CN218588665U - Inflating unit combined type inflating bed - Google Patents

Abstract

The utility model provides an aerify unit combination formula and aerify bed, include a plurality of supporting unit and the bed cover of cladding in a plurality of supporting unit outsides of aerifing, each aerifys the supporting unit and includes a plurality of support subelements, the double-phase relative outer wall of support subelement is the arcwall face, the shaping has the connection limit between the looks proximal surface of two support subelements, the length direction on connection limit is unanimous with the length direction who supports the subelement, a plurality of support subelements adjacent distribution just through the continuous integrated into one piece in connection limit, and communicate each other between the adjacent support subelement. The utility model has the advantages of ensuring comfortable use of the inflatable bed and simultaneously improving the flexibility of the combination of the inflatable bed.

Description

Inflating unit combined type inflating bed

Technical Field

The utility model relates to an air bed technical field, more specifically the unit combination formula of aerifing that says so relates to an air bed.

Background

The inflatable bed has the characteristics of light weight and convenient carrying and storage, is not only suitable for temporary occasions, but also is gradually used as normal furniture by people. The inflatable bed has strong flexibility and elasticity, the softness of the inflatable bed can replace the function of a mattress, and the softness is adjustable and comfortable to use. The traditional inflatable bed body structure mainly comprises an upper sheet, an annular surrounding sheet, a drawstring group and a lower sheet, wherein the annular surrounding sheet is used for connecting the upper sheet and the lower sheet to form an air chamber, the drawstring group is used for longitudinally connecting the upper sheet and the lower sheet in an inflatable cavity, and the air chamber can be as close to the shape of a bed as possible under the action of the drawstring group. However, the inflatable bed with the structure only has one air chamber, so that people can not independently adjust the hardness degree of a certain area of the inflatable bed to meet the use requirement of the people, and the inflatable bed has great limitation in use.

Chinese patent publication No. CN110290773A, for example, discloses an inflatable mattress comprising a plurality of cells in a longitudinal direction, wherein each cell is independently inflatable relative to the other cells and extends from a first side or edge of the mattress to a second side or edge of the mattress. Therefore, in the prior art, the inflatable bed is similar to the inflatable bed, different supporting forces provided by the inflatable bed to different positions of a human body are adjusted in a mode that the air pressure of the air chambers is respectively and independently controlled through the air chambers, and the optimal comfortable experience of the human body when the human body lies on the inflatable bed is improved.

However, the air chamber units of most existing air chamber inflatable beds are usually rectangular square columns or cylindrical columns with the length being consistent with the width of the inflatable bed, and after the air chamber units are filled with air, the whole air chamber units have certain rigidity so as to support a human body. The scheme is generated.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide an inflatable unit combination formula inflatable bed, it has the advantage that promotes inflatable bed combination flexibility when guaranteeing that inflatable bed uses comfortablely.

In order to achieve the above purpose, the solution of the present invention is:

the utility model provides an aerify unit combination formula bed of aerifing, including a plurality of supporting element and the bed cover of cladding in a plurality of supporting element outsides of aerifing, each aerifys the supporting element and includes a plurality of support subelements, the double-phase outer wall surface that is to support the subelement is the arcwall face, the shaping has the connection limit between the adjacent face of two support subelements, the length direction on connection limit is unanimous with the length direction who supports the subelement, a plurality of support subelements adjacent distribution just through the continuous integrated into one piece in connection limit, and communicate each other between the adjacent support subelement.

By adopting the technical scheme, when the inflatable bed is assembled, the inflatable supporting units are filled with air, then the inflatable supporting units filled with air are placed in the bed sleeve, and the bed sleeve is supported to complete the forming of the inflatable bed. Because the supporting function is provided by the plurality of supporting subunits which are integrally connected and the outer wall surfaces of the supporting subunits are arc-shaped surfaces, the structure of the formed inflatable supporting unit can be freely changed in the state of being full of air, can be curled into a round shape and can also be bent into a triangular shape and other polygonal shapes, and the assembly flexibility of the inflatable bed on the appearance is improved while the basic supporting effect of the inflatable bed is ensured; the shape of the inflatable supporting unit can be changed to change the supporting elasticity of the inflatable supporting unit, different hardness degrees of different positions of the inflatable bed are achieved, the hardness flexibility of the inflatable bed in use experience is improved, the inflatable bed is convenient to install and maintain, and the inflatable supporting unit can be directly placed or replaced correspondingly to complete assembly and repair.

Furthermore, the inflatable supporting unit comprises two layers of airtight surface layers which are arranged in an overlapped mode, the outer peripheral sides of the two airtight surface layers are welded to form a closed air chamber, the surfaces of the airtight surface layers are welded and formed with a plurality of connecting edges at equal intervals along the length direction of the airtight surface layers, the connecting edges are parallel to the width direction of the airtight surface layers, and the length of the connecting edges is smaller than the width length of the airtight surface layers.

Through adopting above-mentioned technical scheme, aerify the supporting element and realize a plurality of support subunit's integrated into one piece by the airtight surface course in both sides through the welding, reduce its difficulty degree of manufacturing through simple structural design, and then reduced the manufacturing cost who aerifys the supporting element and promoted its production efficiency.

Furthermore, the inflatable support unit is horizontally unfolded to be in a strip shape, the short edge of the inflatable support unit is horizontally laid along the long edge direction of the bed cover, and the long edges of the upper side and the lower side of the inflatable support unit respectively abut against the upper top surface and the lower bottom surface of the bed cover.

By adopting the technical scheme, the strip-shaped units which are horizontally unfolded in the bed cover are paved on the inflatable supporting units to form the common cubic inflatable bed, and the length of the wide edge of the common cubic inflatable bed is the height of the formed inflatable bed.

Furthermore, the arc-shaped surfaces of the supporting sub-units in the inflatable supporting units and the arc-shaped surfaces of the supporting sub-units in the adjacent inflatable supporting units are arranged in a staggered mode.

Through adopting above-mentioned technical scheme, the staggered arrangement of support subelement is used for promoting the compactness that a plurality of support units of aerifing were adjacent laid, guarantees to have to aerify the bed surface on the pressure that receives carry out the subregion dispersion and reduce the bed surface atress vibration influence when, promotes the level and smooth compactness of aerifing the bed surface, avoids appearing great gap between the adjacent support unit of aerifing and influences the comfortable experience of human body when crouching on aerifing the bed surface.

Furthermore, the supporting subunit comprises a first inflation unit and a second inflation unit, the distance between two connecting edges of the second inflation unit is smaller than that between two connecting edges of the first inflation unit, and the single inflation supporting unit comprises a plurality of first inflation units and a plurality of second inflation units.

Furthermore, the single inflatable supporting unit is arranged in a folding mode, the single inflatable supporting unit is folded by taking the second inflatable unit positioned in the middle as a folding position, and the plurality of supporting sub-units are arranged side by side in at least two layers.

By adopting the technical scheme, because the distance between the connecting edges of the second inflatable unit is smaller than that of the first inflatable unit, the air chamber of the second inflatable unit is smaller than that of the first inflatable unit, and the adjacent positions of the second inflatable unit are convenient to bend by a larger extent, so that the shape change of the inflatable supporting unit in various degrees is realized. The bigger first unit of aerifing of air chamber is used for providing the supporting role aerifing supporting element nondeforming or little degree deformation position, and the less second in air chamber is used for aerifing the supporting element and is favorable to the change of its shape when deformation position provides the supporting role by a wide margin aerifing the supporting role, also is favorable to the adjacent filling between the supporting element side face of aerifing simultaneously for the supporting subunit staggered arrangement's two adjacent total length of aerifing the supporting element is the same, guarantees to constitute the level and smooth and pleasing to the eye of side bedspread face behind the air bed.

Further, still be equipped with the isolation layer in the bed cover, the isolation layer is arranged parallel to bed cover long edge side, aerifys the support element and lays in the isolation layer both sides.

Through adopting above-mentioned technical scheme, the isolation layer is used for further reducing the shaping air bed and is standing up or the produced atress vibration influence of action such as getting into or out of bed under double situation of use, thereby promotes the shock attenuation effect and guarantees to aerify the respective comfortable sleep of two users on the bed and experience.

Furthermore, a plurality of inflatable supporting units at one side in the bed sleeve form a head supporting group, a plurality of inflatable supporting units at the middle position in the bed sleeve sequentially form a back supporting group and a hip supporting group, and a plurality of inflatable supporting units at the rear side of the hip supporting group in the bed sleeve form a leg supporting group.

By adopting the technical scheme, the inflatable supporting units are divided into different areas, the inflatable supporting units at different positions can adopt different shapes or be inflated to different air pressures to obtain different supporting hardness, and the inflatable supporting units in different areas are distinguished by colors, so that the assembly action of a user in the process of assembling the inflatable bed is further facilitated.

Furthermore, the bed also comprises a comfortable layer which is arranged in the bed cover and is paved on the upper top surfaces of the inflatable supporting units.

Furthermore, the bed cover is in a cubic shape and comprises a cover body and a cover top, and the cover body and the cover top are detachably connected through a zipper.

After adopting above-mentioned structure, compare with prior art, the beneficial effects of the utility model are that:

(1) The flexibility of the combination of the inflatable bed is improved by the aid of the inflatable supporting units which are integrally formed by the supporting sub-units with the arc-shaped surfaces;

(2) The leveling comfort of the formed inflatable bed surface is improved through the staggered arrangement of the inflatable sub-units on the adjacent inflatable supporting units;

(3) The inflatable supporting units at different positions are divided into groups, so that the convenience of assembly action of the formed inflatable bed and the comfortable experience of use after forming are further improved.

Drawings

Fig. 1 is a schematic structural diagram of a first embodiment of the present invention;

FIG. 2 is an exploded view of the first embodiment of the present invention;

FIG. 3 is a schematic structural view of a first embodiment of the inflatable supporting unit of the present invention;

FIG. 4 is an enlarged schematic view at A in FIG. 3;

FIG. 5 is a schematic structural view of a second embodiment of the inflatable supporting unit of the present invention;

FIG. 6 is an exploded view of a second embodiment of the present invention;

fig. 7 is a schematic structural view of a third embodiment of the middle inflatable supporting unit of the present invention.

Reference numerals: 1. an inflatable support unit; 11. an airtight surface layer; 12. a first type supporting unit; 13. a two-type supporting unit; 14. a head support group; 15. a back support group; 16. a hip support group; 17. a leg support group; 2. a bed cover; 21. a sleeve body; 22. sleeving a top; 23. a zipper; 3. a support subunit; 30. an outer wall surface; 31. a first inflation unit; 32. a second inflation unit; 4. a connecting edge; 5. a comfort layer; 6. an isolation layer.

Detailed Description

In order to further explain the technical solution of the present invention, the present invention is explained in detail by the following embodiments.

Referring to fig. 1 to 3, the present invention discloses an air-filled unit combined type air-filled bed, which is a first embodiment shown in fig. 1 to 3. The present invention discloses an air-filled unit combined type air-filled bed comprising a plurality of air-filled supporting units 1 and a plurality of covering units, wherein the outer side of the air-filled supporting unit 1 is provided with a bed cover 2, and each air-filled supporting unit 1 comprises a plurality of supporting sub-units 3. As shown in fig. 3, two outer wall surfaces 30 of each supporting subunit 3 are arc-shaped, a connecting edge 4 is formed between the adjacent surfaces of the two supporting subunits 3, the length direction of the connecting edge 4 is the same as the length direction of the supporting subunit 3, a plurality of supporting subunits 3 are adjacently distributed and continuously and integrally formed through the connecting edge 4, and the adjacent supporting subunits 3 are communicated with each other. The plurality of support subunits 3 which are integrally formed and have the arc-shaped outer walls can ensure that the shape of the formed inflatable support unit 1 can be changed after inflation, thereby realizing the flexibility of the formed inflatable bed in the overall shape or the hardness and hardness.

Referring to fig. 1 and 2, the bed cover 2 in this embodiment is in a cube shape, the bed cover 2 includes a cover body 21 and a cover top 22, and the cover body 21 and the cover top 22 can be detachably connected by a zipper 23, and of course, other detachable connection manners may also be used, such as a snap connection, a hook and loop adhesive, or a lace connection.

Referring to fig. 3 and 4, the inflatable supporting unit 1 includes two airtight surface layers 11, and the airtight surface layer 11 in this embodiment is made of a TPU film. The airtight surface layer 11 is a rectangular surface layer, the two airtight surface layers 11 are arranged in an overlapping mode, the peripheral sides of the airtight surface layers 11 are welded through hot melting, so that the two airtight surface layers 11 form a closed air chamber, and the closed air chamber is formed into an atmospheric air chamber of the inflatable supporting unit 1. The connecting edges 4 are located on the surface of the airtight surface layer 11 and are welded and formed at equal intervals along the length direction of the airtight surface layer, the connecting edges 4 are arranged at intervals in the broadside direction parallel to the inflatable supporting unit 1, and the distance between the adjacent connecting edges 4 on the airtight surface layer 11 during welding is smaller than the width of the airtight surface layer 11 between the adjacent connecting edges 4, so that the small air chamber outer wall 30 of the small air chamber supporting subunit 3 separated by the connecting edges 4 is an arc-shaped surface after inflation. The length direction of the connecting edge 4 is parallel to the width direction of the airtight surface layer 11, and the length of the connecting edge is smaller than the width length of the airtight surface layer 11, so that the adjacent supporting subunits 3 are integrally formed and are communicated with each other, the inflation action of the inflatable supporting unit 1 is facilitated, and the large air chamber formed by the inflatable supporting unit 1 is divided into a plurality of small air chambers communicated with each other by the connecting edge 4.

As shown in fig. 2 and 3, in this embodiment, each inflatable support unit 1 is horizontally unfolded into a strip shape, the short side of the inflatable support unit is laid along the long side direction of the covering body 21 and placed in the covering body 21, and the long sides of the inflatable support unit 1 respectively abut against the upper top surface and the lower bottom surface of the bed cover 2, i.e. the inner side surface of the cover top 22 and the bottom surface of the covering body 21. Meanwhile, the arc-shaped surfaces of the supporting sub-units 3 in the inflatable supporting unit 1 and the arc-shaped surfaces of the adjacent inflatable supporting units 1 are arranged in a staggered manner, so that the arc-shaped surfaces of the supporting sub-units 3 in the inflatable supporting unit 1 and the connecting edges 4 of the adjacent inflatable supporting units 1 are aligned in a staggered manner. Meanwhile, a comfort layer 5 is laid on the top surfaces of the plurality of inflatable supporting units 1 which are adjacently arranged, the comfort layer 5 in the embodiment is a sponge, and the comfort layer 5 and the plurality of inflatable supporting units 1 are both contained in the sleeve body 21.

Further, each sub-support sub-unit 3 may include a first inflatable unit 31 and a second inflatable unit 32, and the distance between the two connecting sides 4 of the second inflatable unit 32 is smaller than the distance between the two connecting sides 4 of the first inflatable unit 31, so that the second inflatable unit 32 has a length identical to that of the first inflatable unit 31 and a width smaller than that of the first inflatable unit 31.

As shown in fig. 2, in the present embodiment, the number of the inflatable support units 1 in the bed body may be 40, and a single inflatable support unit 1 may include a combination of a plurality of first inflatable units 31 and a plurality of second inflatable units 32. In this embodiment, the inflatable supporting unit 1 includes two types of the first type supporting unit 12 and the second type supporting unit 13, and the first type supporting unit 12 and the second type supporting unit 13 are adjacently and alternately arranged to reduce the gap between the adjacent inflatable supporting units 1 and ensure the flatness of the side of the formed inflatable bed. As shown in fig. 3, the support subunit 3 of the support unit 12 may include 12 first inflation units 31 and 2 second inflation units 32, the first inflation units 31 and the second inflation units 32 are arranged such that every four first inflation units 31 are arranged adjacently, and the head and tail ends of the support unit 12 in the length direction are four first inflation units 31 arranged in series.

As shown in fig. 5, the supporting subunit 3 of the two-type supporting unit 13 includes 9 first inflation units 31 and 6 second inflation units 32, the layout of the first inflation units 31 and the second inflation units 32 is that every three first inflation units 31 arranged consecutively are adjacent to each other to form two second inflation units 32, the head and the tail ends of the two-type supporting unit 13 in the length direction are both one second inflation unit 32, and the second inflation units 32 at the head and the tail ends are formed adjacent to the three consecutive first inflation units 31.

Referring to fig. 6, a second embodiment of the present invention is shown, which is different from the first embodiment in that in the present embodiment, an isolation layer 6 is disposed in the bed cover 2. The isolation layer 6 is arranged parallel to the long side of the bed cover 2 and arranged in the middle of the inside of the cover body 21 to form a partition in the middle of the bed body. The isolation layer 6 can be formed by connecting a plurality of first inflation units 31 with the same size.

As shown in fig. 6 and 7, the number of the inflatable supporting units 1 in the present embodiment may be 20, and the units are respectively disposed on the left and right sides of the isolation layer 6. For the inflatable support units in the bed cover 2, the inflatable support unit 1 may include a combination of a plurality of first inflatable units 31 and a plurality of second inflatable units 32, and the single inflatable support unit 1 may be folded, so that the single inflatable support unit 1 is folded with the second inflatable units 32 located in the middle as the folding position, and the plurality of support sub-units 3 are arranged side by side in at least two layers. The inflatable support unit 1 in this embodiment includes 15 first inflatable units 31 and 4 second inflatable units 32, the layout of the first inflatable units 31 and the second inflatable units 32 is that every five first inflatable units 31 arranged in succession are arranged adjacently to form one second inflatable unit 32, and the head and tail ends of the inflatable support unit 1 in the length direction are both the second inflatable units 32, and the second inflatable units 32 at the head and tail ends are formed adjacently to the five first inflatable units 31. After the single inflatable support unit 1 in this embodiment is folded, several support subunits 3 are arranged side by side in three layers.

Further, ten inflatable support units 1 may be sequentially divided into a head support group 14, a back support group 15, a hip support group 16 and a leg support group 17 at one side of the bed cover along the length direction of the bed according to the arrangement position, wherein the head support group 14 has two inflatable support units 1, the back support group 15 has three inflatable support units 1, the hip support group 16 has two inflatable support units 1, and the leg support group 17 has three inflatable support units 1. The inflatable supporting units 1 at different positions can adopt different color marks, so that the assembly and arrangement actions of a user are facilitated.

The utility model discloses during the use, during the equipment air bed, will respectively aerify supporting element 1 and be full of gas to buckle and arrange in the cover body 21 according to the shape of needs respectively, and pull up zip fastener 23, bed cover 2 is inside a plurality of supporting action lower shaping of aerifing supporting element 1, accomplishes the equipment of air bed. The plurality of support subunits 3 on the inflatable support unit 1 provide support function, and have deformation capability due to the design of the outer wall surface 30 of the arc surface, so that the structure of the molded inflatable support unit 1 can freely change in shape under the state of being full of air, and the basic support effect of the inflatable bed is ensured, and the assembly flexibility of the inflatable bed on the appearance is improved. The supporting unit 1 that aerifys to different positions carries out the subregion setting outside this, aerifys supporting unit 1's shape or atmospheric pressure through the change and in order to change its support elasticity, realizes the different soft or hard degrees of the different positions of inflatable bed, has promoted the hardness flexibility of inflatable bed in the use experience, and the inflatable bed installation easy maintenance directly places or replaces corresponding supporting unit 1 that aerifys and can accomplish equipment and maintenance.

The above embodiments and drawings are not intended to limit the form and style of the present invention, and any suitable changes or modifications made by those skilled in the art should not be construed as departing from the scope of the present invention.

Claims (10)

1. The utility model provides an aerify unit combination formula bed of aerifing, includes a plurality of support element of aerifing and the bed cover of cladding in a plurality of support element of aerifing outsides, its characterized in that: each aerifys the support element and includes a plurality of support subelements, and the double-phase relative outer wall of support subelement is the arcwall face, and the shaping has the connection limit between the adjacent face of two support subelements, and the length direction on connection limit is unanimous with the length direction who supports the subelement, and a plurality of support subelements are adjacent to be distributed and through the continuous integrated into one piece in connection limit, and communicate each other between the adjacent support subelement.

2. The combined inflatable bed of claim 1, wherein: the inflatable supporting unit comprises two layers of airtight surface layers which are arranged in an overlapped mode, the peripheral sides of the two airtight surface layers are welded to form a closed air chamber, the surfaces of the airtight surface layers are welded to form a plurality of connecting sides at equal intervals along the length direction of the airtight surface layers, the connecting sides are parallel to the width direction of the airtight surface layers, and the length of the connecting sides is smaller than the width length of the airtight surface layers.

3. The combined inflatable bed of claim 2, wherein: the inflatable supporting unit is horizontally unfolded into a long strip shape, the short edge of the inflatable supporting unit is horizontally laid along the long edge direction of the bed cover, and the long edges of the upper side and the lower side of the inflatable supporting unit respectively abut against the upper top surface and the lower bottom surface of the bed cover.

4. An inflatable unit combined type inflatable bed as claimed in any one of claims 1 to 3, wherein: the arc-shaped surfaces of the supporting sub-units in the inflatable supporting units and the arc-shaped surfaces of the supporting sub-units in the adjacent inflatable supporting units are arranged in a staggered mode.

5. The combined inflatable bed of claim 4, wherein: the support subunit comprises a first inflation unit and a second inflation unit, the distance between two connecting edges of the second inflation unit is smaller than that between two connecting edges of the first inflation unit, and the single inflation support unit comprises a plurality of first inflation units and a plurality of second inflation units.

6. The combined inflatable bed of claim 5, wherein: the single inflatable supporting unit is arranged in a folding mode, the single inflatable supporting unit is folded by taking the second inflatable unit located in the middle as a folding position, and the plurality of supporting sub-units are arranged side by side in at least two layers.

7. The combined inflatable bed of claim 3, wherein: the bed cover is also internally provided with an isolation layer which is arranged in parallel with the long side of the bed cover, and the inflatable supporting units are laid on two sides of the isolation layer.

8. An inflatable unit combined type air bed as claimed in any one of claims 1, 5, 6 or 7, wherein: the inflatable support units on one side in the bed cover form a head support group, the inflatable support units in the middle position in the bed cover sequentially form a back support group and a hip support group, and the inflatable support units on the rear side of the hip support group in the bed cover form a leg support group.

9. The combined inflatable bed of claim 1, wherein: the bed further comprises a comfort layer, and the comfort layer is positioned in the bed cover and is paved on the upper top surfaces of the inflatable supporting units.

10. An inflatable unit combined type inflatable bed as claimed in any one of claims 1, 7 or 9, wherein: the bed cover is in a cube shape and comprises a cover body and a cover top, and the cover body and the cover top are detachably connected through a zipper.

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