CN209528710U - A kind of functional pillow improving Force on neck state - Google Patents
A kind of functional pillow improving Force on neck state Download PDFInfo
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- CN209528710U CN209528710U CN201821256881.3U CN201821256881U CN209528710U CN 209528710 U CN209528710 U CN 209528710U CN 201821256881 U CN201821256881 U CN 201821256881U CN 209528710 U CN209528710 U CN 209528710U
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Abstract
A kind of functional pillow improving Force on neck state, comprising: air bag, resilient sleeve, fixing sleeve；Air bag is divided into the first air bag, the second air bag, third air bag, and the second air bag is made of the gas chamber of two airflow connections.Three sections of cellular-type air bags can incidence to user, face individually support, control filled volume in three sections of cellular-type air bags and the incidence of user be limited between first, third air bag, the sphere of action for avoiding incidence detachment function from resting the head on；Head weight makes the first gas indoor gas flow into the second gas chamber, and the comprehensive support of cervical vertebra is realized using air bag deformability, improves the stress of cervical vertebra and alleviates cervical vertebra fatigue, promotes sleep quality；The local deformation of air bag is gently transmitted to user's neck location and coincide with neck shaped by the selection of resilient sleeve material, further promotes the usage comfort of user；Structure, manufacture craft are simple, at low cost, meet the consuming capacity of ordinary consumer, at the same the functional pillow it is light-weight, facilitate collection, it is easy to carry.
Description
Technical field
The utility model relates to improve the functional pillow technical field of cervical spondylosis, specially a kind of improvement Force on neck state
Functional pillow.
Background technique
With the popularization of computers, office worker spends part-time to handle official business by computer screen, really, for a long time due to abnormal sitting posture
Lacking activity causes cervical vertebra situations such as tendon ossifys, cervical vertebra normal physiological curve fades away occur, and cervical spondylopathy patient is frequent
It can feel that nape pain, upper myasthenia of limbs, dizziness, nausea etc. seriously affect the normal quality of working life.Treatment is taken except normal
Outside the drug of cervical vertebra symptom, the time of at least one third is sleeping in mankind's activity daily, and common sleep pillow can not
Large area, which effectively supports, to be realized to human cervical spine, causes cervical vertebra that cannot effectively loosen, keep stress for a long time, further
Deteriorate cervical vertebra disease symptoms.
In order to improve Force on neck situation when sleep, related technical personnel are dedicated to the research and development of cervical functional pillow, medicine-filled pillow,
Vibration massage function pillow, inflatable pillow are come out one after another, of all shapes and colors.Medicine-filled pillow is not able to satisfy the demand of different crowd, such as: the medicine in medicine-filled pillow
Product are not easy to replace, and certain customers are intended merely to cervical functional pillow and alleviate neck stress, optimization sleep quality, so the drug in medicine-filled pillow
And it is not needed.Although it is sanguimotor that massage pillow can play the role of massaging point, improvement neck, shallower for sleeping
People for the movement of massage pillow can reduce the sleep quality of user, so being unable to get further popularization, inflatable pillow is logical
It is often neck overhead positions effectively to be supported using the mobility of gas and the support force of air pressure and can be according to the stream of gas
It is dynamic flexibly to change support zone, it is applicable not only to improve the neck stress condition of patient with cervical Spondylopathy, it equally can also be by mitigating neck
The sleep quality of portion's stress improvement ordinary user.But inflatable pillow in the prior art mostly uses monoblock type air bag, uses account
The air-flow of integral gasbag formula inflatable pillow floats larger in portion's moving process, and the head of user is easy to fall down and relax from inflatable pillow
Appropriateness is poor；It is provided with multiple air bags in partial inflation pillow, but is required since balloon positions setting does not meet ergonomic
And the supporting role for not fully taking into account in addition to cervical vertebra position (as facial) during sleep quality more effectively plays inflatable pillow
Effect；For the function affect for further playing inflatable pillow, technical staff is provided with multiple functional structures on inflatable pillow, makes to fill
The processing technology of pneumatic die cushion complicates the cost raising for also resulting in inflatable pillow, and price can not be received by the majority of consumers, can not be complete
At the universal of inflatable pillow, and the inflatable pillow weight for complicating structure is larger, inconvenient outgoing carrying.
Summary of the invention
The utility model relates to the functional pillow of improvement Force on neck state solve said one or multiple technical problems,
Cervical vertebra comprehensive support ability when cervical spondylopathy patient sleep is improved, improves cervical vertebra stress symptom, while being also applied for commonly using
The use at family improves sleep quality.
A kind of functional pillow improving Force on neck state, comprising: air bag 1, resilient sleeve 2, fixing sleeve 3, the socket packet of resilient sleeve 2
It is rolled in the outside of air bag 1, fixing sleeve 3 is socketed the outside for being wrapped in resilient sleeve 2；
Air bag 1 divides for the first air bag 11, the second air bag 12, third air bag 13 and the first air bag 11, the second air bag 12, third
Be mounted on the aeration aperture 6 for including reversed resistance valve on air bag 13, the first air bag 11,13 geomery of third air bag it is identical and
It is symmetrical in the length two sides of the second air bag 12, the first air bag 11, the second air bag 12, intersection between 13 three of third air bag
It is provided with the first isolating bar 41, the first isolating bar 41 is by the gas partitions in the first air bag 11, the second air bag 12, third air bag 13
It opens and the gas in three air bags is avoided to circulate mutually；
The whole shape of air bag 1 is approximate rectangular, and the first air bag 11, the second air bag 12, institute's inflatable body is equal in third air bag 13
In not being completely filled with state.
Above-mentioned air bag 1 replaces traditional monoblock type air bag by three sections of cellular-type air bags, while being different from tradition
The inflatable pillow structure of labyrinth in technology, the head of user are placed on the second air bag 12, when user is in sleep procedure or so
When overturning, the gas in the first air bag 11, third air bag 13 of 12 two sides of the second air bag can replace neck support face, head
Portion's weight reduces the stress degree of neck in sleep procedure, neck is made adequately to be rested.
Preferably, the functional pillow for improving Force on neck state, the first air bag 11, the second air bag 12, third air bag 13
In the center of circle of aeration aperture be located at the same side and center of circle connecting line is parallel to the width centreline of air bag 1.Aeration aperture is located at same
Side can facilitate the inflation/deflation of inflatable pillow, it is not necessary to which the charge and discharge of gas can be completed in the direction for turning inflatable pillow, while can will be equipped with
The side of aeration aperture is placed in the neck side far from user, and avoiding the height of aeration aperture from rising and falling influences user's enjoyment cervical functional
Pillow.
Preferably, it is described improve Force on neck state functional pillow, the second air bag 12 by two airflow connections gas chamber group
At i.e. the first gas chamber 121, the second gas chamber 122, the first gas chamber 121,122 front-rear direction of the second gas chamber are arranged side by side.
Second air bag 12 is designed as former and later two gas chambers that air-flow communicates, the head of user is placed in first gas chamber at rear
121, neck is placed in second gas chamber 122 in front, and head weight is larger and can push the first gas chamber 121, in the first gas chamber 121
Gas can flow into the second gas chamber 122, and the volume of gas in the second gas chamber 122 increases and then can raise upward, and air bag presses neck
Shape distortion sufficiently supports neck, and neck is more fully supported by the second gas chamber 122, changes the stress shape of cervical vertebra
State, while improving the allowance of user's sleep, comfort level.
Preferably, the functional pillow for improving Force on neck state, the intersection of the first gas chamber 121, the second gas chamber 122
It is provided with the second isolating bar 42 that length is less than air chamber length, the second isolating bar 42 is parallel to the first gas chamber 121, the second gas chamber
122 length direction and the mid-length position for being located at the first gas chamber 121, the second gas chamber 122, the second isolating bar 42 or so two
The gas chamber channel 5 at end is symmetrically distributed in the length both ends of the second isolating bar 42.
The position setting of the second isolating bar 42, gas chamber channel 5 between first gas chamber 121, the second gas chamber 122 can guarantee the
When extruding force of one gas chamber 121 by head, gas quickly and uniformly can flow into the second gas chamber 122 from two sides gas chamber channel 5,
It will not make the second air bag 12 that violent height occur while making neck be supported rapidly to rise and fall, avoid waking user up.
Preferably, the functional pillow for improving Force on neck state, under 1 unaerated state of air bag, 11 two sides of the first air bag
While being equipped with close to 41 1 end position of the first isolating bar towards the inclined inclined side 111 of widthwise central position, and inclined side 111
The angle for being in horizontal line is α, and the first isolating bar 41 is bending linear structure, and the apex angle of the first isolating bar of bending threadiness
For β, the sideline of apex angle ss two sides is symmetrically distributed in the two sides of 1 width centreline of air bag and apex angle is directed toward the second air bag 12.
After the first air bag 11, the second air bag 12, the third air bag 13 of air bag 1 are filled with gas respectively, the first air bag 11, third
The two sides of air bag 13 can slope inwardly along the inclined side 111 of two sides, and the bending of the first isolating bar 41 of bending threadiness is made in addition
With, when user sleep turn over during the first air bag 11 of two sides, third air bag 13 can flexibly upwards inclination tilt so as to
Apply support force instead of face of the cervical vertebra to user, improves the sleep comfort level of user；Secondly, the head of user can be limited to
Position between first air bag 11, third air bag 13, head detachment function is rested the head on during avoiding user from turning at night.
Preferably, the functional pillow for improving Force on neck state, under 1 unaerated state of air bag, α=22 °~35 °, β=
120 °~130 °.
Preferably, the functional pillow for improving Force on neck state, under 1 unaerated state of air bag, the first air bag 11, third
The width of air bag 13 is equal to the width of the second air bag 12, sets respectively in 12 two sides of the second air bag close to 41 both ends of the first isolating bar
Have an inclined side 123 towards 1 widthwise central direction of air bag, and the tilt angle of inclined side 123 and horizontal plane is equal to α, wherein α=
22 °~35 °.
Of same size, the aesthetics that cervical functional can be maintained to rest the head on of three points of air bags in air bag 1, on the other hand convenient for the later period
Resilient sleeve 2, the cutting of 3 shape of fixing sleeve and the socket in later period operation.
Preferably, the functional pillow for improving Force on neck state, the aeration quantity phase in the first air bag 11, third air bag 13
With and account for the 70%~80% of 11 inflatable volume of the first air bag, it is inflatable that the aeration quantity in the second air bag 12 accounts for the second air bag 12
The 58%~68% of volume.
The aeration quantity of the second air bag of middle part 12 will make the two sides of functional pillow high lower than the first air bag of two sides 11, third air bag 13
Degree is slightly above middle height, plays the role of fixed user's head, aeration quantity, which is not easy excessive or very few, excessive aeration quantity, to be led
Cause the hardness of functional pillow larger, gas amount of flow is reduced, and air bag deformable amount is reduced, and effective supporting surface is reduced, cervical vertebra by
Power is irregular, and good supporting role can not be played to neck, face, and comfort level reduces；It inflates and very few will lead to flowable gas
Body total amount is reduced, and local deformation amount greatly reduces, and cannot achieve effective support to cervical vertebra.
Preferably, the functional pillow for improving Force on neck state, the first isolating bar 41, the second isolating bar 42 pass through
High frequency lasers bonding machine is welded.
Preferably, the functional pillow for improving Force on neck state, the first gas chamber 121, the second gas in the second air bag 12
Room 122 it is of same size or different.
Preferably, the width of the functional pillow for improving Force on neck state, the first gas chamber 121 is greater than the second gas chamber 122
Width.Such cervical functional pillow is relatively suitble to neck shorter, and the partially long user of head sizes uses.User can basis
Itself need to select to be suitble to the functional pillow of oneself.
Preferably, the functional pillow for improving Force on neck state, the width of the first gas chamber 121 is less than the second gas chamber 122
Width.Such cervical functional pillow is relatively suitble to neck longer, and the partially short user of head sizes uses.User can basis
Itself need to select to be suitble to the functional pillow of oneself.
Preferably, the functional pillow for improving Force on neck state, resilient sleeve 2 are wrapped in the 3D net in 1 outside of air bag
Cloth, the high-elastic cotton being wrapped on the outside of 3D screen cloth, fixing sleeve 3 are wrapped in non-woven fabrics on the outside of high-elastic cotton, are wrapped in non-woven fabrics
The cloth set in outside, cloth, which is put on, is provided with zipper or button, can facilitate the taking-up of inside object by pulling zipper or unlocking button.3D
The breathable moisture permeability of screen cloth is good, avoids the breeding of bacterium, and secondly the elasticity, supportive of 3D screen cloth are all very outstanding, is for cervical vertebra
The more outstanding material of functional pillow；High-elastic cotton deformation is fast, elasticity is big, gas porosity is good, can actively cooperate inner balloon stress local
The characteristics of deformation, improves the comfort level of functional pillow；Non-woven fabrics flatness is preferable.
Preferably, the functional pillow for improving Force on neck state, in resilient sleeve 2 3D screen cloth with a thickness of 10mm~
25mm, high-elastic cotton with a thickness of 10mm~20mm.3D screen cloth in resilient sleeve 2, high-elastic cotton thickness be not easy it is too thick or too thin, it is blocked up
Will lead to can not be more fully shown in the deflection of inner balloon 1 in the place contacted with user's incidence, the i.e. deflection of air bag 1
A part can be neutralized by blocked up resilient sleeve 2, can not face, ceruical uertebra part to user apply enough support forces；On the contrary, if
The smaller local deformation vibration that can not neutralize air bag 1 of thickness of 3D screen cloth, high-elastic cotton, can reduce cervical functional pillow in resilient sleeve 2
Comfort level.
Detailed description of the invention:
Specific embodiment is further described with reference to the accompanying drawing, in which:
Fig. 1 be the utility model relates to improvement Force on neck state functional pillow in plane under air bag unaerated state
Schematic diagram；
Fig. 2 be the utility model relates to improvement Force on neck state functional pillow inflated condition under floor map；
It is as follows to number corresponding specific structure:
Air bag 1, the first air bag 11, inclined side 111, the second air bag 12, the first gas chamber 121, the second gas chamber 122, inclined side
123, third air bag 13, resilient sleeve 2, fixing sleeve 3, the first isolating bar 41, the second isolating bar 42, gas chamber channel 5, aeration aperture 6；
The following detailed description will be further explained with reference to the above drawings the utility model.
Specific embodiment
Case 1 is embodied:
A kind of functional pillow improving Force on neck state, comprising: air bag 1, resilient sleeve 2, fixing sleeve 3, the socket packet of resilient sleeve 2
It is rolled in the outside of air bag 1, fixing sleeve 3 is socketed the outside for being wrapped in resilient sleeve 2；Air bag 1 divides for the first air bag 11, the second air bag
12, third air bag 13 and the first air bag 11, the second air bag 12, be mounted on the inflation for including reversed resistance valve on third air bag 13
Hole 6, the first air bag 11,13 geomery of third air bag are identical and symmetrical in the length two sides of the second air bag 12, the first gas
Capsule 11, the second air bag 12, intersection is provided with the first isolating bar 41 between 13 three of third air bag, and the first isolating bar 41 is by
One air bag 11, the second air bag 12, the gas partitions in third air bag 13 are opened and the gas in three air bags are avoided to circulate mutually；Air bag
1 whole shape is approximate rectangular, and the first air bag 11, the second air bag 12, institute's inflatable body is in and does not fill completely in third air bag 13
Full state.
Wherein, the first air bag 11, the second air bag 12, aeration aperture in third air bag 13 the center of circle be located at the same side and the center of circle
Connecting line is parallel to the width centreline of air bag 1.Aeration aperture, which is located at the same side, can facilitate the inflation/deflation of inflatable pillow, it is not necessary to turn and fill
The charge and discharge of gas can be completed in the direction of pneumatic die cushion, while the side for being equipped with aeration aperture can be placed in the neck one far from user
Side, avoiding the height of aeration aperture from rising and falling influences user's enjoyment cervical functional pillow.
Further, the second air bag 12 forms i.e. the first gas chamber 121, the second gas chamber 122 by the gas chamber of two airflow connections,
First gas chamber 121,122 front-rear direction of the second gas chamber are arranged side by side.First gas chamber 121, the second gas chamber 122 intersection be provided with
Length is less than the second isolating bar 42 of air chamber length, and the second isolating bar 42 is parallel to the length of the first gas chamber 121, the second gas chamber 122
It spends direction and is located at the mid-length position of the first gas chamber 121, the second gas chamber 122, the gas chamber of 42 left and right ends of the second isolating bar
Channel 5 is symmetrically distributed in the length both ends of the second isolating bar 42.
Further, under 1 unaerated state of air bag, 11 two sides of the first air bag are close to 41 one end of the first isolating bar position
It sets and is equipped with towards the inclined inclined side 111 of widthwise central position, and inclined side 111 and the horizontal line angle that is in are α, first
Isolating bar 41 is bending linear structure, and the apex angle of the first isolating bar of bending threadiness is β, and the sideline of apex angle ss two sides is symmetrically divided
Cloth 1 width centreline of air bag two sides and apex angle be directed toward the second air bag 12, the first air bag 11, third air bag 13 width be equal to
The width of second air bag 12 is respectively equipped with towards 1 width of air bag in second air bag, 12 two sides close to 41 both ends of the first isolating bar
The inclined side 123 of center position, and the tilt angle of inclined side 123 and horizontal plane is equal to α, wherein α=22 °, β=120 °.
Further, the first air bag 11, the aeration quantity in third air bag 13 is identical and accounts for 11 inflatable volume of the first air bag
70%, the aeration quantity in the second air bag 12 accounts for the 58% of 12 inflatable volume of the second air bag.
Further, the first isolating bar 41, the second isolating bar 42 are welded by high frequency lasers bonding machine.
Further, the first gas chamber 121 in the second air bag 12, the second gas chamber 122 it is of same size.
Further, in resilient sleeve 2 3D screen cloth with a thickness of 10mm, high-elastic cotton with a thickness of 10mm, resilient sleeve 2 includes packet
The 3D screen cloth for being rolled in 1 outside of air bag, the high-elastic cotton being wrapped on the outside of 3D screen cloth, fixing sleeve 3 are wrapped on the outside of high-elastic cotton
Non-woven fabrics, the cloth set being wrapped on the outside of non-woven fabrics, cloth, which is put on, is provided with zipper or button, by pull zipper or unlock button can
Facilitate the taking-up of inside object.
The functional pillow for improving Force on neck state involved in this specific implementation case, traditional monoblock type air bag is innovated
For three sections of cellular-type air bags, the head of user, face are individually supported respectively, secondly by three sections of cellular-type air bags
The control of filled volume, the height of the first air bag 11, third air bag 13 that make both ends are higher than 12 height of the second air bag at middle part,
The head of user can be limited to the position between the first air bag 11, third air bag 13, be detached from neck during avoiding user from turning over
The sphere of action of vertebra functional pillow；Second air bag 12 is set as the gas chamber that two air-flows in tandem communicate, and acts on the first gas
The weight on the head of room 121 is converted into the second gas chamber 122 to the support force of user's cervical vertebra using gas flowing deformability,
Force on neck in user's sleep procedure is avoided, the blood circulation of cervical vertebra is improved, mitigates the symptom of patient with cervical Spondylopathy, while this
Money cervical functional rests the head on the patient for being equally applicable to general patient or lying in bed throughout the year, mitigates the tired sense of sleep, promotes sleep quality；Bullet
Property 2 materials of set selection so that the local deformation of inner balloon 1 is gently transmitted to the neck location of user, further
Promote the usage comfort of user；Furthermore structure, the manufacture craft of the functional pillow of above-mentioned improvement Force on neck state are simple, at
This is lower, meets the consuming capacity of ordinary consumer, at the same the functional pillow it is light-weight, facilitate collection, convenient for outgoing carrying.
Case 2 is embodied:
A kind of functional pillow improving Force on neck state, comprising: air bag 1, resilient sleeve 2, fixing sleeve 3, the socket packet of resilient sleeve 2
It is rolled in the outside of air bag 1, fixing sleeve 3 is socketed the outside for being wrapped in resilient sleeve 2；Air bag 1 divides for the first air bag 11, the second air bag
12, third air bag 13 and the first air bag 11, the second air bag 12, be mounted on the inflation for including reversed resistance valve on third air bag 13
Hole 6, the first air bag 11,13 geomery of third air bag are identical and symmetrical in the length two sides of the second air bag 12, the first gas
Capsule 11, the second air bag 12, intersection is provided with the first isolating bar 41 between 13 three of third air bag, and the first isolating bar 41 is by
One air bag 11, the second air bag 12, the gas partitions in third air bag 13 are opened and the gas in three air bags are avoided to circulate mutually；Air bag
1 whole shape is approximate rectangular, and the first air bag 11, the second air bag 12, institute's inflatable body is in and does not fill completely in third air bag 13
Full state.
Wherein, the first air bag 11, the second air bag 12, aeration aperture in third air bag 13 the center of circle be located at the same side and the center of circle
Connecting line is parallel to the width centreline of air bag 1.Aeration aperture, which is located at the same side, can facilitate the inflation/deflation of inflatable pillow, it is not necessary to turn and fill
The charge and discharge of gas can be completed in the direction of pneumatic die cushion, while the side for being equipped with aeration aperture can be placed in the neck one far from user
Side, avoiding the height of aeration aperture from rising and falling influences user's enjoyment cervical functional pillow.
Further, the second air bag 12 forms i.e. the first gas chamber 121, the second gas chamber 122 by the gas chamber of two airflow connections,
First gas chamber 121,122 front-rear direction of the second gas chamber are arranged side by side.First gas chamber 121, the second gas chamber 122 intersection be provided with
Length is less than the second isolating bar 42 of air chamber length, and the second isolating bar 42 is parallel to the length of the first gas chamber 121, the second gas chamber 122
It spends direction and is located at the mid-length position of the first gas chamber 121, the second gas chamber 122, the gas chamber of 42 left and right ends of the second isolating bar
Channel 5 is symmetrically distributed in the length both ends of the second isolating bar 42.
Further, under 1 unaerated state of air bag, 11 two sides of the first air bag are close to 41 one end of the first isolating bar position
It sets and is equipped with towards the inclined inclined side 111 of widthwise central position, and inclined side 111 and the horizontal line angle that is in are α, first
Isolating bar 41 is bending linear structure, and the apex angle of the first isolating bar of bending threadiness is β, and the sideline of apex angle ss two sides is symmetrically divided
Cloth 1 width centreline of air bag two sides and apex angle be directed toward the second air bag 12, the first air bag 11, third air bag 13 width be equal to
The width of second air bag 12 is respectively equipped with towards 1 width of air bag in second air bag, 12 two sides close to 41 both ends of the first isolating bar
The inclined side 123 of center position, and the tilt angle of inclined side 123 and horizontal plane is equal to α, wherein α=30 °, β=125 °.
Further, the first air bag 11, the aeration quantity in third air bag 13 is identical and accounts for 11 inflatable volume of the first air bag
75%, the aeration quantity in the second air bag 12 accounts for the 63% of 12 inflatable volume of the second air bag.
Further, the first isolating bar 41, the second isolating bar 42 are welded by high frequency lasers bonding machine.
Further, the width of the first gas chamber 121 is greater than the width of the second gas chamber 122.Such cervical functional pillow
Compare that suitable neck is shorter, the partially long user of head sizes uses.
Further, in resilient sleeve 2 3D screen cloth with a thickness of 18mm, high-elastic cotton with a thickness of 15mm, resilient sleeve 2 includes packet
The 3D screen cloth for being rolled in 1 outside of air bag, the high-elastic cotton being wrapped on the outside of 3D screen cloth, fixing sleeve 3 are wrapped on the outside of high-elastic cotton
Non-woven fabrics, the cloth set being wrapped on the outside of non-woven fabrics, cloth, which is put on, is provided with zipper or button, by pull zipper or unlock button can
Facilitate the taking-up of inside object.
The functional pillow for improving Force on neck state involved in this specific implementation case, traditional monoblock type air bag is innovated
For three sections of cellular-type air bags, the head of user, face are individually supported respectively, secondly by three sections of cellular-type air bags
The control of filled volume, the height of the first air bag 11, third air bag 13 that make both ends are higher than 12 height of the second air bag at middle part,
The head of user can be limited to the position between the first air bag 11, third air bag 13, be detached from neck during avoiding user from turning over
The sphere of action of vertebra functional pillow；Second air bag 12 is set as the gas chamber that two air-flows in tandem communicate, and acts on the first gas
The weight on the head of room 121 is converted into the second gas chamber 122 to the support force of user's cervical vertebra using gas flowing deformability,
Force on neck in user's sleep procedure is avoided, the blood circulation of cervical vertebra is improved, mitigates the symptom of patient with cervical Spondylopathy, while this
Money cervical functional rests the head on the patient for being equally applicable to general patient or lying in bed throughout the year, mitigates the tired sense of sleep, promotes sleep quality；Bullet
Property 2 materials of set selection so that the local deformation of inner balloon 1 is gently transmitted to the neck location of user, further
Promote the usage comfort of user；Furthermore structure, the manufacture craft of the functional pillow of above-mentioned improvement Force on neck state are simple, at
This is lower, meets the consuming capacity of ordinary consumer, at the same the functional pillow it is light-weight, facilitate collection, convenient for outgoing carrying.
Case 3 is embodied:
A kind of functional pillow improving Force on neck state, comprising: air bag 1, resilient sleeve 2, fixing sleeve 3, the socket packet of resilient sleeve 2
It is rolled in the outside of air bag 1, fixing sleeve 3 is socketed the outside for being wrapped in resilient sleeve 2；Air bag 1 divides for the first air bag 11, the second air bag
12, third air bag 13 and the first air bag 11, the second air bag 12, be mounted on the inflation for including reversed resistance valve on third air bag 13
Hole 6, the first air bag 11,13 geomery of third air bag are identical and symmetrical in the length two sides of the second air bag 12, the first gas
Capsule 11, the second air bag 12, intersection is provided with the first isolating bar 41 between 13 three of third air bag, and the first isolating bar 41 is by
One air bag 11, the second air bag 12, the gas partitions in third air bag 13 are opened and the gas in three air bags are avoided to circulate mutually；Air bag
1 whole shape is approximate rectangular, and the first air bag 11, the second air bag 12, institute's inflatable body is in and does not fill completely in third air bag 13
Full state.
Wherein, the first air bag 11, the second air bag 12, aeration aperture 6 in third air bag 13 the center of circle be located at the same side and circle
Heart connecting line is parallel to the width centreline of air bag 1.Aeration aperture, which is located at the same side, can facilitate the inflation/deflation of inflatable pillow, it is not necessary to turn
The charge and discharge of gas can be completed in the direction of inflatable pillow, while the side for being equipped with aeration aperture can be placed in the neck far from user
Side, avoiding the height of aeration aperture from rising and falling influences user's enjoyment cervical functional pillow.
Further, the second air bag 12 forms i.e. the first gas chamber 121, the second gas chamber 122 by the gas chamber of two airflow connections,
First gas chamber 121,122 front-rear direction of the second gas chamber are arranged side by side.First gas chamber 121, the second gas chamber 122 intersection be provided with
Length is less than the second isolating bar 42 of air chamber length, and the second isolating bar 42 is parallel to the length of the first gas chamber 121, the second gas chamber 122
It spends direction and is located at the mid-length position of the first gas chamber 121, the second gas chamber 122, the gas chamber of 42 left and right ends of the second isolating bar
Channel 5 is symmetrically distributed in the length both ends of the second isolating bar 42.
Further, under 1 unaerated state of air bag, 11 two sides of the first air bag are close to 41 one end of the first isolating bar position
It sets and is equipped with towards the inclined inclined side 111 of widthwise central position, and inclined side 111 and the horizontal line angle that is in are α, first
Isolating bar 41 is bending linear structure, and the apex angle of the first isolating bar of bending threadiness is β, and the sideline of apex angle ss two sides is symmetrically divided
Cloth 1 width centreline of air bag two sides and apex angle be directed toward the second air bag 12, the first air bag 11, third air bag 13 width be equal to
The width of second air bag 12 is respectively equipped with towards 1 width of air bag in second air bag, 12 two sides close to 41 both ends of the first isolating bar
The inclined side 123 of center position, and the tilt angle of inclined side 123 and horizontal plane is equal to α, wherein α=35 °, β=130 °.
Further, the first air bag 11, the aeration quantity in third air bag 13 is identical and accounts for 11 inflatable volume of the first air bag
80%, the aeration quantity in the second air bag 12 accounts for the 68% of 12 inflatable volume of the second air bag.
Further, the first isolating bar 41, the second isolating bar 42 are welded by high frequency lasers bonding machine.
Further, width of the width of the first gas chamber 121 less than the second gas chamber 122.Such cervical functional pillow
Compare that suitable neck is longer, the partially short user of head sizes uses.
Further, in resilient sleeve 2 3D screen cloth with a thickness of 25cm, high-elastic cotton with a thickness of 20mm, resilient sleeve 2 includes packet
The 3D screen cloth for being rolled in 1 outside of air bag, the high-elastic cotton being wrapped on the outside of 3D screen cloth, fixing sleeve 3 are wrapped on the outside of high-elastic cotton
Non-woven fabrics, the cloth set being wrapped on the outside of non-woven fabrics, the peripheral cloth in fixing sleeve 3, which is put on, is provided with zipper or button, passes through pulling
Zipper or unlock button can facilitate inside object taking-up.
The functional pillow for improving Force on neck state involved in this specific implementation case, traditional monoblock type air bag is innovated
For three sections of cellular-type air bags, the head of user, face are individually supported respectively, secondly by three sections of cellular-type air bags
The control of filled volume, the height of the first air bag 11, third air bag 13 that make both ends are higher than 12 height of the second air bag at middle part,
The head of user can be limited to the position between the first air bag 11, third air bag 13, be detached from neck during avoiding user from turning over
The sphere of action of vertebra functional pillow；Second air bag 12 is set as the gas chamber that two air-flows in tandem communicate, and acts on the first gas
The weight on the head of room 121 is converted into the second gas chamber 122 to the support force of user's cervical vertebra using gas flowing deformability,
Force on neck in user's sleep procedure is avoided, the blood circulation of cervical vertebra is improved, mitigates the symptom of patient with cervical Spondylopathy, while this
Money cervical functional rests the head on the patient for being equally applicable to general patient or lying in bed throughout the year, mitigates the tired sense of sleep, promotes sleep quality；Bullet
Property 2 materials of set selection so that the local deformation of inner balloon 1 is gently transmitted to the neck location of user, further
Promote the usage comfort of user；Furthermore structure, the manufacture craft of the functional pillow of above-mentioned improvement Force on neck state are simple, at
This is lower, meets the consuming capacity of ordinary consumer, at the same the functional pillow it is light-weight, facilitate collection, convenient for outgoing carrying.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In the protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (10)
1. a kind of functional pillow for improving Force on neck state, comprising: air bag, resilient sleeve, fixing sleeve, resilient sleeve socket are wrapped in gas
The outside of capsule, fixing sleeve are socketed the outside for being wrapped in resilient sleeve；Air bag is divided into the first air bag, the second air bag, third air bag and
One air bag, the second air bag are mounted on the aeration aperture for including reversed resistance valve, the first air bag, third balloon-shaped on third air bag
Shape size is identical and symmetrical in the length two sides of the second air bag, and the first air bag, the second air bag are handed between third air bag three
The first isolating bar is provided at boundary, the gas partitions in the first air bag, the second air bag, third air bag are opened and avoided by the first isolating bar
Gas in three air bags circulates mutually；The shape of air bag entirety is approximate rectangular, the first air bag, the second air bag, in third air bag
Institute's inflatable body, which is in, is not completely filled with state.
2. improving the functional pillow of Force on neck state as described in claim 1, its feature is as follows: the first air bag, the second air bag, the
The center of circle of aeration aperture in three air bags is located at the same side and center of circle connecting line is parallel to the width centreline of air bag.
3. improving the functional pillow of Force on neck state as described in claim 1, its feature is as follows: the second air bag is connected by two air-flows
Logical gas chamber composition is the first gas chamber, the second gas chamber, and the first gas chamber, the second gas chamber front-rear direction are arranged side by side.
4. improve the functional pillow of Force on neck state as claimed in claim 3, its feature is as follows: the first gas chamber, the second gas chamber
Intersection is provided with the second isolating bar that length is less than air chamber length, and the second isolating bar is parallel to the first gas chamber, second gas chamber
Length direction and the mid-length position for being located at the first gas chamber, the second gas chamber, the gas chamber channel pair of the second isolating bar left and right ends
Claim the length both ends for being distributed in the second isolating bar.
5. improve the functional pillow of Force on neck state as described in claim 1, its feature is as follows: under air bag unaerated state, the
One air bag two sides are equipped with close to one end position of the first isolating bar towards the inclined inclined side of widthwise central position, and are tilted
The angle that side and horizontal line are in is α, and the first isolating bar is bending linear structure, and the apex angle of the first isolating bar of bending threadiness is
β, the sideline of apex angle ss two sides is symmetrically distributed in the two sides of bag width center line and apex angle is directed toward the second air bag.
6. improve the functional pillow of Force on neck state as described in claim 1, its feature is as follows: under air bag unaerated state, the
One air bag, third air bag width be equal to the width of the second air bag, close to the first isolating bar both ends point in the second air bag two sides
She You not be towards the inclined side of bag width center position, and the tilt angle of inclined side and horizontal plane is equal to α, wherein α=22 °
~35 °.
7. improving the functional pillow of Force on neck state as claimed in claim 5, its feature is as follows: α=22 °~35 °, β=120 °
~130 °.
8. improving the functional pillow of Force on neck state as described in claim 1, its feature is as follows: in the first air bag, third air bag
Aeration quantity it is identical and account for the 70%~80% of the first balloon inflatable volume, aeration quantity accounts for the second air bag and can fill in the second air bag
The 58%~68% of air volume.
9. improve the functional pillow of Force on neck state as described in any in claim 1 or 4, its feature is as follows: the first gas chamber
The width of width or the first gas chamber that width is greater than the second gas chamber is less than or equal to the width of the second gas chamber.
10. improving the functional pillow of Force on neck state as described in claim 1, its feature is as follows: resilient sleeve is wrapped in gas
3D screen cloth on the outside of capsule, the high-elastic cotton being wrapped on the outside of 3D screen cloth, fixing sleeve include non-woven fabrics, the packet being wrapped on the outside of high-elastic cotton
The cloth set being rolled on the outside of non-woven fabrics, cloth, which is put on, is provided with zipper or button, and inside object can be facilitated by pulling zipper or unlocking button
Take out, the wall thickness of 3D screen cloth is 10mm~25mm, high-elastic cotton with a thickness of 10mm~20mm.
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| CN201821256881.3U CN209528710U (en) | 2018-08-06 | 2018-08-06 | A kind of functional pillow improving Force on neck state |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110558793A (en) * | 2018-08-06 | 2019-12-13 | 苏州市惠尔康医疗器械有限公司 | Functional pillow for improving stress state of cervical vertebra |
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2018
- 2018-08-06 CN CN201821256881.3U patent/CN209528710U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110558793A (en) * | 2018-08-06 | 2019-12-13 | 苏州市惠尔康医疗器械有限公司 | Functional pillow for improving stress state of cervical vertebra |
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