JP3209561U - mattress - Google Patents

Abstract

The present invention provides a smart mattress that is easy and inexpensive to operate, can be applied to various bed bodies, has high versatility, and has important practical benefits. A mattress is a mattress having a massaging function that can arbitrarily adjust a head / leg angle, and includes a mattress sheet, a bed surface, a massage module, and a wireless control system. The mattress sheet includes a mattress frame 4. A bed surface is provided on the upper portion of the mattress frame 4. Both the bed surface and the outer wall of the mattress sheet are covered with the covering woven fabric 1. The massage module is fitted to the packed bed sheet and is connected to a corresponding functional interface in the wireless control system. Since each function of the smart mattress of the present invention employs wireless control, it can be used separately or together. [Selection] Figure 2

Description

  The present invention relates to a mattress and relates to a smart mattress that can arbitrarily adjust the angle of a head / leg portion and has a massage function.

  With the improvement of material living standards, more and more people are obsessed with the quality of life. As sleep occupies one-third of a person's lifetime, the demand for a sleeping partner, the bed, is increasing and diversifying.

  Along with that, mattresses are also becoming three-dimensional and multifunctional. The electric beds found in the market can adjust the bed surface angle and move up and down, but the adjustment function is realized by the bed frame, and many are soft beds, so various consumer needs It is not possible to fully respond to.

  Furthermore, since the mattress and bed frame are large and heavy overall, replacement is very troublesome, leading to waste and waste of resources, which also affects the overall beauty of the bedroom.

  In the market today, mattresses are available that can be adjusted in height and have a massage function. However, only the height of the head can be adjusted and the mattress is thick, making it difficult to correspond to a home bed.

  Moreover, it is contrary to the psychology of those who seek ultra-thinness, and the massage device is a fixed type, a pneumatic type, or a hydraulic type. If classified based on the control method, fixed type and most of pneumatic type and hydraulic type are classified as passive type, but this type of mattress is cumbersome and the function is single, so the human body Functions that can be provided for sleep are weakened.

  Therefore, development of a smart mattress that is easy to operate, highly convenient to use, inexpensive, can meet the needs for lifting and massage functions, and can be widely applied to people's lives is awaited.

  However, the above-described device has drawbacks in use and needs to be improved. The cause is as follows.

  A mattress with a massage function that can be adjusted to a height that is currently on the market can only be adjusted to the height of the head, and the mattress is thick, making it difficult to correspond to a home bed. It is also against the psychology of

  Moreover, since the massage device is a fixed type, a pneumatic type, or a hydraulic type, if classified based on the control method, the fixed type and most of the pneumatic type and hydraulic type are classified as passive types, and the massage operation is performed. Since it is cumbersome and has a single function, the functions that can be provided for human sleep on a daily basis are not high.

  The present invention has been made in view of the above-mentioned problems. The purpose of the present invention is to provide a lifting function for both the head and the leg, to distribute and install massage modules according to the structure of the human body, and to be easy to operate. The purpose of the present invention is to provide a smart mattress that is highly convenient to use and has a lifting / lowering and massage function applicable to various bed frames.

A smart mattress according to the present invention includes a mattress sheet, a bed surface, a massage module, and a wireless control system.
The mattress sheet includes a mattress frame, and a bed surface is provided on the upper portion of the mattress frame, and the bed surface includes a multi-section articulated bedboard, a filling layer, and a latex layer that can be moved up and down sequentially from the bottom to the top.
Both the bed surface and the outer wall of the mattress sheet are covered with a covering woven fabric.
The massage module is fitted to the bottom layer of the filling layer and is connected to a corresponding functional interface in the wireless control system.

The massage module comprises a shoulder / neck roller massage module, a lumbar roller massage module, and a leg vibration massage module.
A transmission shaft is installed inside the mattress frame, both ends of the transmission shaft and the mattress frame are movably connected, and a support arm is fixed at the center.
A caster is installed at the end of the support arm.
When moving, the caster and the multi-section articulated bedboard come into contact.
The wireless control system includes an electric linear drive device controlled by a wireless control device.
The electric linear drive device is installed on the transmission shaft through the transmission shaft engaging tubs at both ends.
The electric linear drive device includes an electric linear driver, a thrust block is installed inside the electric linear driver, a swing arm is further fixed on the transmission shaft, and the swing arm and the thrust block are in contact with each other.
The transmission shaft includes a head transmission shaft and a leg transmission shaft, and the head transmission shaft and the leg transmission shaft are parallel to each other.

The multi-section articulated bedboard is a wood board and includes an A section, a B section, a C section, a D section, and an E section.
The sections are connected with hinges.
Two first flat steels parallel to each other are installed between the head transmission shaft and the leg transmission shaft.
Both ends of the first flat steel are fixed on the mattress frame, and both connecting holes are installed, and are fixedly connected to the C section of the multi-section connecting bedboard.
A second flat steel parallel to the first flat steel is installed at the end of the mattress frame, and a third flat steel is installed in front of the second flat steel.
The third flat steel is fixed on the mattress frame by bolts, leaving a gap between the third flat steel, the bolt and the mattress frame.
Both ends of the second flat steel are connected to the third flat steel, respectively, and two connecting holes are installed in the second flat steel and fixedly connected to the E section of the multi-section connecting bedboard.

The electric linear drive device further includes a control box.
The massage module and the interface of the corresponding function on the control box are connected to each other, and the electric linear driver and the interface of the corresponding function on the control box are connected to each other.
The filling layer is one kind or several kinds of a spring chip layer, a palm chip layer, or a sponge chip layer, and a filling layer having different hardness is selected and used according to the needs of the consumer.
Four legs are fixedly installed at the lower end of the mattress frame, a transmission shaft in the mattress frame is installed in a space between the ground and a wooden frame is installed outside.

The mattress sheet further comprises four removable support stands.
Bolts are installed on the four support stands, respectively, and are connected to the four legs on the mattress frame by screwing.
The consumer can decide whether to install a support stand according to his needs.

In order to achieve an ultra thin effect on the smart mattress of the present invention, the control box of the smart mattress of the present invention and the two electric linear drivers can be installed separately.
A head driver fixing shaft and a leg driver fixing shaft are respectively installed in the center portion of the mattress frame.
The electric linear screwdriver end is engaged on the screwdriver fixing shaft, fixed to the bolt using a nut, a through hole is installed in the head, and an insertion pin is used to connect the through hole on the swing arm. Connect and fix using the insertion pin.
The control box is fixedly installed below the E section of the multi-section articulated bedboard.

The advantages of the present invention are as follows.
1. The smart mattress of the present invention achieves head lifting and leg lifting, and its shoulder / neck and waist roller massage modules can adjust the massage strength, uniting the lifting and massage functions together, Functions can be individually controlled as necessary to meet various needs of users.
2. In the smart mattress of the present invention, when the elevating and massaging functions are not used, the components of the elevating function and the massaging function are completely hidden in the mattress, so the state is the same as an ordinary mattress and its universality is It is extremely expensive and can be combined with any bed at will, avoiding the hassle of replacing the entire bed with the use of a smart mattress, making it economically reasonable and maintaining the overall aesthetic of the bedroom You can also
3. The smart mattress of the present invention applies the idea of ultra-thinness to a smart mattress for the first time, and can satisfy consumer sentiment for compactness and thinness.
4). In the smart mattress of the present invention, both the lift and massage functions adopt wireless remote control, so it is similar to the operation of existing home appliances, so it is easy to operate, convenient to use, and inexpensive. It is easy for consumers to accept and has very important practical benefits.

It is an exploded view of the smart mattress of the present invention. It is an exploded view of the present invention ultra-thin smart mattress. FIG. 2 is a local view of the mattress frame shown in FIG. 1. FIG. 2 is a local view of a transmission shaft shown in FIG. 1. FIG. 2 is a local view of the electric linear control device shown in FIG. 1. FIG. 2 is a local view of the support arm shown in FIG. 1. FIG. 3 is a local view of the mattress frame shown in FIG. 2. FIG. 3 is a local view of a transmission shaft shown in FIG. 2 and a connection schematic diagram of an end portion of an electric linear driver. It is a connection schematic diagram of the electric linear driver and swing arm shown in FIG. FIG. 4 is an exploded view of a shoulder / neck and waist roller massage module. It is a local figure of the raising / lowering mechanism and position limiting mechanism of a shoulder / neck and waist roller type massage module. It is a local view of the raising / lowering motor of a shoulder / neck and a waist roller type massage module.

A smart mattress according to an embodiment of the present invention will be described with reference to the drawings.
As shown in FIGS. 1 and 3 to 6, the smart mattress of the present invention includes a mattress sheet, a bed surface, a massage module, and a wireless control system.

  The mattress sheet includes a mattress frame 4. A bed surface is installed on the upper portion of the mattress frame 4, and the bed surface includes a multi-section articulated bed board 5, a filling layer 6, and a latex layer 9 that can be moved up and down in order.

  The multi-section articulated bedboard 5 and the filling layer 6 are fixed by an adhesive method, and the filling layer 6 and the latex layer 9 are fixed by an adhesive method. The bed surface and the outer wall of the mattress sheet are covered with the covering woven fabric 1, and the massage module is fitted to the bottom layer of the filling layer 6. Based on the shape of the massage module, the installation layer is divided into the corresponding portion of the filling layer 6 and the massage module is fitted and installed in the corresponding installation layer, and the corresponding functional interface in the wireless control system Connect.

  The massage module includes a shoulder / neck roller massage module 7, a waist roller massage module 7, and a leg vibration massage module 8. Since the vibration massage module 8 of the leg is an existing massage module, it will not be described in detail here.

  As shown in FIGS. 10-12, the roller massage module 7 for the shoulder / neck and the roller massage module 7 for the lumbar region are both roller-type massagers capable of adjusting the massage strength, and include an elevating mechanism, a stroke position limiting mechanism, and a massage head 74. Is provided. The stroke position limiting mechanism and the lifting mechanism are fixedly connected to each other, and the massage head 74 is installed on the lifting mechanism.

  The lifting mechanism includes a lifting motor 716, a lifting motor lower installation plate 77, a guide post 76, a screw 713, a linear bearing 712, and a massage head installation plate 711. A guide post 76 is fixed to the upper surface of the lifting motor lower installation plate 77, and the lower surface and the aluminum support frame 720 at the end of the lifting motor 716 are fixedly connected to each other, and a through hole is provided in the central portion. .

  A turbine 721 is installed inside the aluminum support frame 720. A linear bearing 712 is installed on the upper surface of the massage head installation plate 75, and the guide post 76 penetrates the linear bearing 712. A screw 713 is fixed to the lower surface of the massage head installation plate 75, and the opposite end of the screw 713 passes through the through hole and enters the turbine 721.

  The stroke position limiting mechanism includes a limit switch 710, a limit switch installation plate 715, and a stroke probe 714. The limit switch 710 is fixed on the aluminum support frame 720 through the limit switch installation plate 715. The limit switch 710 includes a micro switch 7101, an upper fine movement contact piece 71011 and a lower fine movement contact piece 71012 installed on the micro switch 7101. One end of the upper fine movement contact piece 71011 is fixed to the upper end of the microswitch 7101, and the opposite end is curved. One end of the lower fine movement contact piece 71012 is fixed to the lower end of the microswitch 7101, and the opposite end is curved. The upper end of the stroke probe 714 is fixed on the massage head installation plate 75, and the lower end is curved. The curved part of the stroke probe 714 is located between the curved part of the upper fine movement contact piece 71011 and the curved part of the lower fine movement contact piece 71012.

  The massage head 74 is an existing roller-type massage head, and the lifting motor 716 is an existing lifting motor and will not be described in detail here. A worm 719 is installed at the center of the lifting motor 716. A gear is installed on the worm 719 and meshed with the gear on the outer periphery of the turbine 721, and a screw yama is installed on the inner periphery of the turbine 721 and meshed with the screw yama on the screw 713.

  The aluminum support frame 720 includes an upper lid and a lower lid, and a large bearing 717 and a small bearing 718 are installed on both sides of the worm 719. The large bearing 717 and the small bearing 718 are supported by the turbine 721 and moved backward to be installed on the lower cover of the aluminum support frame 720, and the upper cover is connected to the lower cover through bolts.

  The massager further includes a housing that covers and holds the entire massager. The housing includes an installation bottom plate 711, a wooden outer frame 72, and a support vertex plate 71.

  The elevating mechanism further includes two fixed stands 79. The fixed stand 79 upper end and the lifting motor lower installation plate 77 are fixed and connected, and the lower end and installation bottom plate 711 are fixed and connected, and the entire massager is fixed on the installation bottom plate 711. The wooden outer frame 72 covers and holds the entire massage device, and the bottom portion is fixed to the installation bottom plate 711 using wood screws, and the vertex portion is fixed to the support vertex plate 71 using wood screws.

  The support vertex plate 71 is provided with an opening whose shape matches that of the massage ball on the massage head 74. The massage ball includes a large massage ball 722 and a small massage ball 723. The small massage ball 723 is located inside the opening, and the large massage ball 722 and the opening are located on the same plane.

  The lifting mechanism further includes a motor fixing block 78. The motor fixing block 78 is a rectangular metal block, and through holes of different lengths are inserted on both sides thereof, and bolts are inserted respectively, and the lifting motor lower installation plate 77 and the aluminum support frame 720 are fixed with screws. To do. Holes are provided on both sides of the massage head installation plate 75, and the linear bearings 712 are fitted and installed in the holes, and both ends are engaged and fixed by the engagement springs 73 to prevent the linear bearings 712 from shifting. The massage head 74 is fixedly installed on the massage head installation plate 75.

  In operation, the elevating motor 716 and the external power source communicate with each other to operate the rotor of the elevating motor 716. The worm 719 meshes with the gear and interlocks the operation of the turbine 721. The turbine 721 and the screw 713 convert the circumferential motion into a linear motion format and interlocks the motion of the massage head installation plate 75 with a screw yama. Since the linear bearing 712 presses the massage head installation plate 75, it can only move up and down through the guide post.

  In operation, both the large massage sphere 722 and the small massage sphere 723 are located above the support vertex plate 1. When the stroke probe 714 reaches the upper / lower stroke limit, it contacts the upper fine movement contact piece 71011 or the lower fine movement contact piece 71012 on the microswitch 7101. Thereby, the microswitch is short-circuited, the lifting motor 716 and the external power supply are disconnected, and the positive and negative electrodes of the power supply line of the lifting motor 716 are short-circuited to complete the lock.

The roller massage module 7 can move up and down and adjust the massage strength by adjusting the height of the massage head. A transmission shaft 14 is installed inside the mattress frame 4. Both ends of the transmission shaft 14 and the mattress frame 4 are movably connected, and a support arm 16 is fixed at the center. A caster 17 is installed at the end of the support arm 16.
When moving, the caster 17 and the multi-section articulated bed board 5 come into contact with each other.

  The wireless control system includes an electric linear drive device 11 controlled by the wireless control device 10. A transmission shaft engaging tank 22 is installed at both ends of the electric linear drive device 11. The electric linear drive device 11 is installed on the transmission shaft 14 through the transmission shaft engaging tank 22. The electric linear drive device 11 includes an electric linear driver 3. A thrust block (not shown) is installed inside the electric linear driver 3.

A swing arm 15 is further fixed on the transmission shaft 14, and the swing arm 15 and the thrust block are in contact with each other. The transmission shaft 14 includes a head transmission shaft 141 and a leg transmission shaft 142.
The head transmission shaft 141 and the leg transmission shaft 142 are parallel to each other.

The multi-section articulated bedboard 5 is a wood board and includes an A section, a B section, a C section, a D section, and an E section. The sections are connected with hinges. Two first flat steels 19 parallel to each other are installed between the head transmission shaft 141 and the leg transmission shaft 142. Both ends of the first flat steel 19 are fixed on the mattress frame 4, and further, two connecting holes 18 are installed, and the C section of the multi-section connecting bed board 5 is fixedly connected.

  A second flat steel 20 parallel to the first flat steel 19 is installed at the end of the mattress frame 4, and a third flat steel 21 is installed in front of the second flat steel 20. The third flat steel 21 is fixed on the mattress frame 4 by bolts 24, leaving a gap between the third flat steel 21, the bolts 24 and the mattress frame 4. Both ends of the second flat steel 20 are connected to the third flat steel 21, respectively. Two connecting holes 18 are provided in the second flat steel 20, and are fixedly connected to the E section of the multi-section connecting bed board 5. To do.

  The electric linear drive device 11 further includes a control box 2. The massage module and the interface of the corresponding function on the control box 2 are connected to each other, and the electric linear driver 3 and the interface of the corresponding function on the control box 2 are connected to each other.

  As the filling layer 6, one or several kinds of filling layers having different hardnesses in the spring chip layer, the palm chip layer or the sponge chip layer are selected and used according to the needs of the consumer.

  If a relatively soft filling layer such as a sponge chip layer is selected, the entire sponge chip layer can be installed on the multi-section articulated bed board 5 to realize the lifting function.

  If a relatively hard filling layer such as a palm chip layer is selected, the palm chip layer must be divided into an A1 section, a B1 section, a C1 section, a D1 section, and an E1 section according to the shape of the multi-section bedboard 5 . Then glue the A1 section on the A section, the B1 section on the B section, the C1 section on the C section, the D1 section on the D section, and the E1 section on the E section And realize the lifting function.

  Four legs are fixedly installed at the lower end of the mattress frame 4, and the transmission shaft and the like in the mattress frame 4 are installed in a space between the mattress frame 4 and the ground. In order for the consumer to increase the height of the mattress, the mattress frame can be further provided with four removable support stands 13. Bolts are respectively installed on the four detachable support stands 14, and are screwed and connected to the legs fixed on the mattress frame 4. A wooden frame 12 is further installed outside the mattress frame 4.

  When the smart mattress of the present invention is not used, the components of the lifting function and the massage function are completely hidden in the mattress, and the state thereof is the same as that of an ordinary mattress.

  At the time of use, a button in the wireless control device 10 is selected as necessary. When using the massage function, the shoulder / neck massage, the waist massage or the leg massage button (installed on the wireless control device 10; not shown) in the wireless control device 10 is selected as necessary. Issues a command to the control box 2, and the control box 2 commands the corresponding massage unit to operate.

  When using the up / down lifting function, the head lifting button, the leg lifting button or the head / leg simultaneous lifting button (installed on the wireless control device 10, not shown) in the wireless control device 10 is used as necessary. Then, the wireless control device 10 issues a command to the control box 3, and the control box 3 receives the command and then transfers the command to the electric linear driver 3. As a result, the corresponding electric linear driver 3 operates to generate a linear thrust, and the thrust block (not shown) pushes the swing arm 15 on the transmission shaft 14. After receiving the linear thrust, the swing arm 15 converts it into torque and provides it to the support arm 16. The support arm 16 transmits the amount of rotation through the caster 17 to the corresponding movable end of the multi-section articulated bedboard 5. The A section, B section, D section, and E section of the multi-section articulated bedboard 5 are all moved up and down to realize a comfortable position memory setting.

  The lifting function and the massage function of the smart mattress of the present invention can be used separately or together as needed.

  As shown in FIGS. 7 to 9, the smart mattress control box 2 and the two electric linear drivers 3 can be installed separately in order to achieve the ultra-thin effect of the smart mattress of the present invention. it can. A head driver fixing shaft 251 and a leg driver fixing shaft 252 are installed in the mattress frame 4, respectively. The end portion of the electric linear driver 3 is engaged with the driver fixing shaft 25 and fixed with a nut 23 and a bolt 24. A through hole is provided in the head, and the insertion pin 27 is used to place the terminal on the swing arm 15. Connect with the through hole. Furthermore, it fixes using the insertion pin lock 28, and the control box 2 is fixed and installed in the E section lower surface of the multi-section articulated bed board 5.

  The present invention succeeds in the close integration of mattress elevating function, massage function and traditional sleep function, and not only provides the massage bed healing function, but also has the single function of traditional massage bed Can be improved. When the massage function is not used, the massager is completely hidden in the mattress and can be used as an ordinary bed.

  Compared to commercially available soft electric lift beds and pillows, the mattress can be raised during reading and watching TV, providing better support for the spine, and filling the gap that there are no hard beds in the electric lift beds currently on the market it can. Moreover, it can be made to correspond to existing home bed frames without any gaps, and by selecting mattresses of various heights, it can be completely compatible with existing Chinese and European style bed frames, just replacing the mattress. Thus, the above functions can be realized. In this way, unnecessary expenses can be avoided, and the philosophy of ultra-thin smart mattresses is submitted for the first time, providing very important practical benefits.

  By summing up the descriptions of the above embodiments, the operation, use, and effects of the present invention can be fully understood. However, the embodiment described above is merely a preferred embodiment of the present invention, and is not intended to limit the scope of the utility model registration claim of the present invention. That is, all simple changes and modifications having the same effect based on the scope of the claims of the utility model registration of the present invention and the contents of the description shall fall within the scope of the present invention.

DESCRIPTION OF SYMBOLS 1 Covered woven fabric 2 Control box 3 Electric linear driver 4 Mattress frame 5 Multi-section articulated bed board 6 Packing layer 7 Roller massage module 71 of shoulder / neck and lumbar region Support vertex plate 72 Wooden outer frame 73 Engaging spring 74 Massage Head 75 Massage head installation plate 76 Guide post 77 Lifting motor lower installation plate 78 Motor fixing block 79 Fixed stand 710 Limit switch 7101 Micro switch 71011 Upper fine movement contact piece 71012 Lower fine movement contact piece 711 Installation bottom plate 712 Linear bearing 713 Screw 714 Process probe 715 Limit switch installation plate 716 Lifting motor 717 Large bearing 718 Small bearing 719 Warm 720 Aluminum support frame 721 Turbine 722 Large massage ball 23 Small massage ball 8 Vibration massage module 9 Leg layer 10 Wireless control device 11 Electric linear drive device 12 Wooden frame 13 Detachable support stand 14 Transmission shaft 141 Head transmission shaft 142 Leg transmission shaft 15 Swing arm 16 Support Arm 17 Caster 18 Connecting hole 19 First flat steel 20 Second flat steel 21 Third flat steel 22 Transmission shaft engagement tank 23 Nut 24 Bolt 25 Driver fixed shaft 251 Head driver fixed shaft 252 Leg driver fixed shaft 26 Electric linear Driver end link prefix 27 Insert pin 28 Insert pin lock

Claims (9)

With Ma Ttoresushito, bed surface, massage module, a wireless control system,
The mattress sheet is provided with a mattress frame, in the upper part of the mattress frame established the beds de section,
The beds de section,
In order from bottom to top, it includes a multi-section articulated bed board capable descending temperature, and the filling layer, a latex layer, and
The beds de portion and the outer wall of the mattress sheet together, wrapped with wrapping covering type fabric,
The massage module is fitted on the filling layer, moreover concatenated with the corresponding functional interfaces in the wireless control system,
The massage module, shoulder / and cervical roller massage module, and lumbar roller massage modules, features and to luma mattresses to be provided with a vibrating massage module leg. The mattress according to claim 1,
Connect both ends of the transmission shaft to the inside of the mattress frame so that it can rotate around the shaft,
A support arm is fixed to the transmission shaft in a direction perpendicular to the axis of the transmission shaft ,
A caster is installed at the end of the support arm,
In addition to the support arm, a swing arm projects from the transmission shaft.
When moving the bed portion , the caster and the multi-section articulated bedboard are in contact with each other,
The wireless control system includes an electric linear drive device controlled by a wireless control device ,
The electric linear drive device includes an electric linear driver,
The electric linear drivers has a displacing block and pulling linearly press the swing arm by the power,
When the electric linear driver is operated, a linear thrust is generated in the thrust block, the thrust block pushes the swing arm, and the force applied to the swing arm is converted into torque by the rotation of the transmission shaft, and the support arms, the rotation amount, through the caster, features and to luma mattresses to be transmitted to a multi-section articulated bed board. The mattress according to claim 2,
The transmission shaft includes a head transmission shaft and a leg transmission shaft,
Wherein A head transmission shaft and said legs transmission shaft, features and to luma mattresses that mutually parallel. The mattress according to claim 3,
The multi-section articulated bedboard is a wood board and includes an A section, a B section, a C section, a D section, and an E section.
The section and the section are connected with a hinge,
Between the head transmission shaft and the leg transmission shaft, two first flat steels parallel to each other are installed,
Both ends of the first flat steel, fixed on the mattress frame, deer also concatenated fixed to the multi-section C section articulated bed board,
At the end of the mattress frame , install a second flat steel parallel to the first flat steel,
In front of the second flat steel, a third flat steel is installed ,
The third end of the flat steel, by a bolt, is fixed on the mattress frame,
Leave a gap between the third flat steel, bolt and mattress frame,
Both ends of the second flat steel, and connected respectively with said third flat steel,
It said second flat steal Le is multi section articulated bed board E section and fixed to features and to luma mattresses that concatenation of. The mattress according to claim 2,
The electric linear drive further includes a control box, and the corresponding function of the interface on the massage module and the control box, mutually concatenated,
The electric The linear driver with a corresponding interface function on the control box, features and to luma mattresses that connected to each other. The mattress according to claim 1,
The packed bed, features and to luma mattresses that spring tip layer, which is one type or several types of palm chip layer or sponge chip layer. The mattress according to claim 4 or 5,
Wherein the lower end of the mattress frame, four legs fixed to the installing, the outer, features and to luma mattresses to placing the crate. The mattress according to claim 7,
The mattress sheet further comprises four removable support stands,
The four On support stand, each installed bolts, the lower end of the legs and screwed with features and to luma mattresses that concatenation of the mattress frame. The mattress according to claim 8,
The control box and the two electric linear drivers are installed separately,
At the center of the mattress frame, a head driver fixing shaft and a leg driver fixing shaft are installed,
The end part of the electric linear screwdriver is engaged with the screwdriver fixing shaft, fixed to the bolt using a nut, a through hole is installed in the head, and the insertion pin is used to penetrate the swing arm. Connect with the hole and fix it with the insertion pin,
The control box, features and to luma mattresses to be placed in fixed E section below the multi-section articulated bed board.