KR102279450B1 - Infrared thermal massage mattress - Google Patents

Abstract

The objective of the present invention is to provide an infrared thermal massage mattress which emits near-infrared rays such that disinfection, sterilization, and joint and muscle massage actions of near-infrared rays are applied to a user, and emits far-infrared rays, such that thermal massage through a thermal action of far-infrared rays as well as blood circulation promotion and activation of cell tissues can be achieved so as to provide a user with a massage action to prevent aging, promote metabolism, and prevent various adult diseases such as chronic fatigue. Therefore, usage quality of the infrared thermal massage mattress can be maximized. To this end, the infrared thermal massage mattress comprises: a cover main body having an accommodation space formed between an upper cover and a lower cover; a main cushion layer accommodated inside the cover main body and extending and contracting in a vertical direction to form an elastic support force; a lower non-combustible layer stacked on an upper portion of the main cushion layer and made of a non-combustible flame retardant; a far-infrared ray emitting layer stacked on an upper portion of the lower non-combustible layer and configured to emit far-infrared rays by receiving a power source from the outside; an upper non-combustible layer stacked on an upper portion of the far-infrared emitting layer and made of a non-combustible flame retardant; and a near-infrared ray emitting layer stacked on an upper portion of the upper non-combustible layer and configured to emit near-infrared light by receiving a power source from the outside.

Description

Infrared thermal massage mattress

The present invention relates to an infrared thermal massage mattress that receives power and emits near-infrared and far-infrared rays to a user, respectively, to perform an infrared massage function.

Specifically, by emitting near-infrared rays, it not only gives the user the disinfection, sterilization, and joint and muscle massage action of near-infrared rays, but also heat massage through the thermal action of far-infrared rays by emitting far-infrared rays, and aging through blood circulation promotion and cell tissue activation It relates to an infrared thermal massage mattress that maximizes the quality of use by giving the user a massage action such as prevention, metabolism promotion, and prevention of various adult diseases such as chronic fatigue.

In general, due to the modernization of life and the communal housing culture, most households use bedding such as beds.

Such a bed is divided into a form consisting of only a mattress or a form in which a mattress is installed in the bed body.

On the other hand, the mattress is divided into spring mattresses, latex mattresses, stone mattresses, ocher mattresses, etc. according to the material or cushioning method applied, but in recent years, spring mattresses with excellent cushioning characteristics and relatively light and easy to handle are widely used. are doing

In the above-mentioned spring mattress, the elastic spring (coil spring) is built-in mainly in the inner space of the outer skin (textile paper/pocket), and the pocket spring assemblies, which are stretched and contracted in the vertical direction to form an elastic support force, are arranged in a planar checkerboard shape, so that the It has been proposed and used to form an even elastic support force over the entire area.

In addition, a plurality of the pocket spring assemblies are arranged in a planar grid shape to form a cushion layer, and an upper cover 4 made of a fabric material and a lower cover are combined on the upper and lower surfaces of the cushion layer to form an overall shape. will do

In Korean Patent Application No. 10-2013-0035778 (name: pocket spring mattress with improved cushioning performance / 2013.04.02.), as is known in the publication, in the pocket spring mattress, in the pocket spring mattress, the coil spring is wrapped by the outer shell. a pocket spring structure in which a plurality of pocket springs are arranged; and a pocket spring guard disposed along a side circumference of the pocket spring structure and fixed to the pocket spring, wherein the pocket spring guard includes a lower pocket spring guard disposed around a lower end of the pocket spring structure, and the lower pocket spring It consists of an upper pocket spring guard spaced apart and disposed above the guard, wherein the upper pocket spring guard is positioned at a point corresponding to 60 to 75% of the total height of the pocket spring from the lower pocket spring guard Mattresses are provided.

On the other hand, in recent years, in addition to mattresses having cushions, electric heating mattresses have been proposed and used for heating by dissipating electric heat; It is mainly made by arranging and fixing heating wires in a zigzag form at predetermined intervals between synthetic resin-based floor boards having a predetermined width and thickness; It has a structure for heating through the electrical resistance heat generated by supplying power to the heating wire.

In addition, electric heating mattresses have been proposed to provide a comfortable sleep by applying a cushioning feeling to the user as well as electric heating; Mainly an upper cover and a lower cover, a heat transfer sheet disposed between the upper cover and the lower cover, and an insulation sheet formed of silver foil and styrofoam so as to be laminated on the upper and lower sides of the heat transfer sheet, respectively, to insulate and apply a cushioning feeling It is composed of, heating through the heat generated by the heat transfer sheet and to form a cushion through the carbon shape of the heat insulating sheets.

In addition, a functional electric heating mattress is also proposed and used to emit far-infrared rays by receiving heat from the inside; As one of them, as in the publication of Korean Utility Model Application No. 20-2002-0013991 (name: bed with a heating mattress emitting far infrared rays / 2002.05.07.), a lower cover; an external heat insulating member formed with a panel-shaped styrofoam on an upper portion of the lower cover; a deformation preventing panel member made of stainless steel to prevent deformation and corrosion caused by heat to the upper portion of the external heat insulating member; an internal heat insulating member formed of silver foil and Styrofoam seated on the upper portion of the anti-deformation panel member; an indirect heating means provided on the inner insulating member and electrically connected to a power controller; a coating unit applied to an upper portion of the indirect heating means to a predetermined thickness to emit far-infrared rays; A mattress composed of a coating protection part provided to be covered or placed on the upper part of the coating part is known.

In addition, a mattress for blocking electromagnetic waves and pulse waves is proposed to prevent electromagnetic waves emitted from the electric heating mattress through heating wires and water pulse waves emitted from groundwater to the user and harming the user's health, as one of them, Korea Utility Model There is Application No. 20-1999-0024688 (name: bed mattress with health functional material/1999.11.11.), and as is known in the publication, in the mattress comprising a spring, an upper plate and a lower plate, the A copper plate installed on the upper plate to block underground water pulse waves, a heating wire arranged in a zigzag form on the copper plate, an electromagnetic wave shielding material disposed on the heating wire to block electromagnetic waves generated from the heating wire, and on the electromagnetic wave shielding material A functional material filled with various materials for health promotion arranged, the functional material is a mesh cloth having very small holes on the upper surface, nephrite attached to the bottom of the mesh cloth, and a health bag filled with various health promoting materials The constructed mattress is described.

Korean Patent Application No. 10-2013-0035778 (2013.04.02.) Korean Utility Model Application No. 20-2002-0013991 (2002.05.07.) Korea Utility Model Application No. 20-1999-0024688 (11/11/199)

However, the conventional mattresses as described above, although heat massage and blood vessel-related massage effects through far-infrared rays can be imparted, there is a problem in that the users cannot provide disinfection, sterilization, and joint and muscle massage actions of near-infrared rays. .

The present invention has been proposed to solve the problems of the prior art as described above, and an object of the present invention is to emit near-infrared rays to provide disinfection, sterilization, and joint and muscle massage action of near-infrared rays to the user as well as far-infrared rays. Infrared heat that maximizes the quality of use by giving the user a massage action such as heat massage through the heat action of far-infrared rays, prevention of aging through blood circulation promotion and cell tissue activation, metabolism promotion, and prevention of various adult diseases such as chronic fatigue to provide a massage mattress.

Infrared thermal massage mattress according to the present invention for achieving the object of the present invention as described above, the cover body having an accommodation space formed between the upper cover and the lower cover; a main cushion layer accommodated inside the cover body and extending and contracting in an up-down direction to form an elastic support force; a lower non-combustible layer laminated on the main cushion layer and made of a 'non-flammable flame retardant'; a far-infrared emitting layer laminated on the lower non-combustible layer and configured to emit far-infrared rays by receiving power from the outside; an upper non-combustible layer laminated on the far-infrared emitting layer and made of a 'non-flammable flame retardant'; and a near-infrared emitting layer stacked on top of the upper non-combustible layer and configured to emit near-infrared light by receiving power from the outside.

Infrared thermal massage mattress according to the present invention made in this way, as well as giving the user the disinfection, sterilization, joint and muscle massage action of the near infrared rays emitted through the near infrared emitting layer, as well as the far infrared rays emitted through the far infrared ray emitting layer has It has the effect of maximizing the quality of use by giving the user a massage action such as heat massage through heat action, prevention of aging through blood circulation promotion and cell tissue activation, metabolism promotion, and prevention of various adult diseases such as chronic fatigue.

1 is a schematic illustration showing an infrared thermal massage mattress according to an embodiment according to the present invention.
Figure 2 is a schematic exploded perspective view showing the infrared thermal massage mattress according to the present embodiment.
3 is a schematic illustration showing the near-infrared emitting layer constituting the infrared thermal massage mattress according to the present embodiment.
Figure 4 is a partial schematic cross-sectional view showing a portion of the infrared thermal massage mattress according to the present embodiment is extracted.
Figure 5 is a schematic illustration showing the use state of the infrared thermal massage mattress according to the embodiment.

Hereinafter, an infrared thermal massage mattress according to a preferred embodiment according to the present invention will be described in detail with reference to the accompanying drawings.

Embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. This embodiment is provided to more completely explain the present invention to those of ordinary skill in the art. Accordingly, the shape of elements in the drawings may be exaggerated to emphasize a clearer description. It should be noted that the same members in each drawing are sometimes shown with the same reference numerals. Detailed descriptions of well-known functions and configurations determined to unnecessarily obscure the gist of the present invention will be omitted.

1 to 5 are views showing an infrared thermal massage mattress 1 according to an embodiment according to the present invention. The infrared thermal massage mattress 1 according to this embodiment includes an upper cover 21 and a lower cover. (22) and the cover body (2) is formed between the receiving space; It has a main cushion layer (3) accommodated inside the cover body (2) and stretched and contracted in the vertical direction to form an elastic support force.

That is, in a state where the user is mounted on the upper part of the upper cover 21 of the cover body 2, the main cushion layer 3 expands and contracts in the vertical direction to elastically support the user, so that the user can comfortably sleep and rest. will do

In the above, the upper cover 21 and the lower cover 22 may be made through a 'triple weave embossed fabric', and are assembled in a 'hexahedral' shape that is combined up and down to seal the receiving space inside to the outside. can

That is, on the edge portions of the upper cover 21 and the lower cover 22 , while extending in the vertical direction, each end is bound to form a side surface of the cover body 2 'side extension parts' each can be formed.

In the above, the main cushion layer 3 may be composed of 'heat-resistant pulp' and/or 'pocket spring assembly' in which a spring is accommodated, and is preferably applied according to a user's selection.

Infrared thermal massage mattress (1) according to this embodiment is provided laminated on the upper portion of the main cushion layer (3) and a lower non-flammable layer (4) made of 'non-flammable'; a far-infrared emitting layer (5) stacked on the lower non-flammable layer (41) and configured to emit far-infrared rays by receiving power from the outside; It has a; is provided on top of the far-infrared emitting layer (5), the upper non-flammable layer 42 made of 'non-flame retardant'.

That is, the far infrared rays emitted through the far infrared ray emitting layer 5 are transmitted to the user who is placed thereon, and heat massage through the thermal action of the far infrared rays, blood circulation promotion and cell tissue activation to prevent aging, promote metabolism, chronic fatigue A massage action such as prevention of various adult diseases is given by the user.

In the above, the far-infrared emitting layer 5 is a 'heating sheet made of a 'planar heating element' configured to perform thermal heating through heat generated by receiving power selectively applied from the outside; and; It may include; a 'far-infrared emitting sheet' configured to emit far-infrared rays by receiving the electric heat emitted from the 'heat-transfer sheet' and reacting.

That is, the heat generated through the 'heat transfer sheet' may thermally react with the 'far infrared ray emitting sheet' to emit far infrared rays beneficial to the human body.

Accordingly, as human health is promoted, the health of the human body is improved.

In the above, the 'far-infrared ray emitting sheet' may be formed of a 'loess composition' or a 'charcoal composition' formed using 'loess' or 'charcoal' as a main material, and one selected from the loess composition' or 'true charcoal composition' The above composition may be formed while being impregnated into the fibers to form structural breathability.

Accordingly, it not only emits far-infrared rays beneficial to the human body, but also flexibly supports against the unbalanced load by the user, so that the cushioning property does not deteriorate, so that a comfortable cushioning feeling is maintained, and the body through ventilation according to the structural breathability Cleanliness can be realized by removing the released moisture.

In the above, the 'far-infrared emitting sheet' may be composed of a 'loess pad' formed while the 'loess composition' is impregnated into the fiber and a 'charcoal pad' formed while being impregnated with the 'charcoal composition' fiber. , it is preferable to be appropriately applied according to the user's selection.

On the other hand, as the lower non-combustible layer 41 and the upper non-combustible layer 42 form non-combustibility with respect to heat emitted from the far-infrared emitting layer 5 . integrity is ensured.

In the above, the lower non-combustible layer 41 and the upper non-combustible layer 42 are formed of 'non-combustible material' extracted from 'wood', and may have an eco-friendly structure, and are appropriately applied according to the user's choice. It is preferable to do

In the infrared thermal massage mattress 1 according to the present embodiment made as described above, a plurality of 'vent holes' provided between the main cushion layer 3 and the lower non-combustible layer 41 are formed so that the air permeability in the vertical direction is formed. a lower ventilation layer 61 having; A plurality of 'ventilating holes' provided between the lower ventilation layer 61 and the lower non-combustible layer 41 are formed and the upper ventilation layer 62 having ventilation in the vertical direction; may be further included.

That is, ventilation is stably made inside the cover body through the lower ventilation layer 61 and the upper ventilation layer 62 on the upper part of the main cushion layer 3 to stably discharge moisture emitted from the body. As a result, the breeding environment in which various bacteria grow and multiply is not activated, and cleanliness and hygiene can be firmly maintained.

In the above, the lower ventilation layer 61 and the upper ventilation layer 62 may be made of a high-density 'foam' material having a 'hive air circulation function', and a plurality of 'vent holes' formed through each in the vertical direction. It can be molded so that they are arranged, and it is preferable to be appropriately applied according to the user's selection.

Infrared thermal massage mattress 1 according to this embodiment made as described above is provided stacked on top of the upper non-combustible layer 42, and a near-infrared emitting layer 7 that is supplied with power from the outside to emit near-infrared rays; further including

That is, the user is given the disinfection, sterilization, and joint and muscle massage action of the near-infrared radiation emitted through the near-infrared emitting layer 7 .

Accordingly, not only the disinfection, sterilization, joint and muscle massage action of near infrared rays, but also thermal massage through the heat action of far infrared rays, blood circulation promotion and anti-aging through cell tissue activation, metabolism promotion, prevention of various adult diseases such as chronic fatigue, etc. The massage action of the user is given to maximize the quality of use.

In the near-infrared emitting layer 7, as shown in FIG. 3, a plurality of vertically penetrating latent heat holes 71 are formed, and air is filled through each of the latent heat holes 71 to generate heat in a latent heat environment. a base body 72 configured to be maintained in a state; a plurality of near-infrared chips 73 disposed in the latent heat hole 71 of the base body 72 and configured to receive external power to emit near-infrared rays; A plurality of the near-infrared chips 73 are electrically connected in series; Between the latent heat holes 71 in the base body 72, 'cuttings' fixed while the power lines 74 connecting the near-infrared chips 73 in series are inserted may be formed, respectively.

That is, the near-infrared chip 73 is bound to the inside of the latent heat hole 71 in a 'floated' state while the power lines 74 are fitted through the 'cuts' of the base body 72 .

Accordingly, as the heat emitted from the near-infrared chip 73 does not come into direct contact with the base body 72 and prevents damage, heat is transferred to the latent heat hole 71 and transferred to the upper part, so that thermal use efficiency can be improved.

Therefore, in the entire part of the mattress 1, the thermal latent space is secured in the upper part close to the user to maximize the thermal massage effect, and the watery secretions emitted from the user through the latent heat holes 71 are stably released. It can be removed as it is discharged to realize cleanliness and health hygiene.

In the above, the base body 72 may be made of a high-density 'foam' material having a 'hive air circulation function', and may be formed by forming a plurality of 'latent heat holes 71' formed through the vertical direction to be arranged. As there is, it is preferable to be appropriately applied according to the user's selection.

On the other hand, in the infrared thermal massage mattress 1 according to this embodiment, between the upper hot-rolled layer 42 and the near-infrared emitting layer 7, the near-infrared emitted from the near-infrared emitting layer 7 is the upper non-combustible. A shielding layer 8 may be provided to block propagation in the direction of the layer 42 .

That is, through the shielding of the near-infrared rays emitted from the near-infrared emitting layer 7 through the shielding layer 8, damage to the respective components disposed under the shielding layer is prevented to ensure structural stability. can

In the above, the shielding layer 8 may be made of 'carbon nonwoven fabric', and 'metal wire' or 'metal fiber' made of 'copper' as a main material is molded into a 'network' form, and has breathability and flexibility. Uh, as it is structurally flexible, it is flexibly supported against the unbalanced load by the user, so that the cushioning property does not deteriorate, and as well as maintaining a comfortable cushioning feeling, moisture released from the body through ventilation according to the breathability It is possible to implement cleanliness by removing the , and it is preferable to be appropriately applied according to the user's choice.

One embodiment of the present invention described above is merely exemplary, and those of ordinary skill in the art to which the present invention pertains will appreciate that various modifications and equivalent other embodiments are possible therefrom. . Therefore, it will be well understood that the present invention is not limited to the form mentioned in the above detailed description. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims. Moreover, it is to be understood that the present invention covers all modifications, equivalents and substitutions falling within the spirit and scope of the invention as defined by the appended claims.

1: Mattress 2: Cover body
21: upper cover 22: lower cover
3: main cushion layer 41: lower non-combustible layer
42: upper non-combustible layer 5: far-infrared emitting layer
61: lower ventilation layer 62: upper ventilation layer
7: near-infrared emitting layer 71: latent heat hole
72: base body 73: near infrared chip
74: power line 8: shielding layer

Claims (1)

a cover body 2 having an accommodation space formed between the upper cover 21 and the lower cover 22; a main cushion layer (3) accommodated inside the cover body (2) and expanded and contracted in the vertical direction to form an elastic support force; A lower non-flammable layer 41 and a lower non-flammable layer 41 formed of a 'non-flammable flame retardant' and provided stacked on top of the main cushion layer 3, is provided stacked on top of the lower non-flammable layer 41 and is supplied with external power to emit far infrared rays A far-infrared emitting layer 5, an upper non-flammable layer 42 laminated on the far-infrared emitting layer 5 and made of a 'non-flammable flame retardant', and laminated on the upper non-flammable layer 42 and provided from the outside In the infrared thermal massage mattress (1) comprising; a near-infrared emitting layer (7) configured to receive power and emit near-infrared rays;
A plurality of 'vent holes' provided between the main cushion layer 3 and the lower non-combustible layer 41 are formed to form a lower ventilation layer 61 having ventilation in the vertical direction, and the lower ventilation layer 61 and a plurality of 'ventilating holes' provided between the lower non-combustible layer 41 and the upper ventilation layer 62 having ventilation in the vertical direction;
The near-infrared emitting layer 7,
a base body 72 in which a plurality of vertically penetrating latent heat holes 71 are formed so that air is filled through each of the latent heat holes 71 to maintain heat in a latent heat environment state; a plurality of near-infrared chips 73 disposed in the latent heat hole 71 of the base body 72 and configured to emit near-infrared rays by receiving power from the outside;
A plurality of the near-infrared chips 73,
electrically connected in series;
Between the latent heat holes 71 in the base body 72,
Infrared thermal massage mattress, characterized in that each of the 'cuttings' fixed while the power lines 74 connecting the near-infrared chips 73 in series are inserted.

Images