KR20050084694A - Massage device and bed - Google Patents

Abstract

The massage elements 21a to 21e are attached to the mattress 5. The drive part 31 of the drive device 6 is arrange | positioned in the space G on the floor provided between the floor surface F and the mattress. The drive part 31 and each of the massage elements 21a to 21e are connected to each of the massage elements 21a to 21e through a plurality of lines of transfer elements 32 which induce drive energy. Each transfer element 32 is taken out along the circumferential surface of the mattress 5 and wound into a space G on the floor. The winding part 32a which extends from the mattress 5 of these tubes 32 to space G is formed in parallel in parallel.

Description

Massage device and bed {MASSAGE DEVICE AND BED}

The present invention relates to a massage device capable of massaging a human body on a mattress, for example, having a massage element such as an inflated / contracted air bag, and a bed provided with the massage device.

A mat type massage device that attaches a plurality of air pockets to a human-friendly mat portion, repeatedly inflates / contracts these air pockets, and massages the human body on the mat portion is disclosed in Japanese Patent Application Laid-Open No. 11-19148. Known in the publication.

In this massage device, the drive part of the air supply / exhaust device (drive device) is arrange | positioned outside the mat part. The connection hose of the air supply / exhaust device is derived from the drive unit and is also made by tying a plurality of lines of air hoses. A connector is attached to the tip of the connection hose. This connector communicates with each air bag and is detachably connected to the to-be-connected part provided in the mat part. By operating the air supply / exhaust device in this connected state, each air bag can be repeatedly inflated / deflated.

In the massage device described in Japanese Patent Laid-Open No. 11-19148, the mating portion and the driving portion of the air supply / exhaust device arranged around the mating portion are connected to the connecting hoses. For this reason, since the drive part of the air supply / exhaust apparatus arrange | positioned around the mat part is visually seen, the external appearance of a massage apparatus is not good. Moreover, it is used in the state which the drive part and connection hose which comprise an air supply / exhaust apparatus are arrange | positioned on the bottom surface around a mat part. For this reason, these drive parts and connection hoses are easy to disturb a user. In addition, the driving portion and the connection hose may be stepped on by the user, or caught by the user's foot.

An object of the present invention is to provide a massage device capable of improving appearance and usability and a bed provided with the massage device.

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

FIG. 2 is a sectional view of the bed of FIG. 1. FIG.

3A is a perspective view illustrating a massage device provided by the bed of FIG. 1.

3B is an enlarged perspective view of a portion Z of FIG. 3A.

4 is an exploded perspective view illustrating the upper mattress of the massage device of FIG. 3A.

FIG. 5A is a rear view showing a retaining member included in the massage device of FIG. 3A together with an air tube held in the member. FIG.

FIG. 5B is a cross-sectional view taken along the line Y-Y in FIG. 5A. FIG.

Fig. 6 is a rear view showing a holding member included in the massage device according to the second embodiment of the present invention together with the air tube held in the member.

The perspective view which shows the periphery of the holding member with which the massage apparatus which concerns on 3rd Embodiment of this invention is equipped.

FIG. 8 is a perspective view of the retaining member of FIG. 7 viewed from the back; FIG.

The massage device of the present invention has a mattress arranged in a space on the floor provided between an installation surface and a plurality of massage elements attached thereto. The drive unit provided by the drive unit disposed outside the mattress is disposed in the space on the floor. The drive device has a plurality of transfer elements that connect the drive and each massage element to direct drive energy to each massage element. The winding portions of these delivery elements are arranged side by side in a planar fashion. This winding portion is pulled out along the circumference of the mattress and wound in the space on the floor.

In this invention, in order to arrange and arrange a space on the floor on a mounting surface, a leg is attached to this mattress. Or in the case of using the base mattress on which a mattress is piled up, a leg is provided in a base mattress. Alternatively, when the base frame such as a bed frame is placed on the installation surface, the base mattress is placed thereon, and the mattress is placed on the base mattress, the legs can be provided in the base frame.

In the present invention, as the massage element, for example, an air bag, a vibrator or the like that expands / contracts according to the air supply / exhaust may be used. When the massage element is an air bag that is inflated / contracted by air energy, the drive may use a drive for supplying and exhausting air, and an air tube may be used as the delivery element. Similarly, when the massage element is operated with electrical energy such as a vibrator or the like, a drive unit for electrically controlling the strength, the operation interval or the like of the vibrator or the like can be used as the drive unit using an insulated sheathed wire.

In the present invention, the winding portions of the transfer elements are arranged side by side in a planar shape to indicate that a predetermined number of transfer elements are arranged side by side in the radial direction thereof. In this case, it is not limited to the flat type of a single layer, It can also be set as the flat type of multiple layers. In the case of carrying out as a plurality of layers as in the latter, it is preferable to make the stack thickness smaller than the width of the side-by-side direction of each transmission element that is developed in a planar shape.

In the present invention, the drive unit of the drive unit is covered with the mattress from above, and the drive unit is not easily seen. In addition, the winding portions of each transmission element spanning the drive element and the massage element of the mattress are wound in a flat shape. For this reason, a winding part can be arrange | positioned squarely in the state which does not disturb a user.

A first embodiment of the present invention will be described with reference to FIGS. 1 to 5B.

The bed 1 illustrated in FIGS. 1 and 2 includes a bed frame 2, a foundation matrix 3, and a mat massage device 4. The base matrix 3 is used as a lower mattress.

The massage device 4 includes an upper mattress 5, an air supply / exhaust device 6, and a remote controller 7 (see FIG. 4). The upper mattress 5 functions as a massage. The air supply / exhaust device 6 functions as a drive device. The remote controller 7 functions as an operation unit. The upper mattress 5 is detachably mounted on the base mattress 3.

The bed frame 2 is made of wood or the like, and the bed frame 2 includes a frame portion 11 and a head board 12. Frame portion 11 forms a rectangular frame larger than the base mattress (3). In the illustrated example, the frame portion 11 is placed directly on the bottom surface (installation surface; F), but instead, a leg such as a caster (not shown) in contact with the bottom surface is provided on the frame portion 11. It is also possible. The head board 12 also serves as a frame member of one end of the frame portion 11. The head board 12 may have a structure including a cabinet.

The base mattress 3 is disposed on the bottom surface F in the frame portion 11. The base mattress 3 is provided with four legs 3a (only two are shown in Fig. 2) and the like, for example. The lower surface 3b of the base mattress 3 is spaced apart from the bottom surface F, and the space G on the bottom is provided between the bottom surface F and the bottom mat 3.

The vicinity of the foot of the basic mattress 3 (part opposite to the headboard 12) is a place where the load by the human body is small. As shown in FIG. 2, the recessed part 3c is formed in the lower surface 3b of this foot vicinity, and the space G on the floor is extended upwards in this part. There is also a bed in which the frame portion of the bed frame 2 is not a frame but a die-shaped base frame in which the base mattress 3 is placed on the upper surface. In the case of such a bed, the lower surface 3b of the base mattress 3 can be separated from the bottom surface F by the leg provided in the lower surface of the said die-shaped part.

The basic mattress 3 incorporates a spring unit (not shown). The spring unit includes a support member capable of elastic deformation, for example, a plurality of support springs, and is formed in a die shape. The support member is combined so as to exert an elastic repulsive action mainly in the vertical direction, for example. The base mattress 3 equipped with such a spring unit supports about half of the human load applied through the upper mattress 5 in its entirety. Thereby, it can suppress that the bed 1 is excessively recessed by a human body, and can ensure a good sleeping comfort.

The upper mattress 5 is about the same size as the base mattress 3. This mattress 5 is provided with the mattress base 15, the mat 14, and the mattress cover 18 as shown in FIG.2 and FIG.4. The mat 14 is stacked on the mattress base 15.

The mattress cover 18 is made of cloth or the like, and accommodates the mat 14 and the mattress base 15 in and out. The mattress cover 18 is formed by connecting the upper and lower pairs of cover members 18a and 18b to be opened and closed by a pair of fasteners 18c. Both fasteners 18c are suspended at the center near the foot of the mattress cover 18. The interrupted portion is formed with a transversely long through hole 19, for example.

The mattress base 15 functions as a core material in order to secure the feeling of bedtime as bedding. The base 15 incorporates a spring unit (not shown) formed in a die shape. This spring unit includes a plurality of coil springs. These springs are combined so as to exert an elastic repulsive action mainly in the vertical direction, for example. The spring force of the coil spring of the spring unit is weaker than the spring force of the support spring that the spring unit of the base mattress 3 has. Due to the spring force of the mattress base 15 and the cushioning properties of the mat 14, the bed 1 can be appropriately recessed according to the body shape. This ensures good sleeping comfort.

The mat 14 is made by stacking the first mat element 16 and the second mat element 17. Several parts of the mating surfaces of both mat elements 16 and 17 are bonded with an adhesive (not shown). The lower second mat element 17 consists of a foam of synthetic resin, such as a rigid foamed urethane foam. This foam has such an elastic force that it does not absorb the massage force of the massage element mentioned later greatly. The elastic force of this second mat element 17 is weaker than the spring force of the coil spring of the mattress base 15.

The upper first mat element 16 is made of a foam of synthetic resin having a weak elastic force, such as a sponge-like soft foam urethane foam. The elastic force of this first mat element 16 is weaker than the elastic force of the second mat element 17. The first mat element 16 is for example made thinner than the second mat element 17.

The mat 14 is attached with air bags 21a to 21e as a plurality of massage elements, for example. These air pockets 21a to 21e are sandwiched between, for example, the first mat element 16 and the second mat element 17.

Specifically, as shown in FIG. 4, the first air bag 21a to 21e group and the second air bag 21a to 21e group are disposed on the second mat element 17. The 1st air bag 21a-21e group is arrange | positioned in the width direction of the 2nd mat element 17 on one side. The 2nd air bag 21a-21e group is arrange | positioned at the other side in the width direction of the 2nd mat element 17. As shown in FIG. Air bags 21a to 21d are formed at positions corresponding to the upper body of the human body on the upper mattress 5, and air bags 21e are formed at positions corresponding to the thighs of the human body on the upper mattress 5. As shown in FIG. The arrangement of the air bag in the illustrated example is for the case where two users use the bed 1. When implemented as a single bed, one air bag group is omitted. In addition, the air bag group to be used is arranged to extend between the two ends in the width direction of the second mat element 17.

In order to arrange the air pockets 21a to 21e at the predetermined positions already described above on the second mat element 17, the second mat element 17 has a first recess 25 and a second recess 26. Is formed. These recesses 25 and 26 form an air bag arrangement area, which is an area where the massage element is arranged. The recesses 25 and 26 have a depth substantially equal to the thickness in the state where each air bag 21a to 21e is contracted.

The airbags 21a to 21d are disposed in the first recess 25. The air bag 21e is disposed in the second concave portion 26. Each air bag 21a-21e is attached to the bottom surface of the 1st recessed part 25 or the 2nd recessed part 26 using a fixture, an adhesive body (not shown), etc. In this case, it is preferable that the fixing fixture, the adhesive agent, or the like does not interfere with the expansion of the airbags 21a to 21e.

As shown in FIG. 4, a groove 27 is formed in the second mat element 17. The middle part of this groove 27 is to follow the edge of the longitudinal end of the second mat element 17. This intermediate groove portion is also open to the widthwise central portion end face of the longitudinal end of the second mat element 17. This open portion is called open groove 27a. The left and right groove portions of the groove 27 extend along the lateral edge of the second mat element 17 toward the other end in the longitudinal direction of the mat element 17. These left and right groove portions communicate with the first concave portion 25 or the second concave portion 26.

The air supply / exhaust device 6 supplies air to the air bags 21a to 21e, which is driving energy for expanding / contracting them. This air supply / exhaust device 6 includes a drive unit 31 and a plurality of air tubes 32. The drive part 31 is arrange | positioned outside the upper mattress 5. The plurality of air tubes 32 are used as delivery elements for inducing air which is driving energy.

Although not shown, the drive part 31 is equipped with the electronic drive type air pump, the air distribution apparatus connected to the discharge port of this pump, and the like. For example, a rotary air distributor is used for the air distribution device. The air distributor includes one inlet, one exhaust port, a plurality of distribution ports, a rotating body, and a control unit. The inlet is connected to the discharge port of the air pump. A plurality of distribution ports are provided depending on the number of the air bags 21a to 21e. The rotating body is rotated by a stepping motor to perform a supply / exhaust operation with air distribution or the like. The control unit is made of a microcomputer or the like to control the operation of the air pump and the air distribution device.

The driving instruction to the control unit includes changing the massage force to a strong medicine or the like, selecting the air bags 21a to 21e to be used, and the like. This operation command is provided by the user on the bed 1 using the remote controller 7. On the other hand, in the case shown, the operation command is performed by wire, but instead, the command can be wirelessly transmitted from the remote controller 7 and given to the controller. In this case, what is necessary is just to provide the receiver part which receives the instruction | command transmitted by radio, for example, the head board 12 etc., and to connect this receiver part and the drive part 31 electrically.

Each air tube 32 is flexible. One end of these air tubes 32 is detachably connected to the drive part 31 via a connector (not shown). Each air tube 32 is piped into the groove 27 via an open groove 27a near the foot of the second mat element 17. Each air tube 32 in the groove 27 is individually communicated with and connected to the air bags 21a to 21e.

Each air tube 32 includes a winding portion 32a. This winding portion 32a is drawn out from the open groove 27a of the second mat element 17 and is arranged side by side in a planar shape.

In detail, as shown to FIG. 3A, FIG. 3B, and FIG. 5B, the winding-up part 32a is provided in parallel with the radial direction in each air tube 32. As shown in FIG. This flat wound portion 32a is drawn out from the through hole 19 of the mattress cover 18. As shown in FIG. 2, the taken-up wound portion 32a traverses the circumferential surfaces near the feet of the upper mattress 5 and the basic mattress 3 in the vertical direction. Moreover, the winding-up part 32a is wound along the back surface near the foot of the base mattress 3. As shown in FIG.

In order to implement | achieve such winding easily, the holding member 33 is used. The holding member 33 functions as a holding means for holding a wound state. As shown in Figs. 5A and 5B, the retaining member 33 engages the front side cover 33a and the retaining element, preferably the back side cover 33b, by sewing or the like at predetermined intervals in the width direction. Formed. The surface side cover 33a is made of a flexible material, suitably cloth, and is sheet-shaped. The back side cover 33b is superimposed on the back side of the front side cover 33a. In addition, the holding element may be other than cloth.

In FIG. 5B, reference numeral A denotes each sewing portion of the holding member 33. All of these sewing portions extend in the longitudinal direction of the holding member 33. For this reason, the holding member 33 has the same number of cylindrical passages 33c as the respective air tubes 32. Each air tube 32 penetrates these passages 33c individually. Surface fasteners 33d and 33e are attached to the back surface of the longitudinal direction both ends of the holding member 33, for example.

The covers 33a and 33b of the retaining member 33 may be folded of one piece of cloth twice. The covers 33a and 33b may overlap two pieces of cloth. At least the surface-side cover 33a of the holding member 33 can be suitably used a cloth of the same type as the outer surfaces of the base mattress 3 and the upper mattress 5. Or at least the surface side cover 33a can use the cloth similar to the weave method and a shape similar to the cover of the base mattress 3 and the upper mattress 5 suitably. By doing so, it is possible to prevent the holding member 33 exposed laterally near the foot of the bed 1 from giving a heterogeneity to both the mattresses 3 and 5.

The holding member 33 holds the winding part 32a in the winding state already demonstrated. For this purpose, a surface fastener (not shown) is provided on the upper mattress 5. The surface fastener 33d of one end of the holding member 33 is detachably joined to this surface fastener. At the same time, a surface fastener (not shown) is provided on the lower surface of the peripheral mattress 3. The surface fastener 33e of the other end of the holding member 33 is detachably joined to this surface fastener.

The winding-up part 32a passes through the clearance gap B between the end surface of the base mattress 3 vicinity of a foot, and the frame board of the frame part 11 near a foot. The part of each air tube 32 which is separated from the holding member 33 and reaches the drive part 31 is disturbed. The tip of the dished-out part is connected to the drive part 31 via a connector (not shown).

The surface side cover 33a of the holding member 33 covers the whole surface side of the winding-up part 32a. The seal 34 is attached to this surface side cover 33a. As a preferred example, the seal 34 is made of cloth. The seal 34 is provided with a product identification mark 34a. Examples of the product identification display 34a include a massage device 4, and a designation indicating the grade of the bed 1, a manufacturing company name, and the like.

By providing the product identification mark 34a on the surface side cover 33a, it is not necessary to display it on another part. For this reason, the number of process steps with respect to the mattress cover 18 etc. can be reduced. Since the surface side cover 33a is small and easy to handle, the process of providing the product identification mark 34a in the surface side cover 33a can be performed simply. In contrast, when the product identification mark 34a is provided on the mattress cover 18, the mattress cover 18 that is much larger than the surface side cover 33a must be handled. The product identification mark 34a is indispensable for the product. By this product identification mark 34a, the surface of the holding member 33 is substantially hidden from view. For this reason, it is also excellent in the point that the holding member 33 does not give a heterogeneous feeling with respect to both mattresses 3 and 5. FIG.

The drive part 31 is arranged in the projection area below the base mattress 3 and the upper mattress 5. That is, it is arrange | positioned in the space G on the floor between the floor surface F and the base mattress 3. In this case, as a preferred example, the driving portion is placed on the bottom surface F toward the recess 3c. As a result, the driving unit 31 can be separated from the head board 12. Therefore, the driving noise of the drive part 31 can be suppressed from being heard by the user on the bed 1.

The upper mattress 5 has a massage function. In order to massage with the bed 1 provided with the upper mattress 5, the drive part 31 of the air supply / exhaust apparatus 6 may be driven. As a result, air is repeatedly supplied to and discharged from the desired air bag within the air bags 21a to 21e, and the air bag is expanded / contracted. For this reason, the air bag which expands and contracts presses and relaxes the sample part of the human body on the bed 1 corresponding to the position, and performs pneumatic massage. In this case, the drive unit 31 can be remotely controlled by the remote controller 7. By this, it is possible to change the strength of the massage force.

In this massage, the air supplied to and discharged from the air bags 21a to 21e flows through each air tube 32. These tubes 32 are housed in grooves 27 in the upper mattress 5. Thereby, there is no possibility that each air tube 32 will be crushed by the weight of a human body.

The part drawn out of the upper mattress 5 of each air tube 32 becomes the winding-up part 32a. This part 32a is provided in the circumferential surface near the feet of both mattresses 3 and 5. Nevertheless, the winding portions 32a are held side by side in planar fashion as shown in Figs. 5A and 5B. For this reason, the possibility that each air tube 32 will be crushed can be suppressed in the lead part into the upper mattress 5, and the part which returns to the lower surface 3b of the base mattress 3. As shown in FIG.

When the plurality of air tubes 32 are bundled and wound up, there is an air tube 32 far from both mattresses and an air tube 32 far from each other. For this reason, according to the distance difference with respect to both mattresses, the curved system in the said winding part and the return part differs. Moreover, the curved portions of each other overlap each other and interfere with each other. For this reason, there exists a possibility that each air tube 32 may be crushed in a curved part.

However, as described above, when each air tube 32 is arranged side by side in a planar shape, there is no such interference. Moreover, even if there is interference, the effect is small enough to be substantially negligible. For this reason, the crushing of each air tube 32 can be suppressed. Thereby, the ventilation resistance in each air tube 32 does not increase. Therefore, the predetermined air supply / exhaust air to the airbags 21a to 21e can be smoothly executed.

The user may want to stop the massage function and simply use it as a mattress. In this case, the drive part 31 of the air supply / exhaust apparatus 6 may be stopped. Thereby, each air bag 21a-21e is maintained in a contracted state. In addition, by the flexibility of the first mat element 16, it is possible to prevent the foreign body feelings of the contracted air pockets 21a to 21e from being substantially provided to the human body on the bed 1.

In the bed 1, the drive part 31 is arrange | positioned outside the upper mattress 5 which has a massage function. In this case, the drive part 31 is arrange | positioned in this space using the space G on the floor inside the bed frame 2, and this drive part 31 is covered with the upper mattresses 3 and 5 from above. . For this reason, the drive part 31 cannot be recognized easily, and it is preferable from an external appearance.

In addition, the winding portions 32a of the respective air tubes 32 are wound side by side in a planar manner and are provided along the circumferential surfaces of the mattresses 3 and 5. In this regard, each air tube 32 may become inconspicuous.

Therefore, the external appearance of the mat type massage apparatus 4 and the bed 1 provided with this can be made beautiful.

The air pockets 21a to 21e attached to the upper mattress 5 and each air tube 32 across the driving portion 31 are wound along this circumferential surface along the circumferential surfaces of both mattresses 3 and 5. have. That is, each air tube 32 is arrange | positioned squarely over the upper mattress 5 and the drive part 31 in the space G on the floor. Accordingly, it can be in a state that can not disturb the user coming down the bed (1). In this case, it is not necessary to process a hole, a recess or the like in the vertical direction through which each air tube 32 passes through the base mattress 3. By winding up each air tube 32 already demonstrated, it is also suppressed that each air tube 32 is stepped on by the user's foot, or the user's foot etc. are caught by each air tube 32. For this reason, usability can be improved.

6 shows a second embodiment of the present invention. This embodiment is basically the same as that of the first embodiment. For this reason, the same code | symbol is attached | subjected to 1st Embodiment, the description of the structure and operation is abbreviate | omitted, and only another part is demonstrated below.

In 2nd Embodiment, the back surface side cover 33b used as a holding element is formed in multiple numbers at the back surface of the holding member 33 at intervals along the longitudinal direction. For example, independent back cover 33b can be sewn to a predetermined position on the back of the front cover 33a. Alternatively, the backside cover 33b having a plurality of cut marks extending in the width direction may be sewn on the backside of the frontside cover 33a. In the latter case, the nick marks oppose the rear face of the surface side cover 33a. As a result, a passage communicating with the nick is formed between the back cover 33b and the front cover 33a.

By using the holding member 33 of the said structure, the length of the channel | path 33c of this holding member 33 can be shortened. For this reason, the operation | work which makes each air tube 32 pass through the channel | path 33c becomes easy, and can contribute to productivity improvement.

The configuration other than the point described above is the same as that of the first embodiment, including the configuration not shown in FIG. 6. For this reason, it is possible to achieve the objective of this invention also in 2nd Embodiment.

7 and 8 show a third embodiment of the present invention. This embodiment is basically the same as that of the first embodiment. For this reason, the same code | symbol is attached | subjected to 1st Embodiment, the description of the structure and operation is abbreviate | omitted, and only another part is demonstrated below.

In the third embodiment, the holding panel 35 is used as the holding member. The panel 35 includes, for example, a panel body 36 made of synthetic resin. The holding convex part 36a extended in the width direction is integrally protruded and formed in the back surface of at least the upper and lower both ends of the panel main body 36. As shown in FIG. These convex parts 36a are provided with passage holes 37 facing in the vertical direction at predetermined intervals along the width direction.

Each air tube 32 penetrates the through-hole 27 which opposes up and down, respectively. Thereby, the winding-up part 32a of each air tube 32 is hold | maintained in the holding panel 35. As shown in FIG. By this holding | maintenance, the winding-up part 32a is arranged side by side in planar shape in the radial direction.

As shown in FIG. 8, the surface fasteners 33d and 33e are adhere | attached on the back surface of each convex part 36a, respectively. Surface fasteners (not shown) are attached to the circumferential surfaces near the feet of the mattresses 3 and 5, respectively. The surface fasteners 33d and 33e are detachably joined to these surface fasteners (not shown). By this bonding, as shown in FIG. 7, the holding panel 35 is attached along the circumferential surface near the feet of both mattresses 3 and 5. For this reason, the winding-up part 32a is arrange | positioned along the circumferential surface of the foot vicinity of both mattresses 3 and 5. As shown in FIG.

The winding-up part 32a is covered by the panel main body 36 from the surface side. The seal 34 is attached to the surface of the panel main body 36.

The configuration other than the points described above is the same as that of the first embodiment including the configuration that is not shown in FIGS. 7 and 8. For this reason, the objective of this invention can also be achieved also in 3rd Embodiment.

As described above, the present invention provides a massage device that is useful for installing a massage element on a mattress and massages the human body on the mattress by the operation of the massage element, the field of manufacturing the massage device, and the massage. It is effective in the field of beds with devices and further in the field of making these beds.

Claims (6)

A massage device having a mattress disposed by providing a space on the floor between an installation surface, The mattress provided with a plurality of massage elements, A drive unit disposed in the space above the floor, the drive unit comprising a plurality of transfer elements connecting the drive unit and the respective massage elements to guide driving energy to the respective massage elements, wherein the transfer elements follow a circumference of the mattress; A drive device which is drawn out and wound into the space on the floor, and the winding portions are arranged side by side in a planar shape; Massage device having a. The massage device according to claim 1, wherein a holding means for holding the winding portion in parallel with the circumferential surface of the mattress is attached. The said holding means is provided with the cover which covers the said winding part from the surface side, and the holding element which is formed in the back surface side of this cover, and forms the passage | pass which the said winding part penetrates with the said cover. Massage device. The bed is provided with a lower surface of the base mattress spaced from the installation surface, An upper mattress provided with a plurality of massage elements, The base mattress on which the upper mattress is placed; A bed frame provided on the installation surface and having a frame portion that is larger than the basic mattress; A drive device disposed in the space above the floor, and a drive device comprising a plurality of transfer elements connecting the drive portion and the respective massage elements to guide driving energy to the respective massage elements, wherein the transfer elements are provided at the periphery of the mattress. The drive device is thus drawn out and wound in the space above the floor through the gap between the bed frame and the base mattress, the winding portions being arranged side by side in a planar fashion. Bed provided with. 5. The bed according to claim 4, wherein the circumferential surfaces of both mattresses are attached with retaining means for keeping the winding portions side by side in a planar fashion. The said holding means is equipped with the cover which covers the said winding part from the surface side, and the holding element which is formed in the back surface side of this cover, and forms the passage | pass which the said winding part penetrates with the said cover. In bed.