KR20090020471A - Pipe line pipe water way siphon cistern structure aquarium installation and installation method - Google Patents

Abstract

An aquarium apparatus and equipping method are provided, which supply all kinds of the aquatic livings with various and free play spaces and enable three dimensional viewing. An aquarium apparatus comprises: an aquarium(1) of siphon water tub structure(2); an irrigation pipe(23) which is combined with an opening and closing member preventing injection of the bubble or the air while preventing outflow of earth and sand; a bubble elimination part(10) mounted on the top end portion of the siphon water tub structure; and an underwater water pumping member(11) making the operation of the siphon smooth by filling the water while removing the bubble or the air.

Description

Pipeline Pipe Water Way Siphon Cistern Structure Aquarium Installation And Installation Method}

The present invention moves to the upper and lower according to the rise and fall of the water level inside and outside the river, the sea, the lake water tank or the transparent water tank, the siphon is operated by itself, a plurality of rivers, sea, lake tank or bucket In the siphon tank structure aquarium apparatus and the method of the pipeline irrigation system consisting of a transparent pipeline siphon structure tank of various shapes such as an inverted structure that maintains the water level contained in one side and the other side of the tank at the same level at all times. It's about.

Conventionally, the structure of the existing aquarium, which is installed indoors or outdoors, is usually installed as a horizontal tank filled with water in a large and small transparent tank structure, where the water supply device, the drainage device and the lighting device The reality is that it is installed as a fixed aquarium where oxygen can be used to raise, experiment, or manage various organisms so that visitors can only view the aquarium in a horizontal view.

The fixed horizontal tanks as described above are simple horizontal tank structures in which the surface of the aquarium tank filled with water is kept only horizontally, and the tank structure is illuminated while supplying only the oxygen and water that the living organism needs. It is pointed out that it is a horizontal play space of various aquatic organisms, as it has no water level control function between the water resources, and prevents the inflow and outflow of sediment during intake and drainage, and also does not have any functions necessary for the movement of aquatic organisms.

A plurality of rivers, seas, lakes, or buckets, which are spaced in circles and near distances, are operated by siphons while moving up and down according to the rise and fall of the water level in the river, the sea, the lake water tank, or the transparent water tank of the present invention. The siphon tank structure aquarium system is a pipeline irrigation system consisting of a transparent pipeline siphon structure of various shapes, such as an inverted structure that keeps the water level contained in one side and the other side of the tank at the same level at all times.

It is equipped with a siphon tank structure with transparent pipeline irrigation so that the water flows by itself, providing various aquatic organisms with various free play spaces such as upside down structure, and watching the three-dimensional variety of aquatic organisms as well as moving them. A water intake and drainage channel that functions as an aisle as a passage and also functions to control the water level between a plurality of water resources, such as agricultural water, which are spaced at a short distance, and to prevent inflow and outflow of soil during intake and drainage. The purpose of the present invention is to provide a material for use as a transport channel for transporting various materials at a long distance.

River, sea, lake or transparent water tank of the present invention by moving the siphon up and down in accordance with the rise and fall of the water level inside and outside, the plurality of rivers, oceans, lakes or buckets separated by circles, near The siphon tank structure aquarium apparatus and the method of the pipeline are a pipeline irrigation system of various shapes such as an inverted structure and various sizes, such as an inverted structure that always maintains the water level contained in one side and the other side of the tank at the same level.

In the river, sea, lake or water tank (7), connected to the induction connecting portion (4) provided in the fixed support structure (3) fixed to the outside, in the river, sea, lake or water tank (7), It consists of an aquarium (1) consisting of a siphon water tank structure (2) of transparent pipeline irrigation channels of various shapes and sizes, such as an inverted structure in which the siphon operates by itself as it rises, falls, and moves according to external water level fluctuations.

A buoyancy buoyancy buoy 13 having a structure capable of being detached and attached to the siphon tank structure 2 and the lower end of the aquarium 1 is connected to the pipeline irrigation channel connected to the induction connecting portion 4 of the fixed support structure 3. In addition, the lower end of the siphon tank structure (2) of the pipeline water pipe structure to prevent the inflow and outflow of the soil, and also to prevent the inflow of air bubbles or air (15), and to control the water level between a plurality of water resources spaced near, far and near The combination of the opening and closing pipe 22, which is combined with the opening and closing portion 22, for adjusting the flow rate of the water flow, is screwed into the combination screw 24,

Pipeline irrigation siphon structure (2) with buoyancy buoys (13), flow rate control valves, closures (22), and sewage inlet and outflow spillway prevention pipes (23) The lower end of the aquarium (1) and the pipeline irrigation one side (5) and the lower end side (6) of the siphon tank structure (2) and one side (8) of the river, sea, lake or water tank (7) and Under the water surface of the other side (9) to be submerged respectively,

Powered by the air exhaust system 16 to remove the bubbles or air (15) flowing into the siphon tank structure (2) while the lower end is submerged in the internal structure of the siphon water tank structure (2) to facilitate the operation of the siphon by sipping water. Alternatively, a bubble removing unit 10 having a water and air exchange chamber 17 structure for smoothly operating the siphon while exchanging water and air by itself is installed in the upper portion 10 'of the siphon tank structure 2 with a pipeline irrigation. Mounting

One side (8) or the other side (9) of the bubble removing section (10) attached to the upper end (10 ') of the pipeline water channel siphon tank structure (2) and the river, sea, lake or water tank (7) When the water intake and drainage water pumping unit 11 installed in the water is connected to the bubble removing connecting pipe 12 and operated, the one side 8 of the river, the sea, the lake water tank or the water tank (7) and An underwater water pump to smoothly operate the siphon while removing water or air (15) introduced into the siphon tank structure (2) at the same time as the water level difference between the other side (9) is generated. (11) and the bubble removing unit 10 is characterized in that the configuration combination device so as to communicate with the bubble removing connector (12).

The present invention is equipped with a siphon tank structure with a transparent pipeline irrigation so that the water flows by itself, providing various aquatic organisms with various free play spaces such as an upside down structure, as well as viewing and viewing various aquatic organisms in three dimensions. It is also used for fishery, which is a movement path of living organisms, and also has the function of controlling the water level between a plurality of water resources such as agricultural water, which is spaced at a short distance, and preventing the inflow of air and the inflow and outflow of soil during intake and drainage. It is also used as a drainage channel, and it can be used as a transport channel for transferring various materials to a long distance.

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

First, the siphon is operated by itself while moving up and down according to the rise and fall of the water level in the river, the sea, the lake water tank or the transparent water tank of the present invention, the outer and the bottom, a plurality of rivers, sea, lake tank Or siphon tank structure aquarium apparatus and its device, which is a pipeline irrigation system of transparent pipe siphon structure of various shapes such as an inverted structure that maintains the water level in one side and the other side of the water tank at the same level all the time. Looking at how

As shown in Figs. 1 to 4, it is connected to a transparent pipeline composed of three-dimensional rainbow-shaped positive siphon shapes, inverted siphon shapes, or spring-type composite siphon shapes, such as a structure inverted by a transparent pipeline. A pipeline irrigation siphon tank structure consisting of a siphon tank structure (2) and a pipeline irrigation system where the siphon is operated while moving upward and downward through the water level between a plurality of water resources spaced near and far to maintain the same level. 1) with the device

A fixed support structure in which an aquarium (1) having a pipeline irrigation tank structure (2) and a pipeline irrigation tank structure (1) installed in the pipeline, is fixed inside or outside the river, sea, lake water tank, or water tank (7). 3) The siphon tank structure (2) and the aquarium (1) of the pipeline irrigation channel rise as the water level fluctuations in and out of the river, the sea, the lake water tank, or the water tank (7) are connected to the induction connecting portion (4). Fixing and fixing the fixed support structure (3) having an induction connecting portion (4) to guide the lowered and moved in a fixed position in the outside, inside and outside the river, sea, lake water tank or bucket water tank (7),

A buoyancy buoy 13 for buoyancy acts on the siphon tank structure 2 and the lower end of the aquarium 1 with a pipeline irrigation channel 4 connected with the induction connector 4 of the fixed support structure 3 fixed and fixed. It is equipped with a structure that can be attached and detached, and the structure that prevents the inflow and outflow of the soil or the air (15) while preventing the inflow and outflow of the soil at the lower end of the siphon tank structure (2) of the pipeline irrigation path, and is separated from the circle and the near distance The combination of screw thread 24 is installed with a fastening pipe-shaped water pipe of the inlet-shaped water pipe shape in which the water level control and the flow of water between the plurality of water resources are regulated and the closed part 22 is combined.

The buoyancy buoy 13 attached to the bottom of the pipeline siphon tank siphon structure (2) and the aquarium (1) is installed in a structure that can be detached, attached as needed, so that the pipeline irrigation siphon tank structure ( 2) and the aquarium (1) to move while moving up, down, and also the pipeline water flow opening and closing portion 22 for the flow rate adjustment is fastened by constituting the combination of the lower portion of the siphon tank structure (2) in the circle, close Control the water level between the plurality of spaced water resources and control the flow of water in the intake and drainage, and the historically-funded structure water pipe pipe 23 is the bubble or air (15) flowing into the pipeline water pipe siphon tank structure (2) While preventing the inflow of the structure to prevent the inflow and outflow of earth and sand

And buoyancy buoyancy acting buoy 13 and the water level control between the plurality of water resources spaced at a distance, near and near the control, to control the flow of water, the closing portion 22 and bubbles to prevent the inflow and outflow of soil The lower portion of the pipeline irrigation tank siphon tank structure (2) among the pipeline irrigation tank siphon structure (2) and the lower portion of the aquarium (1), which is fastened to the lower end of the inlet shape structure irrigation pipe (23). 5) and the hollow snow-receiving device to submerge the bottom side 6 of the river, the sea, the lake water tank or the bucket water tank 7 below the water surface of one side 8 and the other side 9, respectively,

Pipeline waterway under the water surface of one side (8) and the other side (9) of the river, sea, lake or water tank (7) and the bottom side of the siphon tank structure (2) In the upper portion 10 ′ of the siphon tank structure 2, an air sensor 14 having a bubble or air 15 introduced into the siphon tank structure 2 detects the bubble or air 15. If you remove it immediately, the air vacuum exhaust device (16) structure to facilitate the siphon operation by removing the water at the same time, or the water and air exchange chamber (17) structure of the water and air exchange chamber (17) structure to facilitate the siphon operation by exchanging water and air by itself With the device

The power vacuum exhaust device 16, which is built inside the bubble removing unit 10 mounted with the device, has an air detector 14 having air bubbles or air 15 generated inside the siphon tank structure 2 of the pipeline irrigation channel. ) Is immediately activated to exhaust the internal bubbles or air (15) of the siphon tank structure (2) of the pipeline irrigation channel, and at the same time to keep the water siphon smoothly,

In addition, the water and air exchange chamber (17) structure built into the bubble removing unit (10) equipped with the device is an air detector (bubble or air 15) built into the pipeline irrigation siphon tank structure (2) ( 14) If the water and air exchange room automatically open and close the operation 18, the siphon operation is smoothly performed by automatically exchanging the internal bubbles or air 15 of the siphon tank structure 2 with the water in the pipeline irrigation channel. Replenishing water bucket for water and air exchange (20) is provided with a replenishing water tank opening and closing portion 21 and the water and air exchange room automatic opening and closing part 18 for injecting water and air exchange supplemental water (19) Become a structure,

In addition, the river, sea, lake or water tank (7) connected in communication with the bubble removing unit (10) mounted on the upper end (10 ') of the pipeline water channel siphon tank structure (2) and the bubble removing connector (12). The water intake and drainage water pump 11 for water intake and drainage installed in the water on one side (8) or the other side (9) is connected to the bubble removing connector (12), and when it is operated, it is river, sea, lake The water level difference between the one side 8 and the other side 9 of the water tank or the bucket water tank 7 is generated, and the bubble or air 15 introduced into the siphon water tank structure 2 of the pipeline irrigation channel is also removed. It is characterized in that the water combination pumping unit 11 and the bubble removing unit 10 to facilitate the operation of the siphon in communication with the water composition to communicate with the connection pipe 12 for removing bubbles.

In this way, the pipeline vacuum channel siphon water tank structure (2) in the bubble removing unit 10 of the upper end (10 ') of the built-in power vacuum exhaust device 16 or the air detector (14) built in the bubble removing unit 10 Operate the water and air exchange chamber 17 in combination with the water and air exchange chamber automatic opening and closing 18 for automatically exchanging the detected air with water, or with the bubble removing unit 10 and the bubble removing connector 12. When the connected underwater water pumping unit 11 is operated, transparent pipes of various shapes and various sizes, such as an inverted structure, are completely removed while bubbles or air 15 introduced into the siphon tank structure 2 are completely removed from the pipeline water. The pipeline siphon with a line siphon structure is filled with flowing water while maintaining a strong vacuum inside the siphon tank structure (2),

At this time, the siphon operation is performed smoothly by the siphon phenomenon caused by the pipeline water passage siphon tank structure maintaining the same water level (2), and the water level inside the river, sea, lake tank or water tank (7) is high. Pipeline, characterized in that the device is composed of a structure in which the oxygen supply is also provided while automatically circulating in one side (8) or the other side (9), the low water level is automatically moved to one side (8) or the other side (9) An irrigation channel siphon tank structure aquarium apparatus and a method of the apparatus are provided.

As described above, the siphon structure pipeline apparatus having a siphon structure and the apparatus method and the effect thereof are constructed and combined according to the present invention.

Rainbow-shaped siphon-like structure of various shapes and various sizes, such as an inverted structure that maintains the level of water contained in a plurality of rivers, seas, lakes, or water tanks spaced at a near distance, in the same range, A pipeline irrigation channel connected by a siphon-shaped structure or a spring-type composite siphon-shaped transparent pipeline connected to the siphon tank structure and a buoyant buoyancy buoyant structure that can be attached and detached if necessary to install steel, sea and lake. It is a siphon tank structure with a pipeline irrigation which moves the siphon up and down according to the fluctuation of water level inside and outside the water tank or the water tank so that the water level between multiple water resources spaced near and far is always maintained at the same level. The aquarium equipped

The automatic removal of air from the inside of the siphon tank structure by the installed pipeline irrigation channel or the bubble removal unit equipped with the generated bubbles leads to strong internal vacuum, and the water in the siphon tank structure of the pipeline irrigation channel is filled. At the same time, the siphon operates by itself, adjusts the water level between a plurality of water resources spaced far and near, the water intake and drainage while preventing the inflow and outflow of soil, and the flow of water flowing into the water channel. Equipped with a functional structure,

An aquarium equipped with a siphon tank structure with a pipeline water pipe with various functions provides a variety of play spaces for spring, summer, autumn, and winter to aquatic organisms, and it is a siphon tank structure with winter freeze prevention devices to prevent freezing and cleaning. It is a siphon shape that can be connected to various shapes and various sizes of transparent material pipeline siphon pipes for easy and convenient maintenance, etc. It is a combination structure consisting of aquarium structure consisting of siphon tank structure with pipeline pipeline water channel of tank structure.

As above, it is equipped with a siphon tank structure with a transparent pipeline irrigation so that it can flow into the water inside the pipeline siphon structure while providing a siphon phenomenon by itself, providing various free play spaces such as an upside down structure to various aquatic organisms. As well as viewing a variety of aquatic organisms in three dimensions, as well as the esophagus (26), which is the passage of the living organisms,

It is also used as a water intake and drainage channel (27), which has a function to control the water level between a plurality of water resources, such as agricultural water, and to prevent water inflow and outflow and outflow of soil during intake and drainage. It provides the effect of utilizing also as a conveying water channel 28 for transporting and transporting various materials at a long distance.

In addition, a device equipped with a plurality of known lighting units 25 that can illuminate the aquarium structure and its surrounding structures, which is a combinatorial device, can help observation of aquatic organisms.

1 is an aquarium of a siphon tank structure of a natural flow pipeline irrigation channel of the present invention.

Figure 2 is an aquarium of a forced flow pipeline irrigation siphon tank structure of the present invention

Figure 3 is an aquarium of the natural, forced flow pipeline siphon tank structure of the present invention

Figure 4 is a bubble removing unit of the power vacuum exhaust structure and water and air exchange chamber structure of the present invention

One ; Pipeline irrigation siphon tank structure aquarium

2 ; Pipeline Waterway Siphon Tank Structure

3; Pipeline irrigation system siphon tank structure and fixed support structure supporting the aquarium

4 ; Induction joint connecting water tank siphon tank structure to aquarium and fixed support structure

5; One side of the lower part of the siphon water tank structure

6; The other side of lower part of siphon tank structure

7; River, sea, lake tank or bucket tank

8 ; One side of river, sea, lake water tank or water tank

9; River, sea, lake or other tank

10; Debubbling part of upper part of siphon tank structure

10 '; Pipeline Waterway Siphon Tank Structure Top

11; Submersible water pump

12; Bubble Removal Connector

13; Buoyancy action buoyancy buoys with removable structure

14; Air detector

15; Air bubble or air

16; Power vacuum exhaust device

17; Water and air exchange room

18; Automatic opening and closing of water and air exchange rooms

19; Supplemental water for water and air exchange

20; Refill water bucket for water and air exchange

21; Opening and closing water tank for water and air exchange

22; Opening / closing for controlling water level between spaced water resources and controlling the flow of water during intake and drainage

23; Historically-funded irrigation pipes to prevent air bubbles and prevent the inflow and outflow of soil

24; Tightening Screw

25; Pipeline Irrigation System Siphon Tank Structure Aquarium and Surrounding Structures

26; Various play areas for aquatic organisms and fishery for moving passage of aquatic organisms

27; Water level control between separated water resources and inflow and drainage

28; Transfer water to transfer various materials at a long distance

Claims (1)

In the river, sea, lake or water tank (7), connected to the induction connecting portion (4) provided in the fixed support structure (3) fixed to the outside, in the river, sea, lake or water tank (7), It consists of an aquarium (1) consisting of a siphon water tank structure (2) of transparent pipeline irrigation channels of various shapes and sizes, such as an inverted structure in which the siphon operates by itself as it rises, falls, and moves according to external water level fluctuations. A buoyancy buoyancy buoy 13 having a structure capable of being detached and attached to the siphon tank structure 2 and the lower end of the aquarium 1 is connected to the pipeline irrigation channel connected to the induction connecting portion 4 of the fixed support structure 3. In addition, the lower end of the siphon tank structure (2) of the pipeline water pipe structure to prevent the inflow and outflow of the soil, and also to prevent the inflow of air bubbles or air (15), and to control the water level between a plurality of water resources spaced near, far and near The combination of the opening and closing pipe 22, which is combined with the opening and closing portion 22, for adjusting the flow rate of the water flow, is screwed into the combination screw 24, Pipeline irrigation tank siphon tank structure (2) with buoyancy buoy (13), flow water volume control valve, closed portion (22), and sewage-injection and spill prevention pipes (23). Among the lower end of the aquarium 1, the lower end one side 5 and the lower end 6 of the siphon tank structure 2 of the pipeline irrigation channel 2 are connected to one side 8 of the river, the sea, the lake water tank or the bucket water tank 7 and the other. Under the water surface of the side (9) to be submerged respectively, Powered by the air exhaust system 16 to remove the bubbles or air (15) flowing into the inside of the siphon tank structure (2) while the lower end is submerged in the pipeline irrigation system to facilitate the operation of the siphon at the same time to remove water In the upper portion (10 ') of the siphon tank structure (2) of the siphon tank structure (2) with a pipeline irrigation system, a bubble removing unit (10) having a structure of water and air exchange chamber (17) for smoothly operating the siphon while exchanging water or air by itself. Mount the device One side (8) or the other side (9) of the bubble removing section (10) attached to the upper end (10 ') of the pipeline water channel siphon tank structure (2) and the river, sea, lake or water tank (7) When the water intake and drainage water pumping unit 11 installed in the water is connected to the bubble removing connecting pipe 12 and operated, the one side 8 of the river, the sea, the lake water tank or the water tank (7) and An underwater water pump to smoothly operate the siphon while removing water or air (15) introduced into the siphon tank structure (2) at the same time as the water level difference between the other side (9) is generated. (11) and a pipeline irrigation system siphon tank structure aquarium apparatus and a method for constructing and combining the bubble removing unit 10 to communicate with the bubble removing connecting pipe (12).

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