KR20120118177A

KR20120118177A - Aquatic plant

Info

Publication number: KR20120118177A
Application number: KR1020110035598A
Authority: KR
Inventors: 이윤자
Original assignee: 이윤자
Priority date: 2011-04-18
Filing date: 2011-04-18
Publication date: 2012-10-26

Abstract

The present invention is an aquarium divided into a fish habitat space 101 and a filtration unit 102 by a case 110 and a bottom plate 101a, the bottom plate 101a of the bottom of the fish habitat space 101 The foreign matter collection groove 111 is formed in the foreign matter collection groove 111 is connected to the foreign matter discharge pipe 130, the foreign substance discharge pipe 130 is passed through the side of the overflow pipe 120, overflow pipe ( 120) is formed vertically to the inside of the discharge port of the foreign matter discharge pipe is configured to be formed to be lower than the height of the overflow pipe 120 to provide an easy to remove the foreign matter, the present invention is lower than the height of the overflow pipe foreign matter By forming the outlet height of the discharge pipe to be discharged together with the foreign matter and polluted water naturally by the atmospheric pressure has the effect that can be purified without using a separate pumping means.
In addition, the present invention forms a lower foreign material collection groove than the bottom plate of the aquarium to collect the foreign matter and discharge the collected foreign matter inside the overflow pipe through the foreign matter discharge pipe and light foreign matter such as bubbles and floats flowing into the overflow pipe and Heavy debris on the floor, such as fish droppings, can be removed at the same time through the foreign substance discharge pipe, resulting in a turbid water quality improvement effect, which can delay the water exchange time of the aquarium and improve the health of fish. It is a very useful invention that can reduce the amount of work and cost.

Description

Aquatic plant that can easily remove foreign substances

The present invention relates to an aquarium that is easy to remove foreign matters, more specifically, foreign matters of the aquarium in a simple structure and convenient way by allowing the foreign substances to flow into the purification device by using the atmospheric pressure without the need for a separate pumping means Can be removed.

In general, an aquarium is a device for inserting and observing fish, shellfish, and other aquatic life, and is usually made of a transparent material such as glass or acrylic. However, since most aquariums are closed, they are easily contaminated by excreta or surplus feeds excreted by fishes. To remove contaminants in the aquarium, bottom bubble floating filtration or purifying means formed on the side and bottom , Bubbles and floats through the overflow pipe are removed.

In this way, various contaminants from the aquarium are removed by contaminants and contaminants by various structures such as charcoal, sand, gravel, and filter, and then the purified water is pumped back into the fish habitat of the aquarium to circulate. have.

In particular, the aquarium having a purification means on the side and the bottom of the aquarium is widely used because of the good purification ability, which is difficult to apply to the upper aquarium of the aquarium consisting of only two stages, but only one.

Therefore, a live fish aquarium bottom waste cleaner having a structure for removing foreign substances in the upper aquarium of the two-stage aquarium has a patent application No. 10-2008-0099296 "Inlet is provided in the upper part and the discharge hole is provided in the upper portion than the inlet and the discharge hole. An aeration cylinder having a hollow body having a large cross-sectional area is inclined toward the discharge port is connected to the discharge port having a smaller cross-sectional area than the body; Discharges the air supplied through the air hose from the outside in the bubble cylinder in the form of a bubble An air disperser, and an extension pipe communicating with the discharge port and extending upwardly, and a waste collection network coupling portion coupled to a waste collection network provided in the extension pipe and collecting dust collected in the water discharged from the extension pipe; And a waste collection network coupled to the waste collection network coupling unit. Unit; live fish aquarium bottom residue cleaner comprises a ". It has been filed and known as a structure.

However, the above-mentioned live fish aquarium bottom waste cleaner generates bubbles and forms vortices on the bottom, and collects and handles foreign substances rising by the vortices on the net, and has a considerable weight such as fish droppings. Disposal of foreign matter is difficult.

In addition, the conventional two-stage aquarium structure of the upper aquarium simply contaminates the water in the aquarium due to a simple structure that simply purifies the contaminants floating on the water surface of the aquarium, thereby causing the inconvenience of frequently changing the water in the aquarium. In addition, the frequent replacement of water and removal of contaminants such as fish droppings that do not go to the bottom are difficult, resulting in increased risk of causing disease or mortality in the fish and causing significant stress on the fish.

Therefore, the present invention was devised to solve the above problems, and the present invention is divided into a fish habitat space and a filtering device chamber by a case and a partition, and an overflow tube for discharging bubbles or floats is formed in the fish habitat space. In the aquarium, which is formed in the bottom of the fish habitat space is formed foreign matter collection groove lower than the bottom plate, the foreign matter collection groove is connected to the foreign matter discharge pipe to the foreign matter discharge pipe penetrates the side of the overflow pipe vertically inside the overflow pipe The purpose of the present invention is to provide an easy to remove the foreign matter, characterized in that the outlet height of the foreign matter discharge pipe is configured to be formed lower than the height of the overflow pipe.

As such, the present invention forms an outlet height of the foreign substance discharge tube lower than the height of the overflow tube so that the foreign substances and the contaminated water are naturally discharged by atmospheric pressure, thereby enabling purification without using a separate pumping means.

In addition, the present invention forms a lower foreign material collection groove than the bottom plate of the aquarium to collect the foreign matter and discharge the collected foreign matter inside the overflow pipe through the foreign matter discharge pipe and light foreign matter such as bubbles and floats flowing into the overflow pipe and Heavy debris on the floor, such as fish droppings, can be removed at the same time through the foreign substance discharge pipe, resulting in a turbid water quality improvement effect, which can delay the water exchange time of the aquarium and improve the health of fish. It is a very useful invention that can reduce the amount of work and cost.

1-perspective view of a conventional aquarium debris removal device.
Figure 2-cross-sectional view of the aquarium easy to remove the present invention foreign matter.
3-Reference cross-sectional view of the use state of the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

The present invention is an aquarium divided into a fish habitat space 101 and a filtration unit 102 by a case 110 and a bottom plate 101a, the bottom plate 101a of the bottom of the fish habitat space 101 The foreign matter collection groove 111 is formed in the foreign matter collection groove 111 is connected to the foreign matter discharge pipe 130, the foreign substance discharge pipe 130 is passed through the side of the overflow pipe 120, overflow pipe ( 120 is formed vertically inside, the height of the outlet of the foreign substance discharge pipe 130 is configured to be formed lower than the height of the overflow pipe 120, that is, the contaminated water inlet of the overflow pipe 120.

At this time, the foreign matter discharge pipe 130 penetrates the side of the overflow pipe 120 and is formed vertically inside the overflow pipe 120. The height of the outlet height of the foreign matter discharge pipe 130 is higher than the height of the overflow pipe 120. Is too low, the discharged water pressure becomes too high. Of course, the reason why the foreign matter discharge pipe 130 must be lower than the height of the overflow pipe 120 is to allow the contaminated water to be discharged inside the overflow pipe 120 together with the foreign matter through the foreign matter discharge pipe 130 by atmospheric pressure. to be.

However, at this time, the outlet height of the foreign matter discharge pipe 130 is too difficult or too low, the water is not good to fall out to the discharge port so that the water discharged through the discharge hole of the foreign matter discharge pipe 130 does not exceed the overflow pipe 120 most Would be desirable.

As such, the foreign substances discharged into the overflow pipe 120 are introduced into the purifier 140 together with the bubbles and the suspended matter introduced through the overflow pipe 120, and the contaminants are filtered by the purifier 140. In addition, the pump 150 and the water supply pipe 160 connected to the purification device 140 are introduced into the fish habitat space 101 again.

At this time, the foreign matter collection groove 111 formed on the bottom of the fish habitat space 101 may be configured to be placed on the drain plate (not shown) having a plurality of through-holes.

It is preferable to use a sponge as a material of the purifier 140, but it is also possible to use materials that can purify water, such as activated carbon or sand, which are generally known.

As described above, the present invention has been described by means of a limited embodiment, but the present invention is not limited thereto, and the technical spirit of the present invention and a patent will be described below by those skilled in the art to which the present invention pertains. Various modifications and variations will be possible within the scope of the claims.

DESCRIPTION OF THE EMBODIMENTS
100: aquarium easy to remove the present invention foreign matter
101: fish habitat 101a: bottom plate
102: filtration chamber
110: case 120: overflow tube
130: foreign substance discharge pipe 140: purification device
150: pump 160: water supply pipe

Claims

In the aquarium, which is divided into a fish habitat space and a filtration chamber by a case and a bottom plate, and the contaminated water in the fish habitat space is purified by a purification device and is introduced back into the fish habitat by a pump and a water supply pipe.
The foreign material collection groove 111 is formed in the bottom plate 101a of the bottom of the fish habitat space 101, and the foreign substance discharge pipe 130 is connected to the foreign material collection groove 111, and the foreign substance discharge pipe 130 is It is formed to penetrate the side of the overflow pipe 120 vertically inside the overflow pipe 120, the outlet height of the foreign substance discharge pipe 130 is characterized in that it is configured to be formed lower than the height of the overflow pipe 120 Aquarium for easy removal of debris.