water channel 4.

A further technical solution is that the connection boundaries of the fishing pond 2, the breeding pond 1 and the water channel 4 are smooth.

A further technical scheme is that the water in the fishing pond 2 is 40 centimeters to 100 centimeters deeper than the water in the breeding pond 1.

A further technical solution is that the breeding pond 1 has a water inlet 5 and a water outlet 6, and the fishing pond 2 has only a water outlet 7.

A further technical scheme is that the fishing pond 2 is a cuboid, 8 to 10 meters long, 4 to 6 meters wide, and 3 to 4 meters deep.

A further technical solution is that the water outlets 6 of the fishing pond 2 and the culture pond 1 are in the same direction.

Compared with the prior art, the utility model has the beneficial effects of convenient operation when catching fish, little interference to other fish, and the catching fish can be raised temporarily.

Description of drawings

Fig. 1 is the structural representation of the utility model.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is further elaborated.

Large pond as shown in accompanying drawing 1 is the cultivation pond 1 of raising Atlantic salmon, and is long 150 meters wide, and 30 meters, deep 2 meters. There is a water channel 4 about 1.5 meters wide in the water outlet 6 close to the culture pond 1, which is its downstream direction. The water channel 4 connects the culture pond 1 and the fishing pond 2. The fishing pond 2 is cuboid, 9 meters long, 7 meters wide, and 3 meters deep. rice. A movable mesh partition 3 is provided between the water channels 4, which can be drawn out or put down. Water can flow freely when the movable mesh partition 3 is put down, but the fish that are larger than the movable mesh partition 3 grids cannot pass through. Fish can swim in breeding pond 1 and fishing pond 2 by water channel 4 when movable mesh dividing plate 3 is pulled up.

When part of the Atlantic salmon needs to be fished, the movable mesh partition 3 is pulled up, and the feed is fed in the water channel 4 and the fishing pond 2, so as to induce the Atlantic salmon to enter the fishing pond 2. When the quantity of the fish that treats to enter fishing pond 2 is enough, just put down movable mesh dividing plate 3, the fish in fishing pond 2 and culture pond 1 have separated completely. Fishing pond 2 stopped feeding for 3 days, and the Atlantic salmon in fishing pond 2 was caught with a net as planned, and then long-distance transportation could be carried out.

When not utilizing the fishing pond 2 to fish for fish, the movable mesh partition 3 is pulled up, which can be used for daily feeding and waits for fishing.

Claims (7)

1 one kinds of fish are fished for the pond, constitute by culturing pond (1) and fishing for pond (2), it is characterized in that fishing for the volume in pond (2) less than culturing pond (1), culture pond (2) and fish for the volumetric ratio 10: 1 to 70: 1 in pond (1), fish for pond (2) and culture the interior water surface in pond (1) on same horizontal line, it is darker than culturing pond (1) to fish for pond (2), fishes for pond (2) and culture between the pond (1) to link to each other by movable netted dividing plate (3).

2 fish according to claim 1 are fished for the pond, it is characterized in that described fishing between pond (2) and the breed pond (1) links to each other by water channel (4), and water channel (4) is wide 1.5 meters, and movable netted dividing plate (3) is placed in the water channel (4).

3 fish according to claim 2 are fished for the pond, it is characterized in that described connection border of fishing for pond (2), breed pond (1) and water channel (4) is level and smooth.

4 fish according to claim 3 are fished for the pond, it is characterized in that the described water in pond (2) of fishing for is than 40 centimetres to 100 centimetres of the depth of waters of culturing pond (1).

5 fish according to claim 4 are fished for the pond, it is characterized in that there are water inlet (5) and delivery port (6) in described breed pond (1), fishes for pond (2) and has only delivery port (7).

6 fish according to claim 5 are fished for the pond, it is characterized in that the described pond (2) of fishing for is cuboid, and long 8 to 10 meters, wide 4 to 6 meters, dark 3 to 4 meters.

7 fish according to claim 6 are fished for the pond, it is characterized in that the described delivery port (6) in pond (2) and breed pond (1) of fishing for is in same direction.

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