KR200435834Y1 - Cooling and heating combination boiler - Google Patents

Abstract

The present invention is a domestic boiler installed with a cooler of fluid, the general domestic boiler circulates the hot water to the floor pipe only when the temperature is lowered to maintain the temperature suitable for activity by raising the indoor temperature, but when the external temperature rises In general, boilers and pipes laid on the floor of the room are of no use. Instead, the heat storage function absorbs and stores the increased heat when the outside temperature rises, thereby increasing the indoor temperature and increasing the discomfort. A separate cooling device was needed.

According to the present invention, in addition to a heating facility for heating water in a domestic boiler, a temperature is increased by installing a cooling coil in a container and a container for storing water, and a compressor for compressing and cooling the refrigerant in the cooling coil. If the room needs to be cooled, circulating water cooled by a cooling coil in the existing bottom pipe for boiler heating is circulated by the circulation pump, and the air in the room is lowered from the floor to operate the room temperature without a separate room cooling device. By maintaining the proper temperature and using energy efficiently, the energy consumption of individual cooling can be reduced, and it can also help to secure a larger indoor space and also to protect the environment.

 Household boilers, cooling coils, compressors, circulation pumps

Description

Cooling and heating combination boiler {

1 is a structural diagram showing an example of the structure of the entire system.

2 is a structural diagram showing an example of a reservoir integrated structure

<Description of the code | symbol about the principal part of drawing>

11: hot water heater 12: heating heat exchanger

13: burner 14: combustion barrel

15 controller 16 circulation pump

17: indoor floor piping

21: refrigerant compressor 22: cooling heat exchanger

23: cold water reservoir 24: cooling coil

25: output three-way valve 26: input three-way valve

31: indoor controller

The present invention provides the cooling and heating of the four seasons by adding the cooling function in the simple function of simply raising the temperature of the room by simply circulating the heated water and the heated water in the pipe installed on the floor. It is about the boiler which can be used as a combined use.

In general, domestic boilers heat water only when the temperature is lowered and circulate the heated water in the pipes on the floor to keep the temperature suitable for activity by raising the indoor temperature. Boilers and pipes laid on the floor of the room are of no use, but rather have a heat storage function that absorbs and stores the increased heat when the outside temperature rises, thereby increasing the temperature of the room and increasing discomfort. A cooling device was needed.

The present invention has been made to solve the above problems and its purpose is to provide a domestic cold heater that can be used as a combination of four season cooling and heating instead of simple winter heating by adding a cooling function in a general household boiler.

In order to achieve the object of the present invention, in the construction of a general domestic boiler, the present invention puts a cooling coil in a container and a container for storing water, and installs a compressor to compress and cool the refrigerant in the cooling coil, thereby adding a temperature. If the room needs to be cooled, the water cooled by the cooling coil is circulated to the existing bottom pipe for boiler heating by the circulation pump, and the air in the room is lowered from the floor. It is characterized by maintaining the temperature suitable for activity and using energy efficiently to reduce energy consumption due to individual cooling.

Hereinafter, an example according to the present invention will be described with reference to the accompanying drawings. 1 and 2, a burner 13, a heat exchange coil 12, a hot water heater 11, a combustion tank 14, a controller 15, a circulation pump 16, which is a component of a general domestic boiler, as shown in FIGS. Compressor (21) to put the cooling coil 24 in the water storage tank 23 and the water storage tank 23 that can store water in the floor controller (17) indoor controller (30) to compress and cool the refrigerant in the cooling coil (24) And three-way valve (25) and three-way valve (25) and an input three-way valve (26), etc., and the external three-way valve (26) and output three-way valve ( 25) is switched to the heat exchanger 12 for heating to heat the water in the burner 13 to the indoor floor pipe 17 to circulate the heated water by using the circulation pump 16 to the indoor floor pipe 17. It raises the temperature of the room and keeps the temperature suitable for activity. When the air is cooled and needs to be cooled, the input three-way valve 26 and the output three-way valve 25 are switched to the cooling heat exchanger to be cooled by the refrigerant compressor 21 and the cooling heat exchanger 22 and the cooling coil 24. By circulating the water in the vacuum reservoir 23 to the indoor floor pipe 17 with the circulation pump 16, the air in the room is lowered from the floor, and the cooling temperature is maintained at a suitable temperature to operate the room temperature without a separate indoor cooling device. Characterized in that configured to be.

As described above, the present invention generally increases the temperature of the room by circulating the heated water by using a circulating pump in a floor pipe in which a general household boiler heats water with a burner only when the external temperature falls. When the outside temperature rises, general boilers and pipes laid on the floor of the room are of no use. Instead, the heat storage function absorbs and stores the increased heat when the outside temperature rises. In order to increase the discomfort and increase the discomfort and to cool the air, separate cooling devices or other tools were required. Therefore, there were many wasteful factors in the increase in cost and energy consumption and efficiency. On how to save money In the structure of a typical home boiler, a cooling tank 24 is placed in a reservoir 23 and a reservoir 23 capable of storing water, and a compressor 21 for cooling by compressing a refrigerant of the cooling coil 24 and cooling heat. In addition to the exchanger 21 and the output three-way valve 25, the input three-way valve 26 and the like are additionally installed to cool the input three-way valve 26 and the output three-way valve 25 even when the air temperature is increased and the room needs to be cooled. After switching to the exchanger, the water of the reservoir 23 cooled by the refrigerant compressor 21 and the cooling heat exchanger 22 and the cooling coil 24 is circulated to the indoor floor pipe 17 by the circulation pump 16. The air from the floor can be lowered from the floor to keep the indoor temperature at a suitable temperature without the need for a separate room cooling system, which can reduce energy consumption due to individual cooling and help protect the environment. It can give an effect.

Claims (1)

The present invention relates to the manufacture of a boiler capable of both heating and cooling. In the structure of a general domestic boiler, a cooling coil (24) is placed in a reservoir (23) and a reservoir (23) in which water can be stored. Compressor 21 to compress and cool the refrigerant is installed to reduce the outside temperature, so that when the room needs to be heated, the input three-way valve 26 and output three-way valve 25 toward the heat exchanger 12 for heating. It converts and heats the water in the burner 13 to the indoor floor pipe 17 and circulates the heated water using the circulation pump 16 to raise the indoor temperature to maintain the temperature suitable for activity, and also the air temperature If this rises and the room needs to be cooled, the input three-way valve 26 and the output three-way valve 25 are switched to the cooling heat exchanger to be cooled by the refrigerant compressor 21 and the cooling heat exchanger 22 cooling coil 24. Be When the water in the reservoir tank 23 is circulated to the indoor floor pipe 17 by the circulation pump 16, the air in the room is lowered from the floor and cooled to a temperature suitable for operating the indoor temperature without a separate indoor cooling device. Combined cooling and heating boiler, characterized in that configured to maintain.

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