CN107752620A - A kind of pillow and manufacture method - Google Patents
A kind of pillow and manufacture method Download PDFInfo
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- CN107752620A CN107752620A CN201610695929.XA CN201610695929A CN107752620A CN 107752620 A CN107752620 A CN 107752620A CN 201610695929 A CN201610695929 A CN 201610695929A CN 107752620 A CN107752620 A CN 107752620A
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47G—HOUSEHOLD OR TABLE EQUIPMENT
- A47G9/00—Bed-covers; Counterpanes; Travelling rugs; Sleeping rugs; Sleeping bags; Pillows
- A47G9/10—Pillows
- A47G9/1081—Pillows comprising a neck support, e.g. a neck roll
- A47G9/109—Pillows comprising a neck support, e.g. a neck roll adapted to lie on the side and in supine position
Abstract
The invention discloses a kind of pillow and manufacture method for Human Physiology size.By according to human body head dummy, neck type, the difference of shoulder type, in order to reach the purpose for the pillow for being adapted to corresponding specific individual, realizing the design and producing pillow of customization；Pillow is divided into special moulding Hard base layer and special soft bed course two parts for improving comfort level by this patent simultaneously, basic unit is under, bed course is upper, basic unit can be produced with module, carry out assembled and regulation as needed, can also 3d printing straight formings, can reach pillow to radian, vertical height, the requirement of each dimension of horizontal width.
Description
Technical field
The present invention relates to a kind of pillow, more particularly to a kind of pillow and manufacturer for Human Physiology size
Method.
Background technology
The cervical vertebra of health has a normal physiologic radian scope from the side.As shown in Figure 1, C1 and C7 angles are
For its angle.
It is honest, symmetrical, cervical vertebra center line and thoracic vertebrae centerline collineation that the cervical vertebra of health is seen from front.Such as Fig. 2
It is shown.
This healthy cervical vertebra can effectively mitigate the burden of interverbebral disc, and the muscle of surrounding and accepting for ligament tissue can also compare
Relatively rationally, peripheral vessels is not easy to be oppressed by deformation bone.
Inappropriate pillow can cause the skewed of thoracic vertebrae epimere and cervical vertebra.The skewed shoulder neck that not only results in of these centrums is asked
Topic and cervical spondylopathy, also result in ridge source property disease, such as hypertension, antimigraine, dysthyreosis, rhinitis chronic, retinopathy
Become, the series of ridges source property disease such as become deaf.Very big loss is caused to personal and society.
When just sleeping, suitable pillow can maintain or improve the physiologic radian of backbone.As shown in Figure 3.
Inappropriate pillow can cause physiologic radian lesion and skull to rotate.Such as Fig. 4, pillow is too low, and cervical vertebra radian is too high,
Such as Fig. 5, pillow is too high, and cervical vertebra radian is counter to bend.
When lying on one's side, suitable pillow can be maintained in cervical vertebra and thoracic vertebrae epimere just, will not be skewed.As shown in Figure 6.
Inappropriate pillow can cause the lateral bending of thoracic vertebrae cervical vertebra.As shown in Figure 7, Figure 8.
Due to human body head dummy, neck type, the difference of shoulder type, it is adapted to correspondingly the specifically purpose of the pillow of individual to reach,
The design and producing pillow of customization is just into necessity.This is beneficial to personal and society.
From the prior art, some existing customization pillows, such as 201110136537.7, but not by the soft durometer of bed
It is included, also has the height that some technical schemes only measured and made occipital region under cervical vertebra, does not measure and design under cervical vertebra
The radian of occipital region, such as 201210040446.8, in addition, the existing pillow that customizes can not also carry out the fine setting in later stage, such as patent
201110136537.7.Design also is using storehouse is divided, such as patent 201020623293.6.This way is often because filling material
Material and filling storehouse in itself the deformation in the case of compression and can not accurate support rise the specific physiologic radian of cervical vertebra, also can not be accurate
The length of cervical vertebra is matched, this building method is used or treatment is got up, and error is too big.
This patent is precisely in order to solve disadvantages mentioned above.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of pillow that can meet each Human Physiology size requirement
And its manufacture method.
A kind of manufacture method of pillow, comprises the following steps：
First, following 9 data of measurement or the incidence with three D scanning people：
A positions, b positions, c positions, d positions, e positions, f positions, g positions, h positions, j positions, above-mentioned 9 positions are corresponding
Physical dimension be：
A positions：Longitudinal separation of the collare First Point at second dorsal vertebra spinous process；
B positions：Distance of the collare First Point to occipital bone rearmost point；
C positions：The length of cervical vertebra section；
D positions：Horizontal range of the margin of scapula,external to neck side most concave point；
E positions：Horizontal range of the skull outermost to margin of scapula,external；
F positions：Vertical distance of the mastoid process to cervical vertebra lower edge；
G positions：The length and radian of the positive curved profile of cervical vertebra；
H positions：The length and radian of the lateral curved profile of cervical vertebra
J positions：The length and radian of the three-D profile at head rear；
2nd, a kind of pillow is produced, the pillow is the combination of a cube and circular arc body, and the circular arc body is located at cube
Marginal position simultaneously, the string of circular arc body it is parallel with cubical four edges, have a groove in the middle part of the pillow, groove runs through
Cube and circular arc body, the symmetry axis of groove overlap with pillow, and the middle part under the cube groove of the pillow is provided with another
Circular arc body groove, the cube, circular arc body, groove size in A positions, B positions, C positions, D positions, E positions, F portions
Position, G positions, H positions, J positions respectively with a positions, b positions, c positions, d positions, e positions, f positions, g positions, h positions, j portions
Position is corresponding.
The highly desirable difference for subtracting (Δ 1- Δs 2) of pillow,
The Δ 1 lies on a bed for human body, and due to the relation of gravity, thoracic cavity and shoulder can allow bed surface under to a certain degree
Fall into, sagging displacement meter does Δ 1；
The Δ 2 is pillow itself due to by head pressure, can also sink, its displacement meter does Δ 2；
Δ 1, the calculation formula of Δ 2 are：
Δ 1=(F1*T1)/(E1*A1)
Wherein
F1=head weight+0.5* neck weight
T1=pillow thickness
E1=pillow modulus of elasticity
The contact area of A1=pillows and bed
Δ 2=(F2*T2)/(E2A2)
Wherein
+ two large arm weight of F2=thoracic cavities weight when just sleeping；When side Shui ShiF2=thoracic cavities+1 arm weight of weight
The thickness of T2=mattresses
The modulus of elasticity of E2=mattresses
The contact area of A2=chests section and bed
Weight=0.08* body weight of head；Large arm weight=0.012* body weight；
One arm weight=0.025* body weight；Thoracic cavity weight=0.30* body weight.
A kind of pillow, including matrix (1) and soft pack layer (2), the soft pack layer (2) are arranged at matrix (1) top, and hardness is small
In matrix (1), the pillow global shape is the combination of a cube and circular arc body；
The circular arc body is located at the marginal position of cube one side, the string of circular arc body it is parallel with cubical four edges；
Following 9 data of measurement or the incidence with three D scanning people during the pillow production：
A positions, b positions, c positions, d positions, e positions, f positions, g positions, h positions, j positions, above-mentioned 9 positions are corresponding
Physical dimension be：
A positions：Longitudinal separation of the collare First Point at second dorsal vertebra spinous process；
B positions：Distance of the collare First Point to occipital bone rearmost point；
C positions：The length of cervical vertebra section；
D positions：Horizontal range of the margin of scapula,external to neck side most concave point；
E positions：Horizontal range of the skull outermost to margin of scapula,external；
F positions：Vertical distance of the mastoid process to cervical vertebra lower edge；
G positions：The length and radian of the positive curved profile of cervical vertebra；
H positions：The length and radian of the lateral curved profile of cervical vertebra
J positions：The length and radian of the three-D profile at head rear；
The circular arc body is located at the marginal position of cube one side, and the string of circular arc body is put down with the cubical four edges
OK, there is a groove in the middle part of the pillow, groove runs through cube and circular arc body, and the symmetry axis of groove overlaps with pillow, the pillow
Middle part under the cube groove of head is provided with another circular arc body groove, the cube, circular arc body, groove size in A
Position, B positions, C positions, D positions, E positions, F positions, G positions, H positions, J positions respectively with a positions, b positions, c positions, d
Position, e positions, f positions, g positions, h positions, j positions are corresponding.
Described matrix (1) is the combination of a cube and circular arc body, and the circular arc body is located at the margin location of cube one side
Put, the string of circular arc body it is parallel with cubical four edges；
There is a groove in the middle part of described matrix (1), groove runs through cube and circular arc body, symmetry axis and the matrix weight of groove
Close；Middle part under the cube groove of described matrix (1) is provided with another circular arc body groove；
The soft pack layer (2) includes a horizontal surface, two side elevations and an arc surface, and the horizontal surface connects with arc surface
Connect, the one side of two side elevations respectively with horizontal surface and arc surface is connected, soft pack layer (2) the cladding matrix (1).
Described matrix (1) is assembled by Prefabricated block, or by the direct printing shaping of 3d printers.
Described matrix Prefabricated block contains following components：Supporting plate, head plate, jugularia, neck bow plate.
Described matrix Prefabricated block s
The fixed salient point concave point snap similar using happy high building blocks connecting method between described matrix Prefabricated block.
Fixation between described matrix Prefabricated block is by the way of binding agent bonding.
Fixation between described matrix Prefabricated block is by the way of self-adhesion hasp connection.
Beneficial effects of the present invention, the present invention are made up of basic unit and soft pack layer, and basic unit's hardness is harder than soft pack layer, and basic unit is to people
The cervical vertebra and shoulder of body, which are formed, stablizes on-deformable supporting construction, and soft pack layer is more soft, and increase human contact is comfortable
Degree.
Beneficial effects of the present invention also have：The soft durometer of bed is included by this patent method for customizing, when bed is very soft, people
Weight can allow under trunk and sink into bed, so suitable height should subtract trunk relative to pillow on the basis of original calculating
The sagging value of head,
This patent not only measures and made the height of occipital region under cervical vertebra, also measures the neck of particular individual in front and side
Profile, realize the main target for ensureing cervical vertebra radian this pillow.
The length of cervical vertebra varies with each individual, and child is general shorter, and the occipital region below cervical vertebra is because there is the presence of physiologic radian, and one
As can design high point, lower head is typically designed high point due to the protrusion backward of occipital bone.Because both are highly different, therefore
Head Section and cervical vertebra must be accurately distinguished strictly in the plane.This patent has carries out more essence to the length of the bossing under neck region
True control.
According to the principle of ergonomics, when the talent lies on one's side below humerus can fold into forward, touch the position of bed surface
It is margin of scapula,external, rather than humerus outer rim.Answer this shoulder breadth to calculate margin of scapula,external to be only correctly, this patent is exactly to use
This technical approach for meeting ergonomics.
Further, the one of this patent big benefit is can subsequently to be adjusted according to service condition.Modular design makes
It must adjust highly, width, radian, surface material all becomes very light.
This patent adds the design of soft pack layer using Hard base layer, and the basic unit of hard can accurately produce, accurate sizing,
It will not deform, ensure the correct radian of cervical vertebra and neck length.Designed compared to a point storehouse, and because storehouse is that disposable sewing is good,
Although filler can be reduced from the inside, to reduce the effect of pillow height, the warehouse under flat sky will deform simultaneously, can be same
The length of occipital region under Shi Zengjia cervical vertebras, and this is frequently not it is desirable that.Because while reducing height, we generally require
Reduce the small length in neck region.And this patent can control height and length two respectively due to being designed using the basic unit of hard module
Individual variable.
Pillow is divided into special moulding Hard base layer and special soft bed course two parts for improving comfort level by this patent.Base
Layer is under, and bed course is upper.The benefit of this design is that basic unit can be produced with module, carries out assembled and regulation as needed, also may be used
Straight forming is printed with 3d, can reach pillow to radian, vertical height, the requirement of each dimension of horizontal width.And pad
Layer is because can be with uniform thickness, it is not necessary to which it possesses moulding function, therefore material selection range is wide, and can substantially reduce the life of bed course
The expense of production.
Brief description of the drawings
Fig. 1 is the cervical vertebra of health from side view.
Fig. 2 is the cervical vertebra of health from front elevation.
Fig. 3 is the physiologic radian schematic diagram of the backbone under suitable pillow when just sleeping.
Fig. 4 is the physiologic radian schematic diagram of the backbone under pillow too low when just sleeping.
Fig. 5 is the physiologic radian schematic diagram of the backbone under pillow too high when just sleeping.
Fig. 6 is that suitable pillow maintains schematic diagram positive in cervical vertebra and thoracic vertebrae epimere when lying on one's side.
Fig. 7 is that pillow too low when lying on one's side causes the partially curved schematic diagram of thoracic vertebrae cervical vertebra.
Fig. 8 is that pillow too high when lying on one's side causes the partially curved schematic diagram of thoracic vertebrae cervical vertebra.
Fig. 9, Figure 10 are schematic structural views of the invention.
Figure 11 is the structural representation with 3D printing matrix
Figure 12 is the structural representation that matrix is made of Prefabricated block
Figure 13, Figure 14 are the human dimensions for making measurement needed for the present invention
Figure 15, Figure 16 are according to the corresponding made product schematic diagram of the present invention of measurement size
Figure 17 allows for the adjustment to product size after body weight
Figure 18,19 be Prefabricated block make matrix structural representation
Figure 20 is a kind of form of neck bow plate
Figure 21 is another form of neck bow plate
Figure 22 is the connecting method of the Prefabricated block matrix and soft pack layer spliced.
Description of reference numerals：
Z：Symmetry axis
101：Pillow
102：Bed
103：Pillow profile before compression
104：Pillow profile after compression
105：Bed surface profile after compression
106：Compression external crucible facial contour
Embodiment
The present invention is described in further detail below by drawings and embodiments, as shown in Figure 9, Figure 10, design is a kind of
Pillow, including matrix (1) and soft pack layer (2), the soft pack layer (2) are arranged at matrix (1) top, and hardness is less than matrix (1)：
For matrix：Described matrix (1) is the combination of a cube and circular arc body, and the circular arc body is located at cube one side
Marginal position, the string of circular arc body it is parallel with cubical four edges.
Preferably, as shown in figure 13, there is a groove in the middle part of matrix (1), groove runs through cube and circular arc body, pair of groove
Axle is claimed to be overlapped with matrix.
For soft pack layer：Including a horizontal surface, two side elevations and an arc surface, the horizontal surface are connected with arc surface,
The one side of two side elevations respectively with horizontal surface and arc surface is connected；
Soft pack layer (2) cladding matrix (1), form combination of the global shape for a cube and circular arc body.
The central inventive point of the present invention is：Produced according to the physiology size of particular user, such as Figure 13, Figure 14, surveyed
Head, the specific size of neck of people is measured, patent of the present invention is manufactured according to above-mentioned size, such as Figure 15, Figure 16；
So, under, soft pack layer is placed on thereon for basic unit, both enough head and neck for being used for supporting human body into an entirety
Portion.Reach the skull center line of the people when side is slept, cervical vertebra center line, the line of thoracic vertebrae upper section central three is conllinear.When lying on the back, cervical vertebra has branch
Support, maintains the radian of human normal, and the sight and bed surface when eyes are looked squarely are at a right angle.
Soft pack layer is placed on thereon, both enough head and neck for being used for supporting human body into an entirety.In the branch of pillow
Under support, when side is slept, the skull center line of people, cervical vertebra center line, the line of thoracic vertebrae upper section central three are conllinear.Under the support of the pillow,
When lying on the back, cervical vertebra maintains the radian of human normal, and eyes look squarely surface, and its sight and bed surface are at a right angle.
Simultaneously as above-mentioned size is all the physiology size design according to particular user, can completely by and realize above-mentioned
Purpose；
Preferably, as Figure 17, human body lie on a bed, due to the relation of gravity, it is in certain journey that thoracic cavity and shoulder, which can allow bed surface,
Degree sink, and sagging displacement meter does Δ 1.Because the head of people is light compared with trunk, and the contact area of pillow and bed is relatively large, so
Although it is in sink to a certain degree that pillow, which can also allow its lower bed surface, degree amplitude of sinking is very small, can be ignored.But pillow
Itself is due to by head pressure, can also sink, its displacement meter does Δ 2.The height of pillow is because meeting human body itself shoulder neck shape
The difference of (Δ 1- Δs 2) is subtracted on the basis of shape.
Δ 1, the calculation formula of Δ 2 are：
Δ 1=(F1*T1)/(E1*A1)
Wherein
F1=head weight+0.5* neck weight
T1=pillow thickness
E1=pillow modulus of elasticity
The contact area of A1=pillows and bed
Δ 2=(F2*T2)/(E2A2)
Wherein
+ two large arm weight of F2=thoracic cavities weight when just sleeping；When side Shui ShiF2=thoracic cavities+1 arm weight of weight
The thickness of T2=mattresses
The modulus of elasticity of E2=mattresses
The contact area of A2=chests section and bed
Symmetrical youth, middle age and the elderly can use the weight on following simple formula estimation head and thoracic cavity.
Weight=0.08* body weight of head；Large arm weight=0.012* body weight；
One arm weight=0.025* body weight；Thoracic cavity weight=0.30* body weight
In addition, the matrix of patent of the present invention can flexibly be produced using kinds of processes, using 3D printing method, or as schemed
18th, 19, spliced using Prefabricated block mode.
Such as Figure 18,19, Prefabricated block is made up of supporting plate, head plate, jugularia, neck bow plate.Supporting plate, head plate, jugularia are cube.
Neck bow plate body be cube and circular arc body combination, such as Figure 20.Cubical height H can be 0, such as Figure 21, that is, neck
It can be circular arc body to bend plate.The assembling mode of Prefabricated block is according to following progress.The order of matrix from top to bottom be followed successively by supporting plate,
Head plate, jugularia, neck bow plate.Supporting plate plane can be divided into the area of left, center, right three.Supporting plate is located at bottom, and supporting plate can be 1 piece, also may be used
To be that polylith supporting plate is stacked together.In any area, head plate can be zero piece or 1 piece or polylith superposition.Any
One area, jugularia can be zero piece or 1 piece or polylith superposition.In any area, neck bow plate is 1 piece.In three subregions
Jugularia and neck bow plate are located at the same side, and both plan-positions overlap.
Fixation between described matrix Prefabricated block in the following ways but can be not limited in the following manner：Spelled using the high building blocks of pleasure
The similar salient point concave point snap of mode is connect, or by the way of binding agent bonding, or by the way of self-adhesion hasp connection.
The content is only the basic explanation under present inventive concept, and is made according to technical scheme any etc.
Effect conversion, all should belong to protection scope of the present invention.
Claims (10)
1. a kind of manufacture method of pillow, comprises the following steps：
First, following 9 data of measurement or the incidence with three D scanning people：
A positions, b positions, c positions, d positions, e positions, f positions, g positions, h positions, j positions are several corresponding to above-mentioned 9 positions
How size is：
A positions：Longitudinal separation of the collare First Point at second dorsal vertebra spinous process；
B positions：Distance of the collare First Point to occipital bone rearmost point；
C positions：The length of cervical vertebra section；
D positions：Horizontal range of the margin of scapula,external to neck side most concave point；
E positions：Horizontal range of the skull outermost to margin of scapula,external；
F positions：Vertical distance of the mastoid process to cervical vertebra lower edge；
G positions：The length and radian of the positive curved profile of cervical vertebra；
H positions：The length and radian of the lateral curved profile of cervical vertebra
J positions：The length and radian of the three-D profile at head rear；
2nd, a kind of pillow is produced, the pillow is the combination of a cube and circular arc body, and the circular arc body is located at cube one side
Marginal position, the string of circular arc body it is parallel with cubical four edges, have a groove in the middle part of the pillow, groove through cube
Body and circular arc body, the symmetry axis of groove overlap with pillow, and the middle part under the cube groove of the pillow is provided with another circular arc
Body groove, the cube, circular arc body, groove size in A positions, B positions, C positions, D positions, E positions, F positions, G
Position, H positions, J positions respectively with a positions, b positions, c positions, d positions, e positions, f positions, g positions, h positions, j positions pair
Should.
A kind of 2. pillow according to claim 1, it is characterised in that the highly desirable difference for subtracting (Δ 1- Δs 2) of pillow,
The Δ 1 lies on a bed for human body, and due to the relation of gravity, thoracic cavity and shoulder can allow bed surface in sinking to a certain degree, under
Sunken displacement meter does Δ 1；
The Δ 2 is pillow itself due to by head pressure, can also sink, its displacement meter does Δ 2；
Δ 1, the calculation formula of Δ 2 are：
Δ 1=(F1*T1)/(E1*A1)
Wherein
F1=head weight+0.5* neck weight
T1=pillow thickness
E1=pillow modulus of elasticity
The contact area of A1=pillows and bed
Δ 2=(F2*T2)/(E2A2)
Wherein
+ two large arm weight of F2=thoracic cavities weight when just sleeping；When side Shui ShiF2=thoracic cavities+1 arm weight of weight
The thickness of T2=mattresses
The modulus of elasticity of E2=mattresses
The contact area of A2=chests section and bed
Weight=0.08* body weight of head；Large arm weight=0.012* body weight；
One arm weight=0.025* body weight；Thoracic cavity weight=0.30* body weight.
3. a kind of pillow, including matrix (1) and soft pack layer (2), the soft pack layer (2) are arranged at matrix (1) top, hardness is less than
Matrix (1), the pillow global shape are the combination of a cube and circular arc body；
The circular arc body is located at the marginal position of cube one side, its spy parallel with cubical four edges of the string of circular arc body
Sign is,
Following 9 data of measurement or the incidence with three D scanning people during the pillow production：
A positions, b positions, c positions, d positions, e positions, f positions, g positions, h positions,
J positions, physical dimension corresponding to above-mentioned 9 positions are：
A positions：Longitudinal separation of the collare First Point at second dorsal vertebra spinous process；
B positions：Distance of the collare First Point to occipital bone rearmost point；
C positions：The length of cervical vertebra section；
D positions：Horizontal range of the margin of scapula,external to neck side most concave point；
E positions：Horizontal range of the skull outermost to margin of scapula,external；
F positions：Vertical distance of the mastoid process to cervical vertebra lower edge；
G positions：The length and radian of the positive curved profile of cervical vertebra；
H positions：The length and radian of the lateral curved profile of cervical vertebra
J positions：The length and radian of the three-D profile at head rear；
The circular arc body is located at the marginal position of cube one side, the string of circular arc body it is parallel with the cubical four edges,
There is a groove in the middle part of the pillow, groove runs through cube and circular arc body, and the symmetry axis of groove overlaps with pillow, the pillow
Middle part under cube groove is provided with another circular arc body groove, the cube, circular arc body, groove size in A positions,
B positions, C positions, D positions, E positions, F positions, G positions, H positions, J positions respectively with a positions, b positions, c positions, d positions,
E positions, f positions, g positions, h positions, j positions are corresponding.
A kind of 4. pillow according to claim 3, it is characterised in that：Described matrix (1) is a cube and circular arc body
Combination, the circular arc body are located at the marginal position of cube one side, the string of circular arc body it is parallel with cubical four edges；
There is a groove in the middle part of described matrix (1), groove runs through cube and circular arc body, and the symmetry axis of groove overlaps with matrix；Institute
State the middle part under the cube groove of matrix (1) and be provided with another circular arc body groove；
The soft pack layer (2) includes a horizontal surface, two side elevations and an arc surface, and the horizontal surface is connected with arc surface, and two
The one side of side elevation respectively with horizontal surface and arc surface is connected, soft pack layer (2) the cladding matrix (1).
5. a kind of pillow according to claim 3, it is molded by Prefabricated block assembling or 3D printing.
A kind of 6. pillow according to claim 5, it is characterised in that：Described matrix Prefabricated block contains following portion
Point：Supporting plate, head plate, jugularia, neck bow plate.
A kind of 7. pillow according to claim 6, it is characterised in that：The assembling mode of described matrix Prefabricated block according to
Lower progress：The order of matrix from top to bottom is followed successively by supporting plate, head plate, jugularia, neck bow plate, and supporting plate plane can be divided into left, center, right three
Area, supporting plate are located at bottom, and supporting plate can be that 1 piece or polylith supporting plate are stacked together, and in any area, head plate can
To be zero piece or 1 piece or polylith superposition, in any area, jugularia can be that zero piece or 1 piece or polylith are folded
Add, in any area, neck bow plate is 1 piece, and the jugularia and neck bow plate in three subregions are located at the same side, both plan-positions weight
Close.
A kind of 8. pillow according to claim 6, it is characterised in that：Fixation between described matrix Prefabricated block is connect using falcon
Salient point concave point snap.
A kind of 9. pillow according to claim 6, it is characterised in that：It is fixed using bonding between described matrix Prefabricated block
The mode that agent bonds.
A kind of 10. pillow according to claim 6, it is characterised in that：It is fixed using certainly between described matrix Prefabricated block
The mode of viscous hasp connection.
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|---|---|---|---|
| CN201610695929.XA CN107752620A (en) | 2016-08-21 | 2016-08-21 | A kind of pillow and manufacture method |
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|---|---|---|---|
| CN201610695929.XA CN107752620A (en) | 2016-08-21 | 2016-08-21 | A kind of pillow and manufacture method |
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| CN107752620A true CN107752620A (en) | 2018-03-06 |
Family
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109832896A (en) * | 2019-04-09 | 2019-06-04 | 上海交通大学医学院附属第九人民医院 | It is suitble to the pillow with neck lain on one's side and lain on the back and its design method, device, medium |
| WO2019168201A1 (en) * | 2018-03-02 | 2019-09-06 | ネムール株式会社 | Pillow, method for manufacturing pillow, pillow manufacturing system, computer program, and sleeping posture measuring device |
| CN112656179A (en) * | 2019-09-27 | 2021-04-16 | 张静涵 | Intelligent factory production 3D prints healthy pillow of cervical vertebra |
| CN115462665A (en) * | 2022-09-05 | 2022-12-13 | 珠海扶原健康科技有限公司 | Method for making cervical vertebra health care pillow by selecting type |
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| CA2011369A1 (en) * | 1989-03-02 | 1990-09-02 | John Iams | Soft tissue support system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2019168201A1 (en) * | 2018-03-02 | 2019-09-06 | ネムール株式会社 | Pillow, method for manufacturing pillow, pillow manufacturing system, computer program, and sleeping posture measuring device |
| CN109832896A (en) * | 2019-04-09 | 2019-06-04 | 上海交通大学医学院附属第九人民医院 | It is suitble to the pillow with neck lain on one's side and lain on the back and its design method, device, medium |
| CN112656179A (en) * | 2019-09-27 | 2021-04-16 | 张静涵 | Intelligent factory production 3D prints healthy pillow of cervical vertebra |
| CN115462665A (en) * | 2022-09-05 | 2022-12-13 | 珠海扶原健康科技有限公司 | Method for making cervical vertebra health care pillow by selecting type |
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