CN205306518U - Mattress is assembled to module - Google Patents

Abstract

The utility model relates to a modular assembled mattress. The existing modular mattress has a single-layer structure vertically, has only one supporting strength, and has poor comfort. The utility model comprises a cushion body and a cover matched with the cushion body. The cushion body includes a comfort layer and a support layer matched up and down. The support layer is formed by assembling several square support modules. The comfort layer It is formed by assembling several square comfort modules, and the cushion realizes vertical multi-layer support through the support modules and the comfort modules. The single-layer structure of the original modular mattress is improved to a multi-layer structure, and the multi-layer structure can have different support characteristics to meet the multi-layer support requirements of various parts of the human body, effectively avoiding the single-layer structure. It has comfort and support effects. The comfort layer realizes the support requirements of the human body surface, and the support layer realizes the overall support requirements of the human body. Through multi-layer structure cooperation, people's use experience can be improved, thereby improving sleep quality.

Description

A modular mattress

technical field

The utility model relates to a bedding, in particular to a mattress.

Background technique

The bed that people use daily includes a bed frame and a mattress, and the existing bed frame includes a bed body and a backrest. During transportation, since the length and width of the bed body are much greater than the height of the bed body, the packaged bed body package will not affect the transportation means. There are specific requirements for the loading space, especially the loading space should meet the requirements of the length of the bed package, which brings inconvenience to transportation. Therefore, modular mattresses formed by assembling multiple modules appear on the market. By reducing the length and width of each part The size is large enough to facilitate transportation, but this mattress has the following defects: the existing modular mattress has a single-layer structure in the vertical direction and only has one support force, and there is no vertically provided layer with multiple support forces according to the needs of the human body In addition, because the mattress is formed by assembling the modules, there is an assembly gap between the modules due to the weak connection, and even the deviation will occur due to the human body turning over, so that when people lie down, they will be affected by the assembly gap or the module offset. And the situation of uneven support in the formation area causes discomfort to people, and then affects people's sleep quality.

Utility model content

In order to solve the deficiencies of the prior art, the utility model provides a modular assembled mattress, which satisfies the requirements of different support for the mattress in the same area of the human body by arranging a multi-layer structure vertically.

The utility model is realized in the following manner: a modular assembled mattress, comprising a pad body and a cover body matched with the pad body, the pad body includes a comfortable layer and a supporting layer matched and stacked up and down, and the supporting layer is composed of Several square support modules are assembled, the comfort layer is assembled by several square comfort modules, and the cushion realizes vertical multi-layer support through the support modules and the comfort modules. The single-layer structure of the original modular mattress is improved to a multi-layer structure, and the multi-layer structure can have different support characteristics to meet the multi-layer support requirements of various parts of the human body, effectively avoiding the lack of support due to the single-layer structure. It has comfort and support effects. The comfort layer realizes the support requirements of the human body surface, and the support layer realizes the overall support requirements of the human body. Through multi-layer structure cooperation, people's use experience can be improved, thereby improving sleep quality. The cushion body formed by modular assembly has the characteristics of convenient disassembly and storage.

Preferably, a sponge frame is arranged around the periphery of the support module, and connectors are arranged on the contact surfaces adjacent to the sponge frame. The sponge frame not only plays the role of positioning the support module, but also effectively prevents the deformation of the support module due to force; the connector prevents the adjacent support modules from being displaced by force, ensuring that there is no gap between the support modules. Gaps are formed due to displacement to ensure that the supporting force of each part of the pad is even.

Preferably, the support module is provided with an elastic material arranged in a matrix, and the elastic material is a spring bag or a sponge or latex. The elastic material is arranged in a matrix, which has the characteristics of convenient installation and uniform supporting force. Different elastic materials can be selected according to different requirements to obtain a suitable elastic supporting force.

Preferably, the connecting piece is a Velcro structure. The Velcro is used for connection between adjacent sponge frames. After connection, the gap between adjacent sponge frames will not be thickened by adding connectors, ensuring that the gap is in a small state and reducing the impact on the balanced support of the human body.

Preferably, the comfort module has differential elastic support. Differential elastic support is used to provide comfortable support for all parts of the human body.

Preferably, a sense of unity layer is provided above the comfort layer, and the body sense layer entirely covers the upper surface of the comfort layer. The somatosensory layer is set on the upper part of the cushion body, forming a buffer layer between the human body and the cushion body, meeting the support requirements of the human body surface. In addition, the somatosensory layer is set as a whole, which effectively eliminates the impact of the gaps between the modules on the human body support after assembly, ensuring that all parts of the human body The supporting force is uniform.

Preferably, the cover body includes a lower cover covering the support layer and an upper cover covering the comfort layer and the body-sensing layer, and the support layer, the comfort layer, and the body-sensing layer of the pad body are interconnected through the upper cover Realize fixed connection with the lower cover. Wrapping the support layer through the lower cover not only plays the role of positioning each support module and preventing the offset between the support modules, but also plays the role of dust prevention; wrapping the comfort layer and the somatosensory layer by the upper cover not only plays the role of positioning the comfort module and The function of the somatosensory layer is to prevent the offset between the comfort modules or between the comfort layer and the somatosensory layer, and also to prevent dust.

Preferably, the contour of the lower cover matches the support layer, the bottom surface of the lower cover is provided with an opening for filling the support layer, and an elastic belt is provided around the opening. The lower cover fills the support layer through the opening, and uses the elastic belt to shrink and tightly wrap the support layer. The upper surface, the surrounding area and the peripheral area of the lower surface. The profile of the lower cover is matched with the support layer, so that the lower cover is tightened by the elastic belt and matched with the surface of the support layer, and the support modules are fixed by the lower cover.

Preferably, the profile of the upper cover is matched with the stacked comfort layer and the somatosensory layer, the upper cover is filled with the somatosensory layer and the comfort layer through its lower opening, and the upper cover is connected to the lower edge of the surrounding side walls. The upper edge of the side walls around the lower cover is connected and positioned. The upper cover is connected to the lower cover, so that the comfort layer, the somatosensory layer and the support layer are closely connected, so that the cushion body forms an overall structure with balanced support force. Since the contour of the upper cover matches the stacked comfort layer and somatosensory layer, the comfort module is ensured The tight connection between the comfort layer and the somatosensory layer can effectively eliminate the influence of the assembly gap on the balanced support force.

Preferably, the lower edge of the side wall of the upper cover and the upper edge of the side wall of the lower cover are connected and positioned by a zipper. The zipper structure has the characteristics of firm linear connection and easy disassembly and assembly. The upper cover is connected to the lower cover through a zipper, ensuring that the comfort layer and the body sensory layer can be tightened everywhere on the lower edge of the side wall of the upper cover.

The beneficial effects of the utility model: the single-layer structure of the original modular mattress is improved into a multi-layer structure, and the multi-layer structure can have different supporting forces to meet the multi-layer support requirements of various parts of the human body, effectively avoiding the The structural support force is single and cannot have both comfort and support effects. The somatosensory layer realizes the cushioning requirements, the comfort layer realizes the support requirements of the human body surface, and the support layer realizes the overall support requirements of the human body. The use experience of people is improved through the cooperation of multi-layer structures, and then Improve the quality of sleep. In addition, the somatosensory layer is an integral structure, which effectively eliminates the impact of the gaps formed after the modules are assembled on the support of the human body, ensuring that all parts of the human body are supported evenly.

Description of drawings

Fig. 1 is the utility model embodiment one cross-sectional structure schematic diagram;

Fig. 2 is A-A' cross-sectional structure schematic diagram;

Fig. 3 is the schematic diagram of the cross-sectional structure of the second embodiment of the utility model;

In the figure: 1. Comfort layer, 2. Support layer, 3. Support module, 4. Comfort module, 5. Sponge frame, 6. Velcro, 7. Somatosensory layer, 8. Upper cover, 9. Lower cover, 10, Elastic band, 11, zipper.

detailed description

The substantive features of the present utility model will be further described below in conjunction with the accompanying drawings and specific embodiments.

As shown in Figure 1-3, a modular assembled mattress is composed of a pad body and a cover matching the pad body, and the pad body includes a comfort layer 1 and a support layer 2 that are matched and stacked up and down. The support layer 2 is formed by assembling several square support modules 3 , the comfort layer 1 is formed by assembling several square comfort modules 4 , and the cushion body realizes vertical multi-layer support through the support modules 3 and the comfort modules 4 . The comfort module 4 has differential elastic support.

In actual operation, the number of the supporting modules and the comfort modules is preferably four, six or eight, which has the advantages of small size and small number for easy assembly. In actual selection, the selection of the number of support modules and comfort modules is preferably a differentiated setting, for example, six support modules,

In actual operation, a sponge frame 5 (as shown in Figure 2 ) is arranged around the support module 3 , and the elasticity of the sponge frame 5 should match that of the support module 3 so that the entire support layer 2 has a uniform Elasticity. The height of the sponge frame 5 matches the height of the support module 3, and the bottom of the support layer 2 is provided with a cushion of integral structure, so that the support layer 2 has a stable support.

In actual operation, the support module 3 is provided with elastic materials arranged in a matrix, and the elastic materials are spring bags, sponges or latex. Because it is set according to the actual situation, including factors such as the thickness of the support layer 2, the degree of elasticity, and the strength of rebound, all should become factors for selecting different elastic materials, and should all be specific embodiments of the utility model.

In actual operation, connectors are arranged on the conflicting surfaces adjacent to the sponge frame 5, and the connectors are Velcro 6 structures, or structures with connection functions such as buckles, which should be regarded as the structure of the present utility model. specific example. In actual use, when the Velcro 6 structure is used, the corresponding Velcro 6 should be covered on the corresponding side walls of the adjacent sponge frame 5, including the horizontal penetration layout and the vertical penetration layout, so that the corresponding side walls are matched and fitted , during installation, adopt the method of moving towards each other to fit, and move the adjacent sponge frames 5 horizontally towards each other and fit them together, so as to realize precise assembly. When the buckle structure is used, four buckle structures are preferably used on the corresponding side walls of the adjacent sponge frame 5, and are respectively arranged around the side walls of the sponge frame 5 to ensure a stable connection.

In actual operation, the cover body includes a lower cover 9 covering the support layer 2 and an upper cover 8 covering the comfort layer 1 and the somatosensory layer 7, the support layer 2 of the cushion body, the comfort layer 1 1. The somatosensory layer 7 is fixedly connected through the upper cover 8 and the lower cover 9 connected to each other; the outline of the lower cover 9 matches the support layer 2, and the bottom surface of the lower cover 9 provides an opening for filling the support layer 2, An elastic belt 10 is arranged on the periphery of the opening. In order to improve the tightening force of the opening, an auxiliary elastic belt can be connected obliquely on the elastic belt 10 to further ensure that the lower cover and the supporting layer are attached and connected; in addition, the opening structure of the lower cover 9 is also It can be a tight belt that is worn along the edge of the opening, fixed by artificial tension, which has the advantage of strong tension, and should also be regarded as a specific embodiment of the present invention.

In actual operation, the profile of the upper cover 8 matches the stacked comfort layer 1 and the somatosensory layer 7, and the upper cover 8 fills the somatosensory layer 7 and the comfort layer 1 through its lower opening, and the upper cover 8 The lower edge of the side wall around it is connected and positioned with the upper edge of the side wall around the lower cover 9, and the lower edge of the side wall of the upper cover 8 and the upper edge of the side wall of the lower cover 9 are connected and positioned by a slide fastener 11, or a card is used. Buckle or Velcro 6 location, all should be regarded as the concrete embodiment of the present utility model.

There are the following different structures for the pad body:

Embodiment one:

The cushion body includes a comfort layer 1 and a support layer 2 (as shown in Figure 1 ) that are matched up and down. The support layer 2 is formed by assembling several square support modules 3. The comfort layer 1 is composed of several square comfort The modules 4 are assembled and formed, and the cushion body realizes vertical multi-layer support through the support module 3 and the comfort module 4; the comfort module 4 has differentiated elastic support.

When in use, install through the following steps:

1. Connect the sponge frames 5 to each other through connectors, and put the support modules 3 into the corresponding sponge frames 5 to form the support layer 2;

2. The lower cover 9 is covered on the supporting layer 2 through its opening cover, and is closed and fixed;

3. Install a comfort module 4 above the lower cover 9 to form a comfort layer 1;

4. Cover the upper cover 8 on the comfort layer 1, and use the zipper 11 on the lower edge of the side walls around the upper cover 8 to be affixed to the upper edge of the side walls around the lower cover 9 .

Mattress assembly is achieved through the above steps.

Embodiment two:

The cushion body includes a body-sensing layer 7, a comfort layer 1 and a support layer 2 that are matched and stacked up and down. An integrated layer 7 (as shown in FIG. 3 ) is provided above the comfort layer 1, and the body-sensing layer 7 covers the comfort layer as a whole. 1 upper surface.

When in use, install through the following steps:

1. Connect the sponge frames 5 to each other through connectors, and put the support modules 3 into the corresponding sponge frames 5 to form the support layer 2;

2. The lower cover 9 is covered on the supporting layer 2 through its opening cover, and is closed and fixed;

3. Install a comfort module 4 above the lower cover 9 to form a comfort layer 1;

4. Lay the somatosensory layer 7 on the comfort layer 1, and the somatosensory layer 7 is aligned with the comfort layer 1;

5. Cover the upper cover 8 on the comfort layer 1, and use the zipper 11 on the lower edge of the side walls around the upper cover 8 to be affixed to the upper edge of the side walls around the lower cover 9 .

Mattress assembly is achieved through the above steps.

In actual operation, an anti-slip pad can be added between the comfort layer 1 and the support layer 2 as needed, so as to increase the friction coefficient between the comfort layer 1 and the support layer 2, thereby effectively preventing the two from shifting and dislocation due to force.

In actual operation, the somatosensory layer 7 can be set to be soft or hard according to user requirements, so as to meet the comfort requirements of human skin.

Claims (10)

1. A modular assembled mattress, including a pad body and a cover matching the pad body, characterized in that the pad body includes a comfort layer (1) and a support layer (2) that are matched and stacked up and down. The support layer (2) is formed by assembling several square support modules (3), the comfort layer (1) is formed by assembling several square comfort modules (4), and the cushion body is formed by the support modules (3) and the comfort modules ( 4) Realize vertical multi-layer support. 2. A modular assembled mattress according to claim 1, characterized in that a sponge frame (5) is arranged around the periphery of the support module (3), and connections are provided on the contact surfaces of adjacent sponge frames (5) pieces. 3. The modular assembled mattress according to claim 2, characterized in that the support module (3) is provided with elastic materials arranged in a matrix, and the elastic materials are spring bags, sponges or latex. 4. A modular assembled mattress according to claim 3, characterized in that the connecting piece is a Velcro (6) structure. 5. A modular assembled mattress according to claim 1, characterized in that the comfort module (4) has differentiated elastic support. 6. A modular assembled mattress according to any one of claims 1-5, characterized in that an integrated sense layer (7) is provided above the comfort layer (1), and the somatosensory layer (7) covers the entire Comfort layer (1) upper surface. 7. A modular assembled mattress according to claim 6, characterized in that the cover body includes a lower cover (9) covering the support layer (2) and covering the comfort layer (1) and The upper cover (8) of the somatosensory layer (7), the support layer (2), the comfort layer (1) and the somatosensory layer (7) of the cushion body are realized by the upper cover (8) and the lower cover (9) connected to each other Fixed. 8. A modular assembled mattress according to claim 7, characterized in that the outline of the lower cover (9) matches the support layer (2), and the bottom surface of the lower cover (9) is opened for the support The opening of the layer (2) is filled, and an elastic band (10) is arranged around the opening. 9. A modular assembled mattress according to claim 7, characterized in that the outline of the upper cover (8) matches the stacked comfort layer (1) and somatosensory layer (7), and the upper cover (8) ) filling the somatosensory layer (7) and the comfort layer (1) through its lower opening, and the upper cover (8) is connected and positioned with the upper edge of the surrounding side walls of the lower cover (9) through the lower edge of the surrounding side walls . 10. A modular assembled mattress according to claim 9, characterized in that the lower edge of the side wall of the upper cover (8) and the upper edge of the side wall of the lower cover (9) are connected and positioned by a zipper (11) .