KR200299750Y1 - The loess hypocaust bed - Google Patents

Abstract

The present invention relates to a loess ondol bed.

The loess ondol bed of the present invention has a heat insulating material, a circulation pipe, and an ocher layer formed on the upper bed frame, a heat transfer medium is stored therein, and a cartridge body for heating the heat transfer medium by the cartridge, and a circulation tank. Installed in the upper part of the circulation pump for the heat transfer medium to circulate the circulation pipe through the supply port and flows into the return port, a cooling and heating device consisting of a water supply tank for replenishing and storing water from the water supply pipe, an apparatus case containing a heating and heating device, and superheat A safety valve installed to prevent heat, a blower installed at the rear of the air conditioner to blow the hot or cold air discharged from the air conditioner to the outside, a blower for discharging the hot or cold air to the room, and a power supply for controlling and heating the air conditioner. It consists of a controller equipped with wires.

According to the present invention, there is provided a loess ondol bed that is efficient, energy-saving, and prevents environmental pollution by combining heating and warm air and cooling and cold air.

Description

Ocher Ondol Bed {THE LOESS HYPOCAUST BED}

The present invention relates to a loess ondol bed.

Ondol is a unique Korean method and is closely related to the lifestyle of our nation. Therefore, the heat source of ondol heating is developing into wood, charcoal, briquettes, oil and gas according to the times. However, when oil or gas is used as a heating fuel, these fuels not only have low combustion efficiency, but also emit harmful gases during combustion to pollute the air, and thus heating devices using electricity are gradually being developed.

In Korea Utility Model Registration 20-1997-020280 (heat shielding electromagnetic wave shielding and bioceramic structure for electric bed), it is disclosed that the heating structure using a heating wire, but there is a hassle to provide a separate layer of harmful electromagnetic shielding, It is difficult to block electromagnetic waves completely.

In Korea Utility Model Registration 20-2002-0000726 (bed using a heat pipe), a plurality of calcined ocher balls are laminated around a known heat pipe installed in a heating recess of a bed to form a microcavity part, and the heat Pipes are welded and connected to the liquid reservoir of the non-combustible liquid container. The pipes are installed by screwing heaters in the spaces of the non-combustible liquid container, and a well-known foil sale is disposed on the stacked ocher balls, but the tent is placed above the foil sale. It is disclosed that the bed using a heat pipe configured to have a thermal insulation chamber to install a, but because the production cost is high, the product is expensive, and it is generally difficult to spread.

In order to solve the above problems, the present invention uses electricity as a heat source to prevent environmental pollution, and does not harm the human body due to electromagnetic waves, saves energy by reducing initial preheating time and reducing the diameter of the circulation pipe. The aim is to disseminate to the public at low prices.

In addition, heating and warm air and cooling and cold air to improve the efficiency.

1 is a view showing the appearance of the loess ondol bed of the present invention

Figure 2 is a view showing the configuration of the loess ondol bed of the present invention

Figure 3 is a view showing the heating and cooling device and device case of the loess ondol bed of the present invention

Figure 4 is a view showing the heating and cooling device of the loess ondol bed of the present invention

5 is a view showing another use example of the loess ondol bed of the present invention

＊ Explanation of symbols for main parts of drawing

10: bed support frame 20: bed frame

30: heat insulating material 40: circulation pipe

41: fixing member 50: ocher layer

60: bed upper boot 61: blower

70: controller 71: power supply wire

80: device case 81: feed pipe through hole

82: circulating pipe through hole 83: outlet

90: blower 100: air conditioning unit

110: boiler body 111: heat transfer medium

112: cartridge (CARTRIDGE) 113: cartridge wire

120: circulation tank 121: supply port

122: return port 130: circulation pump

131: circulation pump wire 140: water tank

141: water supply pipe 150: safety valve

The present invention relates to a loess ondol bed.

The ocher ondol bed of the present invention forcibly circulates the heat transfer medium to the circulation pipe installed inside the bed by a cooling and heating device including a boiler using electricity as a heat source, thereby conveying cool and warm air to the ocher layer, and blowing the cooling heat air emitted from the air conditioning device. By discharging to the outside by maximizing heating or cooling.

The ocher ondol bed according to the present invention is a heat insulator 30 provided to reduce heat loss on the bed frame 20 and a circulation pipe fixed to the top of the heat insulator 30 and circulating a heat transfer medium therein to discharge cold heat. 40, the ocher layer 50 for dissipating the cold heat conducted by contacting the upper portion of the circulation pipe 40 to the room,

A boiler body (110) for storing a heat transfer medium therein and heating the heat transfer medium by the cartridge (112) by embedding the cartridge (112), which is formed on the boiler body (110) and formed on the lower surface. A circulation tank 120 having a supply port 121 and a return port 122 and a circulation tank 120 are installed above the heat transfer medium to circulate the circulation pipe 40 through the supply port 121 and return the return port. A cooling and heating device (100) consisting of a circulation pump (130) to be introduced into the (122), a water supply tank (140) connected to the circulation tank (120) and supplementing and storing water from the water supply pipe (141),

A device case 80 having the air-conditioning and heating device 100 embedded therein and having a water supply pipe through hole 81 at an upper portion and a circulation pipe through hole 82 at a lower portion thereof;

Safety side 150 and installed in the device case 80 to prevent overheating,

A blower (90) installed at the rear of the air conditioning apparatus (100) for flowing warm or cold air discharged from the air conditioning apparatus (100) to the outside of the device case (80),

A blower 61 for discharging the warm or cold air flowing by the blower 90 into the room;

It is connected to the cartridge wire 113 provided in the cartridge 112 and the circulation pump wire 131 provided in the circulation pump 130 to control the cooling and heating device 100, the power supply wire for power supply 71 It is composed of a controller (70) provided.

Hereinafter, the present invention will be described with reference to the accompanying drawings, but the description and drawings are only examples and are not intended to limit the scope of the present invention.

1 is a view showing the appearance of the loess ondol bed of the present invention, Figure 2 is a view showing the overall configuration of the loess ondol bed of the present invention.

Bed support frame 10 is formed under the bed frame 20, the heat insulating layer 30, the circulation pipe 40, the ocher layer 50 in order to reduce the heat loss is formed sequentially.

The circulation pipe 40 uses an excel pipe or a copper pipe, and is fixed to the bed frame by the fixing member 41. In addition, a pipe having a diameter of 16 mm is typically used, whereas the circulating pipe 40 of the present invention has a diameter of 7 mm to increase the speed at which the heat transfer medium circulates to warm or cool air in front of the ocher layer 50 in a short time. To pass.

The ocher layer 50 is a natural material that emits far-infrared rays to smooth the blood circulation of the human body and take a good night's sleep to relieve fatigue.

The bed upper booth 60 has an air conditioning unit 100, a device case 80 containing the air conditioning unit 100, and a hot or cold air discharged from the air conditioning unit 100 through the air outlet 61. A blower 90 for flowing indoors is installed, and a controller 70 for controlling the air-conditioning and heating apparatus 100 is provided at the front of the bed upper frame 60.

At this time, the air-conditioning device 100 may be installed separately without being embedded in the device case 80 when the bed upper frame 60 has a predetermined space sealed.

The front of the controller 70 is provided with a power switch, a heating lamp, an outgoing switch, a cooling and heating selection switch, a temperature control switch, a display window of a current temperature and a set temperature, and a cartridge wire 113 on the rear of the controller 70. And the circulation pump wire 131 is connected, and only the power supply wire 71 is exposed to the bottom of the controller 70 is fastened to the outlet is made to supply power, thereby operating the heating and cooling device 100 will be.

Figure 3 is a view showing the heating device and the device case of the loess ondol bed of the present invention, Figure 4 is a view showing the air conditioning device of the loess ondol bed of the present invention.

Boiler body 110 is filled with a heat transfer medium therein, a built-in cartridge 112 that is a heat source, when the power is supplied to the cartridge to heat the heat transfer medium. Since the boiler body 110 is miniaturized to store a small amount of heat transfer medium having a high thermal conductivity, the heat transfer medium is heated and circulated within a short time after power supply, thereby saving energy.

The heat transfer medium heated as described above flows to the circulation pipe 40 through the supply port 121 by the circulation pump 130, transfers heat to the ocher layer through the circulation pipe 40 piped to the bed, and returns to the return hole. Through 122 it is introduced back into the device.

The cartridge 112 has a bobbin (BOBBIN) wound around a heating wire in the pipe, and is produced by filling and compressing magnesium oxide in the remaining space.

Since the boiler body 110 is not wrapped with a heat insulator as usual, the heat is emitted through the surface of the boiler body when the heat transfer medium is heated. By installing a blower (90) on the rear of the heating and cooling device to force the flow of the discharged as described above is to provide a warm air emanating to the room through the blower (61).

The heat transfer medium is a mixture of methanol, mercury, acetone, water, and the like, and has a high thermal conductivity, thereby easily heating.

When cooling and cooling air are required in the summer, the circulation pipe 40 piped using the circulation pump 130 to the cold tap water or groundwater supplied through the water supply pipe 141 without using the cartridge 112. Forced circulation to deliver the cold air to the ocher layer (50).

In addition, the cold air discharged from the surface of the air conditioner 100 is forced by the blower 90 so that the cold air flows to the room through the air vent 61.

Conventionally, it is used as a refrigerant and may transmit cold air to the human body without using freon gas that destroys the ozone layer, which may help to prevent environmental pollution.

A certain amount is maintained in the water supply tank 140, when insufficient, automatically receives supplemental water through the water supply pipe 141.

Figure 5 is a view showing another use example of the loess ondol bed of the present invention.

In the case of using only the bed frame 20, as shown in Figure 5, the air-conditioning device 100 is built in the device case 80 may be installed in a separate space.

The bed frame 20, as shown in Figure 2, the insulating member 30, the circulating pipe 40, the ocher layer 50 is sequentially formed on the bed frame 20, cold or warm air on the upper surface of the bed frame 20 The air vent 61 which discharge | releases is arrange | positioned.

Although not shown, the tuyere 61 is connected to the air conditioner 100 through a duct therein to discharge cold or warm air.

The configuration of the air conditioner 100 is the same as that shown in FIG.

The controller 70, which is a means for controlling the air conditioning and heating device 100, is installed in the front of the device case 80 in which the air conditioning and heating device 100 is embedded, and the power supply wire 71 is exposed to the bottom of the controller 70. It is connected with an outlet to operate the air conditioning unit.

According to the present invention, it is beneficial to the human body, such as eliminating electromagnetic waves and generating far infrared rays, thereby smoothing blood circulation, preventing environmental pollution, and saving energy.

In addition, since one device combines heating and warm air and cooling and cooling air, it has an excellent effect on heating or cooling.

Claims (3)

Insulation material (30) provided to reduce the heat loss on the bed frame 20, the circulation pipe 40 is fixed to the heat insulating material 30 and the heat transfer medium is circulated therein to discharge cold heat, and the circulation pipe ( 40) the ocher layer (50) for contacting the top and radiating the conducted cold heat into the room, A boiler body (110) for storing a heat transfer medium therein and heating the heat transfer medium by the cartridge (112) by embedding the cartridge (112), which is formed on the boiler body (110) and formed on the lower surface. A circulation tank 120 having a supply port 121 and a return port 122 and a circulation tank 120 are installed above the heat transfer medium to circulate the circulation pipe 40 through the supply port 121 and return the return port. A cooling and heating device (100) consisting of a circulation pump (130) to be introduced into the (122), a water supply tank (140) connected to the circulation tank (120) and supplementing and storing water from the water supply pipe (141), A device case 80 having the air-conditioning and heating device 100 embedded therein and having a water supply pipe through hole 81 at an upper portion and a circulation pipe through hole 82 at a lower portion thereof; Safety side 150 and installed in the device case 80 to prevent overheating, A blower (90) installed at the rear of the air conditioning apparatus (100) for flowing warm or cold air discharged from the air conditioning apparatus (100) to the outside of the device case (80), A blower 61 for discharging the warm or cold air flowing by the blower 90 into the room; It is connected to the cartridge wire 113 provided in the cartridge 112 and the circulation pump wire 131 provided in the circulation pump 130 to control the cooling and heating device 100, the power supply wire for power supply 71 Consisting of a controller 70, Ocher Ondol Bed. The method of claim 1, wherein the circulation pipe 40 is characterized in that the diameter of 7 mm, Ocher Ondol Bed. According to claim 1, characterized in that the tuyere 61 is installed on the front of the bed upper booth 60, Ocher Ondol Bed.