KR101786188B1

KR101786188B1 - Method of setting environmental multi-complex tank

Info

Publication number: KR101786188B1
Application number: KR1020150110022A
Authority: KR
Inventors: 이광연; 이하송
Original assignee: 이광연
Priority date: 2015-08-04
Filing date: 2015-08-04
Publication date: 2017-11-15
Also published as: KR20170016656A

Abstract

The present invention relates to an eco-friendly multi-layer aquaculture tank installation method in which components made of wood are coupled to each other by corresponding fittings and joints to each other to form a framework, more specifically, , It is easy to assemble and disassemble, and it can be partially repaired and replaced by using an eco-friendly material, which does not affect fishes and shellfishes. . Also, there is an effect that the supply and drainage of the breeding water can be flexibly adjusted and installed according to the convenience of the user by using a piping device capable of supplying and draining a large amount of breeding water.

Description

METHOD OF SETTING ENVIRONMENTAL MULTI-COMPLEX TANK < RTI ID = 0.0 >

The present invention relates to an energy saving type eco-friendly aquaculture installation method, in which the temperature of the aquaculture water is raised by using the solar heat generated in the daytime and stored in the underground tank so that it can be used at night, And an energy-saving eco-friendly aquaculture installation method capable of drainage.

With the recent development of aquaculture technology, the technology to cultivate the target organisms in the aquarium instead of the sea has been established, and the concept of the concept of cultivating a variety of seafood in each floor, .

In general, aquaculture by seawater is largely divided into aquaculture and marine cage culture. Onshore aquaculture is a method of transplanting and cultivating a target organism into a terrestrial tank that can artificially control the habitat environment from the sea, , Marine cage is a way to put a net in the wide space of the sea and to confine the creature.

Recently, when the fishermen are plowed from the sea to the cage farms and cultured from the time of drowning, the time for exposing them to the risk of natural disasters becomes longer, and the yield is lowered. In order to improve these problems and improve the yield, It is increasing trend to cultivate fish and shellfish at high density in aquariums, and to cultivate them until they reach a certain value in caged fish farms.

In order to cultivate fisheries, animals and animals at high density in the aquaculture water tank equipped on the land, various facilities such as breeding water supply and drainage facilities, purification facilities or oxygen supply facilities and water temperature control facilities are established The facility is designed to protect aquatic organisms in a certain environment and to produce a suitable size for aquaculture.

It is important to maintain the quality of water in the breeding water and to maintain the water temperature in the aquaculture style. The maintenance of the water quality of the breeding water can be achieved by installing a drainage facility and a water supply pipe in the athletic water tank to remove pollutants and supply a small amount of water to the inside of the water tank, and maintaining the appropriate water level in the water tank by installing the water level maintenance pipe. In addition, the number of the breeding water supplied through the water supply pipe can be maintained at an appropriate temperature through the water temperature control device.

However, the amount of energy consumed in aquaculture is about 50%, which is large enough to consume a majority of the water, so it is necessary to develop a facility that can save energy.

Korean Patent Registration No. 10-1316365 discloses a method of manufacturing a mold for integrally molding aquaculture tank, melting the material by heating the polymeric compound material used as a material of the tank into a mold and heating the material, And a water tank is separated from the mold by cooling for a predetermined time to complete an integrated water tank, thereby manufacturing an integrated water tank entirely in a mold, and a method for manufacturing a water tank for heterogeneous biological culture using a plurality of formworks and a water tank for complex culture Lt; / RTI > Korean Patent Laid-Open Publication No. 10-2012-0112195 discloses a synthetic resin pipe made of synthetic resin such as polypropylene, polybutylene, or polyethylene, which wraps the outer surface of a concrete water- Water buoyancy in water, water pressure in water, typhoon, tsunami, and the like. Korean Patent Laid-Open Publication No. 10-2014-0131411 discloses a multi-layer fish farm to maximize the management efficiency of the fish farm by allowing the fish to be mass-cultured by arranging the fish tanks in a multi-layer form and allowing the water to be reused by the filtration circulation method. . Korean Patent Laid-Open Publication No. 10-2010-0087684 discloses a multi-layered structure and a plurality of aquaculture tanks formed in each layer of the structure and having a fishery storage space capable of culturing fishes, A poultry farm, a poultry farm, a poultry farm, a poultry farm, a poultry farm, and a poultry farm. The preceding documents include a plurality of columns having a constant height; At least one drum having a predetermined length arranged perpendicular to the columns and arranged to be crossed with each other; Braces connecting diagonals and columns diagonally; Forming a frame by arranging a horizontal member arranged in a lattice pattern on an upper portion of the frame; Mounting a water tub upwardly open on the upper or bottom of the frame and having a predetermined height and length; Forming at least one footboard extending horizontally above or at the bottom of the frame; It does not include a step of installing a pipe for drainage and supply of the breeding water to the water tank, thereby showing a difference from the present invention.

In the present invention, breeding water supply piping is installed on the upper part of the house so that the radiant heat by the daytime solar heat can be copied to the piping pipe, and the high temperature raised water is stored in the underground storage tank, The present invention provides an energy-saving eco-friendly aquaculture farm. In addition, the frame and frame of multi-layered aquaculture structure are made of wood, which is eco-friendly material, and components are joined together through mutual fit and seam, so that eco-friendly aquaculture facility Method.

The present invention relates to a house having a predetermined width and height; A main pipe for supplying seawater to the greenhouse from the ocean; A heat collecting pipe installed on the house roof and capable of collecting solar radiation heat; A heat insulating film formed inside the house to form a closed inner space of a roof, the heat insulating film being formed on a surface bounded by the roof and the lower space; A heating unit installed in the house basement and connected to the heat collecting pipe to store the heated breeding water to be supplied to the breeding water tank; And an eco-friendly multi-layer aquaculture tank is installed inside the house.

The eco-friendly multi-story aquarium includes a plurality of columns having a predetermined height; At least one drum having a predetermined length arranged perpendicular to the columns and arranged to be crossed with each other; Braces connecting diagonals and columns diagonally; A frame for arranging a horizontal member arranged in a lattice pattern on an upper portion of the frame; A water tank having a height and a length opened upward on the upper or bottom of the frame; At least one footplate extending horizontally above or at the bottom of the framework is formed; A piping for draining and feeding the breeding water is installed in the water tank.

Wherein at least one of the column, the dumbbell, the brace, the horizontal member, or the stool is made of wood, the water tank has an upward opening and a constant height and a length; A deckhouse formed on one of the both ends of the water tank body at a bottom portion lower than the bottom surface of the water tank; And a drain pipe connected to the drain port and installed at a side of the water tank main body, wherein the pipe for drainage and supply includes a piping main body having an upper and lower openings and an inner hollow pipe shape; A water outlet protruding from one side of the pipe main body and having an upper opening and connected to a main pipe or a drain pipe; A cover covering the upper portion of the piping main body; A through hole is formed at the center of the lid, a cylinder pipe is passed through the through hole, one end is connected to the cylinder and the other end is connected to the cylinder, and a handle is connected to the cylinder pipe at the center hole of the handle and the lid to finely control the height of the cylinder. And the height of the cylinder is finely adjustable according to the rotation of the handle, thereby providing an eco-friendly aquaculture facility of energy saving type.

The energy-saving eco-friendly farming plant of the present invention does not affect fish by using wood which is an eco-friendly material, and it is easy to assemble and disassemble, so that it can be partially repaired and replaced. Also, there is an effect that the supply and drainage of the breeding water can be flexibly adjusted and installed according to the convenience of the user by using a piping device capable of supplying and draining a large amount of breeding water.

Fig. 1 shows a farm house equipped with an environmentally-friendly multi-layered aquarium of the present invention.
FIG. 2 shows a flow chart of the method for installing an environmentally-friendly multi-layered aquarium of the present invention.
Fig. 3 is an enlarged photograph of a frame of an energy-saving eco-friendly aquaculture plant of the present invention.
4 is an energy-saving eco-friendly aquaculture exploded view of the present invention.
5 is a photograph showing a state where a piping of the present invention is installed.
Fig. 6 is a view showing the arrangement of the hollow body of the present invention.
7 is a photograph showing the scaffold of the present invention.
8 is a photograph showing a state in which an environmentally friendly multi-layered aquarium is installed in a frame of the present invention.

Fig. 1 shows a farm house equipped with an environmentally-friendly multi-layered aquarium of the present invention. The energy-saving eco-friendly aquaculture plant of the present invention comprises a house 520 formed at a certain width and height so that at least one aquaculture tank can be installed; A main pipe 310 for supplying seawater from the ocean to the house; A heat collecting pipe 510 installed on the house roof and capable of solar radiation; A heat insulating film (530) formed on a surface of the house to face the roof and the lower space to form a closed inner space of the roof; A hot air device 540 connected to the roof internal space through a pipe to provide warm air; A storage tank 500 installed in the house basement and connected to the heat collecting pipe to store the heated breeding water; &Lt; / RTI >

The housing 520 is provided with at least one support frame having a diameter and a height capable of accommodating one or more aquaculture tanks, and a support frame 500 having a support frame formed at an upper portion of the support frame so as to gradually increase in height from both sides to the center, The structure is formed by an arched frame, and the whole frame is made of vinyl. On the boundary line between the support frame and the house, a heat insulating film 530 made of a material such as a vinyl film is formed to block the air movement of the upper and lower water tanks.

The upper and lower sides of the heat insulating film are closed to form an inner space of a closed structure from the outside and a pipe connected to the hot air device 540 is extended to the inside space of the house. Such an internal structure can prevent radiant heat from the sun directly transmitted during the day, so that the internal temperature rises or the temperature rises at night, and the temperature difference of the breeding water increases.

More specifically, during the winter night, the temperature inside the farm is constantly warmed to the temperature at which the aquatic organism can survive. However, the heat loss due to the cold air distributed on the upper roof can lower the heating efficiency, thereby connecting a pipe capable of supplying warm air to the closed roof interior space and providing warmed air, thereby blocking a kind of external cold air It can prevent the heat loss of the farm.

The main pipe for supplying seawater to the aquaculture tank is connected to a collection pipe 510 installed in a breeding water supply pipe or an arched frame that extends from the ocean to a farm inside the greenhouse and supplies the breeding water to the breeding aquarium. As shown in FIG. 1, the heat collecting pipe 510 is formed of a material having high flexibility and high absorption of solar radiation and a high conductivity. The heat collecting pipe 510 absorbs solar heat and accumulates heat in the seawater flowing into the inside of the vinyl house .

Breeding water that has been transferred to the farm through the main pipe can be supplied directly to the aquarium by valve control or can be moved to the collection pipe. The water that is transported to the heat collecting pipe by the underwater pump is a water for feeding the water to the breeding tanks in winter or at night. It absorbs solar energy and absorbs radiant heat to a certain temperature .

The heated breeding water is stored and transported to a storage tank 500 capable of keeping warm water, and it is possible to supply the breeding water of appropriate water temperature without a heating device such as a boiler or water temperature control device. When the water temperature of the farm is low, the temperature sensor sends a signal to the farm to receive the water kept in the storage tank. When the water temperature reaches the set value, the controller sends the signal to the inside of the farm The water temperature can be maintained properly by stopping the operation so that the feeding rate is no longer supplied. It is appropriate that the storage tank is installed in a basement area by installing a thermal barrier wall facility rather than putting it on the ground.

From this, compared to the conventional farm where a large amount of boiler was installed according to the area of the farm and large energy was consumed to regulate the temperature of the rearing water, the above farms greatly reduce the operation cost and the fuel cost.

The interior of the above energy-saving farm is formed as follows. A plurality of columns having a constant height; At least one drum having a predetermined length arranged perpendicular to the columns and arranged to be crossed with each other; Braces connecting diagonals and columns diagonally; A frame forming step of arranging a horizontal member arranged in a lattice pattern on the upper surface of the frame; A water tank lifting step of opening upward on the upper or bottom of the frame and having a predetermined height and length; At least one foot forming step horizontally extending on the frame top or floor; And a piping installation step for draining and supplying the breeding water to the water tank.

In addition, at least one selected from the above-mentioned pillars, dumbbells, braces, horizontal members or stools is made of wood, the water tank has an upward opening and a constant height and length; A deckhouse formed on one of the both ends of the water tank body at a bottom portion lower than the bottom surface of the water tank; And a drain pipe connected to the drain port and installed at one side of the water tank main body. Hereinafter, the present invention will be described with reference to the accompanying drawings.

FIG. 2 shows a flow chart of the method for installing an environmentally-friendly multi-layered aquarium of the present invention. The present invention comprises a frame forming step (S10), a water tank mounting step (S20), a pipe installation step (S30), and a foot formation forming step (S40). The components of the present invention, such as footstool, pillar, beam, auxiliary column, brace, horizontal member, etc., are made of wood and must be coated with a waterproofing agent. Conventionally, aquaculture structures have generally been manufactured using metals such as iron. However, metal such as iron has an oxidation reaction with seawater containing salt, which has a bad effect on corrosion by rust, and soldering or molding as an integral type at the beginning of the construction has made it impossible to repair or replace part of it.

By using wood as an eco-friendly material, components such as scaffolding, pillars, columns, brackets, braces, and horizontal members are used, and there is no environmental impact on the aquaculture by corrosion. And it is easy to repair and replace some structures later.

Fig. 3 is an enlarged photograph of a frame of an energy-saving eco-friendly aquaculture plant of the present invention. The frame forming step S10 is a step of constructing a green multi-layer aquaculture tank according to the present invention by constructing a framework 100 for supporting the foundation and the overall frame supporting the load, . Measure the space within the site or building, and treat obstacles and pick up columns (110). Thereafter, the reference point is set up in accordance with the design, and the column 110 is set up. When the column 110 is erected, a foundation stone is supported on the ground or a groove is formed to fix the column 110. The column 110 has a thick and long predetermined height, and a plurality of joints of seams are formed to match the water tank, the dredge, and the bracing.

4 is an energy-saving eco-friendly aquaculture exploded view of the present invention. Two or more beams 120 perpendicular to the column 110 are arranged to cross each other. Two or more of the protrusions 120 or the pillar 110 may be fixed by seams and fittings corresponding to each other so that the material can be bound only by the material without additional materials such as nails and adhesives.

It is possible to resist the compression stress and the tensile force applied to the column and the column of the brace 130 by diagonally inserting the brace 130 between the column 110 and the column 120 and prevent deformation. Both sides of the brace 130 are machined to match the shape of the seams between the columns and the beams, and are bound between the columns and the beams. A large skeleton of the environmentally friendly multi-layered aquarium of the present invention is formed through pillars, bales, and braces, and a horizontal member (140) for supporting a water tank and a footrest at the upper portion and bearing a load is arranged in a grid pattern, At regular intervals.

The water tank mounting step S20 is a step of mounting the water tank 200 in a multi-layered structure on the frame 100. A plurality of water tanks 200 are spaced apart from each other at regular intervals and horizontally arranged on the floor or the horizontal member 140 to provide a multi-layered aquariums, auxiliary columns are disposed on both sides of the water tanks, The water level control drain pipe 330 is installed so that the grooves formed in the water tank and the horizontal member are engaged with each other to control the flow of the water tank. When the two water tanks are arranged in a pair in the direction in which the water level control drain pipe 330 formed inside the water tank is arranged in a direction adjacent to each other, the appearance of the water pipe can be simple and the efficiency in space can be improved.

The water tank includes a water tank main body having an upward opening and a predetermined height and length in the front, back and left and right directions, a water discharge port formed at a bottom of one end of the water storage tank body lower than the bottom surface of the water storage tank, Drain pipe. A rib is formed in the middle of the side wall of the water tank body, a flange is formed at an end of the side wall, and a rounded portion is formed between the bottom wall and the side wall, and between the side wall and the side wall. Generally, a square water tank can be constructed adjacent to a large number of water tanks, so utilization of a site is higher than that of a round water tank. A plurality of irregularities are provided in the bottom of the water tub main body in the longitudinal direction of the water tub.

A through hole for forming a water level control drain pipe is formed on the side wall of the water tank, and a water level control drain pipe 330 is covered with a mesh on one side to prevent aquatic life loss such as a spatula. The water level control drain pipe (330) drains water from the breeding water through the water level control drain pipe if the water level in the water tank is higher than the water level control drain pipe, and adjusts the water level of the water in the water tank to a certain height.

At the upper part of the drainage basin, there can be installed a sieve net having a mesh size smaller than the size of the aquaculture organism, or a diaphragm water barrier which seals off the discharge of the aquatic water and is closed to prevent the loss of the aquatic organisms during the drainage. The sieve or barrier membrane collects the feed residue settled on the bottom into the drainage port, closes the drainage channel formed in the drainage port, and separates the drainage pipe formed on the outside, so that the residue can be discharged to the outside without drainage .

The bottom of the water tank and the bottom of the water tank, which are formed at either bottom of the tank main body, can be inclined to bottom surface so that the discharge water of the breeding water or the food waste can be gathered in the drainage well. Do.

5 is a photograph showing a state where a piping of the present invention is installed. The piping installation step S30 is a step in which the drainage or supply of the breeding water such as the main pipe 310 for supplying the breeding water, the hollow body 320, the water level control drain pipe, and the piping device 340 for draining or supplying the breeding water And the like. The piping device 340 can be used for supplying or discharging the breeding water and finely controlling the amount of the breeding water to easily supply or discharge the breeding water.

A main pipe 310 is installed on the outer periphery of the multi-storey style water tank, and the piping device 340 is connected to the main pipe 310 at the upper part of the water tank so that breeding water can be supplied through the main pipe. The drainage pipe of the water tank is connected to the piping device 340 so that the breeding water can be drained and the water level control drain pipe is installed on one side of the water tank. The water level control drain pipe may be installed in the water tank mounting step (S20) or may be installed in the pipe installation step (S30). One end of the piping device connected to the drain pipe or the water level control drain pipe is connected to a hollow body 320 such as a hose or a pipe.

The piping device may be connected to the main pipe or the drain pipe and used for supplying and draining the breeding water. The piping device includes a piping body having an inner hollow pipe shape for receiving a large amount of breeding water, a drainage part connecting the main pipe or the drain pipe, a cover covering the piping body, a handle for moving the cylinder pipe, A cylinder pipe and a cylinder for controlling the fine adjustment pipe, and a fine control pipe counterpart.

The main body of the pipe has an open upper and lower parts, an inner shape of an empty pipe shape, and an overall frame is formed in an "a" shape, and the diameter is formed to be 1/3 to 2/3 of the diameter of a main pipe or a drain pipe. The water supply unit located at the side of the pipe main body is opened at one side and connected to the main pipe or the drain pipe through the connection member. The supplied water is moved to the inside of the pipe main body, and the connection member is disconnected by the water pressure of the main pipe or the drain pipe Can be prevented.

A cover is formed on the upper part of the piping main body. The piping main body and the lid are connected to each other by a screw connection or an external connection packing, and irregularities are formed on the outer surface of the lid to facilitate opening and closing by increasing frictional force with the hand when opening and closing the lid. A through hole is formed at the center of the lid to allow the cylinder pipe to pass through. One end of the cylinder pipe is connected to the handle and the other end to the cylinder.

The central hole and the handle of the lid are provided with concavities and convexities having a height difference in the circumferential direction so as to finely control the height of the cylinder, so that the height of the cylinder can be finely adjusted according to the rotation of the handle. The unevenness of the unevenness is the lowest unevenness of 0 degrees and the highest unevenness of 182 degrees. The height of the knob that is in close contact with the unevenness is adjusted as the unevenness is rotated from 0 to 180 degrees, Can be finely adjusted.

The irregularities having a height difference on the circumference of the handle and the lid are formed around the circumference at an angle at an angle, and when the handle is turned in a certain direction, the handle is raised upward around the circumference, Or if the handle is turned in the opposite direction, the cylinder can seal the bottom of the pipe body along the irregularities having the height difference on the circumference of the handle and the lid, thereby blocking the water of the breeding water. Since the irregularities having the height difference on the circumference of the handle and the lid are moved upward and downward along the inclined surface, the feeding amount can be finely adjusted to a large or small amount according to the number of times the handle is turned.

The principle of controlling the amount of water raised by the piping device is formed so that it can be increased by 0-6.5 mm according to the angle of turning the handle, and it can be confirmed whether the water is supplied or blocked according to the height of the handle, It is possible to distinguish opening and closing at a glance through the height of the handle.

A fine control pipe corresponding part may be formed at one side of the pipe main body, and a valve or a fine control pipe cover may be connected to the fine control pipe corresponding part. The fine regulating pipe corresponding portion can be sealed through the fine regulating pipe cover and the valve can be connected to the fine regulating pipe to finely control the quantity of the water supplied to the pipe main body via the main pipe.

The diameter of the lower end of the piping main body is smaller than the diameter of the flow-through portion, so that the inside of the piping main body can be sealed by being in contact with the outer side surface of the cylinder having the low- In addition, a groove is formed on the outer side surface of the cylinder so as to fix the cylinder packing, thereby increasing the sealing force. Also, a fixing ring is formed between the lid and the pipe body and between the cylinder pipe and the lid to increase the fixing force and the sealing force. The lower end of the pipe main body may have a protruding structure and may be provided with a screw or water tight fixing device so as to correspond to the pipe pipe or the hollow body.

The water pipe of the water tank is connected to the water pipe of the piping device, and the lower end of the pipe body is connected to the hollow body, so that the water in the water tank and the water can be discharged to the outside. The piping device connected to the drain pipe can finely control the volume of the water to be opened and closed and if the water is constantly supplied at a constant flow rate in the water tank, the irregularity having a height difference on the circumference of the handle and the cover of the pipe device By adjusting the height of the cylinder through the control of the amount of water to be drained, the water can be maintained at a certain level and the water can be exchanged at regular intervals.

In addition, it is easy to discharge a large amount of breeding water due to cleaning, etc., and it is possible to assemble and disassemble a hollow body such as a hose, a pipe, and is easy to clean hoses and pipes contaminated by feed residue and contaminants.

Fig. 6 is a view showing the arrangement of the hollow body of the present invention. A hollow body 320 such as a pipe, a hose or the like for transporting the breeding water discharged to the lower end of the water level control drain pipe or the piping device may be installed. It is possible to arrange the hoses more neatly and to arrange the hose easily in the space between the braces and pillars by using the hose which can bend more flexibly than the pipe made of hard material such as steel, cast iron or copper. Can be used. Tubes made of metals such as iron, which are weak in salinity, can adversely affect aquaculture due to corrosion, but hoses made of materials such as rubber and polyester have a salty effect. In addition, the length of the bellows hose is adjustable, which facilitates the placement and separation of the hose.

7 is a photograph showing the scaffold of the present invention. Step S40 of forming a footing is a step of forming a footing used as a moving passage. The pedestal 400 may be formed by arranging a plurality of polyhedrons having a predetermined area on a horizontal member. The scaffolding shall be formed in the middle of the through holes for adjusting the handle of the water level control drain pipe or piping system and shall have a thickness sufficient to support the load of the person.

The method of installing the eco-friendly multi-layer aquaculture tank of the present invention is characterized in that the frame and the footplate constituting the whole frame of the multi-storey aquarium are made of wood and the hose made of rubber is used to strengthen the seawater having salt, It is possible to easily assemble and disassemble only by joining and fitting of raw materials without spare parts, so partial repair is possible. In addition, timber is a nature-friendly product that does not adversely affect aquaculture if the timber is corroded over time.

8 is a photograph showing a state in which an environmentally friendly multi-layered aquarium is installed in a frame of the present invention. In the framework of the present invention, not only a long-length long-life tank can be installed in a double-layer structure, but also a single short-life tank having a relatively shorter length than a long-life tank can be independently installed. In the case of installing such a single tank, it is possible to prevent the phenomenon that a small size of aquatic organisms and soils are poured into the vicinity of the drainage port due to the water flow formed in the drainage, and it is easy to manage them by sorting by type or size.

The pillar, brace, footing, horizontal member, and dome that make up the multi-layer aquaculture tank are made of wood which is eco-friendly material and can protect the environment. It can supply and drain water by controlling a large amount of breeding water without adversely affecting aquaculture. The piping system that can be used is one device that can cope with two situations. Therefore, it can be used industrially because it can contribute to the increase of fishermen's income by improving the international economic power of the aquaculture technology as well as the expansion of the form- .

S 10: Frame forming step S 20:
S30: Piping installation step S40: Step forming step
100: Frame 110: Column
120: Daebo 130: Brace
140: horizontal member 200: water tank
310: main pipe 320: hollow body
330: Water level control drain pipe 340: Piping device
400: scaffold 500: storage tank
510: heat collecting pipe 520: greenhouse
530: Heat insulating film 540:

Claims

A house of constant width and height; A main pipe for supplying seawater from the ocean to the house;
Wherein a heat insulating film is formed on a surface of the house, the surface of which is bounded by a roof and a lower space, and the house roof is made up of an outer space and a closed inner space, and a pipe is extended to the closed inner space, Lt; / RTI >
A heat collecting pipe connected to the main pipe at one end and connected to a storage tank at the other end, the heat collecting pipe being installed on the entire upper part of the house roof and being able to be stored in seawater moving directly inside the pipe, A storage tank connected to the heat collecting pipe to store the heated water and supply the water to the water tank;
At least one drum disposed inside the house with a plurality of pillars having a predetermined height from the floor and having a predetermined length perpendicular to the pillars; A brace connecting diagonal lines between the columns and the columns; A frame arranged as a horizontal member arranged in a lattice pattern on the upper part of the frame; A water tank having a predetermined height and a length opened upward from the upper or bottom of the frame, and at least one footboard extending horizontally on the floor or the floor,
Wherein the at least one selected from the columns or the braces or the braces or the horizontal members or the stools is made of wood.

The piping system according to claim 1, wherein the piping for drainage and supply comprises: a piping main body having an upper and lower openings and an inner hollow pipe shape; A water outlet protruding from one side of the pipe main body and having an upper opening and connected to a main pipe or a drain pipe; A cover covering the upper portion of the piping main body;
A through hole is formed at the center of the lid, a cylinder pipe is passed through the through hole, one end is connected to the cylinder and the other end is connected to the cylinder, and a handle is connected to the cylinder pipe at the center hole of the handle and the lid to finely control the height of the cylinder. Wherein the height of the cylinder is finely adjustable according to the rotation of the handle, thereby forming an unevenness having a height difference in a circumferential direction in the central through hole of the lid.

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