TWM647534U - Aquaculture pond fishing structure (1) - Google Patents

Abstract

An aquaculture pond fishing structure, the aquaculture pond system includes: a breeding pond and a photoelectric device Equipment, wherein one side of the breeding pond is connected to a water inlet pipe, and there is a drainage pipe at the bottom. The water inlet pipe and the end of the drainage pipe are each provided with an on-off valve; the photoelectric equipment is installed in the breeding pond and has a plurality of solar panels. And a plurality of support columns, the solar panels are erected above the support columns, and the support columns are piled and fixed to the bottom of the aquaculture pond; the characteristic is that: the aquaculture pond further includes a fishing structure, which is tied to the There is at least one groove extending downward from the bottom of the breeding pond. Each side of the groove has a sloping wall. Both ends of the groove are connected to the embankment of the breeding pond. By setting the groove on the bottom of the breeding pond, When the workers are engaged in fishing operations, they can fish and land the fish and shrimps in the groove, which can be simple and convenient, save manpower and reduce working hours.

Description

Aquaculture pond fishing structure (1)

This invention relates to an aquaculture pond fishing structure, especially a fishing operation that is simple and convenient, saves manpower and reduces working hours.

According to reports, in order to implement the vision of energy security, green economy and environmental sustainability, our country has set a 20GW solar photovoltaic installation target in 2025. Taking into account the preciousness of our country’s narrow and densely populated land, priority is given to promoting rooftop solar photovoltaics and ground-based photovoltaics. On the other hand, it encourages diversified utilization, increases the diversified value of land, establishes models and gradually spreads them to promote the stable establishment of models, and gradually realizes the vision of my country's energy transformation, promoting energy diversification and independent supply. Promotion types include central public roofs, factory roofs, livestock and poultry house roofs, fishery and electricity symbiosis, unfavorable agricultural operation areas, landfills, etc. Among them, the fishery and electricity symbiosis system is based on the spirit of "aquaculture-based, green energy added value", using fishery breeding fields combined with solar photovoltaic settings to drive distributed energy supply, improve the fishery production environment, increase fishermen's income, diversify land utilization, etc. Create a win-win situation together.

However, depending on the basic structure and implementation method of the solar photovoltaic system, the design types of "fish and electricity symbiosis" of solar photovoltaics are mainly column type, floating raft type, embankment type, etc. Among them, the column type breeding field is located in the breeding area. Solar photovoltaic equipment is installed in the pool, and multiple support columns of the basic structure are piled and fixed to the bottom of the pool. The water area in the pool is blocked by the support columns and the waterway becomes quite narrow. When the staff performs fishing operations, the restricted site The space is small and machines cannot enter the pond for operation, which causes great inconvenience and affects fishing efficiency and manpower hours. In view of this, the author conducted in-depth research and improvements, and this creation was born.

The main purpose of this invention is to provide an aquaculture pond fishing structure and fishing method that is simple and convenient for fishing operations, saves manpower and reduces working hours.

The aquaculture pond fishing structure of this invention includes: a breeding pond and a photoelectric device. One side of the breeding pond is connected to a water inlet pipe, and the bottom is provided with a drainage pipe. The water inlet pipe and the end of the drainage pipe Each is equipped with a switch valve; the photoelectric equipment is installed in the breeding pond and has a plurality of solar panels and a plurality of support columns. The solar panels are installed above the support columns, and the support columns are piled and fixed to the Under the bottom of the breeding pond; it is characterized in that: the aquaculture pond further includes a fishing structure, which is provided with at least one groove extending downward from the bottom of the breeding pond. Each side of the groove has a sloping wall. Both ends of the ditch are connected to the bank of the breeding pond.

In the above-mentioned aquaculture pond fishing structure, the depth of the groove from the bottom of the pond can be 80cm.

Another purpose of this invention is to provide a fishing method for an aquaculture pond, which includes the following steps: (a). Setting at least one groove in an aquaculture pond; (b). Draining the water in the pond to the water level at the bottom of the pond. , causing the fish and shrimp aquatic products to slide down to the groove with the flow of water; (c). When the staff catches the fish and shrimp aquatic products in the groove ashore, the fishing operation is completed.

In the above-mentioned fishing method for aquaculture ponds, the depth between the groove and the bottom of the pond can be 80cm.

Based on the above, by arranging the groove at the bottom of the breeding pond, the fish and shrimps in the groove can be easily and conveniently fished ashore during fishing operations, thereby saving manpower and reducing working hours.

In order to achieve the above purpose, the technical means adopted and the achievable effects of this invention are described in detail below with reference to the following preferred embodiments, together with the accompanying drawings, for a complete understanding.

Please refer to Figures 1 to 6, the aquaculture pond fishing structure of this embodiment of the invention, the aquaculture pond 1 includes:

A breeding pond 2 has a water inlet pipe 20 connected to one side and a drainage pipe 21 at the bottom. The water inlet pipe 20 and the drainage pipe 21 are respectively provided with an on-off valve 22 and 23;

A photoelectric device 3 is installed in the breeding pond 2 and has a plurality of solar panels 30 and a plurality of support columns 31. The solar panels 30 are installed above the support columns 31, and the support columns 31 are fixed by piling. Go to the bottom of the breeding pond 2 32 times;

It is characterized in that: the aquaculture pond 1 further includes at least one groove 4 extending downward from the bottom 32 of the breeding pond 2, with an inclined wall 40 on both sides of the groove 4, and at both ends of the groove 4. Connected to the second bank of the breeding pond, the depth of the groove 4 from the bottom 31 of the breeding pond 2 is 80cm, making it convenient for workers to enter the groove 4 to catch fish and shrimp.

Please refer to Figures 1 to 6, the aquaculture pond fishing structure of this embodiment of the invention, the aquaculture pond 1 includes:

A breeding pond 2 has a water inlet pipe 20 connected to one side and a drainage pipe 21 at the bottom. The water inlet pipe 20 and the drainage pipe 21 are respectively provided with an on-off valve 22 and 23;

A photoelectric device 3 is installed in the breeding pond 2 and has a plurality of solar panels 30 and a plurality of support columns 31. The solar panels 30 are installed above the support columns 31, and the support columns 31 are fixed by piling. Go to the bottom of the breeding pond 2 32 times;

It is characterized in that: the aquaculture pond 1 further includes at least one groove 4 extending downward from the bottom 32 of the breeding pond 2, with an inclined wall 40 on both sides of the groove 4, and at both ends of the groove 4. Connected to the second bank of the breeding pond, the depth of the groove 4 from the bottom 31 of the breeding pond 2 is 80cm, making it convenient for workers to enter the groove 4 to catch fish and shrimp.

Therefore, this invention has the following advantages and functions: 1. Use the bottom 32 of the breeding pond 2 to set up the groove 4 to drain the water in the pond to the water level at the bottom 32. The fish and shrimp aquatic products slide down to the groove 4 with the flow of water, making it convenient for the staff to focus on fishing. 2. The groove 4 can be used to avoid the support column 31 of the photoelectric equipment 3, so that the fishing operation will not be limited by the small space. 3. Each side of the groove 4 is provided with an inclined wall 40 so that the fish and shrimp aquatic products can slide into the groove 4 so that the skin of the fish and shrimp aquatic products is not damaged and the fish, shrimp and aquatic products are beautiful in appearance and sell well.

To sum up, this invention can indeed achieve the expected functions and purposes, and the detailed description can enable those skilled in the art to implement it. However, the above embodiments are only used to illustrate the invention, and all equivalent structures are not included. The changes do not deviate from the scope of this creation.

1:Aquaculture pond 2: Breeding pond 20:Inlet pipe 21: Drainage pipe 22, 23: On-off valve 3: Optoelectronic equipment 30:Solar panel 31:Support column 32:Bottom of the pool 4: Groove 40: Inclined wall

Figure 1 is a schematic diagram (1) of an embodiment of this invention. Figure 2 is a schematic diagram (2) of the embodiment of this invention. Figure 3 is a schematic top view of an embodiment of this invention. Figure 4 is a partially enlarged schematic diagram of an embodiment of this invention. Figure 5 is a schematic diagram of the breeding water level in this embodiment of the invention. Figure 6 is a schematic diagram of the fishing water level in this embodiment of the invention. Figure 7 is a flow chart of the fishing method according to the embodiment of this invention.

1:Aquaculture pond

3: Optoelectronic equipment

30:Solar panel

31:Support column

32:Bottom of the pool

4: Groove

40: Inclined wall

Claims (2)

An aquaculture pond fishing structure, the aquaculture pond system includes: A breeding pond has a water inlet pipe connected to one side and a drainage pipe at the bottom. The water inlet pipe and the drainage pipe end are each provided with an on-off valve; and A photovoltaic equipment is installed in the breeding pond and has a plurality of solar panels and a plurality of supporting columns. The solar panels are installed above the supporting columns, and the supporting columns are piled and fixed to the bottom of the breeding pond; It is characterized in that: the aquaculture pond further includes a fishing structure, which is provided with at least one groove extending downward from the bottom of the breeding pond. Each side of the groove has an inclined wall, and the two ends of the groove are connected to the The breeding ponds are connected by banks. The aquaculture pond fishing structure as described in claim 1, wherein the depth of the groove from the bottom of the breeding pond can be 80cm.

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