KR200244422Y1 - fish staying block and water plant bed and its working method - Google Patents

Abstract

The present invention is a single fish block that can be used as a spawning place for river fish, and can be used as a fishery space, an artificial grass stand, and a water spawning place. It is intended to provide a method of simply selecting and constructing a fishery for spawning fish and aquatic plants. Space 3, fish side entrance (4) leading to the fishery space (3), artificial weeding tentacles (5) attached to the sand gravel chamber (2) side, and the connecting ring attached to the lower corner A double-use combined block consisting of (7);

The step of placing the gravel, such as sand and yulseok in the sand gravel chamber of the associate block, and attaching the artificial plants with the bulge around the upper edges to the plants ring next to the sand gravel chamber, and installing the associate block in the water of the river The upper part is used as a scattering place for fish having a habit of scattering on sand gravel, and the lower part is used as a resting place for the fish;

The high quality sand soil is placed in the air space, and the plant is planted on the sand, and the hooks of the heavy equipment are installed on the water in the river. Provided is an associate block construction method for forming a fish pond for fish spawning in a few seconds.

Description

Combined fishery block and its construction method {fish staying block and water plant bed and its working method}

The present invention is a single fish block that can be used as a spawning place for river fish, and can be used as a fishery space, an artificial grass stand, and a water spawning place. The present invention relates to a method for allowing a simple selection of a fishery that is spawned in a fishery and aquatic plants.

Even in the well-developed streams, both sides of the water are covered with concrete, so there are many places that are blocked, and contaminated sediments in the river are inadequate for plants to grow, so there is a lack of fishery space and spawning grounds.

River fishes prefer sands and fishes that prefer to live in aquatic plants. Conventional fish blocks cannot be selectively constructed according to the spawning habits of river species, and use a separate template with a different structure. In order to manufacture the assoblock, the cost of producing the individual block is also high.

The object of the present invention is to provide an excellent and inexpensive underwater spawner and habitat for each species according to the spawning habit in a single associate block.

The above problem is that when the sand gravel chamber is placed on the upper side and artificial water plants are attached to the periphery of it, and the artificial water plants made of floating nets are installed in the water of the river, it becomes the fishery of the fish spawning on the sand gravel. In the bottom surface of the sand gravel chamber, it can be achieved by a combined associative block formed with an assortment space usable as a myelin sheath.

In addition, the upright block is placed upside down so that the fishery space is turned upside down, and then the planting space is planted with planted seedlings and the roots of the plants extending to the side entrance are used to construct the fish as a good hideout. and; Arrange the locating blocks so that the sand gravel chamber faces upward, fill the sand gravel with the sand gravel, and install floating artificial plants on the plant rings to make sand gravel such as pyramids, willowfish, rice bran, true species, sea urchin, shiri, hotfish and salmon. It is achieved by constructing a suitable aquatic environment with spawning and habitat of fish that prefers the bottom environment, and at the same time, the lower fishery space is used as a resting place for fish.

1 is a partial cutaway perspective view of the artificial block for artificial water invitation according to an embodiment of the present invention

Figure 2 is a perspective view when used for sand gravel bed installed with artificial plants on the Associate Block

3 is a perspective view of planting plants in the Associate space

<Explanation of symbols for the main parts of the drawings>

1: Associate Block 2: Sand Gravel Chamber

3: Associate space 4: Side entrance

5: plant loop 6: upper entrance

7: link 10: sand gravel

11: artificial plants 12: float

13: sandy soil 14: myelin

In Fig. 1, the concrete associate block 1 is a square or rectangular shape, which is a two-layered associate block having a sand gravel chamber 2 on the upper side and a weeding chamber / combination chamber space 3 on the lower side. At the side surface, a fish entrance and exit 4 leading to the fishery space 3 is formed.

At the corners of the sand gravel chamber (2) is installed a myelin hook (5), which is also used as a carrier used when transporting and constructing by using a vehicle. The plant loop (5) is constructed with an assortment block (1) so that the sand gravel chamber (2) faces upwards, and then fixed the bottom of an object that is substituted with water in the water such as vinyl cloth, nylon fiber, jute net, or mosquito net It is essential to avoid loss of water flow.

The fishery space (3) serves as a fishery when constructing in the direction of using the sand gravel chamber (2), and serves as a weeding chamber for planting plants when constructing a herbaceous field, and the fish moving hole (4) given to the side is also a fishery. When used, it acts as a gateway for fish to enter and exit, but when it is used as a room, the roots of plants are extended to create a good underwater environment where fish can hide.

The upper entrance 6 is in communication with the fishery space 3 on at least one side of the sand gravel chamber 2, through which the fish enter the fishery space 3 or exit the fishery space 3. Vertical fish entrance 4 is optional.

And the lower part of each corner is attached to the connecting ring (7) used to connect with other Associate blocks. Like the hook (5), the linkage (5) is also used as a carrier when constructing the upright block (1) so that the upright space (3) is placed upside down.

2, in order to use the eosoblock (1) as a mooring eoche, sand gravel (2) in the gravel (10), such as sand and rhyolite, and in the plant ring (5) vinyl tape, nylon, fiber band jute net Attach the myelin sheath of mixed myelin sheath or mosquito net such as mosquito net (11), attaching a float 12 to the upper part of the artificial herb (11) while the artificial herb (11) is stretched in the water After holding, hook the hook from the heavy equipment to the plant loop (5) and install it underwater.

It provides a good breeding ground for fish that spawn in sand or gravel, such as pyramids, willow, mochi, prawns, fishes, shrees, treefishes, and salmon, and artificial plants (12) are carp, carp, trout, stork, It is useful as a spawning ground for catfish, kuri, loach, sagefish, fleshfish and swan. And the fish enters the shelter space (3) through the side entrance (4) and the upper entrance (6) as a hiding place.

In FIG. 3, when using the eosoloc (1) as a general river eoseo planted the myelin seedling (14) in the erosion block (3) upside down to contain a good quality sandy soil (13) After hook the hook of heavy equipment to the hook (7) to install in the water of the river. The aquatic plants 13 are submerged or purified plants such as reeds, black horses, buds, water lilies, dried leaves, and pampas grass. Roots 15, which extend into the side entrances 4 during growth, are also used as fish hides and spawning grounds with the herbaceous 14.

As described above, the present invention can be easily and easily composed of sand gravel and artificial reefs and fishery spaces or plants by constructing a sand gravel chamber or a fishery space placed on top of the scattering habits of fish species.

Compared to the conventional AsoBloc, which is manufactured separately for each species, the AsoBloc has a variety of uses and only one mold may be prepared, thereby reducing the production cost.

Claims (2)

Sand gravel chamber (2) containing sand gravel, a water plant chamber combined space (3) formed at the bottom of the sand gravel chamber (2), fish side entrance (4) leading to the fishery space (3), sand gravel Combined aquatic unit block consisting of a myopia hypothesis plant 5 attached to the thread (2) side, and a connecting ring (7) attached to the lower corner. According to claim 1, Combined aquatic unit block is formed on the one side of the sand gravel chamber (2), the upper entrance (6) for the fish communicating with the fishery space (3).