TWI715382B - Speedily-constructed culture pond - Google Patents

Abstract

A speedily-constructed culture pond includes a plurality of positioning frames arranged in order, a plurality of support frames disposed on the positioning frames, a plurality of support plates disposed on the support frames, and at least one barrier plate extending from the support frames and support plates which are disposed on one side to the support frames and support plates which are disposed on another side. After a tentative culture pond is constructed through the support frames, the barrier plate is placed on the support plates and the support frames to thereby enclose a culture area which can be filled with water. Thus, the culture pond can be constructed quickly without executing soil preparation. Further, the culture pond can achieve the association of fishery and electric energy while attaining effects of quick construction, low cost and convenient maintenance if a frame unit and solar panels are disposed above the support frames properly.

Description

A breeding pond that can be quickly assembled and constructed

The present invention relates to a breeding pond, especially a breeding pond that can be quickly assembled and constructed.

Generally, the establishment of aquaculture ponds is mainly to prepare the ground on the site after finding a suitable site, remove part of the earthwork from the land, and build an earth embankment around the excavation to enclose at least one breeding pond At the same time, to prevent the soil loss of the breeding ponds, the method of laying concrete on the periphery of the breeding pond, or laying a waterproof layer such as tarpaulin, is used to complete the construction of the breeding pond; however, the breeding pond In addition to the process of site preparation, excavation, construction of earth embankments, and laying of waterproof layers (such as concrete or tarpaulins), the pools require a lot of time and cost to construct. At the same time, whether concrete or tarpaulins are laid, there are some Missing in use:

a. As far as concrete laying is concerned: Although the concrete has better strength, because the concrete is spread on the earthwork, it is susceptible to the influence of external seismic factors, causing the concrete to crack or break, causing the breeding The water in the pond flows out from the cracks or holes, which can easily cause the soil under the concrete to lose. Therefore, in the subsequent earthwork backfilling of the concrete, the water in the breeding pond must be drained before subsequent maintenance and filling can be carried out. Therefore, it is time-consuming and costly and needs to be improved.

b. Lay with tarpaulin: the tarpaulin is also directly laid on the earthwork, but because the tarpaulin is The laid earthwork contains sharp objects such as stones, so the tarpaulin is susceptible to the impact of the stones and ruptures during or after laying, causing the water in the aquaculture pond to flow out of the hole and easily cause damage under the tarpaulin. Soil loss, so the subsequent repair of the tarp and the backfilling of the earth under the tarp, the water in the breeding pond must be drained before subsequent repairs can be carried out, such as replacement or repair, which is also time-consuming and costly The high cost situation needs to be improved.

As mentioned above, just because the construction of the aquaculture pond takes time and the subsequent maintenance and other problems of the aquaculture pond, if the aquaculture pond is to develop into a fish-electricity symbiosis type, it must be based on the type and Large and small area, and design the laying pattern of the positioning frame, and then install solar panels on the positioning frame, so that the solar panels are elevated or laid flat on the breeding pond; however, the installation of solar panels must Wait for the positioning frame to fix the piling, and then install the frame for positioning the solar panels. Therefore, the combination of the frame and the positioning frame is completely constructed according to the size of the breeding pond. Therefore, this type is only suitable for a single breeding pond. If other farming ponds are to be added, they must be re-planned and erected, which is time-consuming, and the aforementioned farming ponds already exist. Therefore, the additional construction of the solar panels is only a matter of construction cost and time, and there are no other aspects. What a big problem, but because the land of the breeding pond is generally leased, the lease of the land will not be renewed after the expiration of the land lease. The excavated breeding pond must be cleared and filled in order to restore it to a flat shape, and the cost is quite high The cost and time required for digging out the related brackets is also a type of waste. Improper handling may cause environmental burdens, which need to be improved.

Therefore, the purpose of the present invention is to provide a The aquaculture pond can be constructed quickly and modularly. In addition to the low construction cost, the subsequent maintenance is also very convenient.

Therefore, the present invention is a breeding pond that can be quickly assembled and constructed. It includes a plurality of positioning frames arranged in a row, a plurality of supporting frames arranged on the positioning frame, a plurality of supporting plates arranged on the supporting frames, and at least one The support frames and support plates on one side begin to be laid and extend to the barrier layer of the support plates and support frames on the other side; therefore, through the setting of the positioning frames, the support frames and the support plates Lay the barrier layer on the support plates and support frames to quickly enclose a breeding space that can contain water. This not only can effectively shorten the construction time of the breeding pond, but also reduce the construction cost. Follow-up maintenance is also very convenient and easy; moreover, multiple solar panels can be installed on the top of the support frame to cover the top of the aquaculture pond, so it can achieve rapid construction, low cost, and convenient maintenance of fishery and electricity symbiosis Status of the breeding pond.

[this invention]

3: Farming pond

30: positioning frame

31: Support frame

32: Support plate

33: barrier layer

331: Breeding Space

34: Frame

35: Solar Panel

36: Drain

Fig. 1 is a perspective view of the first preferred embodiment of the present invention.

Figure 2 is a schematic plan view of the first preferred embodiment of the present invention.

Fig. 3 is a schematic diagram of the operation of the first preferred embodiment of the present invention.

Figure 4 is a schematic plan view of a second preferred embodiment of the present invention.

Fig. 5 is a perspective view of a third preferred embodiment of the present invention.

The aforementioned and other technical contents, features and effects of the present invention are as follows It will be clearly understood in the detailed description of the preferred embodiment with reference to the drawings.

Referring to Figures 1 and 2, the present invention is a first preferred embodiment of a breeding pond 3 that can be quickly assembled and constructed. The breeding pond 3 includes a plurality of positioning frames 30, a plurality of support frames 31 arranged on the positioning frames 30, The supporting plates 32 are arranged on the supporting frames 31, and at least one barrier layer 33 is laid between the one supporting frames 31 and the other supporting frames 31; wherein, the supporting plates 32 are arranged on the supporting frames 31 The barrier layer 33 is laid on the supporting boards 32, and the barrier layer 33 is laid on the supporting frames 31 and the supporting boards 32 on one side and extends to the supporting boards 32 on the other side. And the supporting frame 31, in other words, the positioning frames 30 are used for the supporting frames 31 to be erected and the supporting plates 32 are arranged on, so that the supporting frames 31 and the supporting plates 32 can enclose at least one breeding pond prototype , And the support plate 32 is laid on the support frame 31, and then the barrier layer 33 is laid on the support frame 31 and the support plate 32, so that the barrier layer 33 is laid from the support frame 31 to the support frame 31 on the other side At this time, the barrier layer 33 can be supported by the support plate 32 and the other side support plate 32 to enclose a breeding space 331. In addition, in the diagram shown in this embodiment, a plurality of rows are constructed. The positioning frame 30 is formed in the same field with a plurality of breeding spaces 331 as an example for illustration; in addition, the positioning frames 30 and the supporting frames 31 can be fixed by locking and positioning for convenience and speed Assemble or disassemble.

With reference to Figure 1, Figure 2, and Figure 3, when constructing the breeding pond 3, it only needs to find the main land and do some basic leveling. After the planned number of breeding ponds 3, the breeding pond 3 can be used for this purpose. The positioning frame 30 is sequentially positioned on the ground, the supporting frames 31 are erected on the positioning frame 30, and the supporting plates 32 are laid on the supporting frames 31 After erecting a breeding pond prototype, then one end of the barrier layer 33 is fixed to the support frames 31 on one side, and the barrier layer 33 is extended to pass through the support plate 32 and the support plate 32 on the other side. Fixing on the supporting frame 31 located on the other side can quickly complete the setting of the breeding pond 3; therefore, through the design of the breeding pond 3, it is not necessary to perform land preparation and excavation operations as conventionally required. The aquaculture pond 3 is constructed so as to achieve the effects of rapid construction, low cost, and convenient maintenance.

As mentioned above, since the breeding pond 3 is not directly excavated under the ground, it can effectively reduce the construction time for excavation and construction of soil slopes. At the same time, the barrier layer 33 is mainly laid on the support frames 31 and support plates 32 , And because there is no excavated ground soil, it can also avoid the problem of puncture damage to the barrier layer caused by the gravel in the soil. Furthermore, if there is a hole in the culture pond 3, because the culture pond 3 The periphery is supported by the support frames 31 and the support plates 32. At the same time, the support frames 31 and the support plates 32 are erected on the ground, so you can quickly check the culture pond 3 with the naked eye. Appearance, to confirm where the damage is and the water is leaking, which can achieve the effect of quick maintenance and maintenance, and also effectively reduce maintenance costs.

Finally, when the aquaculture pond 3 is to be dismantled, the positioning frame 30, the support frame 31, the support plate 32 and the barrier layer 33 can be disassembled in order, and the land can be quickly restored to its original state without the need for Conventionally, it is necessary to dismantle concrete and backfill the soil. At the same time, the disassembled support frame 31, support plate 32 and barrier layer 33 can also be reassembled after finding another land, which can be reused and effectively reduced. Generate waste to avoid burden on the environment.

Referring to Figure 4, the second preferred aquaculture pond that can be quickly assembled and constructed according to the present invention In an embodiment, the culture pond 3 still includes a positioning frame 30, a support frame 31, a support plate 32, and a barrier layer 33, and the configuration relationship of the foregoing components is the same as that of the first embodiment, and will not be described in detail. In particular, this embodiment In order to construct a fishery and electricity symbiosis system, a frame 34 is erected above the support frames 31, and solar panels 35 can be erected on the frame 34. At the same time, the frame 34 can also be connected with the positioning frames 30, and The cultivation pond 3 extends from one side to the other, that is, extends from the positioning frames 31 on one side to the positioning frames 31 on the other side to cover the upper part of the cultivation space 331, so that the cultivation pond 3 can be used The space above makes the breeding pond 3 have the functions of breeding and developing green electricity energy.

Referring to Figure 5, the present invention is a third preferred embodiment of a culture pond 3 that can be quickly assembled and constructed. The culture pond 3 still includes a positioning frame 30, a support frame 31, a support plate 32, a barrier layer 33, and the aforementioned components and the first An embodiment is the same and will not be described in detail. In particular, in this embodiment, a drainage ditch 36 is provided on the outermost periphery of the cultivation ponds 3, and the drainage ditch 36 can reach and separate the cultivation pond 3 from the external surrounding environment. effect.

Summarizing the foregoing, the present invention can quickly assemble and construct a breeding pond. The positioning frames, the supporting frames, the supporting plates and at least one barrier layer are designed to allow the supporting frames to be erected on the positioning frames. Above, after constructing the embryonic form of a breeding pond, and then being supported by the supporting plates and support frames through the barrier layer, the breeding space of the breeding pond can be quickly constructed, so the construction time of the breeding pond can be effectively shortened It also reduces the construction cost. At the same time, the subsequent maintenance is very convenient and easy. Even after dismantling, it can be reused. Moreover, the support frame can be equipped with multiple solar panels in time to cover the breeding Above the pond, it can achieve a rapid construction, low cost, and convenient maintenance of the fish-electricity symbiosis state of the breeding pond.

However, the above is only to illustrate the preferred embodiments of the present invention, and should not be used to limit the scope of implementation of the present invention, that is, simple equivalent changes and modifications made in accordance with the scope of the patent application of the present invention and the content of the description of the invention , Should still fall within the scope of the invention patent.

3: Farming pond

30: positioning frame

31: Support frame

32: Support plate

33: barrier layer

331: Breeding Space

Claims (3)

A breeding pond that can be quickly assembled and constructed. The breeding pond is installed on the ground and includes a plurality of positioning frames arranged in rows, a plurality of supporting frames respectively arranged on the positioning frames, and a plurality of supporting frames are arranged on the supporting frames and mutually opposite to each other The supporting plates are connected and at least one barrier layer laid on the supporting plates; wherein the supporting plates are arranged on the supporting frames and the supporting plates arranged on the same side are connected side by side with each other, thus constructing a breeding Pond prototype; the barrier layer is laid from the support frames and support boards on one side and extends to the support boards and support frames on the other side, so that the barrier layer is structured in cooperation with the support frames and support boards A breeding space is enclosed under the support of the embryonic breeding pond, and a frame is erected above the support frames, and the solar panel is mounted on the frame. According to item 1 of the scope of patent application, the aquaculture pond can be quickly assembled and constructed, wherein the frame is connected to the positioning frames and extends from the positioning frames on one side to the positioning frames on the other side to facilitate The upper part of the breeding space is covered by the frame. According to the first item of the scope of patent application, the breeding pond can be quickly assembled and constructed, wherein a drainage ditch is provided on the outermost periphery of the breeding pond.

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