WO2024055560A1 - 弹性模块收纳托架和收纳装置、弹性垫及其使用方法、家具 - Google Patents

弹性模块收纳托架和收纳装置、弹性垫及其使用方法、家具 Download PDF

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Publication number
WO2024055560A1
WO2024055560A1 PCT/CN2023/084245 CN2023084245W WO2024055560A1 WO 2024055560 A1 WO2024055560 A1 WO 2024055560A1 CN 2023084245 W CN2023084245 W CN 2023084245W WO 2024055560 A1 WO2024055560 A1 WO 2024055560A1
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WO
WIPO (PCT)
Prior art keywords
elastic
elastic module
modules
module storage
cushion
Prior art date
Application number
PCT/CN2023/084245
Other languages
English (en)
French (fr)
Inventor
冷鹭浩
Original Assignee
厦门新技术集成有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 厦门新技术集成有限公司 filed Critical 厦门新技术集成有限公司
Publication of WO2024055560A1 publication Critical patent/WO2024055560A1/zh

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Classifications

    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47C—CHAIRS; SOFAS; BEDS
    • A47C23/00—Spring mattresses with rigid frame or forming part of the bedstead, e.g. box springs; Divan bases; Slatted bed bases
    • A47C23/04—Spring mattresses with rigid frame or forming part of the bedstead, e.g. box springs; Divan bases; Slatted bed bases using springs in compression, e.g. coiled
    • A47C23/05—Frames therefor; Connecting the springs to the frame ; Interconnection of springs, e.g. in spring units
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47C—CHAIRS; SOFAS; BEDS
    • A47C27/00—Spring, stuffed or fluid mattresses or cushions specially adapted for chairs, beds or sofas
    • A47C27/04—Spring, stuffed or fluid mattresses or cushions specially adapted for chairs, beds or sofas with spring inlays
    • A47C27/06—Spring inlays
    • A47C27/07—Attaching, or interconnecting of, springs in spring inlays

Definitions

  • the present invention relates to the technical field of elastic pads, and in particular to an elastic module storage bracket, an elastic module storage device, an elastic pad, a piece of furniture and a method of using the elastic pad.
  • Existing elastic pads are usually integrated, non-detachable and closed overall pads formed by a bottom layer, a spring layer, a sponge overlay and a closed side panel. That is, the spring layer is set on the bottom layer and the sponge overlay is set. On the spring layer, the closed side panels are connected between the foam overlay and the bottom layer to create an enclosed space.
  • the upper surface of this elastic cushion is currently flat, and when the user lies on the elastic cushion to rest, additional pillows need to be placed to support the head.
  • such elastic pads not only cost more, but also have poor stability in actual use, thereby reducing comfort, making them inconvenient to transport, and occupying a large space during storage.
  • the purpose of the present invention is to make the elastic pad have good head and body support functions, so as to improve the comfort of the elastic pad, facilitate the transportation of the elastic pad, and effectively reduce the cost of the elastic pad. Space occupied during storage.
  • the present invention provides an elastic module storage bracket.
  • the elastic module storage bracket includes a bottom plate and a placement seat.
  • the bottom plate includes components arranged oppositely along the height direction of the elastic module storage bracket.
  • the upper surface and the lower surface; the placement seat is provided on the upper surface and extends in the height direction; wherein, the The elastic module storage bracket can be converted from a first use state to a second use state; in the first use state, the placement seat is configured to allow the lowest elastic module among the multiple elastic modules stacked in sequence to be nested in the first use state.
  • the elastic module is set on the seat, so that multiple elastic modules nested and stacked in sequence are stored on the elastic module storage bracket; in the second use state, the elastic module storage bracket can store all the elastic modules.
  • the placement seat is placed on the elastic module in a manner facing the plurality of elastic modules, so that the elastic module storage bracket can be used as a pillow unit, with the lower surface facing upward as the head of the pillow unit. Supporting surface.
  • the elastic module storage bracket since the elastic module storage bracket includes a bottom plate and a placement seat, and in the first use state, the placement seat is configured (for example, the placement seat faces upward) to allow the most flexible modules to be nested and stacked in sequence.
  • the lower elastic module is placed on the placement seat for storage.
  • the elastic module storage bracket In the second use state, the elastic module storage bracket is placed on the elastic module with the lower surface facing upward as the head supporting surface of the pillow unit. Therefore, when the elastic module storage bracket is assembled into an elastic pad, the multiple elastic modules of the elastic pad can be removed from the seating seats of each elastic module storage bracket and assembled into an elastic support layer, and then each elastic module storage bracket can be assembled into an elastic support layer.
  • the rack is transformed to the second use state, so that the seat of each elastic module storage bracket faces downward and is supported on the corresponding elastic module.
  • the elastic module storage bracket serves as a pillow unit.
  • the lower surface of the bottom plate faces upward.
  • the pillow unit will be higher than the remaining elastic modules, and then the cushion layer of the elastic pad can be laid on the elastic support layer and cover each pillow unit, so that through each pillow
  • the headrest unit can be formed on the cushion layer, so that the elastic cushion has a good head and body support function. When the user lies on the balance cushion, the head can be supported on the headrest portion, effectively improving the elasticity. Pad comfort.
  • each elastic module storage bracket can be converted to the first use state.
  • Each elastic module can be removed and nested and stacked in order to store it in its corresponding position. It is placed on the base, so it is easy to store and transport the elastic pad, and effectively reduces the space occupied by the elastic pad when it is stored.
  • the top of the mounting base includes an engagement structure configured to engage with the top of the elastic module to allow the mounting base to support Supported on the elastic module.
  • the engagement structure includes a recess formed on the top of the mounting seat, and the shape of the recess matches the shape of the top of the elastic module, so that in the second use state, the The recess can be reliably placed on the top of the elastic module.
  • the placement seat is designed to be able to adjust the height according to the user's demand for the height of the headrest.
  • the mounting base is a frame structure.
  • the mounting base includes a top body, a bottom body disposed on the bottom plate, and a plurality of support bars connected between the top body and the bottom body, and the plurality of support bars are along the The mounting seats are spaced apart in the circumferential direction such that the top edge and the bottom plate maintain a predetermined distance.
  • each of the support bars includes at least two bar segments connected in series and capable of adjusting telescopic lengths between each other.
  • the top body has a recess that is inwardly concave and extends toward the bottom body, so that the top body is formed into a cylindrical body that can be sleeved on the top of the elastic module, and the cylindrical body A plurality of circumferentially spaced through openings are formed on the wall, and each of the through openings extends from the side wall of the cylindrical body to the bottom wall of the cylindrical body, wherein each of the supports One end of the strip is connected to the edge of the upper side opening of the corresponding one of the through openings.
  • the bottom plate is formed with an opening penetrating the bottom plate, and the opening is divided into a plurality of hole parts by radially extending connecting bars, wherein the mounting seat is disposed in a hole of the opening. On the edge of the mouth.
  • the base plate further includes lifting straps detachably disposed on opposite sides of the base plate.
  • the base plate includes opposite long sides, and on each long side, two ends of the lifting strap are detachably connected to the same long side and close to the long side. both ends.
  • the lifting straps are configured to hold the elastic pad in a collapsed position.
  • the cushion in the folded state is bound between the lifting straps.
  • the present invention provides an elastic module storage device.
  • the elastic module storage device includes a plurality of elastic module storage brackets as described in any of the above first aspects, wherein a plurality of the bottom plates are detachably spliced on Together, a spliced body is formed, and a plurality of the placement seats are located on the same side of the spliced body.
  • the spliced body faces upward so that Its lower surface can be used as a head support surface. Therefore, when the elastic module storage device is assembled into an elastic pad, the multiple elastic modules of the elastic pad can be removed from the seats of each elastic module storage bracket and assembled into an elastic support layer, and then one or more elastic modules The storage device is converted to the second use state, so that the seat of each elastic module storage device faces downward and is supported on the corresponding elastic module.
  • the lower surface of the spliced body faces upward as the head supporting surface.
  • the elastic module storage The device will be higher than the remaining elastic modules, and then the cushion layer of the elastic pad can be laid on the elastic support layer and cover the elastic module storage device, so that through the elastic module storage device, the headrest can be formed on the cushion layer, thereby
  • the elastic cushion has a good head and body support function. When the user lies on the balance cushion, the head can be supported on the headrest, which effectively improves the comfort of the elastic cushion.
  • the cushion layer can be removed and folded, and the elastic module storage device can be converted to the first use state, and each elastic module can be removed and nested and stacked in sequence, and placed in their respective corresponding places. It is stored on the seat, so it is easy to store and transport the elastic pad, and effectively reduces the space occupied by the elastic pad when it is stored.
  • a plurality of the base plates are integrally formed so that the spliced body is formed into a single piece.
  • At least two spaced apart base plates are provided with lifting straps on opposite sides.
  • the spliced body includes opposite long sides, and on each long side of the spliced body, two ends of the lifting strap are detachably connected to the same long side. side and keep spacing.
  • the lifting straps on both sides are configured to bind the folded cushion layer of the elastic pad between the lifting straps.
  • the present invention provides an elastic cushion.
  • the elastic cushion includes a cushion layer, a headrest body and a plurality of elastic modules, wherein a plurality of the elastic modules can be spliced together along the transverse direction of the elastic cushion for assembly.
  • the headrest body can be supported on a part of the elastic modules, so that the top surface of the headrest body is higher than the remaining elastic modules, and the cushion layer can be fixedly laid on the headrest body And on the remaining elastic module, the headrest body forms a headrest part on the cushion layer.
  • the elastic cushion since the elastic cushion includes a headrest body, and the headrest body can be supported on a part of the elastic modules of the elastic support layer and is higher than the remaining elastic modules, the cushion layer can be fixedly laid on the headrest body and the remaining elastic modules. On the elastic module, and the headrest part is formed on the cushion layer through the headrest body. In this way, the elastic cushion can have good head and body support function. When the user lies on the balance cushion, the head can be supported on the head. On the pillow, it effectively improves the comfort of the elastic cushion.
  • the cushion layer when the elastic pad needs to be stored, the cushion layer can be removed and folded, and each elastic module can be folded (for example, nested and stacked in sequence). This makes it easy to store and transport the elastic pad, and effectively reduces the stress when storing the elastic pad. take up space.
  • the elastic pad includes a stowed state.
  • a plurality of the elastic modules are nested and stacked in sequence, and the lowermost elastic module is sleeved on the headrest body.
  • the headrest body is a plurality of elastic module storage brackets of any of the above first aspects, and each of the elastic module storage brackets corresponds to a plurality of the elastic modules;
  • the elastic pad includes a storage bracket. state and unfolded state; in the storage state, multiple elastic modules corresponding to each elastic module storage bracket are nested and stacked in sequence, and the lowermost elastic module is placed on the placement seat, so that the elastic modules are nested in sequence.
  • the headrest body is any elastic module storage device in the second aspect above;
  • the elastic pad includes a storage state and an unfolded state; in the storage state, each of the elastic module storage brackets corresponds to A plurality of elastic modules are nested and stacked in sequence, and the lowermost elastic module is placed on the placement seat, so that the multiple elastic modules nested and stacked in sequence are stored on the corresponding elastic module storage bracket;
  • In the unfolded state all the elastic modules are assembled into the elastic support layer, and a plurality of the placement seats are supported downward on their corresponding elastic modules, and the splicing body faces upward, so that the headrest body is higher than The remaining elastic modules and the cushion layer are fixedly laid on the headrest body and the remaining elastic modules.
  • the elastic pad includes a plurality of elastic module units, each of the elastic module units includes a base plate and a plurality of the elastic modules disposed on the base plate, wherein a plurality of the base plates can be arranged along the
  • the elastic pads are detachably spliced together in the transverse direction, so that a plurality of the elastic module units are assembled into the elastic support layer.
  • the outer edge of the cushion layer and the bottom outer edge of the elastic support layer are connected through an edge fastening structure.
  • the edge of the lower surface of the cushion layer has a stop ring extending toward the elastic module, and the stop ring and the bottom outer edge of the elastic support layer are fastened by the edge. Structural connections.
  • the edge fastening structure causes the elastic pad to form an elastic pad without sealing side panels.
  • the edge fastening structure includes a releasably connected connection cord.
  • the cushion layer includes a collapsed state, wherein the cushion layer in the collapsed state is constrained between the lifting straps of the headrest body.
  • the cushion layer is a material layer that can be folded or rolled.
  • the cushion layer includes a plurality of cushion blocks arranged in the length direction of the elastic cushion, and adjacent cushion blocks are connected by thinned soft hinge portions.
  • the soft hinge portion includes a groove formed on the upper surface of the cushion layer and/or the lower surface of the cushion layer and extending along the width direction of the elastic pad.
  • the elastic pad serves as an elastic mattress.
  • the present invention provides furniture, which includes the elastic pad as described in any of the above third aspects.
  • the furniture includes, but is not limited to, beds, sofas, chairs, sofa beds, upholstered benches, etc.
  • the present invention provides a method of using an elastic pad.
  • the method of using an elastic pad includes: when the elastic pad is unfolded, splicing multiple elastic modules together along the transverse direction of the elastic pad to assemble an elastic support layer, and The headrest body is transformed from the first use state to the second use state, and the seat of the headrest body is supported on a part of the elastic modules so that the headrest body is higher than the remaining elastic modules, and the cushion layer is laid on the headrest body and the remaining elastic modules.
  • the headrest body forms a headrest part on the cushion layer; when the elastic cushion is folded, the cushion layer and the headrest body are removed, and the headrest body is transformed into the first use state so that the headrest body can be placed With the seat facing upward, multiple elastic modules are nested and stacked in sequence, and the lowermost elastic module is placed on the seat, so that the multiple elastic modules nested and stacked in sequence are stored on the headrest body.
  • the headrest part can be formed on the cushion through the headrest body, so that the elastic cushion has a good head and body support function.
  • the head can be supported on On the headrest, the comfort of the elastic cushion is effectively improved.
  • the cushion layer can be removed and folded, and each elastic module can be nested and stacked on the headrest body in sequence, which makes it easy to store and transport the elastic pad, and effectively reduces the time required to store the elastic pad. of occupied space.
  • the method of using the elastic pad includes folding or rolling the removed cushion layer when the elastic cushion is folded, and binding the folded or rolled cushion layer between the lifting straps of the headrest body.
  • FIG. 1 is a schematic three-dimensional structural diagram illustrating an elastic module storage device according to the present invention, in which a plurality of elastic module storage brackets according to the present invention are shown.
  • FIG. 2 is an exploded view of the elastic module storage device of FIG. 1 supported on multiple elastic modules in a second use state.
  • FIG. 3 is a storage state diagram of FIG. 2 .
  • FIG. 4 is an exploded view of the elastic module storage device in FIG. 1 in a first use state when multiple elastic modules are stored on the elastic module storage device.
  • FIG. 5 is a storage state diagram of FIG. 4 .
  • FIG. 6 is a schematic three-dimensional structural diagram illustrating another elastic module storage device according to the present invention.
  • FIG. 7 is an exploded view of a plurality of elastic module units stacked and nested in sequence and stored in the elastic module storage device of FIG. 6 .
  • FIG. 8 is a storage state diagram of FIG. 7 .
  • Figure 9 is a perspective view of an elastic module unit of an elastic pad provided by the present invention.
  • FIG. 10 is a schematic diagram of the assembly of two elastic module units of FIG. 9 .
  • Fig. 11 is an exploded view of the elastic module storage device of Fig. 1 placed on the elastic support layer of the elastic pad of the present invention in the second use state.
  • FIG. 12 is a placement state diagram of FIG. 11 .
  • Figure 13 is an exploded view of the cushion layer of the elastic pad of the present invention placed on the elastic support layer and the elastic module storage device.
  • Fig. 14 is a schematic plan view of the cushion layer in Fig. 13 in a collapsed state.
  • Figure 15 is a schematic side structural view of the cushion layer of Figure 13 in a collapsed state.
  • FIG. 16 is a perspective view of the elastic pad assembled by connecting the cushion layer and the elastic support layer of FIG. 13 .
  • FIG. 17 is a schematic side structural view of FIG. 16 .
  • the elastic module storage device 16 is shown in Figure 1, in some embodiments, the elastic module storage device 16 in Figure 1 can be formed by six elastic module storage brackets 1 provided by the present invention, for example , the bottom plates 2 of the six elastic module storage brackets 1 are integrally formed into one piece. Therefore, the elastic module storage device 16 in Figure 1 can be divided into six mutually independent elastic module storage brackets 1.
  • Each elastic module storage bracket 1 includes a base plate 2 and a placement seat 5 thereon.
  • the mounting seat 5 on one bottom plate 2 of the elastic module storage bracket 1 provided by the present invention is not limited to one. That is, one bottom plate 2 can be provided with one mounting seat 5, or it can be provided with There are multiple (eg two or three) spaced placement seats 5 .
  • the elastic module storage bracket 1 provided by the present invention includes a bottom plate 2 and a placement seat 5, wherein the bottom plate 2 includes an elastic module storage bracket along the elastic module storage bracket 1.
  • the upper surface 3 and the lower surface 4 are arranged oppositely in the height direction of the frame 1; the mounting seat 5 is provided on the upper surface and extends in the height direction.
  • the mounting seat 5 can be a separate component and connected to the upper surface 4, or , the placement seat 5 can be integrally formed with the base plate 2; wherein, the elastic module storage bracket 1 can be transformed from the first use state (Fig.
  • the placement seat 5 is configured to allow the elastic module 6 located at the bottom of a plurality of elastic modules 6 that are stacked in sequence It is set on the placement seat 5, so that multiple elastic modules 6 nested and stacked in sequence are stored on the elastic module storage bracket 1; in the second use state, the elastic module storage bracket 1 can make the placement seat 5 face multiple directions.
  • the elastic module storage bracket 1 can be used as a pillow unit 7, the lower surface 4 Upward serves as the head supporting surface of the pillow unit 7 .
  • the elastic module storage bracket 1 since the elastic module storage bracket 1 includes a bottom plate 2 and a seat 5, and can be transformed, for example, flipped, between the first use state and the second use state, in the first use state,
  • the placement base 5 allows the lowest elastic module among the multiple elastic modules 6 nested and stacked in sequence to be placed on the placement base for storage.
  • the elastic module storage bracket 1 In the second use state, the elastic module storage bracket 1 is placed on the elastic module 6 and allows the lower elastic module to be placed on the placement base 5 for storage.
  • the surface 4 faces upward as the head supporting surface of the pillow unit 7 .
  • each elastic module storage bracket 1 when the elastic module storage bracket 1 is assembled into the elastic pad 14, the plurality of elastic modules 6 of the elastic pad 14 can be removed from the mounting seats 5 of each elastic module storage bracket 1 and assembled into the elastic support layer 19 , and then each elastic module storage bracket 1 changes, for example, is flipped to the second use state, so that the placement seat 5 of each elastic module storage bracket 1 is supported (for example, facing downward and supported) on the corresponding elastic module 6, so that the elastic module
  • the storage bracket 1 serves as the pillow unit 7.
  • the lower surface 4 of the bottom plate 2 faces upward as the head supporting surface of the pillow unit 7. In this way, the pillow unit 7 will be higher than the remaining elasticity of the elastic support layer 19.
  • the cushion layer 15 of the elastic cushion 14 can then be laid on the elastic support layer 19 and cover each pillow unit 7.
  • each pillow unit 7 for example, each pillow unit 7 is arranged in sequence
  • a raised headrest is formed on the cushion layer 15, so that the elastic pad 14 has a good head and body support function.
  • the head can be supported on the headrest, effectively Improve the comfort of elastic pads.
  • the cushion layer 15 can be removed and folded, and each elastic module storage bracket 1 can be transformed, for example, turned over to the first use state, and each elastic module 6 can be removed and nested in sequence. They are stored on their respective corresponding placement seats 5, so they can be easily stored and transported flexibly. pad, and effectively reduce the space occupied by the elastic pad 14 when stored.
  • the placement seat 5 in the second use state, can be directly placed and supported on the elastic module 6, when the cushion layer 15 of the elastic pad 14 and the elastic support layer 19 are connected
  • the elastic module storage bracket 1 can be clamped and positioned on the elastic module 6 .
  • the top of the placement seat 5 includes an engagement structure, and the engagement structure is configured to engage with the top of the elastic module 6 to allow the placement seat 5 to be stably and reliably supported by the engagement structure.
  • the joint structure can be of various types, as long as the joint structure can be jointed with the top of the elastic module 6 .
  • the joining structure may be a Velcro, and the Velcro may be adhered to the top surface of the elastic module 6 .
  • Velcro can also be provided on the top surface of the elastic module 6, so that two Velcros can be attached to further improve the stability and reliability of the elastic module storage bracket 1 supported on the elastic module 6.
  • the engagement structure can be a protrusion, such as a circular protrusion, which can fit into the recess on the top of the elastic module 6 , which can also improve the support of the elastic module storage bracket 1 on the elastic module 6 stability and reliability.
  • the engagement structure includes a recess 8 formed on the top (eg, top surface) of the seat 5, the shape of the recess 8 matches the shape of the top of the elastic module 6, so that in In the second use state, the recess 8 can be reliably placed on the top of the elastic module 6 .
  • the recess 8 can be directly located inside the seat 5, thereby reducing the volume of the seat 5.
  • the top contour shape of the elastic module 6 can be directly used to engage the recess 8, so that the top of the elastic module 6 is directly located on the seat 5. 5 to further enhance the stability and reliability of the elastic module storage bracket 1 supported on the elastic module 6 .
  • the placement seat 5 may have a fixed height, so that the headrest may be adapted to the user's fixed height requirements for head support.
  • the height of the placement seat 5 can be adjusted, that is, the placement seat 5 is designed to be able to The height of the headrest can be adjusted according to the user's needs for the height of the headrest. In this way, the same user can adjust the height of the headrest according to different stages of use. In addition, different users can also adjust the headrest according to their different needs. height to improve comfort.
  • the user can separate the cushion layer 15 from the elastic support layer 19 at the headrest, then adjust the height of the seat 5 to the required height, and then connect the cushion layer 15 with the elastic support layer 19 The support layer 19 is connected.
  • the height of the mounting base 5 can be adjusted through various adjustment methods.
  • the mounting base 5 can include multiple (such as two or three) nested in sequence and capable of telescopically reaching the required position. In this way, the height of the mounting seat 5 can be adjusted by telescopically extending the sleeve to the desired position.
  • the height of the mounting seat 5 can be adjusted through the support bar 10 mentioned below (which will be described in detail below).
  • the mounting seat 5 may be a solid body, for example, it may be a solid circular frustum.
  • the placement seat 5 is a frame structure. In this way, the frame structure can make the placement seat 5 form a non-solid body, that is, a cavity is formed inside the placement seat 5, thereby effectively reducing the elastic module storage bracket 1.
  • the overall weight in addition, through the interconnected support structure of the frame structure, the overall strength of the elastic module storage bracket 1 can be increased while reducing the weight.
  • the frame structure may have a variety of structural types.
  • the placement seat 5 includes a plurality of L-shaped support bars, which are inverted on the base plate 2 , that is, a plurality of L-shaped support bars. The ends of the short sides are connected together and located at the center, and the long sides of multiple L-shaped support bars are circumferentially spaced and connected to the base plate 2, so that the multiple L-shaped support bars are distributed radially, so that multiple L-shaped support bars are distributed radially. An internal cavity is enclosed between the shaped support strips and the bottom plate 2, so that the placement seat 5 forms a frame structure.
  • FIG. 1 the placement seat 5 forms a frame structure.
  • the mounting base 5 includes a top body 9 , a bottom body 27 disposed on the base plate 2 , and a plurality of support bars 10 connected between the top body 9 and the bottom body.
  • the plurality of support bars 10 are along the The mounting seats 5 are spaced apart in the circumferential direction so that the top edge 9 and the bottom plate 2 maintain a predetermined distance. In this way, the top body 9, the bottom body 27 and the plurality of support bars 10 form a frame structure.
  • the placement seat 5 includes a top body 9 and a plurality of circumferentially spaced support bars 10 , wherein one end of the plurality of support bars 10 is connected to the bottom plate 2 , and the plurality of support bars 10 The other end is connected to the top body 9 so that the top body 9 and the bottom plate 2 maintain a predetermined distance. In this way, an internal cavity can be formed between the top body 9, the plurality of support bars 10 and the bottom plate 2, so that the seat 5 is formed into a frame structure.
  • each support bar 10 includes at least two bar segments that are connected in sequence and can adjust the telescopic length between each other. In this way, by telescopically adjusting the bar segments, the height of the placement seat 5 can be adjusted. As mentioned above. In this way, the same user can adjust the height of the headrest according to different stages of use. In addition, different users can also adjust the height of the headrest according to their different needs, thereby improving comfort.
  • the top surface of the top body 9 is formed as a straight surface.
  • the top body 9 has a recess 8 that is inwardly depressed and extends toward the bottom body, so that the top body 9 is formed into a cylindrical body that can be sleeved on the top of the elastic module 6, so that , in the second use state, the recess 8 is used to be placed on the top of the elastic module 6, so that the recess 8 can be directly located inside the mounting seat 5, thereby reducing the volume of the mounting seat 5, and at the same time, the elastic module can be directly used 6, the top of the elastic module 6 is directly located in the recess 8 on the top surface of the seat 5, so as to further improve the stability and reliability of the elastic module storage bracket 1 supported on the elastic module 6.
  • a plurality of circumferentially spaced through openings 28 are formed on the wall of the cylindrical body.
  • Each through opening extends from the side wall 29 of the cylindrical body to the bottom wall 30 of the cylindrical body, wherein each support bar 10
  • One end of each support bar 10 is connected to the upper side edge 31 of a corresponding through opening, that is, in the radial direction, one end of each support bar 10 is located in its corresponding through opening, so that one end of the support bar 10 can be aligned with The edge of the upper side opening that penetrates the opening is supported, thereby significantly improving the strength of the top body 9 and improving the stability and reliability of the headrest.
  • the bottom plate 2 is formed with an opening 11 penetrating the bottom plate 2 , that is, the bottom plate 2 includes an opening 11 penetrating the upper surface 3 and the lower surface 4 , and the opening 11 passes through a radially extending
  • the connecting strip 12 is divided into a plurality of hole parts, in which the seat 5 is It is arranged on the edge of the opening 11 , that is, the opening 11 is provided with a radially extending connecting bar 12 , and the mounting seat 5 is arranged around the edge of the opening 11 .
  • the openings 11 can reduce the weight of the base plate 2, and the connecting strips 12 can improve the support performance of the headrest.
  • connecting bars 12 there may be one or more connecting bars 12 .
  • the plurality of connecting bars 12 can be arranged crosswise to form a network structure, or the plurality of connecting bars 12 can be arranged in parallel at intervals, or one end of the multiple connecting bars 12 can be connected to the center point of the opening 11 in a radial shape. spread.
  • the base plate 2 further includes lifting straps 13 detachably disposed on opposite sides of the base plate.
  • the elastic module group that is, multiple elastic modules nested and stacked in sequence
  • the lifting straps 13 on both sides can be bound together to store the elastic module in the elastic module storage bracket 1
  • the elastic module group on the top is restrained, and the lifting strap 13 can also be lifted for easy transportation.
  • a lifting strap 13 may be provided at each end of the base plate 2 , and the two ends of the lifting strap 13 may be connected to opposite sides of the base plate 2 respectively. In this way, the lifting straps 13 at the two ends of the base plate 2 can be tied together.
  • the base plate 2 includes opposite long sides. On each long side, two ends of the lifting strap 13 are detachably connected to the same long side and close to the long side. Both ends, that is, on each long side of the base plate 2, the two ends of the lifting strap 13 are connected to the same side of the base plate 2 and maintained at a distance. In this way, the lifting straps 13 on both sides of the base plate 2 can be bound together.
  • the lifting straps 13 on both sides are configured to bind the folded cushion layer 15 of the elastic pad 14 between the lifting straps 13.
  • the pad can be The layer 15 is gathered (for example, folded or rolled) so that it is in a gathered state, and the gathered cushion layer 15 is placed on the stacked elastic modules and between the lifting straps 13, so that the lifting straps 13 can The cushion layer 15 and the stacked elastic modules are bundled together to facilitate storage and handling.
  • the lifting strap 13 may be a non-elastic strap, such as a canvas strap.
  • the lifting strap 13 may be an elastic strap, such as a rubber strap.
  • the present invention provides a An elastic module storage device 16, the elastic module storage device 16 includes a plurality of elastic module storage brackets 1 of any of the above first aspects, wherein a plurality of bottom plates 2 are detachably spliced together to form a spliced body 17, and a plurality of The two placement seats 5 are located on the same side of the splicing body 17.
  • the plurality of base plates 2 are detachably spliced together to form the spliced body 17 of the elastic module storage device 16, and the plurality of placement seats 5 are located on the same side of the spliced body 17, as mentioned above, in the second use state,
  • the spliced body 17 faces upward so that the lower surface can be used as a head supporting surface.
  • the elastic module storage device 16 when the elastic module storage device 16 is assembled into the elastic pad 14, the plurality of elastic modules 6 of the elastic pad 14 can be removed from the mounting seats 5 of each elastic module storage bracket and assembled into the elastic support layer 19, and then One or more elastic module storage devices 16 are transformed, for example, flipped to the second use state, so that the seat of each elastic module storage device is supported (for example, supported downward) on the corresponding elastic module, so that the lower surface of the spliced body faces upward. As the head supporting surface, in this way, the elastic module storage device will be higher than the remaining elastic modules. Then the cushion layer of the elastic pad can be laid on the elastic support layer and cover the elastic module storage device.
  • the headrest part can be formed on the cushion layer, so that the elastic cushion has a good head and body support function.
  • the head can be supported on the headrest part, which effectively improves the comfort of the elastic cushion. sex.
  • the cushion layer can be removed and folded, and the elastic module storage device can be transformed, for example, flipped to the first use state, and each elastic module can be removed and stacked and stacked in order to store them in their respective corresponding positions. It is placed on the base, so it is easy to store and transport the elastic pad, and effectively reduces the space occupied by the elastic pad when it is stored.
  • multiple base plates 2 can be independent components and can be spliced together to form the spliced body 17 , so that multiple mounting seats 5 are located on the same side of the spliced body 17 .
  • multiple base plates 2 are integrally formed so that the spliced body 17 is formed into one piece.
  • the integral component may be a strip plate, and along the length direction of the strip plate, a plurality of mounting seats 5 are spaced apart on one side of the strip plate to form a single row of mounting seats 5 .
  • multiple rows of placement seats 5 can be formed on the strip plate.
  • At least two spaced bottom plates 2 are provided with lifting straps 13 on opposite sides.
  • the opposite sides of the single piece are Lifting floors 13 are provided on both sides.
  • the lifting straps 13 on both sides can be bound together to secure the elastic modules.
  • the lifting strap 13 can also be lifted up to facilitate transportation.
  • each end of the spliced body 17 may be provided with a lifting strap 13, and the two ends of the lifting strap 13 may be connected to opposite sides of the base plate 2 respectively. In this way, the lifting straps 13 at the two ends can be tied together.
  • the spliced body 17 includes opposite long sides. On each long side of the spliced body 17 , the two ends of the lifting belt 13 are respectively detachably connected to the same long side and Keep the distance, that is, on each long side of the spliced body 17, the two ends of the lifting strap 13 are connected to the same side of the spliced body 17 and keep the distance. In this way, the lifting straps 13 on both sides of the base plate 2 can be bound together.
  • the lifting straps 13 on both sides of the spliced body 17 are configured to bind the folded cushion layer 15 of the elastic pad 14 between the lifting straps 13, for example, when When the elastic cushion needs to be stored, the cushion layer 15 can be gathered (for example, folded or rolled) to keep it in a folded state, and the gathered cushion layer 15 can be placed on the stacked multiple elastic module groups and located on the lifting belt 13 In this way, the lifting strap 13 can bind the cushion layer 15 and multiple stacked elastic module groups together to facilitate storage and transportation.
  • the lifting strap 13 may be a non-elastic strap, such as a canvas strap.
  • the lifting strap 13 may be an elastic strap, such as a rubber strap.
  • the present invention provides an elastic cushion 14.
  • the elastic cushion 14 includes a cushion layer 15, a headrest body 18 and a plurality of elastic modules 6, wherein a plurality of elastic modules 6 are provided.
  • the modules 6 can be spliced together along the transverse direction of the elastic pad to assemble the elastic support layer 19, and the headrest body 18 can be supported on a part of the elastic modules 6 and higher than the remaining elastic modules 6, that is, the headrest body 18
  • the height of the top surface is higher than that of the remaining elastic modules 6, and the cushion layer 15 can be fixedly laid on the headrest body 18 and the remaining elastic modules 6.
  • the headrest body 18 forms a headrest part on the cushion layer 15.
  • the elastic cushion 14 since the elastic cushion 14 includes a headrest body 18, and the headrest body 18 can be supported on a part of the elastic modules of the elastic support layer and is higher than the remaining elastic modules, the cushion layer 15 can be fixedly laid on On the headrest body 18 and the remaining elastic modules 6, in this way, the headrest part can be formed on the cushion layer 15 through the headrest body 18, so that the elastic cushion 14 has a good head and body support function, and the user When lying on the balance cushion 14, the head can be supported on the headrest, effectively improving the comfort of the elastic cushion.
  • the cushion layer 15 when the elastic pad 14 needs to be stored, the cushion layer 15 can be removed and folded, and each elastic module 6 can be folded (for example, nested and stacked in sequence). Therefore, the elastic pad 14 can be easily stored and transported, and the elasticity can be effectively reduced. Pad 14 takes up space when stored.
  • the elastic cushion 14 includes a stowed state.
  • the headrest body 18 is configured to allow the lowermost elastic module 6 of a plurality of elastic modules 6 nested and stacked in sequence to be placed on the headrest body 18, so that A plurality of elastic modules 6 that are nested and stacked in sequence are stored on the headrest body 18 , that is, a plurality of elastic modules 6 are nested and stacked in sequence, and the lowest elastic module 6 is set on the headrest body 18 .
  • multiple elastic modules 6 can be easily stored, and the space occupied by the elastic pad 14 when stored is effectively reduced.
  • the headrest body 18 can have multiple types.
  • the headrest body 18 in the first type of the headrest body 18, the headrest body 18 includes a headrest body 18 that can extend between adjacent elastic modules 6. Positioning portions in the intervals, in this way, the positioning portions can be extended into the intervals between adjacent elastic modules 6 , so that the headrest body 18 is arranged on the elastic support layer 19 and is higher than the remaining elastic modules 6 .
  • the headrest body 18 is a plurality of elastic module storage brackets 1 of any of the above first aspects, and each elastic module storage bracket 1 corresponds to a plurality of elastic modules 6; elastic pads 14 includes a stowed state and an unfolded state; in the stowed state, multiple elastic modules 6 corresponding to each elastic module storage bracket 1 are nested and stacked in sequence, and the lowermost elastic module 6 is placed on the placement seat 5, so that the elastic modules 6 are nested in sequence.
  • a plurality of stacked elastic modules 6 are stored on the corresponding elastic module storage bracket 1; in the unfolded state, all the elastic modules 6 are assembled into an elastic support layer 19, and the plurality of placement seats 5 are faced downward to be supported in a sequence on their respective On the corresponding elastic module 6, the plurality of bottom plates 2 face upward, so that the plurality of pillow units 7 are arranged to form a headrest body 18, and the headrest body 18 is higher than the remaining elastic modules 6, The cushion layer 15 is fixedly laid on the headrest body 18 and the remaining elastic modules 6 .
  • multiple elastic module storage brackets 1 can be supported on the corresponding elastic modules according to the required width and length of the headrest. 6 is used as the headrest body 18.
  • the cushion layer 15 is laid on the headrest body 18 and the remaining elastic modules 6, a headrest part of the required width and length is formed on the cushion layer 15, so that the headrest part can be configured as needed. Flexibly form the headrest.
  • the headrest body 18 is any elastic module storage device 16 in the second aspect above; the elastic pad 14 includes a storage state and an unfolded state; in the storage state, each elastic module The plurality of elastic modules 6 corresponding to the module storage bracket 1 are nested and stacked in sequence, and the lowermost elastic module 6 is placed on the placement seat 5, so that the plurality of elastic modules 6 nested and stacked in sequence are stored in the corresponding elastic module.
  • the required number of elastic module storage brackets 1 can be formed into an integral piece, and the integral piece can be supported on the corresponding elastic module 6 to serve as a headrest body. 18.
  • a headrest part of the required width and length is formed on the cushion layer 15, so that the headrest part can be flexibly formed according to needs.
  • the plurality of bottom plates 2 are spliced together, the plurality of elastic module storage brackets 1 can have mutual pulling and limiting functions, thereby significantly improving the stability of the headrest body 18 .
  • the elastic pad 14 may include a bottom layer, with a plurality of parallel spaced slide rails formed on the bottom layer, and multiple elastic modules 6 may be slid between adjacent slide rails. , thereby forming the elastic support layer 19.
  • the elastic pad 14 includes a plurality of elastic module units 20 , and each elastic module unit 20 includes a base plate 21 and a plurality of elastic modules disposed on the base plate 21 .
  • the elastic module 6 wherein the plurality of base plates 21 can be detachably spliced together along the transverse direction of the elastic pad, so that the plurality of elastic module units 20 are assembled into the elastic support layer 19 , so that through the plurality of elastic module units 20 Assembly can improve the assembly efficiency of the elastic support layer 19 and facilitate the quick storage of multiple elastic module units 20 .
  • the base plate 21 is not limited to the shape shown in FIG. 9 .
  • a plurality of elastic modules 6 form one row of elastic module groups, and two or three rows of elastic module groups can be provided on the base plate 21 .
  • the plurality of substrates 21 can be detachably spliced together in the lateral direction through various splicing methods, including but not limited to the splicing methods described below.
  • adjacent substrates 21 can be pasted together through Velcro.
  • adjacent substrates 21 can be spliced together using sliders and slide grooves. For example, a slider is formed on one of the adjacent substrates 21 and a corresponding slider is formed on the other substrate 21 . Through the sliding fit of the slide block and the slide groove, two adjacent substrates 21 can be spliced together.
  • adjacent substrates 21 can be spliced together through a snap-in structure.
  • the snap-in structure includes snaps and slots.
  • One of the adjacent substrates 21 has a snap on one of the substrates 21 and the other one has a snap.
  • Corresponding slots are formed on the substrate 21, and the buckles can be clamped into the slots to splice two adjacent substrates 21 together. Therefore, no matter what splicing method is adopted, as long as the adjacent substrates 21 can be detachably spliced together. Therefore, the present invention does not limit the specific splicing method.
  • a sleeve opening is formed on the base plate 21 , and each sleeve opening is provided with an elastic module 6 .
  • each sleeve opening is provided with an elastic module 6 .
  • multiple elastic modules 6 of an elastic module unit 20 can be worn.
  • multiple elastic module units 20 can be nested and stacked in sequence, thereby further improving the convenience of storage and reducing space occupation.
  • the outer edge of the cushion layer 15 and the bottom outer edge of the elastic support layer 19 are connected through an edge fastening structure 22.
  • the cushion layer 15 and the elastic support layer 19 can be connected.
  • the support layers 19 are firmly connected together to improve the stability of the headrest.
  • the edge of the lower surface of the cushion layer 15 has a stop ring 23 extending toward the elastic module 6.
  • the stop ring 23 and the elastic are connected by edge fastening structures 22 . In this way, after the stop ring 23 is tightened by the edge fastening structure 22, it can effectively limit the lateral movement of the elastic module 6 at the edge of the elastic support layer 19, thus improving the stability and comfort of the entire elastic pad.
  • the edge fastening structure 22 can be a side cloth, and the upper and lower edges of the side cloth can be connected to the outer edge of the cushion 15 (or the stop ring 23) and elasticity through a zipper structure.
  • the bottom outer edge of the support layer 19 (or substrate 21) is connected.
  • the edge fastening structure 22 allows the elastic pad 14 to form an elastic pad without sealing side panels, that is, the edge fastening structure 22 secures the outer edge of the cushion 15 (or the stop ring 23) and the bottom outer edge of the elastic support layer 19 (or the base plate 21) are connected, the sides of the elastic support layer 19 leak out, that is, the sides of the elastic support layer 19 can be observed from the outside, so , can effectively improve the breathability of the elastic pad 14 and prevent the inside of the elastic pad 14 from becoming damp and moldy, which is particularly beneficial in areas with a humid climate.
  • the edge fastening structure 22 can be of various types.
  • the edge fastening structure 22 can be a mesh body, the upper edge of the mesh body and the outer edge of the cushion 15 ( Or the stop ring 23) is connected, and the lower edge of the mesh body is connected to the bottom outer edge of the elastic support layer 19 (or the base plate 21).
  • the edge fastening structure 22 includes a releasably connected connecting cord 24.
  • the connection method of the connecting rope 24 is not limited to the connection method shown in the drawings. In addition to the connection method shown in the drawings, the connecting rope 24 can also have other connection methods.
  • a plurality of circumferential intervals are formed on the outer edge of the cushion 15 (or the stop ring 23).
  • a plurality of circumferentially spaced fixed buckles are formed on the bottom outer edge of the elastic support layer 19 (or the base plate 21). Multiple connecting buckles and multiple fixed buckles are alternately arranged.
  • the connecting rope 24 can extend up and down. , so as to wrap around each connecting buckle and fixed buckle in turn, so that The cushion layer 15 and the elastic support layer 19 are connected together.
  • a plurality of connecting ropes 24 arranged at circumferential intervals are formed on one of the cushion layer 15 and the elastic support layer 19 , and on the other of the cushion layer 15 and the elastic support layer 19 A plurality of corresponding fixing buckles are formed, so that each connecting rope 24 can be hung on its corresponding fixing buckle, thereby connecting the cushion layer 15 and the elastic support layer 19 together.
  • the cushion layer 15 includes a folded state, wherein the cushion layer 15 in the folded state is bound between the lifting straps 13 of the headrest body 18, thereby facilitating the storage of the elastic cushion. and storage.
  • the cushion layer 15 may include a plurality of detachably connected cushion blocks 25. When needed to be folded, the plurality of cushion blocks 25 can be disassembled and stacked in sequence.
  • the cushion layer 15 is a material layer that can be folded or rolled. In this way, the cushion layer 15 only needs to be folded or rolled to be folded.
  • the cushion layer 15 includes a plurality of cushion blocks 25 arranged in the length direction of the elastic pad, and adjacent cushion blocks 25 are separated by thinned soft sexual hinge connection. In this way, the cushion 15 can be folded more conveniently through the soft hinge portion.
  • the soft hinge part may have various types.
  • the soft hinge part may be a connecting cloth, or the soft hinge part may be formed on the cushion upper surface and/or the cushion lower surface of the cushion layer 15 and along the The groove 26 extends in the width direction of the elastic pad. In this way, through the groove 26, the folding or rolling of the cushion layer 15 can be facilitated, and the integral connection between the cushion blocks 25 can also be facilitated.
  • the elastic module 6 can be a spring module, a rubber module or a silicone module.
  • the elastic pad 14 can be used for any desired application.
  • the elastic pad 14 can be used as an outdoor pad and an indoor pad.
  • the elastic cushion 14 can be used as an elastic mattress, sofa cushion, chair cushion and bench cushion.
  • the present invention provides furniture, which includes any of the elastic pads 14 in the above third aspect.
  • the cost of the furniture can be reduced while having good stability and comfort, thereby improving the overall quality.
  • the present invention provides a method of using an elastic pad.
  • the method of using an elastic pad includes: when the elastic pad is unfolded, splicing multiple elastic modules together along the transverse direction of the elastic pad to assemble an elastic support layer, and
  • the headrest body transforms (for example, flips over) from the first use state to the second use state, and supports the seat of the headrest body on a part of the elastic module (for example, the seat is supported downward on a part of the elastic module), so that the headrest
  • the pillow body is higher than the remaining elastic modules, and the cushion layer is laid on the headrest body and the remaining elastic modules.
  • the headrest body makes the cushion layer form the headrest part; when the elastic cushion is folded, remove the cushion layer and the headrest body, and The headrest body is transformed (for example, flipped) to the first use state so that the seat of the headrest body faces upward, multiple elastic modules are nested and stacked in sequence, and the lowest elastic module is placed on the seat, so that Multiple elastic modules nested and stacked in sequence are stored on the headrest body.
  • the headrest part can be formed on the cushion through the headrest body, so that the elastic cushion has a good head and body support function.
  • the head can be supported on On the headrest, the comfort of the elastic cushion is effectively improved.
  • the cushion layer can be removed and folded, and each elastic module can be nested and stacked on the headrest body in sequence, which makes it easy to store and transport the elastic pad, and effectively reduces the time required to store the elastic pad. of occupied space.
  • the method of using the elastic pad includes folding or rolling the removed cushion layer when the elastic cushion is folded, and binding the folded or rolled cushion layer between the lifting straps of the headrest body. This way, lift straps hold the padding and stacked elastic modules together for easy storage and handling.

Landscapes

  • Mattresses And Other Support Structures For Chairs And Beds (AREA)

Abstract

本发明涉及弹性垫技术领域，公开了一种弹性模块收纳托架和收纳装置、弹性垫及其使用方法、家具。弹性模块收纳托架包括底板和安置座，底板包括上表面和下表面；安置座设置在上表面上；弹性模块收纳托架能够从第一使用状态变换到第二使用状态；第一使用状态，安置座允许依次嵌套叠放的多个弹性模块套在该安置座上；第二使用状态，安置座能够支撑在弹性模块上以使得弹性模块收纳托架作为枕部单元，下表面朝上作为枕部单元的头部承托面。弹性模块收纳托架组装成弹性垫时，使得弹性垫具有良好的头部和身体部支撑功能，以提升弹性垫的舒适性，同时便于搬运弹性垫，并有效降低弹性垫存放时的占用空间。

Description

弹性模块收纳托架和收纳装置、弹性垫及其使用方法、家具 技术领域
本发明涉及弹性垫技术领域，尤其是涉及一种弹性模块收纳托架，一种弹性模块收纳装置，一种弹性垫，一种家具和一种弹性垫使用方法。
背景技术
床具、沙发床等家具是人们生活中必不可少的组成部分。现有的床具、沙发床大部分都设置有弹性垫。弹性垫具有一定的弹性，人们躺在床具、沙发床上时，弹性垫可以提供一定的弹性支撑，相对于硬质垫具备一定舒适度。
现有的弹性垫通常是由底层、弹簧层、海绵叠加层和封闭侧围形成的一体式的、不可拆卸的、并且封闭的整体垫，也就是，弹簧层设置在底层上，海绵叠加层设置在弹簧层上，封闭侧围连接在海绵叠加层和底层之间，以形成封闭空间。然而，这种弹性垫的上表面目前都是平整的，当使用者躺在弹性垫上休息时，需要放置额外的枕头来支撑头部。另外，这样的弹性垫不仅成本较高，并且在实际使用中，稳定性较差，从而降低了舒适性，不便于搬运，且在存放时占用较大空间。
发明内容
针对以上现有技术中存在的至少一些问题，本发明的目的是使弹性垫具有良好的头部和身体部支撑功能，以提升弹性垫的舒适性，同时便于搬运弹性垫，并有效降低弹性垫存放时的占用空间。
为了实现上述目的，第一方面，本发明提供一种弹性模块收纳托架，所述弹性模块收纳托架包括底板和安置座，所述底板包括沿所述弹性模块收纳托架的高度方向相对设置的上表面和下表面；所述安置座设置在所述上表面上并在所述高度方向上延伸；其中，所 述弹性模块收纳托架能够从第一使用状态变换到第二使用状态；在所述第一使用状态，所述安置座被构造成允许依次嵌套叠放的多个弹性模块中位于最下面的弹性模块套装在该安置座上，使得依次嵌套叠放的多个弹性模块存放在所述弹性模块收纳托架上；在所述第二使用状态，所述弹性模块收纳托架能够以使所述安置座朝向多个所述弹性模块的方式放置在所述弹性模块上，使得所述弹性模块收纳托架能够用作为枕部单元，其中所述下表面朝上作为所述枕部单元的头部承托面。
在该技术方案中，由于弹性模块收纳托架包括底板和安置座，并且在第一使用状态，安置座被构造成(例如安置座朝上)允许依次嵌套叠放的多个弹性模块中最下面的弹性模块套装在安置座上以存放，在第二使用状态，弹性模块收纳托架放置在弹性模块上并使得下表面朝上作为枕部单元的头部承托面。因此，该弹性模块收纳托架在组装成弹性垫时，可以将弹性垫的多个弹性模块从各个弹性模块收纳托架的安置座上取下并组装成弹性支撑层，然后各个弹性模块收纳托架变换到第二使用状态，使得各个弹性模块收纳托架的安置座朝下并支撑在各自对应的弹性模块上，这样弹性模块收纳托架作为枕部单元，此时，底板的下表面朝上作为枕部单元的头部承托面，这样，枕部单元将高于剩余的弹性模块，然后可以将弹性垫的垫层铺设在弹性支撑层上并覆盖各个枕部单元，这样，通过各个枕部单元，就可以在垫层上形成头枕部，从而使弹性垫具有良好的头部和身体部支撑功能，使用者躺在平衡垫上时，头部可以支撑在头枕部上，有效提升弹性垫的舒适性。另外，当需要收纳弹性垫时，则可以将垫层取下收拢，并将各个弹性模块收纳托架变换到第一使用状态，将各个弹性模块取下并依次嵌套叠放存放在各自对应的安置座上，因此可以便于收纳、搬运弹性垫，并有效降低弹性垫存放时的占用空间。
一些实施方式中，所述安置座的顶部包括接合结构，所述接合结构被构造成能够与所述弹性模块的顶部接合以允许所述安置座支 撑在所述弹性模块上。
一些实施方式中，所述接合结构包括在所述安置座的顶部形成的凹部，所述凹部的形状与所述弹性模块的顶部的形状相匹配，从而使得在所述第二使用状态，所述凹部能够可靠地套装在所述弹性模块的顶部上。
一些实施方式中，所述安置座被设计成能够根据使用者对头枕高度的需求而调整高度。
一些实施方式中，所述安置座为框架结构。
一些实施方式中，所述安置座包括顶部体、设置在所述底板上的底部体和连接在所述顶部体和所述底部体之间多个支撑条，多个所述支撑条沿所述安置座的周向方向间隔布置，使得所述顶缘和所述底板保持预定间距。
一些实施方式中，每个所述支撑条包括至少两个依次连接并能够调整彼此之间的伸缩长度的条节段。
一些实施方式中，所述顶部体具有向内凹陷并朝向所述底部体延伸的凹部，以使得所述顶部体形成为能够套装在所述弹性模块的顶部上的筒状体，所述筒状体的壁面上形成有多个沿周向间隔设置的贯穿开口，每个所述贯穿开口从所述筒状体的侧壁延伸到所述筒状体的底壁上，其中，每个所述支撑条的一端连接在对应的一个所述贯穿开口的上侧口边沿处。
一些实施方式中，所述底板形成有贯穿所述底板的开孔，所述开孔通过径向延伸的连接条分隔为多个孔部分，其中，所述安置座设置在所述开孔的孔口边沿上。
一些实施方式中，所述底板还包括可拆卸地设置在底板相对的两侧的提拉带。
一些实施方式中，所述底板包括相对的长边侧，在每个所述长边侧，所述提拉带的两端分别可拆卸地连接于同一个所述长边侧并靠近长边侧的两端。
一些实施方式中，所述提拉带被构造成能够将弹性垫的处于收 拢状态的垫层束缚在所述提拉带之间。
第二方面，本发明提供一种弹性模块收纳装置，所述弹性模块收纳装置包括多个以上第一方面中任意所述的弹性模块收纳托架，其中，多个所述底板可拆卸地拼接在一起以形成拼接体，并且多个所述安置座位于所述拼接体的同一侧。
这样，由于多个底板可拆卸地拼接在一起以形成弹性模块收纳装置的拼接体，并且多个安置座位于拼接体的同一侧，如上所述的，在第二使用状态，拼接体朝上使得其下表面可以作为头部承托面。因此，该弹性模块收纳装置在组装成弹性垫时，可以将弹性垫的多个弹性模块从各个弹性模块收纳托架的安置座上取下并组装成弹性支撑层，然后一个或多个弹性模块收纳装置变换到第二使用状态，使得各个弹性模块收纳装置的安置座朝下并支撑在各自对应的弹性模块上，这样拼接体的下表面朝上作为头部承托面，这样，弹性模块收纳装置将高于剩余的弹性模块，然后可以将弹性垫的垫层铺设在弹性支撑层上并覆盖弹性模块收纳装置，这样，通过弹性模块收纳装置，就可以在垫层上形成头枕部，从而使弹性垫具有良好的头部和身体部支撑功能，使用者躺在平衡垫上时，头部可以支撑在头枕部上，有效提升弹性垫的舒适性。另外，当需要收纳弹性垫时，则可以将垫层取下收拢，并将弹性模块收纳装置变换到第一使用状态，将各个弹性模块取下并依次嵌套叠放并套装在各自对应的安置座上进行存放，因此可以便于收纳、搬运弹性垫，并有效降低弹性垫存放时的占用空间。
一些实施方式中，多个所述底板一体成型以使得所述拼接体成型为一体件。
一些实施方式中，至少两个间隔的所述底板相对的两侧设置有提拉带。
一些实施方式中，所述拼接体包括相对的长边侧，在所述拼接体的每个所述长边侧，所述提拉带的两端分别可拆卸地连接于同一个所述长边侧并保持间距。
一些实施方式中，两侧的所述提拉带被构造成能够将弹性垫的处于收拢状态的垫层束缚在所述提拉带之间。
第三方面，本发明提供一种弹性垫，所述弹性垫包括垫层、头枕体和多个弹性模块，其中，多个所述弹性模块能够沿着弹性垫的横向方向拼接在一起以组装成弹性支撑层，所述头枕体能够支撑在一部分所述弹性模块上，使得头枕体的顶面高度高于剩余的所述弹性模块，所述垫层能够固定铺设在所述头枕体和剩余的所述弹性模块上，所述头枕体使得所述垫层上形成头枕部。
在该技术方案中，由于弹性垫包括头枕体，并且头枕体能够支撑在弹性支撑层的一部分弹性模块上并高于剩余的弹性模块，而垫层则可以固定铺设在头枕体和剩余的弹性模块上，并且通过头枕体在垫层上形成头枕部，这样，可以使弹性垫具有良好的头部和身体部支撑功能，使用者躺在平衡垫上时，头部可以支撑在头枕部上，有效提升弹性垫的舒适性。另外，当需要收纳弹性垫时，则可以将垫层取下收拢，并将各个弹性模块收拢(例如依次嵌套叠放)，因此可以便于收纳、搬运弹性垫，并有效降低弹性垫存放时的占用空间。
一些实施方式中，所述弹性垫包括收纳状态，在所述收纳状态，多个所述弹性模块依次嵌套叠放，并且最下方的所述弹性模块套装在所述头枕体上。
一些实施方式中，所述头枕体为多个以上第一方面中任意的弹性模块收纳托架，每个所述弹性模块收纳托架对应有多个所述弹性模块；所述弹性垫包括收纳状态和展开状态；在所述收纳状态，每个所述弹性模块收纳托架对应的多个弹性模块依次嵌套叠放并且最下方的弹性模块套在所述安置座上，以使得依次嵌套叠放的多个弹性模块存放在对应的所述弹性模块收纳托架上；在所述展开状态，所有的弹性模块组装成所述弹性支撑层，多个所述安置座朝下以依次排列支撑在各自对应的弹性模块上，多个所述底板朝上，以使得多个所述枕部单元排列形成头枕体，并且所述头枕体高于剩余的所 述弹性模块，所述垫层固定铺设在所述头枕体和剩余的所述弹性模块上。
一些实施方式中，所述头枕体为以上第二方面中任意的弹性模块收纳装置；所述弹性垫包括收纳状态和展开状态；在所述收纳状态，每个所述弹性模块收纳托架对应的多个弹性模块依次嵌套叠放并且最下方的弹性模块套在所述安置座上，以使得依次嵌套叠放的多个弹性模块存放在对应的所述弹性模块收纳托架上；在所述展开状态，所有的弹性模块组装成所述弹性支撑层，并且多个所述安置座朝下支撑在各自对应的弹性模块上，所述拼接体朝上，以使得所述头枕体高于剩余的所述弹性模块，所述垫层固定铺设在所述头枕体和剩余的所述弹性模块上。
一些实施方式中，所述弹性垫包括多个弹性模块单元，每个所述弹性模块单元包括基板和设置在所述基板上的多个所述弹性模块，其中，多个所述基板能够沿着弹性垫的横向方向可拆卸地拼接在一起，以使得多个所述弹性模块单元组装成所述弹性支撑层。
一些实施方式中，所述垫层的外边缘和所述弹性支撑层的底部外边缘通过边缘紧固结构连接。
一些实施方式中，所述垫层的下表面的边缘位置处具有朝向所述弹性模块伸出的止挡圈，所述止挡圈和所述弹性支撑层的底部外边缘通过所述边缘紧固结构连接。
一些实施方式中，所述边缘紧固结构使得所述弹性垫形成无密封侧围的弹性垫。
一些实施方式中，所述边缘紧固结构包括能够释放地连接的连接绳。
一些实施方式中，所述垫层包括收拢状态，其中，处于收拢状态的所述垫层束缚在所述头枕体的提拉带之间。
一些实施方式中，所述垫层为能够折叠或卷绕的材料层。
一些实施方式中，所述垫层包括在弹性垫的长度方向上布置的多个垫块，相邻的所述垫块之间通过减薄的软性铰链部连接。
一些实施方式中，所述软性铰链部包括形成在所述垫层的垫层上表面和/或垫层下表面上并沿着弹性垫的宽度方向延伸的凹槽。
一些实施方式中，所述弹性垫作为弹性床垫。
第四方面，本发明提供一种家具，所述家具包括以上第三方面中任意所述的弹性垫。
此外，该家具包括但不限于床、沙发、椅子、沙发床、软包长凳等。
第五方面，本发明提供一种弹性垫使用方法，所述弹性垫使用方法包括：弹性垫展开时，将多个弹性模块沿着弹性垫的横向方向拼接在一起以组装成弹性支撑层，将头枕体从第一使用状态变换到第二使用状态，并将头枕体的安置座支撑在一部分弹性模块上，以使得头枕体高于剩余的弹性模块，将垫层铺设在头枕体和剩余的弹性模块上，头枕体使得垫层上形成头枕部；弹性垫收拢时，将垫层和头枕体取下，将头枕体变换第一使用状态，以使得头枕体的安置座朝上，将多个弹性模块依次嵌套叠放，并将最下方的弹性模块套在安置座上，使得依次嵌套叠放的多个弹性模块存放在头枕体上。
在该技术方案中，通过头枕体，就可以在垫层上形成头枕部，从而使弹性垫具有良好的头部和身体部支撑功能，使用者躺在平衡垫上时，头部可以支撑在头枕部上，有效提升弹性垫的舒适性。另外，当需要收纳弹性垫时，则可以将垫层取下收拢，并将各个弹性模块依次嵌套叠放在头枕体上，因此可以便于收纳、搬运弹性垫，并有效降低弹性垫存放时的占用空间。
一些实施方式中，所述弹性垫使用方法包括弹性垫收拢时，将取下的垫层折叠或卷绕，并将折叠或卷绕的垫层束缚在头枕体的提拉带之间。
显而易见，在以上单个实施方式中描述的元件或特征可以在其它实施方式中单独或组合使用。
附图说明
在附图中，尺寸和比例不代表实际产品的尺寸和比例。附图仅 仅是说明性的，并且为了清楚起见，省略了某些非必要的元件或特征。
图1是示例性地示出根据本发明的一种弹性模块收纳装置的立体结构示意图，其中，显示了多个根据本发明的一种弹性模块收纳托架。
图2是图1的弹性模块收纳装置在第二使用状态时支撑在多个弹性模块上的分解状态图。
图3是图2的存放状态图。
图4是图1的弹性模块收纳装置在第一使用状态时多个弹性模块存放在弹性模块收纳装置上的分解状态图。
图5是图4的存放状态图。
图6是示例性地示出根据本发明的另一种弹性模块收纳装置的立体结构示意图。
图7是依次嵌套叠放的多个弹性模块单元存放在图6的弹性模块收纳装置的分解状态图。
图8是图7的存放状态图。
图9是本发明提供的一种弹性垫的弹性模块单元的立体图。
图10是两个图9的弹性模块单元组装的示意图。
图11是图1的弹性模块收纳装置在第二使用状态时放置在本发明的弹性垫的弹性支撑层上的分解状态图。
图12是图11的放置状态图。
图13是本发明的弹性垫的垫层放置在弹性支撑层和弹性模块收纳装置上的分解状态图。
图14是图13的垫层处于收拢状态的俯视结构示意图。
图15是图13的垫层处于收拢状态的侧视结构示意图。
图16是图13的垫层和弹性支撑层连接以组装成的弹性垫的立体图。
图17是图16的侧视结构示意图。
附图标记说明
1-弹性模块收纳托架，2-底板，3-上表面，4-下表面，5-安置
座，6-弹性模块，7-枕部单元，8-凹部，9-顶部体，10-支撑条，11-开孔，12-连接条，13-提拉带，14-弹性垫，15-垫层，16-弹性模块收纳装置，17-拼接体，18-头枕体，19-弹性支撑层，20-弹性模块单元，21-基板，22-边缘紧固结构，23-止挡圈，24-连接绳，25-垫块，26-凹槽，27-底部体，28贯穿开口，29-侧壁，30-底壁，31-上侧口边沿。
具体实施方式
接下来将参照附图详细描述本发明的弹性垫和家具。这里所描述的仅仅是根据本发明的优选实施方式，本领域技术人员可以在所述优选实施方式的基础上想到能够实现本发明的其他方式，所述其他方式同样落入本发明的范围。
需要说明的是，虽然图1中显示了弹性模块收纳装置16，但是，一些实施方式中，图1的弹性模块收纳装置16可以通过六个本发明提供的弹性模块收纳托架1来形成，例如，将六个弹性模块收纳托架1的底板2一体成型为一体件。因此，图1的弹性模块收纳装置16可以分隔为六个相互独立的弹性模块收纳托架1，每个弹性模块收纳托架1包括一个底板2和其上的一个安置座5。但是，需要理解的是，本发明提供的弹性模块收纳托架1的一个底板2上的安置座5并不局限于一个，也就是，一个底板2上可以设置有一个安置座5，或者可以设置有多个(例如两个或三个)间隔的安置座5。
因此，第一方面，参考图1-图5、图8、图16和图17，本发明提供的弹性模块收纳托架1包括底板2和安置座5，其中，底板2包括沿弹性模块收纳托架1的高度方向相对设置的上表面3和下表面4；安置座5设置在上表面上并在高度方向上延伸，例如，安置座5可以为单独的部件并连接在上表面4上，或者，安置座5可以和底板2一体成型为一体件；其中，弹性模块收纳托架1能够从第一使用状态(图1)变换(例如翻转或以其他方式比如安置座5在高度方 向上升降的方式变换)到第二使用状态(图2)；其中，在第一使用状态，安置座5被构造成允许依次嵌套叠放的多个弹性模块6中位于最下面的弹性模块6套装在该安置座5上，使得依次嵌套叠放的多个弹性模块6存放在弹性模块收纳托架1上；在第二使用状态，弹性模块收纳托架1能够以使安置座5朝向多个弹性模块6的方式放置在弹性模块6上，例如安置座5朝下以允许安置座5能够支撑在弹性模块6上，使得弹性模块收纳托架1能够用作为枕部单元7，下表面4朝上作为枕部单元7的头部承托面。
在该弹性模块收纳托架1中，由于弹性模块收纳托架1包括底板2和安置座5，并且能够在第一使用状态和第二使用状态之间变换例如翻转，而在第一使用状态，安置座5允许依次嵌套叠放的多个弹性模块6中最下面的弹性模块套装在安置座上以存放，在第二使用状态，弹性模块收纳托架1放置在弹性模块6上并使得下表面4朝上作为枕部单元7的头部承托面。因此，该弹性模块收纳托架1在组装成弹性垫14时，可以将弹性垫14的多个弹性模块6从各个弹性模块收纳托架1的安置座5上取下并组装成弹性支撑层19，然后各个弹性模块收纳托架1变化例如翻转到第二使用状态，使得各个弹性模块收纳托架1的安置座5支撑(例如朝下并支撑)在各自对应的弹性模块6上，这样弹性模块收纳托架1作为枕部单元7，此时，底板2的下表面4朝上作为枕部单元7的头部承托面，这样，枕部单元7将高于弹性支撑层19的剩余的弹性模块6，然后可以将弹性垫14的垫层15铺设在弹性支撑层19上并覆盖各个枕部单元7，这样，通过各个枕部单元7(例如各个枕部单元7依次排列布置)，就可以在垫层15上形成凸起的头枕部，从而使弹性垫14具有良好的头部和身体部支撑功能，使用者躺在平衡垫14上时，头部可以支撑在头枕部上，有效提升弹性垫的舒适性。另外，当需要收纳弹性垫14时，则可以将垫层15取下收拢，并将各个弹性模块收纳托架1变换例如翻转到第一使用状态，将各个弹性模块6取下并依次嵌套叠放存放在各自对应的安置座5上，因此可以便于收纳、搬运弹性 垫，并有效降低弹性垫14存放时的占用空间。
在该弹性模块收纳托架1中，一些实施方式中，在第二使用状态，安置座5可以直接放置并支撑在弹性模块6上，当弹性垫14的垫层15和弹性支撑层19连接时可以将弹性模块收纳托架1夹紧定位在弹性模块6上。另一些实施方式中，参考图1、图2和图3，安置座5的顶部包括接合结构，接合结构被构造成能够与弹性模块6的顶部接合以允许安置座5通过接合结构稳定可靠地支撑在弹性模块6上，这样，在第二使用状态时，通过该接合结构与弹性模块6的顶部进行接合，可以进一步提升弹性模块收纳托架1支撑在弹性模块6上的稳定性和可靠性。
另外，接合结构可以具有多种类型，接合结构只要能够与弹性模块6的顶部进行接合即可。例如，一些实施方式中，接合结构可以为魔术贴，该魔术贴可以与弹性模块6的顶部表面进行粘贴。进一步地，弹性模块6的顶部表面上也可以设置魔术贴，这样，两个魔术贴可以粘贴，以进一步提升弹性模块收纳托架1支撑在弹性模块6上的稳定性和可靠性。另一些实施方式中，接合结构可以为凸起，例如圆形凸起，该凸起可以配合在弹性模块6的顶部的凹部中，这同样可以提升弹性模块收纳托架1支撑在弹性模块6上的稳定性和可靠性。其他实施方式中，参考图1-图3，接合结构包括在安置座5的顶部(例如顶表面)上形成的凹部8，凹部8的形状与弹性模块6的顶部的形状相匹配，从而使得在第二使用状态，凹部8能够可靠地套装在弹性模块6的顶部上。这样，可以使得凹部8直接位于安置座5的内部，从而减小了安置座5的体积，同时可以直接利用弹性模块6的顶部轮廓形状来接合凹部8，使得弹性模块6的顶部直接位于安置座5的凹部8内，以进一步提升弹性模块收纳托架1支撑在弹性模块6上的稳定性和可靠性。
另外，一些实施方式中，安置座5可以具有固定的高度，这样，头枕部可以适用于使用者对头部支撑的固定高度需求。另一些实施方式中，安置座5的高度能够调整，也就是，安置座5被设计成能 够根据使用者对头枕高度的需求而调整高度，这样，同一使用者可以根据不同阶段的使用需求来调整头枕部的高度，另外，不用的使用者也可以根据自身的不同需求来调整头枕部的高度，从而提升舒适性。当需要调节头枕部的高度时，使用者可以在头枕部处，将垫层15与弹性支撑层19脱离，然后将安置座5的高度调整到所需高度，再将垫层15与弹性支撑层19连接即可。
另外，可以通过多种调整方式来调整安置座5的高度，例如，一种调整方式中，安置座5可以包括多个(例如两个或三个)依次嵌套并能够伸缩到所需位置的套筒，这样，通过将套筒伸缩到所需位置，从而调整安置座5的高度。另一种调整方式中，可以通过下文提到的支撑条10来调整安置座5的高度(下文中将详细说明)。
另外，一些实施方式中，安置座5可以是实心体，例如可以为实心的圆形锥台。另一些实施方式中，安置座5为框架结构，这样，框架结构可以使得安置座5形成为非实心体，也就是在安置座5的内部形成空腔，从而有效降低弹性模块收纳托架1的整体重量，另外，通过框架结构的相互连接的支撑结构，可以在降低重量的同时提升弹性模块收纳托架1的整体强度。
另外，框架结构可以具有多种结构类型，例如，一些实施方式中，安置座5包括多个L形支撑条，多个L形支撑条倒置在底板2上，也就是，多个L形支撑条的短边的末端连接在一起并位于中心位置，多个L形支撑条的长边周向间隔布置并连接在底板2上，以使得多个L形支撑条呈放射状分布，这样，多个L形支撑条和底板2之间围成内部空腔，从而使得安置座5形成为框架结构。另一些实施方式中，参考图1，安置座5包括顶部体9、设置在底板2上的底部体27和连接在顶部体9和底部体之间多个支撑条10，多个支撑条10沿安置座5的周向方向间隔布置，使得顶缘9和底板2保持预定间距，这样，顶部体9、底部体27和多个支撑条10形成为框架结构。其他实施方式中，安置座5包括顶部体9和多个周向间隔布置的支撑条10，其中，多个支撑条10的一端连接于底板2，多个支撑条10 的另一端连接于顶部体9，以使得顶部体9和底板2保持预定间距。这样，可以在顶部体9、多个支撑条10和底板2之间形成内部空腔，从而使得安置座5形成为框架结构。
另外，一些实施方式中，多个支撑条10中，每个支撑条10的长度固定不变，这样，头枕部可以适用于使用者的对头部支撑的固定高度需求。另一些实施方式中，每个支撑条10包括至少两个依次连接并能够调整彼此之间的伸缩长度的条节段，这样，通过对条节段进行伸缩调整，可以调整安置座5的高度，如上文提到的。这样，同一使用者可以根据不同阶段的使用需求来调整头枕部的高度，另外，不用的使用者也可以根据自身的不同需求来调整头枕部的高度，从而提升舒适性。
另外，一些实施方式中，顶部体9的顶部表面形成为平直表面。或者，另一些实施方式中，参考图1，顶部体9具有向内凹陷并朝向底部体延伸的凹部8，以使得顶部体9形成为能够套装在弹性模块6的顶部上的筒状体，这样，在第二使用状态，凹部8用于套装在弹性模块6的顶部上，这样，可以使得凹部8直接位于安置座5的内部，从而减小了安置座5的体积，同时可以直接利用弹性模块6的顶部轮廓形状，使得弹性模块6的顶部直接位于安置座5的顶表面的凹部8内，以进一步提升弹性模块收纳托架1支撑在弹性模块6上的稳定性和可靠性。筒状体的壁面上形成有多个沿周向间隔设置的贯穿开口28，每个贯穿开口从筒状体的侧壁29延伸到筒状体的底壁30上，其中，每个支撑条10的一端连接在对应的一个贯穿开口的上侧口边沿31处，也就是，在径向方向，每个支撑条10的一端位于其对应的一个贯穿开口中，这样，支撑条10的一端可以对贯穿开口的上侧口边沿进行支撑，从而能够显著提升顶部体9的自身强度，提升头枕部的稳定性和可靠性。
另外，一些实施例中，参考图1，底板2形成有贯穿底板2的开孔11，也就是，底板2包括贯穿上表面3和下表面4的开孔11，开孔11通过径向延伸的连接条12分隔为多个孔部分，其中，安置座5 设置在开孔11的孔口边沿上，也就是，开孔11中设置有径向延伸的连接条12，安置座5围绕开孔11的孔口边沿设置。这样，开孔11可以降低底板2的重量，连接条12则可以提升头枕部的支撑性能。另外，连接条12可以为一条或多条。例如，多个连接条12可以交叉布置以形成为网状结构，或者多个连接条12可以间隔平行布置，或者多个连接条12的一端可以连接于开孔11的中心点处，并呈放射状散开。
另外，一些实施方式中，参考图6，图7和图8，底板2还包括可拆卸地设置在底板相对的两侧的提拉带13。这样，弹性模块组(也就是依次嵌套叠放的多个弹性模块)套装在安置座5上后，可以将两侧的提拉带13束缚在一起，以对存放在弹性模块收纳托架1上的弹性模块组进行束缚，同时还可以提起提拉带13，以便于搬运。
另外，一些实施方式中，底板2的每个端部可以设置一个提拉带13，并且该一个提拉带13的两端可以分别连接在底板2相对的两侧。这样，底板2的两个端部处的提拉带13可以束缚在一起。另一些实施方式中，参考图6，底板2包括相对的长边侧，在每个长边侧，提拉带13的两端分别可拆卸地连接于同一个长边侧并靠近长边侧的两端，也就是，在底板2的每一个长边侧，提拉带13的两端连接于底板2的同一侧并保持间距。这样，底板2两侧的提拉带13可以束缚在一起。
另外，一些实施方式中，两侧的提拉带13构造成能够将弹性垫14的处于收拢状态的垫层15束缚在提拉带13之间，例如，当弹性垫需要收纳时，可以将垫层15收拢(例如折叠或者卷绕)以使其处于收拢状态，并将收拢的垫层15放在叠放的弹性模块上并位于提拉带13之间，这样，提拉带13就可以将垫层15和叠放的弹性模块束缚在一起，以便于存放和搬运。
另外，提拉带13可以为非弹性带，例如帆布带。或者，提拉带13可以为弹性带，例如橡胶带。
第二方面，参考图1-图5、图8、图16和图17，本发明提供一 种弹性模块收纳装置16，该弹性模块收纳装置16包括多个以上第一方面中任意的弹性模块收纳托架1，其中，多个底板2可拆卸地拼接在一起以形成拼接体17，并且多个安置座5位于拼接体17的同一侧。
这样，由于多个底板2可拆卸地拼接在一起以形成弹性模块收纳装置16的拼接体17，并且多个安置座5位于拼接体17的同一侧，如上所述的，在第二使用状态，拼接体17朝上使得下表面可以作为头部承托面。因此，该弹性模块收纳装置16在组装成弹性垫14时，可以将弹性垫14的多个弹性模块6从各个弹性模块收纳托架的安置座5上取下并组装成弹性支撑层19，然后一个或多个弹性模块收纳装置16变换例如翻转到第二使用状态，使得各个弹性模块收纳装置的安置座支撑(例如朝下支撑)在各自对应的弹性模块上，这样拼接体的下表面朝上作为头部承托面，这样，弹性模块收纳装置将高于剩余的弹性模块，然后可以将弹性垫的垫层铺设在弹性支撑层上并覆盖弹性模块收纳装置，这样，通过弹性模块收纳装置，就可以在垫层上形成头枕部，从而使弹性垫具有良好的头部和身体部支撑功能，使用者躺在平衡垫上时，头部可以支撑在头枕部上，有效提升弹性垫的舒适性。另外，当需要收纳弹性垫时，则可以将垫层取下收拢，并将弹性模块收纳装置变换例如翻转到第一使用状态，将各个弹性模块取下并依次嵌套叠放存放在各自对应的安置座上，因此可以便于收纳、搬运弹性垫，并有效降低弹性垫存放时的占用空间。
一些实施方式中，如上所述的，多个底板2可以为相互独立的部件，并可以拼接在一起以形成拼接体17，从而使得多个安置座5位于拼接体17的同一侧。
另一些实施方式中，参考图1，多个底板2一体成型以使得拼接体17成型为一体件。这样，一体件上就具有多个安置座5。例如，一些实施方式中，一体件可以为条形板，沿着该条形板的长度方向，多个安置座5间隔地设置在条形板的一侧板面上以形成单行的安置座5。当然，如果需要，可以在条形板上形成有多行安置座5。
另外，一些实施方式中，参考图6，图7和图8，至少两个间隔的底板2相对的两侧设置有提拉带13，当拼接体17成型为一体件时，一体件的相对的两侧设置有提拉地13。这样，多个弹性模块组(也就是依次嵌套叠放的多个弹性模块)分别套装在各自对应的安置座5上后，可以将两侧的提拉带13束缚在一起，以对弹性模块组进行束缚，同时还可以提起提拉带13，以便于搬运。
另外，一些实施方式中，拼接体17(或者一体件)的每个端部可以设置一个提拉带13，并且该一个提拉带13的两端可以分别连接在底板2相对的两侧。这样，两个端部处的提拉带13可以束缚在一起。另一些实施方式中，参考图6，拼接体17包括相对的长边侧，在拼接体17的每个长边侧，提拉带13的两端分别可拆卸地连接于同一个长边侧并保持间距，也就是，在拼接体17的每一个长边侧，提拉带13的两端连接于拼接体17的同一侧并保持间距。这样，底板2两侧的提拉带13可以束缚在一起。
另外，一些实施方式中，拼接体17(或者一体件)两侧的提拉带13被构造成能够将弹性垫14的处于收拢状态的垫层15束缚在提拉带13之间，例如，当弹性垫需要收纳时，可以将垫层15收拢(例如折叠或者卷绕)以使其处于收拢状态，并将收拢的垫层15放在叠放的多个弹性模块组上并位于提拉带13之间，这样，提拉带13就可以将垫层15和多个叠放的弹性模块组束缚在一起，以便于存放和搬运。另外，提拉带13可以为非弹性带，例如帆布带。或者，提拉带13可以为弹性带，例如橡胶带。
第三方面，本发明提供一种弹性垫14，参考图11-图13、图16和图17，弹性垫14包括垫层15、头枕体18和多个弹性模块6，其中，多个弹性模块6能够沿着弹性垫的横向方向拼接在一起以组装成弹性支撑层19，头枕体18能够支撑在一部分弹性模块6上并高于剩余的弹性模块6，也就是，头枕体18的顶面高度高于剩余的弹性模块6，垫层15能够固定铺设在头枕体18和剩余的弹性模块6上，头枕体18使得垫层15上形成头枕部。
在该弹性垫14中，由于弹性垫14包括头枕体18，并且头枕体18能够支撑在弹性支撑层的一部分弹性模块上并高于剩余的弹性模块，而垫层15则可以固定铺设在头枕体18和剩余的弹性模块6上，这样，通过头枕体18，就可以在垫层15上形成头枕部，从而使弹性垫14具有良好的头部和身体部支撑功能，使用者躺在平衡垫14上时，头部可以支撑在头枕部上，有效提升弹性垫的舒适性。另外，当需要收纳弹性垫14时，则可以将垫层15取下收拢，并将各个弹性模块6收拢(例如依次嵌套叠放)，因此可以便于收纳、搬运弹性垫14，并有效降低弹性垫14存放时的占用空间。
一些实施方式中，弹性垫14包括收纳状态，在收纳状态，头枕体18构造成允许依次嵌套叠放的多个弹性模块6中最下方的弹性模块6套在头枕体18上，使得依次嵌套叠放的多个弹性模块6存放在头枕体18上，也就是，多个弹性模块6依次嵌套叠放，并且最下方的弹性模块6套装在头枕体18上。这样，可以便于收纳多个弹性模块6，也有效降低弹性垫14存放时的占用空间。
另外，在该弹性垫14中，头枕体18可以具有多种类型，例如，头枕体18的第一种类型中，头枕体18包括能够伸入到相邻的弹性模块6之间的间隔中的定位部，这样，可以将定位部伸入到相邻的弹性模块6之间的间隔中，从而将头枕体18设置在弹性支撑层19上并高于剩余的弹性模块6。
头枕体18的第二种类型中，头枕体18为多个以上第一方面中任意的弹性模块收纳托架1，每个弹性模块收纳托架1对应有多个弹性模块6；弹性垫14包括收纳状态和展开状态；在收纳状态，每个弹性模块收纳托架1对应的多个弹性模块6依次嵌套叠放并且最下方的弹性模块6套在安置座5上，以使得依次嵌套叠放的多个弹性模块6存放在对应的弹性模块收纳托架1上；在展开状态，所有的弹性模块6组装成弹性支撑层19，多个安置座5朝下以依次排列支撑在各自对应的弹性模块6上，多个底板2朝上，以使得多个枕部单元7排列形成头枕体18，并且头枕体18高于剩余的弹性模块6， 垫层15固定铺设在头枕体18和剩余的弹性模块6上。这样，多个弹性模块6沿着弹性垫的横向方向拼接形成弹性支撑层19后，根据头枕部所需的宽度和长度，可以将多个弹性模块收纳托架1分别支撑在对应的弹性模块6上以作为头枕体18，当垫层15铺设在头枕体18和剩余的弹性模块6上后，垫层15上就形成所需宽度和长度的头枕部，从而可以根据所需来灵活地形成头枕部。
头枕体18的第三种类型中，参考图11，头枕体18为以上第二方面中任意的弹性模块收纳装置16；弹性垫14包括收纳状态和展开状态；在收纳状态，每个弹性模块收纳托架1对应的多个弹性模块6依次嵌套叠放并且最下方的弹性模块6套在安置座5上，以使得依次嵌套叠放的多个弹性模块6存放在对应的弹性模块收纳托架1上；在展开状态，所有的弹性模块6组装成弹性支撑层19，并且多个安置座5朝下支撑在各自对应的弹性模块6上，拼接体17朝上，以使得头枕体18高于剩余的弹性模块6，垫层15固定铺设在头枕体18和剩余的弹性模块6上。这样，多个弹性模块6沿着弹性垫的横向方向拼接形成弹性支撑层19后，根据头枕部所需的宽度和长度，可以将所需数量的弹性模块收纳托架1的底板2拼接在一起以形成拼接体17，这样，通过拼接体17，可以将所需数量的弹性模块收纳托架1形成为一个整体件，并将该整体件支撑在对应的弹性模块6上以作为头枕体18，当垫层15铺设在头枕体18和剩余的弹性模块6上后，垫层15上就形成所需宽度和长度的头枕部，从而可以根据所需来灵活地形成头枕部。在该第三种类型中，由于多个底板2拼接在一起，因此可以使得多个弹性模块收纳托架1之间具有相互的拉扯限位作用，从而显著提升头枕体18的稳定性。
另外，在该弹性垫14中，一些实施方式中，弹性垫14可以包括底部层，底部层上形成有多个平行间隔的滑轨，相邻的滑轨之间可以滑入多个弹性模块6，从而形成弹性支撑层19。另一些实施方式中，参考图9、图10和图11，弹性垫14包括多个弹性模块单元20，每个弹性模块单元20包括基板21和设置在基板21上的多个弹 性模块6，其中，多个基板21能够沿着弹性垫的横向方向可拆卸地拼接在一起，以使得多个弹性模块单元20组装成弹性支撑层19，这样，通过多个弹性模块单元20的组装，可以提升弹性支撑层19的组装效率，也便于多个弹性模块单元20的快速收纳。另外，基板21并不局限于图9中所示的形状，例如，多个弹性模块6形成一排弹性模块组，基板21上可以设置有两排或三排弹性模块组。
另外，多个基板21可以通过多种拼接方式在横向方向上可拆卸地拼接在一起，拼接方式包括但并不限于以下说明的几种拼接方式。例如，一些拼接方式中，相邻的基板21可以通过魔术贴粘贴在一起。或者，一些拼接方式中，相邻的基板21可以滑块和滑槽的方式拼接在一起，例如，相邻的基板21的一个基板21上形成有滑块，另一个基板21上形成有对应的滑槽，通过滑块和滑槽的滑动配合，可以将相邻的两个基板21拼接在一起。或者，一些拼接方式中，相邻的基板21可以通过卡接结构拼接在一起，例如，卡接结构包括卡扣和卡槽，相邻的基板21的一个基板21上形成有卡扣，另一个基板21上形成有对应的卡槽，卡扣可以卡接到卡槽内，以将相邻的两个基板21拼接在一起。因此，不论采用何种拼接方式，只要能够实现相邻的基板21可拆卸地拼接在一起即可。因此，本发明并不对具体的拼接方式作出限定。
另外，一些实施方式中，参考图9，基板21上形成有套装开口，每个套装开口对应设置有一个弹性模块6，这样，参考图7，一个弹性模块单元20的多个弹性模块6可以穿过另一个弹性模块单元20的套装开口而伸入到弹性模块6内，从而可以将多个弹性模块单元20依次嵌套叠放，从而更进一步提升收纳的便捷性，降低了空间占用。
另外，一些实施方式中，参考图13，垫层15的外边缘和弹性支撑层19的底部外边缘通过边缘紧固结构22连接，这样，通过边缘紧固结构22，可以将垫层15和弹性支撑层19紧固连接在一起，从而提升头枕部的平稳性。
另外，一些实施方式中，为了提升各个弹性模块6的平稳性，参考图13，垫层15的下表面的边缘位置处具有朝向弹性模块6伸出的止挡圈23，止挡圈23和弹性支撑层19的底部外边缘通过边缘紧固结构22连接。这样，止挡圈23通过边缘紧固结构22绷紧后，可以有效地限制弹性支撑层19的边缘处的弹性模块6横向移动，从而提升了整个弹性垫的平稳性和舒适性。
另外，一些实施方式中，边缘紧固结构22可以为侧围布，该侧围布的上边缘和下边缘处可以分别通过拉链结构与垫层15的外边缘(或者止挡圈23)和弹性支撑层19的底部外边缘(或者基板21)连接。
另外，一些实施方式中，参考图13、图16和图17，边缘紧固结构22使得弹性垫14形成无密封侧围的弹性垫，也就是，边缘紧固结构22将垫层15的外边缘(或者止挡圈23)和弹性支撑层19的底部外边缘(或者基板21)连接后，弹性支撑层19的侧部外漏，也就是从外部可以观察到弹性支撑层19的侧部，这样，可以有效地提升该弹性垫14的通气性，避免弹性垫14的内部发潮发霉，这在气候湿润的地区尤为有利。
另外，边缘紧固结构22可以具有多种类型，例如，边缘紧固结构22的一种类型中，边缘紧固结构22可以为网体，该网体的上边缘和垫层15的外边缘(或者止挡圈23)连接，网体的下边缘和弹性支撑层19的底部外边缘(或者基板21)连接。再例如，边缘紧固结构22的另一种类型中，参考图13、图16和图17，边缘紧固结构22包括能够释放地连接的连接绳24。在此需要说明的是，连接绳24的连接方式并不局限于附图中所示的连接方式。除了附图中显示的连接方式之外，连接绳24还可以具有其他连接方式，例如，一种连接方式中，垫层15的外边缘(或者止挡圈23)上形成有多个周向间隔的连接扣，弹性支撑层19的底部外边缘(或者基板21)上形成有多个周向间隔的固定扣，多个连接扣和多个固定扣交替布置，此时，连接绳24可以上下延伸，以依次绕在每个连接扣和固定扣上，从而 将垫层15和弹性支撑层19连接在一起。再例如，另一种连接方式中，垫层15和弹性支撑层19中的一者上形成有多个周向间隔布置的连接绳24，垫层15和弹性支撑层19中的另一者上形成有多个对应的固定扣，这样，每个连接绳24可以挂在各自对应的固定扣上，从而将垫层15和弹性支撑层19连接在一起。
另外，一些实施方式中，参考图14和图15，垫层15包括收拢状态，其中，处于收拢状态的垫层15束缚在头枕体18的提拉带13之间，从而便于弹性垫的收纳和存放。
另外，一些实施方式中，垫层15可以包括可拆卸连接的多个垫块25，当需要收拢时，将多个垫块25拆卸并依次叠放即可。另一些实施方式中，参考图15，垫层15为能够折叠或卷绕的材料层，这样，只需要将垫层15折叠或卷绕即可收拢。
另外，为了进一步便于垫层15的折叠或卷绕，参考图13，垫层15包括在弹性垫的长度方向上布置的多个垫块25，相邻的垫块25之间通过减薄的软性铰链部连接。这样，通过软性铰链部，可以更便捷地收拢垫层15。
此外，软性铰链部可以具有多种类型，例如，软性铰链部可以为连接布，或者，软性铰链部包括形成在垫层15的垫层上表面和/或垫层下表面上并沿着弹性垫的宽度方向延伸的凹槽26，这样，通过凹槽26，即可以便于垫层15的折叠或卷绕，也便于垫块25之间的一体连接。
另外，弹性模块6可以为弹簧模块、橡胶模块或硅胶模块。
另外，该弹性垫14可以作为任何所需的应用。例如，弹性垫14可以用作户外垫和室内垫。例如，弹性垫14可以作为弹性床垫、沙发垫、椅子垫和长凳垫。
第四方面，本发明提供一种家具，该家具包括以上第三方面中任意的弹性垫14。这样，如上所述的，通过该弹性垫14，该家具成本降低的同时能够具有良好的平稳性和舒适度，从而提升了整体品质。
第五方面，本发明提供一种弹性垫使用方法，所述弹性垫使用方法包括：弹性垫展开时，将多个弹性模块沿着弹性垫的横向方向拼接在一起以组装成弹性支撑层，将头枕体从第一使用状态变换(例如翻转)到第二使用状态，并将头枕体的安置座支撑在一部分弹性模块上(例如安置座朝下支撑在一部分弹性模块上)，以使得头枕体高于剩余的弹性模块，将垫层铺设在头枕体和剩余的弹性模块上，头枕体使得垫层形成头枕部；弹性垫收拢时，将垫层和头枕体取下，将头枕体变换(例如翻转)到第一使用状态，以使得头枕体的安置座朝上，将多个弹性模块依次嵌套叠放，并将最下方的弹性模块套在安置座上，使得依次嵌套叠放的多个弹性模块存放在头枕体上。
在该技术方案中，通过头枕体，就可以在垫层上形成头枕部，从而使弹性垫具有良好的头部和身体部支撑功能，使用者躺在平衡垫上时，头部可以支撑在头枕部上，有效提升弹性垫的舒适性。另外，当需要收纳弹性垫时，则可以将垫层取下收拢，并将各个弹性模块依次嵌套叠放在头枕体上，因此可以便于收纳、搬运弹性垫，并有效降低弹性垫存放时的占用空间。
一些实施方式中，所述弹性垫使用方法包括弹性垫收拢时，将取下的垫层折叠或卷绕，并将折叠或卷绕的垫层束缚在头枕体的提拉带之间。这样，提拉带就可以将垫层和叠放的弹性模块束缚在一起，以便于存放和搬运。
本发明的保护范围仅由权利要求限定。得益于本发明的教导，本领域技术人员容易认识到可将本发明所公开结构的替代结构作为可行的替代实施方式，并且可将本发明所公开的实施方式进行组合以产生新的实施方式，它们同样落入所附权利要求书的范围内。

Claims (34)

  1. 一种弹性模块收纳托架，其特征在于，所述弹性模块收纳托架(1)包括：
    底板(2)，所述底板(2)包括沿所述弹性模块收纳托架的高度方向相对设置的上表面(3)和下表面(4)；
    安置座(5)，所述安置座(5)设置在所述上表面上并在所述高度方向上延伸；
    其中，所述弹性模块收纳托架(1)能够从第一使用状态变换到第二使用状态；
    在所述第一使用状态，所述安置座(5)被构造成允许依次嵌套叠放的多个弹性模块(6)中位于最下面的弹性模块(6)套装在所述安置座(5)上，使得依次嵌套叠放的弹性模块(6)存放在所述弹性模块收纳托架(1)上；
    在所述第二使用状态，所述弹性模块收纳托架(1)能够以使所述安置座(5)朝向多个所述弹性模块(6)的方式放置在所述弹性模块(6)上，使得所述弹性模块收纳托架(1)能够用作为枕部单元(7)，其中所述下表面(4)朝上作为所述枕部单元(7)的头部承托面。
  2. 根据权利要求1所述的弹性模块收纳托架，其特征在于，所述安置座(5)的顶部包括接合结构，所述接合结构被构造成能够与所述弹性模块(6)的顶部接合以允许所述安置座(5)支撑在所述弹性模块(6)上。
  3. 根据权利要求2所述的弹性模块收纳托架，其特征在于，所述接合结构包括在所述安置座(5)的顶部形成的凹部(8)，所述凹部(8)的形状与所述弹性模块(6)的顶部的形状相匹配，从而使得在所述第二使用状态，所述凹部(8)能够可靠地套装在所述弹 性模块(6)的顶部上。
  4. 根据权利要求1所述的弹性模块收纳托架，其特征在于，所述安置座(5)被设计成能够根据使用者对头枕高度的需求而调整高度。
  5. 根据权利要求1-4中任意一项所述的弹性模块收纳托架，其特征在于，所述安置座(5)为框架结构。
  6. 根据权利要求5所述的弹性模块收纳托架，其特征在于，所述安置座(5)包括顶部体(9)、设置在所述底板(2)上的底部体(27)和连接在所述顶部体(9)和所述底部体之间多个支撑条(10)，多个所述支撑条(10)沿所述安置座(5)的周向方向间隔布置，使得所述顶缘(9)和所述底板(2)保持预定间距。
  7. 根据权利要求6所述的弹性模块收纳托架，其特征在于，每个所述支撑条(10)包括至少两个依次连接并能够调整彼此之间的伸缩长度的条节段。
  8. 根据权利要求6所述的弹性模块收纳托架，其特征在于，所述顶部体(9)具有向内凹陷并朝向所述底部体延伸的凹部(8)，以使得所述顶部体(9)形成为能够套装在所述弹性模块(6)的顶部上的筒状体，所述筒状体的壁面上形成有多个沿周向间隔设置的贯穿开口(28)，每个所述贯穿开口(28)从所述筒状体的侧壁(29)延伸到所述筒状体的底壁(30)上，其中，每个所述支撑条(10)的一端连接在对应的一个所述贯穿开口(28)的上侧口边沿(31)处。
  9. 根据权利要求1-4中任意一项所述的弹性模块收纳托架，其 特征在于，所述底板(2)形成有贯穿所述底板(2)的开孔(11)，所述开孔(11)通过径向延伸的连接条(12)分隔为多个孔部分，其中，所述安置座(5)设置在所述开孔(11)的孔口边沿上。
  10. 根据权利要求1所述的弹性模块收纳托架，其特征在于，所述底板(2)还包括可拆卸地设置在底板相对的两侧的提拉带(13)。
  11. 根据权利要求10所述的弹性模块收纳托架，其特征在于，所述底板(2)包括相对的长边侧，在每个所述长边侧，所述提拉带(13)的两端分别可拆卸地连接于同一个所述长边侧并靠近长边侧的两端。
  12. 根据权利要求10或11所述的弹性模块收纳托架，其特征在于，所述提拉带(13)被构造成能够将弹性垫(14)的处于收拢状态的垫层(15)束缚在所述提拉带(13)之间。
  13. 一种弹性模块收纳装置，其特征在于，所述弹性模块收纳装置(16)包括多个根据权利要求1-12中任意一项所述的弹性模块收纳托架(1)，其中，多个所述底板(2)可拆卸地拼接在一起以形成拼接体(17)，并且多个所述安置座(5)位于所述拼接体(17)的同一侧。
  14. 根据权利要求13所述的弹性模块收纳装置，其特征在于，多个所述底板(2)一体成型以使得所述拼接体(17)成型为一体件。
  15. 根据权利要求13或14所述的弹性模块收纳装置，其特征在于，至少两个间隔的所述底板(2)相对的两侧设置有提拉带(13)。
  16. 根据权利要求15所述的弹性模块收纳装置，其特征在于， 所述拼接体(17)包括相对的长边侧，在所述拼接体(17)的每个所述长边侧，所述提拉带(13)的两端分别可拆卸地连接于同一个所述长边侧并保持间距。
  17. 根据权利要求15所述的弹性模块收纳装置，其特征在于，两侧的所述提拉带(13)被构造成能够将弹性垫(14)的处于收拢状态的垫层(15)束缚在所述提拉带(13)之间。
  18. 一种弹性垫，其特征在于，所述弹性垫(14)包括垫层(15)、头枕体(18)和多个弹性模块(6)，其中，多个所述弹性模块(6)能够沿着弹性垫的横向方向拼接在一起以组装成弹性支撑层(19)，所述头枕体(18)能够支撑在一部分所述弹性模块(6)上，使得头枕体的顶面高度高于剩余的所述弹性模块(6)，所述垫层(15)能够固定铺设在所述头枕体(18)和剩余的所述弹性模块(6)上，所述头枕体(18)使得所述垫层(15)上形成头枕部。
  19. 根据权利要求18所述的弹性垫，其特征在于，所述弹性垫(14)包括收纳状态，在所述收纳状态，多个所述弹性模块(6)依次嵌套叠放，并且最下方的所述弹性模块(6)套装在所述头枕体(18)上。
  20. 根据权利要求18所述的弹性垫，其特征在于，所述头枕体(18)为多个根据权利要求1-11中任意一项所述的弹性模块收纳托架(1)，每个所述弹性模块收纳托架(1)对应有多个所述弹性模块(6)；
    所述弹性垫(14)包括收纳状态和展开状态；
    在所述收纳状态，每个所述弹性模块收纳托架(1)对应的多个弹性模块(6)依次嵌套叠放并且最下方的弹性模块(6)套在所述安置座(5)上，以使得依次嵌套叠放的多个弹性模块(6)存放在 对应的所述弹性模块收纳托架(1)上；
    在所述展开状态，所有的弹性模块(6)组装成所述弹性支撑层(19)，多个所述安置座(5)朝下以依次排列支撑在各自对应的弹性模块(6)上，多个所述底板(2)朝上，以使得多个所述枕部单元(7)排列形成头枕体(18)，并且所述头枕体(18)高于剩余的所述弹性模块(6)，所述垫层(15)固定铺设在所述头枕体(18)和剩余的所述弹性模块(6)上。
  21. 根据权利要求18所述的弹性垫，其特征在于，所述头枕体(18)为根据权利要求13-17中任意一项所述的弹性模块收纳装置(16)；
    所述弹性垫(14)包括收纳状态和展开状态；
    在所述收纳状态，每个所述弹性模块收纳托架(1)对应的多个弹性模块(6)依次嵌套叠放并且最下方的弹性模块(6)套在所述安置座(5)上，以使得依次嵌套叠放的多个弹性模块(6)存放在对应的所述弹性模块收纳托架(1)上；
    在所述展开状态，所有的弹性模块(6)组装成所述弹性支撑层(19)，并且多个所述安置座(5)朝下支撑在各自对应的弹性模块(6)上，所述拼接体(17)朝上，以使得所述头枕体(18)高于剩余的所述弹性模块(6)，所述垫层(15)固定铺设在所述头枕体(18)和剩余的所述弹性模块(6)上。
  22. 根据权利要求18所述的弹性垫，其特征在于，所述弹性垫(14)包括多个弹性模块单元(20)，每个所述弹性模块单元(20)包括基板(21)和设置在所述基板(21)上的多个所述弹性模块(6)，其中，多个所述基板(21)能够沿着弹性垫的横向方向可拆卸地拼接在一起，以使得多个所述弹性模块单元(20)组装成所述弹性支撑层(19)。
  23. 根据权利要求18所述的弹性垫，其特征在于，所述垫层(15)的外边缘和所述弹性支撑层(19)的底部外边缘通过边缘紧固结构(22)连接。
  24. 根据权利要求23所述的弹性垫，其特征在于，所述垫层(15)的下表面的边缘位置处具有朝向所述弹性模块(6)伸出的止挡圈(23)，所述止挡圈(23)和所述弹性支撑层(19)的底部外边缘通过所述边缘紧固结构(22)连接。
  25. 根据权利要求23所述的弹性垫，其特征在于，所述边缘紧固结构(22)使得所述弹性垫(14)形成无密封侧围的弹性垫。
  26. 根据权利要求25所述的弹性垫，其特征在于，所述边缘紧固结构(22)包括能够释放地连接的连接绳(24)。
  27. 根据权利要求18所述的弹性垫，其特征在于，所述垫层(15)包括收拢状态，其中，处于收拢状态的所述垫层(15)束缚在所述头枕体(18)的提拉带(13)之间。
  28. 根据权利要求18所述的弹性垫，其特征在于，所述垫层(15)为能够折叠或卷绕的材料层。
  29. 根据权利要求28所述的弹性垫，其特征在于，所述垫层(15)包括在弹性垫的长度方向上布置的多个垫块(25)，相邻的所述垫块(25)之间通过减薄的软性铰链部连接。
  30. 根据权利要求29所述的弹性垫，其特征在于，所述软性铰链部包括形成在所述垫层(15)的垫层上表面和/或垫层下表面上并沿着弹性垫的宽度方向延伸的凹槽(26)。
  31. 根据权利要求18-30中任意一项所述的弹性垫，其特征在于，所述弹性垫作为弹性床垫。
  32. 一种家具，其特征在于，所述家具包括权利要求18-31中任意一项所述的弹性垫(14)。
  33. 一种弹性垫使用方法，其特征在于，所述弹性垫使用方法包括：
    弹性垫展开时，将多个弹性模块沿着弹性垫的横向方向拼接在一起以组装成弹性支撑层，将头枕体从第一使用状态变换到第二使用状态，并将头枕体的安置座支撑在一部分弹性模块上，以使得头枕体高于剩余的弹性模块，将垫层铺设在头枕体和剩余的弹性模块上，头枕体使得垫层上形成头枕部；
    弹性垫收拢时，将垫层和头枕体取下，将头枕体变换到第一使用状态，以使得头枕体的安置座朝上，将多个弹性模块依次嵌套叠放，并将最下方的弹性模块套在安置座上，使得依次嵌套叠放的多个弹性模块存放在头枕体上。
  34. 根据权利要求33所述的弹性垫使用方法，其特征在于，包括弹性垫收拢时，将取下的垫层折叠或卷绕，并将折叠或卷绕的垫层束缚在头枕体的提拉带之间。
PCT/CN2023/084245 2022-09-16 2023-03-28 弹性模块收纳托架和收纳装置、弹性垫及其使用方法、家具 WO2024055560A1 (zh)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2001145545A (ja) * 1999-11-19 2001-05-29 Simmons Corp マットレス等を構成するクッション体
JP2010022759A (ja) * 2008-07-24 2010-02-04 France Bed Co Ltd マットレス装置
CN104806672A (zh) * 2015-05-08 2015-07-29 广东正美家具科技有限公司 一种软硬高度可调的弹性体及其应用
CN206453593U (zh) * 2016-07-14 2017-09-01 大同市荞之源生物科技有限公司 一种苦荞壳床垫
CN112674535A (zh) * 2019-10-17 2021-04-20 厦门新技术集成有限公司 用于家具的弹性模块和弹性垫

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2001145545A (ja) * 1999-11-19 2001-05-29 Simmons Corp マットレス等を構成するクッション体
JP2010022759A (ja) * 2008-07-24 2010-02-04 France Bed Co Ltd マットレス装置
CN104806672A (zh) * 2015-05-08 2015-07-29 广东正美家具科技有限公司 一种软硬高度可调的弹性体及其应用
CN206453593U (zh) * 2016-07-14 2017-09-01 大同市荞之源生物科技有限公司 一种苦荞壳床垫
CN112674535A (zh) * 2019-10-17 2021-04-20 厦门新技术集成有限公司 用于家具的弹性模块和弹性垫

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