KR102614774B1 - Hypocaust with humidifying device - Google Patents

Abstract

The present invention provides a humidifying function through natural evaporation by accommodating water in a red clay bead, but evaporates it more quickly by a heat source transmitted from the red clay bead and guides it to be able to perform both a humidifying function and a fumigation function. By allowing residents to easily select or replace fumigation materials such as green tea, herbs, mugwort, pine needles, etc., residents are guided to perform fumigation by selecting fumigation materials that suit their tastes and constitution. It relates to heaters equipped with humidifying equipment that can perform a foot bathing function in addition to the humidifying function. It is constructed to form the floor of a house room, and has an opening on one side to provide an opening area for supplying water vapor (110). ) is formed, and is in communication directly below the opening area for supplying water 110, and a receiving space area 120 for receiving water is formed (100); It is characterized in that it includes a heat source 160 that transmits heating energy to the bottom of the sphere 100 to heat the water contained in the receiving space area 120 in addition to internal heating.

Description

Heaters equipped with humidifying equipment {Hypocaust with humidifying device}

The present invention provides a humidifying function through natural evaporation by accommodating water in a red clay bead, but evaporates it more quickly by a heat source transmitted from the red clay bead and guides it to be able to perform both a humidifying function and a fumigation function. By allowing residents to easily select or replace fumigation materials such as green tea, herbs, mugwort, pine needles, etc., residents are guided to perform fumigation by selecting fumigation materials that suit their tastes and constitution. This relates to heaters equipped with humidifying equipment that enables the foot bathing function to be performed in addition to the humidifying function.

In general, modular construction is a method of transporting three-dimensional box-shaped module units manufactured and assembled in a factory to the site and assembling them (see Patent Document 1).

These modular units include electrical and mechanical equipment, interior and exterior materials including windows, flooring, ceiling materials, bathroom and kitchen appliances, heating, etc.

Accordingly, approximately 90% of the building is completed in the factory. Modular buildings using modular construction methods are completed by assembling blocks on the site where the modular building will be built.

These modular buildings are widely applied to various types of buildings due to their improved quality through factory production and ease of assembly and disassembly, resulting in cost savings through shortened construction period on site. In particular, the Korea Construction Policy Institute predicted that the scale of Korea's modular building construction market will grow to more than 1 trillion won by 2020, and that the expansion will grow more rapidly than other buildings.

Meanwhile, Hanok buildings, a traditional architectural style in Korea, are residential spaces centered on the coexistence of nature and humans, and nature-friendly materials such as red clay are used to build Hanok buildings.

Like this, the red clay used in Hanok buildings is composed of particles the size of silt (finer than sand and thicker than mud), and is a light yellow sediment loosely cemented together by calcium carbonate and made of silica, aluminum, iron oxide, etc. with high porosity. It is made of ceramic material.

In addition, red clay not only provides a warm and cozy feeling when used as a building material, but is also harmless to the human body due to its slightly alkaline pH of 8.5 to 9.5, and has a high heat storage effect due to its far-infrared radiation characteristics and high porosity, making it less effective than cement buildings. It is reported to be effective in reducing heating costs by about 30%, has a deodorizing and electromagnetic wave blocking effect, and is also known to have an antibacterial effect, so it is widely used as a material for Hanok buildings (see Patent Document 2).

Gudeul heating, which is a representative heating method of Hanok, involves turning on a whale, covering it with red clay, covering it with earth, making a floor, and heating by lighting a fire, which is difficult to apply because the structure of the whale formed varies depending on the area of the bowl. It can be installed and provided as general heating by burying hot water pipes in the floor of the room and supplying heat source through a heating boiler.

In addition, as pre-registered by the present applicant, the heating method applied to the modular spheres (see patent document 3) can be installed and provided to accommodate whale roads depending on the size of the building including the modular building.

In addition, as pre-registered by the present applicant, the heating method applied to the multiple heat storage spheres (see patent document 4) can be provided by installing electric heating that supplies a heat source through electric heating wires.

On the other hand, heating appliances with red clay bean paste using the various heating methods described above heat the gudeuljang due to the nature of the heating method, creating a dry indoor atmosphere, resulting in respiratory diseases or dry air caused by indoor dry air entering the human respiratory tract. It acts as a factor that causes skin diseases.

Accordingly, residents have the inconvenience of having to install and use a separate humidifier in the indoor space.

KR 10-0646263 B1 KR 10-2089746 B1 KR 10-2497231 B1 KR 10-2409179 B1

The present invention is intended to solve the problems of the prior art, and the purpose of the present invention is to accommodate water in the red clay gudeuljang and provide a humidifying function through natural evaporation, but to evaporate more quickly by the heat source transmitted from the red clay gudeuljang. We provide heaters equipped with humidifying equipment.

As a technical idea for achieving the present invention, heaters equipped with the humidifying equipment of the present invention are constructed to form the floor of a house room, and one side is opened to form an opening area for supplying water vapor, and the heating device for supplying water vapor is formed. The bottom of the sphere is connected directly below the opening area to form a receiving space area where water is received; It includes a heat source that transfers heating energy to the bottom of the spheres to heat the water contained in the receiving space area in addition to internal heating.

In the opening area for supplying water vapor at the bottom of the spheres, a pair of leg-receiving grooves are formed to extend, respectively, so that both legs of the resident can enter.

The heaters equipped with the humidifying equipment of the present invention further include a steam side cover that closes the opening area for supplying water vapor formed at the bottom of the spheres.

In heating spheres equipped with the humidifying equipment of the present invention, passages for water vapor injection, one end of which communicates with the receiving space area and the other end penetrating the bottom of the spheres, are formed through the bottom of the spheres at predetermined intervals.

The heaters equipped with the humidifying equipment of the present invention further include a flow stopper that closes the water vapor injection passage formed through the bottom of the spheres.

The heaters equipped with the humidifying equipment of the present invention further include a medicine storage box in which a medicine storage space for storing medicine is formed, and the accommodation space area is such that the medicine storage box can be entered. is expanded horizontally.

The medicine storage box includes box-shaped receiving bodies whose sides and bottoms are connected by a horizontal frame and a vertical frame, forming a medicine receiving space area therein, and having an open top; A storage mesh net attached to the bottom and inner side of the receiving main body to prevent the medicinal herbs accommodated in the medicinal material receiving space area from leaking out; An opening and closing mesh net that is integrally connected to the mesh net and is detachably connected to the upper side of the receiving body; A front connecting piece that protrudes from the front of the receiving body and has a connecting hole formed therethrough; A pair of rear connection pieces that protrude from the rear of the receiving body and have connection holes formed therethrough; The front connecting piece is positioned between the pair of rear connecting pieces, and in a state where the connecting holes are positioned overlapping, it is rotatably fixed through the connecting hole to connect the receiving bodies, but is rotatably connected. Includes a hinge rod.

The present invention accommodates water in the red clay gudeuljang, providing a humidifying function through natural evaporation, but has the effect of evaporating more quickly by the heat source transmitted from the red clay gudeuljang.

In addition, the present invention has the effect of guiding the user to perform both the humidification function and the fumigation function.

In addition, the present invention allows residents to easily select or replace fumigation materials that they want, such as green tea, herbs, mugwort, pine needles, etc., so that residents can directly select fumigation materials that suit their tastes and constitution and perform fumigation. It also has the effect of providing guidance.

In addition, the present invention has the effect of guiding the foot bath function in addition to the humidifying function.

Figure 1 is a perspective view showing heaters equipped with the humidifying equipment of the present invention.
Figure 2 is a side cross-sectional view showing heaters equipped with the humidifying equipment of the present invention.
Figure 3 is a view showing the medicine storage box among the components forming the heaters equipped with the humidification equipment of the present invention.
Figure 4 is a state of use showing that both the humidification function and the fumigation function are performed using heaters equipped with the humidification equipment of the present invention.
Figure 5 is a state of use showing the humidification function and the foot bath function using heaters equipped with the humidification equipment of the present invention.

Before explaining in detail the structure and operation of the embodiments of the present invention with reference to the accompanying drawings, the present invention can be modified in various ways and have various forms. The following examples explain the present invention in detail. It is merely mentioned for the purpose of not limiting the present invention to a specific disclosed form, and should be understood to include all changes, equivalents, and substitutes included in the spirit and technical scope of the present invention.

In addition, in each drawing, the size and thickness of the components are exaggerated or simplified for ease of understanding, but this should not be construed as limiting the scope of protection of the present invention and performs the same function. In this case, the same reference number should be specified whenever possible. In addition, the terms used in the present invention are only used to describe the following examples and are not intended to limit the present invention, and singular expressions include plural expressions unless the context clearly indicates otherwise.

As shown in Figures 1 to 6, the humidifying equipment of the present invention accommodates water in the red clay bead to provide a humidifying function through natural evaporation, and evaporates more quickly by the heat source transmitted from the red clay bead. Heating appliances are largely comprised of a bottom 100 and a heat source 160.

First, the sphere floor 100 is constructed to form the floor of a house room and is a member made of red clay material.

Here, the house in which the floor 100 is installed includes a variety of houses, such as apartments or townhouses, multi-family houses, single-family houses, and mobile houses assembled and constructed in remote locations.

The floor 100 that performs this function may be composed of a floor layer, a heating movable layer, a thermal insulation layer, and a plastering layer, and a heat source 160, which will be described later, is embedded in the heating movable layer, thereby forming a heat source 160 and a heat source ( 160) By creating a heat storage space in between, a lot of heat energy can stay for a long time, providing the advantage of saving energy and improving the heat storage function. Meanwhile, in the case of an apartment building, the floor 100 becomes the slab of the room on the lower floor. Here, red clay material can be applied to the plastering layer.

As such, the main reason why the floor 100 including the plastering layer is made of red clay is that the red clay itself contains a large amount of microorganisms that are beneficial to the human body and the environment, so it not only suppresses the growth of mold in the house, but also provides a comfortable living environment. , it has the advantage of creating a healthy living space by preventing the spread of various germs, and by emitting a large amount of far-infrared rays at 40~50℃, the radiant heat of far-infrared rays can activate the movement of the peripheral capillaries of the human body, further promoting a healthy life. This is because it provides an advantage that allows you to make a living.

The bottom 100 of these spheres is opened on one side to form an opening area 110 for supplying water vapor so that it can perform a humidifying function in addition to the heating function, and is communicated directly below the opening area 110 for supplying water vapor, A receiving space area 120 in which water is accommodated is formed.

Through this, the moisture generated as the water contained in the receiving space area 120 naturally evaporates spreads into the house room through the opening area 110 for supplying water vapor, thereby providing a humidifying function.

Meanwhile, a water faucet (not shown) may be provided on the upper part of the bottom 100 of the sphere so that water can be supplied toward the opening area 110 for supplying water vapor.

In addition, a drain 150 is provided with one end communicating with the receiving space area 120 and the other end communicating with a sewer or the outer wall so that water contained in the receiving space area 120 of the bottom 100 can be drained. It can be done.

In addition, to prevent residents from falling into the water vapor supply opening area 110 while moving within the house room, a water vapor side cover 130 that closes the water vapor supply opening area 110 formed on the floor 100 will be provided. You can.

Here, the connection between the opening area 110 for supplying water vapor and the water vapor side cover 130 protrudes a ridge along the inner surface forming the opening area 110 for supplying water vapor, and the water vapor side cover ( 130) can be placed or used by connecting one side of the opening area 110 for supplying water vapor and one side of the water vapor side cover 130 with a hinge.

At this time, it is preferable that the height of the water vapor side cover 130 that closes the opening area 110 for supplying water vapor is the same as the bottom surface forming the bottom 100 of the spheres. This is to prevent safety accidents that may occur when a resident steps on the vapor side cover 130 that closes the opening area 110 for supplying vapor while moving.

The heat source 160 is a member that transmits heating energy to the bottom of the sphere 100 to heat the water contained in the receiving space area 120 in addition to internal heating, and is provided embedded in the bottom of the sphere 100.

The heat source 160 that performs this function is a gudeul heating that turns on a whale, covers it with red clay and spreads dirt to make a floor, heats it by lighting a fire, an electric heating wire that generates heat by electricity, or a hot water heating wire that passes hot water inside, etc. can be used, and in the embodiment of the present invention, it will be described using an electric heating wire.

On the other hand, heaters equipped with the humidifying equipment of the present invention also provide the advantage of being able to perform both a humidifying function and a foot bath function.

For this purpose, a pair of leg-receiving grooves 111 are provided in the opening area 110 for supplying water vapor in the bottom 100 of the heating holes equipped with the humidifying equipment of the present invention, so that both legs of the resident can enter. It is formed as an extension.

Through this, the occupant enters the pair of ankle parts into the pair of leg receiving grooves 111 through the opening area 110 for supplying water vapor, and the pair of sole parts enters the receiving space area 120 where water is received. It can be supported on the bottom surface to provide a foot bath function.

At this time, since the water contained in the receiving space area 120 is heated through a heating energy source transmitted through the heat source 160 embedded in the bottom 100 of the bowl, the foot bath function can be performed without a separate heating source.

Meanwhile, to prevent residents from falling into the water vapor supply opening area 110 while moving within the house room, water vapor is also supplied to the water vapor side cover 130 that closes the water vapor supply opening area 110 formed on the bottom 100 of the sphere. A pair of closing extensions are provided to extend and protrude from corresponding positions of the pair of leg receiving grooves 111 extending from the opening area 110 to completely close the opening area 110 for supplying water vapor. desirable.

In addition, in heaters equipped with the humidifying equipment of the present invention, the water contained in the receiving space area 120 is heated through heating energy by the heat source 160, and the evaporated moisture spreads evenly and simultaneously throughout the rooms of the house. It provides the advantage of providing guidance.

For this purpose, water vapor injection passages 121, one end of which communicates with the receiving space area 120 and the other end of which penetrates the bottom of the spheres 100, are provided to penetrate the bottom of the spheres 100 at predetermined intervals.

On the other hand, among the water vapor injection flow paths 121 formed through the bottom of the spheres 100 at predetermined intervals, when radiation of heated and evaporated moisture is not required, the water vapor injection flow path 121 formed through the bottom of the spheres 100 It can be provided with a flow path stopper 140 that closes the.

Here, the connection between the water vapor injection flow path 121 and the flow path plug 140 protrudes a ridge along the inner surface forming the water vapor injection flow path 121, and the flow path plug 140 is installed on the protruding ridge. It can be placed or used by forming thread grooves and threads on the inner surface of the water vapor injection flow path 121 and the outer peripheral surface of the flow path stopper 140, respectively, and connecting them through a screw connection.

At this time, when connected by spiral coupling, a pair of gripping grooves 141 may be formed on the upper side of the flow path stopper 140 so that the resident can grip it with his or her hand.

In addition, it is preferable that the installation height of the passage stopper 140 that closes the water vapor injection passage 121 has the same height as the bottom surface forming the bottom of the sphere 100. This is to prevent safety accidents that may occur when a resident steps on the passage stopper 140 that closes the water vapor injection passage 121 while moving.

In addition, heaters equipped with the humidifying equipment of the present invention, in addition to the humidifying function, allow residents to easily select or replace fumigation materials such as green tea, herbs, mugwort, pine needles, etc., according to the resident's taste and constitution. It also provides the advantage of providing guidance so that residents can select the appropriate fumigation material and perform fumigation.

For this purpose, the heaters equipped with the humidifying equipment of the present invention are equipped with a medicine storage box 200 in which a medicine storage space 213 for storing medicine is formed, and a receiving space area formed on the bottom 100 of the sphere. (120) so that the medicine storage box (200) can be entered. is expanded horizontally.

As such, the main reason for horizontally expanding the receiving space area 120 of the floor 100 is to be able to store all the plurality of fumigation materials desired by the resident.

That is, the thickness of the bottom of the sphere 100 is limited to a certain thickness according to construction standards, and it is difficult to construct a vertical multi-layer structure to accommodate a plurality of fumigation materials in the medicine container 200.

Accordingly, the purpose is to provide a structure in which several medicine storage boxes 200 are connected horizontally in a detachable manner so that the resident can store a plurality of fumigation materials desired by the resident.

For this purpose, the detailed configuration of the medicine storage box 200 connects the side and bottom sides with the horizontal frame 211 and the vertical frame 212, so that the medicine storage space 213 is formed inside, and the medicine storage space 213 is formed in the shape of a box with an open top. The receiving bodies 210, a storage mesh net 221 attached to the bottom and inner side of the receiving body 210 to prevent the medicine contained in the medicine storage space 213 from leaking, and a storage mesh An opening and closing mesh net 222, which is integrally connected to the net 221 and is detachably connected to the upper side of the receiving body 210, and which protrudes from the front of the receiving body 210, and a connection hole is formed through. A front connecting piece 214 is formed between the front connecting piece 214, a pair of rear connecting pieces 215 that protrude from the rear of the receiving body 210 and have connection holes formed therethrough, and a pair of rear connecting pieces 215. It is positioned so that the connection holes overlap, and is rotatably fixed through the connection holes, and consists of a hinge rod 230 that rotatably connects the receiving bodies 210.

In this way, by rotatably connecting the box-shaped receiving bodies 210, the size of the opening area 110 for supplying water vapor is narrowed and the multiple horizontally connected receiving bodies 210 are accommodated. .

Meanwhile, the upper side of the receiving body 210 and the opening and closing mesh net 222 can be connected in a detachable manner by attaching male and female Velcro tapes. This detachable structure can be selected from various detachable structures such as male and female Velcro tapes, male and female hooks, buttons and rings, and magnets.

The process of performing both the humidification function and the fumigation function using heaters equipped with the humidification equipment of the present invention configured as described above will be explained using FIG. 4 as follows.

First, the floor of the sphere 100 stores heating energy transmitted through the heat source 160, thereby performing a basic heating function.

At the same time, the heating energy source transmitted through the heat source 160 heats the water contained in the receiving space area 120 to evaporate, and the moisture generated by evaporation is transferred to the opening area 110 for supplying water vapor and the flow path for spraying water vapor. By being radiated through (121), it is provided to perform a humidifying function, thereby relieving the dryness of the thermal effect that dries the skin and preventing dehydration of the human body due to skin moisture loss and dry breathing.

Moreover, residents can use the fumigation function in addition to the humidification function.

In other words, if the resident wants to use fumigation materials such as green tea, herbs, mugwort, pine needles, etc., he or she may insert the desired fumigation material into each receiving body 210 of the medicine container 200 and then open and close it. The mesh net 222 is attached and fixed to the upper side of the receiving body 210.

Afterwards, the resident introduces the medicinal material container 200, which contains different fumigation materials into the receiving bodies 210, into the receiving space area 120 through the opening area 110 for supplying water vapor at the bottom 100 of the sphere. .

In this way, the medicine receiving box 200 introduced toward the receiving space area 120 of the sphere bottom 100 is heated by transferring the heat storage energy to the sphere bottom 100 located directly below, thereby heating the medicine receiving box 200. It is used as a heating source for extracting medicinal ingredients, including steam or fragrance, from the stored medicinal ingredients, and the moisture containing the extracted medicinal ingredients is emitted through the opening area 110 for supplying water vapor at the bottom of the sphere 100 and the flow path for spraying water vapor. By being radiated through (121), it is provided to perform a fumigation function.

In addition, the process of performing both the humidification function and the foot bath function using heaters equipped with the humidification equipment of the present invention will be explained using FIG. 5 as follows.

First, the floor of the sphere 100 stores heating energy transmitted through the heat source 160, thereby performing a basic heating function.

At the same time, the heating energy source transmitted through the heat source 160 also heats the water accommodated in the receiving space area 120 to increase the temperature.

Thereafter, the resident enters the pair of ankle parts into the pair of leg receiving grooves 111 through the opening area 110 for supplying water, and the pair of sole parts form the receiving space area 120 in which water is received. Perform a foot bath by supporting it on the floor.

At this time, if the resident wants to use fumigation materials such as green tea, herbs, mugwort, pine needles, etc. according to the resident's preference, the desired fumigation materials are input into each receiving body 210 that forms the medicine container 200. After that, the opening and closing mesh net 222 is attached and fixed to the upper side of the receiving body 210.

Afterwards, the resident introduces the medicinal material container 200, which contains different fumigation materials into the receiving bodies 210, into the receiving space area 120 through the opening area 110 for supplying water vapor on the bottom 100 of the sphere. After performing a foot bath, the medicine storage box 200 introduced into the receiving space area 120 of the bottom 100 is heated by transferring the stored heating energy to the bottom 100 located directly below, thereby receiving the medicine. Medicinal ingredients, including water vapor and scent, are extracted from the medicinal ingredients stored in the box 200 and can be absorbed through direct contact with the skin of the resident, thereby further improving the efficacy of the medicine and improving metabolism and blood circulation. It will help.

In the above description, the present invention has been shown and described in relation to specific embodiments, but it is known to those skilled in the art that various modifications and changes are possible without departing from the spirit and scope of the invention as indicated by the claims. Anyone who has it will be able to easily understand it.

100: Bottom of sphere 110: Opening area for supplying steam
111: Leg accommodating groove 120: Accommodating space area
121: Passage for water vapor injection 130: Water vapor side cover
140: Stopper for flow path 141: Groove for gripping
150: Drain 200: Medicine container
210: receiving body 211: horizontal frame
212: Vertical frame 213: Medicine storage space
214: front connection piece 215: rear connection piece
221: Mesh net for storage 222: Mesh net for opening and closing
230: Hinge rod

Claims (8)

It is constructed to form the floor of a house room, and one side is open to form an opening area 110 for supplying water vapor, and a receiving space area that communicates directly below the opening area 110 for supplying water vapor and accommodates water. The bottom of the spheres (100) where (120) is formed;
It includes a heat source 160 that transfers heating energy to the bottom of the sphere 100 to heat the water contained in the receiving space area 120 in addition to internal heating,
It further includes a medicine storage box (200) in which a medicine storage space (213) in which medicine is stored is formed,
The receiving space area 120 allows the medicine receiving box 200 to enter. Heating devices equipped with humidifying equipment that extend horizontally.
According to paragraph 1,
Heating equipped with humidifying equipment, characterized in that a pair of leg receiving grooves 111 are each extended in the opening area 110 for supplying water vapor of the bottom 100 of the sphere so that both legs of the resident can enter. Gudeul.
According to paragraph 1,
Heating holes equipped with humidifying equipment, further comprising a water vapor side cover (130) that closes the opening area (110) for supplying water vapor formed at the bottom (100) of the spheres.
According to paragraph 1,
Water vapor injection passages 121, one end of which communicates with the receiving space area 120 and the other end of which penetrates the bottom of the spheres 100, are formed through the bottom of the spheres 100 at predetermined intervals. Heating appliances equipped with humidifying equipment.
According to paragraph 4,
Heating holes equipped with humidifying equipment, characterized in that they further include a flow path stopper (140) that closes the water vapor injection flow path (121) formed through the bottom (100) of the spheres.
delete According to paragraph 1,
The medicine storage box 200 is connected to the side and bottom with a horizontal frame 211 and a vertical frame 212, so that a medicine storage space 213 is formed inside, and a box-shaped receiving body with an open top ( 210) and;
A storage mesh net 221 attached to the bottom and inner side of the receiving main body 210 to prevent the medicine contained in the medicine storage space 213 from leaking out;
An opening and closing mesh net 222 that is integrally connected to the storage mesh net 221 and is detachably connected to the upper side of the receiving main body 210;
A front connecting piece 214 that protrudes from the front of the receiving body 210 and has a connecting hole formed therethrough;
A pair of rear connection pieces 215 that protrude from the rear of the receiving body 210 and have connection holes formed therethrough;
The front connecting piece 214 is positioned between the pair of rear connecting pieces 215, and is rotatably fixed through the connecting hole in a state where the connecting holes are positioned to overlap, so as to provide a space between the receiving bodies 210. Heating devices equipped with humidifying equipment, characterized in that they include a hinge rod (230) that connects and rotatably connects.
It is constructed to form the floor of a house room, and one side is open to form an opening area 110 for supplying water vapor, and a receiving space area that communicates directly below the opening area 110 for supplying water vapor and accommodates water. The bottom of the spheres (100) where (120) is formed;
It includes a heat source 160 that transfers heating energy to the bottom of the sphere 100 to heat the water contained in the receiving space area 120 in addition to internal heating,
Heaters equipped with humidifying equipment, characterized in that they further include a drain (150), one end of which is in communication with the receiving space area (120) and the other end of which is in communication with a drain or an outer wall.

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