CN203313900U

CN203313900U - Plant fish tank

Info

Publication number: CN203313900U
Application number: CN2013203337592U
Authority: CN
Inventors: 陈翔海; 陈培宗
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-06-09
Filing date: 2013-06-09
Publication date: 2013-12-04
Anticipated expiration: 2023-06-09

Abstract

The utility model relates to a plant fish tank. The plant fish tank comprises an outer tank used for culturing fish and an inner tank used for planting plants and flowers; the inner tank is arranged in the outer tank, the inner tank is provided with a water inlet tube and a water outlet tube, which are communicated with the two ends of the outer tank, a water pump and a filtering device are arranged in the inner tank, the input end of the water pump is communicated with the inner tank, and the output end of the water pump is communicated with the water outlet tube. The outer tank is used as the living area of the fish, the inner tank is used as the planting area of the plants and flowers, the fish culturing and the planting of plants and flowers are reasonably and scientifically combined with water circulation, looking from the appearance, the plants and flowers planted in the inner tank look like growing in the outer tank, the plants and flowers and the fish are matched in harmony and are highly ornamental; on one hand, excrement of the fish can be conveyed to the plants and flowers as nutrients through the water circulation structure, on the other hand, the water circulation structure also can produce oxygen for the plants and the fish, the effects of mutual-nourishing and mutual-benefiting are realized, the trouble in frequent water changing for the plants and the fish tank is relieved, and a new area and a new form which are more exquisite, more ornamental and better facilitates the co-growth of the plants and the fish are created.

Description

One Plants fish jar

Technical field

The utility model relates to the fish jar technical field, relates to a Plants fish jar.

Background technology

At present, existing fish jar is a single cylinder body, generally only feeds fish, the moving about of pet fish.For increasing sight, people have placed the false grass of artificial flower in cylinder, but it is false after all, more beautiful artistic conception and the sensation that does not also have natural, ecological.What have plants pasture and water in cylinder, although this is natural, ecological, but fish can absorb water grass, be not suitable for putting in a suitable place to breed larger fish in cylinder, can only feed little small fish, affected sight, and plant pasture and water in cylinder, particularly those good-looking pasture and water, tight especially to water quality requirement, need expensive equipment and superb technology, be difficult at ordinary times reach the effect of anticipation.

The utility model content

For solving the above-mentioned problems in the prior art, it is a kind of by the life zone of outer shell as fish is set that the utility model provides, the cultivation area of inner casing as plants and flowers is set, reasonably scientifically will cultivate the plant fish jar that fish, planting plants flowers and water circulation combine, this plant fish jar has overcome the limitation of traditional fish jar, can allow hydroponic plant genuine in different poses and with different expressions or half hydroponic plant combine freely with fish, enhance each other's beauty, strengthen greatly sight.

For solving the problems of the technologies described above, the utility model adopts following technical scheme:

One Plants fish jar, include outer shell for cultivating fish and for the inner casings of planting plants flowers; Wherein, described inner casing is located in described outer shell, and is provided with water inlet pipe and is connected and communicates with the two ends of described outer shell with outlet pipe, and is provided with water pump and filter in described inner casing, the input of described water pump communicates with described inner casing, and output is connected and communicates with described outlet pipe.

Further, the two ends of described outer shell are respectively equipped with the first aqueduct and second aqueduct of longitudinal design; Wherein, the lower end of described the first aqueduct is connected and communicates with described outer shell, and is provided with the 3rd aqueduct of longitudinal design in it; The upper end of described the 3rd aqueduct is connected and communicates with described the first aqueduct, and lower end is connected and communicates with described water inlet pipe; The top and bottom of described the second aqueduct are connected and communicate with outlet pipe with described outer shell respectively.

Further, the lower end of described the first aqueduct, the second aqueduct and the 3rd aqueduct all is connected with the bottom surface of described outer shell, and the lower end sidewall of described the first aqueduct is provided with described outer shell and is connected the water inlet communicated; The upper end of the second aqueduct is provided with described outer shell and is connected the delivery port communicated; The upper end port of described the 3rd aqueduct is positioned at the tube chamber of described the first aqueduct, and its lower end is connected and communicates with the described water inlet pipe that passes described the first aqueduct.

Further, the upper end port of the delivery port of described the second aqueduct and the 3rd aqueduct all is positioned at the below of the upper end open of described inner casing, and the upper end port of the delivery port of described the second aqueduct and described the 3rd aqueduct is positioned on sustained height, or higher than the upper end port of described the 3rd aqueduct.

The beneficial effects of the utility model are:

The utility model passes through technique scheme, by the life zone of outer shell as fish is set, the cultivation area of inner casing as plants and flowers is set, reasonably scientifically will cultivate fish, planting plants flowers and water circulation combines, from the appearance, the plants and flowers of inner casing cultivation is just as in the water that is grown in outer shell, and plants and flowers and fish are shone mutually, have sight; And unique water circulation structure flows to plants and flowers by the ight soil of fish and does nutrient, can be again plant and fish manufacture oxygen, the alternate mutual benefit, organically combine, form the ecotope of a slight harmony, alleviated frequent trouble of to fish jar and flower plant, changing water, be more convenient for bringing up management, broken traditional fish jar pattern and hydrostatic now cultivation flowers pattern, started one brand-new more unique, have more sight, more be conducive to new field and the form of the common growth of plant and fish.

The accompanying drawing explanation

Fig. 1 is the structural representation of a Plants fish jar embodiment described in the utility model.

Embodiment

In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.

As shown in fig. 1:

The described Plants fish jar of the utility model embodiment mono-, include outer shell 1 for cultivating fish and for the inner casings 2 of planting plants flowers; Wherein, described inner casing 2 is located in outer shell 1, and is provided with water inlet pipe 3 and is connected and communicates with the two ends of outer shell 1 with outlet pipe 4, and is provided with water pump 5 and filter (not showing in figure) in inner casing 2, the input of described water pump 5 communicates with inner casing 2, and output is connected and communicates with outlet pipe 4.Concrete structure can be:

Described outer shell 1 and inner casing 2 are transparent cylinder body, the two ends of described outer shell 1 are respectively equipped with the first aqueduct 6 and second aqueduct 7 of longitudinal design, be provided with the 3rd aqueduct 8 of longitudinal design in the first aqueduct 6, and the lower end of the first aqueduct 6, the second aqueduct 7 and the 3rd aqueduct 8 all is connected with the bottom surface of outer shell 1.Wherein, the lower end sidewall of the first aqueduct 6 is provided with and is connected the water inlet 61 communicated with outer shell 1; The upper end of described the second aqueduct 7 is provided with and is connected the delivery port 71 communicated with outer shell 1, and lower end is connected and communicates with outlet pipe 4; The upper end port 81 of described the 3rd aqueduct 8 is positioned at the tube chamber of the first aqueduct 6, with the first aqueduct 6, is connected and communicates, and the lower end of the 3rd aqueduct 8 is connected and communicates with the water inlet pipe 3 that passes the first aqueduct 6.And, the upper end port 81 of the delivery port 71 of described the second aqueduct 7 and the 3rd aqueduct 8 all is positioned at the below of the upper end open of inner casing 2, and the upper end port 81 of the delivery port 71 of the second aqueduct 7 and the 3rd aqueduct 8 is positioned on sustained height, or higher than the upper end port 81 of the 3rd aqueduct 8.

The operation principle of plant fish jar described in the utility model is: at first, water in outer shell 1 is flowed in the first aqueduct 6 by water inlet 61, when height of water level in the first aqueduct 6 arrives the upper end port 81 of the 3rd aqueduct 8, water flows in inner casing 2 by this upper end port 81 and through water inlet pipe 3, and carries out filtration treatment; Then by water pump 5 by the water after inner casing 2 inner filtrations in outlet pipe 4 is evacuated to the second aqueduct 7, when the height of water level of the second aqueduct 7 arrives delivery port 71, the water in the second aqueduct 7 flows in outer shells 1 from delivery port 71; So circulation repeatedly.

Like this, plant fish jar of the present utility model is by arranging the life zone of outer shell 1 as fish, the cultivation area of inner casing 2 as plants and flowers is set, reasonably will cultivate fish, planting plants flowers and water circulation to science and technology combines, from the appearance, the plants and flowers of inner casing 2 cultivations is just as in the water that is grown in outer shell 1, and plants and flowers and fish are shone mutually, have sight; And unique water circulation structure flows to plant by the ight soil of fish and does nutrient, can be again plant and fish manufacture oxygen, the alternate mutual benefit, organically combine, broken traditional fish jar pattern and hydrostatic now cultivation flowers pattern, started one brand-new more unique, have more sight, more be conducive to new field and the form of the common growth of plant and fish.

Therefore, plant fish jar described in the utility model has the following advantages:

1, increased greatly sight

The plant fish jar is placed in plants and flowers fish jar (inner casing 2) water first, has strengthened greatly sight.The hydroponic flowers kind is more and more at present, has especially many flowers in full bloom throughout the year can water planting to be stated from cylinder as Moth orchid, carnation, the red palm, Ma Dilian etc.So various kind is arranged, just can frequently change the flowers in cylinder by season and personal like, allow the flowers in cylinder often open constantly, in fish and water, brilliance is bursted forth, and this is that traditional fish jar is incomparable far away.

2, take full advantage of the fish jar resource, turn bane into boon, turn waste into wealth

The filter of tradition fish jar just is used for filtering, and the fish excrement in filtration can't be processed automatically, and polluted water can only lean on artificial clean; The plant fish jar can become the fish excrement into fertilizer, has both supplied with the nutrient of plant, has purified again water quality.Fish jar just had water pump originally, and water is mobile cycle water, and the plant fish jar utilizes this circulating water to cultivate the hydroponic plant flowers exactly, has guaranteed the oxygen that plant growth is required, and equipment and power consumption are supported in unnecessary other increase.Facts have proved, it is better that the hydroponic plant of circulating water plantation will be grown than the hydroponic plant of hydrostatic plantation, and easily occur the trouble of mosquito while there is no the hydrostatic cultivation.The hydroponic plant so plant in inner casing, both guaranteed the oxygen supply, and natural fertilizers are provided again automatically.

3, hydroponic plant is easy to management, time saving and energy saving.

Inner casing plantation hydroponic plant flowers, need water fertilizer through perennial draingage the flowers of carrying unlike soil, need not manage it for a long time, and it is very good that it is equally grown.

Certainly, plant fish jar described in the utility model (being outer shell 1 and inner casing 2) also can be made other shapes (as spherical, circular fish jar), and its structure is identical with the utility model embodiment with operation principle, does not repeat them here; And outer shell 1 also can be done two or more height cylinder body be connected straggly with inner casing 2, form the height of water, water pump is placed in a cylinder, water is evacuated to high-order cylinder, allow the spill-over of high-order cylinder water go out to form the flowing water of position cylinder from high to low, fish and hydroponic plant can be planted in each cylinder according to design for aesthetic, in cylinder, can place filtering material, can play filtered water, also can supply with the nutrition of plant growth.

The above is preferred embodiment of the present utility model; it should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the utility model principle; can also make some improvements and modifications, these improvements and modifications also are considered as protection domain of the present utility model.

Claims

1. a Plants fish jar is characterized in that: include outer shell (1) for cultivating fish and for the inner casings (2) of planting plants flowers; Wherein, described inner casing (2) is located in described outer shell (1), and be provided with water inlet pipe (3) and be connected and communicate with the two ends of described outer shell (1) with outlet pipe (4), and be provided with water pump (5) and filter in described inner casing (2), the input of described water pump (5) communicates with described inner casing (2), and output is connected and communicates with described outlet pipe (4).

2. plant fish jar according to claim 1, it is characterized in that: the two ends of described outer shell (1) are respectively equipped with the first aqueduct (6) and second aqueduct (7) of longitudinal design; Wherein, the lower end of described the first aqueduct (6) is connected and communicates with described outer shell (1), and is provided with the 3rd aqueduct (8) of longitudinal design in it; The upper end of described the 3rd aqueduct (8) is connected and communicates with described the first aqueduct (6), and lower end is connected and communicates with described water inlet pipe (3); The top and bottom of described the second aqueduct (7) are connected and communicate with outlet pipe (4) with described outer shell (1) respectively.

3. plant fish jar according to claim 2, it is characterized in that: the lower end of described the first aqueduct (6), the second aqueduct (7) and the 3rd aqueduct (8) all is connected with the bottom surface of described outer shell (1), and the lower end sidewall of described the first aqueduct (6) is provided with and is connected the water inlet (61) communicated with described outer shell (1); The upper end of the second aqueduct (7) is provided with and is connected the delivery port (71) communicated with described outer shell (1); The upper end port (81) of described the 3rd aqueduct (8) is positioned at the tube chamber of described the first aqueduct (6), and its lower end is connected and communicates with the described water inlet pipe (3) that passes described the first aqueduct (6).

4. plant fish jar according to claim 3, it is characterized in that: the upper end port (81) of the delivery port (71) of described the second aqueduct (7) and the 3rd aqueduct (8) all is positioned at the below of the upper end open of described inner casing (2), and the upper end port (81) of the delivery port (71) of described the second aqueduct (7) and described the 3rd aqueduct (8) is positioned on sustained height, or higher than the upper end port (81) of described the 3rd aqueduct (8).