CN213526308U

CN213526308U - Flexible multifunctional intelligent massage pillow

Info

Publication number: CN213526308U
Application number: CN202021375989.1U
Authority: CN
Inventors: 司洪涛; 王新跃
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-07-14
Filing date: 2020-07-14
Publication date: 2021-06-25
Anticipated expiration: 2030-07-14

Abstract

The utility model relates to a flexible multi-functional intelligent massage pillow, mainly used head massage and physiological information detect, and its pillow body is the flexible pillow body, is equipped with massage gasbag, response gasbag, heat application piece and the speaker of broadcast music on the pillow body, the massage gasbag is double-deck massage gasbag, double-deck massage gasbag includes first bag and the second bag that distributes from top to bottom, is equipped with the bonding region between the two and lies in the bag at bonding region middle part through-hole, establish gas pressure sensor in the response gasbag or connect gas pressure sensor's atmospheric pressure input port through the response trachea. The intelligent massage pillow can be used independently, can also be connected into an Internet-based health diagnosis and treatment system, and is used as head massage and physiological information detection equipment of the health diagnosis and treatment system.

Description

Flexible multifunctional intelligent massage pillow

Technical Field

The utility model relates to a flexible multi-functional intelligent massage pillow, this kind of flexible multi-functional intelligent massage pillow have the massage function of head and adjacent position and can real-time detection user's partial physiological information, can access to health diagnosis and treatment system based on the internet as corresponding detection and health care equipment.

Background

The sleep of a person in a lifetime occupies about 1/3 hours, the quality of the sleep is closely related to the health of the human body, and long-term insomnia causes intelligent activity disorder of the person, which is specifically manifested as hypomnesis, easy forgetfulness, inattention, anxiety and the like, and simultaneously causes damage to other functions, such as dizziness, poor appetite, dyspepsia in daytime, and even symptoms of headache, numbness of limbs or faces, dyspnea, palpitation, blood pressure fluctuation, hyperhidrosis, irregular menstruation and the like. In a sense, the quality of sleep determines the quality of life.

However, in modern life style and living conditions, insomnia is a problem which people often need to face, and although the existing medicines can treat insomnia at present, long-term or excessive dependence on the medicines is also a serious problem, so that people more expect a simple and easy health care physical therapy mode such as head massage, and the like, particularly a self-help facility for personal use to improve sleep conditions. The head massage can promote blood circulation, improve blood circulation of hair follicles, promote hair growth, relax the body, relieve pressure, improve nervous state, prevent and eliminate headache, and especially for insomnia people, the head massage also has the effects of strengthening brain, tranquilizing mind and promoting sleep.

Many automatic massage devices are used by individuals, but most of the automatic massage devices are used for massaging other parts of the body, such as massage chairs, massage cushions, foot massagers and the like, and special head massage devices, particularly head massage devices which are combined with pillows and can massage when people fall asleep, are lacked.

For head massage, the main drawbacks of the existing automatic massage devices include: 1) most of the massage elements are hard rotary massage heads, massage columns and the like, and the massage elements are not suitable for head massage and are particularly not suitable for being arranged in a pillow to form a massage pillow. 2) For example, the existing massage chair is mainly composed of a rotary massage head and a massage column, the outside is wrapped with cloth, the head is rested on the hard massage head and the massage column, and even if the part is made into the shape of a pillow, the pillow can not be rested for a long time for sleeping. 3) Cannot detect physiological information of the user and is not suitable for the internet + ". Although the existing massage equipment is mostly provided with a control device or a local central control processor, and can select a massage mode and massage time through key input, the massage mode and the massage time are preset and cannot be automatically adjusted according to the physical condition of a user; although theoretically, the existing control device is connected to the internet through the communication technology and the communication device, so that remote control and remote monitoring of the working state of the device can be realized, and some products claim to realize the function, however, because the existing massage device cannot monitor or detect the physiological state or the physiological index of the user, the physiological index in the sleep process, particularly the physiological index related to the sleep quality, is an important basis for judging the sleep state and the body health state, is also a main basis for remote massage control or automatic massage control, and lacks automatic detection of the physiological state or the physiological index, the full play of the advantages of the internet plus is seriously hindered, and the requirement of a health diagnosis and treatment system cannot be met.

SUMMERY OF THE UTILITY MODEL

The utility model aims at remedying prior art not enough, provide flexible multi-functional intelligent massage pillow, this kind of massage pillow is flexible, can regard as the pillow to use to can carry out the massage, play music and the hot compress etc. at positions such as head under the cooperation of corresponding controlling means etc. and control, can also gather partial physiological information, and then head massage and the physiological information check out test set as the system is diagnose healthily.

The technical scheme of the utility model is that: flexible multi-functional intelligent massage pillow includes:

the pillow body is made of flexible materials, such as latex or slow rebound memory cotton;

the massage air bag comprises a head and neck massage air bag positioned at a head and neck massage part (a part corresponding to the massage part on the head and neck of a user) on the pillow body and a shoulder massage air bag positioned at a shoulder massage part (a part corresponding to the massage part on the shoulder of the user) on the pillow body, the positions of the massage air bags are arranged according to the specific massage part, for example, the head and neck massage part may be located at a suitable region such as a lateral middle region of the top surface of the pillow body, especially suitable areas such as the near foot side area (the side of the pillow body facing the feet of the person in normal use is the foot side, and the side opposite to the foot side is the head side) and the like, so as to be suitable for the massage of the head and neck in common academic positions, the shoulder massage part can be positioned in the transverse middle area of the foot side edge surface of the pillow body, particularly the upper area of the pillow body, so as to be suitable for the shoulder end common academic massage;

the inflation and deflation device is arranged in the pillow body or in a groove shape on the bottom surface of the pillow body, and the port of the first bag is connected with the inflation and deflation device through a gas pipe;

the loudspeaker is arranged in the pillow body or in the groove shape of the top surface of the pillow body and positioned at the transverse side part (the left side near edge area or the right side near edge area) of the pillow body, and the loudspeaker is provided with an interface for connecting a player;

the hot compress sheet is arranged at the hot compress part of the pillow body (the part corresponding to the human body part needing hot compress on the pillow body), and the hot compress sheet is provided with a wiring terminal used for connecting a hot compress power supply.

Preferably, the pillow body is further provided with an induction air bag, a gas pressure sensor is arranged in the induction air bag or is connected with a gas pressure input port of the gas pressure sensor through an induction air pipe, and the pressure sensor is provided with an interface for outputting induction signals.

The sensing air bags are preferably in a transverse strip shape or a rectangular shape, the number of the sensing air bags can be one or more, the distribution areas or the distribution modes of the sensing air bags can ensure that the body surface deformation or the pressure change caused by pulse and/or respiration of a user under the conventional posture can be collected, the sensing air bags are usually positioned on the upper surface or the near upper surface of the pillow body and are pressed by the head and neck (the pillow body has proper deformation in the corresponding area after the user goes on the pillow), the distribution areas of the sensing air bags can be usually the same as or approximately the same as the distribution areas of the massage air bags, and the sensing air bags can be usually arranged below the massage air bags in the overlapping areas.

Preferably, a flexible cover plate capable of covering each massage air bag is arranged on the pillow body. In general, a recess for placing a massage air bag may be provided on a corresponding surface of the pillow body, and the cover sheet is covered on the recess, and an outer surface thereof is connected to an outer surface of a portion adjacent to the pillow body as a smooth surface. Since each massage air bag is located in one adjacent region, a large recess may be provided in which each massage air bag is disposed.

Preferably, the heat patch is disposed on the inner side or the outer side of the cover sheet.

Preferably, the pillow body is formed by combining an upper pillow body and a lower pillow body, and the upper surface of the upper pillow body is in a curved surface shape so as to meet the requirement of ergonomics.

Preferably, the top surface of the lower pillow body (this top surface is in the same place with the bottom surface of last pillow body) is equipped with main mounting groove and sound groove, it installs to fill air bleeder in the main mounting groove, the speaker is installed in the sound groove, it is equipped with air delivery pipe hole and sound transmission hole to go up the pillow body, the air delivery pipe hole does through-hole between the surface of the pillow body and the bottom surface, the air delivery pipe passes air delivery pipe hole to make its both ends can respectively with fill air bleeder and corresponding massage airbag and be connected, sound transmission hole is vertical through-hole, is located the top in sound groove.

Preferably, the massage air bag is a double-layer massage air bag, the double-layer massage air bag comprises a first bag and a second bag, the second bag is located above the first bag, a bonding area which is mutually and hermetically connected into a whole is arranged between the bottom surface of the second bag and the top surface of the first bag, an inter-bag through hole which is communicated with the air filling space in the second bag and the first bag is arranged in the middle of the bonding area, the bonding area is located in the central position or the position deviated from the central position of the bottom surface of the second bag, the center of the bottom surface of the second bag is aligned or not aligned with the center of the top surface of the first bag, the bottom surface of the first bag is fixedly connected with the surface of the pillow body, and the first bag is provided with a through hole (an air inlet and outlet pipe interface) for connecting an air filling and discharging device.

Preferably, the first and second pouches are of a planar double-layer structure and are composed of a bottom surface and a top surface, the bottom surface and the top surface of the same pouch are hermetically connected at the edge regions thereof, the bottom surface and the top surface can be attached to each other when the pouch is not inflated, and after the air is inflated between the bottom surface and the top surface, the middle regions (regions except the edge regions hermetically connected with each other) of the bottom surface and the top surface are separated from each other to form an inflation space inside the pouch.

Preferably, the second pouch is located directly above the first pouch, typically the second pouch is of equal or substantially equal size to the first pouch, e.g. the areas of the two (the areas of the bottom or top) differ by no more than 25% or 50% of the smaller area thereof.

Preferably, the planar shape of the first pouch and the second pouch (corresponding to the shape when the top surface or the bottom surface is in a planar state) is rectangular (including square) or oval (including circular).

The location of the bonding areas in the different massage cells relative to the bottom surface of the second cell may or may not be generally the same and may include any of a number of forms:

1) the bonding area is located at a position offset in the longitudinal direction and not offset in the transverse direction from the center of the bottom surface of the second pouch;

2) the bonding area is located at a position offset in the longitudinal direction and not offset in the transverse direction from the center of the bottom surface of the second pouch;

3) the bonding area is located at a position offset in the longitudinal direction and also offset in the transverse direction from the center of the bottom surface of the second pocket;

4) the bonding area is located at a central position of the bottom surface of the second pouch.

A telescopic massage head is preferably arranged below the second bag, a vertical telescopic piece (moving piece) facing the second bag is arranged on the telescopic massage head, and the top of the telescopic piece is in contact with the bottom surface of the second bag or a separation body is arranged between the top of the telescopic piece and the bottom surface of the second bag. The user can fix the bottom surface of the second bag on a local pillow body of the massager, the telescopic massage head is arranged below the local pillow body, the local pillow body is used as a separation body between the top of the telescopic piece and the bottom surface of the second bag, the top of the telescopic piece abuts against the bottom surface of the separation body, when the telescopic piece moves upwards, the local pillow body above the telescopic piece is jacked upwards, the double-layer massage air bag is driven to move upwards, the telescopic massage head achieves larger massage displacement and pressing force, and the double-layer massage air bag ensures flexibility and appropriate force application angle and contact area.

The top of the telescopic piece can be in a disc shape (the outer diameter is larger than that of the main body part of the telescopic rod), and the top surface can be a rotating curved surface with the middle part protruding upwards.

The telescopic massage head can adopt an air cylinder, the cylinder body of the air cylinder is vertical, and the piston rod extends out of the upper end of the cylinder body and is used as the telescopic piece. The top end of the piston rod can be provided with a curved top disc or a planar top disc, the middle part of the curved top disc is convex upwards, the size of the top disc is set according to the size of an area which is expected to be jacked, and the required telescopic action is formed by the piston rod moving up and down.

The telescopic massage head can include the motor of rotation type (be referred to as the motor for short), the motor through rotatory straight drive mechanism that changes with the extensible member drive is connected, the lateral surface of the casing of motor or the mounting bracket lateral surface of motor with be equipped with vertical guide structure between the extensible member, guide structure can be vertical guide way or vertical guide rail, be equipped with on the extensible member with vertical guide way or vertical guide rail sliding fit's slider or spout.

The telescopic massage head can comprise a vertical linear motor, the telescopic part is arranged on a sliding block of the linear motor, the telescopic part can be an independent part fixedly arranged on the sliding block or can be directly acted by the sliding block, and as the telescopic part can be generally in a vertical cylindrical shape, when the sliding block is used as the telescopic part, the sliding block is provided with a vertical cylindrical structure which extends upwards.

The telescopic massage head can also adopt any other suitable prior art.

The retractable massaging head is usually arranged in the pillow body.

The utility model has the advantages that: the pillow body adopts the flexible pillow body, and the massage element also adopts the flexible bag with the plane structure, so that the pillow can be used as a pillow, the pillow can be used for massaging when lying under the control of the related control device, a special physical therapy process is not needed, extra time is not consumed, the pillow can be used for sleeping unconsciously under the action of massage, music and hot compress (according to specific selection), and the pillow is convenient to use and is beneficial to falling asleep; because the massage element adopts the flexible massage air bag, the user feels comfortable and cannot cause damage, when the massage is not carried out, the massage air bag is changed into a flexible sheet shape, the normal use of the pillow is not hindered, and the user cannot feel uncomfortable; due to the adoption of the unique double-layer massage air bag design, the upper air bag (the second air bag) which directly acts on the human body has not only up-and-down expansion movement but also inclined movement in the inflation process, and is in a certain inclination angle after being inflated, so that the upper air bag can better contact and act with the body surface, the comfort level is further improved, and the massage effect is improved; due to the arrangement of the loudspeaker, music can be played in the massage process through the corresponding music player, so that people feel more comfortable and relaxed; because the hot compress sheet is arranged, the independent hot compress can be controlled or the hot compress can be assisted in the massage process; the sensing air bag is arranged, the body surface pressure or micro-motion signals can be collected through the sensing air bag, real-time heart rate signals and respiration rate signals can be continuously obtained under the support of relevant data processing technologies and equipment, then the sleeping condition and the body health condition of a person are analyzed through the signals, the medical health care pillow is suitable for the requirement of the Internet plus medical care, therefore, the massage pillow can be used as head massage and detection equipment to form a health diagnosis and treatment system with corresponding functions, the remote control automatic control can be realized according to the medical health care requirement, or manual setting is carried out, a user does not need to do any operation after the massage pillow is opened, and the sleep is not influenced.

Drawings

Fig. 1 is a schematic top view of a flexible multifunctional intelligent massage pillow according to the present invention;

fig. 2 is a schematic side sectional view of the flexible multifunctional intelligent massage pillow according to the present invention;

fig. 3 is a schematic view of the head and neck massage air bag (inflated state) according to the present invention;

fig. 4 is a schematic view of a massage airbag (inflated state) for shoulder massage according to the present invention;

FIG. 5 is a partial schematic view of a double-layered massage airbag and a retractable massage head according to the present invention;

FIG. 6 is another partial schematic view of the double-layered massage airbag and the retractable massage head according to the present invention;

fig. 7 is a schematic view of a double-layered massage airbag (inflated state) according to the present invention;

FIG. 8 is a schematic view of another embodiment (inflated state) of the double-layered massage airbag according to the present invention;

fig. 9 is a schematic view of the flexible multifunctional intelligent massage pillow of the utility model used in the internet-based health diagnosis and treatment system.

Detailed Description

Referring to fig. 1-8, the utility model discloses a flexible multi-functional intelligent massage pillow includes pillow body 10, the pillow body is the solid pillow body that flexible material made (the main part is solid, and the surface can set up various required grooves and holes etc. as required with inside), the upper surface of pillow body is equipped with a plurality of

massage gasbag

21, 22, the massage gasbag passes through gas-supply pipe 44 and connects and inflate gassing device 41, inflates and deflates through inflating and deflating device, and the massage gasbag expands during inflation, extrudes the human body of position of contact, and massage gasbag withdrawal after deflating realizes automatic massage from this.

The inflation and deflation device is usually provided with an air pump, and the air pump is usually an electric air pump and at least comprises an air pump for supplying (inflating) air.

The air pump can adopt two-way air pump for aerify and bleed the gasbag, each massage gasbag is connected respectively through corresponding gas-supply pipe to the gasbag side opening (business turn over gas port) of air pump, is equipped with corresponding automatically controlled valve on the gas-supply pipe, through the on-off control of each automatically controlled valve, can control the air pump air feed and bleed the relevant massage gasbag of air pump, each massage gasbag is according to the work pattern work of concrete settlement.

The air pump also can be a one-way air pump (air supply air pump) and only used for supplying air to the massage air bags, the air outlets of the air pump are respectively connected with the massage air bags through corresponding air supply pipes, corresponding electric control valves are arranged on the air supply pipes, the massage air bags related to the air supply of the air pump can be controlled through on-off control of the electric control valves, corresponding exhaust pipes are further connected to through openings of the massage air bags, the corresponding electric control valves are arranged on the exhaust pipes, after the massage air bags are inflated, the electric control valves on the air supply pipes for supplying air are closed, then the electric control valves on the corresponding exhaust pipes are opened, air is exhausted from the corresponding air bags under the action of the self elasticity of the bags, the human body is not pressurized or basically has no pressure, the electric control valves on the exhaust pipes are closed again during inflation, and.

The air pump can also comprise an air supply pump for supplying air and an air exhaust pump for exhausting air, the connection mode of the air supply pump and the massage air bag is the same as that of the one-way air pump only used for supplying air, the difference is only that the air inlet of the added air exhaust pump is connected with the outlet end of the exhaust pipe, and the air exhaust pump is started to pump out the air in the air bag during exhausting.

Because the massage air bags are arranged in bilateral symmetry, the two massage air bags in bilateral symmetry can adopt the same working mode, are connected with the same air conveying pipe and the same exhaust pipe (if any) through respective corresponding branch pipes, and synchronously work under the control of the same electric control valve. And the air conveying pipe and the exhaust pipe can be respectively and independently arranged so as to realize a more flexible working mode.

In any form, the specific massage air bags can be inflated and exhausted by controlling the working states of the air pump and the electric control valve, and each massage air bag can be inflated and exhausted in a certain flow according to a specific set working mode.

The inflation and deflation device can adopt the prior art. For example, the existing air bag type massage device is an air inflation and deflation device or other air inflation and deflation devices for inflating and deflating. In the background of the prior art, such an inflation and deflation device may be generally provided with a control device for controlling the operation thereof, a plurality of operation modes may be preset according to the prior art, a desired operation mode may be manually selected through an input device such as a key or a knob, and the control device controls the inflation and deflation device to operate according to the selected operation mode.

The massage air bag adopts a flexible air bag with any indication. Preferably, adopt the utility model provides a double-deck massage gasbag.

The double-layer massage air bag comprises a first bag 25 and a second bag 26, the second bag is positioned above the first bag, a bonding area which is mutually and hermetically connected into a whole is arranged between the bottom surface of the second bag and the top surface of the first bag, an inter-bag through hole 27 which is communicated with an inflation space in the second bag and the first bag is arranged in the middle of the bonding area, the bonding area is positioned in the central position or the position deviated from the central position of the bottom surface of the second bag, and the center of the bottom surface of the second bag is aligned with or not aligned with the center of the top surface of the first bag. When the central parts of the two are aligned (see fig. 7), the second bag and the first bag are deformed (expanded) only in the vertical direction after being inflated, and the second bag is still positioned right above the first bag, which is equivalent to massage in the vertical direction; when the central parts are not aligned (see fig. 8), the second bag can be inclined during the inflation, which is equivalent to massage in the corresponding inclined direction, so that the connecting (bonding) position of the corresponding upper and lower bags can be selected according to the shape of the specific part of the human body when the massage air bags are arranged.

The first pouch and the second pouch may each be of a planar, two-layer construction, consisting of a bottom surface and a top surface, the bottom and top surfaces of the same pouch being sealingly connected (e.g., bonded, heat-sealed, etc.) together at their edge regions. When the air bag is not inflated, the bottom surface and the top surface can be attached to each other in a sheet shape, and after the air is inflated between the bottom surface and the top surface, the middle areas (the areas except the edge areas which are hermetically connected with each other) of the bottom surface and the top surface are separated from each other to form an inflation space in the air bag.

The sealing connection between the bottom surface of the second pouch and the top surface of the first pouch may be bonding, including plastic heat sealing and adhesive bonding, or any other suitable technique such as integral molding.

The second pouch and the first pouch may be generally formed from flexible, relatively strong plastic film sheets, or other flexible, hermetically sealed sheets of material.

The bonding area realizes the connection of the second bag and the first bag, and simultaneously realizes the communication of the air filled spaces in the two bags through the through holes (the through holes between the bags) arranged in the bonding area. Generally, for convenience of use, a gas pipe for inputting/outputting air may be connected to the first bladder, and the second bladder is inflated and deflated through the first bladder.

The bonding area should surround the through-hole between the pouches to effectively ensure the sealability of the through-hole between the pouches.

The second pocket is preferably located directly above the first pocket with their centers aligned in the uninflated state, and after inflation, the second pocket may be tilted or not depending on the particular connection of the second pocket to the first pocket.

Typically, the second pouch is of equal or substantially equal size to the first pouch, e.g., the areas of the two (corresponding to the area of the bottom surface or the area of the top surface) differ by no more than 25% or 50% of the smaller area thereof.

Wherein the second pocket is sized to take into account the area of contact with the human body, and the first pocket is sized to take into account the effective support for the second pocket and the manner of tilt, if any, of the second pocket.

The planar shape of the first pouch and the second pouch (corresponding to the shape when the top surface or the bottom surface is in a planar state) may be rectangular (including square) or oval (including circular).

The bonding region may be located at a position offset in the longitudinal direction from the center of the bottom surface of the second pocket and not offset in the transverse direction from the center of the bottom surface of the second pocket, or at a position offset in the longitudinal direction from the center of the bottom surface of the second pocket and also offset in the transverse direction from the center of the bottom surface of the second pocket, herein referred to as the transverse direction as the left-right direction, and referred to as the longitudinal direction as the direction perpendicular to the transverse direction on the bottom surface.

Since the second bag is connected with the first bag at the bonding area, and the shapes of the second bag and the first bag are changed after inflation, when the bonding area is not positioned in the center, the position of the second bag is changed differently (for example, different inclination angles) according to the position of the bonding area, wherein the inclination angles and the movement of the center position are included, and the size of each bag and the position of the bonding area can be determined according to the shape of the corresponding part of the human body and the requirement of massage force.

The first bag can be provided with a vent hole (or called port), the vent hole is connected with a gas pipe, and the gas pipe is connected with a gas charging and discharging device, so that the gas bag can be charged and discharged, and massage can be realized.

The bottom surface of the first bag of the massage air bag can be bonded on the pillow body to realize fixation, and the first bag is provided with an inlet and outlet port.

The massage air bags can be arranged in a left-right symmetrical mode.

The massage airbags may generally include a head and neck massage airbag 21 for a head and neck massage part on the pillow body and a shoulder massage airbag 22 for a shoulder massage part on the pillow body, wherein a bonding region of the double-layered massage airbag serving as the head and neck massage airbag is located at a position inside a central position of the bottom surface of the second pouch and the top surface of the first pouch, and a bonding region of the double-layered massage airbag serving as the head and shoulder massage airbag is located at a central position of the bottom surface of the second pouch and the top surface of the first pouch.

The head and neck massage part is usually located in the foot-proximal area of the transverse middle part of the upper surface of the pillow body, corresponding to the acupuncture points and muscle groups of the middle and lower parts of the hindbrain and the hind neck.

The specific position of the massage air bag is set according to massage requirements, and can generally correspond to related acupuncture points of the head, the neck and the shoulders of a human body in frequent postures.

The shoulder massage part is generally located at an upper edge region of a foot side of the pillow body (a side of the pillow body facing a human foot in normal use is a foot side, and a side opposite to the foot side is a head side) to massage a school position and a muscle group of an upper end of the shoulder against the side of the pillow body.

The pillow body can be made of latex pillow or slow-rebound memory cotton, has certain softness and certain shape, has balanced acting force on a human body, can improve the comfort level and is beneficial to keeping good posture.

The pillow body is formed by combining an upper pillow body 12 and a lower pillow body 11. The upper pillow body and the lower pillow body can be regarded as two parts of the whole pillow body which are horizontally cut from the vicinity of the middle part, and a splicing, clamping or involution structure, such as a structure similar to a tongue-and-groove, can be arranged between the two parts.

The upper surface of the upper pillow body can be in a curved surface shape which meets the requirement of ergonomics.

The lower pillow body can be provided with a plurality of vertical vent holes 17, and the upper pillow body can also be provided with vertical vent holes.

A pillowcase can be sleeved on the outside of the pillow body.

A concave portion 18 for placing each massage air bag may be provided on the upper surface (or top surface) of the upper pillow body, and a cover sheet (sheet material) 16 covering the concave portion may be provided so as to cover each massage air bag. The cover plate can be made of the same material as the pillow body or other suitable materials, and the cover plate can avoid discomfort caused by the massage air bag while not hindering the massage.

One side edge of the cover sheet can be connected (e.g., adhered) to the pillow body (on the concave portion), and the opposite side edge can be adhered to the pillow body by a non-drying adhesive or a hook-and-loop fastener, so that the cover sheet can be lifted up when needed. The cover sheet can be integrally adhered to the pillow body or the periphery of the cover sheet is adhered to the pillow body by adhesive sticker or the like.

The thickness of the cover plate is similar to the depth of the concave part, so that when the massage air bag is not inflated, the outer surface of the cover plate and the outer surfaces of other parts of the pillow body form a complete surface, and the pillow is convenient to use.

The inflation and deflation device can be arranged between the upper pillow body and the lower pillow body, the top surface of the lower pillow body is provided with a main mounting groove, the inflation and deflation device or a main body part (shell) of the inflation and deflation device is placed in the main mounting groove, the control device (which can adopt a unified local central control processor) and the main body part of the inflation and deflation device can be arranged on a working box, and the working box is placed in the main mounting groove.

Because the upper surface of the main mounting groove is covered with the upper pillow body which has a certain thickness, people can not feel uncomfortable because of being placed in a work box and the like.

The air pipe of the massage air bag passes through the air pipe hole on the upper pillow body and is connected with the corresponding interface of the inflation and deflation device.

The gas delivery pipe may be a flexible pipe, for example a flexible plastic pipe.

The control device can be set according to the prior art, and the corresponding interface circuit and other auxiliary circuits can be set as a local central control processor on the basis of microprocessing, so that various control and data processing can be uniformly implemented.

The massage air bag is provided with a telescopic massage head 50 at the back (the direction far away from the human body) of the normal direction (the normal direction of the surface of the pillow body where the center of the massage air bag is located), the telescopic massage head can adopt an electric mode (for example, a motor device) or a pneumatic mode (for example, a cylinder device), the telescopic piece 52 facing the massage air bag is arranged, and the air bag can be pushed forwards (or outwards, and the direction facing the human body in the normal direction) or retracted to the original position through the telescopic piece so as to match the massage effect of the air bag on inflation and deflation and increase the massage force. For example, a cylinder may be used to erect the cylinder, the piston rod extends from the upper end of the cylinder to serve as the telescopic member, the top end of the cylinder may be provided with a curved top plate 53 or a planar top plate 53, the top plate is sized according to the size of the region desired to be jacked up, the pillow (and the massage air bag on the corresponding pillow) 58 located above the top plate is moved up and down by the piston rod moving up and down (if the surface of the pillow on which the massage air bag is located is inclined, the piston rod pushes a corresponding part of the pillow upward (or outward in the normal direction) when moving upward (or outward in the normal direction), and the corresponding part of the pillow returns to its original position under its own elasticity and/or human body pressure when the piston rod retracts. The electric motor can also be adopted, the cylindrical telescopic piece is driven to move up and down by the transmission mechanism which can be changed into a straight line in a rotating mode, the telescopic piece is limited to move up and down only along the axial direction of the telescopic piece (or move up and down along the normal direction of the corresponding surface of the pillow body) on the outer side of the shell of the electric motor or the mounting rack of the electric motor, the top of the telescopic piece can also be provided with the top disc with the shape, and the motion mode and the action mode of the top disc on the pillow body (and the corresponding massage air bag) are similar to; the pillow can also adopt a linear motor, a cylindrical telescopic piece is fixedly arranged on a sliding block of the linear motor or the sliding block is directly made into the shape of the telescopic piece to be used as the telescopic piece, and the corresponding local area of the pillow body is raised and reset by adopting the same working mode as the cylinder.

The retractable massage head can be arranged on the lower pillow body, and a massage head groove 19 for placing and fixing the retractable massage head is arranged on the upper surface of the lower pillow body. Because the upper pillow body with a certain thickness is arranged between the telescopic massage head and the corresponding massage air bag, the telescopic piece jacks up a larger local area near the corresponding air bag, which is beneficial to applying a larger area of massage force to the corresponding part of the human body, and the massage effect different from that of the massage air bag can be obtained while the massage force of the massage air bag is enhanced, and simultaneously, people can not feel uncomfortable when not working.

The speakers 14 may be arranged in the pillow body, preferably in two, on the left and right sides of the pillow body, respectively, in a position such that the head should not be pressed over the speakers under normal circumstances.

Can set up the speaker groove that is used for placing the speaker on the upper surface of pillow down, on last pillow with the region that the speaker groove corresponds sets up a plurality of sound-transparent hole 15, sound-transparent hole is vertical to be penetrated go up the pillow body to do benefit to sound propagation, the quantity of sound-transparent hole that same speaker corresponds is one or more.

The speakers may be connected to the player by a corresponding flexible cable, and when a local central control processor is provided, the processor or control means may be the player.

According to the needs, can set up hot compress piece 13 on the upper surface of pillow body, hot compress piece setting position should correspond to the position that neck portion (when necessary, still include the shoulder) needs the hot compress, can set up one, also can set up a plurality of.

The hot compress piece can adopt any suitable sheet element capable of improving the body surface temperature, in particular to a flexible sheet element, such as an electric heating piece, a far infrared hot compress patch or a far infrared fabric piece and the like in the prior art.

When a cover sheet is provided, the heat application sheet may be disposed on the cover sheet.

The integrated power supply can be used for supplying power to the charging and discharging device, the local central control processor and the hot compress piece, the loudspeaker can be provided with an independent power supply, and the integrated power supply can also be used as the power supply. A circuit control circuit is arranged between the hot compressing sheet and the unified power supply, and mainly controls the on-off and voltage transformation (if needed) of the power supply, an electronic switch can be used as a control switch of the hot compressing sheet and is connected in series on a circuit between the hot compressing sheet and the power supply, the control output of the hot compressing sheet of the local central control processor is connected to a control end of the electronic switch, and the electronic switch is controlled to be switched on or off. The circuit between the hot compress piece and the power supply can adopt a flexible lead.

The pillow body can also be provided with a sensing air bag 31.

The response gasbag can be horizontal bar, and the quantity is one or more, can respond to the distribution of gasbag according to actual need to guarantee to sense human effect effectively under normal conditions.

The sensing air bag can adopt any suitable air bag form and can be fixed on the pillow body by means of bonding and the like.

A gas pressure sensor (a gas pressure signal acquisition circuit or an acquisition device) can be arranged in the sensing air bag, or the gas pressure input port of the gas pressure sensor is connected with the sensing air pipe, pressure change in the sensing air bag is obtained through the gas pressure sensor, and the changes comprise changes caused by pulse beating and/or respiration, so that pulse signals and respiration signals can be extracted from the pressure change signals acquired by the gas pressure sensor according to the characteristics of pulse and respiration, and the heart rate, the respiration rate and the like are obtained.

The response gasbag can be located the upper surface of the pillow body, the lower part that corresponds to neck and head usually, the response gasbag should have certain span, makes the people lie when lying on the pillow body, and neck and head lower part can press on the response gasbag, and the body surface can influence the pressure in the response gasbag because of the change that heartbeat and breathing produced, according to the characteristics of this pressure change and pulse signal and breathing signal, can extract rhythm of the heart and respiratory rate data under corresponding data processing technology's support.

An induction air bag groove for placing the induction air bag can be arranged on the upper surface of the pillow body, the induction air bag is filled with pressure gas (with certain positive pressure), and the size of the induction air bag in each direction is required to ensure that the corresponding part can be effectively pressed on the induction air bag when a person normally lies on the pillow.

When the positions of the sensing air bag and the massage air bag are overlapped on the surface of the pillow body, the massage air bag can be arranged on the sensing air bag, and when the massage is not performed (including when the massage action is suspended), the massage air bag is in a flexible sheet shape and does not hinder the work of the sensing air bag.

The signal collected by the gas pressure sensor (the signal output of the gas pressure sensor) can be connected to a corresponding signal collecting and processing device. When a local central control processor is provided, the processor can be used as a corresponding signal acquisition and processing device and is connected with a corresponding interface through a flexible lead.

According to the prior art, corresponding software can be selected or designed, so that the control device can perform corresponding data processing and transmission under the support of the software, and various functions related to other control, communication and the like of the control device can also be selected or designed according to the prior art if the software is required to support.

The control means may be control means that allow the loading and running of corresponding software. For example, hardware devices for controlling the operation of the inflation and deflation devices and capable of performing pressure signal processing and communication are known in the art.

In the prior art, a unified local central control processor may be provided, with all or the primary data processing and control functions being centralized at the local central control processor. A unified control device integrating the various functions required may be employed and the corresponding data processing and control functions are implemented by the local central control processor. For example, the control device may be integrated with a player function, functioning as the player; the control device can be integrated with the power supply and control functions of the hot compress sheet, and the hot compress sheet can use the power supply of the control device as the power supply and is connected with the corresponding power supply output interface of the control device through a lead.

The local central control processor can adopt a microprocessor or a microcomputer which can load and run related software, can be provided with required interface circuits and other auxiliary facilities in a matching way, and can select a proper hardware device as a control device according to the requirement so as to work under the support of the software.

Referring to fig. 9, the intelligent massage pillow can be connected to an internet-based health diagnosis and treatment system to be used as a corresponding massage and information acquisition device. The local central control processor of the intelligent massage pillow is used for processing and controlling various local data related to the intelligent massage pillow, and the intelligent massage pillow is simultaneously used as a control device of an air charging and discharging device, a player of a loudspeaker, a power supply and control device of a hot compress sheet, a data acquisition and processing device of an air pressure sensor and the like (the specific functions can be according to the specific configuration of the flexible multifunctional intelligent massage pillow). The local cpu may be provided with a corresponding interface circuit or a supporting circuit as needed to implement various functions as required.

The local central control processor is provided with a unified communication module, is accessed to a communication network (generally accessed to the internet in the existing background) through the communication module, is in communication connection with a computer system and a personal terminal of the health diagnosis and treatment system through the communication network, transmits pressure change information acquired by the sensing air bag and/or pulse information and/or respiratory information acquired according to pressure change information analysis to the computer system of the health diagnosis and treatment system, and performs massage action according to a local manual input instruction and/or a remote control instruction from the computer system of the health diagnosis and treatment system or the personal terminal.

The flexible multifunctional intelligent massage pillow is used as a head massage and corresponding physiological information acquisition (detection) device of a health diagnosis and treatment system, sends induction signals or induction data to an area (monitoring) center (such as a computer system of a community health center) and a diagnosis and treatment center (such as a computer system of a medical institution or a core hospital added with the system or a remote monitoring center) through the Internet, can receive remote control of the area center, the diagnosis and treatment center and a privileged personal terminal, obtains an optimized massage mode according to the powerful data processing and analysis capability of the computer system related to the intelligent diagnosis and treatment system, can send pulse information and respiratory information in the sleeping process into the area center, the diagnosis and treatment center and the privileged personal health file system of the personal terminal, is used as an important source of health data of a user, and can be used by a professional and a family doctor of the intelligent diagnosis and treatment system through respective personal terminals (such as, expert terminal, family doctor terminal) access the intelligent diagnosis and treatment system to obtain corresponding data so as to facilitate remote diagnosis and treatment and guidance, and authorized personnel such as users or families can also access the intelligent diagnosis and treatment system through the personal terminal to know relevant situations and can interact with experts.

The terms "upper" and "lower" used herein in relation to the positional relationship between the double-layered massage airbag and the respective portions of the retractable massage head located therebelow are used only to indicate the relative positions of these portions, and are not used to limit the orientation of the double-layered massage airbag and the retractable massage head located therebelow in actual use. The same applies to the relative positional relationship of other configurations.

The preferred and optional technical means disclosed in the present invention can be combined arbitrarily to form a plurality of different technical solutions, except for the specific description and the further limitation that one preferred or optional technical means is another technical means.

Claims

1. Flexible multi-functional intelligent massage pillow, including the pillow body, the pillow body is made by flexible material, and its characterized in that still includes:

the massage air bag comprises a head and neck massage air bag positioned at a head and neck massage part on the pillow body and/or a shoulder massage air bag positioned at a shoulder massage part on the pillow body;

the inflation and deflation device is arranged in the pillow body or in a groove shape on the bottom surface of the pillow body, and the massage air bag is connected with the inflation and deflation device through an air conveying pipe;

the loudspeaker is arranged in the pillow body or in the groove shape of the top surface of the pillow body and positioned at the transverse side part of the pillow body, and the loudspeaker is provided with an interface for connecting a player;

the hot compress sheet is arranged at the hot compress part of the pillow body and is provided with a wiring terminal used for being connected with a hot compress power supply.

2. The flexible multifunctional intelligent massage pillow as recited in claim 1, wherein said pillow body further comprises a sensing air bag, said sensing air bag is internally provided with a gas pressure sensor or connected with a gas pressure input port of the gas pressure sensor through a sensing air tube, said pressure sensor is provided with an interface for sensing signal output.

3. The flexible multifunctional intelligent massage pillow as claimed in claim 1 or 2, wherein the pillow body is provided with a flexible cover sheet capable of covering the massage air bag, and the hot compress sheet is arranged on the inner side or the outer side of the cover sheet.

4. The flexible multifunctional intelligent massage pillow according to claim 1 or 2, wherein the pillow body is formed by folding an upper pillow body and a lower pillow body, and the upper surface of the upper pillow body is curved.

5. The flexible multifunctional intelligent massage pillow as recited in claim 4, wherein said lower pillow body has a main mounting groove and a speaker groove on its top surface, said inflation/deflation device is mounted in said main mounting groove, said speaker is mounted in said speaker groove, said upper pillow body has an air delivery pipe hole and a sound transmission hole, said air delivery pipe hole is a through hole between the outer surface and the bottom surface of said pillow body, said air delivery pipe passes through said air delivery pipe hole, said sound transmission hole is a vertical through hole, and is located above said speaker groove.

6. The flexible multifunctional intelligent massage pillow according to claim 1 or 2, wherein the massage air bag adopts a double-layer massage air bag, the double-layer massage air bag comprises a first bag and a second bag, the second bag is positioned above the first bag, a bonding area which is mutually sealed and connected into a whole is arranged between the bottom surface of the second bag and the top surface of the first bag, the middle part of the bonding area is provided with an inter-bag through hole for communicating the second bag with the air filled space in the first bag, the bonding area is located at a central position or off-center position of the bottom surface of the second pocket, the center of the bottom surface of the second pocket may or may not be aligned with the center of the top surface of the first pocket, the bottom surface of the first bag is fixedly connected with the surface of the pillow body, and the first bag is provided with a port for connecting an inflation and deflation device.

7. The flexible multi-functional intelligent massage pillow of claim 6, wherein the first pouch and the second pouch each have a planar double layer structure consisting of a bottom surface and a top surface, the bottom and top surfaces of the same pouch being sealingly connected together at their rim areas.

8. The flexible multi-functional intelligent massaging pillow of claim 7, wherein the second bladder is located directly above the first bladder.

9. The flexible multi-functional intelligent massage pillow of claim 8, wherein the first and second pockets are rectangular or oval in planar shape.

10. The flexible multi-functional intelligent massage pillow of claim 9, wherein the location of the bonding areas in the different massage bladders relative to the bottom surface of the second bladder is not identical, including any of the following:

the bonding area is located at a position offset in the longitudinal direction and not offset in the transverse direction from the center of the bottom surface of the second pouch;

the bonding area is located at a position offset in the longitudinal direction and also offset in the transverse direction from the center of the bottom surface of the second pocket;

the bonding area is located at a central position of the bottom surface of the second pouch.