阅读说明：本技术 一种磁按摩床垫 (Magnetic massage mattress ) 是由 方彦雯 方志财 汪富兵 刘萌雨 于 2021-10-09 设计创作，主要内容包括：本发明涉及家居用品的技术领域,具体为一种磁按摩床垫,包括复合支撑模块、所述复合支撑模块上侧铺设有的上隔音垫以及所述上隔音垫上设置有的若干磁条,所述磁条通过两个以上在磁条长度方向上间隔排布的磁条定位器安装定位在所述上隔音垫的上表面部位上,所述磁条定位器包括夹设在所述上隔音垫和所述复合支撑模块之间的平衡夹片以及平衡夹片上连接有的向上穿过上隔音垫并具有一部分露出于所述上隔音垫上表面部位的若干定位桩,所述定位桩露出于所述上隔音垫上表面部位的部分上形成有供所述磁条横向穿过的定位框,所述定位框中具有横向贯通所述定位框并露出于所述上隔音垫上表面部位的定位门洞,所述磁条穿过所述定位门洞且下侧贴靠在上隔音垫上,定位效果更好。(The invention relates to the technical field of household articles, in particular to a magnetic massage mattress, which comprises a composite support module, an upper sound insulation pad laid on the upper side of the composite support module and a plurality of magnetic stripes arranged on the upper sound insulation pad, wherein the magnetic stripes are installed and positioned on the upper surface part of the upper sound insulation pad through more than two magnetic stripe positioners which are arranged at intervals in the length direction of the magnetic stripes, each magnetic stripe positioner comprises a balance clamping piece clamped between the upper sound insulation pad and the composite support module and a plurality of positioning piles which are connected on the balance clamping piece, upwards penetrate through the upper sound insulation pad and are provided with a part of the positioning piles exposed out of the upper surface part of the upper sound insulation pad, a positioning frame for the magnetic stripes to transversely penetrate is formed on the part of the positioning piles exposed out of the upper surface part of the upper sound insulation pad, and a positioning door hole which transversely penetrates through the positioning frame and is exposed out of the upper surface part of the upper sound insulation pad is arranged in the positioning frame, the magnetic stripe passes location door opening and downside paste and lean on last syllable-dividing pad, and the location effect is better.)

1. A magnetic massage mattress is characterized in that: the composite sound insulation pad comprises a composite support module (3), an upper sound insulation pad (1) laid on the upper side of the composite support module (3) and a plurality of magnetic stripes (2) arranged on the upper sound insulation pad (1), wherein the magnetic stripes (2) are installed and positioned on the upper surface part of the upper sound insulation pad (1) through more than two magnetic stripe locators (4) arranged at intervals in the length direction of the magnetic stripes (2), each magnetic stripe locator (4) comprises a balance clamping piece (41) clamped between the upper sound insulation pad (1) and the composite support module (3) and a plurality of locating piles (42) connected to the balance clamping piece (41), the locating piles upwards penetrate through the upper sound insulation pad (1) and are provided with a part exposed out of the upper surface part of the upper sound insulation pad (1), and locating frames (421) for the magnetic stripes (2) to transversely penetrate are formed on the part of the locating piles (42) exposed out of the upper surface part of the upper sound insulation pad (1), the positioning frame (421) is internally provided with a positioning door hole (4211) which transversely penetrates through the positioning frame (421) and is exposed out of the upper surface of the upper sound insulation pad (1), and the magnetic strip (2) passes through the positioning door hole (4211) and is attached to the upper sound insulation pad (1) at the lower side.

2. A magnetic massage mattress as claimed in claim 1, wherein: the upper sound insulation pad (1) is a sponge layer.

3. A magnetic massage mattress as claimed in claim 1, wherein: balanced clamping piece (41) is for being the tiling form and the horizontal strip TPU piece that extends, spud (42) including an organic whole connect in balanced clamping piece (41) upper surface department and upwards extend have horizontal interval arrangement first support piece (421) and second support piece (422) and first support piece (421) and second support piece (422) top between the integrative last spacing piece (423) that is the tiling form that is connected, first support piece (421), second support piece (422) and last spacing piece (423) are the TPU piece, location door hole (4211) do lean on the part at top in the interval space between first support piece (421) and second support piece (422), position frame (421) lean on the part at top for spud (42).

4. A magnetic massage mattress as claimed in claim 3, wherein: the transverse spacing distance between the first supporting sheet (421) and the second supporting sheet (422) is gradually reduced from top to bottom.

5. A magnetic massage mattress as claimed in claim 3, wherein: the both ends of balanced clamping piece (41) are connected with the perpendicular to of difference an organic whole first end position adjustment of balanced clamping piece (41) is strengthened piece (43) and second end position adjustment and is strengthened piece (44), first end position adjustment is strengthened piece (43) balanced clamping piece (41) with second end position adjustment is strengthened piece (44) and is the distribution of I shape form.

6. A magnetic massage mattress as claimed in claim 1, wherein: the composite support module (3) comprises a substrate buffer support pad (31), a lower sound insulation pad (32) and a middle breathable support layer (33) which are sequentially laid from bottom to top.

7. A magnetic massage mattress as claimed in claim 6, wherein: the base buffering supporting pad (31) is an E-TPU bridging layer, a plurality of massage guide protruding columns (311) which are arranged from the head of the bed to the tail of the bed according to a human body curve and have height difference are formed at the upper surface of the base buffering supporting pad (31), and guide groove holes (321) which are formed in the lower sound insulation pad (32) and extend upwards from the lower surface of the lower sound insulation pad for inserting the massage guide protruding columns (311) are formed in the lower sound insulation pad.

8. A magnetic massage mattress as claimed in claim 7, wherein: rigid reinforcing rib sheets (310) which transversely extend and are in a flat shape are embedded in the substrate buffering supporting pads (31).

9. A magnetic massage mattress as recited in claim 8, wherein: the bottom of the substrate buffering supporting pad (31) is provided with a plurality of installation positioning grooves (30) extending upwards from the bottom surface, the substrate buffering supporting pad (31) is positioned between each pair of the installation positioning grooves (30) and is provided with a conduction channel (301) transversely extending and communicated with the pair of the installation positioning grooves (30), and each rigid reinforcing rib piece (310) penetrates through the conduction channel (301) communicated between one pair of the installation positioning grooves (30) and the pair of the installation positioning grooves (30).

10. A magnetic massage mattress as claimed in claim 7, wherein: the left and right sides width of composite support module (3) is less than go up the left and right sides width of sound insulation pad (1), go up sound insulation pad (1) and all have some in the left and right sides and transversely surpass composite support module (3), the composite support module (3) left and right sides all is connected with to lean on support limit portion (5) of going up sound insulation pad (1) downside, support limit portion (5) including first supporting shoe (51) and second supporting shoe (52) of splicing from top to bottom, the upper surface of second supporting shoe (52) be with massage direction protruding post (311) are arranged the identical continuous curved surface of discrete human body curve that forms at head of a bed to tailstock direction, the intensity of first supporting shoe (51) is less than the intensity of second supporting shoe (52).

Technical Field

The invention relates to the technical field of household articles, in particular to a magnetic massage mattress.

Background

In daily life, people have higher requirements on sleep quality, and various health care mattresses come out, wherein magnetic health care mattresses with such functions are particularly favored.

The utility model provides a magnetism bamboo charcoal mattress and preparation method thereof as chinese patent application No. 201510390000.1, its technical essential includes the mattress body, the mattress body all around the cladding has the mattress surrounding edge, mattress body top-down is equipped with first non-woven fabrics, magnetic stripe, first sponge, soft bubble of polyurethane and second non-woven fabrics, still including adding the protection pad on the mattress body, add the protection pad and can dismantle with the mattress surrounding edge and be connected, be equipped with the recess on the first sponge, be equipped with the magnetic stripe in the recess.

However, the existing magnetic mattress structure has the problems of poor installation and positioning effects of the magnetic strips, easy displacement after use, structural loss and the like, and particularly for the mattress with strong elasticity, the stability among structures is needed under the condition of strong elastic compression degree for a long time, or the structure is easy to damage.

Disclosure of Invention

The invention aims to provide a magnetic massage mattress with better positioning effect.

The technical purpose of the invention is realized by the following technical scheme: a magnetic massage mattress comprises a composite support module, an upper sound insulation pad laid on the upper side of the composite support module and a plurality of magnetic stripes arranged on the upper sound insulation pad, wherein the magnetic stripes are installed and positioned on the upper surface part of the upper sound insulation pad through more than two magnetic stripe positioners which are arranged in the length direction of the magnetic stripes at intervals, each magnetic stripe positioner comprises a balance clamping piece clamped between the upper sound insulation pad and the composite support module and a plurality of positioning piles which are connected on the balance clamping piece and upwards penetrate through the upper sound insulation pad and are provided with a part of the positioning piles exposed out of the upper surface part of the upper sound insulation pad, a positioning frame for the magnetic stripes to transversely penetrate is formed on the part of the positioning piles exposed out of the upper surface part of the upper sound insulation pad, and a positioning door hole which transversely penetrates through the positioning frame and is exposed out of the upper surface part of the upper sound insulation pad is arranged in the positioning frame, the magnetic stripe passes through location door opening and downside paste and lean on last syllable-dividing pad.

Preferably, the upper sound-insulating mat is a sponge layer.

Preferably, the balance clamping piece is a strip-shaped TPU sheet which is flatly laid and extends transversely, the positioning pile comprises a first supporting sheet and a second supporting sheet which are integrally connected to the upper surface of the balance clamping piece and extend upwards to form a transverse interval arrangement, and a flatly laid upper limiting sheet is integrally connected between the tops of the first supporting sheet and the second supporting sheet, the first supporting sheet, the second supporting sheet and the upper limiting sheet are all TPU sheets, the positioning door opening is a part close to the top in an interval space between the first supporting sheet and the second supporting sheet, and the positioning frame is a part close to the top of the positioning pile.

Preferably, the distance between the first supporting sheet and the second supporting sheet in the transverse direction gradually decreases from top to bottom.

Preferably, the two ends of the balance clamping piece are respectively and integrally connected with a first end position adjustment reinforcing piece and a second end position adjustment reinforcing piece which are perpendicular to the balance clamping piece, and the first end position adjustment reinforcing piece, the balance clamping piece and the second end position adjustment reinforcing piece are distributed in an i-shaped manner.

Preferably, the composite support module comprises a substrate buffer support pad, a lower sound insulation pad and a middle breathable support layer which are sequentially laid from bottom to top.

Preferably, the base buffer supporting pad is an E-TPU bridging layer, a plurality of massage guide protruding columns with height difference are formed on the upper surface of the base buffer supporting pad and arranged according to the human body curve in the direction from the bed head to the bed tail, and the lower sound insulation pad is provided with guide slots extending upwards from the lower surface of the lower sound insulation pad and allowing the massage guide protruding columns to be inserted into the guide slots.

Preferably, the substrate buffering and supporting pad is embedded with a rigid reinforcing rib sheet which extends transversely and is in a flat shape.

Preferably, the bottom of the base buffer supporting pad is provided with a plurality of mounting positioning grooves extending upwards from the bottom surface, the base buffer supporting pad is provided with a conduction channel which extends transversely and is communicated with the pair of mounting positioning grooves at the position between each pair of mounting positioning grooves, and each rigid reinforcing rib piece is arranged on the conduction channel communicated between one pair of mounting positioning grooves and the pair of mounting positioning grooves in a penetrating manner.

Preferably, the left and right widths of the composite support module are smaller than the left and right widths of the upper sound insulation pad, a part of the upper sound insulation pad on the left and right sides transversely exceeds the composite support module, the left and right sides of the composite support module are connected with support edge parts abutting against the lower side of the upper sound insulation pad, each support edge part comprises a first support block and a second support block which are vertically spliced, and the upper surface of each second support block is a continuous curved surface which is matched with a discrete human body curve formed by arranging the massage guide protruding columns in the direction from the head of the bed to the tail of the bed.

Preferably, the lower soundproof pad is a sponge layer.

Preferably, the middle breathable support layer is a palm layer.

Preferably for the present invention, the magnetic strip is a 300mT flexible broadband permanent magnetic strip.

The invention has the beneficial effects that: the magnetic stripe has better positioning effect and is firmer, and can still keep stable after long-term use under the condition that the elastically contracted bed body with larger amplitude deforms;

the elastic extrusion massage effect is better, and the massage is more silent and noiseless;

the health care effect on the human body can be better, the sleep quality of the human body can be better improved, and the vertebra of the human body can be better protected.

Drawings

Fig. 1 is a schematic perspective view of a magnetic massage mattress according to an embodiment in a disassembled state;

FIG. 2 is a perspective view of the structure of FIG. 1 from a lower perspective;

FIG. 3 is a schematic perspective view of the assembled structure of FIG. 1;

FIG. 4 is a perspective view of the bottom view of FIG. 3;

FIG. 5 is a bottom view of the structure of FIG. 4 with rigid reinforcing tendons inserted therein;

fig. 6 is a schematic perspective view of the structure of fig. 5 with supporting edges mounted on both sides.

Detailed Description

The following specific examples are given by way of illustration only and not by way of limitation, and it will be apparent to those skilled in the art from this disclosure that various changes and modifications can be made in the examples without inventive faculty, and yet still be protected by the scope of the claims.

Embodiment, as shown in fig. 1-6, a magnetic massage mattress comprises a composite support module 3, an upper sound insulation pad 1 laid on the upper side of the composite support module 3, and a plurality of magnetic strips 2 arranged on the upper sound insulation pad 1, wherein the composite support module 3 selected by us is a cushion block structure with strong elastic deformation amplitude, which will be further described later. Go up acoustic celotex pad 1 preferred adoption sponge layer, the sponge has good sound insulation nature, and good resilience and toughness have good heat preservation winter protection effect, and the sponge that this application adopted needs to be detected through the third party, should have the sponge that antibacterial anti-mite effect, anion release concentration, far infrared normal emissivity reach national standard requirement. The important part of this application is exactly the structure that lies in the magnetic stripe location then, these magnetic stripes themselves preferably are arranged and the left and right directions of bed is extended from the head of a bed to the tailstock direction interval, and further, magnetic stripe 2 is installed the location through the magnetic stripe locator 4 that more than two intervals were arranged in 2 length direction of magnetic stripe on the upper surface position of going up sound insulating mattress 1, also magnetic stripe locator 4 is the setting of extending of head of a bed to tailstock direction, but left and right directions interval is arranged, also is magnetic stripe 2 length direction. Therefore, the magnetic strip and the magnetic strip locator 4 are preferably arranged to intersect vertically.

Specifically, the magnetic stripe positioner 4 includes a balance clamping piece 41 clamped between the upper sound insulation pad 1 and the composite support module 3, and a plurality of positioning piles 42 connected to the balance clamping piece 41 and penetrating the upper sound insulation pad 1 upwards and having a part exposed out of the upper surface of the upper sound insulation pad 1, the balance clamping piece 41 is preferably a rectangular flat sheet structure, and is clamped between the upper sound insulation pad 1 and the composite support module 3, and the positioning piles 42 penetrate the upper sound insulation pad 1 upwards, so that the upper sound insulation pad 1 needs to be provided with corresponding upper and lower holes s for the positioning piles 42 to penetrate upwards, the upper sound insulation pad 1 needs to be provided with a placement groove g extending in the left-right direction for the magnetic stripe to be placed in, so that the uppermost surface of the upper sound insulation pad 1 is higher than or equal to the upper surface of the magnetic stripe, preferably higher than 1-5mm as much as possible, and the human body can be kept to lie on the same as much as possible, people press on the mattress and make it keep flat again for being suitable to lean on the upper surface of upper surface and magnetic stripe most after 1 compression of last acoustic pad, let the people also make the magnetic stripe be absorbed in last acoustic pad 1 upper surface, and not protrusion in last acoustic pad 1, like this, spacing and the travelling comfort to the magnetic stripe all are profitable, let the people can not produce the foreign matter and feel, the magnetic stripe aversion also can receive certain suppression. Likewise, the top of the spud 42 does not extend beyond the uppermost surface of the upper acoustic insulator mat 1, i.e., the top of the spud 42 does not extend upwardly through the resting groove g. The positioning frame 420 for the magnetic strip 2 to pass through transversely is formed on the part of the positioning pile 42 exposed out of the upper surface of the upper sound insulation pad 1, namely the part of the top of the positioning pile 42 exposed out of the resting groove g is used for the magnetic strip to pass through left and right, furthermore, the positioning frame 420 is internally provided with a positioning door hole 4211 which transversely penetrates through the positioning frame 420 and is exposed out of the upper surface of the upper sound insulation pad 1, the positioning door hole 4211 is communicated with left and right and is exposed in the resting groove g, the magnetic strip 2 passes through the positioning door hole 4211, the lower side of the magnetic strip 2 is attached to the upper sound insulation pad 1, and further, the lower side of the magnetic strip 2 is attached to the resting groove g, namely, the positioning door hole 4211 and the bottom of the resting groove g form a positioning structure which is sealed in a vertical plane, so that the magnetic strip cannot rotate and can move up and down and back and forth. But probably there is the possibility of moving about, but because the magnetic stripe inserts location frame 420 and supports and leans on behind at the bottom of shelving groove g, received very big package and pressed, it can be great to have the stress surface, and not the smooth surface, there is enough frictional force to prevent that the magnetic stripe from moving about, of course, if for further fixed, shelving groove g can further coat some environmental protection glue, however, the scheme of this application is through the experiment, the mattress of normal use, can not be with coating glue or other for example through the sewing thread with the magnetic stripe sewing on last acoustic celotex pad 1, because the magnetic stripe locator 4 of this application has enough good location effect, will discuss its detailed characteristic further later. Here further exemplify, can be, 4 magnetic stripe locators 4 are arranged at left and right intervals, and the position of placing of these 4 magnetic stripe locators 4 in head of a bed to tailstock direction should be the same, and have the spud 42 of the same quantity on every magnetic stripe locator 4 and control the one-to-one again and supply same magnetic stripe to pass, can understand, from head of a bed to tailstock direction, the spud 42 queue that each magnetic stripe passed is supplied to a plurality of rows on these 4 magnetic stripe locators 4, every magnetic stripe pass this 4 magnetic stripe locators 4 in head of a bed to tailstock direction same position the spud 42 the location door opening 4211 can.

Preferably, the balance clamping piece 41 is a strip TPU sheet which is in a flat shape and extends transversely, the positioning pile 42 includes a first supporting sheet 421 and a second supporting sheet 422 which are integrally connected to the upper surface of the balance clamping piece 41 and extend upwards to be provided with a transverse interval arrangement, and an upper limiting sheet 423 which is in a flat shape and is integrally connected between the tops of the first supporting sheet 421 and the second supporting sheet 422, the first supporting sheet 421, the second supporting sheet 422 and the upper limiting sheet 423 are TPU sheets, and the positioning door hole 4211 is a top-leaning part in an interval space between the first supporting sheet 421 and the second supporting sheet 422. The first support piece 421, the second support piece 422 and the upper limit piece 423 form a door-shaped structure, the positioning door hole 4211 is the portion of the door-shaped structure, the top of which is exposed in the resting groove g, and the positioning frame 420 is the portion of the positioning peg 42 near the top. TPU (Thermoplastic polyurethanes) is named as Thermoplastic polyurethane elastomer rubber, and is a high polymer material formed by the joint reaction and polymerization of diisocyanate molecules such as diphenylmethane diisocyanate (MDI) or Toluene Diisocyanate (TDI) and the like, and macromolecular polyol and low-molecular polyol (chain extender). The TPU has the characteristics of excellent high tension, high tensile force, toughness and aging resistance, and is a mature environment-friendly material. At present, TPU is widely applied to the aspects of medical sanitation, electronic and electric appliances, industry, sports and the like, has the characteristics of high strength, good toughness, wear resistance, cold resistance, oil resistance, water resistance, aging resistance, weather resistance and the like which cannot be compared with other plastic materials, and simultaneously has a plurality of excellent functions of high waterproofness and moisture permeability, wind resistance, cold resistance, antibiosis, mildew resistance, warm keeping, ultraviolet resistance, energy release and the like. The TPU sheet has certain flexibility, and the surface of the TPU sheet can form a good static friction force, so that the TPU sheet has a good effect when being used in the application. It not only more can be under the condition of location magnetic stripe, can be along with mattress deformation, compression, wrench movement etc. adaptability is better, also protects magnetic stripe and last sound insulation pad 1 isotructure better, and also relatively silence moreover can absorb some noises. In this way, the TPU sheet may also replace the silicone sheet and may also be used.

Further, horizontal spacing distance between first backing sheet 421 and the second backing sheet 422 from top to bottom diminishes gradually, like this for interval space between the two has formed the trapezoidal structure of an inversion, or is similar to trapezoidal structure, leans on being close to of lower position, makes the atress of root optimize more, and what receive is tighter, makes the top can be better to the location effect of magnetic stripe.

Preferably, a first end position adjusting reinforcing piece 43 and a second end position adjusting reinforcing piece 44 perpendicular to the balance clamping piece 41 are integrally connected to two ends of the balance clamping piece 41, respectively, and the first end position adjusting reinforcing piece 43, the balance clamping piece 41 and the second end position adjusting reinforcing piece 44 are distributed in an i-shape. The first end position adjusting reinforcing sheet and the second end position adjusting reinforcing sheet can also adopt TPU sheets or silica gel sheets. By the optimized mode, the structural strength of the bottom substrate of the magnetic stripe positioner 4 is optimized, the magnetic stripe positioner 4 is convenient to position, the contact area is increased, and the balance is better.

For the further optimization of the composite support module 3, the composite support module specifically comprises a substrate buffering support pad 31, a lower sound insulation pad 32 and a middle breathable support layer 33 which are sequentially laid from bottom to top, wherein the substrate buffering support pad 31, the lower sound insulation pad 32 and the middle breathable support layer 33 can be respectively formed by bonding environment-friendly glue from top to bottom. The upper sound insulating pad 1 is located on the upper side of the middle air-permeable supporting layer 33, so that the upper sound insulating pad 1 and the middle air-permeable supporting layer 33 can be bonded by coating environmental glue. And the balance clamping pieces 41 are erected between the upper sound insulation pad 1 and the middle air-permeable supporting layer 33.

The preferable process for installing the mattress can be that the base buffering support pad 31 is placed at the upper and lower sides, the upper surface is coated with glue, the lower sound insulation pad 32 is paved, the upper surface of the lower sound insulation pad 32 is coated with glue, the middle air-permeable support layer 33 is paved on the upper surface of the lower sound insulation pad 32, the upper surface of the middle air-permeable support layer 33 is coated with glue, the magnetic strip positioner 4 is placed at first, the upper sound insulation pad 1 is paved on the upper surface of the middle air-permeable support layer 33, the positioning pile 42 of the magnetic strip positioner 4 penetrates through the upper sound insulation pad 1, and finally the magnetic strip is spliced to the placement groove g and penetrates through the positioning pile 42 to be arranged. It should be noted here that the area of the middle air permeable supporting layer 33 for placing the magnetic stripe locator 4 may not be coated with glue, so that there is enough position adjustment margin when the upper acoustic mat 1 is placed, because the position of the magnetic stripe locator 4 is well defined after the position of the upper acoustic mat 1 is adjusted.

Preferably, the lower acoustic mat 32 may also be a sponge layer. The middle breathable support layer 33 may be made of a palm layer, such as a conventional 5D piece of silk palm layer, a seventh generation 5D filmless silk palm layer, moisture absorption and breathability, moisture and mite resistance, a hard ridge protection layer, or other similar palm layers. The magnetic strip 2 can be a 300mT flexible broadband permanent magnetic strip and is refined by rare earth materials which are precious resources, the surface magnetic induction intensity of the magnetic strip can reach 300mT, a constant static magnetic field is generated, and the magnetic field coverage area is large.

Further preferably, the substrate buffering and supporting pad 31 is an E-TPU bridging layer, and the E-TPU bridging layer: the design is designed according to the radian of the physiological curve of the human body, so that the pillow can be more attached to the sleeping posture of the human body and protects the spine. The product is formed by physical foaming, the impact absorption capacity is strong, the buffering performance is good, the overall touch feeling is milder and more comfortable, and the E-TPU material has excellent ageing resistance and weather resistance, is developed in BASF2007, is also foaming thermoplastic polyurethane, is a crystallization type physical foaming material, is nontoxic and tasteless, is degradable, and is more environment-friendly; the product has high strength, heat resistance and wear resistance; the material is mainly used on shoes, has very good elasticity, and has very good elasticity on a mattress, large amplitude and stable structure. Further, the upper surface of the base buffer supporting pad 31 is formed with a plurality of massage guide protruding columns 311 with height difference arranged from the head of the bed to the tail of the bed according to the human body curve, a plurality of rows of massage guide protruding columns 311 arranged from left to right at intervals are formed from the head of the bed to the tail of the bed, the heights of the massage guide protruding columns 311 in the same row are preferably consistent, but the heights of the massage guide protruding columns 311 in different rows are different, and a pattern arranged according to the height difference corresponding to the human body back curve is formed, so that the human body can be very comfortable when lying. Further, the lower sound insulation pad 32 is provided with a guide slot 321 which extends upwards from the lower surface thereof and into which the massage guide protrusion column 311 is inserted, so as to further improve the guide alignment of the massage guide protrusion column 311 and ensure the structural stability in the up-down compression process.

Further, rigid reinforcing rib pieces 310 extending transversely and flatly are embedded in the substrate buffering and supporting pad 31. The rigid reinforcing rib pieces 310 can be rectangular strip-shaped aluminum sheets, so that the rigidity is better, the elasticity is larger and stable because the base buffering supporting pad 31 is an E-TPU bridging layer, but the base buffering supporting pad is still lack in strength when being used on a mattress, and the strength of the base buffering supporting pad 31 can be improved by adding the structure of the rigid reinforcing rib pieces 310. In order to further optimize the strength, the bottom of the base buffering supporting pad 31 is provided with a plurality of mounting positioning slots 30 extending upwards from the bottom surface, the base buffering supporting pad 31 is provided with a conduction channel 301 extending transversely and communicating with the pair of mounting positioning slots 30 at a position between each pair of the mounting positioning slots 30, and each of the rigid reinforcing rib pieces 310 is arranged on the conduction channel 301 communicating between one pair of the mounting positioning slots 30 and the pair of the mounting positioning slots 30 in a penetrating manner. The specific embodiment is provided below, that is, 8 installation positioning slots 30 are arranged at the bottom of the substrate buffer supporting pad 31, two left and right spaced installation positioning slots 30 are arranged at the head of the bed, two left and right spaced installation positioning slots are arranged at the tail of the bed, two vertical left and right spaced installation positioning slots are arranged at the left side of the bottom of the substrate buffer supporting pad 31, two vertical left and right spaced installation positioning slots are arranged at the right side of the bottom of the substrate buffer supporting pad 31, the left installation positioning slot 30 at the head of the bed corresponds to the left installation positioning slot 30 at the tail of the bed and is provided with a conduction channel 301, a rigid reinforcing rib sheet 310 is inserted into the two installation positioning slots 30 and the conduction channel 301 at the position, the rigid reinforcing rib sheet 310 is vertical to the left and right direction, one end of the rigid reinforcing rib sheet 310 can be placed into the installation positioning slot 30, then enters the conduction channel 301, and then enters the other installation positioning slot 30, the length dimension of the rigid reinforcing rib sheet 310 is larger than that of the conduction channel 301, thus, the front and rear portions of the rigid reinforcing rib 310 can be exposed and supported in the two mounting positioning grooves 30, respectively, and the conduction channel 301 is opened between the adjacent groove walls of the two mounting positioning grooves 30. Then, a piece of rigid reinforcing rib sheet 310 is correspondingly arranged between the right mounting positioning groove 30 at the head of the bed and the right mounting positioning groove 30 at the tail of the bed by adopting the structural design. The two positioning grooves 30 on the left side of the mattress and the two positioning grooves 30 on the right side of the mattress are respectively inserted with a rigid reinforcing rib piece 310, but the rigid reinforcing rib pieces 310 extend in the left-right direction, so that a # -shaped reinforcing structure is formed. In addition, the height of the two rigid reinforcing rib pieces 310 between the head and the foot is preferably the same, and similarly, the height of the two rigid reinforcing rib pieces 310 between the left and right sides is preferably the same, but the height of the two rigid reinforcing rib pieces 310 between the head and the foot is not the same as the height of the two rigid reinforcing rib pieces 310 between the left and right sides, and a height difference should exist, so as to prevent the plugging from collision. I.e., the height of the conduction path 301 between the head and the foot and the conduction path 301 between the left and right sides is not uniform. It should be noted that the upper surface of the portion of the rigid reinforcing rib 310 exposed in the installation positioning groove 30 should abut against the groove top of the installation positioning groove 30 to ensure the structural strength, so that the height of the groove top of the installation positioning groove 30 at the head and the tail of the bed is different from the height of the groove top of the installation positioning groove 30 at the left and right sides. The top of the conduction channel 301 is at the same height as the top of the two installation positioning slots 30 connected to the conduction channel, so that the rigid reinforcing rib sheet 310 can abut against the top of the installation positioning slots 30 after being inserted.

Preferably, the left and right width of the composite support module 3 is smaller than the left and right width of the upper sound insulation pad 1, a part of the upper sound insulation pad 1 on the left and right sides transversely exceeds the composite support module 3, and the left and right sides of the composite support module 3 are connected with support edge parts 5 abutting against the lower side of the upper sound insulation pad 1. The left and right widths of the base buffering support pad 31, the lower sound insulation pad 32 and the middle air permeable support layer 33 are all consistent and are stacked up and down to form a complete composite module, that is, the composite support module 3, but the left and right widths of the composite support module 3 are larger, and a left and right excess part can be formed, and the support edge part 5 comprises a first support block 51 and a second support block 52 which are spliced up and down, because the left and right sides are stressed in the using process, the left and right sides need to be structurally reinforced and protected, the support edge part is provided with two different support blocks, the compression degree of the massage guide convex column 311 is different from the compression degree of the massage guide convex column 311, so that the two different support blocks are required to be spliced and can be bonded by glue, of course, the top of the support edge part 5 can be bonded with the bottom of the sound insulation pad 1, the side portions of the support side portions 5 may be bonded to the side portions of the base cushioning support pad 31 and the lower acoustic insulator pad 32, the base cushioning support pad 31. Specifically, the upper surface of the second supporting block 52 is a continuous curved surface which is matched with the discrete human body curves formed by the arrangement of the massage guiding protruding columns 311 in the direction from the head to the tail of the bed, preferably, the height is also matched, because the massage guiding protruding columns 311 are spaced, all formed height drops are discrete, the upper surface of the second supporting block 52 is a continuous surface, but the upper surface is consistent with the discrete height points, the lower surface of the first supporting block 51 is matched with the upper surface of the second supporting block 52 in shape, so that a complete structure can be formed by splicing, and the two surfaces can be bonded through glue. Further, the strength of the first support block 51 is less than that of the second support block 52, because the strength of the substrate cushion support pad 31 is still higher than that of each upper cushion layer, which is more adaptable in structure, the strength of the second support block 52 is preferably similar to that of the substrate cushion support pad 31, and the strength of the first support block 51 is preferably similar to that of the middle air-permeable support layer 33.

In addition, the outer side of the magnetic massage mattress can be wrapped with a composite fiber knitted fabric layer, and multifunctional composite fibers are blended into the fabric, so that negative ions can be released, far infrared rays can be emitted, the antibacterial effect is achieved, close-fitting care is achieved, a healthy environment is created, and the magnetic massage mattress is more comfortable to use.

While the invention has been described with reference to specific embodiments, the invention is not limited thereto, and various equivalent modifications and substitutions can be easily made by those skilled in the art within the technical scope of the invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.