CN211353533U

CN211353533U - Water floating island device for birds to inhabit

Info

Publication number: CN211353533U
Application number: CN201921784318.8U
Authority: CN
Inventors: 藏蕾; 路海燕; 荣德锋; 高阳
Original assignee: Beijing Durun Eco Environmental Engineering Co ltd
Current assignee: Beijing Durun Eco Environmental Engineering Co ltd
Priority date: 2019-08-05
Filing date: 2019-10-23
Publication date: 2020-08-28
Anticipated expiration: 2029-10-23

Abstract

The utility model relates to a supply floating island device on water that birds perched, plant groove, positive quadrangular prism including basic skeleton, cylinder and plant groove and artificial bird nest, the positive octagonal pyramid skeleton of basic skeleton and the setting just constitute with the cuboid skeleton of bottom surface on positive octagonal pyramid skeleton, cuboid skeleton inscription is fixed on positive octagonal pyramid skeleton point, and positive octagonal pyramid skeleton bottom surface links to each other and forms cross supporting framework, and the groove is planted to the cylinder and positive quadrangular prism plants the groove setting in basic skeleton, the inslot is planted to the cylinder and has aquatic plant, positive quadrangular prism plants inslot earthing and plants and has terrestrial plant, be equipped with artificial bird nest on the terrestrial plant. The utility model discloses provide hydrophilic condition for birds, the terrestrial plant of planting such as little arbor and bush can attract birds to stop and perch and build the nest, has solved the water environment ecosystem species singleness in chinampa device and the waters of locating, ecosystem self-regulating ability poor problem.

Description

Water floating island device for birds to inhabit

Technical Field

The utility model relates to a chinampa device on water especially relates to a chinampa device on water that supplies birds to perch.

Background

At present, because of deterioration of ecological environment, a large number of hard revetments such as artificial lakes, river channels and the like cause that hydrophilic conditions cannot be provided for birds, the birds cannot be attracted to stay in nests, the species of a water environment and an ecological system are single, the self-regulation capability of the ecological system is reduced, the technical development of the current ecological floating island and the like is gradually mature, the COD (chemical oxygen demand), nitrogen and phosphorus content in water is degraded according to eutrophic water quality or by using the principle of ecological engineering, the transparency of the water body can be greatly improved by the ecological floating island, simultaneously, the water quality index is effectively improved, particularly, the ecological floating island has good inhibition effect on algae, the problems that the species of planted plants are few, birds and partial small animals cannot be introduced, the biological diversity of the ecological floating island cannot be realized and the like exist, and the ecological floating island has the problems of difficult cultivation, poor environmental adaptability and the like after the development of nearly, The problems that the mechanized operation, manufacture and installation construction period cannot be carried out, the daily maintenance and the balance maintenance of the ecological floating island mainly adopt the problems of manual maintenance, weak extreme weather resisting capability and the like are mainly solved through continuous technical research and a large number of tests.

With the increasing of water pollution and the practical demands of improving water quality and preventing water body nutrition in rivers, lakes and oceans, and solving the problems of difficult cultivation, mechanical operation, long construction period and the like in the problems, it is necessary to research a simple and rapid device for realizing ecological floating island on water, which is convenient to install, reliable to use, can be produced mechanically and can realize biological diversity, particularly to introduce a device for floating island on water for birds to inhabit.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a supply floating island device on water that birds perched to overcome traditional floating island device cultivation difficulty, mechanized operation, construction cycle length and water environment biodiversity are poor, especially can not attract birds to perch the problem that stops, the device is through adopting Archimedes buoyancy principle, with whole floating island device on water structurization, the mechanized production of the device of being convenient for is made, shortens construction cycle, improves the biodiversity of whole device, introduces birds and perchs.

In order to realize the purpose, the utility model provides a floating island device on water for birds to inhabit, which comprises a basic framework, a cylindrical planting groove, a regular quadrangular prism planting groove and an artificial bird nest, the basic framework consists of a regular octagonal pyramid framework formed by connecting antirust steel pipes and a cuboid framework which is arranged on the regular octagonal pyramid framework and has the same bottom surface, the cuboid framework is internally connected and fixed on four non-adjacent vertexes of the bottom surface of the regular octagonal pyramid framework, the other four vertexes of the regular octagonal pyramid framework, which are not adjacent to the bottom surface, are connected through the antirust steel pipes to form a cross-shaped supporting framework, the cylindrical planting grooves and the regular quadrangular prism planting grooves are arranged in the basic framework, the bottom of the cylindrical planting grooves is provided with water permeable holes, aquatic plants are planted in the cylindrical planting grooves, soil is covered in the regular quadrangular planting grooves, terrestrial plants are planted in the regular quadrangular planting grooves, and artificial bird nests are arranged on the terrestrial plants.

Preferably, the regular quadrangular prism planting grooves are formed in the cuboid framework, and the cylindrical planting grooves are formed between the cuboid framework and the regular octagonal pyramid framework.

Preferably, the terrestrial plant is a terrestrial small tree or shrub.

Preferably, the cylindrical planting groove and the regular quadrangular prism planting groove are made of brand new HDPE.

Preferably, anchor holes are formed in the vertex positions of the basic skeleton, and all connection points of the basic skeleton are connected through iron chains.

Based on the technical scheme, the utility model has the advantages that:

whole chinampa device on water adopts rust-resistant steel pipe etc. to connect, structure simple manufacture, the mechanized manufacturing and the construction of being convenient for, terrestrial plant and aquatic plant have been introduced in the device, moreover, the device still provides the habitat for birds, the biodiversity of whole chinampa device on water has been guaranteed, the device is through adopting archimedes buoyancy principle, with whole chinampa device on water structureization, the mechanized production of the device of being convenient for is made, shorten construction cycle, improve the biodiversity of whole device, introduce birds and perch.

The utility model discloses a chinampa device on water provides hydrophilic condition for birds, and the terrestrial plant of planting such as little arbor and bush can attract birds to stop to perch and build the nest, and the water environment ecosystem species who has solved chinampa device and the waters of locating is single, and ecosystem self-control can the poor problem.

Drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the invention without undue limitation to the invention. In the drawings:

FIG. 1 is a top view of a floating island device structure;

FIG. 2 is a side view of the structure of the floating island device;

figure 3 is a top view of the floating island device.

Detailed Description

The technical solution of the present invention is further described in detail by the accompanying drawings and examples.

The utility model provides a water floating island device for birds to perch, which is shown in figure 1-figure 3, wherein the utility model discloses a preferred embodiment. The floating island device on water comprises a basic framework, a cylindrical planting groove 3, a regular quadrangular prism planting groove 4 and an artificial bird nest 5, the basic framework consists of a regular octagonal pyramid framework (1) formed by connecting antirust steel pipes and a cuboid framework 2 which is arranged on the regular octagonal pyramid framework 1 and has the same bottom surface, the cuboid framework 2 is internally connected and fixed on four non-adjacent vertexes of the bottom surface of the regular octagonal pyramid framework 1, the other four vertexes of the bottom surface of the regular octagonal pyramid framework 1 which are not adjacent are connected through the antirust steel pipes to form a cross-shaped supporting framework, the cylindrical planting groove 3 and the regular quadrangular prism planting groove 4 are arranged in the basic framework, the bottom of the cylindrical planting groove 3 is provided with a water permeable hole, aquatic plants are planted in the cylindrical planting grooves 3, soil is covered in the regular quadrangular planting grooves 4, and terrestrial plants are planted in the regular quadrangular planting grooves, and artificial bird nests 5 are arranged on the terrestrial plants.

Specifically, the floating island device for birds to inhabit comprises a basic framework, a cylindrical planting groove 3, a regular quadrangular prism planting groove 4 and an artificial bird nest 5, wherein the basic framework is composed of a regular octagonal pyramid framework 1 and a cuboid framework 2 which are formed by connecting antirust steel pipes, a diagonal line which is formed by starting any vertex of the bottom surface of the regular octagonal pyramid framework 1 and is uninterruptedly connected with alternate vertexes forms the bottom surface of the cuboid framework 2, the unconnected vertexes of the bottom surface of the regular octagonal pyramid framework 1 are respectively connected with the middle points of all side lengths of the top surface of the cuboid framework 2 corresponding to the unconnected vertexes of the bottom surface of the regular octagonal pyramid framework 1, the alternate vertexes which are connected with the unconnected vertexes of the regular octagonal pyramid framework 1 form a cross-shaped supporting framework, the arrangement ensures the structure stability of the whole device, can resist severe weather conditions, and the lower part of the device is increased, increase chinampa buoyancy, the cylinder is planted groove 3 and positive quadrangular plants groove 4 set up in the basic skeleton, the diameter 15cm that groove 3 was planted to the cylinder, degree of depth 10 ~ 20cm and bottom set up the hole of permeating water, groove 3 plants aquatic plant is planted to the cylinder, 4 base length of side of positive quadrangular planting groove is not less than 80cm, and the degree of depth is not less than 45cm, positive quadrangular plants 4 earthing height and plants the land plant for 40cm, artifical nest 5 sets up on land plant. The increase of the bottom volume of the floating island device can meet the load force of 40cm of top soil covering, and the stability of the whole device is improved.

Preferably, the regular quadrangular prism planting grooves 4 are formed in the cuboid framework 2, and the cylindrical planting grooves 3 are formed between the cuboid framework 2 and the regular octagonal pyramid framework 1. The aquatic plant can meet the growth requirement by being arranged at the edge of the framework due to the shallow root system, and can promote the aesthetic property of the whole floating island device.

Preferably, the terrestrial plant is a terrestrial small tree or shrub. The device satisfies small-size arbor bush growth demand, builds small-size ecosystem, sets up birds habitat, attracts birds to nest.

Preferably, the material used for the cylindrical planting grooves 3 and the regular quadrangular prism planting grooves 4 is brand new HDPE. The material has good heat resistance and cold resistance, excellent chemical stability, no toxicity, high rigidity and toughness and high mechanical strength, and has no great influence on water environment and plant growth.

Finally, it should be noted that the above embodiments are only used for illustrating the technical solutions of the present invention and not for limiting the same; although the present invention has been described in detail with reference to preferred embodiments, it should be understood by those skilled in the art that: the invention can be modified or equivalent substituted for some technical features; without departing from the spirit of the present invention, it should be understood that the scope of the claims is intended to cover all such modifications and variations.

Claims

1. The utility model provides a supply floating island device on water that birds perched which characterized in that: the artificial bird nest comprises a basic framework, a cylindrical planting groove (3), a regular quadrangular prism planting groove (4) and an artificial bird nest (5), wherein the basic framework is composed of a regular octagonal pyramid framework (1) formed by connecting antirust steel pipes and a cuboid framework (2) which is arranged on the regular octagonal pyramid framework (1) and is shared with the bottom surface, the cuboid framework (2) is fixedly connected to four non-adjacent vertexes of the bottom surface of the regular octagonal pyramid framework (1) in an internal connection mode, the other four non-adjacent vertexes of the bottom surface of the regular octagonal pyramid framework (1) are connected through the antirust steel pipes to form a cross-shaped supporting framework, the cylindrical planting groove (3) and the regular quadrangular prism planting groove (4) are arranged in the basic framework, a water permeable hole is formed in the bottom of the cylindrical planting groove (3), aquatic plants are planted in the cylindrical planting groove (3), land plants are covered with soil and planted in the regular quadrangular prism planting groove (4), the terrestrial plant is provided with an artificial bird nest (5).

2. The water floating island device of claim 1, wherein: the regular quadrangular prism planting groove (4) is arranged in the cuboid framework (2), and the cylindrical planting groove (3) is arranged in a triangular framework formed by the base of the cuboid framework (2) and the base of the regular octagonal pyramid framework (1) in a surrounding mode.

3. The water floating island device of claim 1, wherein: the diameter of the cylindrical planting groove (3) is 15cm, the depth of the cylindrical planting groove is 10-20 cm, the bottom side length of the regular quadrangular planting groove (4) is not less than 80cm, the depth of the regular quadrangular planting groove is not less than 45cm, and the soil covering height of the regular quadrangular planting groove (4) is 40 cm.

4. The water floating island device of claim 1, wherein: the terrestrial plant is a small terrestrial arbor or shrub.

5. The water floating island device of claim 1, wherein: the cylindrical planting grooves (3) and the regular quadrangular prism planting grooves (4) are made of brand-new HDPE.