KR200339651Y1 - A thermal mattress having sun-dried salt charcoal panel - Google Patents

Abstract

The present invention is a natural salt charcoal panel consisting of a panel body formed in a panel shape using a mixture including charcoal powder, sun salt and binder, and reinforcing members attached to upper and lower surfaces of the panel body, and the natural salt charcoal panel. And the cardboard is laminated on the upper side, the natural salt charcoal panel and the anion is laminated between the cardboard and anion non-woven fabric to release the anion and provide a cushion, and the finishing panel is fixed along the edge on the upper surface of the cardboard to prevent the lifting of the cardboard; A heat generating layer laminated on the lower side of the sun salt charcoal panel to generate heat when supplied with power, an electromagnetic wave shielding nonwoven fabric laminated between the sun salt charcoal panel and the heat generating layer to block electromagnetic waves and provide a cushion, and a lower side of the heat generating layer. Is laminated on the heat insulating layer to support the heat generating layer and block the conduction of heat, and is laminated on the lower side of the heat insulating layer A copper plate for blocking the vein and the outer shell covering the covering panel over the finish panel from the copper plate, the reinforcing member attached to the upper surface of the panel body is a flat plate and the reinforcing member attached to the lower surface is a magic fabric, the The heating layer includes an aluminum enclosure having an open lower side, a urethane foam filled in the aluminum enclosure, a non-magnetic heating wire arranged in the urethane foam and supported by the urethane foam, and surrounding the lower portion of the urethane foam to protect moisture It relates to a sun-dried charcoal panel built-in thermal mattress consisting of a protective urethane foam protective cover.

The present invention can provide excellent heat conduction efficiency as well as double the health promotion effect by the action of sun salt, sun salt charcoal panel is durable due to the reinforcing member is not easily damaged, and also because the upper reinforcing member is flat It is possible to maintain the smoothness of the cardboard, so there is no bleeding on the cardboard, and the uniqueness of the sun salt makes it highly differentiated from other mattresses, which makes it possible to achieve high added value. There is an advantage that there is no lifting of the cardboard because it is fixed.

Description

A thermal mattress having sun-dried salt charcoal panel

The present invention relates to a mattress that can be used as a bedding mat or on the floor or on the floor, and more specifically, has excellent thermal conductivity and health promoting effect, and is strong and distinguishes from other mattresses. It is related to a sun-dried charcoal panel built-in thermal mattress which has the advantage of being smooth and lying thereon.

Charcoal is a solid product that is produced when the wood is heated with the air cut off or with very little air. Solid wood is generally used as a material. Oak, etc.) is mainly used, and oaks are called oak charcoal.

Such charcoal has a deodorizing, disinfecting, antiseptic, and humidity control action as is widely known, and recently, the effects of far infrared ray, anion release and strong electromagnetic wave blocking action, which are beneficial to the human body, have also been demonstrated.

Therefore, in recent years, a large number of mattresses using various effects of charcoal as described above have been devised, and one of them is shown in FIG. 1.

1 is a mattress of the prior art, as in the prior art, a box-shaped body 1 having an open upper side, a charcoal plate 2 horizontally embedded in the body 1, and the charcoal plate ( Marmoleum sheet paper 7 attached to the upper surface of 2), an aluminum panel 4 attached to the lower surface of the charcoal plate 2, and a silicon heating wire arranged below the aluminum panel 4 6) and the urethane resin heat insulating layer 5 which is foamed with the silicone heating wire 6 between the aluminum panel 4.

Here, the charcoal plate (2) is a mixture obtained by mixing about 100% of charcoal powder 30%, martha 30%, ocher 30%, pulp of about 10 mesh, 5% water-soluble inorganic binder as the main body, the main body After attaching the magic cloth (3a) (3b) to the upper and lower surfaces of the, it is pressed by a press to form a relatively thick panel shape.

However, the mattress of the prior art as described above, first, due to the low thermal conductivity of the charcoal powder constituting the main body of the charcoal plate (2), the heat of the silicone heating wire (6) is not only uniformly transmitted throughout the mattress, There is a problem that can not be quickly delivered to the above user.

As a result, it is common to overcome the above problems by increasing the amount of heat generated, which leads to an increase in the amount of electricity consumed.

In addition, the beneficial effect of the charcoal plate (2), such as deodorization, sterilization, absorption, etc. are not sufficiently supplemented with other ingredients, the effect is insufficient, and accordingly strong health promotion can not achieve the effect.

Second, since the charcoal board 2, which is invulnerable due to the manufacturing characteristics of aggregating and solidifying various components, is covered and reinforced with a soft cloth, a magic cloth (3a) (3b), the compression, bending, twisting, etc., due to insufficient overall strength. When multiple forces from the same external force is applied to the mattress there is a problem that is easily broken.

Third, since the surface texture of the main body, which is not flat or smooth due to the manufacturing characteristics of the true charcoal plate 2, is exposed through the soft cloth 3a, 3b, and also exposed to the outside through the marmoleum sheet 7 thereon. This has a problem that the surface texture of the true charcoal plate (2) is delivered to the user on the mattress as it is cut.

That is, the mattress of the prior art has a problem of low smoothness.

Therefore, the upper and lower surfaces of the charcoal plate 2, there is a problem that can not be in close contact with each other so as to closely contact the Marmoleum sheet (7) and the aluminum panel (4).

Fourth, since only the Marmoleum sheetboard (7) is attached to the upper surface of the charcoal plate (2) and finished, the appearance is smooth and the design is monotonous when viewed as a whole. There is a problem falling easily from 2).

It is obvious that the phenomenon of falling the marmoleum sheetboard 7 hurts the beauty of the mattress.

Fifth, the components constituting the main charcoal board (2) (charcoal powder, loess) is already widely used in various fields, and therefore, the current mattresses are overflowing, so the effect is particularly comparable to other mattresses. There is no problem.

Sixth, since the charcoal board 2 solidifies the powder (or granule) elements by a binder, when friction occurs, the powder falls off from the surface, and the woven fabric 3a (3b) is woven so that the fallen powder is sparse. There is a problem that is scattered through the gap of) causing pollution.

The present invention was devised to solve the problems of the prior art, and it does not receive much attention as a natural salt that does not receive much attention due to its properties of not only performing various beneficial effects but also excellent in thermal conductivity, hardness, and viscosity (天日 鹽) as a component of the mixture with charcoal to form a main body, and a flat panel board is attached to the surface of the main body to form a charcoal panel, which is embedded in the mattress to provide excellent thermal conductivity as well as to other mattresses with charcoal. Compared with this, the health improvement effect can be expected, and the panel itself is strong so that it is not easily damaged, and the overall smoothness can be improved, and the fall of powder from the surface can be prevented. Finished to secure, beautiful appearance and prevent the fall of cardboard It is intended to provide a built-in solar salt Charcoal panel heated mattress.

1 is a cross-sectional view showing a prior art,

Figure 2 is a perspective view showing a natural salt charcoal panel embedded thermal mattress according to the present invention,

3 is a cross-sectional view taken along the line A-A of FIG.

4 is a perspective view showing an example of a sun salt charcoal panel in a solar salt-coated built-in thermal mattress according to the present invention;

5 is an enlarged cross-sectional view of a portion B of FIG. 4;

6 is a perspective view showing another example of the natural salt charcoal panel in the solar salt-coated built-in thermal mattress according to the present invention.

<Explanation of symbols on main parts of the drawings>

10: finishing panel 20: cardboard

30: anion nonwoven fabric 40: sun salt charcoal panel

41: panel body 41c: charcoal

41s: natural salt 42a, 42b: reinforcing member

50: electromagnetic shielding nonwoven fabric 60: heat generating layer

61: aluminum enclosure 62: urethane foam

63: non-magnetic heating wire 64: urethane foam protective cover

70: heat insulation layer 71: styrofoam

72a, 72b: plywood 80: copper plate

90: sheath

The present invention for achieving the above object is a natural salt charcoal consisting of a panel body formed in a panel shape using a mixture comprising charcoal powder, sun salt and binder, and reinforcing members attached to upper and lower surfaces of the panel body, respectively. A panel, a sheet of cardboard laminated on the upper side of the natural salt charcoal panel, an anion nonwoven fabric laminated between the sheet of natural salt charcoal panel and the sheet of cardboard to release anions and provide a cushion, and fixed along an edge on an upper surface of the sheet of cardboard. Finishing panel to prevent the lifting, the heating layer laminated on the lower side of the solar salt charcoal panel to generate heat when supplied with power, and the electromagnetic shielding nonwoven fabric laminated between the solar salt charcoal panel and the heating layer to block electromagnetic waves and provide a cushion And a heat insulating layer stacked below the heat generating layer to support the heat generating layer and block conduction of heat. A copper plate laminated on the lower side of the heat insulating layer to block the water vein, and the outer shell covering the covering from the copper plate to the finish panel, the reinforcing member attached to the upper surface of the panel body is a flat plate and the reinforcement attached to the lower surface The member is a magic cloth, and the heating layer includes an aluminum enclosure having a lower side, a urethane foam filled in the aluminum enclosure, a non-magnetic heating wire arranged in the urethane foam and supported by the urethane foam, and a lower portion of the urethane foam. It is characterized by consisting of a urethane foam protective cover to protect the wrap and block moisture ingress.

At this time, both the reinforcing members attached to the upper and lower surfaces of the panel body may be configured as a flat plate.

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

Figure 2 is a perspective view showing a natural salt charcoal panel embedded thermal mattress according to the present invention, showing the overall appearance of the present invention.

As shown in FIG. 2, the natural salt charcoal panel built-in thermal mattress of the present invention can be seen that it is formed in a rectangular parallelepiped shape in which one or two users can comfortably lie down or take a rest when viewed as a general mattress. .

FIG. 3 is a cross-sectional view taken along the line A-A of FIG. 2, which shows the internal configuration of the present invention in detail.

As the present invention is configured to form a multi-layer structure, as shown in Figure 3, the natural salt charcoal panel 40, the PVC (polyvinyl chloride) cardboard (20) laminated on the sun salt charcoal panel 40, and the cardboard Finishing panel 10 fixed to the upper surface of the 20 along the edge, the heat generating layer 60 to be laminated on the lower side of the natural salt charcoal panel 40, and the heat insulating layer laminated to the lower side of the heat generating layer ( 70), a copper plate 80 which is stacked below the heat insulation layer 70 to block water veins, and an outer shell 90 which is decorated to have a beautiful appearance.

4 is a perspective view illustrating an example of the sun salt charcoal panel, and FIG. 5 is an enlarged cross-sectional view of part B of FIG. 4.

The sun salt charcoal panel 40 is formed to have a thickness of about 1 to 10 cm, as shown in FIGS. 4 and 5, and is attached to the panel body 41 and the upper and lower surfaces of the panel body 41, respectively. 41 is roughly composed of reinforcing members 42a and 42b for reinforcing.

First, the panel main body 41 has a high-purity charcoal powder (41c) made of oak, containing about 99.9% of sodium chloride, and a natural salt (41s) and a binder, which are purified to remove harmful substances such as water, heavy metals, and the like. The mixture obtained by mixing evenly in proportion is formed by a step of applying a predetermined pressure by a known pressing means.

Here, the natural salt (41 s) (commonly called coarse salt) is made by evaporating water from the salt water, the sun and the wind by salt water, and various kinds of crystals such as minerals flowing into the sea by long weathering. Efficacy and features are found in the representative ones.

-Benefits and features of sun salt-

1. High thermal conductivity: Salt water feels hotter than pure water at the same temperature because of the excellent thermal conductivity of sun salt.

2. Deodorization and sterilization: Excellent deodorization and sterilization. In particular, the bactericidal action is maximized when the concentration reaches a certain value. A good example of this is that the salt is not pickled if it is too salted to pickle cabbage. This means that the propagation of pickling microorganisms has never occurred.

3. Excellent hardness: It has a hardness of about 2㎏ / ㎠, which is as hard as gypsum. Such rigidity improves the overall hardness of the panel body 41.

4. High Absorption: It has good properties of absorbing moisture in the air. Such absorbency reinforces the disadvantage that the present invention is vulnerable to moisture of wood, which is the main material of the bed when the present invention is used as a bed mat.

5. Poultice effect: Salt Poultry is effective in various joint diseases because it has a sedative effect of dilatating blood vessels, relieving pain, and relaxing muscles.

6. It emits a large amount of far infrared rays and has excellent viscosity. In this case, when the mixture is pressurized to form the panel main body 41, the viscosity promotes aggregation between the components of the mixture together with the binder, thereby increasing the aggregation even with the addition of a small amount of binder, and the harmful components generated in the binder. To reduce the damage caused.

7. It is possible to achieve high added value as well as to stimulate consumer's consumption by the distinctive differentiation, which is different from ever by the complex action based on the above effects and characteristics.

Next, the reinforcing members 42a and 42b are attached to cover the entire upper and lower surfaces of the panel main body 41. The reinforcing members 42a attached to the upper surface are flat plates, and the reinforcing members are attached to the lower surface. The member is a hemp cloth.

Here, the flat plate is a smooth and funnel board, which makes the top surface of the panel body 20 even and uneven without height, and prevents the powder from falling out of the panel body 20.

These plates are made of plywood or wood fibers that have increased strength in the direction of the material to increase the strength of gold or bends, so that the density is even and the structure is dense. It is preferable to use 'MDF'.

Alternatively, you can use a plasterboard with a patterned wood (interior material processed from solid wood) that is beautifully decorated.

Meanwhile, the magic cloth plays a role similar to the wire mesh used in concrete.

When the natural salt charcoal panel 40 having the above-described structure operates to generate heat by operating the heat generating layer 60, the natural salt 41s of the panel body 41 is heated by this heat.

Then, the natural salt 41s is excellent in thermal conductivity, so that the heat received is quickly transferred to the first half of the panel main body 41 to evenly warm the entire mattress of the present invention.

When the user sleeps or rests in the mattress of the present invention, the user has a complex human beneficial effect and deodorization, sterilization action and sun salt of far-infrared / anion emitted from the charcoal powder 41c and sun salt 41s of the panel body 41. (41s) can be promoted by the steaming action, etc., as well as to take a good night's sleep with the composition of a comfortable sleeping environment.

On the other hand, when the operation of the heating layer 60, the heat generation is stopped, but because the panel body 41 is heated evenly by the action of the sun salt (41s) the mattress of the present invention is gradually lowered in temperature.

Therefore, it can be used while keeping the entire mattress of the present invention warm for a long time with low power consumption.

On the other hand, even when a force (such as jumping on a mattress) is applied to the mattress of the present invention, and a force such as compression, bending, or torsion acts on the natural salt charcoal panel 40, the panel body 20 covers the upper side of the reinforcing member ( 42a), ie, strength is prevented by reinforcing the plate.

Another example of the sun salt charcoal panel 40 is shown in perspective view in FIG. 6.

As shown in FIG. 6, another example of the natural salt charcoal panel 40 is different from that of the example of FIGS. 4 and 5, but only the structure for reinforcing the panel body 41 more strongly is different.

Another example of such a natural salt charcoal panel 40 is characterized in that the reinforcing member 42a attached to each of the upper and lower surfaces of the panel body 41 is a flat plate.

That is, in the sun salt charcoal panel 40 of Figs. 4 and 5, a flat plate is attached instead of a magic cloth, and since the panel main body 41 is covered with the flat plate on the upper and lower sides, it is obvious that the strength is strongly reinforced.

Here, as the flat plate, the plywood, the medium density fiber board, and the plaster board are used as the example of the sun salt charcoal panel 40, and each one of the plywood, the medium density fiber board, and the plaster board is either one or both.

For example, both the upper flat plate 42a and the lower flat plate 42b may use plywood (or medium density fiberboard or plasterboard), and the upper flat plate 42a may be plywood (or medium density fiberboard or plasterboard). The lower flat plate 42b may use a medium density fiber board (or plywood or plastered plywood).

The finishing panel 10 is a panel having a predetermined thickness to form a chin on the upper surface of the mattress, the appearance is beautiful, on the long sheet (20) by a known air stapler (air stapler) on the sheet of paper (20) It is fixed to be solid.

Therefore, when the sheet of paper 20 is pressed against the sheet of paper 20, the lifting of the sheet of paper 20 is prevented by this pressing force.

The heat generating layer 60 is an aluminum housing 61 formed in a box shape in which a lower side is opened by aluminum having high thermal conductivity, a urethane foam 62 filled in the aluminum housing 61, and the urethane foam ( It is arranged inside the 62 and is supported by the urethane foam 62 and connected to the non-magnetic heating wire 63 which generates heat when the power is supplied from the outside, and the non-magnetic heating wire 63 to control the temperature It consists of a plurality of bimetals (not shown) and miu metal (not shown) for removing electromagnetic waves generated from the contacts of the bimetal, and a urethane foam protective cover 64 covering and protecting the lower portion of the urethane foam 62. do.

Therefore, when the power is supplied to the non-magnetic heating wire 63, the heat is generated, the heat is transmitted to the entire upper side of the aluminum enclosure (61).

Here, the magnetic field-free heating wire 63 is composed of a core-shaped single stranded wire and a current flowing in the core and the skin to cancel the current flowing in both directions to remove the magnetic field formed when the current flows. In other words, the effect of this magnetic field on the human body can be blocked.

The magnetic field-free wire 63 is a known heating element that is known to be able to completely block the magnetic field because bar magnetic field is formed in the counterclockwise direction from the direction of current flow according to Fleming's right hand law.

Meanwhile, the urethane foam protective cover 64 also serves to block moisture from penetrating into the urethane foam 62 from the lower side and to prevent a short circuit due to moisture infiltration into the non-magnetic heating wire 63.

The heat insulation layer 70 is composed of styrofoam 71 which insulates heat and plywood 72a and 72b which are respectively stacked on the upper and lower sides of the styrofoam 71. The upper plywood 72a generates heat. Supporting the load of layer 60 and the elements stacked thereon, the lower plywood 72b, together with the upper plywood 72a, protects the styrofoam 71 and supports the elements stacked thereon.

The outer cover 90 wraps except for the longboard 20 over the lowermost copper plate 80 in the topmost finishing panel 10, one end of which is sandwiched between the finishing panel 10 and the longboard 20 to close the finishing panel. It is fixed together by the iron needle (S) for fixing the (10).

Reference numeral 30, which is not described above, is an anionic nonwoven fabric that emits negative ions, and 50 is an electromagnetic shielding nonwoven fabric that blocks electromagnetic waves, and is processed to be finely powdered and added to the nonwoven fabric, respectively.

Here, the anion nonwoven fabric 30 is laminated between the sheet of paper 20 at the upper side of the natural salt charcoal panel 40.

At this time, the anion nonwoven fabric 30 is in contact with the flat plate which is the upper reinforcing member 42a for flattening the top surface of the sun salt charcoal panel 40, and also has a cushion by itself, so that the smoothness of the cardboard 20 stacked thereon. Keep it.

Therefore, the user can take a rest or sleep in a comfortable state without hungry on the sheet of paper (20).

The electromagnetic shielding nonwoven fabric 50 is laminated between the heat generating layer 60 at the lower side of the natural salt charcoal panel 40 to block electromagnetic waves generated in the heat generating layer 60, and the natural salt charcoal panel by its own cushion. The smoothness is maintained between the 40 and the heat generating layer 60 to prevent the lifting between the two.

In this case, as shown in FIG. 6, of course, when the lower reinforcing member 42b is a flat plate, smoothness may be further increased.

The present invention as described above is composed of a sun-dried charcoal panel is composed of a panel body and a flat plate and a magic cloth, respectively attached to the upper and lower surfaces of the panel body, or a flat plate attached to the upper and lower surfaces of the panel body and the panel body, respectively. Since the mixture constituting the panel body contains charcoal powder and sun salt, the heat of the heat generating layer can be quickly transferred to the first half of the present invention due to the excellent thermal conductivity of the sun salt, and the energy saving effect by the excellent heat conduction efficiency can be achieved. have.

In addition, it is possible to improve health just by taking a rest or rest in this design by the complex human beneficial effect by a large amount of far-infrared rays and anions emitted from charcoal powder and sun salt and double deodorization and sterilization. Of course, you can get a good night's sleep by creating a comfortable sleeping environment.

The present invention has the advantage of obtaining a high value added different from the mattress according to the efficacy of the sun salt as described above.

In addition, the present invention is greatly strengthened by the flat plate covering the panel body of the natural salt charcoal panel, that is, plywood, medium-density fiber board or plastered plywood to prevent damage caused by various external forces (compression, bending, twisting, etc.). And, because the surface is flat, it is possible to achieve the smoothing of the cardboard laminated on it can take a comfortable rest or sleep without bleeding, there is an advantage to actively prevent the powder falling from the panel body.

In the present invention, the finishing panel is fixed to the top floorboard along the edge, so that the chin is formed on the upper surface of the mattress by the finishing panel, and the appearance is beautiful. have.

Claims (5)

A sun salt charcoal panel composed of a panel body having a mixture including charcoal powder, sun salt, and binder as a material, and a reinforcing member attached to upper and lower surfaces of the panel body; A sheet of cardboard stacked on top of the sun salt charcoal panel; An anionic nonwoven fabric laminated between the sun salt charcoal panel and a sheet of cardboard to release anions and provide a cushion; A finishing panel fixed to an upper surface of the cardboard to prevent lifting of the cardboard; A heat generating layer laminated on the lower side of the sun salt charcoal panel and generating heat when the power is supplied; An electromagnetic shielding nonwoven fabric laminated between the solar salt charcoal panel and the heating layer to block electromagnetic waves and provide a cushion; A heat insulating layer laminated under the heat generating layer to support the heat generating layer and block conduction of heat; A copper plate laminated on the lower side of the heat insulation layer to block water veins; Including the outer shell wrapping the cardboard in the copper panel over the finishing panel, The reinforcing member attached to the upper surface of the panel body is a flat plate and the reinforcing member attached to the lower surface is a magic cloth, The heat generating layer includes an aluminum housing having a lower side; Urethane foam filled in the aluminum housing; Magnetic-free heating wires arranged in the urethane foam and supported by the urethane foam; Solar salt charcoal panel built-in thermal mattress, characterized in that consisting of a urethane foam protective cover to cover the lower portion of the urethane foam to block moisture penetration. The method of claim 1, The flat plate is a natural salt charcoal panel built-in thermal mattress, characterized in that the flat plate is any one of plywood, plastered plywood, medium density fiberboard. The method of claim 1, The sun salt charcoal panel built-in thermal mattress, characterized in that the reinforcing member is attached to the upper and lower surfaces of the panel body. The method of claim 3, Wherein each plate is any one of plywood, plastered plywood, medium-density fiberboard or any one of the two, characterized in that the built-in thermal mattress of charcoal panel. The method of claim 1, The heat insulation layer is made of styrofoam and plywood laminated on the upper and lower sides of the styrofoam, it characterized in that the built-in thermal mattress of charcoal panel.