KR101560566B1

KR101560566B1 - Rock bed having cushion and acupressure function

Info

Publication number: KR101560566B1
Application number: KR1020150070312A
Authority: KR
Inventors: 이창상; 심란희
Original assignee: 심란희
Priority date: 2015-05-20
Filing date: 2015-05-20
Publication date: 2015-10-15

Abstract

The present invention relates to a rock bed having cushion and acupressure functions comprising: a cushion mat installed in a rectangular frame; a heating layer arranged on the cushion mat; a copper plate to cover the heating layer; a non-woven fabric layer laminated on the copper layer; and acupressure members placed on the non-woven fabric layer and straightly arranged in multiple rows. The rock bed having cushion and acupressure functions has an elastic acupressure layer formed of acupressure balls being elastically in contact to each other while having a two-dimensional connection structure to aggressively give acupressure to the body of a user; thereby having an acupressure effect even through the user just lies down thereon. Also, a cushion mat is embedded under the elastic acupressure layer to elastically support the body with the elastic acupressure layer in spite of any postures; thereby allowing the user to sleep well. Also, the copper plate is arranged on the heating layer to completely block not only electromagnetic waves generated in the heating layer but also water vein waves rising from the underground. Furthermore, the elastic acupressure layer being in contact with the human body is formed of the multiple acupressure balls to have excellent air permeability; thereby making the user sweat well and preventing the adhesion of the user′s skin to make the user sleep well.

Description

{Rock bed having cushion and acupressure function}

The present invention relates to a cushioned acupressure stone bed.

There are many kinds of beds that are made for people to lay and sleep. For example, spring-loaded spring beds, memory foam mattresses supported by memory foam materials, latex mattresses, stone beds or clay beds.

These various beds are designed so that users can sleep more comfortably. Actual consumers are considering health and convenience first when choosing a bed, so by taking this into consideration, they can be made more hygienic, able to take a good night's sleep and also to protect their waist health.

Among the above-mentioned various beds, an earth bed or a stone bed has a feature that its surface is hard and not elastic, and a heating means is installed inside to provide an effect of lying on the ondol room. It is also known that the surface is hard so it can help your spine health.

However, depending on a person's health condition, the spine may not be as good when sleeping on a hard floor, and a person who feels discomfort on a hard floor due to his / her personal preference may use a blanket on a top plate when using a stone bed.

It is not desirable to lay a blanket or bedding every time you go to bed every night, because it is annoying in itself and it blocks the effect of heat and far-infrared rays from the stone bed.

In order to solve this inconvenience, Korean Registered Utility Model No. 20-0461159 (stone bed with cushion) has been proposed. The stone bed having the cushion has a plurality of unit stone plates which are separated from each other and each of which can be raised and lowered by a spring.

That is, the heat insulating member is composed of a heat insulating member having a vertical guide bar located above the frame of the bed, a heat ray member provided inside the heat insulating member, and a stone plate provided on the heat ray member. Further, the guide rod is elastically supported upward by a spring. The spring supports the unit stone plate elastically.

The conventional cushion stone bed has a structure in which a plurality of unit stone boards are connected to each other in the horizontal direction. For example, when the height of the unit stone boards differs due to the weight of the user, It is very uncomfortable to poke.

For example, if the user is lying down, the unit stone plate pressed by the hip portion is lowered relatively more than the unit stone plate pressed by the waist, and the edge portion of the lowered unit stone plate is exhausted between the hip and the waist. It is similar to lying on a staircase.

In addition, when the unit stone panel relatively moves up and down according to the movement of the sleeping person sleeping, the clothes or the clothes of the sleeping person may get tangled between the unit stone panels. It is twisted by the unit stone plate.

In addition, since the unit stone plate is supported only by the vertical guide bar, the guide rod can easily break during use. Especially, when the spring is gradually deformed and the elastic force is lowered, a height difference occurs between the unit stone plates. It is the loss of function of stone bed in the first place.

The present invention has been made in order to solve the above problems, and it is an object of the present invention to provide an elastic pressure-sensitive layer having a planar connection structure and composed of an acupressure ball resiliently contacting with each other to positively pressurize the body of a sleeping person, Further, since the cushion mat is embedded in the lower portion of the resilient pressure-sensitive layer, the resilient pressure-sensitive layer elastically supports the body regardless of any posture, thereby providing a more comfortable sleeping surface.

Another object of the present invention is to provide a cushioned acupressure stone bed in which a copper plate is disposed on an upper part of a heat generating layer to completely block electromagnetic waves generated in a heat generating layer as well as submerged waves coming from the ground.

In addition, the present invention provides a cushioned acupressure stone bed in which the resilient acupressure layer in contact with the body is composed of a plurality of acupressure balls, so that the ventilation is excellent and the discharge of sweat is excellent, .

In order to achieve the above object, the cushioned acupressure stone bed of the present invention comprises a frame having a shape of a rectangular frame and having a predetermined height; A thermostat plate for preventing movement of heat and moisture through the thickness direction in a state where the thermostat is installed inside the frame, the thermostatic plate having a rim portion in close contact with an inner wall surface of the frame; A cushion mat laminated on the heat insulating plate and transmitting a cushion to a user by being elastically deformed by a user's weight; A heating layer disposed on the cushion mat and generating heat by external power; A copper plate covering the heating layer to block electromagnetic waves coming from the heating layer; A nonwoven fabric layer laminated on the copper plate; The nonwoven fabric layer is formed on the upper portion of the nonwoven fabric layer and is in contact with the user's body. The nonwoven fabric layer is formed by processing a natural stone and has a shape of a sphere having a predetermined diameter. A plurality of acupressure balls constituting a regular longitudinal and horizontal arrangement and resiliently extending between them by an external force; Pressure ball passing through the through passages of the respective acupressure balls and intersecting in a direction orthogonal to the inside of the acupressure ball and extending in the longitudinal direction and both ends thereof being fixed to the frame to support the acupressure ball in the front, So that the cushion of the cushion mat is transmitted to the user through the acupressure ball so that the cushion mat can be stretched and contracted, and when the external force is applied by the user, the length of the self- The tension spring including a resilient supporter provided with a tension spring for allowing the ends of the tension springs to be detachably attached to the frame and having an engaging groove for receiving an end of the tension spring on the outer circumferential surface thereof, A spring holder in which a female thread is formed, and a half of a spring holder And a support bolt penetrating the frame and coupled to the female screw of the spring holder in a state of being located on the large side.
Further, a buffer washer is provided between each of the acupressure balls to prevent abrasion between the acupressure balls, and has a hardness lower than that of the acupressure ball.

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The cushioned acupressure stone bed of the present invention as described above has a planar connecting structure and has a resilient supporter layer composed of an acupressure ball elastically contacting with each other so as to positively pressurize the body of a sleeping person, And the cushion mat is embedded in the lower portion of the elastic pressure-sensitive layer, so that the elastic-impervious layer resiliently supports the body regardless of any posture, thereby making it possible to take a more comfortable sleep.

In addition, the present invention can arrange a copper plate on the upper part of the heat generating layer to completely block the electromagnetic waves generated in the heat generating layer as well as the submerged waves coming from the ground.

In addition, according to the present invention, since the resilient acupressure layer contacting the body is composed of a plurality of acupressure balls, ventilation is good, and sweat is discharged very well, and it is possible to take a comfortable sleep because it does not stick to the body.

1 is a partially cutaway perspective view showing the overall structure of a cushioned acupressure stone bed according to an embodiment of the present invention.
Fig. 2 is a partial plan sectional view showing the fixing structure of the acupressure ball shown in Fig. 1. Fig.
3 is a side cross-sectional view showing another example of a cushioned acupressure stone bed according to an embodiment of the present invention.
4 is a side view of a platen applicable to a cushioned acupressure stone bed according to an embodiment of the present invention.

Hereinafter, one embodiment according to the present invention will be described in detail with reference to the accompanying drawings.

Basically, the cushioned acupressure stone bed 11 according to the present embodiment not only supports the human body in a state in which a plurality of acupressure balls 27 processed with natural stone are densely arranged, but also includes a cushion mat, Because it is supported sexually, it is equipped with both cushion function and chiropractor function. It combines the advantages of traditional stone beds and ordinary beds.

1 is a partially cutaway perspective view showing the overall structure of a cushioned acupressure stone bed 11 according to an embodiment of the present invention.

As shown in the drawing, the cushioned acupressure stone bed 11 according to the present embodiment includes a frame 13 which is vertically opened and forms a rectangular frame, a heat insulating plate 15 A heat generating layer 19, a copper plate 21, a nonwoven fabric 23 and a resilient pressure-sensitive layer 25. The cushion mat 17, the heating layer 19, the copper plate 21,

The cushion mat (17) serves as a cushion of the stone bed (11), and the elastic supporter layer (25) provides an acupressure function of shaking the user 's body.

First, the frame 13 is vertically opened by forming a strip-shaped aluminum plate having a predetermined width in the width direction. Naturally, the frame 13 has a width that allows a person to lie in the inner region thereof.

In addition, the frame 13 may be placed directly on the floor of the room, or may be disposed on a separate upper cover for the bed. Aluminum may be used as the material of the frame 13, but it is needless to say that it is possible to apply any material such as wood or synthetic resin.

The heat insulating plate 15 is a rectangular plate member having a predetermined thickness and disposed at the lowermost part of the area inside the frame 13. The rim of the heat insulating plate 15 abuts against the inner wall surface of the frame 13 so as not to move forward, backward and leftward.

The heat insulating plate 15 is made of wood. Wood is excellent in insulation and can absorb some moisture around. Therefore, the heat insulating plate 15 disposed below the cushioned acupressure stone bed 11 not only prevents the moisture coming from the floor from rising above it, but also the heat generated from the heat generating layer 19 escapes downward &Lt; / RTI >

That is, a part of the heat generated in the heat generating layer 19 is held between the heat generating layer 19 and the heat insulating layer 19. By the action of the insulating plate 15, the thermal efficiency of the cushioned acupressure stone bed 11 of this embodiment is as high as that and the power consumption is small.

The cushion mat (17) is a plate-shaped member having a certain thickness stacked on the upper side of the heat insulating plate (15) and has an elastic force to provide elasticity to the upper side. As the cushion mat 17, a sponge, a latex memory foam, or an air mat may be applied. The cushion mat 17 is elastically deformed by the weight of the user and provides a cushion to the user lying on the acupressure ball 27.

It is also possible to apply any other kind of cushion mat as long as it can provide a cushion to the user of the stone bed 11.

On the cushion mat (17), a heating layer (19) is disposed. The heating layer 19 generates heat by electric power supplied from the outside to heat the acupressure ball 27 and also maintains the body of the user lying down.

The heating layer 19 may be various types of surface heating elements. For example, a carbon fiber surface heating element (high carbon), or a heating sheet to which hot wires are wired.

In addition, a control unit 41 is installed at one side of the frame 13 to operate the heating layer 19. [ The controller 41 controls the on and off of the heat generating layer 19 and the heat generating temperature, and is operated by the user. That is, the user sets the desired temperature and the heating time before he goes to bed.

On the other hand, a copper plate 21 is laminated on the heating layer 19. The copper plate 21 entirely covers the heat generating layer 19 to prevent the electromagnetic waves generated in the heat generating layer 19 from rising upward. Particularly, the copper plate (21) also serves to cut off the squeak coming from the underground. As is known, in the case of a house with a lot of smackers, a copper plate is laid to block the damage caused by the smack.

Thus, the cushion acupressure stone bed 11 according to the present embodiment incorporates the copper plate 21 so as to block the electromagnetic wave from the heat generating layer 19 or the water-filled wave coming from the underground, thereby enabling a more comfortable sleep.

A nonwoven fabric (23) is laminated on the copper plate (21). The nonwoven fabric 23 covers the copper plate 21 so as to prevent the copper plate from being visually exposed and also prevents the acupressure ball 27 from contacting the copper plate 21 directly. If objects with high hardness are brought into contact with each other, wear or breakage may occur.

The nonwoven fabric 23 may be adhesively fixed to the copper plate through the adhesive means while covering the upper portion of the copper plate 21. [

On the upper portion of the nonwoven fabric 23, a resilient pressure-sensitive layer 25 is positioned. The elastic supporter layer 25 is constituted by a plurality of acupressure balls 27 and a tension spring 33 for connecting the acupressure balls 27 and supporting the gap between the acupressure balls 27 by an external force do.

The acupressure ball 27 is formed by processing a natural stone including marble or jade in the form of a sphere, and has a certain diameter. The diameter of the acupressure ball 27 may vary from 1 cm to 5 cm depending on the embodiment.

In addition, the acupressure ball 27 has two through-passages 27a and 27b. The passages (27a, 27b) pass through the center of the acupressure ball (27), and two passages are mutually orthogonal. The through holes 27a and 27b may be spaced from the center of the acupressure ball 27 so as not to meet each other.

The tension spring 33 is a spring that provides a tensile force, and both ends of the tension spring 33 are fixed to the frame 13 while passing through the through passages 27a and 27b. By the action of the tension spring 33, each of the acupressure balls 27 is maintained in a densely packed state in front, rear, left and right, and can be opened when an external force acts.

For example, when the user lies on the upper side of the elastic supporter layer 25 and the elastic supporter layer 25 is lowered, the gap between the acupressure balls 27 is widened.

2 is a partial plan sectional view showing the fixing structure of the acupressure ball 27 shown in Fig.

As shown in the figure, a plurality of acupressure balls form a regular longitudinal and horizontal arrangement. In other words, a plurality of acupressure balls arranged in a straight line are arranged in a row.

A buffer washer 29 is interposed between the respective acupressure balls 27. The buffer washer 29 is for preventing friction between the acupressure balls 27 and is made of a material having a strength lower than that of the acupressure ball 27. The acupressure ball 27 can be made of synthetic resin, for example.

By applying the cushioning washer 29 in this way, there is no fear of collapse or friction between the respective acupressure balls 27, noise is not generated at all, and the acupressure ball 27 is not broken. For example, even if the elastic supporter layer 25 oscillates like a wave, there is no direct collision or friction between the acupressure balls 27.

On the other hand, it can be seen that the tension spring 33 passes through the through passages 27a and 27b formed in the respective acupressure balls 27. [ As described above, the through passages (27a, 27b) extend in mutually orthogonal directions and allow the tension spring (33) to pass therethrough. The inner diameters of the through passages 27a and 27b are sufficiently large so that the tension springs 33 intersecting in the inside of the acupressure ball 27 do not affect each other.

On the other hand, spring holders 35 and support bolts 31 are positioned at the ends of the respective tension springs 33. The spring holder 35 and the support bolt 31 are for fixing the end portion of the tension spring 33 to the frame 13.

The spring holder 35 is an element having an engaging groove 35b in which the end of the tension spring 33 is fitted and a female screw hole 35a in engagement with the supporting bolt 31, And is engaged with the support bolt 31 in a close contact state.

The support bolt 31 passes through the frame 13 and is engaged with the female screw hole 35a of the spring holder 35 so that the spring holder 35 is tightly fixed to the frame 13.

On the other hand, when the support bolts 31 are separated from the respective spring holders 35, the resilient pressure-sensitive layer 25 can be removed from the frame 13.

As described above, since the plurality of linearly arranged acupressure balls 27 are resiliently supported by the tension springs 33, the elastic supporter layer 25 is kept in a tense state, and when an external force is applied The cushion is restrained by the elastic restoring force of the tension spring 33 when the external force is not applied.

3 is a side sectional view showing another example of the cushioned acupressure stone bed 11 according to the embodiment of the present invention.

The same reference numerals as those of the above-mentioned reference numerals indicate the same members having the same function.

Referring to the drawing, it can be seen that a wire 37 is used instead of the tension spring 33 as means for connecting the acupressure ball 27. The wire 37 itself is not stretchable but can be bent.

The wire 37 is a linear member passing through the through passages 27a and 27b of each acupressure ball 27 and has a tension spring 39 at both ends. The tension spring 39 is fixed to the end of the wire 37 and is engaged with the female screw hole 35a of the spring holder 35. [

On the other hand, a housing 43 for providing an internal space is provided on the outer side of the frame 13. The housing 43 is fixed to the outer surface of the frame 13 by welding or the like as a portion that receives the tension spring 39 and the spring holder 35. The spring holder 35 is fixed to the support bolt 31 passing through the side of the housing 43 in a state of being engaged with the tension spring 39.

Since the tension spring 39 is installed in a separate housing 43 instead of passing through the inside of the acupressure ball 27, the tension spring 39 can have a very large elastic modulus and can provide a sufficient tensile force to the wire 37 . That is, the wire 37 and the tension spring 39 can act together to provide a cushion to the elastic supporter layer 25.

4 is a side view showing another type of the pressure plate 45 applicable to the cushioned acupressure stone bed 11 according to the embodiment of the present invention.

As shown in the figure, a disk-shaped pressure plate 45 may be applied instead of the spherical-shaped acupressure ball (27 in Fig. 1) as the pressure-applying means constituting the elastic-pressure-sensitive layer 25.

The above-mentioned support plate 45 is a disc-shaped member having a convex portion 45c on its upper surface, and is manufactured by processing a natural stone including marble or jade. Needless to say, the through-passages 45a and 45b for allowing the tension spring 33 and the wire 37 to pass through are also provided in the above-mentioned pressure plate 45. [

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims.

11: cushion shiatsu stone bed 13: frame 15: insulation plate
17: cushion mat 19: heating layer 21: copper plate
23: nonwoven fabric 25: resilient pressure layer 27: acupressure ball
27a, 27b: penetrating passage 29: buffer washer 31: support bolt
33: Tension spring 35: Spring holder 35a: Female thread
35b: engagement groove 37: wire 39: tension spring
41: control unit 43: housing 45:
45a, 45b: Through-hole 45c:

Claims

A frame having a predetermined height in the form of a rectangular frame;
A thermostat plate for preventing movement of heat and moisture through the thickness direction in a state where the thermostat is installed inside the frame, the thermostatic plate having a rim portion in close contact with an inner wall surface of the frame;
A cushion mat laminated on the heat insulating plate and transmitting a cushion to a user by being elastically deformed by a user's weight;
A heating layer disposed on the cushion mat and generating heat by external power;
A copper plate covering the heating layer to block electromagnetic waves coming from the heating layer;
A nonwoven fabric layer laminated on the copper plate;
The nonwoven fabric layer is formed on the upper portion of the nonwoven fabric layer and is in contact with the user's body. The nonwoven fabric layer is formed by processing a natural stone and has a shape of a sphere having a predetermined diameter. A plurality of acupressure balls constituting a regular longitudinal and horizontal arrangement and resiliently extending between them by an external force;
Pressure ball passing through the through passages of the respective acupressure balls and intersecting in a direction orthogonal to the inside of the acupressure ball and extending in the longitudinal direction and both ends thereof being fixed to the frame to support the acupressure ball in the front, So that the cushion of the cushion mat is transmitted to the user through the acupressure ball so that the cushion mat can be stretched and contracted, and when the external force is applied by the user, the length of the self- And a resilient acupressure layer provided with a tension spring for allowing the elastic pressure-
And an end of each of the tension springs is detachably attached to the frame,
A spring holder having an engaging groove on an outer circumferential surface of which an end portion of the tension spring is fitted and having a female screw hole formed on a surface facing the frame,
And a support bolt passing through the frame and engaged with the female threaded portion of the spring holder while being positioned on the opposite side of the spring holder with the frame interposed therebetween.

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The method according to claim 1,
Wherein the cushion acupressure stone bed further comprises a buffer washer for preventing abrasion between the acupressure balls between the acupressure balls and having a hardness lower than that of the acupressure ball.

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