CN204654363U - Adjustable mattress construction - Google Patents
Adjustable mattress construction Download PDFInfo
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- CN204654363U CN204654363U CN201520371158.XU CN201520371158U CN204654363U CN 204654363 U CN204654363 U CN 204654363U CN 201520371158 U CN201520371158 U CN 201520371158U CN 204654363 U CN204654363 U CN 204654363U
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- encapsulation
- hollow base
- elastomer
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Abstract
A kind of adjustable mattress construction, comprise a mattress body, this mattress body comprises multiple hollow base, multiple elastic support unit, multiple adjustment location-plate and multiple spring positioning body, wherein, this elastic support unit is made up of the first encapsulation elastomer and the second encapsulation elastomer, this the first encapsulation elastomer is fixed on this hollow base by spring positioning body, the second encapsulation elastomer is made to enter in hollow base, it is inner that this adjustment location-plate is fixed on this hollow base, in order to accept this second encapsulation elastomer, each adjustment location-plate position in hollow base can be set as difference, make elastic support can be made to produce different elastic anchorage forces at the adjustment location-plate of diverse location, reach the object of adjustment soft durometer and a lordotic curve.
Description
Technical field
The utility model relates to a kind of adjustable mattress construction, refers to especially a kind ofly encapsulate the distance between elastomer by changing adjustment location-plate and second in hollow base, to adjust mattress body at the soft durometer at diverse location place and the mattress construction propping up lordotic curve.
Background technology
Current sping mattress on the market mainly comprises a liner, a spring(-supported) mount and an overcoat, and wherein, each liner is stacked at top, the root edge of this spring(-supported) mount respectively, the coated each liner of this overcoat and this spring(-supported) mount; This overcoat has the pocket of opening, this spring(-supported) mount in top, root edge respectively folded establish each liner after, each liner and this spring(-supported) mount are inserted in this overcoat, then the opening of this overcoat are sewed up, can sping mattress be obtained;
And the spring(-supported) mount of above-mentioned carried sping mattress comprises multiple separate cartridge, the sleeve inner of this separate cartridge made by an adhesive-bonded fabric is set with a spring and forms, each spring unit is arranged in length and breadth, adjacent each separate cartridge each other sleeve connects, therefore, when spring(-supported) mount bears the active force coming from above-below direction, the elastic compression distortion along with the size of active force respectively of each separate cartridge, makes this spring(-supported) mount to coordinate to couch the body curve on sping mattress and elastic deformation.
But this spring(-supported) mount has a shortcoming to be that adjustable is very low, although spring unit itself has certain elasticity can coordinate body curve and elastic deformation, but because the extent of elasticity of its surperficial each position is all identical, the extent of elasticity of mattress can not be adjusted according to personal like and sleep habit, elastomer in existing mattress can be compressed according to born weight, and therefore effect of support human body is not remarkable.
The application applicant has the application of China's No. 201010259987 " mattress construction " (call in the following text and quote application as proof) of filing an application on August 23rd, 2010, the main technical schemes quoting application as proof is: comprise and be fixed on the intrinsic fixed head of mattress, fixed head is provided with at least more than one the first elastomer, and is then provided with elastomer accommodating hole in the first elastomer bottom; Portable plate below fixed head is then provided with second elastomer corresponding with elasticity accommodating hole, and bottom portable plate, be provided with the lowering or hoisting gear of more than at least one group, when portable plate being moved on fixed head direction by lowering or hoisting gear, the second elastomer on portable plate then moves through on elastomer accommodating hole, so as to improving the elastic anchorage force of mattress; Elastomericly to move up and down by second, and then reach the object of adjustment mattress extent of elasticity.
Above-mentionedly quote application mainly electronic adjustment as proof, and non-manual adjustment, with the application's difference to some extent in overall structure, therefore, be reduce holistic cost, the application applicant researches and develops the spring mattress bed of manually adjustment soft durometer separately.
In order to improve above-mentioned situation, if mattress construction can be divided into multiple arrangement list structure, and the distance between collocation adjustment location-plate and encapsulation elastomer, mattress body diverse location is carried out to the adjustment of elastic anchorage force and body-support curve, so should be a best solution.
Utility model content
Namely the utility model is to provide a kind of adjustable mattress construction, by the arrangement of multiple hollow base, the high and low position of the adjustment location-plate in each hollow base is made to be set to difference, the distance relatively making adjustment location-plate and second encapsulate between elastomer is also different, so as to adjusting elastic anchorage force and and the body-support curve of this elastic support unit.
A kind of adjustable mattress construction, comprise a mattress body, this mattress body comprises: multiple hollow base, the plurality of hollow base arrangement is with the length and the width that form mattress body, this hollow base at least has an end face and a leading flank, this end face and this leading flank also all have the opening that can penetrate into this hollow base inside, and are from top to bottom respectively arranged with multiple left and right corresponding slide in the inner two side walls of this hollow base; Multiple elastic support unit, this elastic support unit comprises one first encapsulation elastomer and one second and encapsulates elastomer, wherein this first encapsulation elastomer and the second encapsulation elastomer all have bottom a top and one, it is inner that this second encapsulation elastomer is positioned at the first encapsulation elastomer, and this elastomeric bottom of the second encapsulation passes this elastomeric bottom of the first encapsulation; The end face of this hollow base is fixed in first encapsulation elastomer arrangement, makes this elastomeric bottom of the second encapsulation enter in the opening on the end face of this hollow base; And multiple adjustment location-plate, this adjustment location-plate is penetrated by the opening of the leading flank of this hollow base, and be positioned on the slide of the inner both sides of this hollow base, make that there is in each hollow base an adjustment location-plate, this adjustment location-plate is positioned at this elastomeric bottom part down place of the second encapsulation, and the height-adjustable of adjustment location-plate in each hollow base.
In a preferred embodiment, wherein this first encapsulation elastomer wraps at least one spring by a packaging bag, and the second encapsulation elastomer wraps at least one spring by a packaging bag, first encapsulation elastomer and the second elastomeric top of encapsulation are engaged, and makes the second encapsulation elastomer be suspended to the first elastomeric inside of encapsulation.
In a preferred embodiment, wherein the elastomeric length of this second encapsulation is greater than the elastomeric length of this first encapsulation, and the elastomeric diameter of the second encapsulation is less than the elastomeric diameter of the first encapsulation, make the second encapsulation elastomer be positioned at the first encapsulation elastomer inner time and first encapsulate elastomer and keep a spacing.
In a preferred embodiment, wherein this two adjacent hollow base attaching a distance piece, avoiding two adjacent hollow bases to send the sound because rubbing.
In a preferred embodiment, wherein this hollow base inside can in conjunction with an elasticity undertaking body, these elasticity undertaking body two ends are individually fixed in the relative dual-side on the long limit of hollow base, make elasticity undertaking body can be positioned at the top side of hollow base inside simultaneously higher than highly the highest slide, this elasticity undertaking body is for accepting the second encapsulation elastomer, when the second encapsulation elastomer drops, accept by elasticity undertaking body, avoid the second encapsulation elastomer directly to fall to the bottom surface of hollow base, and stop that adjustment location-plate slips in hollow base completely.
In a preferred embodiment, wherein the opening periphery of this hollow base end face arranges a locating slot, and this locating slot combines location for the first elastomeric bottom of encapsulation, makes the first encapsulation elastomer be positioned the opening periphery of hollow base.
In a preferred embodiment, wherein the opening periphery of this hollow base end face arranges a fastener, and this fastener fastener close on the ring of bottom, makes the first encapsulation elastomer be fixed on the opening periphery of hollow base in the first encapsulation elastomer.
A kind of adjustable mattress construction, comprise a mattress body, this mattress body comprises: multiple hollow base, the plurality of hollow base arrangement is with the length and the width that form mattress body, this hollow base at least has an end face and a leading flank, this end face and this leading flank also all have the opening that can penetrate into this hollow base inside, and be from top to bottom respectively arranged with multiple left and right corresponding slide in the inner two side walls of this hollow base, and the opening two ends of this end face are respectively arranged with a chute; Multiple elastic support unit, this elastic support unit comprises one first encapsulation elastomer and one second and encapsulates elastomer, wherein this first encapsulation elastomer and the second encapsulation elastomer all have bottom a top and one, it is inner that this second encapsulation elastomer is positioned at the first encapsulation elastomer, and this elastomeric bottom of the second encapsulation passes this elastomeric bottom of the first encapsulation; First encapsulation elastomer arrangement is placed in the end face of this hollow base, makes this elastomeric bottom of the second encapsulation enter in the opening on the end face of this hollow base; Multiple spring positioning body, this spring positioning body has a location division, the both sides of this location division are extended with the first spring secures rail to sleeper and the second spring secures rail to sleeper, this first spring secures rail to sleeper and the second spring secures rail to sleeper end are provided with button block, and a buckle space is formed between the first spring secures rail to sleeper and the second spring secures rail to sleeper, and two cunning portions are extended in the bottom, location division of spring positioning body; Two of spring positioning body cunning portions are slipped into respectively in the chute of two adjacent hollow base end faces, and be positioned the both sides of opening, two adjacent hollow bases can not be separated, and the button block of this first spring secures rail to sleeper and the second spring secures rail to sleeper difference fastener is in two the first adjacent encapsulation elastomeric side places, cause adjacent two first encapsulation elastomers to be positioned in the buckle space of spring positioning body, cause the first encapsulation elastomer to stablize the end face being fixed on hollow base; And multiple adjustment location-plate, this adjustment location-plate is penetrated by the opening of the leading flank of this hollow base, and be positioned on the slide of the inner both sides of this hollow base, make that there is in each hollow base an adjustment location-plate, this adjustment location-plate is positioned at this elastomeric bottom part down place of the second encapsulation, and the height-adjustable of adjustment location-plate in each hollow base.
In a preferred embodiment, wherein between two cunning portions of spring positioning body, a distance piece should be extended with downwards, this distance piece is positioned between two adjacent hollow bases, avoids two adjacent hollow bases to send the sound because of friction.
In a preferred embodiment, wherein the sliding portion of this spring positioning body and the chute of hollow base are the turtledove shape groove of matching form.
Accompanying drawing explanation
Fig. 1: the schematic perspective view of the utility model adjustable mattress construction.
Fig. 2: the schematic side view of the part-structure of the utility model adjustable mattress construction.
Fig. 3: the part-structure schematic side view of the utility model adjustable mattress construction.
Fig. 4: the spring positioning body of the utility model adjustable mattress construction has distance piece schematic diagram.
Fig. 5: the utility model adjustable mattress construction is combined with elasticity undertaking body schematic diagram.
Fig. 6: another of the utility model adjustable mattress construction implements schematic diagram.
Fig. 7: another of the utility model adjustable mattress construction implements schematic diagram.
Fig. 8: schematic diagram is implemented in the use of the utility model adjustable mattress construction.
Description of reference numerals
100 mattress bodies
1 hollow base
11 end faces
111 openings
112 chutes
113 locating slots
114 fasteners
12 leading flanks
121 openings
13 slides
2 elastic support unit
21 first encapsulation elastomers
211 tops
Bottom 212
22 second encapsulation elastomers
221 tops
Bottom 222
3 adjustment location-plates
4 spring positioning bodies
41 location divisions
42 first spring secures rail to sleepers
421 button blocks
43 second spring secures rail to sleepers
431 button blocks
44 buckle spaces
45 cunning portions
46 distance pieces
5 bags
6 elasticity undertaking body
7 users.
Detailed description of the invention
Have about the utility model other technologies content, feature and effect, in the detailed description of the preferred embodiment of following cooperation accompanying drawing, can clearly present.
Refer to Fig. 1, Fig. 2 and Fig. 3, for the schematic perspective view of the utility model adjustable mattress construction and the side view of part-structure, from in figure, this adjustable mattress construction comprises a mattress body 100, and this mattress body 100 comprises multiple hollow base 1, multiple elastic support unit 2, multiple adjustment location-plate 3 and multiple spring positioning body 4; Wherein, the length and width that form mattress body 100 is arranged by multiple hollow base 1, this hollow base 1 at least has end face 11 and a leading flank 12, the end face 11 of this hollow base 1 and leading flank 12 also all have the opening 111 that can penetrate into this hollow base 1 inside, 121, and opening 111 two ends of this end face 11 are respectively arranged with a chute 112, and the inner two side walls of this hollow base 1 is from top to bottom respectively arranged with multiple left and right corresponding slide 13, adjustment location-plate 3 is can be used for carry out the detent mechanism of Height Adjustment to form one; From in Fig. 1-3, this adjustment location-plate 3 slips in slide 13 by the opening 121 of the leading flank 12 of hollow base 1, and select the slide 13 being applicable to height to carry out combination location, thus make the adjustment location-plate 3 in each hollow base 1 can be in identical or different height.
Again from Fig. 1-3, the end face 11 of this hollow base 1 is put and has this elastic support unit 2, this elastic support unit 2 comprises one first encapsulation elastomer 21 and one second and encapsulates elastomer 22, wherein this first encapsulation elastomer 21 and the second encapsulation elastomer 22 all have a top 211, bottom 221 and one 212, 222, the top 221 of this second encapsulation elastomer 22 engages with this first top 211 encapsulating elastomer 21, make the second encapsulation elastomer 22 can suspend Pattern localization in midair in the first encapsulation elastomer 21 inside, the bottom 222 of this second encapsulation elastomer 22 is made to pass the bottom 212 of this first encapsulation elastomer 21,
In addition; second encapsulation elastomer 22 is suspended to the preferred embodiment that the first encapsulation elastomer 21 inside is only the application; and be not used to the protection domain limiting the application, as long as the second encapsulation elastomer 22 is positioned at the first encapsulation elastomer 21 inside, all belong to the protection domain of the application.
The first encapsulation elastomer 21 shown in Fig. 1-3 and the second encapsulation elastomer 22 all wrap at least one spring by a packaging bag, and (in figure, dotted line shape is then packaging bag, inner collar structure is then spring, spring can be subject to packaging bag parcel, and this packaging bag can be adhesive-bonded fabric or other textile materials).
This spring positioning body 4 has a location division 41, the both sides of this location division 41 are extended with the first spring secures rail to sleeper 42 and the second spring secures rail to sleeper 43, this first spring secures rail to sleeper 42 and the second spring secures rail to sleeper 43 end are provided with button block 421,431, and a buckle space 44 is formed between the first spring secures rail to sleeper 42 and the second spring secures rail to sleeper 43, and two cunning portions 45 are extended in the bottom, location division 41 of spring positioning body 4, two of spring positioning body 4 cunning portions 45 are slipped into respectively in the chute 112 of two adjacent hollow base 1 end faces 11, and be positioned the both sides of opening 111, two adjacent hollow bases 1 can not be separated, and the button block 421 of this first spring secures rail to sleeper 42 and the second spring secures rail to sleeper 43, 431 respectively fasteners in the side place of two adjacent the first encapsulation elastomers 21, thus make adjacent two first encapsulation elastomers 21 be positioned in the buckle space 44 of spring positioning body 4, cause the stable end face 11 being fixed on hollow base 1 of the first encapsulation elastomer 21, and the second encapsulation elastomer 22 enters in hollow base 1 by the opening 111 of hollow base 1 end face, so sequentially each elastic support unit 2 is positioned on the end face 11 of hollow base 1.
Put when having this elastic support unit 2 on the end face 11 of this hollow base 1, this the first encapsulation bottom 212 of elastomer 21 contacts with the end face 11 of this hollow base 1, the bottom 222 of this second encapsulation elastomer 22 penetrates by the opening 111 on the end face 11 of this hollow base 1, wherein penetrates the top being positioned at this adjustment location-plate 3 of bottom 222 or the supporting of the location-plate 3 that is adjusted of the second encapsulation elastomer 22 of this opening 111.
As shown in Figure 1, after on the end face 11 that all elastic support unit 2 are all placed in this hollow base 1, the sliding portion 45 all passing through spring positioning body 4 due to two adjacent hollow bases 1 links location, two adjacent hollow bases 1 can be combined with each other, finally, by one bag 5 coated, this mattress body 100 can be formed.
In addition, please refer to shown in Fig. 4, the sound is sent because of phase mutual friction for avoiding two adjacent hollow bases 1, can attach on two adjacent hollow bases 1 spacer 46 or between two cunning portions 45 of spring positioning body 4 to downward-extension one distance piece 46, two adjacent hollow bases 1 can be avoided because of friction to send the noisy sound, other structures are all identical with Fig. 3, repeat no more in this.
Refer to shown in Fig. 5, with the difference of Fig. 1-3 be in, this hollow base 1 inside can in conjunction with an elasticity undertaking body 6, these elasticity undertaking body 6 two ends are individually fixed in the relative dual-side on the long limit of hollow base 1, make elasticity undertaking body 6 can be positioned at the top side of hollow base 1 inside simultaneously higher than highly the highest slide 13, this elasticity undertaking body 6 is mainly used for undertaking second and encapsulates elastomer 22, when the second encapsulation elastomer 22 drops, accept by elasticity undertaking body 6, the second encapsulation elastomer 22 is avoided directly to fall to the bottom surface of hollow base 1, and stop that adjustment location-plate 3 slips in hollow base 1 completely, and there is elasticity due to elasticity undertaking body 6, when the second encapsulation elastomer 22 is stressed press down time, the elasticity of elasticity undertaking body 6 can be overcome and move down, and the supporting of the location-plate 3 that is adjusted, can not affect original function, and other structures are all schemed with 1-3 identical, repeat no more in this.
In addition, the sliding portion 45 of above-mentioned spring positioning body 4 and the chute 112 of hollow base 1 can be the turtledove shape groove of matching form, make cunning portion 45 only can slippage in chute 112, and cannot directly take out outside chute 112.
Refer to shown in Fig. 6, the difference of itself and 1-3 figure be in, do not use spring positioning body 4, but directly locating slot 113 is set at opening 111 periphery of hollow base 1 end face 11, this locating slot 113 directly can combine location for the bottom 212 of the first encapsulation elastomer 21, make the first encapsulation elastomer 21 be positioned opening 111 periphery of hollow base 1, other structures are all schemed identical with 1-3, repeat no more in this.
Refer to shown in Fig. 7, the difference of itself and Fig. 1-3 be in, do not use spring positioning body 4, but directly a fastener 114 is set at opening 111 periphery of hollow base 1 end face 11, this fastener 114 fastener is on the ring of the first encapsulation elastomer 21 close to bottom 212, make the first encapsulation elastomer 21 be fixed on the opening periphery of hollow base 1, and other structures are all identical with Fig. 1-3, repeat no more in this.
As shown in Figure 8, when user 7 lies on this mattress body 100, first support the weight from user 7 by the first encapsulation elastomer 21 of this elastic support unit 2, and this second encapsulation elastomer 22 can move down because being under pressure, and the supporting of the location-plate 3 that is adjusted, because in each hollow base 1, adjustment location-plate 3 height manually can adjust according to user 7 body curvature, therefore, adjustment location-plate 3 height of hollow base 1 inside corresponding to user 7 health diverse location (region) also can be different, if this adjustment location-plate 3 second encapsulates the bottom 222 of elastomer 22 apart from becoming near with this, when pressure is got off by the top 221 of this second encapsulation elastomer 22, this the second encapsulation elastomer 22 can be made the distance of elastic compression to shorten, otherwise, if this adjustment location-plate 3 is adjusted toward moving down, the distance between the bottom 222 of this second encapsulation elastomer 22 and this adjustment location-plate 3 can be made to increase, therefore, by the height of adjustment adjustment location-plate 3 on each hollow base 1, the elastic force that the second encapsulation elastomer 22 produces can be changed, the elastic force that each elastic support unit 2 is produced is relatively different, and then mattress body 100 soft durometer and body-support curve can be adjusted, reach the object of comfortable sleeping.
The utility model is open by the above embodiments; so itself and be not used to limit protection domain of the present utility model; those skilled in the art are on the understanding aforesaid technical characteristic of the utility model and embodiment basis; and under the prerequisite not departing from the technical solution of the utility model; can do a little change and retouching, therefore scope of patent protection of the present utility model should with being as the criterion of limiting in claims.
Claims (10)
1. an adjustable mattress construction, comprises a mattress body, and this mattress body comprises:
Multiple hollow base, the plurality of hollow base arrangement is with the length and the width that form mattress body, this hollow base at least has an end face and a leading flank, this end face and this leading flank also all have the opening that can penetrate into this hollow base inside, and are from top to bottom respectively arranged with multiple left and right corresponding slide in the inner two side walls of this hollow base;
Multiple elastic support unit, this elastic support unit comprises one first encapsulation elastomer and one second and encapsulates elastomer, wherein this first encapsulation elastomer and the second encapsulation elastomer all have bottom a top and one, it is inner that this second encapsulation elastomer is positioned at the first encapsulation elastomer, and this elastomeric bottom of the second encapsulation passes this elastomeric bottom of the first encapsulation; The end face of this hollow base is fixed in first encapsulation elastomer arrangement, makes this elastomeric bottom of the second encapsulation enter in the opening on the end face of this hollow base; And
Multiple adjustment location-plate, this adjustment location-plate is penetrated by the opening of the leading flank of this hollow base, and be positioned on the slide of the inner both sides of this hollow base, make that there is in each hollow base an adjustment location-plate, this adjustment location-plate is positioned at this elastomeric bottom part down place of the second encapsulation, and the height-adjustable of adjustment location-plate in each hollow base.
2. adjustable mattress construction as claimed in claim 1, it is characterized in that: this first encapsulation elastomer wraps at least one spring by a packaging bag, and this second encapsulation elastomer wraps at least one spring by a packaging bag, first encapsulation elastomer and the second elastomeric top of encapsulation are engaged, and makes the second encapsulation elastomer be suspended to the first elastomeric inside of encapsulation.
3. adjustable mattress construction as claimed in claim 1, it is characterized in that: the elastomeric length of this second encapsulation is greater than the elastomeric length of this first encapsulation, and the elastomeric diameter of the second encapsulation is less than the elastomeric diameter of the first encapsulation, make the second encapsulation elastomer be positioned at the first encapsulation elastomer inner time and first encapsulate elastomer and keep a spacing.
4. adjustable mattress construction as claimed in claim 1, is characterized in that: this two adjacent hollow base attaches a distance piece, avoids two adjacent hollow bases to send the sound because rubbing.
5. adjustable mattress construction as claimed in claim 1, it is characterized in that: this hollow base inside can in conjunction with an elasticity undertaking body, these elasticity undertaking body two ends are individually fixed in the relative dual-side on the long limit of hollow base, make elasticity undertaking body can be positioned at the top side of hollow base inside simultaneously higher than highly the highest slide, this elasticity undertaking body is for accepting the second encapsulation elastomer, when the second encapsulation elastomer drops, accept by elasticity undertaking body, the second encapsulation elastomer is avoided directly to fall to the bottom surface of hollow base, and stop that adjustment location-plate slips in hollow base completely.
6. adjustable mattress construction as claimed in claim 1, it is characterized in that: the opening periphery of this hollow base end face arranges a locating slot, this locating slot combines location for the first elastomeric bottom of encapsulation, makes the first encapsulation elastomer be positioned the opening periphery of hollow base.
7. adjustable mattress construction as claimed in claim 1, it is characterized in that: the opening periphery of this hollow base end face arranges a fastener, this fastener fastener close on the ring of bottom, makes the first encapsulation elastomer be fixed on the opening periphery of hollow base in the first encapsulation elastomer.
8. an adjustable mattress construction, comprises a mattress body, and this mattress body comprises:
Multiple hollow base, the plurality of hollow base arrangement is with the length and the width that form mattress body, this hollow base at least has an end face and a leading flank, this end face and this leading flank also all have the opening that can penetrate into this hollow base inside, and be from top to bottom respectively arranged with multiple left and right corresponding slide in the inner two side walls of this hollow base, and the opening two ends of this end face are respectively arranged with a chute;
Multiple elastic support unit, this elastic support unit comprises one first encapsulation elastomer and one second and encapsulates elastomer, wherein this first encapsulation elastomer and the second encapsulation elastomer all have bottom a top and one, it is inner that this second encapsulation elastomer is positioned at the first encapsulation elastomer, and this elastomeric bottom of the second encapsulation passes this elastomeric bottom of the first encapsulation; First encapsulation elastomer arrangement is placed in the end face of this hollow base, makes this elastomeric bottom of the second encapsulation enter in the opening on the end face of this hollow base;
Multiple spring positioning body, this spring positioning body has a location division, the both sides of this location division are extended with the first spring secures rail to sleeper and the second spring secures rail to sleeper, this first spring secures rail to sleeper and the second spring secures rail to sleeper end are provided with button block, and a buckle space is formed between the first spring secures rail to sleeper and the second spring secures rail to sleeper, and two cunning portions are extended in the bottom, location division of spring positioning body; Two of spring positioning body cunning portions are slipped into respectively in the chute of two adjacent hollow base end faces, and be positioned the both sides of opening, two adjacent hollow bases can not be separated, and the button block of this first spring secures rail to sleeper and the second spring secures rail to sleeper difference fastener is in two the first adjacent encapsulation elastomeric side places, cause adjacent two first encapsulation elastomers to be positioned in the buckle space of spring positioning body, cause the first encapsulation elastomer to stablize the end face being fixed on hollow base; And
Multiple adjustment location-plate, this adjustment location-plate is penetrated by the opening of the leading flank of this hollow base, and be positioned on the slide of the inner both sides of this hollow base, make that there is in each hollow base an adjustment location-plate, this adjustment location-plate is positioned at this elastomeric bottom part down place of the second encapsulation, and the height-adjustable of adjustment location-plate in each hollow base.
9. adjustable mattress construction as claimed in claim 8, is characterized in that: between two cunning portions of this spring positioning body, be extended with a distance piece downwards, and this distance piece is positioned between two adjacent hollow bases, avoids two adjacent hollow bases to send the sound because of friction.
10. adjustable mattress construction as claimed in claim 8, is characterized in that: the sliding portion of this spring positioning body and the chute of hollow base are the turtledove shape groove of matching form.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520371158.XU CN204654363U (en) | 2015-06-02 | 2015-06-02 | Adjustable mattress construction |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520371158.XU CN204654363U (en) | 2015-06-02 | 2015-06-02 | Adjustable mattress construction |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204654363U true CN204654363U (en) | 2015-09-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520371158.XU Expired - Fee Related CN204654363U (en) | 2015-06-02 | 2015-06-02 | Adjustable mattress construction |
Country Status (1)
| Country | Link |
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| CN (1) | CN204654363U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016192036A1 (en) * | 2015-06-02 | 2016-12-08 | 许汉忠 | Adjustable mattress structure |
-
2015
- 2015-06-02 CN CN201520371158.XU patent/CN204654363U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016192036A1 (en) * | 2015-06-02 | 2016-12-08 | 许汉忠 | Adjustable mattress structure |
| CN107635435A (en) * | 2015-06-02 | 2018-01-26 | 许汉忠 | Adjustable mattress construction |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150923 Termination date: 20200602 |