KR200324282Y1 - Boiler - Google Patents

Abstract

The connection pipe (2) connected to the boiler (1), the connection pipe (2) is penetrated and built-in and filled with water and formed on one side of the ondol (3) valve (4) The control box 10 is provided to control the temperature of the ondol (3), and the valve (4) formed in one side of the connection pipe (2) which is installed in the control box (10) and connected to the ondol (3) And a circulation hose 5 installed in the control box 10 and connected to the outside of the building, formed on one side of the ondol 3, and a water and antifreeze injection pipe 20 and the water and antifreeze injection pipe. It relates to a boiler ondol consisting of water and the antifreeze injection valve (21) attached to one side of (20).

Description

Boiler Ondol {Boiler}

The present invention relates to a boiler ondol, and in detail, relates to a boiler ondol for heating by using indirectly heated heat through a pipe connected with water in the boiler to the inside of the ondol having water and antifreeze.

The conventional boiler has a structure that heats the interior of the building by heating the water to a constant temperature and then distributing the heated water or the generated steam to a radiator built in the interior of the building or a pipe connected to the pipe of the floor. Ondol has been known as a general technique for heating a built-in tube connected to a boiler on the floor of a Korean living room or a room.

However, the conventional Korean ondol structure as described above has been trying to increase the thermal efficiency by using a pipe connected to a conventional boiler or by changing the structure of the pipe, but the thermal efficiency improvement effect due to the structural change of the pipe is insignificant. It has been dependent on the thermal efficiency of.

In order to solve this problem, there have been many studies to improve the heating structure of the Korean-type ondol and the indoor floor. For example, the Republic of Korea Utility Model Registration No. 20-0274865, the lower plate has a circular coupling sphere protruding toward the center, a plurality of support pieces disposed around the circular coupling sphere, a certain distance from the corner of the rectangular surface Comprising a repeating shape formed by each guide protrusion formed, and repeating the repeating shape up, down, left and right to form integrally, the upper plate coupled to the lower plate forms a plurality of cylindrical fasteners in the center, Around the square, there is described a technology related to a heating assembly panel in which the cylindrical fastener is coupled to the circular fastener of the lower plate by integrally forming the fastener of the anti arc phenomenon.

The publication No. 20-0279317 is provided with an installation groove in which the heating tube is inserted and seated in the upper portion is formed, the insulation board member is mounted on the concrete slab, the bottom is formed of a heat conduction plate, the top surface is formed of a finishing material, the center The layer is composed of an on-layer material having a predetermined thickness, and is composed of a finishing member attached to the insulating board member. The insulating board member is mounted on the concrete slab, and the heating tube is inserted into the installation groove formed in the insulating board member. Insulating panel for heating pipe piping is described that attaches the finishing member to the upper portion of the insulating board member after piping,

Publication No. 20-0299982 discloses an adhesive attached to an upper surface of a concrete slab layer with a predetermined thickness, and a lower surface attached to an upper surface of the flowable adhesive horizontally by using the thickness of the adhesive. Maintaining a constant gap, the groove for the pipe is formed in the lower plate formed of the heat insulating material, the insulation board for the heating pipe pipes coupled to the top plate to be coupled to each other in the longitudinally connected state through the connecting means, and connected to the boiler, the heating It describes a dry ondol panel structure consisting of a heating tube that is inserted into the pipe groove of the upper plate of the pipe insulation board member for pipe piping, and the ondol floor member arranged to cover the upper portion of the heat insulation board for heating pipe piping.

Publication No. 20-0291656 shows a plurality of coupling pieces having protrusions on two adjacent surfaces of the lower plate, and a plurality of insertion grooves are formed on the other two sides, so that the protrusions of the coupling pieces are inserted into the insertion grooves when the lower plates are arranged in front, rear, left, and right sides. To maintain a stable coupling state, the upper center to form an arc-shaped guide, the four sides of the left and right sides of the arc to form a semi-circular guide and the four corners to form a quarter-circular guide to guide grooves between them The prefabricated heating panel for supporting the heating pipe by the guide groove by the triangular guide is described,

Publication No. 20-0281397 discloses a panel buried space portion having no ondol pipes and plastered surfaces formed on the cured surface, wherein the panel buried space portion has a deodorizing and antibacterial and beneficial effect on the human body and a far-infrared radiation function. A heat generating panel including a plurality of material storage grooves and coil storage grooves is stacked to pressurize a coil generating ultra-high frequency waves from an alternating magnetic field. A heating wire for heating the mixed material contained therein and an ultra-high power wire for supplying power to the coil housed by the coil accommodating groove, and a copper plate wired with a negative potential supply line to block harmful waves and generate negative potential above the heating panel. Laminating the panels, while keeping the copper panels above the final floor of the house Laying a stone panel made of a mixture of materials such as ganban stone, germanium so that people can lie down, and the floor-floor type ondol panel with the heating wire, the microwave power line and the negative potential supply line is disclosed,

Conventional designs as described above are used for the ondol floor or ondol bed of the house, the manufacturing process takes a long time during manufacturing, and the construction factory is complicated and not practically used, and the low use of combustion heat when heating the floor surface There has been a problem that causes excessive consumption of.

In order to solve the above problems, the present invention allows the connection pipe installed to pass through the pipe connected to the boiler through the ondol with water and antifreeze, so as to heat the water filled in the ondol, fear of fire even when overheating the ondol So that no

Control boiler is installed on one side of the ondol to install valves and hoses on the control box to extend one of the hoses to the outside of the building to discharge the odor of the ondol to the outside to comfortably heat the boiler The purpose is to provide ondol.

1 is an overall view of an ondol for a boiler of the present invention

Figure 2 is a detailed view of the ondol for the boiler of the present invention

<Sign of Drawing>

Boiler (1), connecting pipe (2), ondol (3), valve (4), circulation hose (5),

Control box (10), water and antifreeze injection pipe (20), water and antifreeze injection valve (21)

In order to achieve the above object, the present invention is a connection pipe (2) connected to the boiler (1), the connection pipe (2) is penetrated and built-in and filled with water and the ondol (3) Is formed on one side of the valve (4) and the like is provided with a control box 10 for controlling the temperature of the ondol (3), and installed in the control box 10, the connection pipe connected to the ondol (3) Valve (4) formed on one side of the (2), the circulation hose (5) formed in the control box 10 is connected to the outside of the building, and formed on one side of the ondol (3) water and antifreeze injection pipe (20) and the water and the antifreeze injection pipe (20) attached to one side of the water and antifreeze injection valve (21) relates to a boiler ondol.

The boiler ondol according to the present invention as described above is installed on a part of the floor of the room, and has a plate shape made of iron, and the connecting pipe 2 is extended and embedded therein, thereby heating the heat heated in the boiler by double, There is no fear of fire protection due to overheating, and water uses heat for a long time and heat conduction of iron,

Unlike a pipe composed of a conventional hose, when the plate-shaped ondol composed of iron having a separate predetermined area is heated, it is heated for a long time to reduce the heating time of the boiler.

The height of the plate-shaped ondol is 3 ~ 5cm is suitable, 3cm or more is preferred because the floor is high and 3cm or less, the efficiency of heat conduction is reduced, so 3cm is preferred.

In addition, the connection pipe 2 used by this invention can use copper pipe, synthetic resin pipe, etc. which are used normally.

The circulation hose 5 of the present invention is not actually required at the time of operation, but is installed to circulate the slight odor generated by heating the antifreeze contained in the ondol 3 to the outside.

The boiler used in the present invention is to use a conventional gas boiler, oil boiler, briquette boiler and wood boiler, the boiler of the present invention is connected to the common central control unit used in the art to automatically detect the water level and temperature Water and burners and compressors can be operated automatically and used. In the present design, the technology used in connection with the boiler and the central control device used for the operation of the boiler is not the main technology, so the detailed description will be omitted.

When described in detail with reference to the drawings as follows.

1 is an overall view of the ondol for a boiler of the present invention, Figure 2 shows a detailed view of the ondol for a boiler of the present invention, a boiler (1), connecting pipe (2), ondol (3), valve (4), hose (5),

It can be seen that the control box 10, water and antifreeze injection pipe 20, water and antifreeze injection valve 21 is shown.

Looking at the structure, as shown in Figures 1 and 2, the boiler ondol of the present invention is a connection pipe (2) connected to the boiler (1), the connection pipe (2) is penetrated and built-in and filled with water (3) and a control box 10 which is formed on one side of the ondol 3 and is provided with a valve 4 to adjust the temperature of the ondol 3, and is provided in the control box 10, A valve 4 formed at one side of the connecting pipe 2 connected to the ondol 3, a circulation hose 5 installed in the control box 10 and connected to the outside of the building, and the ondol 3 It is formed on one side of the water and the antifreeze injection pipe 20, and the water and the antifreeze injection pipe 20 is attached to one side of the water and antifreeze injection valve 21 is an ondol for the boiler.

Explain the state of use, if you start the boiler,

First, the water and the antifreeze are injected through the water and the antifreeze injection valve 21 attached to one side of the water and the antifreeze injection pipe 20 to the inside of the ondol 3, and then supply and recover the superheated cooling water connected to the boiler. It is formed on one side of the connecting pipe (2) and operates the valve (4) located in the control box 10 when passing through the ondol (3) the water filled in the ondol (3) as the cooling water superheated as described above It is heated by heating by the connection pipe 2 which is recovered,

When heating generates an insignificant odor in the ondol 3, a small odor is discharged to the outside of the driver's seat by a hose 5 formed on one side of the ondol 3 to heat the comfortable room.

Unlike conventional piping consisting of a hose, the boiler of the present invention has a certain area, and once the ondol is heated, it conducts heat to the water contained in the ondol to heat the water, so that the water is heated for a long time, thereby heating the room for a long time. The effect is to reduce the consumption of.

Claims (1)

In the ondol for the boiler, a connecting pipe (2) connected to the boiler (1), the connecting pipe (2) is penetrated and embedded and formed on one side of the ondol (3) filled with water, One side of a control box 10 having a valve 4 and the like to control the temperature of the ondol 3 and a connection pipe 2 installed in the control box 10 and connected to the ondol 3 is provided. The valve 4 formed in the control box 10, the circulation hose 5 is formed in the control box 10 is connected to the outside of the building, formed on one side of the ondol (3) and the water and antifreeze injection pipe 20, Boiler ondol, characterized in that consisting of water and antifreeze injection valve 21 attached to one side of the water and antifreeze injection pipe (20).