KR200285991Y1 - Bedstead with heating mattress radiating far-infrared rays - Google Patents

Abstract

The present invention relates to a bed having a heating mattress that emits far infrared rays.

The present invention provides a bed having a heating mattress, comprising: a bed frame provided with a power controller; It is electrically connected to the power controller in a state of being placed on the top of the bed frame is configured to indirectly heat the mattress generated while a predetermined heat is generated, thereby reducing the electromagnetic waves radiated from the heating coil during heating to damage the human body In addition, the far infrared rays are radiated from the mattress during bedtime to discharge harmful wastes remaining in the body outside the body to promote blood circulation and metabolism of the body, and to relieve fatigue quickly.

Description

Bed with heating mattress emitting far infrared rays {BEDSTEAD WITH HEATING MATTRESS RADIATING FAR-INFRARED RAYS}

The present invention relates to a bed having a heating mattress that emits far-infrared rays, and in particular, the high temperature heat generated from the heating coil is stored in the heat storage material first, and indirectly uses the heat storage stored in the heat storage material. By heating to reduce the electromagnetic radiation emitted from the heating coil to reduce the damage to the human body, and also by the predetermined far infrared radiation from the mattress, it is possible to obtain the effect of promoting blood circulation and metabolism.

In general, the bed has been changed to a bed culture in which bedding is used by bedding cultures as bedding is laid on the courtyard of the room due to improvement of living conditions.

The bed usually consists of four parts: frame, headboard, footboard, bottom, and mattress. Spring mattresses mainly made of spring, sponge mattresses made of synthetic resin sponge, and natural fiber mattresses are used. It will be used as it is.

On the other hand, in addition to the mattress bed with a cushion, as a way to improve the health of the user has been proposed mattress and bed using ocher soil and all-beds.

Mattresses and beds using ocher and ondol are released from western mattresses that provide comfort through simple cushioning and promote the body's blood circulation and metabolism by far-infrared rays emitted during bedtime, and discharge harmful wastes remaining in the body By doing so, you can relieve fatigue quickly and lead a healthier life.

In addition, by blocking the water wave flowing in the basement, and by blocking the electromagnetic wave generated from the coil which is a means for maintaining body temperature it can reduce the damage caused.

The bed using ocher and ondol has been proposed in Korean Patent Registration No. 257381 (2000.2.29) "Ocher mat of ondol type bed and its manufacturing method", but is provided with a heating plate made of carbon heater, and radiant heat from the heating plate In this process, the carbon heater directly heats the ocher plate containing various components such as ocher, clay, clay, and the like, when locally heated or when the power supply is short-circuited, there is a problem of rapid cooling.

In addition, Korean Utility Model Registration No. 250509 (2001.10.4) has been proposed "ocher composition and ocher mat made of the ocher composition", the proposed ocher mat is to indirectly heat the ocher layer using hot water pipes. In case of long-term use, there is another problem that the ocher bed can no longer be used because water leakage occurs when the hot water pipe is broken while the thermal efficiency decreases due to scale generation or corrosion in the hot water pipe.

The present invention has been devised to solve such a problem, so that the high temperature heat generated from the heating coil inside the mattress is first stored in the heat storage material, and indirectly heats the mattress using the heat storage stored in the heat storage material. By minimizing the electromagnetic radiation emitted from the coil, it is possible to minimize the damage to the human body.Also, the far infrared rays are radiated from the mattress, so that the effects of blood circulation and metabolism can be obtained, and even if the power is shorted during use. It is an object of the present invention to provide a bed having a heating mattress that emits far-infrared rays to maintain its temperature for a certain time.

The present invention for achieving the above object is a bed with a heating mattress, Bed frame provided with a power controller; Far infrared rays are emitted, characterized in that it is electrically connected to the power controller in a state mounted on the bed frame to generate a predetermined heat, and a heating mattress is provided to indirectly heat the mattress using the generated heat. The object is achieved by providing a bed with a heating mattress.

1 is an exploded perspective view of a bed according to the present invention.

Figure 2 is a longitudinal sectional view of the bed according to the present invention.

Figure 3 is a perspective view showing the main cutaway the mattress used in the bed according to the present invention.

Figure 4 is an exploded perspective view showing the internal structure of the airtight holding provided inside the mattress according to the present invention.

Figure 5 is an enlarged cross-sectional view of the airtight holding provided inside the mattress according to the present invention.

<Simple explanation of the code | symbol about the main part of drawing>

110: power controller 100: bed frame

200: heating mattress 210: bottom cover

220: outer insulation member 230: deformation preventing panel member

240: internal insulation member 250: indirect heating means

252: pipe 254: heat generating coil

256: heat storage material 260: coating

270: coating protection part 300: airtight oil zone

310: body 311: first insertion groove

312: First through hole 313,314: First and second thread

315: groove 320: interval holding unit

322: first interval holding member 324: second interval holding member

326: Ball 330: Cap

322a: Seating groove 332b: Second through hole

340: Pressure contact ring 350: Pressure connection ring

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

Bed 400 having a heating mattress according to the present invention is a bed having a power controller 110 is provided so that power is applied to the heating mattress 200 through a wire not shown, as shown in FIGS. It is composed of a frame 100.

Here, the heating mattress 200 provided to generate a predetermined heat as power is applied is separated from the bed frame 100 so as to be mounted on the upper portion thereof or integrally provided in the width of the bed frame 100. Indirectly with the lower cover 210, the outer insulation member 220, the deformation preventing panel member 230, and the inner insulation member 240 which are sequentially provided upward from the lower cover 210 having a corresponding width The heating means 250 and the coating portion 260 and the coating protection portion 270 provided to prevent the coating portion 260 from being broken.

The outer insulation member 220 is to prevent the heat generated from the indirect heating means 250 to be discharged to the bottom to increase the thermal efficiency, that is, the insulation is provided with a styrople material rich in a predetermined cushion and insulation have.

In the present invention, but the outer insulation member 220 is used as styrofoam can be used by replacing the foam material having a similar cushion.

The deformation preventing panel member 230 is a long-term use by preventing the deformation of the mattress to prevent the deformation of the mattress by sufficiently supporting the total load acting when the user is lying on the mattress while receiving the load of the mattress acting from the top to the bottom Stainless steel is provided to prevent corrosion due to heat deformation and moisture.

The inner heat insulating member 240 supports the indirect heating means 250 so that the heat generated therein is uniformly transmitted to the upper part, and at the same time, the silver paper is mixed with the styrople to block electromagnetic waves and water waves. It is provided with.

Such silver foil can be used by attaching it in the form of a tape. In the process of manufacturing the styrople, the silver foil can be mixed and used as a styrople.

The indirect heating means 250 is a heat generated from the heating coil 254 which will be described later, rather than allowing the heat generated by the power applied through the power controller 110 to be directly transmitted to the upper coating portion 260. The heat storage material 256 is primarily heated, and heat storage stored in the heat storage material 256 is indirectly heated to the upper coating part 260.

The coating part 260 has a predetermined thickness on the upper surface of the inner insulation member 240 including the indirect heating means 250 to radiate a predetermined far infrared ray by heat heated by the indirect heating means 250. Is applied.

The coating protection part 270 is provided to prevent the coating part 260 from being worn or broken in the process of repeating the user sitting or lying on the top surface of the coating part 260.

The coating part 260 and the coating protection part 270 bake the kneaded state first, and harden a predetermined strength, and then crush it by using a known crusher to have a predetermined particle size.

And to make a dough form by mixing an appropriate amount of clam shell, charcoal and salt in the crushed ocher powder, and spread the kneaded ocher to have a predetermined thickness on the upper surface of the inner heat insulating member 240 is arranged the indirect heating means It is made up of.

As illustrated in FIGS. 1 and 2, the indirect heating means 250 is provided in a zigzag form on the upper portion of the inner heat insulating member 240, and both ends thereof prevent the heat storage material 256, which will be described later, from leaking to the outside. Pipe 252 provided with a hermetic holding member 300 for passing through the inside of the pipe 252 through the hermetic holding member 300, and a heating coil 254 electrically connected to the power controller 110. And a heat storage material 256 filled in the space provided between the outer side of the heating coil 254 and the inner side surface of the pipe 252.

The heat storage material 256 is made by properly mixing water, salt, sodium hydroxide, acetic acid and charcoal.

As shown in FIG. 4, the hermetic holding zone 300 is hermetically sealed by a body 310 inserted into both ends of the pipe 252 and a cap 330 screwed to the outside of the body 310. Pressure holding unit 320 is inserted into the body 310 so as to be rotatable while being maintained, and is pressed into the outer surface of the pipe 252 and pressurized by the circumferential portion of the body 320 to ensure a tight holding force Inserted through the ring 340, the pressure connection ring 350 for pressing the pressure contact ring 340 to the body 320, the cap 330, the pipe 252 connected to the cap 330 The heat generating coil 254 and the heat storage material 256 filled in the space provided by the inner surface of the heat generating coil 254 and the pipe 252 as described above.

Here, the body 310 is formed with a first insertion groove 311 having a predetermined diameter and depth in the center for inserting the gap maintaining portion 320, the center of the first insertion groove 311 The first through hole 312 through which the heating coil 254 passes is formed.

In addition, the first and second screws 313 and 314 are formed to be symmetrical on the outer edge of the body 310, and the groove circumferentially to the circumferential surface so that the pipe 252 is easily inserted into the portion where the second screw 314 is formed. The portion where 315 is formed is formed to protrude in the axial direction.

The gap maintaining part 320 has a seating groove 322a on which the ball 326 is seated, and a first gap holding member 322 having a second through hole 322b formed at the center thereof, and the first gap holding member 322. 322 has a third through-hole 324a formed so as to touch the first and the second interval holding member 324 tapered on one side thereof is provided in a state separated from each other.

The cap 330 is coupled to the first screw 313 formed in the body 310 to provide a predetermined pressing force for the gap maintaining part 320. The cap 330 has a fourth through hole 332 at the center of the disc-shaped panel 331. ) Is formed, and the first female screw 333 is integrally formed at the edge thereof.

Concave-convex 252a is integrally formed at the end of the pipe 252 to engage or fit into the concave groove 315 formed to protrude in the axial direction to the body 310.

The pressure contact ring 340 is in close contact with the side surface of the body 310 by the force generated by the fastening force of the pressure connection ring 350 to be in close contact with the outer surface of the pipe 252 is formed in both sides It is formed in a ring shape, and an uneven ring 342 is formed on an inner side thereof.

The pressure connection ring 350 presses the joining contact ring 340 to the body 320 and at the same time prevents the inner surface of the pipe 252 from being detached and provided so that the groove 315 is more closely contacted. The pipe 252 is prevented from being separated from the body 310.

Reference numeral 112 in the figure is a temperature sensor connected to the power controller.

When the user applies the power to the indirect heating means 250 by manipulating the power controller 110 provided on one side of the bed frame 100 lying on top of the bed 400, the heating coil 254 The predetermined heat is generated from.

The heat generated from the heating coil 254 primarily heats the heat storage material 256 filled in the pipe 252 in the process of being transferred to the outside, and the heat stored in the heat storage material 256 is over time. Along the top and bottom.

The heat transferred to the bottom is prevented from escaping to the outside by the external insulation member 220 provided at the bottom to maintain a uniform temperature as a whole, and the heat transferred to the top is coated with the coating part 260. By passing to the user lying on the upper portion through the protection unit 270 it is possible to maintain the body temperature.

At this time, the heat transferred from the heat storage material 256 is made of ocher powder in the process of heating the coating unit 260 and the coating protection unit 270, the predetermined far infrared rays are radiated together, so that the body Residual harmful wastes are discharged to the body to promote blood circulation and metabolism, which can be quickly released.

As described above, the present invention allows the high temperature heat generated from the heating coil to be stored in the heat storage material first, and indirectly heats the mattress using the heat storage stored in the heat storage material, thereby preventing the heat from the heating coil. There is an effect that can reduce the harm to the human body by directly reducing the electromagnetic waves emitted.

In addition, by radiating far-infrared rays from the mattress, it is possible to ease the fatigue during bedtime, and also to maintain the temperature for a certain time even when the power is cut off during use to prevent the body temperature drops during bedtime.

Claims (6)

In a bed having a heating mattress, Bed frame 100 is provided with a power controller 110; The heating mattress 200 is electrically connected to the power controller 110 in a state where it is placed on the bed frame 100 so that a predetermined heat is generated, and the generated heat is indirectly heated to heat the mattress. Bed with a heating mattress, the far-infrared radiation is characterized in that the. The method of claim 1, The heating mattress 200 has a lower cover 210; An outer insulation member 220 formed of a styro panel in the form of a panel on the upper portion of the lower cover 210; A deformation prevention panel member 230 provided with stainless steel to prevent deformation and corrosion due to heat to an upper portion of the external insulation member 220; An internal insulation member 240 formed of silver foil and styro seated on the upper portion of the deformation preventing panel member 230; An indirect heating means (250) provided on an upper portion of the internal insulation member (240) and electrically connected to the power controller (110); A coating part 260 coated on the upper portion of the indirect heating means 250 with a predetermined thickness so as to emit far infrared rays; A bed having a heating mattress for emitting far infrared rays, characterized in that consisting of a coating protector 270 provided to be covered or mounted on the top of the coating 260. The method of claim 2, The indirect heating means 250 includes a pipe 252 provided with an airtight holding portion 300 at both ends in a zigzag shape; A heating coil 254 passing through the pipe 252 through the hermetic holding zone 300 and being electrically connected to the power controller 110; A bed having a heating mattress for emitting far infrared rays, characterized in that consisting of a heat storage material (256) having a liquid state filled in the space provided between the outer surface of the heating coil (254) and the inner surface of the pipe (252). The method of claim 3, wherein The hermetic retention zone 300 forms a first through hole 312 connected to the first insertion groove 311 at the center thereof, and forms first and second screws 313 and 314 at an outer edge thereof, and includes a second screw part. A body 310 provided so that the groove 315 formed on the circumferential surface in proximity to the 314 is protruded in the axial direction; A third interval holding member 322 having a seating groove 332a for seating the ball 326 and having a second through hole 332b formed at the center thereof, and a third formed to first contact the first interval holding member 322. A spacing holding unit 320 having a through hole 324a and having one side tapered with a second spacing holding member 324; A cap 330 for providing the pressing force to the first and second spacing members 322 and 324 while the spacing member 320 is coupled to the first screw 313 of the body 320; A pressure contact ring 340 fitted to an outer surface of the pipe 252 in the form of a chamfered ring on both sides; Pressurized by the pressure-adhesive ring 340 to the body 320, the inner surface of the pipe 252 for heating the far-infrared radiation is characterized in that consisting of a pressure connection ring 350 is provided to be in close contact with the groove 315 Bed with a mattress. The method of claim 3, wherein The heat storage material (256) is a bed having a heating mattress for emitting far infrared rays, characterized in that the composition of water, salt, sodium hydroxide and acetic acid and charcoal. The method of claim 2, The coating unit 260 bakes the kneaded ocher to be crushed to a predetermined particle, by mixing a suitable amount of shellfish, charcoal and salt in the crushed ocher powder to make a dough, indirect heating means of the kneaded ocher A bed having a heating mat that emits far-infrared rays, characterized in that the upper surface of the arranged inner heat insulating member 240 is made to spread and hardened to a predetermined thickness.