JP2015073604A - Carpet, and bedding and bed using the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a carpet capable of imparting an excellent material feel while using ore exerting hyperthermia effect, and to provide bedding and a bed using the carpet.SOLUTION: A carpet A forms a prescribed area by arranging an appropriate number of ore component inclusion bodies 1 in each of which powder 12 of natural ore is filled in a tube 11 having elasticity side by side. Bedding includes a heating body B disposed in a layer below the carpet, and the carpet has an area such that a mattress C can layered on a layer above it. A bed is placed with: a box-shaped bed body 210 in which the bottom face and side faces are isolated from the outside; a porous plate 220 bored with innumerable minute holes, and placed on an upper face part opening side of the bed body; and the carpet in a layer above the porous plate.

Description

  The present invention relates to a rug that exhibits a thermal effect, bedding and a bed using the rug.

  As a rug capable of exhibiting a thermal effect, there is one in which an electric heater is disposed close to a container filled with granules containing an ore component (see Patent Document 1). In this technique, two pieces of fabric are stitched together, and powder is stored in a plurality of chambers divided by the stitches, and the surface of the chamber is continuously meandered around a core member around which heating lines are wound. It was the composition to arrange in.

  In the rug having the above-described configuration, a cushion material is laminated on both sides (the front surface and the back surface) to form a cushioning mat. In addition, there is a planar heating device in which a mixed powder of natural stone is filled in a bag made of nonwoven fabric and a heating element is provided on the lower surface of the bag (see Patent Document 2). These mats and sheet heating devices can constitute a bedding that exerts a thermal effect by arranging them under the mattress.

  In addition, the bed (bed) that exerts the thermal effect is laid with ceramic balls and ore on the concrete layer, and a pipe that circulates the heating medium (hot water, etc.) inside the concrete layer. In some cases, ceramic balls or the like were heated by heat conduction and used as a rock bath (see Patent Document 3).

JP 2000-14494 A JP 2007-229349 A JP 2001-70463 A

  In the above-described conventional mat or planar heating device, the ore granules are enclosed in the space formed by the fabric or the nonwoven fabric, so that when the human body is brought into contact, a hard feel of the granules is given. Therefore, a cushion layer is laminated on both surfaces (front surface and back surface) (Patent Document 1), or a cushion member is provided on the lower surface side.

  However, in the case of the technique of laminating a cushion layer on the surface of the mat (Patent Document 1), the thermal effect such as far infrared rays emitted from the ore granules is reduced, and the cushion member is formed only on the lower surface side. In the case of the configuration (Patent Document 2), when the weight acts on the region (bag) in which the ore granules are enclosed, even if the reaction from the region (bag) is buffered by the cushion member, The texture was made hard by the ore grains.

  On the other hand, the above-mentioned bed was developed to install a large thermal bathing facility indoors for a private home, and it is a small-sized concrete layer or large boiler that is large in size. Instead of the fired ceramic used in the facility, it is desirable to use a ceramic ball wrapped in a mat.

  However, the ceramic balls are baked after pulverizing the ore and formed into a spherical shape with a diameter of about 8 to 16 mm. Even if the ceramic balls are wrapped in a mat, It was something that made the human body feel directly. In addition, since it has a concrete layer that functions as a heat storage material, its weight must be extremely large, and a heating medium must be circulated in order to heat the concrete layer. It could not be installed inside.

  The present invention has been made in view of the above points, and the object of the present invention is to provide a rug that can give a good texture while using an ore that exhibits a thermal effect, and to provide this rug. It is to provide used bedding and a bed.

  Therefore, the present invention according to the rug is characterized in that an ore component inclusion body formed by filling a natural ore powder in a tube having elasticity is arranged in an appropriate number so as to form a predetermined area. .

  According to the above configuration, the natural ore is in a powder form, so that it is easy to flow, unlike the granules, and the natural ore powder is filled in an elastic tube. Even if a compressive load is applied, the entire tube can be flexibly changed and restored. And since the rug of a predetermined area is configured by arranging the ore component inclusion bodies of the above configuration, a tube is arranged over the entire area, and in the state where a person gets on, the weight is changed to a plurality of ore component inclusion bodies. Can be dispersed and supported. Moreover, since the natural ore powder is enclosed in the inside of the tube arrange | positioned at the whole rug, the heating effect can be acquired from the whole rug by heating the said rug moderately.

  The invention relating to bedding is a bedding that uses a rug having the above-described configuration, and includes a heating element disposed in a lower layer of the rug, and the rug has an area enough to allow a mattress to be laminated on an upper layer. It is characterized by having.

  According to the said structure, a thermal effect can be exhibited with respect to the whole body of the person who lies on a mattress by comprising a rug with an area comparable as a mattress. In addition, since the heating element is arranged in the lower layer of the rug, the rug can be heated by the heating element, and the natural powder to be sealed in the tube is heated by the heating, and the thermal effect is exhibited. It is possible to promote the emission of far infrared rays and the like.

  In the bedding having the above configuration, a buffer mat made of an elastic material can be laminated between the heating element and the rug.

  In such a configuration, the entire rug is provided with the above-mentioned elastic tube, so that it has cushioning properties. However, when the heating element is a hard material, not only the buffering effect by the tube but also the buffering effect is provided. Sleep comfort can be improved by utilizing the buffering effect of the mat.

  Further, in the bedding having the above-described configuration, the heating element is a sheet-like heating sheet that generates heat electrically, and an electromagnetic wave shielding plate having a property of shielding electromagnetic waves is provided on the surface side of the heating sheet. can do.

  According to such a configuration, a heating sheet that generates heat electrically is used as the heating element. Therefore, by arranging the sheet over the entire rug, the entire rug (particularly, the ore component inclusion body) can be easily formed. Can be heated. And a thermal effect can be acquired by the far infrared rays etc. which are emitted from an ore component inclusion body by giving heat to a rug. Further, by providing an electromagnetic wave shielding plate on the surface side of the heat generating sheet, it is possible to shield electromagnetic waves (particularly, low frequency electromagnetic waves) generated during electrical heat generation. In addition, the heat generating sheet that generates heat electrically is, for example, a heating wire formed by covering a conductive wire made of a heat generating conductor that generates heat when energized with an insulator, and is arranged on the entire sheet while meandering this. There is something. In addition, as the electromagnetic wave shielding plate, there is a magnetic plate made of a ferromagnetic material such as permalloy.

  On the other hand, the present invention relating to a bed is a bed using the above-mentioned rug, wherein a box-shaped bed body whose bottom surface and side surfaces are isolated from the outside, and numerous fine holes are drilled, A porous plate installed on the upper surface opening side, and the rug is installed on the upper layer of the porous plate.

  According to the above configuration, the bed body is box-shaped, and the upper surface opening side thereof is shielded by the porous plate. Since this porous plate has innumerable fine holes, The bed main body and the external air can be circulated through. Therefore, by heating the inside of the box-shaped bed main body, the heated air inside flows out from the perforated plate, and the rug (particularly, the ore component inclusion body) installed in the upper layer can be heated. . And a thermal effect can be acquired by the far infrared rays etc. which are emitted from an ore component inclusion body by giving heat to a rug.

  The bed having the above-described configuration may further include a hot air supply means for supplying heated air into the box-shaped interior of the bed main body.

  In such a configuration, the heat source can be supplied from the outside of the bed main body, and heated air (warm air) is supplied to the bed main body, so that the air inside the bed main body is slightly positive pressure state. Therefore, the heated air is forcibly discharged from the perforated plate. Accordingly, the heated air can be continuously supplied to the rug (especially the ore component inclusion body), and the temperature of the ore component inclusion body can be maintained at a high state.

  Further, in the bed having the above-described configuration, the bed main body is arranged with an appropriate length in the inflow direction of the heated air supplied from the hot air supply means, and a top plate that branches the supplied heated air; It can be set as the structure provided with the support plate arrange | positioned with an appropriate space | interval, supporting the said porous plate in the opening side.

  According to such a structure, it can be made to distribute | circulate the whole inside of a bed main body, controlling the flow of the heated air (warm air) supplied. Further, by supporting the porous plate by the support plate, the porous plate can be constituted by a thin plate member without requiring strength. In addition, since a support plate is arrange | positioned with an appropriate space | interval, it will be able to supply heated air to a covering through the hole of the perforated plate located in the said space | interval.

  Moreover, in the bed of each said structure, it can be set as the structure formed by laminating | stacking the buffer mat comprised with the elastic material in the middle of the said perforated panel and the said rug.

  According to such a structure, the cushioning property of the rug when using a hard perforated panel can be improved. That is, the ore component inclusion body constituting the rug is made of an elastic tube and has a cushioning property by the elastic force, but in addition to the buffer effect by the tube, the buffer effect by the buffer mat is given. Thereby, the hard feeling of a perforated plate can be relieved.

  According to the rug of the present invention, the natural ore is in the form of powder, so that it does not give a hard feel compared to the ore fluid. Furthermore, since the natural ore powder is sealed in an elastic tube, a suitable texture can be obtained due to the elasticity of the tube that touches the human body.

  In addition, according to the bedding of the present invention, the rug (especially the ore component inclusion body) is heated by the heating element, so that it is possible to sufficiently radiate far-infrared rays and the like, and the thermal effect is easily achieved. It can be demonstrated. Further, by using the ore component inclusion body configured as described above or using a buffer mat, it is possible to improve the comfort (texture) when used as bedding.

  Furthermore, according to the bed of the present invention, since the heat source supplied to the inside of the bed body can be supplied to the entire rug (especially the ore component inclusion body), the thermal effect is exerted on the entire body lying on the bed. Can be demonstrated. In particular, in the case of a configuration in which warm air is supplied to the inside of the bed body, the air inside the bed body can be forcibly supplied to the rug (especially the ore component enclosure), so that the rug can be easily and inexpensively added. Can be warmed. And since the structure of a rug is comprised by the tube with elasticity as above-mentioned, it is excellent in the cushioning property in the state which laid down on the surface of the rug, and can comprise a bed with a good texture.

It is explanatory drawing which shows embodiment of the invention which concerns on a rug. It is explanatory drawing which shows the detail of a mineral component enclosure. It is explanatory drawing which shows embodiment of the invention which concerns on bedding. It is explanatory drawing which shows 1st embodiment of the invention which concerns on a bed. It is explanatory drawing which shows 2nd embodiment of the invention which concerns on a bed. (A) shows the VIA-VIA cross section of FIG. 5, (b) is explanatory drawing which shows the VIB-VIB cross section of FIG.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. First, an embodiment of the invention relating to a rug will be described. FIG. 1 is a diagram showing an outline of this embodiment, and FIG. 2 is a diagram showing details of an ore component inclusion body.

  As shown in these drawings, the rug A is configured by arranging a plurality of ore component inclusion bodies 1 in parallel. The individual ore component inclusion bodies 1 are united so that several portions are bound by the string member 2 between adjacent ones, and are aligned in a row with a slight gap.

  The ore component inclusion body 1 is obtained by enclosing a natural ore powder 12 inside an elastic tube 11, and both ends of the tube 11 are mounted together by caps 13 and 14. Therefore, the natural ore powder 12 sealed inside stays inside the tube 11 and does not flow outside. In addition, a slight amount of air is intentionally mixed in the tube 11. The presence of the mixed air enables the natural ore powder 12 enclosed therein to move (flow) when the tube 11 is deformed.

  By the way, the tube 11 used in this embodiment is made of silicone rubber. Since the tube made of silicone rubber is also used for medical purposes, it improves the texture when in contact with the human body. In addition, by using a tube with an outer diameter of 5 mm and an inner diameter of 2.5 mm, a thickness of 1.25 mm can be obtained, and the transmittance of far-infrared rays emitted from the encapsulated natural ore powder 12 is maintained. Flexibility can be ensured. As the durometer hardness of the silicone rubber, an appropriate elastic force can be obtained by setting it to about 50 to 60 with a type A indenter.

  Further, the caps 13 and 14 are made of plastic, and are fixed by fusion or bonding so that no gaps are formed around the caps 13 and 14 so as not to be easily detached. That is, the inside of the tube 11 is sealed with the caps 13 and 14. By sealing the inside of the tube 11 in this way, the tube 11 can obtain an elastic force due to sealing of the mixed air in addition to the elastic force due to its own flexibility. By sealing the inside of the tube 11 in this way, it is not easy to bend the tube 11 greatly, but as shown in the figure, it is possible to secure a predetermined area by arranging and aligning the tubes 11 linearly. It becomes possible.

  For example, the length of the tube 11 is set to 75 cm, the outer diameter of the tube is set to 5 mm, and 75 pieces thereof are arranged with an interval of 5 mm to constitute a rug having a square surface with a side of 75 cm. Can do. Since the length, outer diameter, and interval of the tube 11 can be arbitrarily selected, a quadrilateral rug having a desired area can be configured by appropriately changing the length and the like. .

  Moreover, the string member 2 used for bundling the ore component inclusion bodies 1 in parallel can be connected while maintaining a predetermined interval by using a resin fiber yarn. In addition, the material of this string member 2 is not specifically limited, A cotton thread etc. can also be used. Moreover, although a metal wire can also be used, the product made from resin or cotton is preferable from a viewpoint of a softness | flexibility. Further, although the ore component inclusion bodies 1 are bound by the string member 2 in a state where only one layer is arranged in parallel, they may be bundled so as to be arranged in two rows (two layers) in the vertical direction.

  Next, an embodiment of the invention relating to bedding will be described. Here, since the rug A of the above-described embodiment (only one ore component inclusion body 1 is arranged) is used, detailed description of the rug A will be omitted, and other configurations will be mainly described. To do. FIG. 3 is a view showing a cross section of the present embodiment according to the bedding.

  1st embodiment is the structure which laminated | stacked the heat generating body B on the lower layer of the rug A, as shown to Fig.3 (a). The heating element B may be a so-called electric blanket, a carpet-like heating device, or a heating device enclosing hot air or hot water. The rug A has an area enough to allow the mattress C to be laminated. For this reason, the ore component inclusion body 1 having a length corresponding to the width dimension of the mattress C is used. They are arranged in the parallel direction, and the length thereof corresponds to the length dimension of the mattress C. In addition, in order to obtain the area for laminating the mattress C, a plurality of rugs A having a small area may be used instead of the single united rug A.

  In any state, the heating element B is provided in the lower layer of the rug A, and the heat of the heating element B is transferred to the rug A (in particular, the ore component inclusion body 1). In particular, the ore component inclusion body 1) is heated, and far infrared rays or the like can be emitted using the heat. And the mattress C laminated on the upper layer of the rug A is heated to an appropriate temperature by being heated by far infrared rays or the like, and lies on the mattress C, thereby transmitting the heat of the mattress C and the mattress C. It is possible to receive far-infrared rays, etc., and to obtain the effect of the thermal effect.

  In the second embodiment, as shown in FIG. 3 (b), a buffer mat D is laminated between the rug A and the heating element B. The buffer mat D is exclusively for loosening the hardness of the heating element B when it is a hard instrument. That is, the rug A is composed of the ore component inclusion body 1 as described above, and the ore component inclusion body 1 uses the tube 11 (FIG. 2). It has moderate cushioning properties due to its elastic force. However, when the heating element B is a hard instrument (for example, one whose surface is made of a hard material), the cushioning effect by the buffer 11 may be insufficient due to the cushioning effect by the tube 11 alone. By using it, the sleeping comfort is improved. In addition, in order to avoid that the heat of the heat generating body B is not transmitted to the rug A by the buffer mat D, the buffer mat D is made of a material having good thermal conductivity. For example, the thing like a glass wool, what mixed metal fiber in sponge mat, etc. can be used.

  In the third embodiment, as shown in FIG. 3C, an electromagnetic wave shielding plate E that shields electromagnetic waves (particularly, low-frequency electromagnetic waves) is laminated on the upper surface of the heating element B. When using a heating appliance or the like that is configured to generate heat electrically as the heating element D, use a heating wire in which a conductor composed of a heating conductor that generates heat when energized is covered with an insulator, and meander it. However, there are some which are arranged on the entire sheet. Thus, when this type of heating element B is used, there is a concern that electromagnetic waves (particularly, low-frequency electromagnetic waves) are generated. Therefore, by providing an electromagnetic wave shielding plate E on the surface side of the heating element B, electromagnetic waves (particularly, low frequency electromagnetic waves) generated during electrical heat generation are shielded. As the electromagnetic wave shielding plate E, a magnetic plate made of a ferromagnetic material such as permalloy can be used.

  Since the electromagnetic shielding plate E is a relatively hard plate-like member, the cushioning mat D is laminated on the upper surface side thereof, and as described above, the cushioning effect is sufficiently improved and the sleeping comfort is improved. It is.

  Next, an embodiment of the invention relating to the bed will be described. Here, similarly to the embodiment related to the bedding, the rug A of the above embodiment (only one ore component inclusion body 1 is arranged) is used, and thus the detailed description related to the rug A is omitted. The configuration will be mainly described. Drawing 4 is a figure showing the section of a first embodiment concerning bedding.

  As shown in this figure, the bed 100 of this embodiment includes a box-shaped bed body 110 having an upper surface opened (having an upper surface opening 111), and a perforated plate disposed so as to close the upper surface opening 111. 120 and a rug A laminated on the upper surface of the perforated plate 120. The bed main body 110 is such that only the upper surface opening 111 opens, and the bottom surface and side surfaces are blocked from the outside. The four side members 112, 113, 114, and 115 form a rectangular parallelepiped box shape on the side surface, and each upper end surface of these side members 112 to 115 has an appropriate area, and the perforated plate 120. It is possible to make contact with the peripheral edge of the.

  The perforated plate 120 is a plate-like member provided with an infinite number of through holes 121 penetrating from the front surface 120a to the back surface 120b. For example, a punching metal or the like is used. The perforated plate 120 has a rectangular shape as a whole, and the four peripheral portions (appropriate area portions in the vicinity thereof) are brought into contact with the upper end surfaces of the side members 112 to 115 constituting the bed body 110, It can be installed in the upper surface opening 111 of the bed main body 110.

  As the rug A installed on the upper surface side of the porous plate 120, first, an integral one having an area corresponding to the surface area of the porous plate 120 is used, and secondly, the surface of the porous plate 120 is used. It may be possible to use a plurality of ones having a width obtained by dividing the area equivalent to a plurality of areas. When the integrated rug A is used, the number of the ore component inclusion bodies 1 having a predetermined length corresponding to the length of the bed main body 110 is set while the longitudinal direction is directed to the width direction of the bed main body 110. It can be set as the structure integrated and arranged in the parallel direction.

  Thus, by installing the porous plate 120 in the upper surface opening 111 of the bed main body 110 and laminating the rug A on the upper surface side of the bed main body 110, the internal air is warmed by supplying the heat source to the inside of the bed main body 110. The heated air can be supplied to the rug A through the through hole 121 of the perforated plate 120. As a heat source to be supplied to the inside of the bed main body 110, various heating appliances can be used, and hot air may be supplied from the outside of the bed main body 110.

  And if the inside of the bed main body 110 is warmed by any method, the internal air will reach the rug A, and the ore component inclusion body 1 may emit far infrared rays or the like by receiving the supply of heat. It becomes possible and the thermal effect can be obtained. In addition, it can be used as a bed by laminating a common mattress on the upper surface of the rug A. However, when using a heavy mattress like a general bed, it is assumed that far-infrared rays emitted from the rug A cannot pass through the mattress, so use a mattress with good transmittance. Will be.

  Next, a second embodiment according to the bed will be described. FIG. 5 is a diagram showing this embodiment. As shown in this figure, the bed 200 of this embodiment is provided with a cushioning mat 230 on the upper surface side of the perforated plate 220 (between the rug A). The cushioning mat 230 provides cushioning properties. Since it can improve, it can be used like a bed by laminating a thin mattress on the upper surface side of the rug A. In addition, in this embodiment, since it is the structure which moves the heated air supplied to the interior space of the bed main body 210, and supplies heat to the rug A (especially the ore component enclosure 1), the said buffer mat 230 is the Those in which air can sufficiently flow are preferable. For example, a fiber that has been compressed into a predetermined thickness and formed into a mat shape can be used. By mixing metal fibers into the fibers used here, heat can be transferred along with air flow.

  By the way, the bed main body 210 used in the bed 200 of the present embodiment is first provided with a plurality of support plates 216 laid across the width direction of the upper surface opening 211. The support plate 216 is formed of a flat plate, and has an upper portion that is flat, and is adjusted so that all the upper surfaces of the plurality of support plates 216 have the same height. Accordingly, the porous plate 220 installed so as to close the upper surface opening 211 of the bed main body 210 is supported by the plurality of support plates 216, and the strength required for the porous plate 220 is reduced. Has the effect of Therefore, it is possible to use a wire mesh or the like in addition to punching metal as the porous plate 220. The plurality of support plates 216 have an appropriate interval between other support plates 216 adjacent to each other, and the internal air of the bed body 210 can be circulated upward through the interval portion. ing.

  Secondly, the bed main body 210 is provided with a branch plate 217 that partially bisects the internal space of the rectangular parallelepiped bed main body 210 in the longitudinal direction. In connection with the installation of the branch plate 217, thirdly, an opening 218 that opens on both sides of the branch plate 217 is formed in one side member 213 on which the base end of the branch plate 217 is installed. This opening 218 is for receiving supply of heated air from the outside of the bed main body 210, and for supplying heated air supplied from a heated air generator (not shown) to this opening 218. The duct is connected.

  Therefore, as shown in FIG. 6A, the branch plate 217 is provided in a range from one side member 213 to the majority of the bed main body 210, and in the range where the branch plate 217 is provided, the bed main body 210 is provided. The interior space is divided in the left-right direction. Therefore, the heated air supplied from the opening 218 is supplied to the internal space while being branched to the left and right of the branch plate 217.

  Further, as shown in FIG. 6B, the upper edge 217a of the branch plate 217 is open to the upper surface opening 211 of the bed body 210, and the heated air that is not branched is the upper edge of the branch plate 217. It can pass above the portion 217a. Thereby, the heated air supplied to the internal space is divided into a region (lower region) where the branch plate 217 is provided and a region (upper region) where the branch plate 217 is not provided, and the heated air supplied to the upper region is divided into the branch plate. Even immediately above 217, it can flow upward. The heated air supplied to the lower region is branched left and right by the branch plate 217 (see FIG. 6A), and flows upward at appropriate places.

  By the way, in the state where the perforated plate 220 is installed, only the through hole 221 penetrating the perforated plate 220 is opened, and the other is closed, so that the internal space of the bed body 210 is close to the closed space. It has become. Therefore, in the present embodiment, since the air supply duct 240 is attached to the opening 218 and the air heated externally is forcibly supplied, the internal air of the bed body is slightly positively pressurized. It can be. As a result, the heated internal air is forcibly discharged from the perforated plate, and the heated air supplied to the bed body 210 is continuously applied to the rug A (in particular, the ore component inclusion body). It will move toward 1). Therefore, the temperature of the rug A (in particular, the ore component inclusion body 1) can be maintained at a high state by the heated air.

  In addition to supplying the warm air from the fan heater, the heated air can be configured to forcibly flow in the warm air from the air conditioner. Furthermore, it is also possible to use a device that forcibly exhausts air heated to an appropriate temperature, such as a futon dryer.

  Since the embodiment according to the bed has the above-described configuration, it can be used as a bed by laminating a mattress on the upper surface side of the rug A, and by the action of far infrared rays or the like emitted from the rug A, The effect can be exhibited. Thus, an effect similar to a so-called bedrock bath can be obtained in the home.

  In addition, since the ore component inclusion body 1 used for the rug A is a natural ore powder 12 and is enclosed in a tube 11, when used at home, the crushed powder of natural ore is indoors. It is possible to improve the texture due to the cushioning property of the tube 11. And since the rug A of a desired area can be comprised by adjusting suitably the length of the ore component inclusion body 1, and the number to arrange in parallel, it can be used for various uses. For example, it can be used for a cushion or a lap.

  The embodiments of the present invention are as described above, but the above-described embodiments are merely examples of the present invention and are not limited thereto. Therefore, it can be modified into various forms. For example, the tube 11 is not limited to being made of silicone rubber, but can be made of other resins. Moreover, the dimensions of the tube 11 are merely examples, and appropriate outer diameters and inner diameters may be selected. Moreover, although what was assumed was illustrated as a heat source, if there exists an available heat source (heating appliance), they can be used.

DESCRIPTION OF SYMBOLS 1 Ore component inclusion body 2 String member 11 Tube 12 Natural ore powder 13,14 Cap 100,200 Bed body 110,210 Bed body 111,211 Upper surface opening part 112,113,114,115,212,213 of bed body 214, 215 Side members 120, 220 of the bed body Perforated plates 121, 221 Through holes 216 in the perforated plate 216 Support plate 217 Branch plate 217a Upper edge portion 218 of the branch plate 230 Buffer mat 240 Duct A for supplying heated air A rug B Heating element C Mattress D Buffer mat E Electromagnetic wave shielding plate

Claims (10)

  A rug comprising an ore component inclusion body formed by filling natural ore powder in a tube having elasticity and arranging a predetermined number of the ore component inclusion bodies.   The rug according to claim 1, wherein the ore component inclusion body is filled with natural ore powder while containing air in the tube, and both ends of the tube are sealed.   The rug according to claim 1 or 2, wherein the component inclusion bodies are arranged in only one layer. A bedding using the rug according to any one of claims 1 to 3,
A bedding comprising a heating element disposed in a lower layer of the rug, wherein the rug has an area enough to allow a mattress to be laminated on an upper layer.   The bedding according to claim 4, wherein a buffer mat made of an elastic material is laminated between the heating element and the rug.   The bedding according to claim 4 or 5, wherein the heating element is a sheet-like heating sheet that generates heat electrically, and an electromagnetic wave shielding plate having a property of shielding electromagnetic waves is provided on a surface side of the heating sheet. A bed using the rug according to any one of claims 1 to 3,
A box-shaped bed body whose bottom and sides are isolated from the outside;
An infinite number of fine holes are drilled, and a perforated plate installed on the upper surface opening side of the bed body,
A bed, wherein the rug is installed on the upper layer of the perforated plate.   The bed according to claim 7, further comprising warm air supply means for supplying heated air into the box-shaped interior of the bed main body.   The bed main body is disposed in an appropriate length in the inflow direction of the heated air supplied from the hot air supply means, and supports the porous plate on the opening side of the upper surface portion and a branch plate that branches the supplied heated air. 9. A bed according to claim 8, further comprising a support plate arranged with an appropriate interval.   The bedding according to any one of claims 7 to 9, wherein a buffer mat made of an elastic material is laminated between the perforated plate and the rug.

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