CN202234202U - Shock-absorbing pressure-diffusing cushion combined structure - Google Patents
Shock-absorbing pressure-diffusing cushion combined structure Download PDFInfo
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- CN202234202U CN202234202U CN2011203748340U CN201120374834U CN202234202U CN 202234202 U CN202234202 U CN 202234202U CN 2011203748340 U CN2011203748340 U CN 2011203748340U CN 201120374834 U CN201120374834 U CN 201120374834U CN 202234202 U CN202234202 U CN 202234202U
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Abstract
The utility model relates to a shock-absorbing pressure-diffusing cushion combined structure, which comprises a shock-absorbing pressure-diffusing layer and a buffer layer, wherein the shock-absorbing pressure-diffusing layer has a first surface and a second surface, and is provided with at least one combining hole; a positioning post is combined in the combining hole; the material of the positioning post can be the same as that of the buffer layer; the buffer layer is combined to at least one surface of the shock-absorbing pressure-diffusing layer, so that the positioning post is attached to the buffer layer; moreover, the attached part can be coated with a colloid, so that the positioning post is tightly glued with the buffer layer; and by arranging the positioning post, the shock-absorbing pressure-diffusing layer is tightly attached to the buffer layer, and random deformation is avoided.
Description
Technical field
The utility model is relevant for the diffusing pressure pad combining structure of a kind of shock-absorbing; Be meant that especially a kind of pressure that can make can constantly extend distribution; Let the user not have to touch the sagging impression at the end; And reach characteristics such as good supporting property, flexibility and gas permeability, and can be applied on mattress, cushion, back cushion and the foot-operated pad.
Background technology
At present, it is to cover a gel layer on the foamed cotton layer that the structure of mattress that is sold on the market or back of the body pad or cushion or foot-operated pad has a kind of, and the foamed cotton layer that will cover gel layer is placed in one and is sealed in the overcoat; So that the user lay at or is against or be seated at or ride in this mattress or back of the body pad or cushion or foot-operated the pad last time; The weight that can disperse health by gel layer and this foamed cotton layer, but owing to consider in order to make this foamed cotton layer and this gel layer can bear more complete pressure, so can be designed to one whole and large-area structure; But be designed to whole and void-free structure; Except meeting caused the not enough shortcoming of gas permeability, manufacturer also must spend many materials can process the enough big mattress of area, and after integral manufacturing goes out finished product; Owing to use one whole foam material; So also can increase whole weight significantly, therefore, also can cause the increase of shipment and delivery cost except mattress or cushion or foot-operated pad carrying personnel are caused the heavier carrying burden; If user's mattress that will more renew or back of the body pad or cushion or foot-operated pad in addition, except preponderance was difficult to move, the composition structure of whole formula of this mattress or back of the body pad or cushion or foot-operated pad also can't fold processing.
In addition; The user lay at or is against or be seated at or ride in the gel mattress of full slice system or back of the body pad or cushion or foot-operated the pad last time; Because full slice system gel mattress is too soft; So have the sagging impression of touching the end, and the end impression of touching of sinking lets the user have to be difficult for standing up, to cause the supportive effect clear.
For improving above-mentioned disappearance; The utility model applicant has and proposes TaiWan, China No. 100203115 " shock-absorbing loose laminated structure " (call in the following text and quote case as proof) patent application on February 22nd, 2011; Can't close positioning when the shock-absorbing of quoting case as proof loose to press layer to combine with cushion; Cause shock-absorbing to loose and press layer when mobile, be easy to generate skew or distortion, can't present flat surface.
The utility model content
The purpose of the utility model promptly is to provide a kind of shock-absorbing pressure pad combining structure of loosing; On the pressure layer is loose in shock-absorbing, be combined with reference column, this reference column is identical with the material of cushion, makes it can pass through the innoxious solvent close adhesion; The taste that can not be pungent, and can not cause environmental pollution.
Time purpose of the utility model promptly is to provide a kind of shock-absorbing pressure pad combining structure of loosing, through the location of reference column, shock-absorbing is loose press the material strong fix, in moving process, can not cause skew and distortion, makes the shock-absorbing pressure material that looses present formation state.
Can reach the diffusing pressure pad combining structure of shock-absorbing of above-mentioned utility model purpose, comprise:
A shock-absorbing is loose and is pressed layer, and its at least one surface is a sealing surface, and this shock-absorbing is loose and pressed layer to be provided with combined hole, and end face of this combined hole is an open surface, and another end face is a sealing surface;
A reference column, it has a stickup face, and this reference column is incorporated in the combined hole of the diffusing pressure layer of shock-absorbing, and an end face of this reference column receives combined hole sealing surface retaining and supports, and is coated with one deck colloid on this stickup face;
A cushion, it has a mating surface at least, and this mating surface looses with shock-absorbing, and the pressure layer is exposed to have the surface of reference column stickup face to combine, and this mating surface and this are pasted the face close adhesion and the diffusing layer of pressing of shock-absorbing are located;
One with diffusing layer and the cushion coating all-in-one-piece cladding of pressing of shock-absorbing.
In a preferred embodiment; This shock-absorbing is loose, and the pressure layer is provided with several transverse elasticity supporting walls, several longitudinal elasticity supporting walls are staggered to form framework; To form several cross-points; And extend the first oblique resiliency supported wall and the second oblique resiliency supported wall from two diagonal of framework, to be cross-linked the formation elastic support structure, wherein this first oblique resiliency supported wall and the second oblique supporting walls are except that itself is staggered; And pass the cross-point of this transverse elasticity supporting walls and this longitudinal elasticity supporting walls, and form several thermovents between this transverse elasticity supporting walls, this longitudinal elasticity supporting walls, the first oblique resiliency supported wall and the second oblique supporter.
In a preferred embodiment, this colloid is water-soluble colloid or avirulence colloid.
In a preferred embodiment, the material that this reference column and cushion adopt is: the arbitrary composition of foam, memory foam, high density foam, synthetic cotton, natural cotton or above-mentioned material.
In a preferred embodiment, this shock-absorbing is loose and is pressed the material of layer employing to be: the arbitrary composition of gel rubber material, latex material, silica gel, soft rubber, soft rubber polymer, soft PU glue or above-mentioned material.
Can reach the diffusing pressure pad combining structure of shock-absorbing of above-mentioned novel purpose, comprise:
The shock-absorbing that both ends of the surface all are open surface is loose and is pressed layer, and it is provided with combined hole, and this combined hole runs through shock-absorbing and looses and press layer;
A reference column, its both ends of the surface all are stickup face, and reference column is incorporated in the combined hole of the diffusing pressure layer of shock-absorbing, all is coated with one deck colloid on this two stickup face;
Two cushions, it has a mating surface at least, and this mating surface looses with shock-absorbing and presses a layer exposed surface that has reference column to paste face to combine, and this mating surface with the diffusing layer location of pressing of shock-absorbing, forms the sandwich type structure with pasting the face close adhesion;
One with diffusing layer and the cushion coating all-in-one-piece cladding of pressing of shock-absorbing.
In a preferred embodiment; This shock-absorbing is loose, and the pressure layer is provided with several transverse elasticity supporting walls, several longitudinal elasticity supporting walls are staggered to form framework; To form several cross-points; And extend the first oblique resiliency supported wall and the second oblique resiliency supported wall from two diagonal of framework, to be cross-linked the formation elastic support structure, wherein this first oblique resiliency supported wall and the second oblique supporting walls are except that itself is staggered; And pass the cross-point of this transverse elasticity supporting walls and this longitudinal elasticity supporting walls, and form several thermovents between this transverse elasticity supporting walls, this longitudinal elasticity supporting walls, the first oblique resiliency supported wall and the second oblique supporter.
In a preferred embodiment, the diffusing pressure layer of this shock-absorbing is a solid.
In a preferred embodiment, this colloid is water-soluble colloid or avirulence colloid.
In a preferred embodiment, the material that this reference column and cushion adopt is the arbitrary composition of foam, memory foam, high density foam, synthetic cotton, natural cotton or above-mentioned material.
The beneficial effect of the utility model is:
1. the utility model can provide a kind of staggered elastic support structure that distributes; So that pressure can be along disperseing away from all directions; So diffusing pressure pad combining structure of the shock-absorbing of this a kind of non-one whole formula; Need not use wide variety of materials to process the diffusing layer of pressing of this shock-absorbing, so can save whole manufacturing cost.
2. the shock-absorbing of the utility model is loose to press on the layer and is had several louvres; Make this shock-absorbing loose to press layer in light weight except that having, can save the plurality of advantages such as manufactured materials and cost; And can carry out circulation of air via louvre; With the rapid loss of hot gas that human body produces, avoid skin to grow erythema or bedsore or other allergic phenomenas because of pressing for a long time.
3. the utility model looses to press on the layer in shock-absorbing and is combined with reference column, and this reference column is identical with the material of cushion, makes it can pass through the innoxious solvent close adhesion, the taste that can not be pungent, and can not cause environmental pollution.
4. the utility model looses shock-absorbing and presses the material strong fix through the location of reference column, in moving process, can not cause skew and distortion, shock-absorbing is loose press material to present formation state.
Description of drawings
Fig. 1 is the first example structure stereogram of the diffusing pressure pad combining structure of the utility model shock-absorbing;
Fig. 2 is the first embodiment profile of the diffusing pressure pad combining structure of the utility model shock-absorbing;
Fig. 3 is the diffusing layer profile of pressing of the shock-absorbing of the utility model first embodiment;
Fig. 4 is the second example structure stereogram of the diffusing pressure pad combining structure of the utility model shock-absorbing;
Fig. 5 is the second embodiment profile of the diffusing pressure pad combining structure of the utility model shock-absorbing;
Fig. 6 is the diffusing layer profile of pressing of the shock-absorbing of the utility model second embodiment;
Fig. 7 is the three-dimensional intention of the 3rd example structure of the diffusing pressure pad combining structure of the utility model shock-absorbing; And
Fig. 8 implements structural perspective for the 4th of the diffusing pressure pad combining structure of the utility model shock-absorbing.
Wherein:
1 shock-absorbing is loose and is pressed layer, the diffusing layer of pressing of 1 ' shock-absorbing,
11 transverse elasticity supporting walls, 12 longitudinal elasticity supporting walls,
13 first oblique resiliency supported walls, 14 second oblique resiliency supported walls,
15 thermovents, 15 ' thermovent,
16 cross-points, 17 combined holes,
17 ' combined hole, 17 " combined hole,
18 first surfaces, 19 second surfaces,
2 reference columns, 21 stickup faces,
31 cushions, 311 mating surfaces,
32 cushions, 321 mating surfaces,
4 colloids, 5 claddings.
The specific embodiment
Relevant for the aforementioned of the utility model and other technology contents, characteristics and effect, in the detailed description of following cooperation, can clearly appear with reference to the preferred embodiment of accompanying drawing.
See also Fig. 1 and shown in Figure 2, first example structure stereogram and the generalized section for the diffusing pressure pad combining structure of the utility model shock-absorbing comprises:
One shock-absorbing is loose and is pressed layer 1; This shock-absorbing is loose and is pressed layer 1 to have first surface 18 and second surface 19; First surface 18 is provided with several transverse elasticity supporting walls 11, several longitudinal elasticity supporting walls 12 are staggered to form a framework, forming several cross-points 16, and extends the first oblique resiliency supported wall 13 and the second oblique resiliency supported wall 14 from two diagonal of framework; Constitute an elastic support structure to be cross-linked; Wherein this first oblique resiliency supported wall 13 and the second oblique supporting walls 14 be except that itself is staggered, and can pass the cross-point 16 of this transverse elasticity supporting walls 11 and this longitudinal elasticity supporting walls 12, and can form several thermovents 15 between this transverse elasticity supporting walls 11, this longitudinal elasticity supporting walls 12, first oblique resiliency supported wall 13 and the second oblique supporter 14; And second surface 19 is a sealing surface; Make thermovent 15 non-through holes, and be provided with combined hole 17 in the diffusing layer 1 of pressing of shock-absorbing, this combined hole 17 is a closed near second surface 19;
More than one reference column 2; This reference column 2 has a stickup face 21 at least; Be incorporated into shock-absorbing and loose press in the combined hole 17 of layer 1, make an end face of reference column 2 receive combined hole 17 bottom surfaces retaining and support, and stickup face 21 and shock-absorbing loose press layer 1 first surface near trimming or outstanding first surface 18; And on stickup face 21, being coated with colloid 4, this colloid 4 can be water-soluble colloid or avirulence colloid; In addition, this reference column 2 can be foam or memory foam or high density foam or synthetic cotton or natural cotton one of them or its composition and is made;
One cushion 31; This cushion 31 has a mating surface 311 at least, and this mating surface 311 looses with shock-absorbing and presses the first surface 18 of layer 1 to combine, and makes the stickup face 21 and mating surface 311 close adhesion of reference column 2; And then with diffusing layer 1 location of pressing of shock-absorbing; Make shock-absorbing loose press layer 1 can not produce the situation of displacement or distortion, and keep the flat surface state for a long time because of moving or receive when reeling;
One cladding 5, this cladding 5 loose to press layer 1 and cushion 31 to be overmolding to one shock-absorbing, avoids shock-absorbing to loose and presses layer 1 and cushion 31 to be damaged, and looses and presses the purpose of layer and cushion 31 to reach the protection shock-absorbing.In addition, this cladding 5 is to weave cotton cloth or stretch knit cloth or corium leather or dermatine one of them or its composition are made.
In addition; This cushion 31 can be foam or memory foam or high density foam or synthetic cotton or natural cotton one of them or its composition and is made; Because cushion 31 can adopt same material to be made with reference column 2, cause cushion 31 and reference column 2 to fit tightly, and can adopt the avirulence colloid; Can not produce pungent smell, and then can not pollute environment.
What deserves to be mentioned is; This shock-absorbing loose to be pressed transverse elasticity supporting walls 11, longitudinal elasticity supporting walls 12, the first oblique resiliency supported wall 13 and the second oblique resiliency supported wall 14 of layer 1 to have absorbing vibration, is disperseed to impact the characteristic of power, and one of them or composition are made and this shock-absorbing looses that transverse elasticity supporting walls 11, longitudinal elasticity supporting walls 12, oblique resiliency supported wall 13 and the second oblique resiliency supported wall 14 of pressing layer 1 and second surface 19 all be gel rubber material, latex material, silica gel, soft rubber, soft rubber polymer or soft PU glue.
What deserves to be mentioned is that this transverse elasticity supporting walls 11, this longitudinal elasticity supporting walls 12, this oblique resiliency supported wall 13 and the second oblique resiliency supported wall 14 are formed in one and are made.
What deserves to be mentioned is that the side height of this transverse elasticity supporting walls 11, this longitudinal elasticity supporting walls 12, this oblique resiliency supported wall 13 and the second oblique resiliency supported wall 14 is all identical.
What deserves to be mentioned is that the side width of this transverse elasticity supporting walls 11, this longitudinal elasticity supporting walls 12, this oblique resiliency supported wall 13 and the second oblique resiliency supported wall 14 is all identical.
When shock-absorbing loose to press layer 1 stressed; This transverse elasticity supporting walls 11 can lateral dispersion pressure; And this vertically dispersive pressure of longitudinal elasticity supporting walls 12, and 14 on this first oblique resiliency supported wall 13 and the second resiliency supported wall can oblique dispersive pressures, therefore; Pressure can be towards extending out, to reach comfort cushioning and to loose and press effect from all directions.
See also shown in Figure 3; The shock-absorbing of first embodiment of the utility model is loose and is pressed layer generalized section; When shock-absorbing loose to press first surface 18 or the second surface 19 of layer 1 to be under pressure and when being out of shape, this air-flow still can reach the purpose of heat radiation from thermovent 15 turnover equally.
See also Fig. 4 and shown in Figure 5; Second example structure stereogram and the profile for the diffusing pressure pad combining structure of the utility model shock-absorbing; Itself and first embodiment (Fig. 1 ~ shown in Figure 3) difference part are; The second surface 19 of the diffusing pressure layer 1 of this shock-absorbing is an open surface; Make thermovent 15 ' and combined hole 17 ' all for running through first surface 18 and second surface 19, make reference column 2 have two stickup faces 21,22, first surface 18 and the second surface 19 that layer 1 loose is pressed in this two stickup face 21,22 and shock-absorbing is near trimming or emergence goes out first surface 18 and second surface 19; And can combine a cushion 31,32 respectively on the first surface 18 of the diffusing pressure layer 1 of shock-absorbing and the second surface 19; The mating surface 311,3212 of this cushion 31,32 and the stickup face 21,22 of reference column 2 fit tightly, and form a similar sandwich structure, make shock-absorbing loose and press layer 1 to receive the location influence of reference column 2; Can be with being prone to slip; Strong fix is in two cushions 31, between 32, and other structures are all identical with first embodiment, do not giving unnecessary details in this.
See also shown in Figure 6ly, a layer generalized section loose pressed in the shock-absorbing of second embodiment of the utility model, when shock-absorbing looses that the first surface 18 of pressing layer 1 or second surface 19 are under pressure and when being out of shape, this air-flow can be via passing in and out among the thermovent 15', to reach the purpose of heat radiation.
See also shown in Figure 7, the 3rd embodiment sketch map of the utility model, the difference of itself and first embodiment (Fig. 1 ~ shown in Figure 3) and second embodiment (Fig. 4 ~ shown in Figure 6) be in; This combined hole 17 or 17' can be arranged at the diffusing edge that presses layer 1 of shock-absorbing; Make shock-absorbing loose press the layer can be, cause corner edge can not loose and press layer to be reeled or move because of shock-absorbing through the location of reference column, and distortion or displacement; And other structures are all identical with first embodiment or second embodiment, do not giving unnecessary details in this.
See also shown in Figure 8; The 4th embodiment sketch map of the utility model, the difference of itself and first embodiment (Fig. 1 ~ shown in Figure 3) and second embodiment (Fig. 4 ~ shown in Figure 6) are in and loose in, this shock-absorbing that to press the first surface and the second surface of layer 1 ' can all be a confining surface; This shock-absorbing is loose press layer to can be a solid; And the diffusing combined hole 17 of pressing on the layer of this shock-absorbing " can select to be configured to run through or not run through, and other structures are all identical with first embodiment or second embodiment, do not giving unnecessary details in this.
In addition, the shock-absorbing of above-mentioned various embodiment is loose and is pressed layer 1 or 1 ' all can be made into mattress or back cushion or foot-operated pad or car mat.
In addition, be conveniently stripped in manufacture process, the cross-point of this transverse elasticity supporting walls 11, this longitudinal elasticity supporting walls 12, first oblique resiliency supported wall 13 and the second oblique supporter 14 is a circular pattern, in order to the demoulding.
The shock-absorbing that the utility model the provided pressure pad combining structure of loosing with other prior aries each other relatively the time, has more and gets the row advantage ready:
1. the utility model can provide a kind of staggered elastic support structure that distributes; So that pressure can be along disperseing away from all directions; So diffusing pressure pad combining structure of the shock-absorbing of this a kind of non-one whole formula; Need not use wide variety of materials to process the diffusing layer of pressing of this shock-absorbing, so can save whole manufacturing cost.
2. the shock-absorbing of the utility model is loose to press on the layer and is had several louvres; Make this shock-absorbing loose to press layer in light weight except that having, can save the plurality of advantages such as manufactured materials and cost; And can carry out circulation of air via louvre; With the rapid loss of hot gas that human body produces, avoid skin to grow erythema or bedsore or other allergic phenomenas because of pressing for a long time.
3. the utility model looses to press on the layer in shock-absorbing and is combined with reference column, and this reference column is identical with the material of cushion, makes it can pass through the innoxious solvent close adhesion, the taste that can not be pungent, and can not cause environmental pollution.
4. the utility model looses shock-absorbing and presses the material strong fix through the location of reference column, in moving process, can not cause skew and distortion, shock-absorbing is loose press material to present formation state.
By the detailed description of above preferred embodiment, hope can be known the characteristic and spirit of describing the utility model more, and is not to come the category of the utility model is limited with the above-mentioned preferred embodiment that is disclosed.On the contrary, its objective is that hope can contain in the category of the claim that is arranged in the desire application of the utility model institute of various changes and tool equality.
Claims (10)
1. the diffusing pressure pad combining structure of shock-absorbing is characterized in that, comprises:
A shock-absorbing is loose and is pressed layer, and its at least one surface is a sealing surface, and this shock-absorbing is loose and pressed layer to be provided with combined hole, and end face of this combined hole is an open surface, and another end face is a sealing surface;
A reference column, it has a stickup face, and this reference column is incorporated in the combined hole of the diffusing pressure layer of shock-absorbing, and an end face of this reference column receives combined hole sealing surface retaining and supports, and is coated with one deck colloid on this stickup face;
A cushion, it has a mating surface at least, and this mating surface looses with shock-absorbing, and the pressure layer is exposed to have the surface of reference column stickup face to combine, and this mating surface and this are pasted the face close adhesion and the diffusing layer of pressing of shock-absorbing are located;
One with diffusing layer and the cushion coating all-in-one-piece cladding of pressing of shock-absorbing.
2. the shock-absorbing as claimed in claim 1 pressure pad combining structure of loosing; It is characterized in that; This shock-absorbing is loose, and the pressure layer is provided with several transverse elasticity supporting walls, several longitudinal elasticity supporting walls are staggered to form framework; To form several cross-points; And extend the first oblique resiliency supported wall and the second oblique resiliency supported wall from two diagonal of framework, to be cross-linked the formation elastic support structure, wherein this first oblique resiliency supported wall and the second oblique supporting walls are except that itself is staggered; And pass the cross-point of this transverse elasticity supporting walls and this longitudinal elasticity supporting walls, and form several thermovents between this transverse elasticity supporting walls, this longitudinal elasticity supporting walls, the first oblique resiliency supported wall and the second oblique supporter.
3. the shock-absorbing as claimed in claim 1 pressure pad combining structure of loosing is characterized in that this colloid is water-soluble colloid or avirulence colloid.
4. the shock-absorbing as claimed in claim 1 pressure pad combining structure of loosing is characterized in that, the material that this reference column and cushion adopt is: the arbitrary composition of foam, memory foam, high density foam, synthetic cotton, natural cotton or above-mentioned material.
5. the shock-absorbing as claimed in claim 1 pressure pad combining structure of loosing is characterized in that, this shock-absorbing material of pressing layer to adopt that looses is: the arbitrary composition of gel rubber material, latex material, silica gel, soft rubber, soft rubber polymer, soft PU glue or above-mentioned material.
6. the diffusing pressure pad combining structure of shock-absorbing is characterized in that, comprising:
The shock-absorbing that both ends of the surface all are open surface is loose and is pressed layer, and it is provided with combined hole, and this combined hole runs through shock-absorbing and looses and press layer;
A reference column, its both ends of the surface all are stickup face, and this reference column is incorporated in the combined hole of the diffusing pressure layer of shock-absorbing, all is coated with one deck colloid on this two stickup face;
Two cushions, it has a mating surface at least, and this mating surface looses with shock-absorbing and presses a layer exposed surface that has reference column to paste face to combine, and this mating surface with the diffusing layer location of pressing of shock-absorbing, forms the sandwich type structure with pasting the face close adhesion;
One with diffusing layer and the cushion coating all-in-one-piece cladding of pressing of shock-absorbing.
7. the shock-absorbing as claimed in claim 6 pressure pad combining structure of loosing; It is characterized in that; This shock-absorbing is loose, and the pressure layer is provided with several transverse elasticity supporting walls, several longitudinal elasticity supporting walls are staggered to form framework; To form several cross-points; And extend the first oblique resiliency supported wall and the second oblique resiliency supported wall from two diagonal of framework, to be cross-linked the formation elastic support structure, wherein this first oblique resiliency supported wall and the second oblique supporting walls are except that itself is staggered; And pass the cross-point of this transverse elasticity supporting walls and this longitudinal elasticity supporting walls, and form several thermovents between this transverse elasticity supporting walls, this longitudinal elasticity supporting walls, the first oblique resiliency supported wall and the second oblique supporter.
8. the shock-absorbing as claimed in claim 6 pressure pad combining structure of loosing is characterized in that, this shock-absorbing is loose, and to press layer be solid.
9. the shock-absorbing as claimed in claim 6 pressure pad combining structure of loosing is characterized in that this colloid is water-soluble colloid or avirulence colloid.
10. the shock-absorbing as claimed in claim 6 pressure pad combining structure of loosing is characterized in that, the material that this reference column and cushion adopt is: the arbitrary composition of foam, memory foam, high density foam, synthetic cotton, natural cotton or above-mentioned material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203748340U CN202234202U (en) | 2011-09-29 | 2011-09-29 | Shock-absorbing pressure-diffusing cushion combined structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203748340U CN202234202U (en) | 2011-09-29 | 2011-09-29 | Shock-absorbing pressure-diffusing cushion combined structure |
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| Publication Number | Publication Date |
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| CN202234202U true CN202234202U (en) | 2012-05-30 |
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|---|---|---|---|
| CN2011203748340U Expired - Fee Related CN202234202U (en) | 2011-09-29 | 2011-09-29 | Shock-absorbing pressure-diffusing cushion combined structure |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103876519A (en) * | 2012-12-21 | 2014-06-25 | 富声国际股份有限公司 | Viscoelastic body cushion and making method thereof |
| CN104433501A (en) * | 2013-09-18 | 2015-03-25 | 富声国际股份有限公司 | Solid gel cushion |
-
2011
- 2011-09-29 CN CN2011203748340U patent/CN202234202U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103876519A (en) * | 2012-12-21 | 2014-06-25 | 富声国际股份有限公司 | Viscoelastic body cushion and making method thereof |
| CN103876519B (en) * | 2012-12-21 | 2016-07-06 | 富声国际股份有限公司 | Viscoelastic body cushion and manufacture method thereof |
| CN104433501A (en) * | 2013-09-18 | 2015-03-25 | 富声国际股份有限公司 | Solid gel cushion |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120530 Termination date: 20190929 |
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| CF01 | Termination of patent right due to non-payment of annual fee |